Internal_DataLogger_NoUSB_MAX32625PICO - Internal_Datalogger but with USB support removed …

Users » whismanoid » Code » Internal_DataLogger_NoUSB_MAX32625PICO

Mark Underwood / Mbed OS Internal_DataLogger_NoUSB_MAX32625PICO

Internal_Datalogger but with USB support removed (for MAX40108 Demo board), proof of concept that MAX32625 can be used successfully with VDDB(USB) left unpowered, as long as the USB library is not used.

Dependencies: max32625pico CmdLine

DataLogger_Internal.cpp@39:4d285e961435, 2021-05-05 (annotated)

Committer:: whismanoid
Date:: Wed May 05 12:29:39 2021 -0700
Revision:: 39:4d285e961435
Parent:: 38:fda80a0020d1
Child:: 40:330b28116178

WIP LT sleep=2 Sleep vs Deep Sleep; use CE for business logic on s/n 1,5

Who changed what in which revision?

User	Revision	Line number	New contents of line
whismanoid	0:cb44e2e9ec4c	1	// /*******************************************************************************
whismanoid	28:a9a3a9db592b	2	// * Copyright (C) 2021 Maxim Integrated Products, Inc., All Rights Reserved.
whismanoid	0:cb44e2e9ec4c	3	// *
whismanoid	0:cb44e2e9ec4c	4	// * Permission is hereby granted, free of charge, to any person obtaining a
whismanoid	0:cb44e2e9ec4c	5	// * copy of this software and associated documentation files (the "Software"),
whismanoid	0:cb44e2e9ec4c	6	// * to deal in the Software without restriction, including without limitation
whismanoid	0:cb44e2e9ec4c	7	// * the rights to use, copy, modify, merge, publish, distribute, sublicense,
whismanoid	0:cb44e2e9ec4c	8	// * and/or sell copies of the Software, and to permit persons to whom the
whismanoid	0:cb44e2e9ec4c	9	// * Software is furnished to do so, subject to the following conditions:
whismanoid	0:cb44e2e9ec4c	10	// *
whismanoid	0:cb44e2e9ec4c	11	// * The above copyright notice and this permission notice shall be included
whismanoid	0:cb44e2e9ec4c	12	// * in all copies or substantial portions of the Software.
whismanoid	0:cb44e2e9ec4c	13	// *
whismanoid	0:cb44e2e9ec4c	14	// * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
whismanoid	0:cb44e2e9ec4c	15	// * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
whismanoid	0:cb44e2e9ec4c	16	// * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
whismanoid	0:cb44e2e9ec4c	17	// * IN NO EVENT SHALL MAXIM INTEGRATED BE LIABLE FOR ANY CLAIM, DAMAGES
whismanoid	0:cb44e2e9ec4c	18	// * OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
whismanoid	0:cb44e2e9ec4c	19	// * ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
whismanoid	0:cb44e2e9ec4c	20	// * OTHER DEALINGS IN THE SOFTWARE.
whismanoid	0:cb44e2e9ec4c	21	// *
whismanoid	0:cb44e2e9ec4c	22	// * Except as contained in this notice, the name of Maxim Integrated
whismanoid	0:cb44e2e9ec4c	23	// * Products, Inc. shall not be used except as stated in the Maxim Integrated
whismanoid	0:cb44e2e9ec4c	24	// * Products, Inc. Branding Policy.
whismanoid	0:cb44e2e9ec4c	25	// *
whismanoid	0:cb44e2e9ec4c	26	// * The mere transfer of this software does not imply any licenses
whismanoid	0:cb44e2e9ec4c	27	// * of trade secrets, proprietary technology, copyrights, patents,
whismanoid	0:cb44e2e9ec4c	28	// * trademarks, maskwork rights, or any other form of intellectual
whismanoid	0:cb44e2e9ec4c	29	// * property whatsoever. Maxim Integrated Products, Inc. retains all
whismanoid	0:cb44e2e9ec4c	30	// * ownership rights.
whismanoid	0:cb44e2e9ec4c	31	// *******************************************************************************
whismanoid	0:cb44e2e9ec4c	32	// */
whismanoid	0:cb44e2e9ec4c	33	// *******************************************************************************
whismanoid	0:cb44e2e9ec4c	34	// COM port settings are 9600 baud 8N1
whismanoid	0:cb44e2e9ec4c	35	// *******************************************************************************
whismanoid	19:5ff09c8e9daf	36	// Support custom target MAX40108DEMOP2U9 based on MAX32625PICO but MAX32625_NO_BOOT
whismanoid	19:5ff09c8e9daf	37	// file custom_targets.json:
whismanoid	19:5ff09c8e9daf	38	// {
whismanoid	19:5ff09c8e9daf	39	// "MAX40108DEMOP2U9": {
whismanoid	19:5ff09c8e9daf	40	// "inherits": ["MAX32625_BASE"],
whismanoid	19:5ff09c8e9daf	41	// "macros_remove": [],
whismanoid	19:5ff09c8e9daf	42	// "macros_add": ["MAX32625_NO_BOOT"]
whismanoid	19:5ff09c8e9daf	43	// }
whismanoid	19:5ff09c8e9daf	44	// }
whismanoid	19:5ff09c8e9daf	45	// files copied from mbed-os\targets\TARGET_Maxim\TARGET_MAX32625\TARGET_MAX32625PICO
whismanoid	19:5ff09c8e9daf	46	// file TARGET_MAX40108DEMOP2U9\PeripheralNames.h -- copied from TARGET_MAX32625PICO
whismanoid	19:5ff09c8e9daf	47	// file TARGET_MAX40108DEMOP2U9\PinNames.h -- copied from TARGET_MAX32625PICO
whismanoid	19:5ff09c8e9daf	48	// files copied from mbed-os\targets\TARGET_Maxim\TARGET_MAX32625\device\___\TARGET_MAX32625_NO_BOOT
whismanoid	19:5ff09c8e9daf	49	// file TARGET_MAX40108DEMOP2U9\device\TOOLCHAIN_ARM_STD\MAX32625.sct
whismanoid	19:5ff09c8e9daf	50	// file TARGET_MAX40108DEMOP2U9\device\TOOLCHAIN_GCC_ARM\max32625.ld
whismanoid	19:5ff09c8e9daf	51	// file TARGET_MAX40108DEMOP2U9\device\TOOLCHAIN_IAR\MAX32625.icf
whismanoid	19:5ff09c8e9daf	52	// file mbed_app.json:
whismanoid	19:5ff09c8e9daf	53	// {
whismanoid	19:5ff09c8e9daf	54	// "config": {
whismanoid	19:5ff09c8e9daf	55	// },
whismanoid	19:5ff09c8e9daf	56	// "macros": [
whismanoid	19:5ff09c8e9daf	57	// "MAX40108_DEMO=9"
whismanoid	19:5ff09c8e9daf	58	// ],
whismanoid	19:5ff09c8e9daf	59	// "target_overrides": {
whismanoid	19:5ff09c8e9daf	60	// }
whismanoid	19:5ff09c8e9daf	61	// }
whismanoid	19:5ff09c8e9daf	62	// *******************************************************************************
whismanoid	19:5ff09c8e9daf	63	// Validating project global defines from mbed_app.json "macros": []
whismanoid	19:5ff09c8e9daf	64	#ifndef MAX40108_DEMO
whismanoid	19:5ff09c8e9daf	65	#warning "MAX40108_DEMO not defined, missing mbed_app.json"
whismanoid	19:5ff09c8e9daf	66	#else // #ifndef MAX40108_DEMO
whismanoid	19:5ff09c8e9daf	67	#warning "Note: MAX40108_DEMO is defined, which is expected"
whismanoid	19:5ff09c8e9daf	68	#if (MAX40108_DEMO)==(9)
whismanoid	19:5ff09c8e9daf	69	#warning "Note: MAX40108_DEMO is defined with the expected value of 9"
whismanoid	19:5ff09c8e9daf	70	#elif (MAX40108_DEMO)==(5)
whismanoid	19:5ff09c8e9daf	71	#warning "Note: MAX40108_DEMO is defined with the wrong value 5"
whismanoid	19:5ff09c8e9daf	72	#else
whismanoid	19:5ff09c8e9daf	73	#warning "Note: MAX40108_DEMO is defined, but with an unsupported value"
whismanoid	19:5ff09c8e9daf	74	#endif
whismanoid	19:5ff09c8e9daf	75	#endif // #ifndef MAX40108_DEMO
whismanoid	19:5ff09c8e9daf	76	// *******************************************************************************
whismanoid	14:d4092094dbfe	77	#ifndef MAX40108_DEMO
whismanoid	17:9397ea3ea7e9	78	// #define MAX40108_DEMO 5 for U5, or #define MAX40108_DEMO 9 for U9 in banner
whismanoid	17:9397ea3ea7e9	79	#define MAX40108_DEMO 9
whismanoid	15:37c83ec50ea0	80	#define HAS_DAPLINK_SERIAL 1
whismanoid	14:d4092094dbfe	81	#endif // MAX40108_DEMO
whismanoid	36:e7aac874b8be	82	#ifdef BOARD_SERIAL_NUMBER
whismanoid	36:e7aac874b8be	83	// data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	84	# if (BOARD_SERIAL_NUMBER) == 0
whismanoid	36:e7aac874b8be	85	#warning "(BOARD_SERIAL_NUMBER) == 0"
whismanoid	36:e7aac874b8be	86	//
whismanoid	36:e7aac874b8be	87	# elif (BOARD_SERIAL_NUMBER) == 1
whismanoid	36:e7aac874b8be	88	#warning "(BOARD_SERIAL_NUMBER) == 1"
whismanoid	36:e7aac874b8be	89	//
whismanoid	36:e7aac874b8be	90	# elif (BOARD_SERIAL_NUMBER) == 2
whismanoid	36:e7aac874b8be	91	#warning "(BOARD_SERIAL_NUMBER) == 2"
whismanoid	36:e7aac874b8be	92	//
whismanoid	36:e7aac874b8be	93	# elif (BOARD_SERIAL_NUMBER) == 3
whismanoid	36:e7aac874b8be	94	#warning "(BOARD_SERIAL_NUMBER) == 3"
whismanoid	36:e7aac874b8be	95	//
whismanoid	36:e7aac874b8be	96	# elif (BOARD_SERIAL_NUMBER) == 4
whismanoid	36:e7aac874b8be	97	#warning "(BOARD_SERIAL_NUMBER) == 4"
whismanoid	36:e7aac874b8be	98	//
whismanoid	36:e7aac874b8be	99	# elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	36:e7aac874b8be	100	#warning "(BOARD_SERIAL_NUMBER) == 5"
whismanoid	36:e7aac874b8be	101	//
whismanoid	36:e7aac874b8be	102	# elif (BOARD_SERIAL_NUMBER) == 6
whismanoid	36:e7aac874b8be	103	#warning "(BOARD_SERIAL_NUMBER) == 6"
whismanoid	36:e7aac874b8be	104	//
whismanoid	36:e7aac874b8be	105	# else
whismanoid	36:e7aac874b8be	106	#warning "BOARD_SERIAL_NUMBER defined but not recognized"
whismanoid	36:e7aac874b8be	107	# endif
whismanoid	36:e7aac874b8be	108	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	109	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	36:e7aac874b8be	110	//
whismanoid	36:e7aac874b8be	111	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	0:cb44e2e9ec4c	112	//---------- CODE GENERATOR: DataLogHelloCppCodeList
whismanoid	0:cb44e2e9ec4c	113	// CODE GENERATOR: example code includes
whismanoid	0:cb44e2e9ec4c	114
whismanoid	0:cb44e2e9ec4c	115	// example code includes
whismanoid	0:cb44e2e9ec4c	116	// standard include for target platform -- Platform_Include_Boilerplate
whismanoid	0:cb44e2e9ec4c	117	#include "mbed.h"
whismanoid	0:cb44e2e9ec4c	118	// Platforms:
whismanoid	0:cb44e2e9ec4c	119	// - MAX32625MBED
whismanoid	0:cb44e2e9ec4c	120	// - supports mbed-os-5.11, requires USBDevice library
whismanoid	0:cb44e2e9ec4c	121	// - add https://developer.mbed.org/teams/MaximIntegrated/code/USBDevice/
whismanoid	0:cb44e2e9ec4c	122	// - remove max32630fthr library (if present)
whismanoid	0:cb44e2e9ec4c	123	// - remove MAX32620FTHR library (if present)
whismanoid	0:cb44e2e9ec4c	124	// - MAX32600MBED
whismanoid	7:949ec8581f5e	125	// - Please note the last supported version is Mbed OS 6.3.
whismanoid	0:cb44e2e9ec4c	126	// - remove max32630fthr library (if present)
whismanoid	0:cb44e2e9ec4c	127	// - remove MAX32620FTHR library (if present)
whismanoid	0:cb44e2e9ec4c	128	// - Windows 10 note: Don't connect HDK until you are ready to load new firmware into the board.
whismanoid	0:cb44e2e9ec4c	129	// - NUCLEO_F446RE
whismanoid	0:cb44e2e9ec4c	130	// - remove USBDevice library
whismanoid	0:cb44e2e9ec4c	131	// - remove max32630fthr library (if present)
whismanoid	0:cb44e2e9ec4c	132	// - remove MAX32620FTHR library (if present)
whismanoid	0:cb44e2e9ec4c	133	// - NUCLEO_F401RE
whismanoid	0:cb44e2e9ec4c	134	// - remove USBDevice library
whismanoid	0:cb44e2e9ec4c	135	// - remove max32630fthr library (if present)
whismanoid	0:cb44e2e9ec4c	136	// - remove MAX32620FTHR library (if present)
whismanoid	0:cb44e2e9ec4c	137	// - MAX32630FTHR
whismanoid	0:cb44e2e9ec4c	138	// - #include "max32630fthr.h"
whismanoid	7:949ec8581f5e	139	// - add http://developer.mbed.org/teams/MaximIntegrated/code/max32630fthr/
whismanoid	0:cb44e2e9ec4c	140	// - remove MAX32620FTHR library (if present)
whismanoid	0:cb44e2e9ec4c	141	// - MAX32620FTHR
whismanoid	0:cb44e2e9ec4c	142	// - #include "MAX32620FTHR.h"
whismanoid	0:cb44e2e9ec4c	143	// - remove max32630fthr library (if present)
whismanoid	0:cb44e2e9ec4c	144	// - add https://os.mbed.com/teams/MaximIntegrated/code/MAX32620FTHR/
whismanoid	0:cb44e2e9ec4c	145	// - not tested yet
whismanoid	0:cb44e2e9ec4c	146	// - MAX32625PICO
whismanoid	0:cb44e2e9ec4c	147	// - #include "max32625pico.h"
whismanoid	0:cb44e2e9ec4c	148	// - add https://os.mbed.com/users/switches/code/max32625pico/
whismanoid	0:cb44e2e9ec4c	149	// - remove max32630fthr library (if present)
whismanoid	0:cb44e2e9ec4c	150	// - remove MAX32620FTHR library (if present)
whismanoid	0:cb44e2e9ec4c	151	// - not tested yet
whismanoid	0:cb44e2e9ec4c	152	// - see https://os.mbed.com/users/switches/code/max32625pico/
whismanoid	0:cb44e2e9ec4c	153	// - see https://os.mbed.com/users/switches/code/PICO_board_demo/
whismanoid	0:cb44e2e9ec4c	154	// - see https://os.mbed.com/users/switches/code/PICO_USB_I2C_SPI/
whismanoid	0:cb44e2e9ec4c	155	// - see https://os.mbed.com/users/switches/code/SerialInterface/
whismanoid	0:cb44e2e9ec4c	156	// - Note: To load the MAX32625PICO firmware, hold the button while
whismanoid	0:cb44e2e9ec4c	157	// connecting the USB cable, then copy firmware bin file
whismanoid	0:cb44e2e9ec4c	158	// to the MAINTENANCE drive.
whismanoid	0:cb44e2e9ec4c	159	// - see https://os.mbed.com/platforms/MAX32625PICO/
whismanoid	0:cb44e2e9ec4c	160	// - see https://os.mbed.com/teams/MaximIntegrated/wiki/MAX32625PICO-Firmware-Updates
whismanoid	0:cb44e2e9ec4c	161	//
whismanoid	0:cb44e2e9ec4c	162	// end Platform_Include_Boilerplate
whismanoid	0:cb44e2e9ec4c	163
whismanoid	0:cb44e2e9ec4c	164	//--------------------------------------------------
whismanoid	3:9055e17e181a	165	// Option to use SPI connected ADC
whismanoid	3:9055e17e181a	166	#ifndef SPI_ADC_DeviceName
whismanoid	9:45f98573eb6d	167	#define SPI_ADC_DeviceName MAX11410
whismanoid	3:9055e17e181a	168	#undef SPI_ADC_DeviceName
whismanoid	3:9055e17e181a	169	#endif
whismanoid	3:9055e17e181a	170	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	171	#include "MAX11410.h"
whismanoid	3:9055e17e181a	172	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	173
whismanoid	0:cb44e2e9ec4c	174	#if defined(TARGET)
whismanoid	0:cb44e2e9ec4c	175	// TARGET_NAME macros from targets/TARGET_Maxim/TARGET_MAX32625/device/mxc_device.h
whismanoid	0:cb44e2e9ec4c	176	// Create a string definition for the TARGET
whismanoid	0:cb44e2e9ec4c	177	#define STRING_ARG(arg) #arg
whismanoid	0:cb44e2e9ec4c	178	#define STRING_NAME(name) STRING_ARG(name)
whismanoid	0:cb44e2e9ec4c	179	#define TARGET_NAME STRING_NAME(TARGET)
whismanoid	0:cb44e2e9ec4c	180	#elif defined(TARGET_MAX32600)
whismanoid	0:cb44e2e9ec4c	181	#define TARGET_NAME "MAX32600"
whismanoid	0:cb44e2e9ec4c	182	#elif defined(TARGET_LPC1768)
whismanoid	0:cb44e2e9ec4c	183	#define TARGET_NAME "LPC1768"
whismanoid	0:cb44e2e9ec4c	184	#elif defined(TARGET_NUCLEO_F446RE)
whismanoid	0:cb44e2e9ec4c	185	#define TARGET_NAME "NUCLEO_F446RE"
whismanoid	0:cb44e2e9ec4c	186	#elif defined(TARGET_NUCLEO_F401RE)
whismanoid	0:cb44e2e9ec4c	187	#define TARGET_NAME "NUCLEO_F401RE"
whismanoid	0:cb44e2e9ec4c	188	#else
whismanoid	0:cb44e2e9ec4c	189	#error TARGET NOT DEFINED
whismanoid	0:cb44e2e9ec4c	190	#endif
whismanoid	0:cb44e2e9ec4c	191	#if defined(TARGET_MAX32630)
whismanoid	0:cb44e2e9ec4c	192	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	193	// TARGET=MAX32630FTHR ARM Cortex-M4F 96MHz 2048kB Flash 512kB SRAM
whismanoid	0:cb44e2e9ec4c	194	// +-------------[microUSB]-------------+
whismanoid	0:cb44e2e9ec4c	195	// \| J1 MAX32630FTHR J2 \|
whismanoid	0:cb44e2e9ec4c	196	// ______ \| [ ] RST GND [ ] \|
whismanoid	0:cb44e2e9ec4c	197	// ______ \| [ ] 3V3 BAT+[ ] \|
whismanoid	0:cb44e2e9ec4c	198	// ______ \| [ ] 1V8 reset SW1 \|
whismanoid	0:cb44e2e9ec4c	199	// ______ \| [ ] GND J4 J3 \|
whismanoid	0:cb44e2e9ec4c	200	// analogIn0/4 \| [a] AIN_0 1.2Vfs (bat) SYS [ ] \| switched BAT+
whismanoid	0:cb44e2e9ec4c	201	// analogIn1/5 \| [a] AIN_1 1.2Vfs PWR [ ] \| external pwr btn
whismanoid	0:cb44e2e9ec4c	202	// analogIn2 \| [a] AIN_2 1.2Vfs +5V VBUS [ ] \| USB +5V power
whismanoid	0:cb44e2e9ec4c	203	// analogIn3 \| [a] AIN_3 1.2Vfs 1-WIRE P4_0 [d] \| D0 dig9
whismanoid	0:cb44e2e9ec4c	204	// (I2C2.SDA) \| [d] P5_7 SDA2 SRN P5_6 [d] \| D1 dig8
whismanoid	0:cb44e2e9ec4c	205	// (I2C2.SCL) \| [d] P6_0 SCL2 SDIO3 P5_5 [d] \| D2 dig7
whismanoid	0:cb44e2e9ec4c	206	// D13/SCLK \| [s] P5_0 SCLK SDIO2 P5_4 [d] \| D3 dig6
whismanoid	0:cb44e2e9ec4c	207	// D11/MOSI \| [s] P5_1 MOSI SSEL P5_3 [d] \| D4 dig5
whismanoid	0:cb44e2e9ec4c	208	// D12/MISO \| [s] P5_2 MISO RTS P3_3 [d] \| D5 dig4
whismanoid	0:cb44e2e9ec4c	209	// D10/CS \| [s] P3_0 RX CTS P3_2 [d] \| D6 dig3
whismanoid	0:cb44e2e9ec4c	210	// D9 dig0 \| [d] P3_1 TX SCL P3_5 [d] \| D7 dig2
whismanoid	0:cb44e2e9ec4c	211	// ______ \| [ ] GND SDA P3_4 [d] \| D8 dig1
whismanoid	0:cb44e2e9ec4c	212	// \| \|
whismanoid	0:cb44e2e9ec4c	213	// \| XIP Flash MAX14690N \|
whismanoid	0:cb44e2e9ec4c	214	// \| XIP_SCLK P1_0 SDA2 P5_7 \|
whismanoid	0:cb44e2e9ec4c	215	// \| XIP_MOSI P1_1 SCL2 P6_0 \|
whismanoid	0:cb44e2e9ec4c	216	// \| XIP_MISO P1_2 PMIC_INIT P3_7 \|
whismanoid	0:cb44e2e9ec4c	217	// \| XIP_SSEL P1_3 MPC P2_7 \|
whismanoid	0:cb44e2e9ec4c	218	// \| XIP_DIO2 P1_4 MON AIN_0 \|
whismanoid	0:cb44e2e9ec4c	219	// \| XIP_DIO3 P1_5 \|
whismanoid	0:cb44e2e9ec4c	220	// \| \|
whismanoid	0:cb44e2e9ec4c	221	// \| PAN1326B MicroSD LED \|
whismanoid	0:cb44e2e9ec4c	222	// \| BT_RX P0_0 SD_SCLK P0_4 r P2_4 \|
whismanoid	0:cb44e2e9ec4c	223	// \| BT_TX P0_1 SD_MOSI P0_5 g P2_5 \|
whismanoid	0:cb44e2e9ec4c	224	// \| BT_CTS P0_2 SD_MISO P0_6 b P2_6 \|
whismanoid	0:cb44e2e9ec4c	225	// \| BT_RTS P0_3 SD_SSEL P0_7 \|
whismanoid	0:cb44e2e9ec4c	226	// \| BT_RST P1_6 DETECT P2_2 \|
whismanoid	0:cb44e2e9ec4c	227	// \| BT_CLK P1_7 SW2 P2_3 \|
whismanoid	0:cb44e2e9ec4c	228	// +------------------------------------+
whismanoid	0:cb44e2e9ec4c	229	// MAX32630FTHR board has MAX14690 PMIC on I2C bus (P5_7 SDA, P6_0 SCL) at slave address 0101_000r 0x50 (or 0x28 for 7 MSbit address).
whismanoid	0:cb44e2e9ec4c	230	// MAX32630FTHR board has BMI160 accelerometer on I2C bus (P5_7 SDA, P6_0 SCL) at slave address 1101_000r 0xD0 (or 0x68 for 7 MSbit address).
whismanoid	0:cb44e2e9ec4c	231	// AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	232	// AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	233	// AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	234	// AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	235	// AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	236	// AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	237	// AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	238	// AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	239	// AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	240	// AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	241	// AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	242	// AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	243	// AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	244	//
whismanoid	0:cb44e2e9ec4c	245	#include "max32630fthr.h"
whismanoid	0:cb44e2e9ec4c	246	MAX32630FTHR pegasus(MAX32630FTHR::VIO_3V3);
whismanoid	0:cb44e2e9ec4c	247	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 1
whismanoid	0:cb44e2e9ec4c	248	// MAX32630FTHR board supports only internal VREF = 1.200V at bypass capacitor C15
whismanoid	0:cb44e2e9ec4c	249	const float ADC_FULL_SCALE_VOLTAGE = 1.200;
whismanoid	0:cb44e2e9ec4c	250	// Arduino connector
whismanoid	0:cb44e2e9ec4c	251	#ifndef A0
whismanoid	0:cb44e2e9ec4c	252	#define A0 AIN_0
whismanoid	0:cb44e2e9ec4c	253	#endif
whismanoid	0:cb44e2e9ec4c	254	#ifndef A1
whismanoid	0:cb44e2e9ec4c	255	#define A1 AIN_1
whismanoid	0:cb44e2e9ec4c	256	#endif
whismanoid	0:cb44e2e9ec4c	257	#ifndef A2
whismanoid	0:cb44e2e9ec4c	258	#define A2 AIN_2
whismanoid	0:cb44e2e9ec4c	259	#endif
whismanoid	0:cb44e2e9ec4c	260	#ifndef A3
whismanoid	0:cb44e2e9ec4c	261	#define A3 AIN_3
whismanoid	0:cb44e2e9ec4c	262	#endif
whismanoid	0:cb44e2e9ec4c	263	#ifndef D0
whismanoid	0:cb44e2e9ec4c	264	#define D0 P4_0
whismanoid	0:cb44e2e9ec4c	265	#endif
whismanoid	0:cb44e2e9ec4c	266	#ifndef D1
whismanoid	0:cb44e2e9ec4c	267	#define D1 P5_6
whismanoid	0:cb44e2e9ec4c	268	#endif
whismanoid	0:cb44e2e9ec4c	269	#ifndef D2
whismanoid	0:cb44e2e9ec4c	270	#define D2 P5_5
whismanoid	0:cb44e2e9ec4c	271	#endif
whismanoid	0:cb44e2e9ec4c	272	#ifndef D3
whismanoid	0:cb44e2e9ec4c	273	#define D3 P5_4
whismanoid	0:cb44e2e9ec4c	274	#endif
whismanoid	0:cb44e2e9ec4c	275	#ifndef D4
whismanoid	0:cb44e2e9ec4c	276	#define D4 P5_3
whismanoid	0:cb44e2e9ec4c	277	#endif
whismanoid	0:cb44e2e9ec4c	278	#ifndef D5
whismanoid	0:cb44e2e9ec4c	279	#define D5 P3_3
whismanoid	0:cb44e2e9ec4c	280	#endif
whismanoid	0:cb44e2e9ec4c	281	#ifndef D6
whismanoid	0:cb44e2e9ec4c	282	#define D6 P3_2
whismanoid	0:cb44e2e9ec4c	283	#endif
whismanoid	0:cb44e2e9ec4c	284	#ifndef D7
whismanoid	0:cb44e2e9ec4c	285	#define D7 P3_5
whismanoid	0:cb44e2e9ec4c	286	#endif
whismanoid	0:cb44e2e9ec4c	287	#ifndef D8
whismanoid	0:cb44e2e9ec4c	288	#define D8 P3_4
whismanoid	0:cb44e2e9ec4c	289	#endif
whismanoid	0:cb44e2e9ec4c	290	#ifndef D9
whismanoid	0:cb44e2e9ec4c	291	#define D9 P3_1
whismanoid	0:cb44e2e9ec4c	292	#endif
whismanoid	0:cb44e2e9ec4c	293	#ifndef D10
whismanoid	0:cb44e2e9ec4c	294	#define D10 P3_0
whismanoid	0:cb44e2e9ec4c	295	#endif
whismanoid	0:cb44e2e9ec4c	296	#ifndef D11
whismanoid	0:cb44e2e9ec4c	297	#define D11 P5_1
whismanoid	0:cb44e2e9ec4c	298	#endif
whismanoid	0:cb44e2e9ec4c	299	#ifndef D12
whismanoid	0:cb44e2e9ec4c	300	#define D12 P5_2
whismanoid	0:cb44e2e9ec4c	301	#endif
whismanoid	0:cb44e2e9ec4c	302	#ifndef D13
whismanoid	0:cb44e2e9ec4c	303	#define D13 P5_0
whismanoid	0:cb44e2e9ec4c	304	#endif
whismanoid	0:cb44e2e9ec4c	305	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	306	#elif defined(TARGET_MAX32625MBED)
whismanoid	0:cb44e2e9ec4c	307	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	308	// TARGET=MAX32625MBED ARM Cortex-M4F 96MHz 512kB Flash 160kB SRAM
whismanoid	0:cb44e2e9ec4c	309	// +-------------------------------------+
whismanoid	0:cb44e2e9ec4c	310	// \| MAX32625MBED Arduino UNO header \|
whismanoid	0:cb44e2e9ec4c	311	// \| \|
whismanoid	0:cb44e2e9ec4c	312	// \| A5/SCL[ ] \| P1_7 dig15
whismanoid	0:cb44e2e9ec4c	313	// \| A4/SDA[ ] \| P1_6 dig14
whismanoid	0:cb44e2e9ec4c	314	// \| AREF=N/C[ ] \|
whismanoid	0:cb44e2e9ec4c	315	// \| GND[ ] \|
whismanoid	0:cb44e2e9ec4c	316	// \| [ ]N/C SCK/13[ ] \| P1_0 dig13
whismanoid	0:cb44e2e9ec4c	317	// \| [ ]IOREF=3V3 MISO/12[ ] \| P1_2 dig12
whismanoid	0:cb44e2e9ec4c	318	// \| [ ]RST MOSI/11[ ]~\| P1_1 dig11
whismanoid	0:cb44e2e9ec4c	319	// \| [ ]3V3 CS/10[ ]~\| P1_3 dig10
whismanoid	0:cb44e2e9ec4c	320	// \| [ ]5V0 9[ ]~\| P1_5 dig9
whismanoid	0:cb44e2e9ec4c	321	// \| [ ]GND 8[ ] \| P1_4 dig8
whismanoid	0:cb44e2e9ec4c	322	// \| [ ]GND \|
whismanoid	0:cb44e2e9ec4c	323	// \| [ ]Vin 7[ ] \| P0_7 dig7
whismanoid	0:cb44e2e9ec4c	324	// \| 6[ ]~\| P0_6 dig6
whismanoid	0:cb44e2e9ec4c	325	// AIN_0 \| [ ]A0 5[ ]~\| P0_5 dig5
whismanoid	0:cb44e2e9ec4c	326	// AIN_1 \| [ ]A1 4[ ] \| P0_4 dig4
whismanoid	0:cb44e2e9ec4c	327	// AIN_2 \| [ ]A2 INT1/3[ ]~\| P0_3 dig3
whismanoid	0:cb44e2e9ec4c	328	// AIN_3 \| [ ]A3 INT0/2[ ] \| P0_2 dig2
whismanoid	0:cb44e2e9ec4c	329	// dig16 P3_4 \| [ ]A4/SDA RST SCK MISO TX>1[ ] \| P0_1 dig1
whismanoid	0:cb44e2e9ec4c	330	// dig17 P3_5 \| [ ]A5/SCL [ ] [ ] [ ] RX<0[ ] \| P0_0 dig0
whismanoid	0:cb44e2e9ec4c	331	// \| [ ] [ ] [ ] \|
whismanoid	0:cb44e2e9ec4c	332	// \| UNO_R3 GND MOSI 5V ____________/
whismanoid	0:cb44e2e9ec4c	333	// \_______________________/
whismanoid	0:cb44e2e9ec4c	334	//
whismanoid	0:cb44e2e9ec4c	335	// +------------------------+
whismanoid	0:cb44e2e9ec4c	336	// \| \|
whismanoid	0:cb44e2e9ec4c	337	// \| MicroSD LED \|
whismanoid	0:cb44e2e9ec4c	338	// \| SD_SCLK P2_4 r P3_0 \|
whismanoid	0:cb44e2e9ec4c	339	// \| SD_MOSI P2_5 g P3_1 \|
whismanoid	0:cb44e2e9ec4c	340	// \| SD_MISO P2_6 b P3_2 \|
whismanoid	0:cb44e2e9ec4c	341	// \| SD_SSEL P2_7 y P3_3 \|
whismanoid	0:cb44e2e9ec4c	342	// \| \|
whismanoid	0:cb44e2e9ec4c	343	// \| DAPLINK BUTTONS \|
whismanoid	0:cb44e2e9ec4c	344	// \| TX P2_1 SW3 P2_3 \|
whismanoid	0:cb44e2e9ec4c	345	// \| RX P2_0 SW2 P2_2 \|
whismanoid	0:cb44e2e9ec4c	346	// +------------------------+
whismanoid	0:cb44e2e9ec4c	347	//
whismanoid	0:cb44e2e9ec4c	348	// AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	349	// AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	350	// AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	351	// AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	352	// AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	353	// AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	354	// AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	355	// AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	356	// AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	357	// AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	358	// AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	359	// AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	360	// AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	361	//
whismanoid	0:cb44e2e9ec4c	362	//#include "max32625mbed.h" // ?
whismanoid	0:cb44e2e9ec4c	363	//MAX32625MBED mbed(MAX32625MBED::VIO_3V3); // ?
whismanoid	0:cb44e2e9ec4c	364	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 1
whismanoid	0:cb44e2e9ec4c	365	// MAX32630FTHR board supports only internal VREF = 1.200V at bypass capacitor C15
whismanoid	0:cb44e2e9ec4c	366	const float ADC_FULL_SCALE_VOLTAGE = 1.200; // TODO: ADC_FULL_SCALE_VOLTAGE Pico?
whismanoid	0:cb44e2e9ec4c	367	// Arduino connector
whismanoid	0:cb44e2e9ec4c	368	#ifndef A0
whismanoid	0:cb44e2e9ec4c	369	#define A0 AIN_0
whismanoid	0:cb44e2e9ec4c	370	#endif
whismanoid	0:cb44e2e9ec4c	371	#ifndef A1
whismanoid	0:cb44e2e9ec4c	372	#define A1 AIN_1
whismanoid	0:cb44e2e9ec4c	373	#endif
whismanoid	0:cb44e2e9ec4c	374	#ifndef A2
whismanoid	0:cb44e2e9ec4c	375	#define A2 AIN_2
whismanoid	0:cb44e2e9ec4c	376	#endif
whismanoid	0:cb44e2e9ec4c	377	#ifndef A3
whismanoid	0:cb44e2e9ec4c	378	#define A3 AIN_3
whismanoid	0:cb44e2e9ec4c	379	#endif
whismanoid	0:cb44e2e9ec4c	380	#ifndef D0
whismanoid	0:cb44e2e9ec4c	381	#define D0 P0_0
whismanoid	0:cb44e2e9ec4c	382	#endif
whismanoid	0:cb44e2e9ec4c	383	#ifndef D1
whismanoid	0:cb44e2e9ec4c	384	#define D1 P0_1
whismanoid	0:cb44e2e9ec4c	385	#endif
whismanoid	0:cb44e2e9ec4c	386	#ifndef D2
whismanoid	0:cb44e2e9ec4c	387	#define D2 P0_2
whismanoid	0:cb44e2e9ec4c	388	#endif
whismanoid	0:cb44e2e9ec4c	389	#ifndef D3
whismanoid	0:cb44e2e9ec4c	390	#define D3 P0_3
whismanoid	0:cb44e2e9ec4c	391	#endif
whismanoid	0:cb44e2e9ec4c	392	#ifndef D4
whismanoid	0:cb44e2e9ec4c	393	#define D4 P0_4
whismanoid	0:cb44e2e9ec4c	394	#endif
whismanoid	0:cb44e2e9ec4c	395	#ifndef D5
whismanoid	0:cb44e2e9ec4c	396	#define D5 P0_5
whismanoid	0:cb44e2e9ec4c	397	#endif
whismanoid	0:cb44e2e9ec4c	398	#ifndef D6
whismanoid	0:cb44e2e9ec4c	399	#define D6 P0_6
whismanoid	0:cb44e2e9ec4c	400	#endif
whismanoid	0:cb44e2e9ec4c	401	#ifndef D7
whismanoid	0:cb44e2e9ec4c	402	#define D7 P0_7
whismanoid	0:cb44e2e9ec4c	403	#endif
whismanoid	0:cb44e2e9ec4c	404	#ifndef D8
whismanoid	0:cb44e2e9ec4c	405	#define D8 P1_4
whismanoid	0:cb44e2e9ec4c	406	#endif
whismanoid	0:cb44e2e9ec4c	407	#ifndef D9
whismanoid	0:cb44e2e9ec4c	408	#define D9 P1_5
whismanoid	0:cb44e2e9ec4c	409	#endif
whismanoid	0:cb44e2e9ec4c	410	#ifndef D10
whismanoid	0:cb44e2e9ec4c	411	#define D10 P1_3
whismanoid	0:cb44e2e9ec4c	412	#endif
whismanoid	0:cb44e2e9ec4c	413	#ifndef D11
whismanoid	0:cb44e2e9ec4c	414	#define D11 P1_1
whismanoid	0:cb44e2e9ec4c	415	#endif
whismanoid	0:cb44e2e9ec4c	416	#ifndef D12
whismanoid	0:cb44e2e9ec4c	417	#define D12 P1_2
whismanoid	0:cb44e2e9ec4c	418	#endif
whismanoid	0:cb44e2e9ec4c	419	#ifndef D13
whismanoid	0:cb44e2e9ec4c	420	#define D13 P1_0
whismanoid	0:cb44e2e9ec4c	421	#endif
whismanoid	0:cb44e2e9ec4c	422	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	423	#elif defined(TARGET_MAX32600)
whismanoid	0:cb44e2e9ec4c	424	// target MAX32600
whismanoid	0:cb44e2e9ec4c	425	//
whismanoid	0:cb44e2e9ec4c	426	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 0
whismanoid	0:cb44e2e9ec4c	427	const float ADC_FULL_SCALE_VOLTAGE = 1.500;
whismanoid	0:cb44e2e9ec4c	428	//
whismanoid	0:cb44e2e9ec4c	429	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	430	#elif defined(TARGET_MAX32620FTHR)
whismanoid	0:cb44e2e9ec4c	431	#warning "TARGET_MAX32620FTHR not previously tested; need to define pins..."
whismanoid	0:cb44e2e9ec4c	432	#include "MAX32620FTHR.h"
whismanoid	0:cb44e2e9ec4c	433	// Initialize I/O voltages on MAX32620FTHR board
whismanoid	0:cb44e2e9ec4c	434	MAX32620FTHR fthr(MAX32620FTHR::VIO_3V3);
whismanoid	0:cb44e2e9ec4c	435	//#define USE_LEDS 0 ?
whismanoid	0:cb44e2e9ec4c	436	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 1
whismanoid	0:cb44e2e9ec4c	437	#warning "TARGET_MAX32620FTHR not previously tested; need to verify ADC_FULL_SCALE_VOLTAGE..."
whismanoid	0:cb44e2e9ec4c	438	const float ADC_FULL_SCALE_VOLTAGE = 1.200;
whismanoid	0:cb44e2e9ec4c	439	//
whismanoid	0:cb44e2e9ec4c	440	//--------------------------------------------------
whismanoid	19:5ff09c8e9daf	441	#elif defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	15:37c83ec50ea0	442	// #warning "TARGET_MAX32625PICO not previously tested; need to define pins..."
whismanoid	0:cb44e2e9ec4c	443	#include "max32625pico.h"
whismanoid	0:cb44e2e9ec4c	444	// configure MAX32625PICO VDDIOH mode, and I/O voltages for DIP pins and SWD pins
whismanoid	0:cb44e2e9ec4c	445	MAX32625PICO pico(
whismanoid	13:184a08909405	446	// Select source of higher-voltage logic high supply VDDIOH
whismanoid	0:cb44e2e9ec4c	447	// vddioh_mode_t iohMode
whismanoid	0:cb44e2e9ec4c	448	//~ MAX32625PICO::IOH_OFF, // No connections to VDDIOH
whismanoid	0:cb44e2e9ec4c	449	//~ MAX32625PICO::IOH_DIP_IN, // VDDIOH input from DIP pin 1 (AIN0)
whismanoid	0:cb44e2e9ec4c	450	//~ MAX32625PICO::IOH_SWD_IN, // VDDIOH input from SWD pin 1
whismanoid	0:cb44e2e9ec4c	451	MAX32625PICO::IOH_3V3, // VDDIOH = 3.3V from local supply
whismanoid	0:cb44e2e9ec4c	452	//~ MAX32625PICO::IOH_DIP_OUT, // VDDIOH = 3.3V output to DIP pin 1
whismanoid	0:cb44e2e9ec4c	453	//~ MAX32625PICO::IOH_SWD_OUT, // VDDIOH = 3.3V output to SWD pin 1
whismanoid	0:cb44e2e9ec4c	454	//
whismanoid	13:184a08909405	455	// Digital I/O pin logic high voltage 1.8V or 3.3V
whismanoid	0:cb44e2e9ec4c	456	// vio_t dipVio = MAX32625PICO::VIO_1V8 or MAX32625PICO::VIO_IOH
whismanoid	13:184a08909405	457	MAX32625PICO::VIO_1V8, // 1.8V IO (local)
whismanoid	13:184a08909405	458	//~ MAX32625PICO::VIO_IOH, // Use VDDIOH (from DIP pin 1, or SWD pin1, or local 3.3V)
whismanoid	0:cb44e2e9ec4c	459	//
whismanoid	13:184a08909405	460	// Software Debug logic high voltage (normally use VIO_IOH)
whismanoid	0:cb44e2e9ec4c	461	// vio_t swdVio
whismanoid	0:cb44e2e9ec4c	462	//~ MAX32625PICO::VIO_1V8 // 1.8V IO (local)
whismanoid	0:cb44e2e9ec4c	463	MAX32625PICO::VIO_IOH // Use VDDIOH (from DIP pin 1, or SWD pin1, or local 3.3V)
whismanoid	0:cb44e2e9ec4c	464	);
whismanoid	0:cb44e2e9ec4c	465	//#define USE_LEDS 0 ?
whismanoid	0:cb44e2e9ec4c	466	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 1
whismanoid	15:37c83ec50ea0	467	// #warning "TARGET_MAX32625PICO not previously tested; need to verify ADC_FULL_SCALE_VOLTAGE..."
whismanoid	0:cb44e2e9ec4c	468	const float ADC_FULL_SCALE_VOLTAGE = 1.200;
whismanoid	0:cb44e2e9ec4c	469	//
whismanoid	0:cb44e2e9ec4c	470	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	471	#elif defined(TARGET_NUCLEO_F446RE) \|\| defined(TARGET_NUCLEO_F401RE)
whismanoid	0:cb44e2e9ec4c	472	// TODO1: target NUCLEO_F446RE
whismanoid	0:cb44e2e9ec4c	473	//
whismanoid	0:cb44e2e9ec4c	474	// USER_BUTTON PC13
whismanoid	0:cb44e2e9ec4c	475	// LED1 is shared with SPI_SCK on NUCLEO_F446RE PA_5, so don't use LED1.
whismanoid	0:cb44e2e9ec4c	476	#define USE_LEDS 0
whismanoid	0:cb44e2e9ec4c	477	// SPI spi(SPI_MOSI, SPI_MISO, SPI_SCK);
whismanoid	0:cb44e2e9ec4c	478	// Serial serial(SERIAL_TX, SERIAL_RX);
whismanoid	0:cb44e2e9ec4c	479	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 0
whismanoid	0:cb44e2e9ec4c	480	const float ADC_FULL_SCALE_VOLTAGE = 3.300; // TODO: ADC_FULL_SCALE_VOLTAGE Pico?
whismanoid	0:cb44e2e9ec4c	481	//
whismanoid	0:cb44e2e9ec4c	482	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	483	#elif defined(TARGET_LPC1768)
whismanoid	0:cb44e2e9ec4c	484	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	485	// TARGET=LPC1768 ARM Cortex-M3 100 MHz 512kB flash 64kB SRAM
whismanoid	0:cb44e2e9ec4c	486	// +-------------[microUSB]-------------+
whismanoid	0:cb44e2e9ec4c	487	// ______ \| [ ] GND +3.3V VOUT [ ] \| ______
whismanoid	0:cb44e2e9ec4c	488	// ______ \| [ ] 4.5V<VIN<9.0V +5.0V VU [ ] \| ______
whismanoid	0:cb44e2e9ec4c	489	// ______ \| [ ] VB USB.IF- [ ] \| ______
whismanoid	0:cb44e2e9ec4c	490	// ______ \| [ ] nR USB.IF+ [ ] \| ______
whismanoid	0:cb44e2e9ec4c	491	// digitalInOut0 \| [ ] p5 MOSI ETHERNET.RD- [ ] \| ______
whismanoid	0:cb44e2e9ec4c	492	// digitalInOut1 \| [ ] p6 MISO ETHERNET.RD+ [ ] \| ______
whismanoid	0:cb44e2e9ec4c	493	// digitalInOut2 \| [ ] p7 SCLK ETHERNET.TD- [ ] \| ______
whismanoid	0:cb44e2e9ec4c	494	// digitalInOut3 \| [ ] p8 ETHERNET.TD+ [ ] \| ______
whismanoid	0:cb44e2e9ec4c	495	// digitalInOut4 \| [ ] p9 TX SDA USB.D- [ ] \| ______
whismanoid	0:cb44e2e9ec4c	496	// digitalInOut5 \| [ ] p10 RX SCL USB.D+ [ ] \| ______
whismanoid	0:cb44e2e9ec4c	497	// digitalInOut6 \| [ ] p11 MOSI CAN-RD p30 [ ] \| digitalInOut13
whismanoid	0:cb44e2e9ec4c	498	// digitalInOut7 \| [ ] p12 MISO CAN-TD p29 [ ] \| digitalInOut12
whismanoid	0:cb44e2e9ec4c	499	// digitalInOut8 \| [ ] p13 TX SCLK SDA TX p28 [ ] \| digitalInOut11
whismanoid	0:cb44e2e9ec4c	500	// digitalInOut9 \| [ ] p14 RX SCL RX p27 [ ] \| digitalInOut10
whismanoid	0:cb44e2e9ec4c	501	// analogIn0 \| [ ] p15 AIN0 3.3Vfs PWM1 p26 [ ] \| pwmDriver1
whismanoid	0:cb44e2e9ec4c	502	// analogIn1 \| [ ] p16 AIN1 3.3Vfs PWM2 p25 [ ] \| pwmDriver2
whismanoid	0:cb44e2e9ec4c	503	// analogIn2 \| [ ] p17 AIN2 3.3Vfs PWM3 p24 [ ] \| pwmDriver3
whismanoid	0:cb44e2e9ec4c	504	// analogIn3 \| [ ] p18 AIN3 AOUT PWM4 p23 [ ] \| pwmDriver4
whismanoid	0:cb44e2e9ec4c	505	// analogIn4 \| [ ] p19 AIN4 3.3Vfs PWM5 p22 [ ] \| pwmDriver5
whismanoid	0:cb44e2e9ec4c	506	// analogIn5 \| [ ] p20 AIN5 3.3Vfs PWM6 p21 [ ] \| pwmDriver6
whismanoid	0:cb44e2e9ec4c	507	// +------------------------------------+
whismanoid	0:cb44e2e9ec4c	508	// AIN6 = P0.3 = TGT_SBL_RXD?
whismanoid	0:cb44e2e9ec4c	509	// AIN7 = P0.2 = TGT_SBL_TXD?
whismanoid	0:cb44e2e9ec4c	510	//
whismanoid	0:cb44e2e9ec4c	511	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	512	// LPC1768 board uses VREF = 3.300V +A3,3V thru L1 to bypass capacitor C14
whismanoid	0:cb44e2e9ec4c	513	#define analogIn4_IS_HIGH_RANGE_OF_analogIn0 0
whismanoid	0:cb44e2e9ec4c	514	const float ADC_FULL_SCALE_VOLTAGE = 3.300;
whismanoid	0:cb44e2e9ec4c	515	#else // not defined(TARGET_LPC1768 etc.)
whismanoid	0:cb44e2e9ec4c	516	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	517	// unknown target
whismanoid	0:cb44e2e9ec4c	518	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	519	#endif // target definition
whismanoid	0:cb44e2e9ec4c	520
whismanoid	0:cb44e2e9ec4c	521
whismanoid	0:cb44e2e9ec4c	522
whismanoid	0:cb44e2e9ec4c	523
whismanoid	18:1235c17b451e	524	// support LEDs as digital pins 91 92 93; WIP button as digital pin 90
whismanoid	18:1235c17b451e	525	// move definiton of USE_LEDS earlier than find_digitalInOutPin()
whismanoid	18:1235c17b451e	526	//--------------------------------------------------
whismanoid	18:1235c17b451e	527	// Option to use LEDs to show status
whismanoid	18:1235c17b451e	528	#ifndef USE_LEDS
whismanoid	18:1235c17b451e	529	#define USE_LEDS 1
whismanoid	18:1235c17b451e	530	#endif
whismanoid	18:1235c17b451e	531	#if USE_LEDS
whismanoid	18:1235c17b451e	532	#if defined(TARGET_MAX32630)
whismanoid	18:1235c17b451e	533	# define LED_ON 0
whismanoid	18:1235c17b451e	534	# define LED_OFF 1
whismanoid	18:1235c17b451e	535	//--------------------------------------------------
whismanoid	18:1235c17b451e	536	#elif defined(TARGET_MAX32625MBED)
whismanoid	18:1235c17b451e	537	# define LED_ON 0
whismanoid	18:1235c17b451e	538	# define LED_OFF 1
whismanoid	19:5ff09c8e9daf	539	#elif defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	18:1235c17b451e	540	# define LED_ON 0
whismanoid	18:1235c17b451e	541	# define LED_OFF 1
whismanoid	18:1235c17b451e	542	//--------------------------------------------------
whismanoid	18:1235c17b451e	543	// TODO1: TARGET=MAX32625MBED ARM Cortex-M4F 96MHz 512kB Flash 160kB SRAM
whismanoid	18:1235c17b451e	544	#elif defined(TARGET_LPC1768)
whismanoid	18:1235c17b451e	545	# define LED_ON 1
whismanoid	18:1235c17b451e	546	# define LED_OFF 0
whismanoid	18:1235c17b451e	547	#else // not defined(TARGET_LPC1768 etc.)
whismanoid	18:1235c17b451e	548	// USE_LEDS with some platform other than MAX32630, MAX32625MBED, LPC1768
whismanoid	18:1235c17b451e	549	// bugfix for MAX32600MBED LED blink pattern: check if LED_ON/LED_OFF already defined
whismanoid	18:1235c17b451e	550	# ifndef LED_ON
whismanoid	18:1235c17b451e	551	# define LED_ON 0
whismanoid	18:1235c17b451e	552	# endif
whismanoid	18:1235c17b451e	553	# ifndef LED_OFF
whismanoid	18:1235c17b451e	554	# define LED_OFF 1
whismanoid	18:1235c17b451e	555	# endif
whismanoid	18:1235c17b451e	556	//# define LED_ON 1
whismanoid	18:1235c17b451e	557	//# define LED_OFF 0
whismanoid	18:1235c17b451e	558	#endif // target definition
whismanoid	18:1235c17b451e	559	// support LEDs as digital pins 91 92 93; WIP button as digital pin 90
whismanoid	18:1235c17b451e	560	// support find_digitalInOutPin(91) return DigitalInOut of led1_RFailLED
whismanoid	18:1235c17b451e	561	// support find_digitalInOutPin(92) return DigitalInOut of led2_GPassLED
whismanoid	18:1235c17b451e	562	// support find_digitalInOutPin(93) return DigitalInOut of led3_BBusyLED
whismanoid	18:1235c17b451e	563	// change led1/2/3/4 from DigitalOut to DigitalInOut
whismanoid	18:1235c17b451e	564	DigitalInOut led1(LED1, PIN_INPUT, PullUp, LED_OFF); // MAX32630FTHR: LED1 = LED_RED
whismanoid	18:1235c17b451e	565	DigitalInOut led2(LED2, PIN_INPUT, PullUp, LED_OFF); // MAX32630FTHR: LED2 = LED_GREEN
whismanoid	18:1235c17b451e	566	DigitalInOut led3(LED3, PIN_INPUT, PullUp, LED_OFF); // MAX32630FTHR: LED3 = LED_BLUE
whismanoid	18:1235c17b451e	567	DigitalInOut led4(LED4, PIN_INPUT, PullUp, LED_OFF);
whismanoid	18:1235c17b451e	568	#else // USE_LEDS=0
whismanoid	18:1235c17b451e	569	// issue #41 support Nucleo_F446RE
whismanoid	18:1235c17b451e	570	// there are no LED indicators on the board, LED1 interferes with SPI;
whismanoid	18:1235c17b451e	571	// but we still need placeholders led1 led2 led3 led4.
whismanoid	18:1235c17b451e	572	// Declare DigitalInOut led1 led2 led3 led4 targeting safe pins.
whismanoid	18:1235c17b451e	573	// PinName NC means NOT_CONNECTED; DigitalOut::is_connected() returns false
whismanoid	18:1235c17b451e	574	# define LED_ON 0
whismanoid	18:1235c17b451e	575	# define LED_OFF 1
whismanoid	18:1235c17b451e	576	// change led1/2/3/4 from DigitalOut to DigitalInOut
whismanoid	18:1235c17b451e	577	DigitalInOut led1(NC, PIN_INPUT, PullUp, LED_OFF);
whismanoid	18:1235c17b451e	578	DigitalInOut led2(NC, PIN_INPUT, PullUp, LED_OFF);
whismanoid	18:1235c17b451e	579	DigitalInOut led3(NC, PIN_INPUT, PullUp, LED_OFF);
whismanoid	18:1235c17b451e	580	DigitalInOut led4(NC, PIN_INPUT, PullUp, LED_OFF);
whismanoid	18:1235c17b451e	581	#endif // USE_LEDS
whismanoid	18:1235c17b451e	582	#define led1_RFailLED led1
whismanoid	18:1235c17b451e	583	#define led2_GPassLED led2
whismanoid	18:1235c17b451e	584	#define led3_BBusyLED led3
whismanoid	18:1235c17b451e	585
whismanoid	21:ac062a97a71d	586	//--------------------------------------------------
whismanoid	21:ac062a97a71d	587	// use BUTTON1 trigger some action
whismanoid	21:ac062a97a71d	588	#if defined(TARGET_MAX32630)
whismanoid	21:ac062a97a71d	589	#define HAS_BUTTON1_DEMO_INTERRUPT 1
whismanoid	21:ac062a97a71d	590	#define HAS_BUTTON2_DEMO 0
whismanoid	21:ac062a97a71d	591	#define HAS_BUTTON2_DEMO_INTERRUPT 0
whismanoid	21:ac062a97a71d	592	#elif defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	25:8a61cb34191d	593	// #warning "TARGET_MAX32625PICO not previously tested; need to define buttons..."
whismanoid	21:ac062a97a71d	594	#define HAS_BUTTON1_DEMO_INTERRUPT 1
whismanoid	24:032f3683cb2a	595	#if MAX40108_DEMO
whismanoid	25:8a61cb34191d	596	#if HAS_I2C
whismanoid	25:8a61cb34191d	597	// MAX40108DEMOP2U9 HAS_I2C: J91.1=1V8 J91.2=P1_6(SDA) J91.3=P1_7(SCL) J91.4=GND
whismanoid	25:8a61cb34191d	598	// MAX40108DEMOP2U9 HAS_I2C: move button2/button3 to inaccessible pins P3_6 and P3_7 if we need J91 for I2C
whismanoid	24:032f3683cb2a	599	#define BUTTON2 P3_7
whismanoid	25:8a61cb34191d	600	#else // HAS_I2C
whismanoid	25:8a61cb34191d	601	// MAX40108DEMOP2U9 no HAS_I2C: option using J91 for button2 and button3 instead of I2C
whismanoid	25:8a61cb34191d	602	// MAX40108DEMOP2U9 no HAS_I2C: header J91.1=1V8 J91.2=P1_6(button3/'%B3!') J91.3=P1_7(button2/'%B2!') J91.4=GND
whismanoid	25:8a61cb34191d	603	// MAX40108DEMOP2U9 no HAS_I2C: avoid conflict between digital pins D16 D17 and button2/button3
whismanoid	25:8a61cb34191d	604	#define BUTTON2 P1_7
whismanoid	25:8a61cb34191d	605	#endif // HAS_I2C
whismanoid	24:032f3683cb2a	606	#define HAS_BUTTON2_DEMO 0
whismanoid	24:032f3683cb2a	607	#define HAS_BUTTON2_DEMO_INTERRUPT 1
whismanoid	25:8a61cb34191d	608	#if HAS_I2C
whismanoid	25:8a61cb34191d	609	// MAX40108DEMOP2U9 HAS_I2C: J91.1=1V8 J91.2=P1_6(SDA) J91.3=P1_7(SCL) J91.4=GND
whismanoid	25:8a61cb34191d	610	// MAX40108DEMOP2U9 HAS_I2C: move button2/button3 to inaccessible pins P3_6 and P3_7 if we need J91 for I2C
whismanoid	24:032f3683cb2a	611	#define BUTTON3 P3_6
whismanoid	25:8a61cb34191d	612	#else // HAS_I2C
whismanoid	25:8a61cb34191d	613	// MAX40108DEMOP2U9 no HAS_I2C: option using J91 for button2 and button3 instead of I2C
whismanoid	25:8a61cb34191d	614	// MAX40108DEMOP2U9 no HAS_I2C: header J91.1=1V8 J91.2=P1_6(button3/'%B3!') J91.3=P1_7(button2/'%B2!') J91.4=GND
whismanoid	25:8a61cb34191d	615	// MAX40108DEMOP2U9 no HAS_I2C: avoid conflict between digital pins D16 D17 and button2/button3
whismanoid	25:8a61cb34191d	616	#define BUTTON3 P1_6
whismanoid	25:8a61cb34191d	617	#endif // HAS_I2C
whismanoid	24:032f3683cb2a	618	#define HAS_BUTTON3_DEMO 0
whismanoid	24:032f3683cb2a	619	#define HAS_BUTTON3_DEMO_INTERRUPT 1
whismanoid	29:6a9edb6e973b	620	// additional buttons are assigned to unused/unaccessible pins to avoid conflicts
whismanoid	29:6a9edb6e973b	621	// activate using %B4! or action_button pin=4
whismanoid	29:6a9edb6e973b	622	#define BUTTON4 P1_5
whismanoid	29:6a9edb6e973b	623	#define HAS_BUTTON4_DEMO_INTERRUPT 1
whismanoid	29:6a9edb6e973b	624	#define BUTTON5 P1_4
whismanoid	29:6a9edb6e973b	625	#define HAS_BUTTON5_DEMO_INTERRUPT 1
whismanoid	29:6a9edb6e973b	626	#define BUTTON6 P1_3
whismanoid	29:6a9edb6e973b	627	#define HAS_BUTTON6_DEMO_INTERRUPT 1
whismanoid	29:6a9edb6e973b	628	#define BUTTON7 P1_2
whismanoid	29:6a9edb6e973b	629	#define HAS_BUTTON7_DEMO_INTERRUPT 1
whismanoid	29:6a9edb6e973b	630	#define BUTTON8 P1_1
whismanoid	29:6a9edb6e973b	631	#define HAS_BUTTON8_DEMO_INTERRUPT 1
whismanoid	29:6a9edb6e973b	632	#define BUTTON9 P1_0
whismanoid	29:6a9edb6e973b	633	#define HAS_BUTTON9_DEMO_INTERRUPT 1
whismanoid	24:032f3683cb2a	634	#else // MAX40108_DEMO
whismanoid	21:ac062a97a71d	635	#define HAS_BUTTON2_DEMO 0
whismanoid	21:ac062a97a71d	636	#define HAS_BUTTON2_DEMO_INTERRUPT 0
whismanoid	29:6a9edb6e973b	637	#endif // MAX40108_DEMO ---------------------------------
whismanoid	21:ac062a97a71d	638	#elif defined(TARGET_MAX32625)
whismanoid	21:ac062a97a71d	639	#define HAS_BUTTON1_DEMO_INTERRUPT 1
whismanoid	21:ac062a97a71d	640	#define HAS_BUTTON2_DEMO_INTERRUPT 1
whismanoid	21:ac062a97a71d	641	#elif defined(TARGET_MAX32620FTHR)
whismanoid	21:ac062a97a71d	642	#warning "TARGET_MAX32620FTHR not previously tested; need to define buttons..."
whismanoid	21:ac062a97a71d	643	#define BUTTON1 SW1
whismanoid	21:ac062a97a71d	644	#define HAS_BUTTON1_DEMO_INTERRUPT 1
whismanoid	21:ac062a97a71d	645	#define HAS_BUTTON2_DEMO 0
whismanoid	21:ac062a97a71d	646	#define HAS_BUTTON2_DEMO_INTERRUPT 0
whismanoid	21:ac062a97a71d	647	#elif defined(TARGET_NUCLEO_F446RE)
whismanoid	21:ac062a97a71d	648	#define HAS_BUTTON1_DEMO_INTERRUPT 0
whismanoid	21:ac062a97a71d	649	#define HAS_BUTTON2_DEMO_INTERRUPT 0
whismanoid	21:ac062a97a71d	650	#elif defined(TARGET_NUCLEO_F401RE)
whismanoid	21:ac062a97a71d	651	#define HAS_BUTTON1_DEMO_INTERRUPT 0
whismanoid	21:ac062a97a71d	652	#define HAS_BUTTON2_DEMO_INTERRUPT 0
whismanoid	21:ac062a97a71d	653	#else
whismanoid	21:ac062a97a71d	654	#warning "target not previously tested; need to define buttons..."
whismanoid	21:ac062a97a71d	655	#endif
whismanoid	21:ac062a97a71d	656	//
whismanoid	21:ac062a97a71d	657	#ifndef HAS_BUTTON1_DEMO
whismanoid	21:ac062a97a71d	658	#define HAS_BUTTON1_DEMO 0
whismanoid	21:ac062a97a71d	659	#endif
whismanoid	21:ac062a97a71d	660	#ifndef HAS_BUTTON2_DEMO
whismanoid	21:ac062a97a71d	661	#define HAS_BUTTON2_DEMO 0
whismanoid	21:ac062a97a71d	662	#endif
whismanoid	24:032f3683cb2a	663	#ifndef HAS_BUTTON3_DEMO
whismanoid	24:032f3683cb2a	664	#define HAS_BUTTON3_DEMO 0
whismanoid	24:032f3683cb2a	665	#endif
whismanoid	21:ac062a97a71d	666	//
whismanoid	21:ac062a97a71d	667	// avoid runtime error on button1 press [mbed-os-5.11]
whismanoid	21:ac062a97a71d	668	// instead of using InterruptIn, use DigitalIn and poll in main while(1)
whismanoid	21:ac062a97a71d	669	#ifndef HAS_BUTTON1_DEMO_INTERRUPT_POLLING
whismanoid	21:ac062a97a71d	670	#define HAS_BUTTON1_DEMO_INTERRUPT_POLLING 1
whismanoid	21:ac062a97a71d	671	#endif
whismanoid	21:ac062a97a71d	672	//
whismanoid	21:ac062a97a71d	673	#ifndef HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	674	#define HAS_BUTTON1_DEMO_INTERRUPT 1
whismanoid	21:ac062a97a71d	675	#endif
whismanoid	21:ac062a97a71d	676	#ifndef HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	677	#define HAS_BUTTON2_DEMO_INTERRUPT 1
whismanoid	21:ac062a97a71d	678	#endif
whismanoid	21:ac062a97a71d	679	//
whismanoid	21:ac062a97a71d	680	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	681	# if HAS_BUTTON1_DEMO_INTERRUPT_POLLING
whismanoid	21:ac062a97a71d	682	// avoid runtime error on button1 press [mbed-os-5.11]
whismanoid	21:ac062a97a71d	683	// instead of using InterruptIn, use DigitalIn and poll in main while(1)
whismanoid	21:ac062a97a71d	684	DigitalIn button1(BUTTON1);
whismanoid	21:ac062a97a71d	685	# else
whismanoid	21:ac062a97a71d	686	InterruptIn button1(BUTTON1);
whismanoid	21:ac062a97a71d	687	# endif
whismanoid	21:ac062a97a71d	688	#elif HAS_BUTTON1_DEMO
whismanoid	21:ac062a97a71d	689	DigitalIn button1(BUTTON1);
whismanoid	21:ac062a97a71d	690	#endif
whismanoid	21:ac062a97a71d	691	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	692	# if HAS_BUTTON1_DEMO_INTERRUPT_POLLING
whismanoid	21:ac062a97a71d	693	// avoid runtime error on button1 press [mbed-os-5.11]
whismanoid	21:ac062a97a71d	694	// instead of using InterruptIn, use DigitalIn and poll in main while(1)
whismanoid	21:ac062a97a71d	695	DigitalIn button2(BUTTON2);
whismanoid	21:ac062a97a71d	696	# else
whismanoid	21:ac062a97a71d	697	InterruptIn button2(BUTTON2);
whismanoid	21:ac062a97a71d	698	# endif
whismanoid	21:ac062a97a71d	699	#elif HAS_BUTTON2_DEMO
whismanoid	21:ac062a97a71d	700	DigitalIn button2(BUTTON2);
whismanoid	21:ac062a97a71d	701	#endif
whismanoid	24:032f3683cb2a	702	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	703	# if HAS_BUTTON1_DEMO_INTERRUPT_POLLING
whismanoid	24:032f3683cb2a	704	// avoid runtime error on button1 press [mbed-os-5.11]
whismanoid	24:032f3683cb2a	705	// instead of using InterruptIn, use DigitalIn and poll in main while(1)
whismanoid	24:032f3683cb2a	706	DigitalIn button3(BUTTON3);
whismanoid	24:032f3683cb2a	707	# else
whismanoid	24:032f3683cb2a	708	InterruptIn button3(BUTTON3);
whismanoid	24:032f3683cb2a	709	# endif
whismanoid	24:032f3683cb2a	710	#elif HAS_BUTTON3_DEMO
whismanoid	24:032f3683cb2a	711	DigitalIn button3(BUTTON3);
whismanoid	24:032f3683cb2a	712	#endif
whismanoid	21:ac062a97a71d	713
whismanoid	0:cb44e2e9ec4c	714	// uncrustify-0.66.1 INDENT-OFF
whismanoid	0:cb44e2e9ec4c	715	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	716	// Declare the DigitalInOut GPIO pins
whismanoid	0:cb44e2e9ec4c	717	// Optional digitalInOut support. If there is only one it should be digitalInOut1.
whismanoid	0:cb44e2e9ec4c	718	// D) Digital High/Low/Input Pin
whismanoid	0:cb44e2e9ec4c	719	#if defined(TARGET_MAX32630)
whismanoid	0:cb44e2e9ec4c	720	// +-------------[microUSB]-------------+
whismanoid	0:cb44e2e9ec4c	721	// \| J1 MAX32630FTHR J2 \|
whismanoid	0:cb44e2e9ec4c	722	// \| [ ] RST GND [ ] \|
whismanoid	0:cb44e2e9ec4c	723	// \| [ ] 3V3 BAT+[ ] \|
whismanoid	0:cb44e2e9ec4c	724	// \| [ ] 1V8 reset SW1 \|
whismanoid	0:cb44e2e9ec4c	725	// \| [ ] GND J4 J3 \|
whismanoid	0:cb44e2e9ec4c	726	// \| [ ] AIN_0 1.2Vfs (bat) SYS [ ] \|
whismanoid	0:cb44e2e9ec4c	727	// \| [ ] AIN_1 1.2Vfs PWR [ ] \|
whismanoid	0:cb44e2e9ec4c	728	// \| [ ] AIN_2 1.2Vfs +5V VBUS [ ] \|
whismanoid	0:cb44e2e9ec4c	729	// \| [ ] AIN_3 1.2Vfs 1-WIRE P4_0 [ ] \| dig9
whismanoid	0:cb44e2e9ec4c	730	// dig10 \| [x] P5_7 SDA2 SRN P5_6 [ ] \| dig8
whismanoid	0:cb44e2e9ec4c	731	// dig11 \| [x] P6_0 SCL2 SDIO3 P5_5 [ ] \| dig7
whismanoid	0:cb44e2e9ec4c	732	// dig12 \| [x] P5_0 SCLK SDIO2 P5_4 [ ] \| dig6
whismanoid	0:cb44e2e9ec4c	733	// dig13 \| [x] P5_1 MOSI SSEL P5_3 [x] \| dig5
whismanoid	0:cb44e2e9ec4c	734	// dig14 \| [ ] P5_2 MISO RTS P3_3 [ ] \| dig4
whismanoid	0:cb44e2e9ec4c	735	// dig15 \| [ ] P3_0 RX CTS P3_2 [ ] \| dig3
whismanoid	0:cb44e2e9ec4c	736	// dig0 \| [ ] P3_1 TX SCL P3_5 [x] \| dig2
whismanoid	0:cb44e2e9ec4c	737	// \| [ ] GND SDA P3_4 [x] \| dig1
whismanoid	0:cb44e2e9ec4c	738	// +------------------------------------+
whismanoid	0:cb44e2e9ec4c	739	#define HAS_digitalInOut0 1 // P3_1 TARGET_MAX32630 J1.15
whismanoid	0:cb44e2e9ec4c	740	#define HAS_digitalInOut1 1 // P3_4 TARGET_MAX32630 J3.12
whismanoid	0:cb44e2e9ec4c	741	#define HAS_digitalInOut2 1 // P3_5 TARGET_MAX32630 J3.11
whismanoid	0:cb44e2e9ec4c	742	#define HAS_digitalInOut3 1 // P3_2 TARGET_MAX32630 J3.10
whismanoid	0:cb44e2e9ec4c	743	#define HAS_digitalInOut4 1 // P3_3 TARGET_MAX32630 J3.9
whismanoid	0:cb44e2e9ec4c	744	#define HAS_digitalInOut5 1 // P5_3 TARGET_MAX32630 J3.8
whismanoid	0:cb44e2e9ec4c	745	#define HAS_digitalInOut6 1 // P5_4 TARGET_MAX32630 J3.7
whismanoid	0:cb44e2e9ec4c	746	#define HAS_digitalInOut7 1 // P5_5 TARGET_MAX32630 J3.6
whismanoid	0:cb44e2e9ec4c	747	#define HAS_digitalInOut8 1 // P5_6 TARGET_MAX32630 J3.5
whismanoid	0:cb44e2e9ec4c	748	#define HAS_digitalInOut9 1 // P4_0 TARGET_MAX32630 J3.4
whismanoid	0:cb44e2e9ec4c	749	#if HAS_I2C
whismanoid	0:cb44e2e9ec4c	750	// avoid resource conflict between P5_7, P6_0 I2C and DigitalInOut
whismanoid	0:cb44e2e9ec4c	751	#define HAS_digitalInOut10 0 // P5_7 TARGET_MAX32630 J1.9
whismanoid	0:cb44e2e9ec4c	752	#define HAS_digitalInOut11 0 // P6_0 TARGET_MAX32630 J1.10
whismanoid	0:cb44e2e9ec4c	753	#else // HAS_I2C
whismanoid	0:cb44e2e9ec4c	754	#define HAS_digitalInOut10 1 // P5_7 TARGET_MAX32630 J1.9
whismanoid	0:cb44e2e9ec4c	755	#define HAS_digitalInOut11 1 // P6_0 TARGET_MAX32630 J1.10
whismanoid	0:cb44e2e9ec4c	756	#endif // HAS_I2C
whismanoid	0:cb44e2e9ec4c	757	#if HAS_SPI
whismanoid	0:cb44e2e9ec4c	758	// avoid resource conflict between P5_0, P5_1, P5_2 SPI and DigitalInOut
whismanoid	0:cb44e2e9ec4c	759	#define HAS_digitalInOut12 0 // P5_0 TARGET_MAX32630 J1.11
whismanoid	0:cb44e2e9ec4c	760	#define HAS_digitalInOut13 0 // P5_1 TARGET_MAX32630 J1.12
whismanoid	0:cb44e2e9ec4c	761	#define HAS_digitalInOut14 0 // P5_2 TARGET_MAX32630 J1.13
whismanoid	0:cb44e2e9ec4c	762	#define HAS_digitalInOut15 0 // P3_0 TARGET_MAX32630 J1.14
whismanoid	0:cb44e2e9ec4c	763	#else // HAS_SPI
whismanoid	0:cb44e2e9ec4c	764	#define HAS_digitalInOut12 1 // P5_0 TARGET_MAX32630 J1.11
whismanoid	0:cb44e2e9ec4c	765	#define HAS_digitalInOut13 1 // P5_1 TARGET_MAX32630 J1.12
whismanoid	0:cb44e2e9ec4c	766	#define HAS_digitalInOut14 1 // P5_2 TARGET_MAX32630 J1.13
whismanoid	0:cb44e2e9ec4c	767	#define HAS_digitalInOut15 1 // P3_0 TARGET_MAX32630 J1.14
whismanoid	0:cb44e2e9ec4c	768	#endif // HAS_SPI
whismanoid	0:cb44e2e9ec4c	769	#if HAS_digitalInOut0
whismanoid	0:cb44e2e9ec4c	770	DigitalInOut digitalInOut0(P3_1, PIN_INPUT, PullUp, 1); // P3_1 TARGET_MAX32630 J1.15
whismanoid	0:cb44e2e9ec4c	771	#endif
whismanoid	0:cb44e2e9ec4c	772	#if HAS_digitalInOut1
whismanoid	0:cb44e2e9ec4c	773	DigitalInOut digitalInOut1(P3_4, PIN_INPUT, PullUp, 1); // P3_4 TARGET_MAX32630 J3.12
whismanoid	0:cb44e2e9ec4c	774	#endif
whismanoid	0:cb44e2e9ec4c	775	#if HAS_digitalInOut2
whismanoid	0:cb44e2e9ec4c	776	DigitalInOut digitalInOut2(P3_5, PIN_INPUT, PullUp, 1); // P3_5 TARGET_MAX32630 J3.11
whismanoid	0:cb44e2e9ec4c	777	#endif
whismanoid	0:cb44e2e9ec4c	778	#if HAS_digitalInOut3
whismanoid	0:cb44e2e9ec4c	779	DigitalInOut digitalInOut3(P3_2, PIN_INPUT, PullUp, 1); // P3_2 TARGET_MAX32630 J3.10
whismanoid	0:cb44e2e9ec4c	780	#endif
whismanoid	0:cb44e2e9ec4c	781	#if HAS_digitalInOut4
whismanoid	0:cb44e2e9ec4c	782	DigitalInOut digitalInOut4(P3_3, PIN_INPUT, PullUp, 1); // P3_3 TARGET_MAX32630 J3.9
whismanoid	0:cb44e2e9ec4c	783	#endif
whismanoid	0:cb44e2e9ec4c	784	#if HAS_digitalInOut5
whismanoid	0:cb44e2e9ec4c	785	DigitalInOut digitalInOut5(P5_3, PIN_INPUT, PullUp, 1); // P5_3 TARGET_MAX32630 J3.8
whismanoid	0:cb44e2e9ec4c	786	#endif
whismanoid	0:cb44e2e9ec4c	787	#if HAS_digitalInOut6
whismanoid	0:cb44e2e9ec4c	788	DigitalInOut digitalInOut6(P5_4, PIN_INPUT, PullUp, 1); // P5_4 TARGET_MAX32630 J3.7
whismanoid	0:cb44e2e9ec4c	789	#endif
whismanoid	0:cb44e2e9ec4c	790	#if HAS_digitalInOut7
whismanoid	0:cb44e2e9ec4c	791	DigitalInOut digitalInOut7(P5_5, PIN_INPUT, PullUp, 1); // P5_5 TARGET_MAX32630 J3.6
whismanoid	0:cb44e2e9ec4c	792	#endif
whismanoid	0:cb44e2e9ec4c	793	#if HAS_digitalInOut8
whismanoid	0:cb44e2e9ec4c	794	DigitalInOut digitalInOut8(P5_6, PIN_INPUT, PullUp, 1); // P5_6 TARGET_MAX32630 J3.5
whismanoid	0:cb44e2e9ec4c	795	#endif
whismanoid	0:cb44e2e9ec4c	796	#if HAS_digitalInOut9
whismanoid	0:cb44e2e9ec4c	797	DigitalInOut digitalInOut9(P4_0, PIN_INPUT, PullUp, 1); // P4_0 TARGET_MAX32630 J3.4
whismanoid	0:cb44e2e9ec4c	798	#endif
whismanoid	0:cb44e2e9ec4c	799	#if HAS_digitalInOut10
whismanoid	0:cb44e2e9ec4c	800	DigitalInOut digitalInOut10(P5_7, PIN_INPUT, PullUp, 1); // P5_7 TARGET_MAX32630 J1.9
whismanoid	0:cb44e2e9ec4c	801	#endif
whismanoid	0:cb44e2e9ec4c	802	#if HAS_digitalInOut11
whismanoid	0:cb44e2e9ec4c	803	DigitalInOut digitalInOut11(P6_0, PIN_INPUT, PullUp, 1); // P6_0 TARGET_MAX32630 J1.10
whismanoid	0:cb44e2e9ec4c	804	#endif
whismanoid	0:cb44e2e9ec4c	805	#if HAS_digitalInOut12
whismanoid	0:cb44e2e9ec4c	806	DigitalInOut digitalInOut12(P5_0, PIN_INPUT, PullUp, 1); // P5_0 TARGET_MAX32630 J1.11
whismanoid	0:cb44e2e9ec4c	807	#endif
whismanoid	0:cb44e2e9ec4c	808	#if HAS_digitalInOut13
whismanoid	0:cb44e2e9ec4c	809	DigitalInOut digitalInOut13(P5_1, PIN_INPUT, PullUp, 1); // P5_1 TARGET_MAX32630 J1.12
whismanoid	0:cb44e2e9ec4c	810	#endif
whismanoid	0:cb44e2e9ec4c	811	#if HAS_digitalInOut14
whismanoid	0:cb44e2e9ec4c	812	DigitalInOut digitalInOut14(P5_2, PIN_INPUT, PullUp, 1); // P5_2 TARGET_MAX32630 J1.13
whismanoid	0:cb44e2e9ec4c	813	#endif
whismanoid	0:cb44e2e9ec4c	814	#if HAS_digitalInOut15
whismanoid	0:cb44e2e9ec4c	815	DigitalInOut digitalInOut15(P3_0, PIN_INPUT, PullUp, 1); // P3_0 TARGET_MAX32630 J1.14
whismanoid	0:cb44e2e9ec4c	816	#endif
whismanoid	0:cb44e2e9ec4c	817	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	818	#elif defined(TARGET_MAX32625MBED)
whismanoid	0:cb44e2e9ec4c	819	// TARGET=MAX32625MBED ARM Cortex-M4F 96MHz 512kB Flash 160kB SRAM
whismanoid	0:cb44e2e9ec4c	820	// +-------------------------------------+
whismanoid	0:cb44e2e9ec4c	821	// \| MAX32625MBED Arduino UNO header \|
whismanoid	0:cb44e2e9ec4c	822	// \| \|
whismanoid	0:cb44e2e9ec4c	823	// \| A5/SCL[ ] \| P1_7 dig15
whismanoid	0:cb44e2e9ec4c	824	// \| A4/SDA[ ] \| P1_6 dig14
whismanoid	0:cb44e2e9ec4c	825	// \| AREF=N/C[ ] \|
whismanoid	0:cb44e2e9ec4c	826	// \| GND[ ] \|
whismanoid	0:cb44e2e9ec4c	827	// \| [ ]N/C SCK/13[ ] \| P1_0 dig13
whismanoid	0:cb44e2e9ec4c	828	// \| [ ]IOREF=3V3 MISO/12[ ] \| P1_2 dig12
whismanoid	0:cb44e2e9ec4c	829	// \| [ ]RST MOSI/11[ ]~\| P1_1 dig11
whismanoid	0:cb44e2e9ec4c	830	// \| [ ]3V3 CS/10[ ]~\| P1_3 dig10
whismanoid	0:cb44e2e9ec4c	831	// \| [ ]5V0 9[ ]~\| P1_5 dig9
whismanoid	0:cb44e2e9ec4c	832	// \| [ ]GND 8[ ] \| P1_4 dig8
whismanoid	0:cb44e2e9ec4c	833	// \| [ ]GND \|
whismanoid	0:cb44e2e9ec4c	834	// \| [ ]Vin 7[ ] \| P0_7 dig7
whismanoid	0:cb44e2e9ec4c	835	// \| 6[ ]~\| P0_6 dig6
whismanoid	0:cb44e2e9ec4c	836	// AIN_0 \| [ ]A0 5[ ]~\| P0_5 dig5
whismanoid	0:cb44e2e9ec4c	837	// AIN_1 \| [ ]A1 4[ ] \| P0_4 dig4
whismanoid	0:cb44e2e9ec4c	838	// AIN_2 \| [ ]A2 INT1/3[ ]~\| P0_3 dig3
whismanoid	0:cb44e2e9ec4c	839	// AIN_3 \| [ ]A3 INT0/2[ ] \| P0_2 dig2
whismanoid	0:cb44e2e9ec4c	840	// dig16 P3_4 \| [ ]A4/SDA RST SCK MISO TX>1[ ] \| P0_1 dig1
whismanoid	0:cb44e2e9ec4c	841	// dig17 P3_5 \| [ ]A5/SCL [ ] [ ] [ ] RX<0[ ] \| P0_0 dig0
whismanoid	0:cb44e2e9ec4c	842	// \| [ ] [ ] [ ] \|
whismanoid	0:cb44e2e9ec4c	843	// \| UNO_R3 GND MOSI 5V ____________/
whismanoid	0:cb44e2e9ec4c	844	// \_______________________/
whismanoid	0:cb44e2e9ec4c	845	//
whismanoid	0:cb44e2e9ec4c	846	#define HAS_digitalInOut0 1 // P0_0 TARGET_MAX32625MBED D0
whismanoid	0:cb44e2e9ec4c	847	#define HAS_digitalInOut1 1 // P0_1 TARGET_MAX32625MBED D1
whismanoid	0:cb44e2e9ec4c	848	#if APPLICATION_MAX11131
whismanoid	0:cb44e2e9ec4c	849	#define HAS_digitalInOut2 0 // P0_2 TARGET_MAX32625MBED D2 -- MAX11131 EOC DigitalIn
whismanoid	0:cb44e2e9ec4c	850	#else
whismanoid	0:cb44e2e9ec4c	851	#define HAS_digitalInOut2 1 // P0_2 TARGET_MAX32625MBED D2
whismanoid	0:cb44e2e9ec4c	852	#endif
whismanoid	0:cb44e2e9ec4c	853	#define HAS_digitalInOut3 1 // P0_3 TARGET_MAX32625MBED D3
whismanoid	0:cb44e2e9ec4c	854	#define HAS_digitalInOut4 1 // P0_4 TARGET_MAX32625MBED D4
whismanoid	0:cb44e2e9ec4c	855	#define HAS_digitalInOut5 1 // P0_5 TARGET_MAX32625MBED D5
whismanoid	0:cb44e2e9ec4c	856	#define HAS_digitalInOut6 1 // P0_6 TARGET_MAX32625MBED D6
whismanoid	0:cb44e2e9ec4c	857	#define HAS_digitalInOut7 1 // P0_7 TARGET_MAX32625MBED D7
whismanoid	0:cb44e2e9ec4c	858	#define HAS_digitalInOut8 1 // P1_4 TARGET_MAX32625MBED D8
whismanoid	0:cb44e2e9ec4c	859	#if APPLICATION_MAX11131
whismanoid	0:cb44e2e9ec4c	860	#define HAS_digitalInOut9 0 // P1_5 TARGET_MAX32625MBED D9 -- MAX11131 CNVST DigitalOut
whismanoid	0:cb44e2e9ec4c	861	#else
whismanoid	0:cb44e2e9ec4c	862	#define HAS_digitalInOut9 1 // P1_5 TARGET_MAX32625MBED D9
whismanoid	0:cb44e2e9ec4c	863	#endif
whismanoid	0:cb44e2e9ec4c	864	#if HAS_SPI
whismanoid	0:cb44e2e9ec4c	865	// avoid resource conflict between P5_0, P5_1, P5_2 SPI and DigitalInOut
whismanoid	0:cb44e2e9ec4c	866	#define HAS_digitalInOut10 0 // P1_3 TARGET_MAX32635MBED CS/10
whismanoid	0:cb44e2e9ec4c	867	#define HAS_digitalInOut11 0 // P1_1 TARGET_MAX32635MBED MOSI/11
whismanoid	0:cb44e2e9ec4c	868	#define HAS_digitalInOut12 0 // P1_2 TARGET_MAX32635MBED MISO/12
whismanoid	0:cb44e2e9ec4c	869	#define HAS_digitalInOut13 0 // P1_0 TARGET_MAX32635MBED SCK/13
whismanoid	0:cb44e2e9ec4c	870	#else // HAS_SPI
whismanoid	0:cb44e2e9ec4c	871	#define HAS_digitalInOut10 1 // P1_3 TARGET_MAX32635MBED CS/10
whismanoid	0:cb44e2e9ec4c	872	#define HAS_digitalInOut11 1 // P1_1 TARGET_MAX32635MBED MOSI/11
whismanoid	0:cb44e2e9ec4c	873	#define HAS_digitalInOut12 1 // P1_2 TARGET_MAX32635MBED MISO/12
whismanoid	0:cb44e2e9ec4c	874	#define HAS_digitalInOut13 1 // P1_0 TARGET_MAX32635MBED SCK/13
whismanoid	0:cb44e2e9ec4c	875	#endif // HAS_SPI
whismanoid	0:cb44e2e9ec4c	876	#if HAS_I2C
whismanoid	0:cb44e2e9ec4c	877	// avoid resource conflict between P5_7, P6_0 I2C and DigitalInOut
whismanoid	0:cb44e2e9ec4c	878	#define HAS_digitalInOut14 0 // P1_6 TARGET_MAX32635MBED A4/SDA (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	879	#define HAS_digitalInOut15 0 // P1_7 TARGET_MAX32635MBED A5/SCL (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	880	#define HAS_digitalInOut16 0 // P3_4 TARGET_MAX32635MBED A4/SDA (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	881	#define HAS_digitalInOut17 0 // P3_5 TARGET_MAX32635MBED A5/SCL (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	882	#else // HAS_I2C
whismanoid	0:cb44e2e9ec4c	883	#define HAS_digitalInOut14 1 // P1_6 TARGET_MAX32635MBED A4/SDA (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	884	#define HAS_digitalInOut15 1 // P1_7 TARGET_MAX32635MBED A5/SCL (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	885	#define HAS_digitalInOut16 1 // P3_4 TARGET_MAX32635MBED A4/SDA (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	886	#define HAS_digitalInOut17 1 // P3_5 TARGET_MAX32635MBED A5/SCL (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	887	#endif // HAS_I2C
whismanoid	0:cb44e2e9ec4c	888	#if HAS_digitalInOut0
whismanoid	0:cb44e2e9ec4c	889	DigitalInOut digitalInOut0(P0_0, PIN_INPUT, PullUp, 1); // P0_0 TARGET_MAX32625MBED D0
whismanoid	0:cb44e2e9ec4c	890	#endif
whismanoid	0:cb44e2e9ec4c	891	#if HAS_digitalInOut1
whismanoid	0:cb44e2e9ec4c	892	DigitalInOut digitalInOut1(P0_1, PIN_INPUT, PullUp, 1); // P0_1 TARGET_MAX32625MBED D1
whismanoid	0:cb44e2e9ec4c	893	#endif
whismanoid	0:cb44e2e9ec4c	894	#if HAS_digitalInOut2
whismanoid	0:cb44e2e9ec4c	895	DigitalInOut digitalInOut2(P0_2, PIN_INPUT, PullUp, 1); // P0_2 TARGET_MAX32625MBED D2
whismanoid	0:cb44e2e9ec4c	896	#endif
whismanoid	0:cb44e2e9ec4c	897	#if HAS_digitalInOut3
whismanoid	0:cb44e2e9ec4c	898	DigitalInOut digitalInOut3(P0_3, PIN_INPUT, PullUp, 1); // P0_3 TARGET_MAX32625MBED D3
whismanoid	0:cb44e2e9ec4c	899	#endif
whismanoid	0:cb44e2e9ec4c	900	#if HAS_digitalInOut4
whismanoid	0:cb44e2e9ec4c	901	DigitalInOut digitalInOut4(P0_4, PIN_INPUT, PullUp, 1); // P0_4 TARGET_MAX32625MBED D4
whismanoid	0:cb44e2e9ec4c	902	#endif
whismanoid	0:cb44e2e9ec4c	903	#if HAS_digitalInOut5
whismanoid	0:cb44e2e9ec4c	904	DigitalInOut digitalInOut5(P0_5, PIN_INPUT, PullUp, 1); // P0_5 TARGET_MAX32625MBED D5
whismanoid	0:cb44e2e9ec4c	905	#endif
whismanoid	0:cb44e2e9ec4c	906	#if HAS_digitalInOut6
whismanoid	0:cb44e2e9ec4c	907	DigitalInOut digitalInOut6(P0_6, PIN_INPUT, PullUp, 1); // P0_6 TARGET_MAX32625MBED D6
whismanoid	0:cb44e2e9ec4c	908	#endif
whismanoid	0:cb44e2e9ec4c	909	#if HAS_digitalInOut7
whismanoid	0:cb44e2e9ec4c	910	DigitalInOut digitalInOut7(P0_7, PIN_INPUT, PullUp, 1); // P0_7 TARGET_MAX32625MBED D7
whismanoid	0:cb44e2e9ec4c	911	#endif
whismanoid	0:cb44e2e9ec4c	912	#if HAS_digitalInOut8
whismanoid	0:cb44e2e9ec4c	913	DigitalInOut digitalInOut8(P1_4, PIN_INPUT, PullUp, 1); // P1_4 TARGET_MAX32625MBED D8
whismanoid	0:cb44e2e9ec4c	914	#endif
whismanoid	0:cb44e2e9ec4c	915	#if HAS_digitalInOut9
whismanoid	0:cb44e2e9ec4c	916	DigitalInOut digitalInOut9(P1_5, PIN_INPUT, PullUp, 1); // P1_5 TARGET_MAX32625MBED D9
whismanoid	0:cb44e2e9ec4c	917	#endif
whismanoid	0:cb44e2e9ec4c	918	#if HAS_digitalInOut10
whismanoid	0:cb44e2e9ec4c	919	DigitalInOut digitalInOut10(P1_3, PIN_INPUT, PullUp, 1); // P1_3 TARGET_MAX32635MBED CS/10
whismanoid	0:cb44e2e9ec4c	920	#endif
whismanoid	0:cb44e2e9ec4c	921	#if HAS_digitalInOut11
whismanoid	0:cb44e2e9ec4c	922	DigitalInOut digitalInOut11(P1_1, PIN_INPUT, PullUp, 1); // P1_1 TARGET_MAX32635MBED MOSI/11
whismanoid	0:cb44e2e9ec4c	923	#endif
whismanoid	0:cb44e2e9ec4c	924	#if HAS_digitalInOut12
whismanoid	0:cb44e2e9ec4c	925	DigitalInOut digitalInOut12(P1_2, PIN_INPUT, PullUp, 1); // P1_2 TARGET_MAX32635MBED MISO/12
whismanoid	0:cb44e2e9ec4c	926	#endif
whismanoid	0:cb44e2e9ec4c	927	#if HAS_digitalInOut13
whismanoid	0:cb44e2e9ec4c	928	DigitalInOut digitalInOut13(P1_0, PIN_INPUT, PullUp, 1); // P1_0 TARGET_MAX32635MBED SCK/13
whismanoid	0:cb44e2e9ec4c	929	#endif
whismanoid	0:cb44e2e9ec4c	930	#if HAS_digitalInOut14
whismanoid	0:cb44e2e9ec4c	931	// Ensure that the unused I2C pins do not interfere with analog inputs A4 and A5
whismanoid	0:cb44e2e9ec4c	932	// DigitalInOut mode can be one of PullUp, PullDown, PullNone, OpenDrain
whismanoid	0:cb44e2e9ec4c	933	DigitalInOut digitalInOut14(P1_6, PIN_INPUT, OpenDrain, 1); // P1_6 TARGET_MAX32635MBED A4/SDA (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	934	#endif
whismanoid	0:cb44e2e9ec4c	935	#if HAS_digitalInOut15
whismanoid	0:cb44e2e9ec4c	936	// Ensure that the unused I2C pins do not interfere with analog inputs A4 and A5
whismanoid	0:cb44e2e9ec4c	937	DigitalInOut digitalInOut15(P1_7, PIN_INPUT, OpenDrain, 1); // P1_7 TARGET_MAX32635MBED A5/SCL (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	938	#endif
whismanoid	0:cb44e2e9ec4c	939	#if HAS_digitalInOut16
whismanoid	0:cb44e2e9ec4c	940	// Ensure that the unused I2C pins do not interfere with analog inputs A4 and A5
whismanoid	0:cb44e2e9ec4c	941	// DigitalInOut mode can be one of PullUp, PullDown, PullNone, OpenDrain
whismanoid	0:cb44e2e9ec4c	942	// PullUp-->3.4V, PullDown-->1.7V, PullNone-->3.5V, OpenDrain-->0.00V
whismanoid	0:cb44e2e9ec4c	943	DigitalInOut digitalInOut16(P3_4, PIN_INPUT, OpenDrain, 0); // P3_4 TARGET_MAX32635MBED A4/SDA (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	944	#endif
whismanoid	0:cb44e2e9ec4c	945	#if HAS_digitalInOut17
whismanoid	0:cb44e2e9ec4c	946	// Ensure that the unused I2C pins do not interfere with analog inputs A4 and A5
whismanoid	0:cb44e2e9ec4c	947	DigitalInOut digitalInOut17(P3_5, PIN_INPUT, OpenDrain, 0); // P3_5 TARGET_MAX32635MBED A5/SCL (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	948	#endif
whismanoid	0:cb44e2e9ec4c	949	//--------------------------------------------------
whismanoid	19:5ff09c8e9daf	950	#elif defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	15:37c83ec50ea0	951	// TARGET=MAX32625PICO ARM Cortex-M4F 96MHz 512kB Flash 160kB SRAM
whismanoid	15:37c83ec50ea0	952	// +-------------[microUSB]-------------+
whismanoid	15:37c83ec50ea0	953	// \| [27]D+ D-[26] \|
whismanoid	15:37c83ec50ea0	954	// \| \|
whismanoid	15:37c83ec50ea0	955	// \| [BUTTON P2_7] \|
whismanoid	15:37c83ec50ea0	956	// \| P2_4 LED_R P2_5 LED_G P2_6 LED_B \|
whismanoid	15:37c83ec50ea0	957	// \| \|
whismanoid	15:37c83ec50ea0	958	// 1V8 \| [11] 1.8V MAX32625PICO GND [10] \| GND
whismanoid	15:37c83ec50ea0	959	// 3V3 \| [12] 3.3V +5V [09] \| 5V0
whismanoid	15:37c83ec50ea0	960	// SPI CS D7 \| [13] P0_7 CS s-ssel P4_7 [08] \| D15
whismanoid	15:37c83ec50ea0	961	// SPI MISO D6 \| [14] P0_6 MISO s-miso P4_6 [07] \| D14
whismanoid	15:37c83ec50ea0	962	// SPI MOSI D5 \| [15] P0_5 MOSI s-mosi P4_5 [06] \| D13
whismanoid	15:37c83ec50ea0	963	// SPI SCLK D4 \| [16] P0_4 SCLK s-sclk P4_4 [05] \| D12
whismanoid	15:37c83ec50ea0	964	// D3 \| [17] P0_3 RTS SCL P1_7 [04] \| SCL/D17
whismanoid	15:37c83ec50ea0	965	// D2 \| [18] P0_2 CTS SDA P1_6 [03] \| SDA/D16
whismanoid	15:37c83ec50ea0	966	// TX/D1 \| [19] P0_1 TX0 AIN_2 [02] \| A2
whismanoid	15:37c83ec50ea0	967	// RX/D0 \| [20] P0_0 RX0 AIN_0 [01] \| A0/A4
whismanoid	15:37c83ec50ea0	968	// \| \|
whismanoid	15:37c83ec50ea0	969	// \| DAPLINK \|
whismanoid	15:37c83ec50ea0	970	// \| J3 p3_3 p3_2 p3_0 p3_1 p3_7 \|
whismanoid	15:37c83ec50ea0	971	// \| DAP [ ] [ ] [RX2][TX2][ ] \|
whismanoid	15:37c83ec50ea0	972	// \| TOP [ ] [ ] [ ] [ ] [ ] \|
whismanoid	15:37c83ec50ea0	973	// \| AIN1/A5 gnd gnd nc AIN3 \|
whismanoid	15:37c83ec50ea0	974	// \| IOH 1-wire \|
whismanoid	15:37c83ec50ea0	975	// \| \|
whismanoid	15:37c83ec50ea0	976	// \|NO USE RST P2_0 P2_1 \|
whismanoid	15:37c83ec50ea0	977	// \|BOTTOM [ ] [ ] [RX1][ ] [TX1] \|
whismanoid	15:37c83ec50ea0	978	// \| RST SWC GND SWD 1V8 \|
whismanoid	15:37c83ec50ea0	979	// \|BOTTOM [21] [22] [23] [24] [25] \|
whismanoid	15:37c83ec50ea0	980	// +------------------------------------+
whismanoid	15:37c83ec50ea0	981	#if MAX40108_DEMO
whismanoid	15:37c83ec50ea0	982	// MAX40108 demo p2: D0..D7 = P0_0..P0_7; D8..15 = P4_0..P4_7; D16/D17=I2C
whismanoid	15:37c83ec50ea0	983	#endif
whismanoid	15:37c83ec50ea0	984	// AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	15:37c83ec50ea0	985	// AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	15:37c83ec50ea0	986	// AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	15:37c83ec50ea0	987	// AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	15:37c83ec50ea0	988	// AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	15:37c83ec50ea0	989	// AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	15:37c83ec50ea0	990	// AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	15:37c83ec50ea0	991	// AIN_7 = VDD18 fullscale is 1.2V
whismanoid	15:37c83ec50ea0	992	// AIN_8 = VDD12 fullscale is 1.2V
whismanoid	15:37c83ec50ea0	993	// AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	15:37c83ec50ea0	994	// AIN_10 = x undefined?
whismanoid	15:37c83ec50ea0	995	// AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	15:37c83ec50ea0	996	// AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	15:37c83ec50ea0	997	//
whismanoid	15:37c83ec50ea0	998	#if MAX40108_DEMO
whismanoid	15:37c83ec50ea0	999	// avoid resource conflict D0,D1 alternate function as RX/TX
whismanoid	15:37c83ec50ea0	1000	#define HAS_digitalInOut0 0
whismanoid	15:37c83ec50ea0	1001	#define HAS_digitalInOut1 0
whismanoid	15:37c83ec50ea0	1002	#else
whismanoid	15:37c83ec50ea0	1003	#define HAS_digitalInOut0 1
whismanoid	19:5ff09c8e9daf	1004	#define HAS_digitalInOut1 1
whismanoid	19:5ff09c8e9daf	1005	// P0_1 TARGET_MAX32625PICO D1
whismanoid	15:37c83ec50ea0	1006	#endif
whismanoid	15:37c83ec50ea0	1007	#if APPLICATION_MAX11131
whismanoid	15:37c83ec50ea0	1008	// avoid resource conflict D2 alternate function as interrupt input
whismanoid	15:37c83ec50ea0	1009	#define HAS_digitalInOut2 0
whismanoid	15:37c83ec50ea0	1010	#else
whismanoid	15:37c83ec50ea0	1011	#define HAS_digitalInOut2 1
whismanoid	15:37c83ec50ea0	1012	#endif
whismanoid	15:37c83ec50ea0	1013	#define HAS_digitalInOut3 1
whismanoid	15:37c83ec50ea0	1014	#define HAS_digitalInOut4 1
whismanoid	15:37c83ec50ea0	1015	#define HAS_digitalInOut5 1
whismanoid	15:37c83ec50ea0	1016	#define HAS_digitalInOut6 1
whismanoid	15:37c83ec50ea0	1017	#define HAS_digitalInOut7 1
whismanoid	15:37c83ec50ea0	1018	//
whismanoid	15:37c83ec50ea0	1019	#define HAS_digitalInOut8 1
whismanoid	15:37c83ec50ea0	1020	#define HAS_digitalInOut9 1
whismanoid	15:37c83ec50ea0	1021	#define HAS_digitalInOut10 1
whismanoid	15:37c83ec50ea0	1022	#define HAS_digitalInOut11 1
whismanoid	15:37c83ec50ea0	1023	#define HAS_digitalInOut12 1
whismanoid	15:37c83ec50ea0	1024	#define HAS_digitalInOut13 1
whismanoid	15:37c83ec50ea0	1025	#define HAS_digitalInOut14 1
whismanoid	15:37c83ec50ea0	1026	#define HAS_digitalInOut15 1
whismanoid	15:37c83ec50ea0	1027	#if HAS_I2C
whismanoid	25:8a61cb34191d	1028	// MAX40108DEMOP2U9 HAS_I2C: J91.1=1V8 J91.2=P1_6(SDA) J91.3=P1_7(SCL) J91.4=GND
whismanoid	25:8a61cb34191d	1029	// MAX40108DEMOP2U9 HAS_I2C: move button2/button3 to inaccessible pins P3_6 and P3_7 if we need J91 for I2C
whismanoid	25:8a61cb34191d	1030	// #define BUTTON2 P3_7
whismanoid	25:8a61cb34191d	1031	// avoid resource conflict between I2C and DigitalInOut
whismanoid	25:8a61cb34191d	1032	#define HAS_digitalInOut16 0 // P1_6 TARGET_MAX40108DEMOP2U9 J91.2=P1_6(button3/'%B3!'/SDA)
whismanoid	25:8a61cb34191d	1033	#define HAS_digitalInOut17 0 // P1_7 TARGET_MAX40108DEMOP2U9 J91.3=P1_7(button2/'%B2!'/SCL)
whismanoid	15:37c83ec50ea0	1034	#else // HAS_I2C
whismanoid	25:8a61cb34191d	1035	// MAX40108DEMOP2U9 no HAS_I2C: option using J91 for button2 and button3 instead of I2C
whismanoid	25:8a61cb34191d	1036	// MAX40108DEMOP2U9 no HAS_I2C: header J91.1=1V8 J91.2=P1_6(button3/'%B3!') J91.3=P1_7(button2/'%B2!') J91.4=GND
whismanoid	25:8a61cb34191d	1037	// MAX40108DEMOP2U9 no HAS_I2C: avoid conflict between digital pins D16 D17 and button2/button3
whismanoid	25:8a61cb34191d	1038	// #define BUTTON2 P1_7
whismanoid	25:8a61cb34191d	1039	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	25:8a61cb34191d	1040	// MAX40108DEMOP2U9 avoid conflict between digital pins D16 D17 and button2/button3
whismanoid	25:8a61cb34191d	1041	#define HAS_digitalInOut16 0 // P1_6 TARGET_MAX40108DEMOP2U9 J91.2=P1_6(button3/'%B3!'/SDA)
whismanoid	25:8a61cb34191d	1042	#else // HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	25:8a61cb34191d	1043	#define HAS_digitalInOut16 1 // P1_6 TARGET_MAX40108DEMOP2U9 J91.2=P1_6(button3/'%B3!'/SDA)
whismanoid	25:8a61cb34191d	1044	#endif // HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	25:8a61cb34191d	1045	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	25:8a61cb34191d	1046	// MAX40108DEMOP2U9 avoid conflict between digital pins D16 D17 and button2/button3
whismanoid	25:8a61cb34191d	1047	#define HAS_digitalInOut17 0 // P1_7 TARGET_MAX40108DEMOP2U9 J91.3=P1_7(button2/'%B2!'/SCL)
whismanoid	25:8a61cb34191d	1048	#else // HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	25:8a61cb34191d	1049	#define HAS_digitalInOut17 1 // P1_7 TARGET_MAX40108DEMOP2U9 J91.3=P1_7(button2/'%B2!'/SCL)
whismanoid	25:8a61cb34191d	1050	#endif // HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	15:37c83ec50ea0	1051	#endif // HAS_I2C
whismanoid	15:37c83ec50ea0	1052	#if HAS_digitalInOut0
whismanoid	25:8a61cb34191d	1053	DigitalInOut digitalInOut0(P0_0, PIN_INPUT, PullUp, 1); // P0_0 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D0
whismanoid	15:37c83ec50ea0	1054	#endif
whismanoid	15:37c83ec50ea0	1055	#if HAS_digitalInOut1
whismanoid	25:8a61cb34191d	1056	DigitalInOut digitalInOut1(P0_1, PIN_INPUT, PullUp, 1); // P0_1 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D1
whismanoid	15:37c83ec50ea0	1057	#endif
whismanoid	15:37c83ec50ea0	1058	#if HAS_digitalInOut2
whismanoid	25:8a61cb34191d	1059	DigitalInOut digitalInOut2(P0_2, PIN_INPUT, PullUp, 1); // P0_2 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D2
whismanoid	15:37c83ec50ea0	1060	#endif
whismanoid	15:37c83ec50ea0	1061	#if HAS_digitalInOut3
whismanoid	25:8a61cb34191d	1062	DigitalInOut digitalInOut3(P0_3, PIN_INPUT, PullUp, 1); // P0_3 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D3
whismanoid	15:37c83ec50ea0	1063	#endif
whismanoid	15:37c83ec50ea0	1064	#if HAS_digitalInOut4
whismanoid	25:8a61cb34191d	1065	DigitalInOut digitalInOut4(P0_4, PIN_INPUT, PullUp, 1); // P0_4 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D4
whismanoid	15:37c83ec50ea0	1066	#endif
whismanoid	15:37c83ec50ea0	1067	#if HAS_digitalInOut5
whismanoid	25:8a61cb34191d	1068	DigitalInOut digitalInOut5(P0_5, PIN_INPUT, PullUp, 1); // P0_5 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D5
whismanoid	15:37c83ec50ea0	1069	#endif
whismanoid	15:37c83ec50ea0	1070	#if HAS_digitalInOut6
whismanoid	25:8a61cb34191d	1071	DigitalInOut digitalInOut6(P0_6, PIN_INPUT, PullUp, 1); // P0_6 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D6
whismanoid	15:37c83ec50ea0	1072	#endif
whismanoid	15:37c83ec50ea0	1073	#if HAS_digitalInOut7
whismanoid	25:8a61cb34191d	1074	DigitalInOut digitalInOut7(P0_7, PIN_INPUT, PullUp, 1); // P0_7 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D7
whismanoid	15:37c83ec50ea0	1075	#endif
whismanoid	15:37c83ec50ea0	1076	#if HAS_digitalInOut8
whismanoid	25:8a61cb34191d	1077	DigitalInOut digitalInOut8(P4_0, PIN_INPUT, PullUp, 1); // P4_0 TARGET_MAX40108DEMOP2U9 D8
whismanoid	15:37c83ec50ea0	1078	#endif
whismanoid	15:37c83ec50ea0	1079	#if HAS_digitalInOut9
whismanoid	25:8a61cb34191d	1080	DigitalInOut digitalInOut9(P4_1, PIN_INPUT, PullUp, 1); // P4_1 TARGET_MAX40108DEMOP2U9 D9
whismanoid	15:37c83ec50ea0	1081	#endif
whismanoid	15:37c83ec50ea0	1082	#if HAS_digitalInOut10
whismanoid	25:8a61cb34191d	1083	DigitalInOut digitalInOut10(P4_2, PIN_INPUT, PullUp, 1); // P4_2 TARGET_MAX40108DEMOP2U9 D10
whismanoid	15:37c83ec50ea0	1084	#endif
whismanoid	15:37c83ec50ea0	1085	#if HAS_digitalInOut11
whismanoid	25:8a61cb34191d	1086	DigitalInOut digitalInOut11(P4_3, PIN_INPUT, PullUp, 1); // P4_3 TARGET_MAX40108DEMOP2U9 D11
whismanoid	15:37c83ec50ea0	1087	#endif
whismanoid	15:37c83ec50ea0	1088	#if HAS_digitalInOut12
whismanoid	25:8a61cb34191d	1089	DigitalInOut digitalInOut12(P4_4, PIN_INPUT, PullUp, 1); // P4_4 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D12
whismanoid	15:37c83ec50ea0	1090	#endif
whismanoid	15:37c83ec50ea0	1091	#if HAS_digitalInOut13
whismanoid	25:8a61cb34191d	1092	DigitalInOut digitalInOut13(P4_5, PIN_INPUT, PullUp, 1); // P4_5 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D13
whismanoid	15:37c83ec50ea0	1093	#endif
whismanoid	15:37c83ec50ea0	1094	#if HAS_digitalInOut14
whismanoid	25:8a61cb34191d	1095	DigitalInOut digitalInOut14(P4_6, PIN_INPUT, PullUp, 1); // P4_6 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D14
whismanoid	15:37c83ec50ea0	1096	#endif
whismanoid	15:37c83ec50ea0	1097	#if HAS_digitalInOut15
whismanoid	25:8a61cb34191d	1098	DigitalInOut digitalInOut15(P4_7, PIN_INPUT, PullUp, 1); // P4_7 TARGET_MAX32625PICO TARGET_MAX40108DEMOP2U9 D15
whismanoid	15:37c83ec50ea0	1099	#endif
whismanoid	15:37c83ec50ea0	1100	#if HAS_digitalInOut16
whismanoid	15:37c83ec50ea0	1101	// Ensure that the unused I2C pins do not interfere with analog inputs A4 and A5
whismanoid	15:37c83ec50ea0	1102	// DigitalInOut mode can be one of PullUp, PullDown, PullNone, OpenDrain
whismanoid	25:8a61cb34191d	1103	DigitalInOut digitalInOut16(P1_6, PIN_INPUT, OpenDrain, 1); // P1_6 TARGET_MAX40108DEMOP2U9 J91.2=P1_6(button3/'%B3!'/SDA)
whismanoid	15:37c83ec50ea0	1104	#endif
whismanoid	15:37c83ec50ea0	1105	#if HAS_digitalInOut17
whismanoid	15:37c83ec50ea0	1106	// Ensure that the unused I2C pins do not interfere with analog inputs A4 and A5
whismanoid	25:8a61cb34191d	1107	DigitalInOut digitalInOut17(P1_7, PIN_INPUT, OpenDrain, 1); // P1_7 TARGET_MAX40108DEMOP2U9 J91.3=P1_7(button2/'%B2!'/SCL)
whismanoid	15:37c83ec50ea0	1108	#endif
whismanoid	15:37c83ec50ea0	1109	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1110	#elif defined(TARGET_NUCLEO_F446RE) \|\| defined(TARGET_NUCLEO_F401RE)
whismanoid	0:cb44e2e9ec4c	1111	#define HAS_digitalInOut0 0
whismanoid	0:cb44e2e9ec4c	1112	#define HAS_digitalInOut1 0
whismanoid	0:cb44e2e9ec4c	1113	#if APPLICATION_MAX11131
whismanoid	0:cb44e2e9ec4c	1114	// D2 -- MAX11131 EOC DigitalIn
whismanoid	0:cb44e2e9ec4c	1115	#define HAS_digitalInOut2 0
whismanoid	0:cb44e2e9ec4c	1116	#else
whismanoid	0:cb44e2e9ec4c	1117	#define HAS_digitalInOut2 1
whismanoid	0:cb44e2e9ec4c	1118	#endif
whismanoid	0:cb44e2e9ec4c	1119	#define HAS_digitalInOut3 1
whismanoid	0:cb44e2e9ec4c	1120	#define HAS_digitalInOut4 1
whismanoid	0:cb44e2e9ec4c	1121	#define HAS_digitalInOut5 1
whismanoid	0:cb44e2e9ec4c	1122	#define HAS_digitalInOut6 1
whismanoid	0:cb44e2e9ec4c	1123	#define HAS_digitalInOut7 1
whismanoid	0:cb44e2e9ec4c	1124	#if APPLICATION_MAX5715
whismanoid	0:cb44e2e9ec4c	1125	// D8 -- MAX5715 CLRb DigitalOut
whismanoid	0:cb44e2e9ec4c	1126	#define HAS_digitalInOut8 0
whismanoid	0:cb44e2e9ec4c	1127	#else
whismanoid	0:cb44e2e9ec4c	1128	#define HAS_digitalInOut8 1
whismanoid	0:cb44e2e9ec4c	1129	#endif
whismanoid	0:cb44e2e9ec4c	1130	#if APPLICATION_MAX5715
whismanoid	0:cb44e2e9ec4c	1131	// D9 -- MAX5715 LDACb DigitalOut
whismanoid	0:cb44e2e9ec4c	1132	#define HAS_digitalInOut9 0
whismanoid	0:cb44e2e9ec4c	1133	#elif APPLICATION_MAX11131
whismanoid	0:cb44e2e9ec4c	1134	// D9 -- MAX11131 CNVST DigitalOut
whismanoid	0:cb44e2e9ec4c	1135	#define HAS_digitalInOut9 0
whismanoid	0:cb44e2e9ec4c	1136	#else
whismanoid	0:cb44e2e9ec4c	1137	#define HAS_digitalInOut9 1
whismanoid	0:cb44e2e9ec4c	1138	#endif
whismanoid	0:cb44e2e9ec4c	1139	#if HAS_SPI
whismanoid	0:cb44e2e9ec4c	1140	// avoid resource conflict between P5_0, P5_1, P5_2 SPI and DigitalInOut
whismanoid	0:cb44e2e9ec4c	1141	// Arduino digital pin D10 SPI function is CS/10
whismanoid	0:cb44e2e9ec4c	1142	// Arduino digital pin D11 SPI function is MOSI/11
whismanoid	0:cb44e2e9ec4c	1143	// Arduino digital pin D12 SPI function is MISO/12
whismanoid	0:cb44e2e9ec4c	1144	// Arduino digital pin D13 SPI function is SCK/13
whismanoid	0:cb44e2e9ec4c	1145	#define HAS_digitalInOut10 0
whismanoid	0:cb44e2e9ec4c	1146	#define HAS_digitalInOut11 0
whismanoid	0:cb44e2e9ec4c	1147	#define HAS_digitalInOut12 0
whismanoid	0:cb44e2e9ec4c	1148	#define HAS_digitalInOut13 0
whismanoid	0:cb44e2e9ec4c	1149	#else // HAS_SPI
whismanoid	0:cb44e2e9ec4c	1150	#define HAS_digitalInOut10 1
whismanoid	0:cb44e2e9ec4c	1151	#define HAS_digitalInOut11 1
whismanoid	0:cb44e2e9ec4c	1152	#define HAS_digitalInOut12 1
whismanoid	0:cb44e2e9ec4c	1153	#define HAS_digitalInOut13 1
whismanoid	0:cb44e2e9ec4c	1154	#endif // HAS_SPI
whismanoid	0:cb44e2e9ec4c	1155	#if HAS_I2C
whismanoid	0:cb44e2e9ec4c	1156	// avoid resource conflict between P5_7, P6_0 I2C and DigitalInOut
whismanoid	0:cb44e2e9ec4c	1157	// Arduino digital pin D14 I2C function is A4/SDA (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	1158	// Arduino digital pin D15 I2C function is A5/SCL (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	1159	// Arduino digital pin D16 I2C function is A4/SDA (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	1160	// Arduino digital pin D17 I2C function is A5/SCL (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	1161	#define HAS_digitalInOut14 0
whismanoid	0:cb44e2e9ec4c	1162	#define HAS_digitalInOut15 0
whismanoid	0:cb44e2e9ec4c	1163	#define HAS_digitalInOut16 0
whismanoid	0:cb44e2e9ec4c	1164	#define HAS_digitalInOut17 0
whismanoid	0:cb44e2e9ec4c	1165	#else // HAS_I2C
whismanoid	0:cb44e2e9ec4c	1166	#define HAS_digitalInOut14 1
whismanoid	0:cb44e2e9ec4c	1167	#define HAS_digitalInOut15 1
whismanoid	0:cb44e2e9ec4c	1168	#define HAS_digitalInOut16 0
whismanoid	0:cb44e2e9ec4c	1169	#define HAS_digitalInOut17 0
whismanoid	0:cb44e2e9ec4c	1170	#endif // HAS_I2C
whismanoid	0:cb44e2e9ec4c	1171	#if HAS_digitalInOut0
whismanoid	0:cb44e2e9ec4c	1172	DigitalInOut digitalInOut0(D0, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1173	#endif
whismanoid	0:cb44e2e9ec4c	1174	#if HAS_digitalInOut1
whismanoid	0:cb44e2e9ec4c	1175	DigitalInOut digitalInOut1(D1, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1176	#endif
whismanoid	0:cb44e2e9ec4c	1177	#if HAS_digitalInOut2
whismanoid	0:cb44e2e9ec4c	1178	DigitalInOut digitalInOut2(D2, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1179	#endif
whismanoid	0:cb44e2e9ec4c	1180	#if HAS_digitalInOut3
whismanoid	0:cb44e2e9ec4c	1181	DigitalInOut digitalInOut3(D3, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1182	#endif
whismanoid	0:cb44e2e9ec4c	1183	#if HAS_digitalInOut4
whismanoid	0:cb44e2e9ec4c	1184	DigitalInOut digitalInOut4(D4, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1185	#endif
whismanoid	0:cb44e2e9ec4c	1186	#if HAS_digitalInOut5
whismanoid	0:cb44e2e9ec4c	1187	DigitalInOut digitalInOut5(D5, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1188	#endif
whismanoid	0:cb44e2e9ec4c	1189	#if HAS_digitalInOut6
whismanoid	0:cb44e2e9ec4c	1190	DigitalInOut digitalInOut6(D6, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1191	#endif
whismanoid	0:cb44e2e9ec4c	1192	#if HAS_digitalInOut7
whismanoid	0:cb44e2e9ec4c	1193	DigitalInOut digitalInOut7(D7, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1194	#endif
whismanoid	0:cb44e2e9ec4c	1195	#if HAS_digitalInOut8
whismanoid	0:cb44e2e9ec4c	1196	DigitalInOut digitalInOut8(D8, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1197	#endif
whismanoid	0:cb44e2e9ec4c	1198	#if HAS_digitalInOut9
whismanoid	0:cb44e2e9ec4c	1199	DigitalInOut digitalInOut9(D9, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1200	#endif
whismanoid	0:cb44e2e9ec4c	1201	#if HAS_digitalInOut10
whismanoid	0:cb44e2e9ec4c	1202	// Arduino digital pin D10 SPI function is CS/10
whismanoid	0:cb44e2e9ec4c	1203	DigitalInOut digitalInOut10(D10, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1204	#endif
whismanoid	0:cb44e2e9ec4c	1205	#if HAS_digitalInOut11
whismanoid	0:cb44e2e9ec4c	1206	// Arduino digital pin D11 SPI function is MOSI/11
whismanoid	0:cb44e2e9ec4c	1207	DigitalInOut digitalInOut11(D11, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1208	#endif
whismanoid	0:cb44e2e9ec4c	1209	#if HAS_digitalInOut12
whismanoid	0:cb44e2e9ec4c	1210	// Arduino digital pin D12 SPI function is MISO/12
whismanoid	0:cb44e2e9ec4c	1211	DigitalInOut digitalInOut12(D12, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1212	#endif
whismanoid	0:cb44e2e9ec4c	1213	#if HAS_digitalInOut13
whismanoid	0:cb44e2e9ec4c	1214	// Arduino digital pin D13 SPI function is SCK/13
whismanoid	0:cb44e2e9ec4c	1215	DigitalInOut digitalInOut13(D13, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1216	#endif
whismanoid	0:cb44e2e9ec4c	1217	#if HAS_digitalInOut14
whismanoid	0:cb44e2e9ec4c	1218	// Arduino digital pin D14 I2C function is A4/SDA (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	1219	DigitalInOut digitalInOut14(D14, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1220	#endif
whismanoid	0:cb44e2e9ec4c	1221	#if HAS_digitalInOut15
whismanoid	0:cb44e2e9ec4c	1222	// Arduino digital pin D15 I2C function is A5/SCL (10pin digital connector)
whismanoid	0:cb44e2e9ec4c	1223	DigitalInOut digitalInOut15(D15, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1224	#endif
whismanoid	0:cb44e2e9ec4c	1225	#if HAS_digitalInOut16
whismanoid	0:cb44e2e9ec4c	1226	// Arduino digital pin D16 I2C function is A4/SDA (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	1227	DigitalInOut digitalInOut16(D16, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1228	#endif
whismanoid	0:cb44e2e9ec4c	1229	#if HAS_digitalInOut17
whismanoid	0:cb44e2e9ec4c	1230	// Arduino digital pin D17 I2C function is A5/SCL (6pin analog connector)
whismanoid	0:cb44e2e9ec4c	1231	DigitalInOut digitalInOut17(D17, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1232	#endif
whismanoid	0:cb44e2e9ec4c	1233	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1234	#elif defined(TARGET_LPC1768)
whismanoid	0:cb44e2e9ec4c	1235	#define HAS_digitalInOut0 1
whismanoid	0:cb44e2e9ec4c	1236	#define HAS_digitalInOut1 1
whismanoid	0:cb44e2e9ec4c	1237	#define HAS_digitalInOut2 1
whismanoid	0:cb44e2e9ec4c	1238	#define HAS_digitalInOut3 1
whismanoid	0:cb44e2e9ec4c	1239	#define HAS_digitalInOut4 1
whismanoid	0:cb44e2e9ec4c	1240	#define HAS_digitalInOut5 1
whismanoid	0:cb44e2e9ec4c	1241	#define HAS_digitalInOut6 1
whismanoid	0:cb44e2e9ec4c	1242	#define HAS_digitalInOut7 1
whismanoid	0:cb44e2e9ec4c	1243	#define HAS_digitalInOut8 1
whismanoid	0:cb44e2e9ec4c	1244	#define HAS_digitalInOut9 1
whismanoid	0:cb44e2e9ec4c	1245	// #define HAS_digitalInOut10 1
whismanoid	0:cb44e2e9ec4c	1246	// #define HAS_digitalInOut11 1
whismanoid	0:cb44e2e9ec4c	1247	// #define HAS_digitalInOut12 1
whismanoid	0:cb44e2e9ec4c	1248	// #define HAS_digitalInOut13 1
whismanoid	0:cb44e2e9ec4c	1249	// #define HAS_digitalInOut14 1
whismanoid	0:cb44e2e9ec4c	1250	// #define HAS_digitalInOut15 1
whismanoid	0:cb44e2e9ec4c	1251	#if HAS_digitalInOut0
whismanoid	0:cb44e2e9ec4c	1252	DigitalInOut digitalInOut0(p5, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.9/I2STX_SDA/MOSI1/MAT2.3
whismanoid	0:cb44e2e9ec4c	1253	#endif
whismanoid	0:cb44e2e9ec4c	1254	#if HAS_digitalInOut1
whismanoid	0:cb44e2e9ec4c	1255	DigitalInOut digitalInOut1(p6, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.8/I2STX_WS/MISO1/MAT2.2
whismanoid	0:cb44e2e9ec4c	1256	#endif
whismanoid	0:cb44e2e9ec4c	1257	#if HAS_digitalInOut2
whismanoid	0:cb44e2e9ec4c	1258	DigitalInOut digitalInOut2(p7, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.7/I2STX_CLK/SCK1/MAT2.1
whismanoid	0:cb44e2e9ec4c	1259	#endif
whismanoid	0:cb44e2e9ec4c	1260	#if HAS_digitalInOut3
whismanoid	0:cb44e2e9ec4c	1261	DigitalInOut digitalInOut3(p8, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.6/I2SRX_SDA/SSEL1/MAT2.0
whismanoid	0:cb44e2e9ec4c	1262	#endif
whismanoid	0:cb44e2e9ec4c	1263	#if HAS_digitalInOut4
whismanoid	0:cb44e2e9ec4c	1264	DigitalInOut digitalInOut4(p9, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.0/CAN_RX1/TXD3/SDA1
whismanoid	0:cb44e2e9ec4c	1265	#endif
whismanoid	0:cb44e2e9ec4c	1266	#if HAS_digitalInOut5
whismanoid	0:cb44e2e9ec4c	1267	DigitalInOut digitalInOut5(p10, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.1/CAN_TX1/RXD3/SCL1
whismanoid	0:cb44e2e9ec4c	1268	#endif
whismanoid	0:cb44e2e9ec4c	1269	#if HAS_digitalInOut6
whismanoid	0:cb44e2e9ec4c	1270	DigitalInOut digitalInOut6(p11, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.18/DCD1/MOSI0/MOSI1
whismanoid	0:cb44e2e9ec4c	1271	#endif
whismanoid	0:cb44e2e9ec4c	1272	#if HAS_digitalInOut7
whismanoid	0:cb44e2e9ec4c	1273	DigitalInOut digitalInOut7(p12, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.17/CTS1/MISO0/MISO
whismanoid	0:cb44e2e9ec4c	1274	#endif
whismanoid	0:cb44e2e9ec4c	1275	#if HAS_digitalInOut8
whismanoid	0:cb44e2e9ec4c	1276	DigitalInOut digitalInOut8(p13, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.15/TXD1/SCK0/SCK
whismanoid	0:cb44e2e9ec4c	1277	#endif
whismanoid	0:cb44e2e9ec4c	1278	#if HAS_digitalInOut9
whismanoid	0:cb44e2e9ec4c	1279	DigitalInOut digitalInOut9(p14, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.16/RXD1/SSEL0/SSEL
whismanoid	0:cb44e2e9ec4c	1280	#endif
whismanoid	0:cb44e2e9ec4c	1281	//
whismanoid	0:cb44e2e9ec4c	1282	// these pins support analog input analogIn0 .. analogIn5
whismanoid	0:cb44e2e9ec4c	1283	//DigitalInOut digitalInOut_(p15, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.23/AD0.0/I2SRX_CLK/CAP3.0
whismanoid	0:cb44e2e9ec4c	1284	//DigitalInOut digitalInOut_(p16, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.24/AD0.1/I2SRX_WS/CAP3.1
whismanoid	0:cb44e2e9ec4c	1285	//DigitalInOut digitalInOut_(p17, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.25/AD0.2/I2SRX_SDA/TXD3
whismanoid	0:cb44e2e9ec4c	1286	//DigitalInOut digitalInOut_(p18, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.26/AD0.3/AOUT/RXD3
whismanoid	0:cb44e2e9ec4c	1287	//DigitalInOut digitalInOut_(p19, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P1.30/VBUS/AD0.4
whismanoid	0:cb44e2e9ec4c	1288	//DigitalInOut digitalInOut_(p20, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P1.31/SCK1/AD0.5
whismanoid	0:cb44e2e9ec4c	1289	//
whismanoid	0:cb44e2e9ec4c	1290	// these pins support PWM pwmDriver1 .. pwmDriver6
whismanoid	0:cb44e2e9ec4c	1291	//DigitalInOut digitalInOut_(p21, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P2.5/PWM1.6/DTR1/TRACEDATA0
whismanoid	0:cb44e2e9ec4c	1292	//DigitalInOut digitalInOut_(p22, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P2.4/PWM1.5/DSR1/TRACEDATA1
whismanoid	0:cb44e2e9ec4c	1293	//DigitalInOut digitalInOut_(p23, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P2.3/PWM1.4/DCD1/TRACEDATA2
whismanoid	0:cb44e2e9ec4c	1294	//DigitalInOut digitalInOut_(p24, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P2.2/PWM1.3/CTS1/TRACEDATA3
whismanoid	0:cb44e2e9ec4c	1295	//DigitalInOut digitalInOut_(p25, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P2.1/PWM1.2/RXD1
whismanoid	0:cb44e2e9ec4c	1296	//DigitalInOut digitalInOut_(p26, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P2.0/PWM1.1/TXD1/TRACECLK
whismanoid	0:cb44e2e9ec4c	1297	//
whismanoid	0:cb44e2e9ec4c	1298	// these could be additional digitalInOut pins
whismanoid	0:cb44e2e9ec4c	1299	#if HAS_digitalInOut10
whismanoid	0:cb44e2e9ec4c	1300	DigitalInOut digitalInOut10(p27, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.11/RXD2/SCL2/MAT3.1
whismanoid	0:cb44e2e9ec4c	1301	#endif
whismanoid	0:cb44e2e9ec4c	1302	#if HAS_digitalInOut11
whismanoid	0:cb44e2e9ec4c	1303	DigitalInOut digitalInOut11(p28, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.10/TXD2/SDA2/MAT3.0
whismanoid	0:cb44e2e9ec4c	1304	#endif
whismanoid	0:cb44e2e9ec4c	1305	#if HAS_digitalInOut12
whismanoid	0:cb44e2e9ec4c	1306	DigitalInOut digitalInOut12(p29, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.5/I2SRX_WS/CAN_TX2/CAP2.1
whismanoid	0:cb44e2e9ec4c	1307	#endif
whismanoid	0:cb44e2e9ec4c	1308	#if HAS_digitalInOut13
whismanoid	0:cb44e2e9ec4c	1309	DigitalInOut digitalInOut13(p30, PIN_INPUT, PullUp, 1); // TARGET_LPC1768 P0.4/I2SRX_CLK/CAN_RX2/CAP2.0
whismanoid	0:cb44e2e9ec4c	1310	#endif
whismanoid	0:cb44e2e9ec4c	1311	#if HAS_digitalInOut14
whismanoid	0:cb44e2e9ec4c	1312	DigitalInOut digitalInOut14(___, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1313	#endif
whismanoid	0:cb44e2e9ec4c	1314	#if HAS_digitalInOut15
whismanoid	0:cb44e2e9ec4c	1315	DigitalInOut digitalInOut15(___, PIN_INPUT, PullUp, 1);
whismanoid	0:cb44e2e9ec4c	1316	#endif
whismanoid	0:cb44e2e9ec4c	1317	#else
whismanoid	0:cb44e2e9ec4c	1318	// unknown target
whismanoid	0:cb44e2e9ec4c	1319	#endif
whismanoid	0:cb44e2e9ec4c	1320	// uncrustify-0.66.1 INDENT-ON
whismanoid	0:cb44e2e9ec4c	1321	#if HAS_digitalInOut0 \|\| HAS_digitalInOut1 \
whismanoid	0:cb44e2e9ec4c	1322	\|\| HAS_digitalInOut2 \|\| HAS_digitalInOut3 \
whismanoid	0:cb44e2e9ec4c	1323	\|\| HAS_digitalInOut4 \|\| HAS_digitalInOut5 \
whismanoid	0:cb44e2e9ec4c	1324	\|\| HAS_digitalInOut6 \|\| HAS_digitalInOut7 \
whismanoid	0:cb44e2e9ec4c	1325	\|\| HAS_digitalInOut8 \|\| HAS_digitalInOut9 \
whismanoid	0:cb44e2e9ec4c	1326	\|\| HAS_digitalInOut10 \|\| HAS_digitalInOut11 \
whismanoid	0:cb44e2e9ec4c	1327	\|\| HAS_digitalInOut12 \|\| HAS_digitalInOut13 \
whismanoid	0:cb44e2e9ec4c	1328	\|\| HAS_digitalInOut14 \|\| HAS_digitalInOut15 \
whismanoid	0:cb44e2e9ec4c	1329	\|\| HAS_digitalInOut16 \|\| HAS_digitalInOut17
whismanoid	0:cb44e2e9ec4c	1330	#define HAS_digitalInOuts 1
whismanoid	0:cb44e2e9ec4c	1331	#else
whismanoid	0:cb44e2e9ec4c	1332	#warning "Note: There are no digitalInOut resources defined"
whismanoid	0:cb44e2e9ec4c	1333	#endif
whismanoid	0:cb44e2e9ec4c	1334
whismanoid	0:cb44e2e9ec4c	1335	// uncrustify-0.66.1 INDENT-OFF
whismanoid	0:cb44e2e9ec4c	1336	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1337	// Declare the AnalogIn driver
whismanoid	0:cb44e2e9ec4c	1338	// Optional analogIn support. If there is only one it should be analogIn1.
whismanoid	0:cb44e2e9ec4c	1339	// A) analog input
whismanoid	0:cb44e2e9ec4c	1340	#if defined(TARGET_MAX32630)
whismanoid	0:cb44e2e9ec4c	1341	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1342	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1343	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1344	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1345	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1346	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1347	#define HAS_analogIn6 1
whismanoid	0:cb44e2e9ec4c	1348	#define HAS_analogIn7 1
whismanoid	0:cb44e2e9ec4c	1349	#define HAS_analogIn8 1
whismanoid	0:cb44e2e9ec4c	1350	#define HAS_analogIn9 1
whismanoid	0:cb44e2e9ec4c	1351	// #define HAS_analogIn10 0
whismanoid	0:cb44e2e9ec4c	1352	// #define HAS_analogIn11 0
whismanoid	0:cb44e2e9ec4c	1353	// #define HAS_analogIn12 0
whismanoid	0:cb44e2e9ec4c	1354	// #define HAS_analogIn13 0
whismanoid	0:cb44e2e9ec4c	1355	// #define HAS_analogIn14 0
whismanoid	0:cb44e2e9ec4c	1356	// #define HAS_analogIn15 0
whismanoid	0:cb44e2e9ec4c	1357	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1358	AnalogIn analogIn0(AIN_0); // TARGET_MAX32630 J1.5 AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1359	#endif
whismanoid	0:cb44e2e9ec4c	1360	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1361	AnalogIn analogIn1(AIN_1); // TARGET_MAX32630 J1.6 AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1362	#endif
whismanoid	0:cb44e2e9ec4c	1363	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1364	AnalogIn analogIn2(AIN_2); // TARGET_MAX32630 J1.7 AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1365	#endif
whismanoid	0:cb44e2e9ec4c	1366	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1367	AnalogIn analogIn3(AIN_3); // TARGET_MAX32630 J1.8 AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1368	#endif
whismanoid	0:cb44e2e9ec4c	1369	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1370	AnalogIn analogIn4(AIN_4); // TARGET_MAX32630 J1.5 AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1371	#endif
whismanoid	0:cb44e2e9ec4c	1372	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1373	AnalogIn analogIn5(AIN_5); // TARGET_MAX32630 J1.6 AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1374	#endif
whismanoid	0:cb44e2e9ec4c	1375	#if HAS_analogIn6
whismanoid	0:cb44e2e9ec4c	1376	AnalogIn analogIn6(AIN_6); // TARGET_MAX32630 AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1377	#endif
whismanoid	0:cb44e2e9ec4c	1378	#if HAS_analogIn7
whismanoid	0:cb44e2e9ec4c	1379	AnalogIn analogIn7(AIN_7); // TARGET_MAX32630 AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1380	#endif
whismanoid	0:cb44e2e9ec4c	1381	#if HAS_analogIn8
whismanoid	0:cb44e2e9ec4c	1382	AnalogIn analogIn8(AIN_8); // TARGET_MAX32630 AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1383	#endif
whismanoid	0:cb44e2e9ec4c	1384	#if HAS_analogIn9
whismanoid	0:cb44e2e9ec4c	1385	AnalogIn analogIn9(AIN_9); // TARGET_MAX32630 AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	1386	#endif
whismanoid	0:cb44e2e9ec4c	1387	#if HAS_analogIn10
whismanoid	0:cb44e2e9ec4c	1388	AnalogIn analogIn10(____); // TARGET_MAX32630 AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	1389	#endif
whismanoid	0:cb44e2e9ec4c	1390	#if HAS_analogIn11
whismanoid	0:cb44e2e9ec4c	1391	AnalogIn analogIn11(____); // TARGET_MAX32630 AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1392	#endif
whismanoid	0:cb44e2e9ec4c	1393	#if HAS_analogIn12
whismanoid	0:cb44e2e9ec4c	1394	AnalogIn analogIn12(____); // TARGET_MAX32630 AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1395	#endif
whismanoid	0:cb44e2e9ec4c	1396	#if HAS_analogIn13
whismanoid	0:cb44e2e9ec4c	1397	AnalogIn analogIn13(____);
whismanoid	0:cb44e2e9ec4c	1398	#endif
whismanoid	0:cb44e2e9ec4c	1399	#if HAS_analogIn14
whismanoid	0:cb44e2e9ec4c	1400	AnalogIn analogIn14(____);
whismanoid	0:cb44e2e9ec4c	1401	#endif
whismanoid	0:cb44e2e9ec4c	1402	#if HAS_analogIn15
whismanoid	0:cb44e2e9ec4c	1403	AnalogIn analogIn15(____);
whismanoid	0:cb44e2e9ec4c	1404	#endif
whismanoid	0:cb44e2e9ec4c	1405	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1406	#elif defined(TARGET_MAX32625MBED)
whismanoid	0:cb44e2e9ec4c	1407	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1408	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1409	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1410	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1411	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1412	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1413	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1414	AnalogIn analogIn0(AIN_0); // TARGET_MAX32630 J1.5 AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1415	#endif
whismanoid	0:cb44e2e9ec4c	1416	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1417	AnalogIn analogIn1(AIN_1); // TARGET_MAX32630 J1.6 AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1418	#endif
whismanoid	0:cb44e2e9ec4c	1419	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1420	AnalogIn analogIn2(AIN_2); // TARGET_MAX32630 J1.7 AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1421	#endif
whismanoid	0:cb44e2e9ec4c	1422	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1423	AnalogIn analogIn3(AIN_3); // TARGET_MAX32630 J1.8 AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1424	#endif
whismanoid	0:cb44e2e9ec4c	1425	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1426	AnalogIn analogIn4(AIN_4); // TARGET_MAX32630 J1.5 AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1427	#endif
whismanoid	0:cb44e2e9ec4c	1428	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1429	AnalogIn analogIn5(AIN_5); // TARGET_MAX32630 J1.6 AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1430	#endif
whismanoid	0:cb44e2e9ec4c	1431	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1432	#elif defined(TARGET_MAX32620FTHR)
whismanoid	0:cb44e2e9ec4c	1433	#warning "TARGET_MAX32620FTHR not previously tested; need to verify analogIn0..."
whismanoid	0:cb44e2e9ec4c	1434	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1435	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1436	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1437	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1438	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1439	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1440	#define HAS_analogIn6 1
whismanoid	0:cb44e2e9ec4c	1441	#define HAS_analogIn7 1
whismanoid	0:cb44e2e9ec4c	1442	#define HAS_analogIn8 1
whismanoid	0:cb44e2e9ec4c	1443	#define HAS_analogIn9 1
whismanoid	0:cb44e2e9ec4c	1444	// #define HAS_analogIn10 0
whismanoid	0:cb44e2e9ec4c	1445	// #define HAS_analogIn11 0
whismanoid	0:cb44e2e9ec4c	1446	// #define HAS_analogIn12 0
whismanoid	0:cb44e2e9ec4c	1447	// #define HAS_analogIn13 0
whismanoid	0:cb44e2e9ec4c	1448	// #define HAS_analogIn14 0
whismanoid	0:cb44e2e9ec4c	1449	// #define HAS_analogIn15 0
whismanoid	0:cb44e2e9ec4c	1450	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1451	AnalogIn analogIn0(AIN_0); // TARGET_MAX32620FTHR J1.5 AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1452	#endif
whismanoid	0:cb44e2e9ec4c	1453	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1454	AnalogIn analogIn1(AIN_1); // TARGET_MAX32620FTHR J1.6 AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1455	#endif
whismanoid	0:cb44e2e9ec4c	1456	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1457	AnalogIn analogIn2(AIN_2); // TARGET_MAX32620FTHR J1.7 AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1458	#endif
whismanoid	0:cb44e2e9ec4c	1459	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1460	AnalogIn analogIn3(AIN_3); // TARGET_MAX32620FTHR J1.8 AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1461	#endif
whismanoid	0:cb44e2e9ec4c	1462	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1463	AnalogIn analogIn4(AIN_4); // TARGET_MAX32620FTHR J1.5 AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1464	#endif
whismanoid	0:cb44e2e9ec4c	1465	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1466	AnalogIn analogIn5(AIN_5); // TARGET_MAX32620FTHR J1.6 AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1467	#endif
whismanoid	0:cb44e2e9ec4c	1468	#if HAS_analogIn6
whismanoid	0:cb44e2e9ec4c	1469	AnalogIn analogIn6(AIN_6); // TARGET_MAX32620FTHR AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1470	#endif
whismanoid	0:cb44e2e9ec4c	1471	#if HAS_analogIn7
whismanoid	0:cb44e2e9ec4c	1472	AnalogIn analogIn7(AIN_7); // TARGET_MAX32620FTHR AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1473	#endif
whismanoid	0:cb44e2e9ec4c	1474	#if HAS_analogIn8
whismanoid	0:cb44e2e9ec4c	1475	AnalogIn analogIn8(AIN_8); // TARGET_MAX32620FTHR AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1476	#endif
whismanoid	0:cb44e2e9ec4c	1477	#if HAS_analogIn9
whismanoid	0:cb44e2e9ec4c	1478	AnalogIn analogIn9(AIN_9); // TARGET_MAX32620FTHR AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	1479	#endif
whismanoid	0:cb44e2e9ec4c	1480	#if HAS_analogIn10
whismanoid	0:cb44e2e9ec4c	1481	AnalogIn analogIn10(____); // TARGET_MAX32620FTHR AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	1482	#endif
whismanoid	0:cb44e2e9ec4c	1483	#if HAS_analogIn11
whismanoid	0:cb44e2e9ec4c	1484	AnalogIn analogIn11(____); // TARGET_MAX32620FTHR AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1485	#endif
whismanoid	0:cb44e2e9ec4c	1486	#if HAS_analogIn12
whismanoid	0:cb44e2e9ec4c	1487	AnalogIn analogIn12(____); // TARGET_MAX32620FTHR AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1488	#endif
whismanoid	0:cb44e2e9ec4c	1489	#if HAS_analogIn13
whismanoid	0:cb44e2e9ec4c	1490	AnalogIn analogIn13(____);
whismanoid	0:cb44e2e9ec4c	1491	#endif
whismanoid	0:cb44e2e9ec4c	1492	#if HAS_analogIn14
whismanoid	0:cb44e2e9ec4c	1493	AnalogIn analogIn14(____);
whismanoid	0:cb44e2e9ec4c	1494	#endif
whismanoid	0:cb44e2e9ec4c	1495	#if HAS_analogIn15
whismanoid	0:cb44e2e9ec4c	1496	AnalogIn analogIn15(____);
whismanoid	0:cb44e2e9ec4c	1497	#endif
whismanoid	0:cb44e2e9ec4c	1498	//--------------------------------------------------
whismanoid	19:5ff09c8e9daf	1499	#elif defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	37:3f369235e5bc	1500	// #warning "TARGET_MAX32625PICO not previously tested; need to verify analogIn0..."
whismanoid	0:cb44e2e9ec4c	1501	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1502	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1503	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1504	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1505	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1506	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1507	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1508	AnalogIn analogIn0(AIN_0); // TARGET_MAX32630 J1.5 AIN_0 = AIN0 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1509	#endif
whismanoid	0:cb44e2e9ec4c	1510	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1511	AnalogIn analogIn1(AIN_1); // TARGET_MAX32630 J1.6 AIN_1 = AIN1 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1512	#endif
whismanoid	0:cb44e2e9ec4c	1513	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1514	AnalogIn analogIn2(AIN_2); // TARGET_MAX32630 J1.7 AIN_2 = AIN2 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1515	#endif
whismanoid	0:cb44e2e9ec4c	1516	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1517	AnalogIn analogIn3(AIN_3); // TARGET_MAX32630 J1.8 AIN_3 = AIN3 pin fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1518	#endif
whismanoid	0:cb44e2e9ec4c	1519	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1520	AnalogIn analogIn4(AIN_4); // TARGET_MAX32630 J1.5 AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1521	#endif
whismanoid	0:cb44e2e9ec4c	1522	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1523	AnalogIn analogIn5(AIN_5); // TARGET_MAX32630 J1.6 AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1524	#endif
whismanoid	0:cb44e2e9ec4c	1525	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1526	#elif defined(TARGET_MAX32600)
whismanoid	0:cb44e2e9ec4c	1527	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1528	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1529	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1530	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1531	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1532	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1533	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1534	AnalogIn analogIn0(A0);
whismanoid	0:cb44e2e9ec4c	1535	#endif
whismanoid	0:cb44e2e9ec4c	1536	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1537	AnalogIn analogIn1(A1);
whismanoid	0:cb44e2e9ec4c	1538	#endif
whismanoid	0:cb44e2e9ec4c	1539	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1540	AnalogIn analogIn2(A2);
whismanoid	0:cb44e2e9ec4c	1541	#endif
whismanoid	0:cb44e2e9ec4c	1542	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1543	AnalogIn analogIn3(A3);
whismanoid	0:cb44e2e9ec4c	1544	#endif
whismanoid	0:cb44e2e9ec4c	1545	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1546	AnalogIn analogIn4(A4);
whismanoid	0:cb44e2e9ec4c	1547	#endif
whismanoid	0:cb44e2e9ec4c	1548	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1549	AnalogIn analogIn5(A5);
whismanoid	0:cb44e2e9ec4c	1550	#endif
whismanoid	0:cb44e2e9ec4c	1551	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1552	#elif defined(TARGET_NUCLEO_F446RE)
whismanoid	0:cb44e2e9ec4c	1553	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1554	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1555	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1556	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1557	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1558	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1559	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1560	AnalogIn analogIn0(A0);
whismanoid	0:cb44e2e9ec4c	1561	#endif
whismanoid	0:cb44e2e9ec4c	1562	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1563	AnalogIn analogIn1(A1);
whismanoid	0:cb44e2e9ec4c	1564	#endif
whismanoid	0:cb44e2e9ec4c	1565	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1566	AnalogIn analogIn2(A2);
whismanoid	0:cb44e2e9ec4c	1567	#endif
whismanoid	0:cb44e2e9ec4c	1568	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1569	AnalogIn analogIn3(A3);
whismanoid	0:cb44e2e9ec4c	1570	#endif
whismanoid	0:cb44e2e9ec4c	1571	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1572	AnalogIn analogIn4(A4);
whismanoid	0:cb44e2e9ec4c	1573	#endif
whismanoid	0:cb44e2e9ec4c	1574	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1575	AnalogIn analogIn5(A5);
whismanoid	0:cb44e2e9ec4c	1576	#endif
whismanoid	0:cb44e2e9ec4c	1577	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1578	#elif defined(TARGET_NUCLEO_F401RE)
whismanoid	0:cb44e2e9ec4c	1579	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1580	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1581	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1582	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1583	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1584	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1585	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1586	AnalogIn analogIn0(A0);
whismanoid	0:cb44e2e9ec4c	1587	#endif
whismanoid	0:cb44e2e9ec4c	1588	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1589	AnalogIn analogIn1(A1);
whismanoid	0:cb44e2e9ec4c	1590	#endif
whismanoid	0:cb44e2e9ec4c	1591	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1592	AnalogIn analogIn2(A2);
whismanoid	0:cb44e2e9ec4c	1593	#endif
whismanoid	0:cb44e2e9ec4c	1594	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1595	AnalogIn analogIn3(A3);
whismanoid	0:cb44e2e9ec4c	1596	#endif
whismanoid	0:cb44e2e9ec4c	1597	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1598	AnalogIn analogIn4(A4);
whismanoid	0:cb44e2e9ec4c	1599	#endif
whismanoid	0:cb44e2e9ec4c	1600	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1601	AnalogIn analogIn5(A5);
whismanoid	0:cb44e2e9ec4c	1602	#endif
whismanoid	0:cb44e2e9ec4c	1603	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	1604	// TODO1: TARGET=MAX32625MBED ARM Cortex-M4F 96MHz 512kB Flash 160kB SRAM
whismanoid	0:cb44e2e9ec4c	1605	#elif defined(TARGET_LPC1768)
whismanoid	0:cb44e2e9ec4c	1606	#define HAS_analogIn0 1
whismanoid	0:cb44e2e9ec4c	1607	#define HAS_analogIn1 1
whismanoid	0:cb44e2e9ec4c	1608	#define HAS_analogIn2 1
whismanoid	0:cb44e2e9ec4c	1609	#define HAS_analogIn3 1
whismanoid	0:cb44e2e9ec4c	1610	#define HAS_analogIn4 1
whismanoid	0:cb44e2e9ec4c	1611	#define HAS_analogIn5 1
whismanoid	0:cb44e2e9ec4c	1612	// #define HAS_analogIn6 1
whismanoid	0:cb44e2e9ec4c	1613	// #define HAS_analogIn7 1
whismanoid	0:cb44e2e9ec4c	1614	// #define HAS_analogIn8 1
whismanoid	0:cb44e2e9ec4c	1615	// #define HAS_analogIn9 1
whismanoid	0:cb44e2e9ec4c	1616	// #define HAS_analogIn10 1
whismanoid	0:cb44e2e9ec4c	1617	// #define HAS_analogIn11 1
whismanoid	0:cb44e2e9ec4c	1618	// #define HAS_analogIn12 1
whismanoid	0:cb44e2e9ec4c	1619	// #define HAS_analogIn13 1
whismanoid	0:cb44e2e9ec4c	1620	// #define HAS_analogIn14 1
whismanoid	0:cb44e2e9ec4c	1621	// #define HAS_analogIn15 1
whismanoid	0:cb44e2e9ec4c	1622	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1623	AnalogIn analogIn0(p15); // TARGET_LPC1768 P0.23/AD0.0/I2SRX_CLK/CAP3.0
whismanoid	0:cb44e2e9ec4c	1624	#endif
whismanoid	0:cb44e2e9ec4c	1625	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1626	AnalogIn analogIn1(p16); // TARGET_LPC1768 P0.24/AD0.1/I2SRX_WS/CAP3.1
whismanoid	0:cb44e2e9ec4c	1627	#endif
whismanoid	0:cb44e2e9ec4c	1628	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1629	AnalogIn analogIn2(p17); // TARGET_LPC1768 P0.25/AD0.2/I2SRX_SDA/TXD3
whismanoid	0:cb44e2e9ec4c	1630	#endif
whismanoid	0:cb44e2e9ec4c	1631	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1632	AnalogIn analogIn3(p18); // TARGET_LPC1768 P0.26/AD0.3/AOUT/RXD3
whismanoid	0:cb44e2e9ec4c	1633	#endif
whismanoid	0:cb44e2e9ec4c	1634	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1635	AnalogIn analogIn4(p19); // TARGET_LPC1768 P1.30/VBUS/AD0.4
whismanoid	0:cb44e2e9ec4c	1636	#endif
whismanoid	0:cb44e2e9ec4c	1637	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1638	AnalogIn analogIn5(p20); // TARGET_LPC1768 P1.31/SCK1/AD0.5
whismanoid	0:cb44e2e9ec4c	1639	#endif
whismanoid	0:cb44e2e9ec4c	1640	#if HAS_analogIn6
whismanoid	0:cb44e2e9ec4c	1641	AnalogIn analogIn6(____);
whismanoid	0:cb44e2e9ec4c	1642	#endif
whismanoid	0:cb44e2e9ec4c	1643	#if HAS_analogIn7
whismanoid	0:cb44e2e9ec4c	1644	AnalogIn analogIn7(____);
whismanoid	0:cb44e2e9ec4c	1645	#endif
whismanoid	0:cb44e2e9ec4c	1646	#if HAS_analogIn8
whismanoid	0:cb44e2e9ec4c	1647	AnalogIn analogIn8(____);
whismanoid	0:cb44e2e9ec4c	1648	#endif
whismanoid	0:cb44e2e9ec4c	1649	#if HAS_analogIn9
whismanoid	0:cb44e2e9ec4c	1650	AnalogIn analogIn9(____);
whismanoid	0:cb44e2e9ec4c	1651	#endif
whismanoid	0:cb44e2e9ec4c	1652	#if HAS_analogIn10
whismanoid	0:cb44e2e9ec4c	1653	AnalogIn analogIn10(____);
whismanoid	0:cb44e2e9ec4c	1654	#endif
whismanoid	0:cb44e2e9ec4c	1655	#if HAS_analogIn11
whismanoid	0:cb44e2e9ec4c	1656	AnalogIn analogIn11(____);
whismanoid	0:cb44e2e9ec4c	1657	#endif
whismanoid	0:cb44e2e9ec4c	1658	#if HAS_analogIn12
whismanoid	0:cb44e2e9ec4c	1659	AnalogIn analogIn12(____);
whismanoid	0:cb44e2e9ec4c	1660	#endif
whismanoid	0:cb44e2e9ec4c	1661	#if HAS_analogIn13
whismanoid	0:cb44e2e9ec4c	1662	AnalogIn analogIn13(____);
whismanoid	0:cb44e2e9ec4c	1663	#endif
whismanoid	0:cb44e2e9ec4c	1664	#if HAS_analogIn14
whismanoid	0:cb44e2e9ec4c	1665	AnalogIn analogIn14(____);
whismanoid	0:cb44e2e9ec4c	1666	#endif
whismanoid	0:cb44e2e9ec4c	1667	#if HAS_analogIn15
whismanoid	0:cb44e2e9ec4c	1668	AnalogIn analogIn15(____);
whismanoid	0:cb44e2e9ec4c	1669	#endif
whismanoid	0:cb44e2e9ec4c	1670	#else
whismanoid	0:cb44e2e9ec4c	1671	// unknown target
whismanoid	0:cb44e2e9ec4c	1672	#endif
whismanoid	0:cb44e2e9ec4c	1673	// uncrustify-0.66.1 INDENT-ON
whismanoid	0:cb44e2e9ec4c	1674	#if HAS_analogIn0 \|\| HAS_analogIn1 \
whismanoid	0:cb44e2e9ec4c	1675	\|\| HAS_analogIn2 \|\| HAS_analogIn3 \
whismanoid	0:cb44e2e9ec4c	1676	\|\| HAS_analogIn4 \|\| HAS_analogIn5 \
whismanoid	0:cb44e2e9ec4c	1677	\|\| HAS_analogIn6 \|\| HAS_analogIn7 \
whismanoid	0:cb44e2e9ec4c	1678	\|\| HAS_analogIn8 \|\| HAS_analogIn9 \
whismanoid	0:cb44e2e9ec4c	1679	\|\| HAS_analogIn10 \|\| HAS_analogIn11 \
whismanoid	0:cb44e2e9ec4c	1680	\|\| HAS_analogIn12 \|\| HAS_analogIn13 \
whismanoid	0:cb44e2e9ec4c	1681	\|\| HAS_analogIn14 \|\| HAS_analogIn15
whismanoid	0:cb44e2e9ec4c	1682	#define HAS_analogIns 1
whismanoid	0:cb44e2e9ec4c	1683	#else
whismanoid	0:cb44e2e9ec4c	1684	#warning "Note: There are no analogIn resources defined"
whismanoid	0:cb44e2e9ec4c	1685	#endif
whismanoid	0:cb44e2e9ec4c	1686
whismanoid	0:cb44e2e9ec4c	1687	// DigitalInOut pin resource: print the pin index names to serial
whismanoid	0:cb44e2e9ec4c	1688	#if HAS_digitalInOuts
whismanoid	0:cb44e2e9ec4c	1689	void list_digitalInOutPins(Stream& serialStream)
whismanoid	0:cb44e2e9ec4c	1690	{
whismanoid	0:cb44e2e9ec4c	1691	#if HAS_digitalInOut0
whismanoid	0:cb44e2e9ec4c	1692	serialStream.printf(" 0");
whismanoid	0:cb44e2e9ec4c	1693	#endif
whismanoid	0:cb44e2e9ec4c	1694	#if HAS_digitalInOut1
whismanoid	0:cb44e2e9ec4c	1695	serialStream.printf(" 1");
whismanoid	0:cb44e2e9ec4c	1696	#endif
whismanoid	0:cb44e2e9ec4c	1697	#if HAS_digitalInOut2
whismanoid	0:cb44e2e9ec4c	1698	serialStream.printf(" 2");
whismanoid	0:cb44e2e9ec4c	1699	#endif
whismanoid	0:cb44e2e9ec4c	1700	#if HAS_digitalInOut3
whismanoid	0:cb44e2e9ec4c	1701	serialStream.printf(" 3");
whismanoid	0:cb44e2e9ec4c	1702	#endif
whismanoid	0:cb44e2e9ec4c	1703	#if HAS_digitalInOut4
whismanoid	0:cb44e2e9ec4c	1704	serialStream.printf(" 4");
whismanoid	0:cb44e2e9ec4c	1705	#endif
whismanoid	0:cb44e2e9ec4c	1706	#if HAS_digitalInOut5
whismanoid	0:cb44e2e9ec4c	1707	serialStream.printf(" 5");
whismanoid	0:cb44e2e9ec4c	1708	#endif
whismanoid	0:cb44e2e9ec4c	1709	#if HAS_digitalInOut6
whismanoid	0:cb44e2e9ec4c	1710	serialStream.printf(" 6");
whismanoid	0:cb44e2e9ec4c	1711	#endif
whismanoid	0:cb44e2e9ec4c	1712	#if HAS_digitalInOut7
whismanoid	0:cb44e2e9ec4c	1713	serialStream.printf(" 7");
whismanoid	0:cb44e2e9ec4c	1714	#endif
whismanoid	0:cb44e2e9ec4c	1715	#if HAS_digitalInOut8
whismanoid	0:cb44e2e9ec4c	1716	serialStream.printf(" 8");
whismanoid	0:cb44e2e9ec4c	1717	#endif
whismanoid	0:cb44e2e9ec4c	1718	#if HAS_digitalInOut9
whismanoid	0:cb44e2e9ec4c	1719	serialStream.printf(" 9");
whismanoid	0:cb44e2e9ec4c	1720	#endif
whismanoid	0:cb44e2e9ec4c	1721	#if HAS_digitalInOut10
whismanoid	0:cb44e2e9ec4c	1722	serialStream.printf(" 10");
whismanoid	0:cb44e2e9ec4c	1723	#endif
whismanoid	0:cb44e2e9ec4c	1724	#if HAS_digitalInOut11
whismanoid	0:cb44e2e9ec4c	1725	serialStream.printf(" 11");
whismanoid	0:cb44e2e9ec4c	1726	#endif
whismanoid	0:cb44e2e9ec4c	1727	#if HAS_digitalInOut12
whismanoid	0:cb44e2e9ec4c	1728	serialStream.printf(" 12");
whismanoid	0:cb44e2e9ec4c	1729	#endif
whismanoid	0:cb44e2e9ec4c	1730	#if HAS_digitalInOut13
whismanoid	0:cb44e2e9ec4c	1731	serialStream.printf(" 13");
whismanoid	0:cb44e2e9ec4c	1732	#endif
whismanoid	0:cb44e2e9ec4c	1733	#if HAS_digitalInOut14
whismanoid	0:cb44e2e9ec4c	1734	serialStream.printf(" 14");
whismanoid	0:cb44e2e9ec4c	1735	#endif
whismanoid	0:cb44e2e9ec4c	1736	#if HAS_digitalInOut15
whismanoid	0:cb44e2e9ec4c	1737	serialStream.printf(" 15");
whismanoid	0:cb44e2e9ec4c	1738	#endif
whismanoid	0:cb44e2e9ec4c	1739	#if HAS_digitalInOut16
whismanoid	0:cb44e2e9ec4c	1740	serialStream.printf(" 16");
whismanoid	0:cb44e2e9ec4c	1741	#endif
whismanoid	0:cb44e2e9ec4c	1742	#if HAS_digitalInOut17
whismanoid	0:cb44e2e9ec4c	1743	serialStream.printf(" 17");
whismanoid	0:cb44e2e9ec4c	1744	#endif
whismanoid	18:1235c17b451e	1745	#if USE_LEDS
whismanoid	18:1235c17b451e	1746	// support LEDs as digital pins 91 92 93; WIP button as digital pin 90
whismanoid	18:1235c17b451e	1747	// support list_digitalInOutPins() listing buttons and leds as pin numbers 90/91/92/93
whismanoid	18:1235c17b451e	1748	// TODO: support find_digitalInOutPin(90) return DigitalInOut of switch SW1/BUTTON1
whismanoid	18:1235c17b451e	1749	//~ serialStream.printf(" 90");
whismanoid	18:1235c17b451e	1750	// support find_digitalInOutPin(91) return DigitalInOut of led1_RFailLED
whismanoid	18:1235c17b451e	1751	serialStream.printf(" 91");
whismanoid	18:1235c17b451e	1752	// support find_digitalInOutPin(92) return DigitalInOut of led2_GPassLED
whismanoid	18:1235c17b451e	1753	serialStream.printf(" 92");
whismanoid	18:1235c17b451e	1754	// support find_digitalInOutPin(93) return DigitalInOut of led3_BBusyLED
whismanoid	18:1235c17b451e	1755	serialStream.printf(" 93");
whismanoid	18:1235c17b451e	1756	#else // USE_LEDS
whismanoid	18:1235c17b451e	1757	#endif // USE_LEDS
whismanoid	0:cb44e2e9ec4c	1758	}
whismanoid	0:cb44e2e9ec4c	1759	#endif
whismanoid	0:cb44e2e9ec4c	1760
whismanoid	0:cb44e2e9ec4c	1761
whismanoid	0:cb44e2e9ec4c	1762	// DigitalInOut pin resource: search index
whismanoid	0:cb44e2e9ec4c	1763	#if HAS_digitalInOuts
whismanoid	0:cb44e2e9ec4c	1764	DigitalInOut& find_digitalInOutPin(int cPinIndex)
whismanoid	0:cb44e2e9ec4c	1765	{
whismanoid	0:cb44e2e9ec4c	1766	switch (cPinIndex)
whismanoid	0:cb44e2e9ec4c	1767	{
whismanoid	0:cb44e2e9ec4c	1768	default: // default to the first defined digitalInOut pin
whismanoid	0:cb44e2e9ec4c	1769	#if HAS_digitalInOut0
whismanoid	0:cb44e2e9ec4c	1770	case '0': case 0x00: return digitalInOut0;
whismanoid	0:cb44e2e9ec4c	1771	#endif
whismanoid	0:cb44e2e9ec4c	1772	#if HAS_digitalInOut1
whismanoid	0:cb44e2e9ec4c	1773	case '1': case 0x01: return digitalInOut1;
whismanoid	0:cb44e2e9ec4c	1774	#endif
whismanoid	0:cb44e2e9ec4c	1775	#if HAS_digitalInOut2
whismanoid	0:cb44e2e9ec4c	1776	case '2': case 0x02: return digitalInOut2;
whismanoid	0:cb44e2e9ec4c	1777	#endif
whismanoid	0:cb44e2e9ec4c	1778	#if HAS_digitalInOut3
whismanoid	0:cb44e2e9ec4c	1779	case '3': case 0x03: return digitalInOut3;
whismanoid	0:cb44e2e9ec4c	1780	#endif
whismanoid	0:cb44e2e9ec4c	1781	#if HAS_digitalInOut4
whismanoid	0:cb44e2e9ec4c	1782	case '4': case 0x04: return digitalInOut4;
whismanoid	0:cb44e2e9ec4c	1783	#endif
whismanoid	0:cb44e2e9ec4c	1784	#if HAS_digitalInOut5
whismanoid	0:cb44e2e9ec4c	1785	case '5': case 0x05: return digitalInOut5;
whismanoid	0:cb44e2e9ec4c	1786	#endif
whismanoid	0:cb44e2e9ec4c	1787	#if HAS_digitalInOut6
whismanoid	0:cb44e2e9ec4c	1788	case '6': case 0x06: return digitalInOut6;
whismanoid	0:cb44e2e9ec4c	1789	#endif
whismanoid	0:cb44e2e9ec4c	1790	#if HAS_digitalInOut7
whismanoid	0:cb44e2e9ec4c	1791	case '7': case 0x07: return digitalInOut7;
whismanoid	0:cb44e2e9ec4c	1792	#endif
whismanoid	0:cb44e2e9ec4c	1793	#if HAS_digitalInOut8
whismanoid	0:cb44e2e9ec4c	1794	case '8': case 0x08: return digitalInOut8;
whismanoid	0:cb44e2e9ec4c	1795	#endif
whismanoid	0:cb44e2e9ec4c	1796	#if HAS_digitalInOut9
whismanoid	0:cb44e2e9ec4c	1797	case '9': case 0x09: return digitalInOut9;
whismanoid	0:cb44e2e9ec4c	1798	#endif
whismanoid	0:cb44e2e9ec4c	1799	#if HAS_digitalInOut10
whismanoid	0:cb44e2e9ec4c	1800	case 'a': case 0x0a: return digitalInOut10;
whismanoid	0:cb44e2e9ec4c	1801	#endif
whismanoid	0:cb44e2e9ec4c	1802	#if HAS_digitalInOut11
whismanoid	0:cb44e2e9ec4c	1803	case 'b': case 0x0b: return digitalInOut11;
whismanoid	0:cb44e2e9ec4c	1804	#endif
whismanoid	0:cb44e2e9ec4c	1805	#if HAS_digitalInOut12
whismanoid	0:cb44e2e9ec4c	1806	case 'c': case 0x0c: return digitalInOut12;
whismanoid	0:cb44e2e9ec4c	1807	#endif
whismanoid	0:cb44e2e9ec4c	1808	#if HAS_digitalInOut13
whismanoid	0:cb44e2e9ec4c	1809	case 'd': case 0x0d: return digitalInOut13;
whismanoid	0:cb44e2e9ec4c	1810	#endif
whismanoid	0:cb44e2e9ec4c	1811	#if HAS_digitalInOut14
whismanoid	0:cb44e2e9ec4c	1812	case 'e': case 0x0e: return digitalInOut14;
whismanoid	0:cb44e2e9ec4c	1813	#endif
whismanoid	0:cb44e2e9ec4c	1814	#if HAS_digitalInOut15
whismanoid	0:cb44e2e9ec4c	1815	case 'f': case 0x0f: return digitalInOut15;
whismanoid	0:cb44e2e9ec4c	1816	#endif
whismanoid	0:cb44e2e9ec4c	1817	#if HAS_digitalInOut16
whismanoid	0:cb44e2e9ec4c	1818	case 'g': case 0x10: return digitalInOut16;
whismanoid	0:cb44e2e9ec4c	1819	#endif
whismanoid	0:cb44e2e9ec4c	1820	#if HAS_digitalInOut17
whismanoid	0:cb44e2e9ec4c	1821	case 'h': case 0x11: return digitalInOut17;
whismanoid	0:cb44e2e9ec4c	1822	#endif
whismanoid	18:1235c17b451e	1823	// support LEDs as digital pins 91 92 93; WIP button as digital pin 90
whismanoid	18:1235c17b451e	1824	// TODO: support find_digitalInOutPin(90) return DigitalInOut of switch SW1/BUTTON1
whismanoid	18:1235c17b451e	1825	//~ case 90: return button1;
whismanoid	18:1235c17b451e	1826	#if USE_LEDS
whismanoid	18:1235c17b451e	1827	// support find_digitalInOutPin(91) return DigitalInOut of led1_RFailLED
whismanoid	18:1235c17b451e	1828	case 91: return led1_RFailLED;
whismanoid	18:1235c17b451e	1829	// support find_digitalInOutPin(92) return DigitalInOut of led2_GPassLED
whismanoid	18:1235c17b451e	1830	case 92: return led2_GPassLED;
whismanoid	18:1235c17b451e	1831	// support find_digitalInOutPin(93) return DigitalInOut of led3_BBusyLED
whismanoid	18:1235c17b451e	1832	case 93: return led3_BBusyLED;
whismanoid	18:1235c17b451e	1833	#else // USE_LEDS
whismanoid	18:1235c17b451e	1834	#endif // USE_LEDS
whismanoid	0:cb44e2e9ec4c	1835	}
whismanoid	0:cb44e2e9ec4c	1836	}
whismanoid	0:cb44e2e9ec4c	1837	#endif
whismanoid	0:cb44e2e9ec4c	1838
whismanoid	0:cb44e2e9ec4c	1839
whismanoid	0:cb44e2e9ec4c	1840	// AnalogIn pin resource: search index
whismanoid	0:cb44e2e9ec4c	1841	#if HAS_analogIns
whismanoid	0:cb44e2e9ec4c	1842	AnalogIn& find_analogInPin(int cPinIndex)
whismanoid	0:cb44e2e9ec4c	1843	{
whismanoid	0:cb44e2e9ec4c	1844	switch (cPinIndex)
whismanoid	0:cb44e2e9ec4c	1845	{
whismanoid	0:cb44e2e9ec4c	1846	default: // default to the first defined analogIn pin
whismanoid	0:cb44e2e9ec4c	1847	#if HAS_analogIn0
whismanoid	0:cb44e2e9ec4c	1848	case '0': case 0x00: return analogIn0;
whismanoid	0:cb44e2e9ec4c	1849	#endif
whismanoid	0:cb44e2e9ec4c	1850	#if HAS_analogIn1
whismanoid	0:cb44e2e9ec4c	1851	case '1': case 0x01: return analogIn1;
whismanoid	0:cb44e2e9ec4c	1852	#endif
whismanoid	0:cb44e2e9ec4c	1853	#if HAS_analogIn2
whismanoid	0:cb44e2e9ec4c	1854	case '2': case 0x02: return analogIn2;
whismanoid	0:cb44e2e9ec4c	1855	#endif
whismanoid	0:cb44e2e9ec4c	1856	#if HAS_analogIn3
whismanoid	0:cb44e2e9ec4c	1857	case '3': case 0x03: return analogIn3;
whismanoid	0:cb44e2e9ec4c	1858	#endif
whismanoid	0:cb44e2e9ec4c	1859	#if HAS_analogIn4
whismanoid	0:cb44e2e9ec4c	1860	case '4': case 0x04: return analogIn4;
whismanoid	0:cb44e2e9ec4c	1861	#endif
whismanoid	0:cb44e2e9ec4c	1862	#if HAS_analogIn5
whismanoid	0:cb44e2e9ec4c	1863	case '5': case 0x05: return analogIn5;
whismanoid	0:cb44e2e9ec4c	1864	#endif
whismanoid	0:cb44e2e9ec4c	1865	#if HAS_analogIn6
whismanoid	0:cb44e2e9ec4c	1866	case '6': case 0x06: return analogIn6;
whismanoid	0:cb44e2e9ec4c	1867	#endif
whismanoid	0:cb44e2e9ec4c	1868	#if HAS_analogIn7
whismanoid	0:cb44e2e9ec4c	1869	case '7': case 0x07: return analogIn7;
whismanoid	0:cb44e2e9ec4c	1870	#endif
whismanoid	0:cb44e2e9ec4c	1871	#if HAS_analogIn8
whismanoid	0:cb44e2e9ec4c	1872	case '8': case 0x08: return analogIn8;
whismanoid	0:cb44e2e9ec4c	1873	#endif
whismanoid	0:cb44e2e9ec4c	1874	#if HAS_analogIn9
whismanoid	0:cb44e2e9ec4c	1875	case '9': case 0x09: return analogIn9;
whismanoid	0:cb44e2e9ec4c	1876	#endif
whismanoid	0:cb44e2e9ec4c	1877	#if HAS_analogIn10
whismanoid	0:cb44e2e9ec4c	1878	case 'a': case 0x0a: return analogIn10;
whismanoid	0:cb44e2e9ec4c	1879	#endif
whismanoid	0:cb44e2e9ec4c	1880	#if HAS_analogIn11
whismanoid	0:cb44e2e9ec4c	1881	case 'b': case 0x0b: return analogIn11;
whismanoid	0:cb44e2e9ec4c	1882	#endif
whismanoid	0:cb44e2e9ec4c	1883	#if HAS_analogIn12
whismanoid	0:cb44e2e9ec4c	1884	case 'c': case 0x0c: return analogIn12;
whismanoid	0:cb44e2e9ec4c	1885	#endif
whismanoid	0:cb44e2e9ec4c	1886	#if HAS_analogIn13
whismanoid	0:cb44e2e9ec4c	1887	case 'd': case 0x0d: return analogIn13;
whismanoid	0:cb44e2e9ec4c	1888	#endif
whismanoid	0:cb44e2e9ec4c	1889	#if HAS_analogIn14
whismanoid	0:cb44e2e9ec4c	1890	case 'e': case 0x0e: return analogIn14;
whismanoid	0:cb44e2e9ec4c	1891	#endif
whismanoid	0:cb44e2e9ec4c	1892	#if HAS_analogIn15
whismanoid	0:cb44e2e9ec4c	1893	case 'f': case 0x0f: return analogIn15;
whismanoid	0:cb44e2e9ec4c	1894	#endif
whismanoid	0:cb44e2e9ec4c	1895	}
whismanoid	0:cb44e2e9ec4c	1896	}
whismanoid	0:cb44e2e9ec4c	1897	#endif
whismanoid	0:cb44e2e9ec4c	1898
whismanoid	0:cb44e2e9ec4c	1899	#if HAS_analogIns
whismanoid	0:cb44e2e9ec4c	1900	const float analogInPin_fullScaleVoltage[] = {
whismanoid	0:cb44e2e9ec4c	1901	# if defined(TARGET_MAX32630)
whismanoid	0:cb44e2e9ec4c	1902	ADC_FULL_SCALE_VOLTAGE, // analogIn0
whismanoid	0:cb44e2e9ec4c	1903	ADC_FULL_SCALE_VOLTAGE, // analogIn1
whismanoid	0:cb44e2e9ec4c	1904	ADC_FULL_SCALE_VOLTAGE, // analogIn2
whismanoid	0:cb44e2e9ec4c	1905	ADC_FULL_SCALE_VOLTAGE, // analogIn3
whismanoid	0:cb44e2e9ec4c	1906	ADC_FULL_SCALE_VOLTAGE * 5.0f, // analogIn4 // AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1907	ADC_FULL_SCALE_VOLTAGE * 5.0f, // analogIn4 // AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1908	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn6 // AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1909	ADC_FULL_SCALE_VOLTAGE, // analogIn7 // AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1910	ADC_FULL_SCALE_VOLTAGE, // analogIn8 // AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1911	ADC_FULL_SCALE_VOLTAGE * 2.0f, // analogIn9 // AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	1912	ADC_FULL_SCALE_VOLTAGE, // analogIn10 // AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	1913	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn11 // AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1914	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn12 // AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1915	ADC_FULL_SCALE_VOLTAGE, // analogIn13
whismanoid	0:cb44e2e9ec4c	1916	ADC_FULL_SCALE_VOLTAGE, // analogIn14
whismanoid	0:cb44e2e9ec4c	1917	ADC_FULL_SCALE_VOLTAGE // analogIn15
whismanoid	0:cb44e2e9ec4c	1918	# elif defined(TARGET_MAX32620FTHR)
whismanoid	0:cb44e2e9ec4c	1919	#warning "TARGET_MAX32620FTHR not previously tested; need to verify analogIn0..."
whismanoid	0:cb44e2e9ec4c	1920	ADC_FULL_SCALE_VOLTAGE, // analogIn0
whismanoid	0:cb44e2e9ec4c	1921	ADC_FULL_SCALE_VOLTAGE, // analogIn1
whismanoid	0:cb44e2e9ec4c	1922	ADC_FULL_SCALE_VOLTAGE, // analogIn2
whismanoid	0:cb44e2e9ec4c	1923	ADC_FULL_SCALE_VOLTAGE, // analogIn3
whismanoid	0:cb44e2e9ec4c	1924	ADC_FULL_SCALE_VOLTAGE * 5.0f, // analogIn4 // AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1925	ADC_FULL_SCALE_VOLTAGE * 5.0f, // analogIn4 // AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1926	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn6 // AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1927	ADC_FULL_SCALE_VOLTAGE, // analogIn7 // AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1928	ADC_FULL_SCALE_VOLTAGE, // analogIn8 // AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1929	ADC_FULL_SCALE_VOLTAGE * 2.0f, // analogIn9 // AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	1930	ADC_FULL_SCALE_VOLTAGE, // analogIn10 // AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	1931	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn11 // AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1932	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn12 // AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1933	ADC_FULL_SCALE_VOLTAGE, // analogIn13
whismanoid	0:cb44e2e9ec4c	1934	ADC_FULL_SCALE_VOLTAGE, // analogIn14
whismanoid	0:cb44e2e9ec4c	1935	ADC_FULL_SCALE_VOLTAGE // analogIn15
whismanoid	19:5ff09c8e9daf	1936	#elif defined(TARGET_MAX32625MBED) \|\| defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	0:cb44e2e9ec4c	1937	ADC_FULL_SCALE_VOLTAGE * 1.0f, // analogIn0 // fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1938	ADC_FULL_SCALE_VOLTAGE * 1.0f, // analogIn1 // fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1939	ADC_FULL_SCALE_VOLTAGE * 1.0f, // analogIn2 // fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1940	ADC_FULL_SCALE_VOLTAGE * 1.0f, // analogIn3 // fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1941	ADC_FULL_SCALE_VOLTAGE * 5.0f, // analogIn4 // AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1942	ADC_FULL_SCALE_VOLTAGE * 5.0f, // analogIn4 // AIN_5 = AIN1 / 5.0 fullscale is 6.0V
whismanoid	0:cb44e2e9ec4c	1943	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn6 // AIN_6 = VDDB / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1944	ADC_FULL_SCALE_VOLTAGE, // analogIn7 // AIN_7 = VDD18 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1945	ADC_FULL_SCALE_VOLTAGE, // analogIn8 // AIN_8 = VDD12 fullscale is 1.2V
whismanoid	0:cb44e2e9ec4c	1946	ADC_FULL_SCALE_VOLTAGE * 2.0f, // analogIn9 // AIN_9 = VRTC / 2.0 fullscale is 2.4V
whismanoid	0:cb44e2e9ec4c	1947	ADC_FULL_SCALE_VOLTAGE, // analogIn10 // AIN_10 = x undefined?
whismanoid	0:cb44e2e9ec4c	1948	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn11 // AIN_11 = VDDIO / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1949	ADC_FULL_SCALE_VOLTAGE * 4.0f, // analogIn12 // AIN_12 = VDDIOH / 4.0 fullscale is 4.8V
whismanoid	0:cb44e2e9ec4c	1950	ADC_FULL_SCALE_VOLTAGE, // analogIn13
whismanoid	0:cb44e2e9ec4c	1951	ADC_FULL_SCALE_VOLTAGE, // analogIn14
whismanoid	0:cb44e2e9ec4c	1952	ADC_FULL_SCALE_VOLTAGE // analogIn15
whismanoid	0:cb44e2e9ec4c	1953	#elif defined(TARGET_NUCLEO_F446RE)
whismanoid	0:cb44e2e9ec4c	1954	ADC_FULL_SCALE_VOLTAGE, // analogIn0
whismanoid	0:cb44e2e9ec4c	1955	ADC_FULL_SCALE_VOLTAGE, // analogIn1
whismanoid	0:cb44e2e9ec4c	1956	ADC_FULL_SCALE_VOLTAGE, // analogIn2
whismanoid	0:cb44e2e9ec4c	1957	ADC_FULL_SCALE_VOLTAGE, // analogIn3
whismanoid	0:cb44e2e9ec4c	1958	ADC_FULL_SCALE_VOLTAGE, // analogIn4
whismanoid	0:cb44e2e9ec4c	1959	ADC_FULL_SCALE_VOLTAGE, // analogIn5
whismanoid	0:cb44e2e9ec4c	1960	ADC_FULL_SCALE_VOLTAGE, // analogIn6
whismanoid	0:cb44e2e9ec4c	1961	ADC_FULL_SCALE_VOLTAGE, // analogIn7
whismanoid	0:cb44e2e9ec4c	1962	ADC_FULL_SCALE_VOLTAGE, // analogIn8
whismanoid	0:cb44e2e9ec4c	1963	ADC_FULL_SCALE_VOLTAGE, // analogIn9
whismanoid	0:cb44e2e9ec4c	1964	ADC_FULL_SCALE_VOLTAGE, // analogIn10
whismanoid	0:cb44e2e9ec4c	1965	ADC_FULL_SCALE_VOLTAGE, // analogIn11
whismanoid	0:cb44e2e9ec4c	1966	ADC_FULL_SCALE_VOLTAGE, // analogIn12
whismanoid	0:cb44e2e9ec4c	1967	ADC_FULL_SCALE_VOLTAGE, // analogIn13
whismanoid	0:cb44e2e9ec4c	1968	ADC_FULL_SCALE_VOLTAGE, // analogIn14
whismanoid	0:cb44e2e9ec4c	1969	ADC_FULL_SCALE_VOLTAGE // analogIn15
whismanoid	0:cb44e2e9ec4c	1970	#elif defined(TARGET_NUCLEO_F401RE)
whismanoid	0:cb44e2e9ec4c	1971	ADC_FULL_SCALE_VOLTAGE, // analogIn0
whismanoid	0:cb44e2e9ec4c	1972	ADC_FULL_SCALE_VOLTAGE, // analogIn1
whismanoid	0:cb44e2e9ec4c	1973	ADC_FULL_SCALE_VOLTAGE, // analogIn2
whismanoid	0:cb44e2e9ec4c	1974	ADC_FULL_SCALE_VOLTAGE, // analogIn3
whismanoid	0:cb44e2e9ec4c	1975	ADC_FULL_SCALE_VOLTAGE, // analogIn4
whismanoid	0:cb44e2e9ec4c	1976	ADC_FULL_SCALE_VOLTAGE, // analogIn5
whismanoid	0:cb44e2e9ec4c	1977	ADC_FULL_SCALE_VOLTAGE, // analogIn6
whismanoid	0:cb44e2e9ec4c	1978	ADC_FULL_SCALE_VOLTAGE, // analogIn7
whismanoid	0:cb44e2e9ec4c	1979	ADC_FULL_SCALE_VOLTAGE, // analogIn8
whismanoid	0:cb44e2e9ec4c	1980	ADC_FULL_SCALE_VOLTAGE, // analogIn9
whismanoid	0:cb44e2e9ec4c	1981	ADC_FULL_SCALE_VOLTAGE, // analogIn10
whismanoid	0:cb44e2e9ec4c	1982	ADC_FULL_SCALE_VOLTAGE, // analogIn11
whismanoid	0:cb44e2e9ec4c	1983	ADC_FULL_SCALE_VOLTAGE, // analogIn12
whismanoid	0:cb44e2e9ec4c	1984	ADC_FULL_SCALE_VOLTAGE, // analogIn13
whismanoid	0:cb44e2e9ec4c	1985	ADC_FULL_SCALE_VOLTAGE, // analogIn14
whismanoid	0:cb44e2e9ec4c	1986	ADC_FULL_SCALE_VOLTAGE // analogIn15
whismanoid	0:cb44e2e9ec4c	1987	//#elif defined(TARGET_LPC1768)
whismanoid	0:cb44e2e9ec4c	1988	#else
whismanoid	0:cb44e2e9ec4c	1989	// unknown target
whismanoid	0:cb44e2e9ec4c	1990	ADC_FULL_SCALE_VOLTAGE, // analogIn0
whismanoid	0:cb44e2e9ec4c	1991	ADC_FULL_SCALE_VOLTAGE, // analogIn1
whismanoid	0:cb44e2e9ec4c	1992	ADC_FULL_SCALE_VOLTAGE, // analogIn2
whismanoid	0:cb44e2e9ec4c	1993	ADC_FULL_SCALE_VOLTAGE, // analogIn3
whismanoid	0:cb44e2e9ec4c	1994	ADC_FULL_SCALE_VOLTAGE, // analogIn4
whismanoid	0:cb44e2e9ec4c	1995	ADC_FULL_SCALE_VOLTAGE, // analogIn5
whismanoid	0:cb44e2e9ec4c	1996	ADC_FULL_SCALE_VOLTAGE, // analogIn6
whismanoid	0:cb44e2e9ec4c	1997	ADC_FULL_SCALE_VOLTAGE, // analogIn7
whismanoid	0:cb44e2e9ec4c	1998	ADC_FULL_SCALE_VOLTAGE, // analogIn8
whismanoid	0:cb44e2e9ec4c	1999	ADC_FULL_SCALE_VOLTAGE, // analogIn9
whismanoid	0:cb44e2e9ec4c	2000	ADC_FULL_SCALE_VOLTAGE, // analogIn10
whismanoid	0:cb44e2e9ec4c	2001	ADC_FULL_SCALE_VOLTAGE, // analogIn11
whismanoid	0:cb44e2e9ec4c	2002	ADC_FULL_SCALE_VOLTAGE, // analogIn12
whismanoid	0:cb44e2e9ec4c	2003	ADC_FULL_SCALE_VOLTAGE, // analogIn13
whismanoid	0:cb44e2e9ec4c	2004	ADC_FULL_SCALE_VOLTAGE, // analogIn14
whismanoid	0:cb44e2e9ec4c	2005	ADC_FULL_SCALE_VOLTAGE // analogIn15
whismanoid	0:cb44e2e9ec4c	2006	# endif
whismanoid	0:cb44e2e9ec4c	2007	};
whismanoid	0:cb44e2e9ec4c	2008	#endif
whismanoid	0:cb44e2e9ec4c	2009
whismanoid	0:cb44e2e9ec4c	2010
whismanoid	0:cb44e2e9ec4c	2011
whismanoid	0:cb44e2e9ec4c	2012
whismanoid	0:cb44e2e9ec4c	2013	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	2014	// TODO support CmdLine command menus (like on Serial_Tester)
whismanoid	4:d9b05924ad4c	2015	#ifndef USE_CMDLINE_MENUS
whismanoid	4:d9b05924ad4c	2016	#define USE_CMDLINE_MENUS 1
whismanoid	4:d9b05924ad4c	2017	//~ #undef USE_CMDLINE_MENUS
whismanoid	4:d9b05924ad4c	2018	#endif
whismanoid	4:d9b05924ad4c	2019	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	2020	#include "CmdLine.h"
whismanoid	4:d9b05924ad4c	2021	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	2022	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	2023	extern CmdLine cmdLine; // declared later
whismanoid	4:d9b05924ad4c	2024	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	2025
whismanoid	4:d9b05924ad4c	2026	//--------------------------------------------------
whismanoid	39:4d285e961435	2027	// support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	2028	#ifndef USE_DATALOGGER_SLEEP
whismanoid	39:4d285e961435	2029	#define USE_DATALOGGER_SLEEP 1
whismanoid	39:4d285e961435	2030	//~ #undef USE_DATALOGGER_SLEEP
whismanoid	39:4d285e961435	2031	#endif
whismanoid	39:4d285e961435	2032	#if USE_DATALOGGER_SLEEP // support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	2033	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	2034	#endif
whismanoid	39:4d285e961435	2035	#if USE_DATALOGGER_SLEEP // support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	2036	typedef enum Datalogger_Sleep_enum_t {
whismanoid	39:4d285e961435	2037	datalogger_Sleep_LP0_Stop = 0,
whismanoid	39:4d285e961435	2038	datalogger_Sleep_LP1_DeepSleep = 1,
whismanoid	39:4d285e961435	2039	datalogger_Sleep_LP2_Sleep = 2,
whismanoid	39:4d285e961435	2040	datalogger_Sleep_LP3_Run = 3,
whismanoid	39:4d285e961435	2041	} Datalogger_Sleep_enum_t;
whismanoid	39:4d285e961435	2042	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	2043	Datalogger_Sleep_enum_t g_timer_sleepmode = datalogger_Sleep_LP3_Run;
whismanoid	39:4d285e961435	2044	#endif
whismanoid	39:4d285e961435	2045
whismanoid	39:4d285e961435	2046	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	2047	// Datalog trigger types
whismanoid	4:d9b05924ad4c	2048	#ifndef USE_DATALOGGER_TRIGGER
whismanoid	4:d9b05924ad4c	2049	#define USE_DATALOGGER_TRIGGER 1
whismanoid	4:d9b05924ad4c	2050	//~ #undef USE_DATALOGGER_TRIGGER
whismanoid	4:d9b05924ad4c	2051	#endif
whismanoid	4:d9b05924ad4c	2052	#if USE_DATALOGGER_TRIGGER // support Datalog trigger
whismanoid	4:d9b05924ad4c	2053	typedef enum Datalogger_Trigger_enum_t {
whismanoid	4:d9b05924ad4c	2054	trigger_Halt = 0, //!< halt
whismanoid	4:d9b05924ad4c	2055	trigger_FreeRun = 1, //!< free run as fast as possible
whismanoid	4:d9b05924ad4c	2056	trigger_Timer = 2, //!< timer (configure interval)
whismanoid	4:d9b05924ad4c	2057	trigger_PlatformDigitalInput, //!< platform digital input (configure digital input pin reference)
whismanoid	4:d9b05924ad4c	2058	trigger_SPIDeviceRegRead, //!< SPI device register read (configure regaddr, mask value, match value)
whismanoid	4:d9b05924ad4c	2059	} Datalogger_Trigger_enum_t;
whismanoid	4:d9b05924ad4c	2060	Datalogger_Trigger_enum_t Datalogger_Trigger = trigger_FreeRun;
whismanoid	17:9397ea3ea7e9	2061	//
whismanoid	17:9397ea3ea7e9	2062	// configuration for trigger_Timer
whismanoid	17:9397ea3ea7e9	2063	int g_timer_interval_msec = 500; // trigger_Timer
whismanoid	17:9397ea3ea7e9	2064	int g_timer_interval_count = 10; // trigger_Timer
whismanoid	17:9397ea3ea7e9	2065	int g_timer_interval_counter = 0; // trigger_Timer
whismanoid	39:4d285e961435	2066	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	17:9397ea3ea7e9	2067	//
whismanoid	17:9397ea3ea7e9	2068	// TODO: configuration for trigger_PlatformDigitalInput
whismanoid	17:9397ea3ea7e9	2069	//
whismanoid	17:9397ea3ea7e9	2070	// TODO: configuration for trigger_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	2071	//
whismanoid	4:d9b05924ad4c	2072	#endif // USE_DATALOGGER_TRIGGER support Datalog trigger
whismanoid	4:d9b05924ad4c	2073
whismanoid	4:d9b05924ad4c	2074	//--------------------------------------------------
whismanoid	17:9397ea3ea7e9	2075	// support trigger_SPIDeviceRegRead: Datalog when SPI read of address matches mask
whismanoid	17:9397ea3ea7e9	2076	#ifndef USE_DATALOGGER_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	2077	#define USE_DATALOGGER_SPIDeviceRegRead 0
whismanoid	17:9397ea3ea7e9	2078	#endif // USE_DATALOGGER_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	2079	#if USE_DATALOGGER_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	2080	// TODO: uint16_t regAddr;
whismanoid	17:9397ea3ea7e9	2081	// TODO: uint16_t regDataMask;
whismanoid	17:9397ea3ea7e9	2082	// TODO: uint16_t regDataTest;
whismanoid	17:9397ea3ea7e9	2083	#endif // USE_DATALOGGER_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	2084
whismanoid	17:9397ea3ea7e9	2085	//--------------------------------------------------
whismanoid	30:07197a430869	2086	// support Datalogger_PrintRow() print gstrRemarkText field from recent #remark
whismanoid	30:07197a430869	2087	#ifndef USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	2088	#define USE_DATALOGGER_REMARK_FIELD 1
whismanoid	30:07197a430869	2089	#endif // USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	2090	#if USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	2091	// Datalogger_PrintRow() print gstrRemarkText field from recent #remark
whismanoid	30:07197a430869	2092	const size_t gstrRemarkTextLASTINDEX = 40; // gstrRemarkText buffer size - 1
whismanoid	30:07197a430869	2093	char gstrRemarkText[gstrRemarkTextLASTINDEX+1] = "";
whismanoid	30:07197a430869	2094	char gstrRemarkHeader[] = "comment"; // comment or remark?
whismanoid	30:07197a430869	2095	#endif // USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	2096
whismanoid	30:07197a430869	2097	//--------------------------------------------------
whismanoid	17:9397ea3ea7e9	2098	// Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	2099	#ifndef USE_DATALOGGER_ActionTable
whismanoid	17:9397ea3ea7e9	2100	#define USE_DATALOGGER_ActionTable 1
whismanoid	17:9397ea3ea7e9	2101	//~ #undef USE_DATALOGGER_ActionTable
whismanoid	17:9397ea3ea7e9	2102	#endif
whismanoid	17:9397ea3ea7e9	2103	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	2104	//
whismanoid	17:9397ea3ea7e9	2105	// Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	2106	typedef enum action_type_enum_t {
whismanoid	17:9397ea3ea7e9	2107	action_noop = 0, // no operation
whismanoid	30:07197a430869	2108	action_digitalOutLow = 1, // pin = low if condition
whismanoid	30:07197a430869	2109	action_digitalOutHigh = 2, // pin = high if condition
whismanoid	30:07197a430869	2110	action_button = 3, // pin = button event index 1, 2, 3
whismanoid	30:07197a430869	2111	action_trigger_Halt = 4,
whismanoid	30:07197a430869	2112	action_trigger_FreeRun = 5,
whismanoid	30:07197a430869	2113	action_trigger_Timer = 6,
whismanoid	30:07197a430869	2114	action_trigger_PlatformDigitalInput = 7,
whismanoid	30:07197a430869	2115	action_trigger_SPIDeviceRegRead = 8,
whismanoid	17:9397ea3ea7e9	2116	} action_type_enum_t;
whismanoid	17:9397ea3ea7e9	2117	//
whismanoid	17:9397ea3ea7e9	2118	// Datalogger_RunActionTable() supported conditions
whismanoid	17:9397ea3ea7e9	2119	typedef enum action_condition_enum_t {
whismanoid	17:9397ea3ea7e9	2120	condition_always = 0, // ( true )
whismanoid	17:9397ea3ea7e9	2121	condition_if_An_gt_threshold, // (Platform_Voltage[channel] > threhsold)
whismanoid	17:9397ea3ea7e9	2122	condition_if_An_lt_threshold, // (Platform_Voltage[channel] < threhsold)
whismanoid	17:9397ea3ea7e9	2123	condition_if_An_eq_threshold, // (Platform_Voltage[channel] == threhsold)
whismanoid	17:9397ea3ea7e9	2124	condition_if_An_ge_threshold, // (Platform_Voltage[channel] >= threhsold)
whismanoid	17:9397ea3ea7e9	2125	condition_if_An_le_threshold, // (Platform_Voltage[channel] <= threhsold)
whismanoid	17:9397ea3ea7e9	2126	condition_if_An_ne_threshold, // (Platform_Voltage[channel] != threhsold)
whismanoid	17:9397ea3ea7e9	2127	condition_if_AINn_gt_threshold, // (SPI_AIN_Voltage[channel] > threhsold)
whismanoid	17:9397ea3ea7e9	2128	condition_if_AINn_lt_threshold, // (SPI_AIN_Voltage[channel] < threhsold)
whismanoid	17:9397ea3ea7e9	2129	condition_if_AINn_eq_threshold, // (SPI_AIN_Voltage[channel] == threhsold)
whismanoid	17:9397ea3ea7e9	2130	condition_if_AINn_ge_threshold, // (SPI_AIN_Voltage[channel] >= threhsold)
whismanoid	17:9397ea3ea7e9	2131	condition_if_AINn_le_threshold, // (SPI_AIN_Voltage[channel] <= threhsold)
whismanoid	17:9397ea3ea7e9	2132	condition_if_AINn_ne_threshold, // (SPI_AIN_Voltage[channel] != threhsold)
whismanoid	17:9397ea3ea7e9	2133	} condition_enum_t;
whismanoid	17:9397ea3ea7e9	2134	//
whismanoid	17:9397ea3ea7e9	2135	// Datalogger_RunActionTable() structure
whismanoid	17:9397ea3ea7e9	2136	typedef struct action_table_row_t {
whismanoid	17:9397ea3ea7e9	2137	action_type_enum_t action;
whismanoid	17:9397ea3ea7e9	2138	int digitalOutPin;
whismanoid	17:9397ea3ea7e9	2139	action_condition_enum_t condition;
whismanoid	17:9397ea3ea7e9	2140	int condition_channel;
whismanoid	17:9397ea3ea7e9	2141	double condition_threshold;
whismanoid	17:9397ea3ea7e9	2142	} action_table_row_t;
whismanoid	17:9397ea3ea7e9	2143	#if MAX40108_DEMO
whismanoid	39:4d285e961435	2144	# ifdef BOARD_SERIAL_NUMBER
whismanoid	39:4d285e961435	2145	// data unique to certain boards based on serial number
whismanoid	39:4d285e961435	2146	// channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	39:4d285e961435	2147	# if (BOARD_SERIAL_NUMBER) == 1
whismanoid	39:4d285e961435	2148	#warning "(BOARD_SERIAL_NUMBER) == 1 -- logic uses A3(CE) instead of A2(WE)"
whismanoid	39:4d285e961435	2149	const int channel_WE = 3; // use channel_CE instead on proto board s/n 1 for diagnostics; easier to sweep values
whismanoid	39:4d285e961435	2150	# elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	39:4d285e961435	2151	#warning "(BOARD_SERIAL_NUMBER) == 5 -- logic uses A3(CE) instead of A2(WE)"
whismanoid	39:4d285e961435	2152	const int channel_WE = 3; // use channel_CE instead on proto board s/n 1 for diagnostics; easier to sweep values
whismanoid	39:4d285e961435	2153	# else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	17:9397ea3ea7e9	2154	const int channel_WE = 2;
whismanoid	39:4d285e961435	2155	# endif
whismanoid	39:4d285e961435	2156	# endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	17:9397ea3ea7e9	2157	const double threshold_WE_0V5 = 0.5;
whismanoid	17:9397ea3ea7e9	2158	const double threshold_WE_0V6 = 0.6;
whismanoid	17:9397ea3ea7e9	2159	const double threshold_WE_0V7 = 0.7;
whismanoid	18:1235c17b451e	2160	const int pin_LED_1 = 91; // support find_digitalInOutPin(91) return DigitalInOut of led1_RFailLED
whismanoid	18:1235c17b451e	2161	const int pin_LED_2 = 92; // support find_digitalInOutPin(92) return DigitalInOut of led2_GPassLED
whismanoid	18:1235c17b451e	2162	const int pin_LED_3 = 93; // support find_digitalInOutPin(93) return DigitalInOut of led3_BBusyLED
whismanoid	17:9397ea3ea7e9	2163	#endif
whismanoid	17:9397ea3ea7e9	2164	const int ACTION_TABLE_ROW_MAX = 20;
whismanoid	17:9397ea3ea7e9	2165	#if MAX40108_DEMO
whismanoid	17:9397ea3ea7e9	2166	bool Datalogger_action_table_enabled = true;
whismanoid	30:07197a430869	2167	int Datalogger_action_table_row_count = 8; // assert (Datalogger_action_table_row_count <= ACTION_TABLE_ROW_MAX)
whismanoid	17:9397ea3ea7e9	2168	#else // MAX40108_DEMO
whismanoid	17:9397ea3ea7e9	2169	int Datalogger_action_table_row_count = 0;
whismanoid	17:9397ea3ea7e9	2170	#endif // MAX40108_DEMO
whismanoid	17:9397ea3ea7e9	2171	action_table_row_t Datalogger_action_table[ACTION_TABLE_ROW_MAX] = {
whismanoid	17:9397ea3ea7e9	2172	#if MAX40108_DEMO
whismanoid	17:9397ea3ea7e9	2173	// LED indicator show (WE > 0.5V)
whismanoid	18:1235c17b451e	2174	// L@0 act=1 pin=92 if=1 ch=2 x=0.500000 -- digitalOutLow D92 if A2 > 0.500000
whismanoid	18:1235c17b451e	2175	{action_digitalOutLow, pin_LED_2, condition_if_An_gt_threshold, channel_WE, threshold_WE_0V5},
whismanoid	17:9397ea3ea7e9	2176	//
whismanoid	17:9397ea3ea7e9	2177	// LED indicator show (WE > 0.6V)
whismanoid	18:1235c17b451e	2178	// L@1 act=1 pin=93 if=1 ch=2 x=0.600000 -- digitalOutLow D93 if A2 > 0.600000
whismanoid	18:1235c17b451e	2179	{action_digitalOutLow, pin_LED_3, condition_if_An_gt_threshold, channel_WE, threshold_WE_0V6},
whismanoid	17:9397ea3ea7e9	2180	//
whismanoid	17:9397ea3ea7e9	2181	// switch to always-on mode `trigger_FreeRun` if (WE > 0.7V)
whismanoid	29:6a9edb6e973b	2182	// L@2 act=5 if=1 ch=2 x=0.700000 -- trigger_FreeRun if A2 > 0.700000
whismanoid	17:9397ea3ea7e9	2183	{action_trigger_FreeRun, 0, condition_if_An_gt_threshold, channel_WE, threshold_WE_0V7},
whismanoid	17:9397ea3ea7e9	2184	//
whismanoid	17:9397ea3ea7e9	2185	// switch to intermittent-sleep-mode `trigger_Timer` if (WE < 0.6V)
whismanoid	29:6a9edb6e973b	2186	// L@3 act=6 if=2 ch=2 x=0.600000 -- trigger_Timer(10 x 500msec) if A2 < 0.600000
whismanoid	17:9397ea3ea7e9	2187	{action_trigger_Timer, 0, condition_if_An_lt_threshold, channel_WE, threshold_WE_0V6},
whismanoid	18:1235c17b451e	2188	//
whismanoid	18:1235c17b451e	2189	// LED indicator show (`Datalogger_Trigger` == `trigger_FreeRun`)
whismanoid	18:1235c17b451e	2190	// {action_noop, 0, condition_always, 0, 0},
whismanoid	18:1235c17b451e	2191	// L@4 act=1 pin=91 if=1 ch=2 x=0.700000 -- digitalOutLow D91 if A2 > 0.700000
whismanoid	18:1235c17b451e	2192	{action_digitalOutLow, pin_LED_1, condition_if_An_gt_threshold, channel_WE, threshold_WE_0V7},
whismanoid	18:1235c17b451e	2193	//
whismanoid	18:1235c17b451e	2194	// L@5 act=2 pin=91 if=2 ch=2 x=0.600000 -- digitalOutHigh D91 if A2 < 0.600000
whismanoid	18:1235c17b451e	2195	{action_digitalOutHigh, pin_LED_1, condition_if_An_lt_threshold, channel_WE, threshold_WE_0V6},
whismanoid	18:1235c17b451e	2196	//
whismanoid	30:07197a430869	2197	// L@6 act=3 pin=4 if=1 ch=2 x=0.700000 -- button 4 event if A2 > 0.700000
whismanoid	30:07197a430869	2198	{action_button, 4, condition_if_An_gt_threshold, channel_WE, threshold_WE_0V7},
whismanoid	29:6a9edb6e973b	2199	//
whismanoid	30:07197a430869	2200	// L@7 act=3 pin=5 if=2 ch=2 x=0.600000 -- button 5 event if A2 < 0.600000
whismanoid	30:07197a430869	2201	{action_button, 5, condition_if_An_lt_threshold, channel_WE, threshold_WE_0V6},
whismanoid	29:6a9edb6e973b	2202	//
whismanoid	17:9397ea3ea7e9	2203	#endif // MAX40108_DEMO
whismanoid	17:9397ea3ea7e9	2204	//
whismanoid	17:9397ea3ea7e9	2205	{action_noop, 0, condition_always, 0, 0},
whismanoid	17:9397ea3ea7e9	2206	};
whismanoid	17:9397ea3ea7e9	2207	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	2208
whismanoid	17:9397ea3ea7e9	2209	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	2210	// print column header banner for csv data columns
whismanoid	8:dffee7509bfb	2211	uint8_t Datalogger_Need_PrintHeader = true;
whismanoid	9:45f98573eb6d	2212	uint8_t need_reinit = true;
whismanoid	8:dffee7509bfb	2213	void Datalogger_PrintHeader(CmdLine& cmdLine);
whismanoid	5:aaf8b5f5fda1	2214	void Datalogger_AcquireRow();
whismanoid	17:9397ea3ea7e9	2215	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	2216	// TODO: Datalogger_RunActionTable() between Datalogger_AcquireRow() and Datalogger_PrintRow()
whismanoid	17:9397ea3ea7e9	2217	void Datalogger_RunActionTable();
whismanoid	17:9397ea3ea7e9	2218	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	8:dffee7509bfb	2219	void Datalogger_PrintRow(CmdLine& cmdLine);
whismanoid	4:d9b05924ad4c	2220
whismanoid	4:d9b05924ad4c	2221	//--------------------------------------------------
whismanoid	0:cb44e2e9ec4c	2222	// Option to validate SPI link by reading PART_ID register
whismanoid	0:cb44e2e9ec4c	2223	#ifndef VERIFY_PART_ID_IN_LOOP
whismanoid	3:9055e17e181a	2224	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	2225	#define VERIFY_PART_ID_IN_LOOP 1
whismanoid	3:9055e17e181a	2226	#else
whismanoid	0:cb44e2e9ec4c	2227	#define VERIFY_PART_ID_IN_LOOP 0
whismanoid	3:9055e17e181a	2228	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	2229	#endif
whismanoid	0:cb44e2e9ec4c	2230
whismanoid	3:9055e17e181a	2231	//--------------------------------------------------
whismanoid	3:9055e17e181a	2232	#define NUM_DUT_ANALOG_IN_CHANNELS 10
whismanoid	3:9055e17e181a	2233
whismanoid	3:9055e17e181a	2234	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	2235	// MAX11410 individual channels 1=LSB, 2=Volt, 0=Disabled
whismanoid	3:9055e17e181a	2236	typedef enum SPI_AIN_Enable_t {
whismanoid	10:04022a61b527	2237	SPI_AIN_Disable = 0,
whismanoid	10:04022a61b527	2238	SPI_AIN_Enable_LSB = 1,
whismanoid	10:04022a61b527	2239	SPI_AIN_Enable_Volt = 2,
whismanoid	3:9055e17e181a	2240	} SPI_AIN_Enable_t;
whismanoid	3:9055e17e181a	2241	uint8_t SPI_AIN_Enable_ch[NUM_DUT_ANALOG_IN_CHANNELS] = {
whismanoid	10:04022a61b527	2242	SPI_AIN_Enable_LSB, // AIN0 1=LSB
whismanoid	10:04022a61b527	2243	SPI_AIN_Enable_LSB, // AIN1 1=LSB
whismanoid	10:04022a61b527	2244	SPI_AIN_Enable_LSB, // AIN2 1=LSB
whismanoid	10:04022a61b527	2245	SPI_AIN_Enable_LSB, // AIN3 1=LSB
whismanoid	10:04022a61b527	2246	SPI_AIN_Enable_LSB, // AIN4 1=LSB
whismanoid	10:04022a61b527	2247	SPI_AIN_Enable_LSB, // AIN5 1=LSB
whismanoid	10:04022a61b527	2248	SPI_AIN_Enable_LSB, // AIN6 1=LSB
whismanoid	10:04022a61b527	2249	SPI_AIN_Enable_LSB, // AIN7 1=LSB
whismanoid	10:04022a61b527	2250	SPI_AIN_Enable_LSB, // AIN8 1=LSB
whismanoid	10:04022a61b527	2251	SPI_AIN_Enable_LSB, // AIN9 1=LSB
whismanoid	3:9055e17e181a	2252	};
whismanoid	3:9055e17e181a	2253	//
whismanoid	10:04022a61b527	2254	double SPI_AIN_Voltage[NUM_DUT_ANALOG_IN_CHANNELS];
whismanoid	13:184a08909405	2255	// Optional custom per-channel header suffix
whismanoid	13:184a08909405	2256	#ifndef HAS_SPI_AIN_customChannelHeader
whismanoid	13:184a08909405	2257	#define HAS_SPI_AIN_customChannelHeader 0
whismanoid	13:184a08909405	2258	#endif
whismanoid	13:184a08909405	2259	#if HAS_SPI_AIN_customChannelHeader // Optional custom per-channel header suffix
whismanoid	13:184a08909405	2260	const char* const SPI_AIN_customChannelHeader_ch[NUM_DUT_ANALOG_IN_CHANNELS] = {
whismanoid	13:184a08909405	2261	"", // MAX40108: AIN0_1V0_current_ 0.591202*100/3.34 = 17.70065868263473mA
whismanoid	13:184a08909405	2262	"", // MAX40108: AIN1_1V0_voltage
whismanoid	13:184a08909405	2263	"WE", // MAX40108: AIN2_WE
whismanoid	13:184a08909405	2264	"CE", // MAX40108: AIN3_CE
whismanoid	13:184a08909405	2265	"100/3.34=mA", // MAX40108: AIN4_100/3.34=mA
whismanoid	13:184a08909405	2266	"CELL_VOLTAGE", // MAX40108: AIN5_CELL_VOLTAGE
whismanoid	13:184a08909405	2267	};
whismanoid	13:184a08909405	2268	#endif // HAS_SPI_AIN_customChannelHeader
whismanoid	3:9055e17e181a	2269	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	2270	// ---------- Measure_Voltage_custom_props in Measure_Voltage @pre and in class properties ----------
whismanoid	3:9055e17e181a	2271	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	4:d9b05924ad4c	2272	// MAX11410 specific per-channel config register v_filter
whismanoid	3:9055e17e181a	2273	uint8_t SPI_AIN_Cfg_v_filter_ch[NUM_DUT_ANALOG_IN_CHANNELS] = {
whismanoid	3:9055e17e181a	2274	0x34, // AIN0 @ v_filter=0x34
whismanoid	3:9055e17e181a	2275	0x34, // AIN1 @ v_filter=0x34
whismanoid	3:9055e17e181a	2276	0x34, // AIN2 @ v_filter=0x34
whismanoid	3:9055e17e181a	2277	0x34, // AIN3 @ v_filter=0x34
whismanoid	3:9055e17e181a	2278	0x34, // AIN4 @ v_filter=0x34
whismanoid	3:9055e17e181a	2279	0x34, // AIN5 @ v_filter=0x34
whismanoid	3:9055e17e181a	2280	0x34, // AIN6 @ v_filter=0x34
whismanoid	3:9055e17e181a	2281	0x34, // AIN7 @ v_filter=0x34
whismanoid	3:9055e17e181a	2282	0x34, // AIN8 @ v_filter=0x34
whismanoid	3:9055e17e181a	2283	0x34, // AIN9 @ v_filter=0x34
whismanoid	3:9055e17e181a	2284	};
whismanoid	3:9055e17e181a	2285	//
whismanoid	4:d9b05924ad4c	2286	// MAX11410 specific per-channel config register v_ctrl
whismanoid	3:9055e17e181a	2287	uint8_t SPI_AIN_Cfg_v_ctrl_ch[NUM_DUT_ANALOG_IN_CHANNELS] = {
whismanoid	3:9055e17e181a	2288	0x42, // AIN0 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2289	0x42, // AIN1 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2290	0x42, // AIN2 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2291	0x42, // AIN3 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2292	0x42, // AIN4 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2293	0x42, // AIN5 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2294	0x42, // AIN6 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2295	0x42, // AIN7 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2296	0x42, // AIN8 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2297	0x42, // AIN9 @ v_ctrl=0x42
whismanoid	3:9055e17e181a	2298	};
whismanoid	3:9055e17e181a	2299	//
whismanoid	4:d9b05924ad4c	2300	// MAX11410 specific per-channel config register v_pga
whismanoid	3:9055e17e181a	2301	uint8_t SPI_AIN_Cfg_v_pga_ch[NUM_DUT_ANALOG_IN_CHANNELS] = {
whismanoid	3:9055e17e181a	2302	0x00, // AIN0 @ v_pga=0x00
whismanoid	3:9055e17e181a	2303	0x00, // AIN1 @ v_pga=0x00
whismanoid	3:9055e17e181a	2304	0x00, // AIN2 @ v_pga=0x00
whismanoid	3:9055e17e181a	2305	0x00, // AIN3 @ v_pga=0x00
whismanoid	3:9055e17e181a	2306	0x00, // AIN4 @ v_pga=0x00
whismanoid	3:9055e17e181a	2307	0x00, // AIN5 @ v_pga=0x00
whismanoid	3:9055e17e181a	2308	0x00, // AIN6 @ v_pga=0x00
whismanoid	3:9055e17e181a	2309	0x00, // AIN7 @ v_pga=0x00
whismanoid	3:9055e17e181a	2310	0x00, // AIN8 @ v_pga=0x00
whismanoid	3:9055e17e181a	2311	0x00, // AIN9 @ v_pga=0x00
whismanoid	3:9055e17e181a	2312	};
whismanoid	3:9055e17e181a	2313	//
whismanoid	3:9055e17e181a	2314	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	2315	// ---------- Measure_Voltage_custom_props ----------
whismanoid	0:cb44e2e9ec4c	2316	// ---------- CUSTOMIZED from MAX11410_Hello after g_MAX11410_device.Init() ----------
whismanoid	0:cb44e2e9ec4c	2317	// filter register configuration in Measure_Voltage and Read_All_Voltages CONV_TYPE_01_Continuous
whismanoid	0:cb44e2e9ec4c	2318	//~ const uint8_t custom_v_filter = 0x34; // @ v_filter=0x34 --*LINEF_11_SINC4 RATE_0100 \| 60SPS
whismanoid	0:cb44e2e9ec4c	2319	//~ const uint8_t custom_v_filter = 0x00; // @ v_filter=0x00 -- LINEF_00_50Hz_60Hz_FIR RATE_0000 \| 1.1SPS
whismanoid	0:cb44e2e9ec4c	2320	//~ const uint8_t custom_v_filter = 0x01; // @ v_filter=0x01 -- LINEF_00_50Hz_60Hz_FIR RATE_0001 \| 2.1SPS
whismanoid	0:cb44e2e9ec4c	2321	//~ const uint8_t custom_v_filter = 0x02; // @ v_filter=0x02 -- LINEF_00_50Hz_60Hz_FIR RATE_0010 \| 4.2SPS
whismanoid	0:cb44e2e9ec4c	2322	//~ const uint8_t custom_v_filter = 0x03; // @ v_filter=0x03 -- LINEF_00_50Hz_60Hz_FIR RATE_0011 \| 8.4SPS
whismanoid	0:cb44e2e9ec4c	2323	//~ const uint8_t custom_v_filter = 0x04; // @ v_filter=0x04 -- LINEF_00_50Hz_60Hz_FIR RATE_0100 \| 16.8SPS
whismanoid	0:cb44e2e9ec4c	2324	//~ const uint8_t custom_v_filter = 0x10; // @ v_filter=0x10 -- LINEF_01_50Hz_FIR RATE_0000 \| 1.3SPS
whismanoid	0:cb44e2e9ec4c	2325	//~ const uint8_t custom_v_filter = 0x11; // @ v_filter=0x11 -- LINEF_01_50Hz_FIR RATE_0001 \| 2.7SPS
whismanoid	0:cb44e2e9ec4c	2326	//~ const uint8_t custom_v_filter = 0x12; // @ v_filter=0x12 -- LINEF_01_50Hz_FIR RATE_0010 \| 5.3SPS
whismanoid	0:cb44e2e9ec4c	2327	//~ const uint8_t custom_v_filter = 0x13; // @ v_filter=0x13 -- LINEF_01_50Hz_FIR RATE_0011 \| 10.7SPS
whismanoid	0:cb44e2e9ec4c	2328	//~ const uint8_t custom_v_filter = 0x14; // @ v_filter=0x14 -- LINEF_01_50Hz_FIR RATE_0100 \| 21.3SPS
whismanoid	0:cb44e2e9ec4c	2329	//~ const uint8_t custom_v_filter = 0x15; // @ v_filter=0x15 -- LINEF_01_50Hz_FIR RATE_0101 \| 40.0SPS
whismanoid	0:cb44e2e9ec4c	2330	//~ const uint8_t custom_v_filter = 0x20; // @ v_filter=0x20 -- LINEF_10_60Hz_FIR RATE_0000 \| 1.3SPS
whismanoid	0:cb44e2e9ec4c	2331	//~ const uint8_t custom_v_filter = 0x21; // @ v_filter=0x21 -- LINEF_10_60Hz_FIR RATE_0001 \| 2.7SPS
whismanoid	0:cb44e2e9ec4c	2332	//~ const uint8_t custom_v_filter = 0x22; // @ v_filter=0x22 -- LINEF_10_60Hz_FIR RATE_0010 \| 5.3SPS
whismanoid	0:cb44e2e9ec4c	2333	//~ const uint8_t custom_v_filter = 0x23; // @ v_filter=0x23 -- LINEF_10_60Hz_FIR RATE_0011 \| 10.7SPS
whismanoid	0:cb44e2e9ec4c	2334	//~ const uint8_t custom_v_filter = 0x24; // @ v_filter=0x24 -- LINEF_10_60Hz_FIR RATE_0100 \| 21.3SPS
whismanoid	0:cb44e2e9ec4c	2335	//~ const uint8_t custom_v_filter = 0x25; // @ v_filter=0x25 -- LINEF_10_60Hz_FIR RATE_0101 \| 40.0SPS
whismanoid	0:cb44e2e9ec4c	2336	//~ const uint8_t custom_v_filter = 0x30; // @ v_filter=0x30 -- LINEF_11_SINC4 RATE_0000 \| 4SPS
whismanoid	0:cb44e2e9ec4c	2337	//~ const uint8_t custom_v_filter = 0x31; // @ v_filter=0x31 -- LINEF_11_SINC4 RATE_0001 \| 10SPS
whismanoid	0:cb44e2e9ec4c	2338	//~ const uint8_t custom_v_filter = 0x32; // @ v_filter=0x32 -- LINEF_11_SINC4 RATE_0010 \| 20SPS
whismanoid	0:cb44e2e9ec4c	2339	//~ const uint8_t custom_v_filter = 0x33; // @ v_filter=0x33 -- LINEF_11_SINC4 RATE_0011 \| 40SPS
whismanoid	0:cb44e2e9ec4c	2340	//~ const uint8_t custom_v_filter = 0x34; // @ v_filter=0x34 --*LINEF_11_SINC4 RATE_0100 \| 60SPS
whismanoid	0:cb44e2e9ec4c	2341	//~ const uint8_t custom_v_filter = 0x35; // @ v_filter=0x35 -- LINEF_11_SINC4 RATE_0101 \| 120SPS
whismanoid	0:cb44e2e9ec4c	2342	//~ const uint8_t custom_v_filter = 0x36; // @ v_filter=0x36 -- LINEF_11_SINC4 RATE_0110 \| 240SPS
whismanoid	0:cb44e2e9ec4c	2343	//~ const uint8_t custom_v_filter = 0x37; // @ v_filter=0x37 -- LINEF_11_SINC4 RATE_0111 \| 480SPS
whismanoid	0:cb44e2e9ec4c	2344	//~ const uint8_t custom_v_filter = 0x38; // @ v_filter=0x38 -- LINEF_11_SINC4 RATE_1000 \| 960SPS
whismanoid	0:cb44e2e9ec4c	2345	//~ const uint8_t custom_v_filter = 0x39; // @ v_filter=0x39 -- LINEF_11_SINC4 RATE_1001 \| 1920SPS
whismanoid	0:cb44e2e9ec4c	2346	// ---------- CUSTOMIZED from MAX11410_Hello ----------
whismanoid	0:cb44e2e9ec4c	2347	//
whismanoid	0:cb44e2e9ec4c	2348	// ---------- CUSTOMIZED from MAX11410_Hello after g_MAX11410_device.Init() ----------
whismanoid	0:cb44e2e9ec4c	2349	// pga register configuration in Measure_Voltage and Read_All_Voltages
whismanoid	0:cb44e2e9ec4c	2350	//~ const uint8_t custom_v_pga = 0x00; // @ v_pga=0x00 -- 0x00 SIG_PATH_00_BUFFERED
whismanoid	0:cb44e2e9ec4c	2351	//~ const uint8_t custom_v_pga = 0x00; // @ v_pga=0x00 -- 0x00 SIG_PATH_00_BUFFERED
whismanoid	0:cb44e2e9ec4c	2352	//~ const uint8_t custom_v_pga = 0x10; // @ v_pga=0x10 -- 0x10 SIG_PATH_01_BYPASS
whismanoid	0:cb44e2e9ec4c	2353	//~ const uint8_t custom_v_pga = 0x20; // @ v_pga=0x20 -- 0x20 SIG_PATH_10_PGA GAIN_000_1
whismanoid	0:cb44e2e9ec4c	2354	//~ const uint8_t custom_v_pga = 0x21; // @ v_pga=0x21 --*0x21 SIG_PATH_10_PGA GAIN_001_2
whismanoid	0:cb44e2e9ec4c	2355	//~ const uint8_t custom_v_pga = 0x22; // @ v_pga=0x22 -- 0x22 SIG_PATH_10_PGA GAIN_010_4
whismanoid	0:cb44e2e9ec4c	2356	//~ const uint8_t custom_v_pga = 0x23; // @ v_pga=0x23 -- 0x23 SIG_PATH_10_PGA GAIN_011_8
whismanoid	0:cb44e2e9ec4c	2357	//~ const uint8_t custom_v_pga = 0x24; // @ v_pga=0x24 -- 0x24 SIG_PATH_10_PGA GAIN_100_16
whismanoid	0:cb44e2e9ec4c	2358	//~ const uint8_t custom_v_pga = 0x25; // @ v_pga=0x25 -- 0x25 SIG_PATH_10_PGA GAIN_101_32
whismanoid	0:cb44e2e9ec4c	2359	//~ const uint8_t custom_v_pga = 0x26; // @ v_pga=0x26 -- 0x26 SIG_PATH_10_PGA GAIN_110_64
whismanoid	0:cb44e2e9ec4c	2360	//~ const uint8_t custom_v_pga = 0x27; // @ v_pga=0x27 -- 0x27 SIG_PATH_10_PGA GAIN_111_128
whismanoid	0:cb44e2e9ec4c	2361	// ---------- CUSTOMIZED from MAX11410_Hello ----------
whismanoid	0:cb44e2e9ec4c	2362	//
whismanoid	0:cb44e2e9ec4c	2363	// ---------- CUSTOMIZED from MAX11410_Hello after g_MAX11410_device.Init() ----------
whismanoid	0:cb44e2e9ec4c	2364	// ctrl register configuration in Measure_Voltage and Read_All_Voltages
whismanoid	3:9055e17e181a	2365	//~ const uint8_t custom_v_ctrl = 0x42; // @ v_ctrl=0x42 -- 0x40 unipolar, 0x02 REF_SEL_010_REF2P_REF2N
whismanoid	0:cb44e2e9ec4c	2366	//~ const uint8_t custom_v_ctrl = 0x40; // @ v_ctrl=0x40 -- 0x40 unipolar, 0x00 REF_SEL_000_AIN0_AIN1
whismanoid	0:cb44e2e9ec4c	2367	//~ const uint8_t custom_v_ctrl = 0x44; // @ v_ctrl=0x44 -- 0x40 unipolar, 0x04 REF_SEL_100_AIN0_AGND
whismanoid	0:cb44e2e9ec4c	2368	//~ const uint8_t custom_v_ctrl = 0x58; // @ v_ctrl=0x58 -- 0x40 unipolar, 0x00 REF_SEL_000_AIN0_AIN1, 0x18 refbuf
whismanoid	0:cb44e2e9ec4c	2369	//
whismanoid	0:cb44e2e9ec4c	2370	//~ const uint8_t custom_v_ctrl = 0x41; // @ v_ctrl=0x41 -- 0x40 unipolar, 0x01 REF_SEL_001_REF1P_REF1N
whismanoid	0:cb44e2e9ec4c	2371	//~ const uint8_t custom_v_ctrl = 0x45; // @ v_ctrl=0x45 -- 0x40 unipolar, 0x05 REF_SEL_101_REF1P_AGND
whismanoid	0:cb44e2e9ec4c	2372	//~ const uint8_t custom_v_ctrl = 0x59; // @ v_ctrl=0x59 -- 0x40 unipolar, 0x01 REF_SEL_001_REF1P_REF1N, 0x18 refbuf
whismanoid	0:cb44e2e9ec4c	2373	//
whismanoid	0:cb44e2e9ec4c	2374	//~ const uint8_t custom_v_ctrl = 0x42; // @ v_ctrl=0x42 -- 0x40 unipolar, 0x02 REF_SEL_010_REF2P_REF2N
whismanoid	0:cb44e2e9ec4c	2375	//~ const uint8_t custom_v_ctrl = 0x46; // @ v_ctrl=0x46 -- 0x40 unipolar, 0x06 REF_SEL_110_REF2P_AGND
whismanoid	0:cb44e2e9ec4c	2376	//~ const uint8_t custom_v_ctrl = 0x22; // @ v_ctrl=0x22 -- 0x20 bipolar offset binary, 0x02 REF_SEL_010_REF2P_REF2N
whismanoid	0:cb44e2e9ec4c	2377	//~ const uint8_t custom_v_ctrl = 0x02; // @ v_ctrl=0x02 -- 0x00 bipolar 2's complement, 0x02 REF_SEL_010_REF2P_REF2N
whismanoid	0:cb44e2e9ec4c	2378	//
whismanoid	0:cb44e2e9ec4c	2379	//~ const uint8_t custom_v_ctrl = 0x44; // @ v_ctrl=0x44 -- 0x40 unipolar, 0x04 REF_SEL_100_AIN0_AGND
whismanoid	0:cb44e2e9ec4c	2380	//~ const uint8_t custom_v_ctrl = 0x47; // @ v_ctrl=0x47 -- 0x40 unipolar, 0x07 REF_SEL_111_AVDD_AGND
whismanoid	0:cb44e2e9ec4c	2381	//~ const uint8_t custom_v_ctrl = 0x27; // @ v_ctrl=0x27 -- 0x20 bipolar offset binary, 0x07 REF_SEL_111_AVDD_AGND
whismanoid	0:cb44e2e9ec4c	2382	//~ const uint8_t custom_v_ctrl = 0x07; // @ v_ctrl=0x07 -- 0x00 bipolar 2's complement, 0x07 REF_SEL_111_AVDD_AGND
whismanoid	0:cb44e2e9ec4c	2383	// ---------- CUSTOMIZED from MAX11410_Hello ----------
whismanoid	0:cb44e2e9ec4c	2384
whismanoid	3:9055e17e181a	2385	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	2386	// example code declare SPI interface (GPIO controlled CS)
whismanoid	0:cb44e2e9ec4c	2387	#if defined(TARGET_MAX32625MBED)
whismanoid	0:cb44e2e9ec4c	2388	SPI spi(SPI1_MOSI, SPI1_MISO, SPI1_SCK); // mosi, miso, sclk spi1 TARGET_MAX32625MBED: P1_1 P1_2 P1_0 Arduino 10-pin header D11 D12 D13
whismanoid	0:cb44e2e9ec4c	2389	DigitalOut spi_cs(SPI1_SS); // TARGET_MAX32625MBED: P1_3 Arduino 10-pin header D10
whismanoid	19:5ff09c8e9daf	2390	#elif defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	0:cb44e2e9ec4c	2391	#warning "TARGET_MAX32625PICO not previously tested; need to define pins..."
whismanoid	0:cb44e2e9ec4c	2392	SPI spi(SPI0_MOSI, SPI0_MISO, SPI0_SCK); // mosi, miso, sclk spi1 TARGET_MAX32625PICO: pin P0_5 P0_6 P0_4
whismanoid	0:cb44e2e9ec4c	2393	DigitalOut spi_cs(SPI0_SS); // TARGET_MAX32625PICO: pin P0_7
whismanoid	0:cb44e2e9ec4c	2394	#elif defined(TARGET_MAX32600MBED)
whismanoid	0:cb44e2e9ec4c	2395	SPI spi(SPI2_MOSI, SPI2_MISO, SPI2_SCK); // mosi, miso, sclk spi1 TARGET_MAX32600MBED: Arduino 10-pin header D11 D12 D13
whismanoid	0:cb44e2e9ec4c	2396	DigitalOut spi_cs(SPI2_SS); // Generic: Arduino 10-pin header D10
whismanoid	0:cb44e2e9ec4c	2397	#elif defined(TARGET_NUCLEO_F446RE) \|\| defined(TARGET_NUCLEO_F401RE)
whismanoid	0:cb44e2e9ec4c	2398	// TODO1: avoid resource conflict between P5_0, P5_1, P5_2 SPI and DigitalInOut
whismanoid	0:cb44e2e9ec4c	2399	// void spi_init(spi_t *obj, PinName mosi, PinName miso, PinName sclk, PinName ssel)
whismanoid	0:cb44e2e9ec4c	2400	//
whismanoid	0:cb44e2e9ec4c	2401	// TODO1: NUCLEO_F446RE SPI not working; CS and MOSI data looks OK but no SCLK clock pulses.
whismanoid	0:cb44e2e9ec4c	2402	SPI spi(SPI_MOSI, SPI_MISO, SPI_SCK); // mosi, miso, sclk spi1 TARGET_NUCLEO_F446RE: Arduino 10-pin header D11 D12 D13
whismanoid	0:cb44e2e9ec4c	2403	DigitalOut spi_cs(SPI_CS); // TARGET_NUCLEO_F446RE: PB_6 Arduino 10-pin header D10
whismanoid	0:cb44e2e9ec4c	2404	//
whismanoid	0:cb44e2e9ec4c	2405	#else
whismanoid	3:9055e17e181a	2406	SPI spi(D11, D12, D13); // mosi, miso, sclk spi1 TARGET_MAX32600MBED: Arduino 10-pin header D11 D12 D13
whismanoid	3:9055e17e181a	2407	DigitalOut spi_cs(D10); // Generic: Arduino 10-pin header D10
whismanoid	0:cb44e2e9ec4c	2408	#endif
whismanoid	0:cb44e2e9ec4c	2409
whismanoid	0:cb44e2e9ec4c	2410	// example code declare GPIO interface pins
whismanoid	0:cb44e2e9ec4c	2411	// example code declare device instance
whismanoid	3:9055e17e181a	2412	MAX11410 g_MAX11410_device(spi, spi_cs, MAX11410::MAX11410_IC);
whismanoid	3:9055e17e181a	2413	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	2414
whismanoid	1:747f1602abfc	2415	//--------------------------------------------------
whismanoid	3:9055e17e181a	2416	// Option to Datalog Arduino platform analog inputs
whismanoid	3:9055e17e181a	2417	#ifndef LOG_PLATFORM_AIN
whismanoid	3:9055e17e181a	2418	#define LOG_PLATFORM_AIN 6
whismanoid	3:9055e17e181a	2419	//~ #undef LOG_PLATFORM_AIN
whismanoid	3:9055e17e181a	2420	#endif
whismanoid	3:9055e17e181a	2421	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	1:747f1602abfc	2422	//#ifndef NUM_PLATFORM_ANALOG_IN_CHANNELS
whismanoid	1:747f1602abfc	2423	//#define NUM_PLATFORM_ANALOG_IN_CHANNELS 6
whismanoid	1:747f1602abfc	2424	//#endif
whismanoid	1:747f1602abfc	2425	const int NUM_PLATFORM_ANALOG_IN_CHANNELS = 6;
whismanoid	1:747f1602abfc	2426	const double adc_full_scale_voltage[NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	10:04022a61b527	2427	analogInPin_fullScaleVoltage[0], // 1.2,
whismanoid	10:04022a61b527	2428	analogInPin_fullScaleVoltage[1], // 1.2,
whismanoid	10:04022a61b527	2429	analogInPin_fullScaleVoltage[2], // 1.2,
whismanoid	10:04022a61b527	2430	analogInPin_fullScaleVoltage[3], // 1.2,
whismanoid	10:04022a61b527	2431	analogInPin_fullScaleVoltage[4], // 6.0
whismanoid	10:04022a61b527	2432	analogInPin_fullScaleVoltage[5], // 6.0
whismanoid	0:cb44e2e9ec4c	2433	};
whismanoid	9:45f98573eb6d	2434	// Platform ADC individual channels 1=LSB, 2=Volt, 0=Disabled
whismanoid	9:45f98573eb6d	2435	typedef enum Platform_AIN_Enable_t {
whismanoid	9:45f98573eb6d	2436	Platform_AIN_Disable = 0,
whismanoid	9:45f98573eb6d	2437	Platform_AIN_Enable_LSB = 1,
whismanoid	9:45f98573eb6d	2438	Platform_AIN_Enable_Volt = 2,
whismanoid	9:45f98573eb6d	2439	} Platform_AIN_Enable_t;
whismanoid	13:184a08909405	2440	uint8_t Platform_Enable_ch[NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	9:45f98573eb6d	2441	Platform_AIN_Enable_Volt, // AIN0 2=Volt
whismanoid	9:45f98573eb6d	2442	Platform_AIN_Enable_Volt, // AIN1 2=Volt
whismanoid	9:45f98573eb6d	2443	Platform_AIN_Enable_Volt, // AIN2 2=Volt
whismanoid	9:45f98573eb6d	2444	Platform_AIN_Enable_Volt, // AIN3 2=Volt
whismanoid	9:45f98573eb6d	2445	Platform_AIN_Enable_Volt, // AIN4 2=Volt
whismanoid	9:45f98573eb6d	2446	Platform_AIN_Enable_Volt, // AIN5 2=Volt
whismanoid	9:45f98573eb6d	2447	};
whismanoid	37:3f369235e5bc	2448	// Option to report average value of Arduino platform analog inputs
whismanoid	37:3f369235e5bc	2449	#ifndef USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	2450	#define USE_Platform_AIN_Average 1
whismanoid	37:3f369235e5bc	2451	//~ #undef USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	2452	#endif
whismanoid	37:3f369235e5bc	2453	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	2454	#endif // USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	2455	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	2456	int Platform_AIN_Average_N = 16;
whismanoid	37:3f369235e5bc	2457	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	2458	// Option to apply calibration to Arduino platform analog inputs
whismanoid	34:a1993a1ee904	2459	#ifndef HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	2460	#define HAS_Platform_AIN_Calibration 1
whismanoid	34:a1993a1ee904	2461	//~ #undef HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	2462	#endif
whismanoid	34:a1993a1ee904	2463	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	2464	double CalibratedNormValue(int channel_0_5, double raw_normValue_0_1);
whismanoid	34:a1993a1ee904	2465	// Calibration is between two points for each channel, defined by
whismanoid	34:a1993a1ee904	2466	// a normalized value between 0% and 100%, and the corresponding voltage.
whismanoid	34:a1993a1ee904	2467	// nominal 5% fullscale point; normValue_0_1 < 0.5
whismanoid	34:a1993a1ee904	2468	// calibration_05_normValue_0_1, calibration_05_V should be around 5% or 25%
whismanoid	34:a1993a1ee904	2469	double calibration_05_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	36:e7aac874b8be	2470	#ifdef BOARD_SERIAL_NUMBER
whismanoid	36:e7aac874b8be	2471	// data unique to certain boards based on serial number
whismanoid	38:fda80a0020d1	2472	// channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2473	# if (BOARD_SERIAL_NUMBER) == 0
whismanoid	36:e7aac874b8be	2474	#warning "(BOARD_SERIAL_NUMBER) == 0"
whismanoid	38:fda80a0020d1	2475	// TODO: calibrate BOARD_SERIAL_NUMBER 0 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2476	0.25, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2477	0.25, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2478	0.25, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2479	0.25, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2480	0.25, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2481	0.25, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2482	//
whismanoid	36:e7aac874b8be	2483	# elif (BOARD_SERIAL_NUMBER) == 1
whismanoid	36:e7aac874b8be	2484	#warning "(BOARD_SERIAL_NUMBER) == 1"
whismanoid	38:fda80a0020d1	2485	// TODO: calibrate BOARD_SERIAL_NUMBER 1 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	37:3f369235e5bc	2486	0.250000000, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	37:3f369235e5bc	2487	0.624736547, // %A cal1n=0.624736547 cal1v=0.748000026V cal1n=0.979754724 cal1v=1.167500019V
whismanoid	37:3f369235e5bc	2488	0.250000000, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	37:3f369235e5bc	2489	0.250000000, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	37:3f369235e5bc	2490	0.250000000, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	37:3f369235e5bc	2491	0.127252869, // %A cal5n=0.127252869 cal5v=0.748000026V cal5n=0.267205842 cal5v=1.578999996V
whismanoid	36:e7aac874b8be	2492	//
whismanoid	36:e7aac874b8be	2493	# elif (BOARD_SERIAL_NUMBER) == 2
whismanoid	36:e7aac874b8be	2494	#warning "(BOARD_SERIAL_NUMBER) == 2"
whismanoid	38:fda80a0020d1	2495	// TODO: calibrate BOARD_SERIAL_NUMBER 2 channels A1/A5(1V0)?
whismanoid	38:fda80a0020d1	2496	0.001955034, // %A cal0n=0.001955034 cal0v=0.000120000V cal0n=0.964797903 cal0v=1.149270058V
whismanoid	38:fda80a0020d1	2497	0.646371711, // %A cal1n=0.646371711 cal1v=0.761619985V cal1n=0.964797903 cal1v=1.149270058V
whismanoid	38:fda80a0020d1	2498	0.121437412, // %A cal2n=0.121437412 cal2v=0.146500006V cal2n=0.833466958 cal2v=1.004999995V
whismanoid	38:fda80a0020d1	2499	0.121437412, // %A cal3n=0.121437412 cal3v=0.146500006V cal3n=0.833466958 cal3v=1.004999995V
whismanoid	38:fda80a0020d1	2500	0.001955034, // %A cal4n=0.001955034 cal4v=0.000120000V cal4n=0.291349728 cal4v=1.735399961V
whismanoid	38:fda80a0020d1	2501	0.130005952, // %A cal5n=0.130005952 cal5v=0.761650026V cal5n=0.291349728 cal5v=1.735399961V
whismanoid	36:e7aac874b8be	2502	//
whismanoid	36:e7aac874b8be	2503	# elif (BOARD_SERIAL_NUMBER) == 3
whismanoid	36:e7aac874b8be	2504	#warning "(BOARD_SERIAL_NUMBER) == 3"
whismanoid	38:fda80a0020d1	2505	// TODO: calibrate BOARD_SERIAL_NUMBER 3 channels A2(WE), A3(CE) not quite right yet
whismanoid	38:fda80a0020d1	2506	0.002932551, // %A cal0n=0.002932551 cal0v=0.000130000V cal0n=0.966447462 cal0v=1.149999976V
whismanoid	38:fda80a0020d1	2507	0.643798094, // %A cal1n=0.643798094 cal1v=0.756900012V cal1n=0.966447462 cal1v=1.149999976V
whismanoid	38:fda80a0020d1	2508	0.151286051, // %A cal2n=0.151286051 cal2v=0.181050003V cal2n=0.786534725 cal2v=0.936999977V
whismanoid	38:fda80a0020d1	2509	0.151286051, // %A cal3n=0.151286051 cal3v=0.181050003V cal3n=0.786023080 cal3v=0.936999977V
whismanoid	38:fda80a0020d1	2510	0.002932551, // %A cal4n=0.002932551 cal4v=0.000130000V cal4n=0.286962360 cal4v=1.707499981V
whismanoid	38:fda80a0020d1	2511	0.130120505, // %A cal5n=0.130120505 cal5v=0.757099986V cal5n=0.286962360 cal5v=1.707499981V
whismanoid	36:e7aac874b8be	2512	//
whismanoid	36:e7aac874b8be	2513	# elif (BOARD_SERIAL_NUMBER) == 4
whismanoid	36:e7aac874b8be	2514	#warning "(BOARD_SERIAL_NUMBER) == 4"
whismanoid	38:fda80a0020d1	2515	0.003910068, // %A cal0n=0.003910068 cal0v=0.000120000V cal0n=0.925441444 cal0v=1.107100010V
whismanoid	38:fda80a0020d1	2516	0.635619044, // %A cal1n=0.635619044 cal1v=0.759999990V cal1n=0.925441444 cal1v=1.107100010V
whismanoid	38:fda80a0020d1	2517	0.083768636, // %A cal2n=0.083768636 cal2v=0.100000001V cal2n=0.820740156 cal2v=0.980000019V
whismanoid	38:fda80a0020d1	2518	0.083768636, // %A cal3n=0.083768636 cal3v=0.100000001V cal3n=0.820740156 cal3v=0.980000019V
whismanoid	38:fda80a0020d1	2519	0.003910068, // %A cal4n=0.003910068 cal4v=0.000120000V cal4n=0.279630989 cal4v=1.651999950V
whismanoid	38:fda80a0020d1	2520	0.129257541, // %A cal5n=0.129257541 cal5v=0.759999990V cal5n=0.279630989 cal5v=1.651999950V
whismanoid	36:e7aac874b8be	2521	//
whismanoid	36:e7aac874b8be	2522	# elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	36:e7aac874b8be	2523	#warning "(BOARD_SERIAL_NUMBER) == 5"
whismanoid	38:fda80a0020d1	2524	// TODO: calibrate BOARD_SERIAL_NUMBER 5 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE) broken unit?
whismanoid	36:e7aac874b8be	2525	0.25, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2526	0.25, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2527	0.25, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2528	0.25, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2529	0.25, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2530	0.25, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2531	//
whismanoid	36:e7aac874b8be	2532	# elif (BOARD_SERIAL_NUMBER) == 6
whismanoid	36:e7aac874b8be	2533	#warning "(BOARD_SERIAL_NUMBER) == 6"
whismanoid	38:fda80a0020d1	2534	// TODO: calibrate BOARD_SERIAL_NUMBER 6 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2535	0.25, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2536	0.25, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2537	0.25, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2538	0.25, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2539	0.25, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2540	0.25, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2541	//
whismanoid	36:e7aac874b8be	2542	# else
whismanoid	36:e7aac874b8be	2543	#warning "BOARD_SERIAL_NUMBER defined but not recognized"
whismanoid	36:e7aac874b8be	2544	# endif
whismanoid	36:e7aac874b8be	2545	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2546	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	36:e7aac874b8be	2547	0.25, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2548	0.25, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2549	0.25, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2550	0.25, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2551	0.25, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2552	0.25, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2553	//
whismanoid	36:e7aac874b8be	2554	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	34:a1993a1ee904	2555	};
whismanoid	34:a1993a1ee904	2556	double calibration_05_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	36:e7aac874b8be	2557	#ifdef BOARD_SERIAL_NUMBER
whismanoid	36:e7aac874b8be	2558	// data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2559	# if (BOARD_SERIAL_NUMBER) == 0
whismanoid	36:e7aac874b8be	2560	#warning "(BOARD_SERIAL_NUMBER) == 0"
whismanoid	38:fda80a0020d1	2561	// TODO: calibrate BOARD_SERIAL_NUMBER 0 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2562	0.3, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2563	0.3, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2564	0.3, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2565	0.3, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2566	1.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2567	1.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2568	//
whismanoid	36:e7aac874b8be	2569	# elif (BOARD_SERIAL_NUMBER) == 1
whismanoid	36:e7aac874b8be	2570	#warning "(BOARD_SERIAL_NUMBER) == 1"
whismanoid	38:fda80a0020d1	2571	// TODO: calibrate BOARD_SERIAL_NUMBER 1 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	37:3f369235e5bc	2572	0.300000000, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	37:3f369235e5bc	2573	0.748000026, // %A cal1n=0.624736547 cal1v=0.748000026V cal1n=0.979754724 cal1v=1.167500019V
whismanoid	37:3f369235e5bc	2574	0.300000000, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	37:3f369235e5bc	2575	0.300000000, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	37:3f369235e5bc	2576	1.500000000, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	37:3f369235e5bc	2577	0.748000026, // %A cal5n=0.127252869 cal5v=0.748000026V cal5n=0.267205842 cal5v=1.578999996V
whismanoid	36:e7aac874b8be	2578	//
whismanoid	36:e7aac874b8be	2579	# elif (BOARD_SERIAL_NUMBER) == 2
whismanoid	36:e7aac874b8be	2580	#warning "(BOARD_SERIAL_NUMBER) == 2"
whismanoid	38:fda80a0020d1	2581	// TODO: calibrate BOARD_SERIAL_NUMBER 2 channels A1/A5(1V0)?
whismanoid	38:fda80a0020d1	2582	0.000120000, // %A cal0n=0.001955034 cal0v=0.000120000V cal0n=0.964797903 cal0v=1.149270058V
whismanoid	38:fda80a0020d1	2583	0.761619985, // %A cal1n=0.646371711 cal1v=0.761619985V cal1n=0.964797903 cal1v=1.149270058V
whismanoid	38:fda80a0020d1	2584	0.146500006, // %A cal2n=0.121437412 cal2v=0.146500006V cal2n=0.833466958 cal2v=1.004999995V
whismanoid	38:fda80a0020d1	2585	0.146500006, // %A cal3n=0.121437412 cal3v=0.146500006V cal3n=0.833466958 cal3v=1.004999995V
whismanoid	38:fda80a0020d1	2586	0.000120000, // %A cal4n=0.001955034 cal4v=0.000120000V cal4n=0.291349728 cal4v=1.735399961V
whismanoid	38:fda80a0020d1	2587	0.761650026, // %A cal5n=0.130005952 cal5v=0.761650026V cal5n=0.291349728 cal5v=1.735399961V
whismanoid	36:e7aac874b8be	2588	//
whismanoid	36:e7aac874b8be	2589	# elif (BOARD_SERIAL_NUMBER) == 3
whismanoid	36:e7aac874b8be	2590	#warning "(BOARD_SERIAL_NUMBER) == 3"
whismanoid	38:fda80a0020d1	2591	// TODO: calibrate BOARD_SERIAL_NUMBER 3 channels A2(WE), A3(CE) not quite right yet
whismanoid	38:fda80a0020d1	2592	0.000130000, // %A cal0n=0.002932551 cal0v=0.000130000V cal0n=0.966447462 cal0v=1.149999976V
whismanoid	38:fda80a0020d1	2593	0.756900012, // %A cal1n=0.643798094 cal1v=0.756900012V cal1n=0.966447462 cal1v=1.149999976V
whismanoid	38:fda80a0020d1	2594	0.181050003, // %A cal2n=0.151286051 cal2v=0.181050003V cal2n=0.786534725 cal2v=0.936999977V
whismanoid	38:fda80a0020d1	2595	0.181050003, // %A cal3n=0.151286051 cal3v=0.181050003V cal3n=0.786023080 cal3v=0.936999977V
whismanoid	38:fda80a0020d1	2596	0.000130000, // %A cal4n=0.002932551 cal4v=0.000130000V cal4n=0.286962360 cal4v=1.707499981V
whismanoid	38:fda80a0020d1	2597	0.757099986, // %A cal5n=0.130120505 cal5v=0.757099986V cal5n=0.286962360 cal5v=1.707499981V
whismanoid	36:e7aac874b8be	2598	//
whismanoid	36:e7aac874b8be	2599	# elif (BOARD_SERIAL_NUMBER) == 4
whismanoid	36:e7aac874b8be	2600	#warning "(BOARD_SERIAL_NUMBER) == 4"
whismanoid	38:fda80a0020d1	2601	0.000120000, // %A cal0n=0.003910068 cal0v=0.000120000V cal0n=0.925441444 cal0v=1.107100010V
whismanoid	38:fda80a0020d1	2602	0.759999990, // %A cal1n=0.635619044 cal1v=0.759999990V cal1n=0.925441444 cal1v=1.107100010V
whismanoid	38:fda80a0020d1	2603	0.100000001, // %A cal2n=0.083768636 cal2v=0.100000001V cal2n=0.820740156 cal2v=0.980000019V
whismanoid	38:fda80a0020d1	2604	0.100000001, // %A cal3n=0.083768636 cal3v=0.100000001V cal3n=0.820740156 cal3v=0.980000019V
whismanoid	38:fda80a0020d1	2605	0.000120000, // %A cal4n=0.003910068 cal4v=0.000120000V cal4n=0.279630989 cal4v=1.651999950V
whismanoid	38:fda80a0020d1	2606	0.759999990, // %A cal5n=0.129257541 cal5v=0.759999990V cal5n=0.279630989 cal5v=1.651999950V
whismanoid	36:e7aac874b8be	2607	//
whismanoid	36:e7aac874b8be	2608	# elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	36:e7aac874b8be	2609	#warning "(BOARD_SERIAL_NUMBER) == 5"
whismanoid	38:fda80a0020d1	2610	// TODO: calibrate BOARD_SERIAL_NUMBER 5 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2611	0.3, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2612	0.3, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2613	0.3, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2614	0.3, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2615	1.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2616	1.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2617	//
whismanoid	36:e7aac874b8be	2618	# elif (BOARD_SERIAL_NUMBER) == 6
whismanoid	36:e7aac874b8be	2619	#warning "(BOARD_SERIAL_NUMBER) == 6"
whismanoid	38:fda80a0020d1	2620	// TODO: calibrate BOARD_SERIAL_NUMBER 6 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2621	0.3, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2622	0.3, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2623	0.3, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2624	0.3, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2625	1.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2626	1.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2627	//
whismanoid	36:e7aac874b8be	2628	# else
whismanoid	36:e7aac874b8be	2629	#warning "BOARD_SERIAL_NUMBER defined but not recognized"
whismanoid	36:e7aac874b8be	2630	# endif
whismanoid	36:e7aac874b8be	2631	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2632	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	36:e7aac874b8be	2633	0.3, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2634	0.3, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2635	0.3, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2636	0.3, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2637	1.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2638	1.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2639	//
whismanoid	36:e7aac874b8be	2640	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	34:a1993a1ee904	2641	};
whismanoid	34:a1993a1ee904	2642	// nominal 95% fullscale point; normValue_0_1 > 0.5
whismanoid	34:a1993a1ee904	2643	// calibration_95_normValue_0_1, calibration_95_V should be around 95% or 75%
whismanoid	34:a1993a1ee904	2644	double calibration_95_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	36:e7aac874b8be	2645	#ifdef BOARD_SERIAL_NUMBER
whismanoid	36:e7aac874b8be	2646	// data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2647	# if (BOARD_SERIAL_NUMBER) == 0
whismanoid	36:e7aac874b8be	2648	#warning "(BOARD_SERIAL_NUMBER) == 0"
whismanoid	38:fda80a0020d1	2649	// TODO: calibrate BOARD_SERIAL_NUMBER 0 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2650	0.75, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2651	0.75, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2652	0.75, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2653	0.75, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2654	0.75, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2655	0.75, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2656	//
whismanoid	36:e7aac874b8be	2657	# elif (BOARD_SERIAL_NUMBER) == 1
whismanoid	36:e7aac874b8be	2658	#warning "(BOARD_SERIAL_NUMBER) == 1"
whismanoid	38:fda80a0020d1	2659	// TODO: calibrate BOARD_SERIAL_NUMBER 1 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	37:3f369235e5bc	2660	0.750000000, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	37:3f369235e5bc	2661	0.979754724, // %A cal1n=0.624736547 cal1v=0.748000026V cal1n=0.979754724 cal1v=1.167500019V
whismanoid	37:3f369235e5bc	2662	0.750000000, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	37:3f369235e5bc	2663	0.750000000, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	37:3f369235e5bc	2664	0.750000000, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	37:3f369235e5bc	2665	0.267205842, // %A cal5n=0.127252869 cal5v=0.748000026V cal5n=0.267205842 cal5v=1.578999996V
whismanoid	36:e7aac874b8be	2666	//
whismanoid	36:e7aac874b8be	2667	# elif (BOARD_SERIAL_NUMBER) == 2
whismanoid	36:e7aac874b8be	2668	#warning "(BOARD_SERIAL_NUMBER) == 2"
whismanoid	38:fda80a0020d1	2669	// TODO: calibrate BOARD_SERIAL_NUMBER 2 channels A1/A5(1V0)?
whismanoid	38:fda80a0020d1	2670	0.964797903, // %A cal0n=0.001955034 cal0v=0.000120000V cal0n=0.964797903 cal0v=1.149270058V
whismanoid	38:fda80a0020d1	2671	0.964797903, // %A cal1n=0.646371711 cal1v=0.761619985V cal1n=0.964797903 cal1v=1.149270058V
whismanoid	38:fda80a0020d1	2672	0.833466958, // %A cal2n=0.121437412 cal2v=0.146500006V cal2n=0.833466958 cal2v=1.004999995V
whismanoid	38:fda80a0020d1	2673	0.833466958, // %A cal3n=0.121437412 cal3v=0.146500006V cal3n=0.833466958 cal3v=1.004999995V
whismanoid	38:fda80a0020d1	2674	0.291349728, // %A cal4n=0.001955034 cal4v=0.000120000V cal4n=0.291349728 cal4v=1.735399961V
whismanoid	38:fda80a0020d1	2675	0.291349728, // %A cal5n=0.130005952 cal5v=0.761650026V cal5n=0.291349728 cal5v=1.735399961V
whismanoid	36:e7aac874b8be	2676	//
whismanoid	36:e7aac874b8be	2677	# elif (BOARD_SERIAL_NUMBER) == 3
whismanoid	36:e7aac874b8be	2678	#warning "(BOARD_SERIAL_NUMBER) == 3"
whismanoid	38:fda80a0020d1	2679	// TODO: calibrate BOARD_SERIAL_NUMBER 3 channels A2(WE), A3(CE) not quite right yet
whismanoid	38:fda80a0020d1	2680	0.966447462, // %A cal0n=0.002932551 cal0v=0.000130000V cal0n=0.966447462 cal0v=1.149999976V
whismanoid	38:fda80a0020d1	2681	0.966447462, // %A cal1n=0.643798094 cal1v=0.756900012V cal1n=0.966447462 cal1v=1.149999976V
whismanoid	38:fda80a0020d1	2682	0.786534725, // %A cal2n=0.151286051 cal2v=0.181050003V cal2n=0.786534725 cal2v=0.936999977V
whismanoid	38:fda80a0020d1	2683	0.786023080, // %A cal3n=0.151286051 cal3v=0.181050003V cal3n=0.786023080 cal3v=0.936999977V
whismanoid	38:fda80a0020d1	2684	0.286962360, // %A cal4n=0.002932551 cal4v=0.000130000V cal4n=0.286962360 cal4v=1.707499981V
whismanoid	38:fda80a0020d1	2685	0.286962360, // %A cal5n=0.130120505 cal5v=0.757099986V cal5n=0.286962360 cal5v=1.707499981V
whismanoid	36:e7aac874b8be	2686	//
whismanoid	36:e7aac874b8be	2687	# elif (BOARD_SERIAL_NUMBER) == 4
whismanoid	36:e7aac874b8be	2688	#warning "(BOARD_SERIAL_NUMBER) == 4"
whismanoid	38:fda80a0020d1	2689	0.925441444, // %A cal0n=0.003910068 cal0v=0.000120000V cal0n=0.925441444 cal0v=1.107100010V
whismanoid	38:fda80a0020d1	2690	0.925441444, // %A cal1n=0.635619044 cal1v=0.759999990V cal1n=0.925441444 cal1v=1.107100010V
whismanoid	38:fda80a0020d1	2691	0.820740156, // %A cal2n=0.083768636 cal2v=0.100000001V cal2n=0.820740156 cal2v=0.980000019V
whismanoid	38:fda80a0020d1	2692	0.820740156, // %A cal3n=0.083768636 cal3v=0.100000001V cal3n=0.820740156 cal3v=0.980000019V
whismanoid	38:fda80a0020d1	2693	0.279630989, // %A cal4n=0.003910068 cal4v=0.000120000V cal4n=0.279630989 cal4v=1.651999950V
whismanoid	38:fda80a0020d1	2694	0.279630989, // %A cal5n=0.129257541 cal5v=0.759999990V cal5n=0.279630989 cal5v=1.651999950V
whismanoid	36:e7aac874b8be	2695	//
whismanoid	36:e7aac874b8be	2696	# elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	36:e7aac874b8be	2697	#warning "(BOARD_SERIAL_NUMBER) == 5"
whismanoid	38:fda80a0020d1	2698	// TODO: calibrate BOARD_SERIAL_NUMBER 5 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2699	0.75, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2700	0.75, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2701	0.75, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2702	0.75, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2703	0.75, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2704	0.75, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2705	//
whismanoid	36:e7aac874b8be	2706	# elif (BOARD_SERIAL_NUMBER) == 6
whismanoid	36:e7aac874b8be	2707	#warning "(BOARD_SERIAL_NUMBER) == 6"
whismanoid	38:fda80a0020d1	2708	// TODO: calibrate BOARD_SERIAL_NUMBER 6 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2709	0.75, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2710	0.75, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2711	0.75, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2712	0.75, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2713	0.75, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2714	0.75, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2715	//
whismanoid	36:e7aac874b8be	2716	# else
whismanoid	36:e7aac874b8be	2717	#warning "BOARD_SERIAL_NUMBER defined but not recognized"
whismanoid	36:e7aac874b8be	2718	# endif
whismanoid	36:e7aac874b8be	2719	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2720	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	36:e7aac874b8be	2721	0.75, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2722	0.75, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2723	0.75, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2724	0.75, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2725	0.75, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2726	0.75, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2727	//
whismanoid	36:e7aac874b8be	2728	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	34:a1993a1ee904	2729	};
whismanoid	34:a1993a1ee904	2730	double calibration_95_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	36:e7aac874b8be	2731	#ifdef BOARD_SERIAL_NUMBER
whismanoid	36:e7aac874b8be	2732	// data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2733	# if (BOARD_SERIAL_NUMBER) == 0
whismanoid	36:e7aac874b8be	2734	#warning "(BOARD_SERIAL_NUMBER) == 0"
whismanoid	38:fda80a0020d1	2735	// TODO: calibrate BOARD_SERIAL_NUMBER 0 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2736	0.9, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2737	0.9, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2738	0.9, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2739	0.9, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2740	4.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2741	4.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2742	//
whismanoid	36:e7aac874b8be	2743	# elif (BOARD_SERIAL_NUMBER) == 1
whismanoid	36:e7aac874b8be	2744	#warning "(BOARD_SERIAL_NUMBER) == 1"
whismanoid	38:fda80a0020d1	2745	// TODO: calibrate BOARD_SERIAL_NUMBER 1 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	37:3f369235e5bc	2746	0.900000000, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	37:3f369235e5bc	2747	1.167500019, // %A cal1n=0.624736547 cal1v=0.748000026V cal1n=0.979754724 cal1v=1.167500019V
whismanoid	37:3f369235e5bc	2748	0.900000000, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	37:3f369235e5bc	2749	0.900000000, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	37:3f369235e5bc	2750	4.500000000, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	37:3f369235e5bc	2751	1.578999996, // %A cal5n=0.127252869 cal5v=0.748000026V cal5n=0.267205842 cal5v=1.578999996V
whismanoid	36:e7aac874b8be	2752	//
whismanoid	36:e7aac874b8be	2753	# elif (BOARD_SERIAL_NUMBER) == 2
whismanoid	36:e7aac874b8be	2754	#warning "(BOARD_SERIAL_NUMBER) == 2"
whismanoid	38:fda80a0020d1	2755	// TODO: calibrate BOARD_SERIAL_NUMBER 2 channels A1/A5(1V0)?
whismanoid	38:fda80a0020d1	2756	1.149270058, // %A cal0n=0.001955034 cal0v=0.000120000V cal0n=0.964797903 cal0v=1.149270058V
whismanoid	38:fda80a0020d1	2757	1.149270058, // %A cal1n=0.646371711 cal1v=0.761619985V cal1n=0.964797903 cal1v=1.149270058V
whismanoid	38:fda80a0020d1	2758	1.004999995, // %A cal2n=0.121437412 cal2v=0.146500006V cal2n=0.833466958 cal2v=1.004999995V
whismanoid	38:fda80a0020d1	2759	1.004999995, // %A cal3n=0.121437412 cal3v=0.146500006V cal3n=0.833466958 cal3v=1.004999995V
whismanoid	38:fda80a0020d1	2760	1.735399961, // %A cal4n=0.001955034 cal4v=0.000120000V cal4n=0.291349728 cal4v=1.735399961V
whismanoid	38:fda80a0020d1	2761	1.735399961, // %A cal5n=0.130005952 cal5v=0.761650026V cal5n=0.291349728 cal5v=1.735399961V
whismanoid	36:e7aac874b8be	2762	//
whismanoid	36:e7aac874b8be	2763	# elif (BOARD_SERIAL_NUMBER) == 3
whismanoid	36:e7aac874b8be	2764	#warning "(BOARD_SERIAL_NUMBER) == 3"
whismanoid	38:fda80a0020d1	2765	// TODO: calibrate BOARD_SERIAL_NUMBER 3 channels A2(WE), A3(CE) not quite right yet
whismanoid	38:fda80a0020d1	2766	1.149999976, // %A cal0n=0.002932551 cal0v=0.000130000V cal0n=0.966447462 cal0v=1.149999976V
whismanoid	38:fda80a0020d1	2767	1.149999976, // %A cal1n=0.643798094 cal1v=0.756900012V cal1n=0.966447462 cal1v=1.149999976V
whismanoid	38:fda80a0020d1	2768	0.936999977, // %A cal2n=0.151286051 cal2v=0.181050003V cal2n=0.786534725 cal2v=0.936999977V
whismanoid	38:fda80a0020d1	2769	0.936999977, // %A cal3n=0.151286051 cal3v=0.181050003V cal3n=0.786023080 cal3v=0.936999977V
whismanoid	38:fda80a0020d1	2770	1.707499981, // %A cal4n=0.002932551 cal4v=0.000130000V cal4n=0.286962360 cal4v=1.707499981V
whismanoid	38:fda80a0020d1	2771	1.707499981, // %A cal5n=0.130120505 cal5v=0.757099986V cal5n=0.286962360 cal5v=1.707499981V
whismanoid	36:e7aac874b8be	2772	//
whismanoid	36:e7aac874b8be	2773	# elif (BOARD_SERIAL_NUMBER) == 4
whismanoid	36:e7aac874b8be	2774	#warning "(BOARD_SERIAL_NUMBER) == 4"
whismanoid	38:fda80a0020d1	2775	1.107100010, // %A cal0n=0.003910068 cal0v=0.000120000V cal0n=0.925441444 cal0v=1.107100010V
whismanoid	38:fda80a0020d1	2776	1.107100010, // %A cal1n=0.635619044 cal1v=0.759999990V cal1n=0.925441444 cal1v=1.107100010V
whismanoid	38:fda80a0020d1	2777	0.980000019, // %A cal2n=0.083768636 cal2v=0.100000001V cal2n=0.820740156 cal2v=0.980000019V
whismanoid	38:fda80a0020d1	2778	0.980000019, // %A cal3n=0.083768636 cal3v=0.100000001V cal3n=0.820740156 cal3v=0.980000019V
whismanoid	38:fda80a0020d1	2779	1.651999950, // %A cal4n=0.003910068 cal4v=0.000120000V cal4n=0.279630989 cal4v=1.651999950V
whismanoid	38:fda80a0020d1	2780	1.651999950, // %A cal5n=0.129257541 cal5v=0.759999990V cal5n=0.279630989 cal5v=1.651999950V
whismanoid	36:e7aac874b8be	2781	//
whismanoid	36:e7aac874b8be	2782	# elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	36:e7aac874b8be	2783	#warning "(BOARD_SERIAL_NUMBER) == 5"
whismanoid	38:fda80a0020d1	2784	// TODO: calibrate BOARD_SERIAL_NUMBER 5 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2785	0.9, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2786	0.9, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2787	0.9, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2788	0.9, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2789	4.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2790	4.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2791	//
whismanoid	36:e7aac874b8be	2792	# elif (BOARD_SERIAL_NUMBER) == 6
whismanoid	36:e7aac874b8be	2793	#warning "(BOARD_SERIAL_NUMBER) == 6"
whismanoid	38:fda80a0020d1	2794	// TODO: calibrate BOARD_SERIAL_NUMBER 6 channels A0/A4(CSA*100/3.34=mA), A1/A5(1V0), A2(WE), A3(CE)
whismanoid	36:e7aac874b8be	2795	0.9, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2796	0.9, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2797	0.9, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2798	0.9, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2799	4.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2800	4.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2801	//
whismanoid	36:e7aac874b8be	2802	# else
whismanoid	36:e7aac874b8be	2803	#warning "BOARD_SERIAL_NUMBER defined but not recognized"
whismanoid	36:e7aac874b8be	2804	# endif
whismanoid	36:e7aac874b8be	2805	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	2806	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	36:e7aac874b8be	2807	0.9, // %A cal0n=0.250000000 cal0v=0.300000000V cal0n=0.750000000 cal0v=0.900000000V
whismanoid	36:e7aac874b8be	2808	0.9, // %A cal1n=0.250000000 cal1v=0.300000000V cal1n=0.750000000 cal1v=0.900000000V
whismanoid	36:e7aac874b8be	2809	0.9, // %A cal2n=0.250000000 cal2v=0.300000000V cal2n=0.750000000 cal2v=0.900000000V
whismanoid	36:e7aac874b8be	2810	0.9, // %A cal3n=0.250000000 cal3v=0.300000000V cal3n=0.750000000 cal3v=0.900000000V
whismanoid	36:e7aac874b8be	2811	4.5, // %A cal4n=0.250000000 cal4v=1.500000000V cal4n=0.750000000 cal4v=4.500000000V
whismanoid	36:e7aac874b8be	2812	4.5, // %A cal5n=0.250000000 cal5v=1.500000000V cal5n=0.750000000 cal5v=4.500000000V
whismanoid	36:e7aac874b8be	2813	//
whismanoid	36:e7aac874b8be	2814	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	34:a1993a1ee904	2815	};
whismanoid	34:a1993a1ee904	2816	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	2817	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	2818	double CalibratedNormValue(int channel_0_5, double raw_normValue_0_1)
whismanoid	34:a1993a1ee904	2819	{
whismanoid	34:a1993a1ee904	2820	// TODO: return corrected normValue_0_1 using two-point linear calibration
whismanoid	34:a1993a1ee904	2821	// point 1: calibration_05_normValue_0_1[ch], calibration_05_V[ch]
whismanoid	34:a1993a1ee904	2822	// point 2: calibration_95_normValue_0_1[ch], calibration_95_V[ch]
whismanoid	34:a1993a1ee904	2823	// validate that there is enough span to get sensible results
whismanoid	34:a1993a1ee904	2824	//
whismanoid	34:a1993a1ee904	2825	int ch = channel_0_5;
whismanoid	34:a1993a1ee904	2826	// cmdLine.serial().printf(" %%A cal%dn=%1.9f cal%dv=%1.9fV cal%dn=%1.9f cal%dv=%1.9fV\r\n",
whismanoid	34:a1993a1ee904	2827	// ch, calibration_05_normValue_0_1[ch],
whismanoid	34:a1993a1ee904	2828	// ch, calibration_05_V[ch],
whismanoid	34:a1993a1ee904	2829	// ch, calibration_95_normValue_0_1[ch],
whismanoid	34:a1993a1ee904	2830	// ch, calibration_95_V[ch]
whismanoid	34:a1993a1ee904	2831	// );
whismanoid	34:a1993a1ee904	2832	// cmdLine.serial().printf("\r\n adc_full_scale_voltage[%d] = %1.6fV",
whismanoid	34:a1993a1ee904	2833	// ch,
whismanoid	34:a1993a1ee904	2834	// adc_full_scale_voltage[ch]
whismanoid	34:a1993a1ee904	2835	// );
whismanoid	34:a1993a1ee904	2836	// raw normValue nominal 5% and 95% points
whismanoid	34:a1993a1ee904	2837	double raw_05_normValue = calibration_05_normValue_0_1[ch];
whismanoid	34:a1993a1ee904	2838	double raw_95_normValue = calibration_95_normValue_0_1[ch];
whismanoid	34:a1993a1ee904	2839	// calibrated normValue nominal 5% and 95% points
whismanoid	34:a1993a1ee904	2840	// divide V/adc_full_scale_voltage[0] to get normValue_0_1
whismanoid	34:a1993a1ee904	2841	double cal_05_normValue = calibration_05_V[ch] / adc_full_scale_voltage[ch];
whismanoid	34:a1993a1ee904	2842	double cal_95_normValue = calibration_95_V[ch] / adc_full_scale_voltage[ch];
whismanoid	34:a1993a1ee904	2843	// cmdLine.serial().printf("\r\n CalibratedNormValue(%d, %1.6f) cal_05_normValue = %1.6f",
whismanoid	34:a1993a1ee904	2844	// ch,
whismanoid	34:a1993a1ee904	2845	// raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2846	// cal_05_normValue
whismanoid	34:a1993a1ee904	2847	// );
whismanoid	34:a1993a1ee904	2848	// cmdLine.serial().printf("\r\n CalibratedNormValue(%d, %1.6f) cal_95_normValue = %1.6f",
whismanoid	34:a1993a1ee904	2849	// ch,
whismanoid	34:a1993a1ee904	2850	// raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2851	// cal_95_normValue
whismanoid	34:a1993a1ee904	2852	// );
whismanoid	34:a1993a1ee904	2853	//
whismanoid	34:a1993a1ee904	2854	double span_raw = raw_95_normValue - raw_05_normValue;
whismanoid	34:a1993a1ee904	2855	double span_cal = cal_95_normValue - cal_05_normValue;
whismanoid	34:a1993a1ee904	2856	// cmdLine.serial().printf("\r\n CalibratedNormValue(%d, %1.6f) span_raw = %1.6f",
whismanoid	34:a1993a1ee904	2857	// ch,
whismanoid	34:a1993a1ee904	2858	// raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2859	// span_raw
whismanoid	34:a1993a1ee904	2860	// );
whismanoid	34:a1993a1ee904	2861	// cmdLine.serial().printf("\r\n CalibratedNormValue(%d, %1.6f) span_cal = %1.6f",
whismanoid	34:a1993a1ee904	2862	// ch,
whismanoid	34:a1993a1ee904	2863	// raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2864	// span_cal
whismanoid	34:a1993a1ee904	2865	// );
whismanoid	34:a1993a1ee904	2866	// if calibration is not valid, return unmodified normValue_0_1 and print a warning
whismanoid	34:a1993a1ee904	2867	if (span_raw < 0.001) {
whismanoid	34:a1993a1ee904	2868	cmdLine.serial().printf("\r\n! CalibratedNormValue(%d, %1.6f) ERRRRRR span_raw = %1.6f",
whismanoid	34:a1993a1ee904	2869	ch,
whismanoid	34:a1993a1ee904	2870	raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2871	span_raw
whismanoid	34:a1993a1ee904	2872	);
whismanoid	34:a1993a1ee904	2873	return raw_normValue_0_1;
whismanoid	34:a1993a1ee904	2874	}
whismanoid	34:a1993a1ee904	2875	if (span_cal < 0.001) {
whismanoid	34:a1993a1ee904	2876	cmdLine.serial().printf("\r\n! CalibratedNormValue(%d, %1.6f) ERRRRRR span_cal = %1.6f",
whismanoid	34:a1993a1ee904	2877	ch,
whismanoid	34:a1993a1ee904	2878	raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2879	span_cal
whismanoid	34:a1993a1ee904	2880	);
whismanoid	34:a1993a1ee904	2881	return raw_normValue_0_1;
whismanoid	34:a1993a1ee904	2882	}
whismanoid	34:a1993a1ee904	2883	double slope_correction = span_cal / span_raw;
whismanoid	34:a1993a1ee904	2884	double corrected_normValue_0_1 = cal_05_normValue + ((raw_normValue_0_1 - raw_05_normValue) * slope_correction);
whismanoid	34:a1993a1ee904	2885	// cmdLine.serial().printf("\r\n CalibratedNormValue(%d, %1.6f) slope_correction = %1.6f",
whismanoid	34:a1993a1ee904	2886	// ch,
whismanoid	34:a1993a1ee904	2887	// raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2888	// slope_correction
whismanoid	34:a1993a1ee904	2889	// );
whismanoid	34:a1993a1ee904	2890	// cmdLine.serial().printf("\r\n CalibratedNormValue(%d, %1.6f) corrected_normValue_0_1 = %1.6f\r\n",
whismanoid	34:a1993a1ee904	2891	// ch,
whismanoid	34:a1993a1ee904	2892	// raw_normValue_0_1,
whismanoid	34:a1993a1ee904	2893	// corrected_normValue_0_1
whismanoid	34:a1993a1ee904	2894	// );
whismanoid	34:a1993a1ee904	2895	return corrected_normValue_0_1;
whismanoid	34:a1993a1ee904	2896	}
whismanoid	34:a1993a1ee904	2897	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	2898	// Option to customize channel names in datalog header line
whismanoid	13:184a08909405	2899	#ifndef HAS_Platform_AIN_customChannelHeader
whismanoid	13:184a08909405	2900	#define HAS_Platform_AIN_customChannelHeader 1
whismanoid	13:184a08909405	2901	#endif
whismanoid	13:184a08909405	2902	#if HAS_Platform_AIN_customChannelHeader // Optional custom per-channel header suffix
whismanoid	13:184a08909405	2903	const char* const Platform_AIN_customChannelHeader_ch[NUM_PLATFORM_ANALOG_IN_CHANNELS] = {
whismanoid	13:184a08909405	2904	"=AIN4", // MAX40108: AIN0_1V0_current_ 0.591202*100/3.34 = 17.70065868263473mA
whismanoid	13:184a08909405	2905	"=AIN5", // MAX40108: AIN1_1V0_voltage
whismanoid	13:184a08909405	2906	"WE", // MAX40108: AIN2_WE
whismanoid	13:184a08909405	2907	"CE", // MAX40108: AIN3_CE
whismanoid	13:184a08909405	2908	"100/3.34=mA", // MAX40108: AIN4_100/3.34=mA
whismanoid	13:184a08909405	2909	"CELL_VOLTAGE", // MAX40108: AIN5_CELL_VOLTAGE
whismanoid	13:184a08909405	2910	};
whismanoid	13:184a08909405	2911	#endif // HAS_Platform_AIN_customChannelHeader
whismanoid	1:747f1602abfc	2912	//--------------------------------------------------
whismanoid	1:747f1602abfc	2913	// Option to log platform analog inputs as raw LSB code
whismanoid	1:747f1602abfc	2914	#ifndef LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	1:747f1602abfc	2915	#define LOG_PLATFORM_ANALOG_IN_LSB 0
whismanoid	1:747f1602abfc	2916	#endif
whismanoid	1:747f1602abfc	2917	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	1:747f1602abfc	2918	int Platform_LSB[NUM_PLATFORM_ANALOG_IN_CHANNELS];
whismanoid	1:747f1602abfc	2919	#endif
whismanoid	1:747f1602abfc	2920
whismanoid	1:747f1602abfc	2921	//--------------------------------------------------
whismanoid	1:747f1602abfc	2922	// Option to use platform analog inputs as Voltage
whismanoid	1:747f1602abfc	2923	#ifndef LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	1:747f1602abfc	2924	#define LOG_PLATFORM_ANALOG_IN_VOLTS 1
whismanoid	1:747f1602abfc	2925	#endif
whismanoid	1:747f1602abfc	2926	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	1:747f1602abfc	2927	double Platform_Voltage[NUM_PLATFORM_ANALOG_IN_CHANNELS];
whismanoid	1:747f1602abfc	2928	#endif
whismanoid	3:9055e17e181a	2929	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	0:cb44e2e9ec4c	2930
whismanoid	10:04022a61b527	2931	//--------------------------------------------------
whismanoid	10:04022a61b527	2932	// Option to use Command forwarding to Auxiliary serial port
whismanoid	10:04022a61b527	2933	// Command forwarding to Auxiliary serial port TX/RX
whismanoid	10:04022a61b527	2934	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial
whismanoid	10:04022a61b527	2935	// Command forwarding to DAPLINK serial TX/RX cmdLine_DAPLINKserial
whismanoid	10:04022a61b527	2936	// prefer cmdLine_AUXserial if available, else cmdLine_DAPLINKserial; else we don't have this feature
whismanoid	10:04022a61b527	2937	#ifndef USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	2938	#define USE_AUX_SERIAL_CMD_FORWARDING 1
whismanoid	10:04022a61b527	2939	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	2940	#if USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	2941	// Command forwarding to Auxiliary serial port TX/RX #257 -- global parameters
whismanoid	10:04022a61b527	2942	const size_t RX_STRING_BUF_SIZE = 1000;
whismanoid	10:04022a61b527	2943	int g_auxSerialCom_baud = 9600; //!< baud rate Auxiliary serial port
whismanoid	10:04022a61b527	2944	// transmit command string by AUX TX
whismanoid	10:04022a61b527	2945	#if 0
whismanoid	10:04022a61b527	2946	int g_auxSerialCom_tx_wait_echo = 0; //!< TX wait for each character echo?
whismanoid	10:04022a61b527	2947	int g_auxSerialCom_tx_char_delay_ms = 0; //!< TX delay after each char?
whismanoid	10:04022a61b527	2948	int g_auxSerialCom_tx_line_delay_ms = 0; //!< TX delay after each CR/LF?
whismanoid	10:04022a61b527	2949	#endif
whismanoid	10:04022a61b527	2950	// capture received string from AUX RX
whismanoid	10:04022a61b527	2951	Timer g_auxSerialCom_Timer;
whismanoid	10:04022a61b527	2952	int g_auxSerialCom_Timer_begin_message_ms = 0; //!< start of message
whismanoid	10:04022a61b527	2953	int g_auxSerialCom_Timer_begin_rx_idle_ms = 0; //!< recent RX character timestamp
whismanoid	10:04022a61b527	2954	int g_auxSerialCom_message_ms = 10000; //!< maximum RX message total response time
whismanoid	10:04022a61b527	2955	int g_auxSerialCom_rx_idle_ms = 500; //!< maximum RX message idle time between characters
whismanoid	10:04022a61b527	2956	int g_auxSerialCom_rx_max_count = RX_STRING_BUF_SIZE-1; //!< maximum RX message total length
whismanoid	10:04022a61b527	2957	const int aux_serial_cmd_forwarding_rx_eot_not_used = 'x';
whismanoid	10:04022a61b527	2958	int g_auxSerialCom_rx_eot = aux_serial_cmd_forwarding_rx_eot_not_used; //!< capture RX until match end of text char
whismanoid	10:04022a61b527	2959	//~ int g_auxSerialCom_rx_eot = 0; //!< capture RX until match end of text string?
whismanoid	10:04022a61b527	2960	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	2961	#if USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	2962	// TODO WIP Command forwarding to Auxiliary serial port TX/RX #257
whismanoid	10:04022a61b527	2963	// prefer cmdLine_AUXserial if available, else cmdLine_DAPLINKserial; else we don't have this feature
whismanoid	10:04022a61b527	2964	# if HAS_AUX_SERIAL
whismanoid	10:04022a61b527	2965	// TODO WIP Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257
whismanoid	10:04022a61b527	2966	# elif HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	2967	// TODO WIP Command forwarding to DAPLINK serial TX/RX cmdLine_DAPLINKserial #257
whismanoid	10:04022a61b527	2968	# else // neither HAS_AUX_SERIAL HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	2969	#warning "USE_AUX_SERIAL_CMD_FORWARDING should not be enabled without HAS_AUX_SERIAL or HAS_DAPLINK_SERIAL"
whismanoid	10:04022a61b527	2970	# endif // HAS_AUX_SERIAL HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	2971	# if HAS_AUX_SERIAL
whismanoid	10:04022a61b527	2972	// TODO WIP Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257
whismanoid	10:04022a61b527	2973	# endif // HAS_AUX_SERIAL
whismanoid	10:04022a61b527	2974	# if HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	2975	// TODO WIP Command forwarding to DAPLINK serial TX/RX cmdLine_DAPLINKserial #257
whismanoid	10:04022a61b527	2976	# endif // HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	2977	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	2978
whismanoid	8:dffee7509bfb	2979	// CODE GENERATOR: example code for ADC: serial port declaration
whismanoid	8:dffee7509bfb	2980	//--------------------------------------------------
whismanoid	8:dffee7509bfb	2981	// Declare the Serial driver
whismanoid	8:dffee7509bfb	2982	// default baud rate settings are 9600 8N1
whismanoid	8:dffee7509bfb	2983	// install device driver from http://developer.mbed.org/media/downloads/drivers/mbedWinSerial_16466.exe
whismanoid	8:dffee7509bfb	2984	// see docs https://docs.mbed.com/docs/mbed-os-handbook/en/5.5/getting_started/what_need/
whismanoid	8:dffee7509bfb	2985	//--------------------------------------------------
whismanoid	8:dffee7509bfb	2986	#if defined(TARGET_MAX32630)
whismanoid	8:dffee7509bfb	2987	//Serial UART0serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32630FTHR: P0_1,P0_0 (Bluetooth PAN1326B)
whismanoid	8:dffee7509bfb	2988	//Serial UART1serial(UART1_TX,UART1_RX); // tx,rx UART1 MAX32630FTHR: P2_1,P2_0 (DAPLINK)
whismanoid	8:dffee7509bfb	2989	//Serial UART2serial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32630FTHR: P3_1,P3_0 (J1.15,J1.14)
whismanoid	8:dffee7509bfb	2990	//Serial UART3serial(UART3_TX,UART3_RX); // tx,rx UART3 MAX32630FTHR: P5_4,P5_3 (J3.7,J3.8)
whismanoid	8:dffee7509bfb	2991	//
whismanoid	8:dffee7509bfb	2992	// TX/RX auxiliary UART port cmdLine_AUXserial AUXserial
whismanoid	8:dffee7509bfb	2993	Serial AUXserial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32630FTHR: P3_1,P3_0 (J1.15,J1.14)
whismanoid	8:dffee7509bfb	2994	//Serial J3AUXserial(UART3_TX,UART3_RX); // tx,rx UART3 MAX32630FTHR: P5_4,P5_3 (J3.7,J3.8)
whismanoid	8:dffee7509bfb	2995	//Serial BTAUXserial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32630FTHR: P0_1,P0_0 (Bluetooth PAN1326B)
whismanoid	8:dffee7509bfb	2996	#define HAS_AUX_SERIAL 1
whismanoid	8:dffee7509bfb	2997	//
whismanoid	8:dffee7509bfb	2998	// Hardware serial port over DAPLink
whismanoid	8:dffee7509bfb	2999	// The default baud rate for the DapLink UART is 9600
whismanoid	8:dffee7509bfb	3000	Serial DAPLINKserial(P2_1,P2_0); // tx,rx UART1 MAX32630FTHR: P2_1,P2_0 (DAPLINK)
whismanoid	8:dffee7509bfb	3001	#define HAS_DAPLINK_SERIAL 1
whismanoid	8:dffee7509bfb	3002	//
whismanoid	8:dffee7509bfb	3003	// Virtual serial port over USB
whismanoid	8:dffee7509bfb	3004	#include "USBSerial.h"
whismanoid	8:dffee7509bfb	3005	// The baud rate does not affect the virtual USBSerial UART.
whismanoid	8:dffee7509bfb	3006	USBSerial serial;
whismanoid	8:dffee7509bfb	3007	//--------------------------------------------------
whismanoid	8:dffee7509bfb	3008	#elif defined(TARGET_MAX32625MBED)
whismanoid	8:dffee7509bfb	3009	//Serial UART0serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32625MBED: P0_1,P0_0 (Arduino D1,D0)
whismanoid	8:dffee7509bfb	3010	//Serial UART1serial(UART1_TX,UART1_RX); // tx,rx UART1 MAX32625MBED: P2_1,P2_0 (DAPLINK)
whismanoid	8:dffee7509bfb	3011	//Serial UART2serial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32625MBED: P3_1,P3_0 (J15-LEDgreen,LEDred)
whismanoid	8:dffee7509bfb	3012	//
whismanoid	8:dffee7509bfb	3013	// Hardware serial port over DAPLink
whismanoid	8:dffee7509bfb	3014	// The default baud rate for the DapLink UART is 9600
whismanoid	8:dffee7509bfb	3015	Serial DAPLINKserial(P2_1,P2_0); // tx,rx UART1 MAX32625MBED: P2_1,P2_0 (DAPLINK)
whismanoid	8:dffee7509bfb	3016	#define HAS_DAPLINK_SERIAL 1
whismanoid	8:dffee7509bfb	3017	//
whismanoid	8:dffee7509bfb	3018	// Virtual serial port over USB
whismanoid	8:dffee7509bfb	3019	#include "USBSerial.h"
whismanoid	8:dffee7509bfb	3020	// The baud rate does not affect the virtual USBSerial UART.
whismanoid	8:dffee7509bfb	3021	USBSerial serial;
whismanoid	8:dffee7509bfb	3022	//--------------------------------------------------
whismanoid	22:d6dc8a85f435	3023	#elif defined(TARGET_MAX32625PICO)
whismanoid	8:dffee7509bfb	3024	//Serial UART0serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32625PICO: P0_1,P0_0 (pin 19/20)
whismanoid	8:dffee7509bfb	3025	//Serial UART1serial(UART1_TX,UART1_RX); // tx,rx UART1 MAX32625PICO: P2_1,P2_0 (underside?)
whismanoid	8:dffee7509bfb	3026	//Serial UART2serial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32625PICO: P3_1,P3_0 (DAPLINK)
whismanoid	8:dffee7509bfb	3027	//
whismanoid	8:dffee7509bfb	3028	// TX/RX auxiliary UART port cmdLine_AUXserial AUXserial
whismanoid	8:dffee7509bfb	3029	Serial AUXserial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32625PICO: P0_1,P0_0 (pin 19/20)
whismanoid	8:dffee7509bfb	3030	#define HAS_AUX_SERIAL 1
whismanoid	8:dffee7509bfb	3031	//
whismanoid	8:dffee7509bfb	3032	// Hardware serial port over DAPLink
whismanoid	8:dffee7509bfb	3033	Serial DAPLINKserial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32625PICO: P3_1,P3_0 (DAPLINK)
whismanoid	8:dffee7509bfb	3034	#define HAS_DAPLINK_SERIAL 1
whismanoid	8:dffee7509bfb	3035	//
whismanoid	8:dffee7509bfb	3036	// Virtual serial port over USB
whismanoid	8:dffee7509bfb	3037	#include "USBSerial.h"
whismanoid	8:dffee7509bfb	3038	// The baud rate does not affect the virtual USBSerial UART.
whismanoid	8:dffee7509bfb	3039	USBSerial serial;
whismanoid	22:d6dc8a85f435	3040	//--------------------------------------------------
whismanoid	22:d6dc8a85f435	3041	#elif defined(TARGET_MAX40108DEMOP2U9)
whismanoid	22:d6dc8a85f435	3042	//Serial UART0serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX40108DEMOP2U9: P0_1,P0_0 (J90.1/J90.0 to console)
whismanoid	22:d6dc8a85f435	3043	//Serial UART1serial(UART1_TX,UART1_RX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK)
whismanoid	22:d6dc8a85f435	3044	//Serial UART2serial(UART2_TX,UART2_RX); // tx,rx UART2 MAX40108DEMOP2U9: P3_1,P3_0 (unavailable)
whismanoid	22:d6dc8a85f435	3045	//
whismanoid	22:d6dc8a85f435	3046	// TX/RX auxiliary UART port cmdLine_AUXserial AUXserial is used as main serial port in MAX40108 Demo board
whismanoid	22:d6dc8a85f435	3047	Serial serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX40108DEMOP2U9: P0_1,P0_0 (J90.1/J90.0 to console)
whismanoid	22:d6dc8a85f435	3048	// #define HAS_AUX_SERIAL 1
whismanoid	22:d6dc8a85f435	3049	//
whismanoid	22:d6dc8a85f435	3050	// Hardware serial port over DAPLink
whismanoid	22:d6dc8a85f435	3051	// connection to external MAX32625PICO(DAPLINK) needed TX/RX swap in firmware.
whismanoid	22:d6dc8a85f435	3052	// MAX32625PICO(DAPLINK) drives DAPLINK.8, listens on DAPLINK.6.
whismanoid	22:d6dc8a85f435	3053	// See AN6350 MAX32625 Users Guide 7.5.2.3.1 TX and RX Pin Mapping for UART 1 -- Mapping Option B
whismanoid	39:4d285e961435	3054	#ifdef BOARD_SERIAL_NUMBER
whismanoid	39:4d285e961435	3055	// data unique to certain boards based on serial number
whismanoid	39:4d285e961435	3056	# if (BOARD_SERIAL_NUMBER) == 0
whismanoid	39:4d285e961435	3057	#warning "(BOARD_SERIAL_NUMBER) == 0"
whismanoid	39:4d285e961435	3058	// s/n 0 is not really a MAX40108 board, it's actually a MAX32625PICO used for early development. So no swap.
whismanoid	39:4d285e961435	3059	Serial DAPLINKserial(UART1_TX,UART1_RX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK) Mapping Option A (normal)
whismanoid	39:4d285e961435	3060	//Serial DAPLINKserial(UART1_RX,UART1_TX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK) Mapping Option B (TX/RX-swap)
whismanoid	39:4d285e961435	3061	#define HAS_DAPLINK_SERIAL 1
whismanoid	39:4d285e961435	3062	//
whismanoid	39:4d285e961435	3063	// # elif (BOARD_SERIAL_NUMBER) == 1
whismanoid	39:4d285e961435	3064	// #warning "(BOARD_SERIAL_NUMBER) == 1"
whismanoid	39:4d285e961435	3065	// //
whismanoid	39:4d285e961435	3066	// # elif (BOARD_SERIAL_NUMBER) == 2
whismanoid	39:4d285e961435	3067	// #warning "(BOARD_SERIAL_NUMBER) == 2"
whismanoid	39:4d285e961435	3068	// //
whismanoid	39:4d285e961435	3069	// # elif (BOARD_SERIAL_NUMBER) == 3
whismanoid	39:4d285e961435	3070	// #warning "(BOARD_SERIAL_NUMBER) == 3"
whismanoid	39:4d285e961435	3071	// //
whismanoid	39:4d285e961435	3072	// # elif (BOARD_SERIAL_NUMBER) == 4
whismanoid	39:4d285e961435	3073	// #warning "(BOARD_SERIAL_NUMBER) == 4"
whismanoid	39:4d285e961435	3074	// //
whismanoid	39:4d285e961435	3075	// # elif (BOARD_SERIAL_NUMBER) == 5
whismanoid	39:4d285e961435	3076	// #warning "(BOARD_SERIAL_NUMBER) == 5"
whismanoid	39:4d285e961435	3077	// //
whismanoid	39:4d285e961435	3078	// # elif (BOARD_SERIAL_NUMBER) == 6
whismanoid	39:4d285e961435	3079	// #warning "(BOARD_SERIAL_NUMBER) == 6"
whismanoid	39:4d285e961435	3080	// //
whismanoid	39:4d285e961435	3081	# else
whismanoid	39:4d285e961435	3082	// #warning "BOARD_SERIAL_NUMBER defined but not recognized"
whismanoid	22:d6dc8a85f435	3083	//Serial DAPLINKserial(UART1_TX,UART1_RX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK) Mapping Option A (normal)
whismanoid	22:d6dc8a85f435	3084	Serial DAPLINKserial(UART1_RX,UART1_TX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK) Mapping Option B (TX/RX-swap)
whismanoid	22:d6dc8a85f435	3085	#define HAS_DAPLINK_SERIAL 1
whismanoid	39:4d285e961435	3086	# endif
whismanoid	39:4d285e961435	3087	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	39:4d285e961435	3088	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	39:4d285e961435	3089	//Serial DAPLINKserial(UART1_TX,UART1_RX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK) Mapping Option A (normal)
whismanoid	39:4d285e961435	3090	Serial DAPLINKserial(UART1_RX,UART1_TX); // tx,rx UART1 MAX40108DEMOP2U9: P2_1,P2_0 (DAPLINK) Mapping Option B (TX/RX-swap)
whismanoid	39:4d285e961435	3091	#define HAS_DAPLINK_SERIAL 1
whismanoid	39:4d285e961435	3092	//
whismanoid	39:4d285e961435	3093	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	22:d6dc8a85f435	3094	//
whismanoid	22:d6dc8a85f435	3095	// Serial AUXserial(UART1_TX,UART1_RX); // tx,rx UART2 MAX40108DEMOP2U9: P3_1,P3_0 (unavailable)
whismanoid	22:d6dc8a85f435	3096	// #define HAS_AUX_SERIAL 1
whismanoid	22:d6dc8a85f435	3097	//
whismanoid	22:d6dc8a85f435	3098	// Virtual serial port over USB
whismanoid	22:d6dc8a85f435	3099	// #include "USBSerial.h"
whismanoid	22:d6dc8a85f435	3100	// The baud rate does not affect the virtual USBSerial UART.
whismanoid	22:d6dc8a85f435	3101	//USBSerial serial;
whismanoid	8:dffee7509bfb	3102	//--------------------------------------------------
whismanoid	8:dffee7509bfb	3103	#elif defined(TARGET_MAX32620FTHR)
whismanoid	8:dffee7509bfb	3104	#warning "TARGET_MAX32620FTHR not previously tested; need to define serial pins..."
whismanoid	8:dffee7509bfb	3105	//Serial UART0serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32620FTHR: P0_1,P0_0 (PMOD0.2,PMOD0.3)
whismanoid	8:dffee7509bfb	3106	//Serial UART1serial(UART1_TX,UART1_RX); // tx,rx UART1 MAX32620FTHR: P2_1,P2_0 (DAPLINK)
whismanoid	8:dffee7509bfb	3107	//Serial UART2serial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32620FTHR: P3_1,P3_0 (J1.15,J1.14)
whismanoid	8:dffee7509bfb	3108	//Serial UART3serial(UART3_TX,UART3_RX); // tx,rx UART3 MAX32620FTHR: P5_4,P5_3 (J2.7,J2.8)
whismanoid	8:dffee7509bfb	3109	//
whismanoid	8:dffee7509bfb	3110	// TX/RX auxiliary UART port cmdLine_AUXserial AUXserial
whismanoid	8:dffee7509bfb	3111	Serial serial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32620FTHR: P3_1,P3_0 (J1.15,J1.14)
whismanoid	8:dffee7509bfb	3112	//Serial AUXserial(UART2_TX,UART2_RX); // tx,rx UART2 MAX32620FTHR: P3_1,P3_0 (J1.15,J1.14)
whismanoid	8:dffee7509bfb	3113	Serial AUXserial(UART3_TX,UART3_RX); // tx,rx UART3 MAX32620FTHR: P5_4,P5_3 (J2.7,J2.8)
whismanoid	8:dffee7509bfb	3114	//Serial PMOD0AUXserial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32620FTHR: P0_1,P0_0 (PMOD0.2,PMOD0.3)
whismanoid	8:dffee7509bfb	3115	#define HAS_AUX_SERIAL 1
whismanoid	8:dffee7509bfb	3116	//
whismanoid	8:dffee7509bfb	3117	// Hardware serial port over DAPLink
whismanoid	8:dffee7509bfb	3118	// The default baud rate for the DapLink UART is 9600
whismanoid	8:dffee7509bfb	3119	Serial DAPLINKserial(USBTX, USBRX); // tx,rx MAX32620FTHR: P2_1,P2_0
whismanoid	8:dffee7509bfb	3120	//Serial DAPLINKserial(STDIO_UART_TX, STDIO_UART_RX); // tx, rx
whismanoid	8:dffee7509bfb	3121	#define HAS_DAPLINK_SERIAL 1
whismanoid	8:dffee7509bfb	3122	//
whismanoid	8:dffee7509bfb	3123	// Virtual serial port over USB
whismanoid	8:dffee7509bfb	3124	// #include "USBSerial.h"
whismanoid	8:dffee7509bfb	3125	// The baud rate does not affect the virtual USBSerial UART.
whismanoid	8:dffee7509bfb	3126	//USBSerial serial; // MAX32620FTHR: USBSerial crash??
whismanoid	8:dffee7509bfb	3127	#warning "TARGET_MAX32620FTHR not previously tested; USBSerial crash?"
whismanoid	8:dffee7509bfb	3128	//--------------------------------------------------
whismanoid	8:dffee7509bfb	3129	#elif defined(TARGET_MAX32600)
whismanoid	8:dffee7509bfb	3130	//Serial UART0serial(UART0_TX,UART0_RX); // tx,rx UART0 MAX32600MBED: P1_1,P1_0 (Arduino D1,D0)(DAPLINK)
whismanoid	8:dffee7509bfb	3131	//Serial UART1serial(UART1_TX,UART1_RX); // tx,rx UART2 MAX32625MBED: P1_3,P1_2 (Arduino D3,D2)
whismanoid	8:dffee7509bfb	3132	//Serial UART2serial(UART2_TX,UART2_RX); // tx,rx UART1 MAX32625MBED: P7_3,P7_2 ( ?? )
whismanoid	8:dffee7509bfb	3133	//
whismanoid	8:dffee7509bfb	3134	// Hardware serial port over DAPLink
whismanoid	8:dffee7509bfb	3135	// The default baud rate for the DapLink UART is 9600
whismanoid	8:dffee7509bfb	3136	Serial DAPLINKserial(P1_1,P1_0); // tx,rx UART0 MAX32600MBED: P1_1,P1_0 (Arduino D1,D0)(DAPLINK)
whismanoid	8:dffee7509bfb	3137	#define HAS_DAPLINK_SERIAL 1
whismanoid	8:dffee7509bfb	3138	//
whismanoid	8:dffee7509bfb	3139	// Virtual serial port over USB
whismanoid	8:dffee7509bfb	3140	#include "USBSerial.h"
whismanoid	8:dffee7509bfb	3141	// The baud rate does not affect the virtual USBSerial UART.
whismanoid	8:dffee7509bfb	3142	USBSerial serial;
whismanoid	8:dffee7509bfb	3143	//--------------------------------------------------
whismanoid	8:dffee7509bfb	3144	#elif defined(TARGET_NUCLEO_F446RE) \|\| defined(TARGET_NUCLEO_F401RE)
whismanoid	8:dffee7509bfb	3145	Serial serial(SERIAL_TX, SERIAL_RX); // tx, rx
whismanoid	8:dffee7509bfb	3146	//--------------------------------------------------
whismanoid	8:dffee7509bfb	3147	#else
whismanoid	8:dffee7509bfb	3148	#if defined(SERIAL_TX)
whismanoid	8:dffee7509bfb	3149	#warning "target not previously tested; guess serial pins are SERIAL_TX, SERIAL_RX..."
whismanoid	8:dffee7509bfb	3150	Serial serial(SERIAL_TX, SERIAL_RX); // tx, rx
whismanoid	8:dffee7509bfb	3151	#elif defined(USBTX)
whismanoid	8:dffee7509bfb	3152	#warning "target not previously tested; guess serial pins are USBTX, USBRX..."
whismanoid	8:dffee7509bfb	3153	Serial serial(USBTX, USBRX); // tx, rx
whismanoid	8:dffee7509bfb	3154	#elif defined(UART_TX)
whismanoid	8:dffee7509bfb	3155	#warning "target not previously tested; guess serial pins are UART_TX, UART_RX..."
whismanoid	8:dffee7509bfb	3156	Serial serial(UART_TX, UART_RX); // tx, rx
whismanoid	8:dffee7509bfb	3157	#else
whismanoid	8:dffee7509bfb	3158	#warning "target not previously tested; need to define serial pins..."
whismanoid	8:dffee7509bfb	3159	#endif
whismanoid	8:dffee7509bfb	3160	#endif
whismanoid	8:dffee7509bfb	3161	//
whismanoid	8:dffee7509bfb	3162	#include "CmdLine.h"
whismanoid	8:dffee7509bfb	3163
whismanoid	8:dffee7509bfb	3164	# if HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	3165	// TX/RX auxiliary UART port cmdLine_AUXserial AUXserial
whismanoid	8:dffee7509bfb	3166	CmdLine cmdLine_AUXserial(AUXserial, "AUXserial");
whismanoid	10:04022a61b527	3167	uint8_t Datalogger_enable_AUXserial = {
whismanoid	10:04022a61b527	3168	#if USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	3169	// Command forwarding to Auxiliary serial port;
whismanoid	10:04022a61b527	3170	// don't accept commands from Auxiliary serial port
whismanoid	10:04022a61b527	3171	false
whismanoid	10:04022a61b527	3172	#else // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	3173	true
whismanoid	10:04022a61b527	3174	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	3175	};
whismanoid	8:dffee7509bfb	3176	# endif // HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	3177	# if HAS_DAPLINK_SERIAL
whismanoid	8:dffee7509bfb	3178	CmdLine cmdLine_DAPLINKserial(DAPLINKserial, "DAPLINK");
whismanoid	8:dffee7509bfb	3179	uint8_t Datalogger_enable_DAPLINKserial = true;
whismanoid	8:dffee7509bfb	3180	# endif // HAS_DAPLINK_SERIAL
whismanoid	8:dffee7509bfb	3181	CmdLine cmdLine(serial, "serial");
whismanoid	8:dffee7509bfb	3182	uint8_t Datalogger_enable_serial = true;
whismanoid	8:dffee7509bfb	3183	// CODE GENERATOR: example code for ADC: serial port declaration (end)
whismanoid	8:dffee7509bfb	3184
whismanoid	21:ac062a97a71d	3185
whismanoid	21:ac062a97a71d	3186	//--------------------------------------------------
whismanoid	23:c6c652bef4b9	3187	// command_table: list of commands to perform on button press
whismanoid	23:c6c652bef4b9	3188	#ifndef USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3189	#define USE_DATALOGGER_CommandTable 1
whismanoid	23:c6c652bef4b9	3190	//~ #undef USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3191	#endif
whismanoid	23:c6c652bef4b9	3192	#if USE_DATALOGGER_CommandTable // Run_command_table(onButton1_command_table)
whismanoid	23:c6c652bef4b9	3193	const int COMMAND_TABLE_ROW_MAX = 10;
whismanoid	23:c6c652bef4b9	3194	const int COMMAND_TABLE_COL_MAX = 40;
whismanoid	23:c6c652bef4b9	3195	#endif // USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3196	//
whismanoid	23:c6c652bef4b9	3197	#if USE_DATALOGGER_CommandTable // Run_command_table(onButton1_command_table)
whismanoid	23:c6c652bef4b9	3198	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	23:c6c652bef4b9	3199	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3200	char onButton1_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button1 event";
whismanoid	23:c6c652bef4b9	3201	char onButton1_command_table_01[COMMAND_TABLE_COL_MAX] = "%L91";
whismanoid	23:c6c652bef4b9	3202	char onButton1_command_table_02[COMMAND_TABLE_COL_MAX] = "%H92";
whismanoid	23:c6c652bef4b9	3203	char onButton1_command_table_03[COMMAND_TABLE_COL_MAX] = "%L93";
whismanoid	23:c6c652bef4b9	3204	char onButton1_command_table_04[COMMAND_TABLE_COL_MAX] = "%H91";
whismanoid	23:c6c652bef4b9	3205	char onButton1_command_table_05[COMMAND_TABLE_COL_MAX] = "%L92";
whismanoid	23:c6c652bef4b9	3206	char onButton1_command_table_06[COMMAND_TABLE_COL_MAX] = "%H93";
whismanoid	23:c6c652bef4b9	3207	char onButton1_command_table_07[COMMAND_TABLE_COL_MAX] = "LR";
whismanoid	23:c6c652bef4b9	3208	char onButton1_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3209	char onButton1_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3210	static char* onButton1_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	23:c6c652bef4b9	3211	onButton1_command_table_00,
whismanoid	23:c6c652bef4b9	3212	onButton1_command_table_01,
whismanoid	23:c6c652bef4b9	3213	onButton1_command_table_02,
whismanoid	23:c6c652bef4b9	3214	onButton1_command_table_03,
whismanoid	23:c6c652bef4b9	3215	onButton1_command_table_04,
whismanoid	23:c6c652bef4b9	3216	onButton1_command_table_05,
whismanoid	23:c6c652bef4b9	3217	onButton1_command_table_06,
whismanoid	23:c6c652bef4b9	3218	onButton1_command_table_07,
whismanoid	23:c6c652bef4b9	3219	onButton1_command_table_08,
whismanoid	23:c6c652bef4b9	3220	onButton1_command_table_09,
whismanoid	23:c6c652bef4b9	3221	};
whismanoid	23:c6c652bef4b9	3222	#endif // HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	23:c6c652bef4b9	3223	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	23:c6c652bef4b9	3224	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3225	char onButton2_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button2 event";
whismanoid	23:c6c652bef4b9	3226	char onButton2_command_table_01[COMMAND_TABLE_COL_MAX] = "%H91";
whismanoid	23:c6c652bef4b9	3227	char onButton2_command_table_02[COMMAND_TABLE_COL_MAX] = "%H92";
whismanoid	23:c6c652bef4b9	3228	char onButton2_command_table_03[COMMAND_TABLE_COL_MAX] = "%L93";
whismanoid	23:c6c652bef4b9	3229	char onButton2_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3230	char onButton2_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3231	char onButton2_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3232	char onButton2_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3233	char onButton2_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3234	char onButton2_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	23:c6c652bef4b9	3235	static char* onButton2_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	23:c6c652bef4b9	3236	onButton2_command_table_00,
whismanoid	23:c6c652bef4b9	3237	onButton2_command_table_01,
whismanoid	23:c6c652bef4b9	3238	onButton2_command_table_02,
whismanoid	23:c6c652bef4b9	3239	onButton2_command_table_03,
whismanoid	23:c6c652bef4b9	3240	onButton2_command_table_04,
whismanoid	23:c6c652bef4b9	3241	onButton2_command_table_05,
whismanoid	23:c6c652bef4b9	3242	onButton2_command_table_06,
whismanoid	23:c6c652bef4b9	3243	onButton2_command_table_07,
whismanoid	23:c6c652bef4b9	3244	onButton2_command_table_08,
whismanoid	23:c6c652bef4b9	3245	onButton2_command_table_09,
whismanoid	23:c6c652bef4b9	3246	};
whismanoid	23:c6c652bef4b9	3247	#endif // HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	3248	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	3249	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3250	char onButton3_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button3 event";
whismanoid	24:032f3683cb2a	3251	char onButton3_command_table_01[COMMAND_TABLE_COL_MAX] = "%L91";
whismanoid	24:032f3683cb2a	3252	char onButton3_command_table_02[COMMAND_TABLE_COL_MAX] = "%L92";
whismanoid	24:032f3683cb2a	3253	char onButton3_command_table_03[COMMAND_TABLE_COL_MAX] = "%H93";
whismanoid	24:032f3683cb2a	3254	char onButton3_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	24:032f3683cb2a	3255	char onButton3_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	24:032f3683cb2a	3256	char onButton3_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	24:032f3683cb2a	3257	char onButton3_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	24:032f3683cb2a	3258	char onButton3_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	24:032f3683cb2a	3259	char onButton3_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	24:032f3683cb2a	3260	static char* onButton3_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	24:032f3683cb2a	3261	onButton3_command_table_00,
whismanoid	24:032f3683cb2a	3262	onButton3_command_table_01,
whismanoid	24:032f3683cb2a	3263	onButton3_command_table_02,
whismanoid	24:032f3683cb2a	3264	onButton3_command_table_03,
whismanoid	24:032f3683cb2a	3265	onButton3_command_table_04,
whismanoid	24:032f3683cb2a	3266	onButton3_command_table_05,
whismanoid	24:032f3683cb2a	3267	onButton3_command_table_06,
whismanoid	24:032f3683cb2a	3268	onButton3_command_table_07,
whismanoid	24:032f3683cb2a	3269	onButton3_command_table_08,
whismanoid	24:032f3683cb2a	3270	onButton3_command_table_09,
whismanoid	24:032f3683cb2a	3271	};
whismanoid	24:032f3683cb2a	3272	#endif // HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3273	#if HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3274	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3275	char onButton4_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button4 event";
whismanoid	30:07197a430869	3276	char onButton4_command_table_01[COMMAND_TABLE_COL_MAX] = "# WE>0.7:active";
whismanoid	29:6a9edb6e973b	3277	char onButton4_command_table_02[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3278	char onButton4_command_table_03[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3279	char onButton4_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3280	char onButton4_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3281	char onButton4_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3282	char onButton4_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3283	char onButton4_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3284	char onButton4_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3285	static char* onButton4_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	29:6a9edb6e973b	3286	onButton4_command_table_00,
whismanoid	29:6a9edb6e973b	3287	onButton4_command_table_01,
whismanoid	29:6a9edb6e973b	3288	onButton4_command_table_02,
whismanoid	29:6a9edb6e973b	3289	onButton4_command_table_03,
whismanoid	29:6a9edb6e973b	3290	onButton4_command_table_04,
whismanoid	29:6a9edb6e973b	3291	onButton4_command_table_05,
whismanoid	29:6a9edb6e973b	3292	onButton4_command_table_06,
whismanoid	29:6a9edb6e973b	3293	onButton4_command_table_07,
whismanoid	29:6a9edb6e973b	3294	onButton4_command_table_08,
whismanoid	29:6a9edb6e973b	3295	onButton4_command_table_09,
whismanoid	29:6a9edb6e973b	3296	};
whismanoid	29:6a9edb6e973b	3297	#endif // HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3298	#if HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3299	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3300	char onButton5_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button5 event";
whismanoid	30:07197a430869	3301	char onButton5_command_table_01[COMMAND_TABLE_COL_MAX] = "# WE<0.6:sleep";
whismanoid	29:6a9edb6e973b	3302	char onButton5_command_table_02[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3303	char onButton5_command_table_03[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3304	char onButton5_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3305	char onButton5_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3306	char onButton5_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3307	char onButton5_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3308	char onButton5_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3309	char onButton5_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3310	static char* onButton5_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	29:6a9edb6e973b	3311	onButton5_command_table_00,
whismanoid	29:6a9edb6e973b	3312	onButton5_command_table_01,
whismanoid	29:6a9edb6e973b	3313	onButton5_command_table_02,
whismanoid	29:6a9edb6e973b	3314	onButton5_command_table_03,
whismanoid	29:6a9edb6e973b	3315	onButton5_command_table_04,
whismanoid	29:6a9edb6e973b	3316	onButton5_command_table_05,
whismanoid	29:6a9edb6e973b	3317	onButton5_command_table_06,
whismanoid	29:6a9edb6e973b	3318	onButton5_command_table_07,
whismanoid	29:6a9edb6e973b	3319	onButton5_command_table_08,
whismanoid	29:6a9edb6e973b	3320	onButton5_command_table_09,
whismanoid	29:6a9edb6e973b	3321	};
whismanoid	29:6a9edb6e973b	3322	#endif // HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3323	#if HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3324	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3325	char onButton6_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button6 event";
whismanoid	29:6a9edb6e973b	3326	char onButton6_command_table_01[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3327	char onButton6_command_table_02[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3328	char onButton6_command_table_03[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3329	char onButton6_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3330	char onButton6_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3331	char onButton6_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3332	char onButton6_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3333	char onButton6_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3334	char onButton6_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3335	static char* onButton6_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	29:6a9edb6e973b	3336	onButton6_command_table_00,
whismanoid	29:6a9edb6e973b	3337	onButton6_command_table_01,
whismanoid	29:6a9edb6e973b	3338	onButton6_command_table_02,
whismanoid	29:6a9edb6e973b	3339	onButton6_command_table_03,
whismanoid	29:6a9edb6e973b	3340	onButton6_command_table_04,
whismanoid	29:6a9edb6e973b	3341	onButton6_command_table_05,
whismanoid	29:6a9edb6e973b	3342	onButton6_command_table_06,
whismanoid	29:6a9edb6e973b	3343	onButton6_command_table_07,
whismanoid	29:6a9edb6e973b	3344	onButton6_command_table_08,
whismanoid	29:6a9edb6e973b	3345	onButton6_command_table_09,
whismanoid	29:6a9edb6e973b	3346	};
whismanoid	29:6a9edb6e973b	3347	#endif // HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3348	#if HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3349	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3350	char onButton7_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button7 event";
whismanoid	29:6a9edb6e973b	3351	char onButton7_command_table_01[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3352	char onButton7_command_table_02[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3353	char onButton7_command_table_03[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3354	char onButton7_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3355	char onButton7_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3356	char onButton7_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3357	char onButton7_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3358	char onButton7_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3359	char onButton7_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3360	static char* onButton7_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	29:6a9edb6e973b	3361	onButton7_command_table_00,
whismanoid	29:6a9edb6e973b	3362	onButton7_command_table_01,
whismanoid	29:6a9edb6e973b	3363	onButton7_command_table_02,
whismanoid	29:6a9edb6e973b	3364	onButton7_command_table_03,
whismanoid	29:6a9edb6e973b	3365	onButton7_command_table_04,
whismanoid	29:6a9edb6e973b	3366	onButton7_command_table_05,
whismanoid	29:6a9edb6e973b	3367	onButton7_command_table_06,
whismanoid	29:6a9edb6e973b	3368	onButton7_command_table_07,
whismanoid	29:6a9edb6e973b	3369	onButton7_command_table_08,
whismanoid	29:6a9edb6e973b	3370	onButton7_command_table_09,
whismanoid	29:6a9edb6e973b	3371	};
whismanoid	29:6a9edb6e973b	3372	#endif // HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3373	#if HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3374	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3375	char onButton8_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button8 event";
whismanoid	29:6a9edb6e973b	3376	char onButton8_command_table_01[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3377	char onButton8_command_table_02[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3378	char onButton8_command_table_03[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3379	char onButton8_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3380	char onButton8_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3381	char onButton8_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3382	char onButton8_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3383	char onButton8_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3384	char onButton8_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3385	static char* onButton8_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	29:6a9edb6e973b	3386	onButton8_command_table_00,
whismanoid	29:6a9edb6e973b	3387	onButton8_command_table_01,
whismanoid	29:6a9edb6e973b	3388	onButton8_command_table_02,
whismanoid	29:6a9edb6e973b	3389	onButton8_command_table_03,
whismanoid	29:6a9edb6e973b	3390	onButton8_command_table_04,
whismanoid	29:6a9edb6e973b	3391	onButton8_command_table_05,
whismanoid	29:6a9edb6e973b	3392	onButton8_command_table_06,
whismanoid	29:6a9edb6e973b	3393	onButton8_command_table_07,
whismanoid	29:6a9edb6e973b	3394	onButton8_command_table_08,
whismanoid	29:6a9edb6e973b	3395	onButton8_command_table_09,
whismanoid	29:6a9edb6e973b	3396	};
whismanoid	29:6a9edb6e973b	3397	#endif // HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3398	#if HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3399	// command_table: list of commands to perform on button press
whismanoid	29:6a9edb6e973b	3400	char onButton9_command_table_00[COMMAND_TABLE_COL_MAX] = "# Button9 event";
whismanoid	29:6a9edb6e973b	3401	char onButton9_command_table_01[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3402	char onButton9_command_table_02[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3403	char onButton9_command_table_03[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3404	char onButton9_command_table_04[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3405	char onButton9_command_table_05[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3406	char onButton9_command_table_06[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3407	char onButton9_command_table_07[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3408	char onButton9_command_table_08[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3409	char onButton9_command_table_09[COMMAND_TABLE_COL_MAX] = "";
whismanoid	29:6a9edb6e973b	3410	static char* onButton9_command_table[COMMAND_TABLE_ROW_MAX] = {
whismanoid	29:6a9edb6e973b	3411	onButton9_command_table_00,
whismanoid	29:6a9edb6e973b	3412	onButton9_command_table_01,
whismanoid	29:6a9edb6e973b	3413	onButton9_command_table_02,
whismanoid	29:6a9edb6e973b	3414	onButton9_command_table_03,
whismanoid	29:6a9edb6e973b	3415	onButton9_command_table_04,
whismanoid	29:6a9edb6e973b	3416	onButton9_command_table_05,
whismanoid	29:6a9edb6e973b	3417	onButton9_command_table_06,
whismanoid	29:6a9edb6e973b	3418	onButton9_command_table_07,
whismanoid	29:6a9edb6e973b	3419	onButton9_command_table_08,
whismanoid	29:6a9edb6e973b	3420	onButton9_command_table_09,
whismanoid	29:6a9edb6e973b	3421	};
whismanoid	29:6a9edb6e973b	3422	#endif // HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	23:c6c652bef4b9	3423	#endif // USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3424	//--------------------------------------------------
whismanoid	23:c6c652bef4b9	3425	#if USE_DATALOGGER_CommandTable
whismanoid	31:47eee7e0cc2d	3426	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	3427	bool g_Run_command_table_running = false;
whismanoid	23:c6c652bef4b9	3428	void Run_command_table(char* command_table[])
whismanoid	23:c6c652bef4b9	3429	{
whismanoid	23:c6c652bef4b9	3430	// command_table: perform list of commands
whismanoid	31:47eee7e0cc2d	3431	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	3432	if (g_Run_command_table_running) {
whismanoid	31:47eee7e0cc2d	3433	// TODO: button event chaining is not supported at this time
whismanoid	31:47eee7e0cc2d	3434	} // if (g_Run_command_table_running)
whismanoid	31:47eee7e0cc2d	3435	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	3436	g_Run_command_table_running = true;
whismanoid	23:c6c652bef4b9	3437	for (int lineIndex = 0; lineIndex < COMMAND_TABLE_ROW_MAX; lineIndex++) {
whismanoid	23:c6c652bef4b9	3438	if (command_table[lineIndex] == NULL) { break; }
whismanoid	23:c6c652bef4b9	3439	if (command_table[lineIndex][0] == '\0') { break; }
whismanoid	23:c6c652bef4b9	3440	cmdLine.clear();
whismanoid	31:47eee7e0cc2d	3441	cmdLine.quiet = g_Run_command_table_running;
whismanoid	23:c6c652bef4b9	3442	//~ char* strIndex = command_table[lineIndex];
whismanoid	23:c6c652bef4b9	3443	for (char* strIndex = command_table[lineIndex]; *strIndex != '\0'; strIndex++)
whismanoid	23:c6c652bef4b9	3444	{
whismanoid	23:c6c652bef4b9	3445	cmdLine.append(*strIndex);
whismanoid	23:c6c652bef4b9	3446	}
whismanoid	23:c6c652bef4b9	3447	cmdLine.append('\r'); // append \r invokes onEOLcommandParser to handle command
whismanoid	23:c6c652bef4b9	3448	}
whismanoid	31:47eee7e0cc2d	3449	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	3450	g_Run_command_table_running = false;
whismanoid	31:47eee7e0cc2d	3451	cmdLine.quiet = g_Run_command_table_running;
whismanoid	23:c6c652bef4b9	3452	}
whismanoid	23:c6c652bef4b9	3453	#endif // USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3454	//--------------------------------------------------
whismanoid	21:ac062a97a71d	3455	// When user presses button BUTTON1, perform actions
whismanoid	21:ac062a97a71d	3456	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	3457	void onButton1FallingEdge(void)
whismanoid	21:ac062a97a71d	3458	{
whismanoid	21:ac062a97a71d	3459	//~ void SelfTest(CmdLine & cmdLine);
whismanoid	21:ac062a97a71d	3460	//~ SelfTest(cmdLine_serial);
whismanoid	22:d6dc8a85f435	3461	//
whismanoid	23:c6c652bef4b9	3462	#if USE_DATALOGGER_CommandTable // Run_command_table(onButton1_command_table)
whismanoid	22:d6dc8a85f435	3463	// command_table: list of commands to perform on button press
whismanoid	22:d6dc8a85f435	3464	// command_table: perform list of commands
whismanoid	23:c6c652bef4b9	3465	Run_command_table(onButton1_command_table);
whismanoid	23:c6c652bef4b9	3466	#endif // USE_DATALOGGER_CommandTable
whismanoid	21:ac062a97a71d	3467	}
whismanoid	21:ac062a97a71d	3468	#endif // HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	3469
whismanoid	21:ac062a97a71d	3470	//--------------------------------------------------
whismanoid	21:ac062a97a71d	3471	// When user presses button BUTTON2, perform actions
whismanoid	21:ac062a97a71d	3472	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	3473	void onButton2FallingEdge(void)
whismanoid	21:ac062a97a71d	3474	{
whismanoid	21:ac062a97a71d	3475	// TBD demo configuration
whismanoid	21:ac062a97a71d	3476	// TODO diagnostic LED
whismanoid	21:ac062a97a71d	3477	// led1 = LED_OFF; led2 = LED_OFF; led3 = LED_ON; // diagnostic rbg led BLUE
whismanoid	22:d6dc8a85f435	3478	//
whismanoid	23:c6c652bef4b9	3479	#if USE_DATALOGGER_CommandTable // Run_command_table(onButton1_command_table)
whismanoid	22:d6dc8a85f435	3480	// command_table: list of commands to perform on button press
whismanoid	22:d6dc8a85f435	3481	// command_table: perform list of commands
whismanoid	23:c6c652bef4b9	3482	Run_command_table(onButton2_command_table);
whismanoid	23:c6c652bef4b9	3483	#endif // USE_DATALOGGER_CommandTable
whismanoid	21:ac062a97a71d	3484	}
whismanoid	21:ac062a97a71d	3485	#endif // HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	3486
whismanoid	24:032f3683cb2a	3487	//--------------------------------------------------
whismanoid	29:6a9edb6e973b	3488	// When user presses button BUTTON3, perform actions
whismanoid	24:032f3683cb2a	3489	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	3490	void onButton3FallingEdge(void)
whismanoid	24:032f3683cb2a	3491	{
whismanoid	24:032f3683cb2a	3492	#if USE_DATALOGGER_CommandTable // Run_command_table(onButton1_command_table)
whismanoid	24:032f3683cb2a	3493	// command_table: list of commands to perform on button press
whismanoid	24:032f3683cb2a	3494	// command_table: perform list of commands
whismanoid	24:032f3683cb2a	3495	Run_command_table(onButton3_command_table);
whismanoid	24:032f3683cb2a	3496	#endif // USE_DATALOGGER_CommandTable
whismanoid	24:032f3683cb2a	3497	}
whismanoid	24:032f3683cb2a	3498	#endif // HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3499	#if HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3500	void onButton4FallingEdge(void)
whismanoid	29:6a9edb6e973b	3501	{
whismanoid	29:6a9edb6e973b	3502	#if USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3503	Run_command_table(onButton4_command_table);
whismanoid	29:6a9edb6e973b	3504	#endif // USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3505	}
whismanoid	29:6a9edb6e973b	3506	#endif // HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3507	#if HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3508	void onButton5FallingEdge(void)
whismanoid	29:6a9edb6e973b	3509	{
whismanoid	29:6a9edb6e973b	3510	#if USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3511	Run_command_table(onButton5_command_table);
whismanoid	29:6a9edb6e973b	3512	#endif // USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3513	}
whismanoid	29:6a9edb6e973b	3514	#endif // HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3515	#if HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3516	void onButton6FallingEdge(void)
whismanoid	29:6a9edb6e973b	3517	{
whismanoid	29:6a9edb6e973b	3518	#if USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3519	Run_command_table(onButton6_command_table);
whismanoid	29:6a9edb6e973b	3520	#endif // USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3521	}
whismanoid	29:6a9edb6e973b	3522	#endif // HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3523	#if HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3524	void onButton7FallingEdge(void)
whismanoid	29:6a9edb6e973b	3525	{
whismanoid	29:6a9edb6e973b	3526	#if USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3527	Run_command_table(onButton7_command_table);
whismanoid	29:6a9edb6e973b	3528	#endif // USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3529	}
whismanoid	29:6a9edb6e973b	3530	#endif // HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3531	#if HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3532	void onButton8FallingEdge(void)
whismanoid	29:6a9edb6e973b	3533	{
whismanoid	29:6a9edb6e973b	3534	#if USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3535	Run_command_table(onButton8_command_table);
whismanoid	29:6a9edb6e973b	3536	#endif // USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3537	}
whismanoid	29:6a9edb6e973b	3538	#endif // HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3539	#if HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3540	void onButton9FallingEdge(void)
whismanoid	29:6a9edb6e973b	3541	{
whismanoid	29:6a9edb6e973b	3542	#if USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3543	Run_command_table(onButton9_command_table);
whismanoid	29:6a9edb6e973b	3544	#endif // USE_DATALOGGER_CommandTable
whismanoid	29:6a9edb6e973b	3545	}
whismanoid	29:6a9edb6e973b	3546	#endif // HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	3547
whismanoid	4:d9b05924ad4c	3548	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	3549	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	3550	inline void print_command_prompt()
whismanoid	4:d9b05924ad4c	3551	{
whismanoid	4:d9b05924ad4c	3552	//~ Serial.println(F(">"));
whismanoid	4:d9b05924ad4c	3553	cmdLine.serial().printf("\r\n> ");
whismanoid	4:d9b05924ad4c	3554	}
whismanoid	4:d9b05924ad4c	3555	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	3556
whismanoid	4:d9b05924ad4c	3557	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	3558	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	3559	void main_menu_status(CmdLine & cmdLine)
whismanoid	4:d9b05924ad4c	3560	{
whismanoid	4:d9b05924ad4c	3561	cmdLine.serial().printf("\r\nMain menu");
whismanoid	4:d9b05924ad4c	3562	#if APPLICATION_MAX5715 // main_menu_status banner
whismanoid	4:d9b05924ad4c	3563	cmdLine.serial().printf(" MAX5715 12-bit 4-ch SPI VOUT DAC");
whismanoid	4:d9b05924ad4c	3564	#elif APPLICATION_MAX11131 // main_menu_status banner
whismanoid	4:d9b05924ad4c	3565	cmdLine.serial().printf(" MAX11131 12-bit 3MSps 16-ch ADC");
whismanoid	4:d9b05924ad4c	3566	#elif APPLICATION_MAX5171 // main_menu_status banner
whismanoid	4:d9b05924ad4c	3567	cmdLine.serial().printf(" MAX5171 14-bit Force/Sense VOUT DAC");
whismanoid	4:d9b05924ad4c	3568	#elif APPLICATION_MAX11410 // main_menu_status banner
whismanoid	4:d9b05924ad4c	3569	cmdLine.serial().printf(" MAX11410 24-bit 1.9ksps Delta-Sigma ADC");
whismanoid	4:d9b05924ad4c	3570	#elif APPLICATION_MAX12345 // main_menu_status banner
whismanoid	4:d9b05924ad4c	3571	cmdLine.serial().printf(" MAX12345");
whismanoid	16:819c5aaf5271	3572	#elif MAX40108_DEMO // main_menu_status banner
whismanoid	17:9397ea3ea7e9	3573	cmdLine.serial().printf(" MAX40108_U%d", MAX40108_DEMO);
whismanoid	36:e7aac874b8be	3574	#ifdef BOARD_SERIAL_NUMBER
whismanoid	36:e7aac874b8be	3575	// data unique to certain boards based on serial number
whismanoid	37:3f369235e5bc	3576	cmdLine.serial().printf(" [s/n %d]", BOARD_SERIAL_NUMBER);
whismanoid	36:e7aac874b8be	3577	#else // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	36:e7aac874b8be	3578	#warning "BOARD_SERIAL_NUMBER not defined; using default values"
whismanoid	36:e7aac874b8be	3579	//
whismanoid	36:e7aac874b8be	3580	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	37:3f369235e5bc	3581	#ifdef FW_REV
whismanoid	37:3f369235e5bc	3582	cmdLine.serial().printf(" [FW_REV %d]", FW_REV);
whismanoid	37:3f369235e5bc	3583	#endif // FW_REV
whismanoid	4:d9b05924ad4c	3584	#else
whismanoid	4:d9b05924ad4c	3585	//cmdLine.serial().printf(" ");
whismanoid	4:d9b05924ad4c	3586	#endif
whismanoid	4:d9b05924ad4c	3587	//cmdLine.serial().printf(" %s", TARGET_NAME);
whismanoid	4:d9b05924ad4c	3588	if (cmdLine.nameStr())
whismanoid	4:d9b05924ad4c	3589	{
whismanoid	4:d9b05924ad4c	3590	cmdLine.serial().printf(" [%s]", cmdLine.nameStr());
whismanoid	4:d9b05924ad4c	3591	}
whismanoid	4:d9b05924ad4c	3592	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3593	cmdLine.serial().printf(" [Button1");
whismanoid	4:d9b05924ad4c	3594	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3595	cmdLine.serial().printf("2");
whismanoid	24:032f3683cb2a	3596	#endif
whismanoid	24:032f3683cb2a	3597	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3598	cmdLine.serial().printf("3");
whismanoid	29:6a9edb6e973b	3599	#endif
whismanoid	29:6a9edb6e973b	3600	#if HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3601	cmdLine.serial().printf("4");
whismanoid	29:6a9edb6e973b	3602	#endif
whismanoid	29:6a9edb6e973b	3603	#if HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3604	cmdLine.serial().printf("5");
whismanoid	29:6a9edb6e973b	3605	#endif
whismanoid	29:6a9edb6e973b	3606	#if HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3607	cmdLine.serial().printf("6");
whismanoid	29:6a9edb6e973b	3608	#endif
whismanoid	29:6a9edb6e973b	3609	#if HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3610	cmdLine.serial().printf("7");
whismanoid	29:6a9edb6e973b	3611	#endif
whismanoid	29:6a9edb6e973b	3612	#if HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3613	cmdLine.serial().printf("8");
whismanoid	29:6a9edb6e973b	3614	#endif
whismanoid	29:6a9edb6e973b	3615	#if HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	3616	cmdLine.serial().printf("9");
whismanoid	29:6a9edb6e973b	3617	#endif
whismanoid	29:6a9edb6e973b	3618	cmdLine.serial().printf("]");
whismanoid	29:6a9edb6e973b	3619	#endif // HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	4:d9b05924ad4c	3620	#if HAS_BUTTON1_DEMO
whismanoid	4:d9b05924ad4c	3621	// print BUTTON1 status
whismanoid	4:d9b05924ad4c	3622	cmdLine.serial().printf("\r\n BUTTON1 = %d", button1.read());
whismanoid	4:d9b05924ad4c	3623	#endif
whismanoid	4:d9b05924ad4c	3624	#if HAS_BUTTON2_DEMO
whismanoid	24:032f3683cb2a	3625	// print BUTTON2 status
whismanoid	4:d9b05924ad4c	3626	cmdLine.serial().printf("\r\n BUTTON2 = %d", button2.read());
whismanoid	4:d9b05924ad4c	3627	#endif
whismanoid	24:032f3683cb2a	3628	#if HAS_BUTTON3_DEMO
whismanoid	24:032f3683cb2a	3629	// print BUTTON3 status
whismanoid	24:032f3683cb2a	3630	cmdLine.serial().printf("\r\n BUTTON3 = %d", button3.read());
whismanoid	24:032f3683cb2a	3631	#endif
whismanoid	4:d9b05924ad4c	3632	cmdLine.serial().printf("\r\n ? -- help");
whismanoid	4:d9b05924ad4c	3633	}
whismanoid	4:d9b05924ad4c	3634	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	3635
whismanoid	28:a9a3a9db592b	3636	//--------------------------------------------------
whismanoid	28:a9a3a9db592b	3637	#ifndef USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	3638	#define USE_DATALOGGER_TRIGGER_HELP_BRIEF 1
whismanoid	28:a9a3a9db592b	3639	//~ #undef USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	3640	#endif // USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	3641
whismanoid	4:d9b05924ad4c	3642	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	3643	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	3644	void main_menu_help(CmdLine & cmdLine)
whismanoid	4:d9b05924ad4c	3645	{
whismanoid	4:d9b05924ad4c	3646	// ? -- help
whismanoid	4:d9b05924ad4c	3647	//~ cmdLine.serial().printf("\r\nMenu:");
whismanoid	10:04022a61b527	3648	//
whismanoid	4:d9b05924ad4c	3649	cmdLine.serial().printf("\r\n # -- lines beginning with # are comments");
whismanoid	10:04022a61b527	3650	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	10:04022a61b527	3651	cmdLine.serial().printf("\r\n ! -- Init");
whismanoid	10:04022a61b527	3652	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	4:d9b05924ad4c	3653	#if USE_SELFTEST
whismanoid	4:d9b05924ad4c	3654	cmdLine.serial().printf("\r\n . -- SelfTest");
whismanoid	4:d9b05924ad4c	3655	#endif // USE_SELFTEST
whismanoid	9:45f98573eb6d	3656	#if USE_STAR_REG_READWRITE // * command read/write reg reg? reg=value
whismanoid	9:45f98573eb6d	3657	// CODE GENERATOR: help menu if has_register_write_command: regname? -- read register; regname=regvalue -- write register
whismanoid	9:45f98573eb6d	3658	cmdLine.serial().printf("\r\n * -- read core registers\r\n regname? -- read register\r\n regname=regvalue -- write register");
whismanoid	9:45f98573eb6d	3659	// cmdLine.serial().printf("\r\n 01 23 45 67 89 ab cd ef -- write and read raw hex codes");
whismanoid	10:04022a61b527	3660	#endif // USE_STAR_REG_READWRITE
whismanoid	10:04022a61b527	3661	//
whismanoid	10:04022a61b527	3662	#if USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	3663	// Command forwarding to Auxiliary serial port TX/RX #257 -- main_menu_help
whismanoid	10:04022a61b527	3664	//~ cmdLine.serial().printf("\r\n > -- auxiliary UART port");
whismanoid	10:04022a61b527	3665	// prefer cmdLine_AUXserial if available, else cmdLine_DAPLINKserial; else we don't have this feature
whismanoid	10:04022a61b527	3666	# if HAS_AUX_SERIAL
whismanoid	10:04022a61b527	3667	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257
whismanoid	10:04022a61b527	3668	if (cmdLine_AUXserial.nameStr())
whismanoid	10:04022a61b527	3669	{
whismanoid	10:04022a61b527	3670	cmdLine.serial().printf("\r\n > -- auxiliary UART port [%s]", cmdLine_AUXserial.nameStr());
whismanoid	10:04022a61b527	3671	}
whismanoid	10:04022a61b527	3672	# elif HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	3673	// Command forwarding to DAPLINK serial TX/RX cmdLine_DAPLINKserial #257
whismanoid	10:04022a61b527	3674	if (cmdLine_DAPLINKserial.nameStr())
whismanoid	10:04022a61b527	3675	{
whismanoid	10:04022a61b527	3676	cmdLine.serial().printf("\r\n > -- auxiliary UART port [%s]", cmdLine_DAPLINKserial.nameStr());
whismanoid	10:04022a61b527	3677	}
whismanoid	10:04022a61b527	3678	# endif // HAS_AUX_SERIAL HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	3679	# if HAS_AUX_SERIAL \|\| HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	3680	// WIP Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257
whismanoid	10:04022a61b527	3681	cmdLine.serial().printf("\r\n >xyzzy -- Forward command/data 'xyzzy' to aux TX/RX");
whismanoid	10:04022a61b527	3682	cmdLine.serial().printf("\r\n >>xyzzy -- Forward 'xyzzy' to aux TX/RX, no key=value parsing");
whismanoid	10:04022a61b527	3683	cmdLine.serial().printf("\r\n >>>xyzzy -- Forward '>xyzzy' to aux TX/RX, no key=value parsing");
whismanoid	10:04022a61b527	3684	#if 0
whismanoid	10:04022a61b527	3685	cmdLine.serial().printf("\r\n >tx_wait_echo=%d -- configure TX wait for each character echo", g_auxSerialCom_tx_wait_echo);
whismanoid	10:04022a61b527	3686	cmdLine.serial().printf("\r\n >tx_char_delay_ms=%d -- configure TX delay after each char", g_auxSerialCom_tx_char_delay_ms);
whismanoid	10:04022a61b527	3687	cmdLine.serial().printf("\r\n >tx_line_delay_ms=%d -- configure TX delay after each CR/LF", g_auxSerialCom_tx_line_delay_ms);
whismanoid	10:04022a61b527	3688	#endif
whismanoid	20:78ef670955d4	3689	#if 1 // HAS_AUX_SERIAL_HELP_BRIEF
whismanoid	20:78ef670955d4	3690	cmdLine.serial().printf("\r\n >baud=%d message_ms=%d rx_idle_ms=%d rx_max_count=%d rx_eot=%d",
whismanoid	20:78ef670955d4	3691	g_auxSerialCom_baud,
whismanoid	20:78ef670955d4	3692	g_auxSerialCom_message_ms,
whismanoid	20:78ef670955d4	3693	g_auxSerialCom_rx_idle_ms,
whismanoid	20:78ef670955d4	3694	g_auxSerialCom_rx_max_count,
whismanoid	20:78ef670955d4	3695	g_auxSerialCom_rx_eot);
whismanoid	20:78ef670955d4	3696	#else // HAS_AUX_SERIAL_HELP_BRIEF
whismanoid	20:78ef670955d4	3697	cmdLine.serial().printf("\r\n >baud=%d -- configure aux TX/RX port", g_auxSerialCom_baud);
whismanoid	10:04022a61b527	3698	cmdLine.serial().printf("\r\n >message_ms=%d -- maximum RX message total response time", g_auxSerialCom_message_ms);
whismanoid	10:04022a61b527	3699	cmdLine.serial().printf("\r\n >rx_idle_ms=%d -- maximum RX message idle time between characters", g_auxSerialCom_rx_idle_ms);
whismanoid	10:04022a61b527	3700	cmdLine.serial().printf("\r\n >rx_max_count=%d -- maximum RX message total length", g_auxSerialCom_rx_max_count);
whismanoid	10:04022a61b527	3701	cmdLine.serial().printf("\r\n >rx_eot=%d -- capture RX until match end of text char (unless %d)", g_auxSerialCom_rx_eot, aux_serial_cmd_forwarding_rx_eot_not_used);
whismanoid	20:78ef670955d4	3702	#endif // HAS_AUX_SERIAL_HELP_BRIEF
whismanoid	10:04022a61b527	3703	# endif // HAS_AUX_SERIAL
whismanoid	10:04022a61b527	3704	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	3705	//
whismanoid	4:d9b05924ad4c	3706	#if USE_DATALOGGER_TRIGGER // support Datalog trigger
whismanoid	28:a9a3a9db592b	3707	#if USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	3708	// Datalog trigger menu
whismanoid	28:a9a3a9db592b	3709	// brief toplevel heading for datalog help L
whismanoid	28:a9a3a9db592b	3710	// L -- detailed help for datalog commands
whismanoid	28:a9a3a9db592b	3711	cmdLine.serial().printf("\r\n L -- halt the datalogger; show more commands");
whismanoid	28:a9a3a9db592b	3712	// set Datalogger_Trigger to trigger_Halt or trigger_FreeRun
whismanoid	28:a9a3a9db592b	3713	// Datalogger_Trigger = trigger_Halt // halt the datalogger; continue accepting commands
whismanoid	28:a9a3a9db592b	3714	// cmdLine.serial().print(F("\r\n L -- halt the datalogger; continue accepting commands"));
whismanoid	28:a9a3a9db592b	3715	//
whismanoid	28:a9a3a9db592b	3716	// Datalogger_Trigger = trigger_FreeRun // free run as fast as possible "always-on mode"
whismanoid	28:a9a3a9db592b	3717	cmdLine.serial().printf("\r\n LR -- Datalog free run as fast as possible");
whismanoid	28:a9a3a9db592b	3718	//
whismanoid	39:4d285e961435	3719	#if USE_DATALOGGER_SLEEP // support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	3720	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	3721	cmdLine.serial().printf("\r\n LT count=%d base=%dms sleep=%d -- Datalog timer",
whismanoid	39:4d285e961435	3722	g_timer_interval_count,
whismanoid	39:4d285e961435	3723	g_timer_interval_msec,
whismanoid	39:4d285e961435	3724	(int)g_timer_sleepmode
whismanoid	39:4d285e961435	3725	); // trigger_Timer
whismanoid	39:4d285e961435	3726	#else // USE_DATALOGGER_SLEEP
whismanoid	28:a9a3a9db592b	3727	cmdLine.serial().printf("\r\n LT count=%d base=%dms -- Datalog timer", g_timer_interval_count, g_timer_interval_msec); // trigger_Timer
whismanoid	39:4d285e961435	3728	#endif // USE_DATALOGGER_SLEEP
whismanoid	28:a9a3a9db592b	3729	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	28:a9a3a9db592b	3730	//~ cmdLine.serial().printf("\r\n L@ -- configures Datalogger_action_table; show more commands");
whismanoid	28:a9a3a9db592b	3731	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	28:a9a3a9db592b	3732	#else // USE_DATALOGGER_TRIGGER_HELP_BRIEF -----------------------------------------------
whismanoid	4:d9b05924ad4c	3733	// TODO Datalog trigger menu
whismanoid	4:d9b05924ad4c	3734	// set Datalogger_Trigger to trigger_Halt or trigger_FreeRun
whismanoid	4:d9b05924ad4c	3735	// Datalogger_Trigger = trigger_Halt // halt the datalogger; continue accepting commands
whismanoid	9:45f98573eb6d	3736	// cmdLine.serial().print(F("\r\n L -- halt the datalogger; continue accepting commands"));
whismanoid	9:45f98573eb6d	3737	//
whismanoid	17:9397ea3ea7e9	3738	// Datalogger_Trigger = trigger_FreeRun // free run as fast as possible "always-on mode"
whismanoid	4:d9b05924ad4c	3739	cmdLine.serial().printf("\r\n LR -- Datalog free run as fast as possible");
whismanoid	9:45f98573eb6d	3740	//
whismanoid	17:9397ea3ea7e9	3741	// Datalogger_Trigger = trigger_Timer // timer (configure interval) "intermittent-sleep-mode"
whismanoid	17:9397ea3ea7e9	3742	//~ cmdLine.serial().printf("\r\n LT -- Datalog timer"); // trigger_Timer
whismanoid	17:9397ea3ea7e9	3743	cmdLine.serial().printf("\r\n LT count=%d base=%dms -- Datalog timer", g_timer_interval_count, g_timer_interval_msec); // trigger_Timer
whismanoid	9:45f98573eb6d	3744	//
whismanoid	9:45f98573eb6d	3745	// TODO: Datalogger_Trigger = trigger_PlatformDigitalInput // platform digital input (configure digital input pin reference)
whismanoid	17:9397ea3ea7e9	3746	//~ cmdLine.serial().printf("\r\n LI -- Datalog _______"); // trigger_PlatformDigitalInput
whismanoid	17:9397ea3ea7e9	3747	// TODO: cmdLine.serial().printf("\r\n LIH3 -- Datalog when input high D3"); // trigger_PlatformDigitalInput
whismanoid	17:9397ea3ea7e9	3748	// TODO: cmdLine.serial().printf("\r\n LIL6 -- Datalog when input low D6"); // trigger_PlatformDigitalInput
whismanoid	9:45f98573eb6d	3749	//
whismanoid	17:9397ea3ea7e9	3750	#if USE_DATALOGGER_SPIDeviceRegRead
whismanoid	9:45f98573eb6d	3751	// TODO: Datalogger_Trigger = trigger_SPIDeviceRegRead // SPI device register read (configure regaddr, mask value, match value)
whismanoid	17:9397ea3ea7e9	3752	//~ cmdLine.serial().printf("\r\n L$ -- Datalog _______"); // trigger_SPIDeviceRegRead
whismanoid	27:b4ac095b83b3	3753	cmdLine.serial().printf("\r\n L$ count=10 base=500ms addr=xxx data=xxx mask=xxx -- Datalog when SPI read of address matches mask"); // trigger_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	3754	#endif // USE_DATALOGGER_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	3755	//
whismanoid	17:9397ea3ea7e9	3756	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	28:a9a3a9db592b	3757	cmdLine.serial().printf("\r\n L@ -- configures Datalogger_action_table; show more commands");
whismanoid	17:9397ea3ea7e9	3758	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	9:45f98573eb6d	3759	//
whismanoid	9:45f98573eb6d	3760	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	3761	// LS<channel ID><verb>: Configure SPI_AIN channels
whismanoid	9:45f98573eb6d	3762	// channel ID: 0,1,2,... or - for all channels
whismanoid	9:45f98573eb6d	3763	// verb: D for disable, V for Voltage, L for LSB
whismanoid	9:45f98573eb6d	3764	cmdLine.serial().printf("\r\n LS-D -- Datalog SPI ADC channel '-'(all) Disable");
whismanoid	9:45f98573eb6d	3765	cmdLine.serial().printf("\r\n LS-V -- Datalog SPI ADC channel '-'(all) Volt");
whismanoid	9:45f98573eb6d	3766	cmdLine.serial().printf("\r\n LS-L -- Datalog SPI ADC channel '-'(all) LSB");
whismanoid	9:45f98573eb6d	3767	cmdLine.serial().printf("\r\n LS2D -- Datalog SPI ADC channel channel 2 Disable");
whismanoid	9:45f98573eb6d	3768	cmdLine.serial().printf("\r\n LS3V -- Datalog SPI ADC channel channel 3 Volt");
whismanoid	9:45f98573eb6d	3769	cmdLine.serial().printf("\r\n LS4L -- Datalog SPI ADC channel channel 4 LSB");
whismanoid	9:45f98573eb6d	3770	//
whismanoid	9:45f98573eb6d	3771	// MAX11410 verb for configuring SPI_AIN_Cfg_v_filter_ch[channel_index]
whismanoid	9:45f98573eb6d	3772	// cmdLine.serial().print(F("\r\n LS-CF34 -- Datalog SPI ADC channel channel 5 v_filter 0x34"));
whismanoid	9:45f98573eb6d	3773	cmdLine.serial().printf("\r\n LS-CF34 -- Datalog SPI ADC channel '-'(all) v_filter 0x34");
whismanoid	9:45f98573eb6d	3774	//
whismanoid	9:45f98573eb6d	3775	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	9:45f98573eb6d	3776	// cmdLine.serial().print(F("\r\n LS-CC42 -- Datalog SPI ADC channel '-'(all) v_ctrl 0x42"));
whismanoid	9:45f98573eb6d	3777	cmdLine.serial().printf("\r\n LS-CC42 -- Datalog SPI ADC channel '-'(all) v_ctrl 0x42");
whismanoid	9:45f98573eb6d	3778	//
whismanoid	9:45f98573eb6d	3779	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	9:45f98573eb6d	3780	// cmdLine.serial().print(F("\r\n LS5___ -- Datalog SPI ADC channel channel 5 v_ctrl"));
whismanoid	9:45f98573eb6d	3781	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	9:45f98573eb6d	3782	cmdLine.serial().printf("\r\n LS5CU -- Datalog SPI ADC channel channel 5 v_ctrl Unipolar");
whismanoid	9:45f98573eb6d	3783	// ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) ? "BIPOLAR" : "Unipolar"
whismanoid	9:45f98573eb6d	3784	cmdLine.serial().printf("\r\n LS5CB -- Datalog SPI ADC channel channel 5 v_ctrl Bipolar");
whismanoid	9:45f98573eb6d	3785	// ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) ? "BIPOLAR" : "Unipolar"
whismanoid	9:45f98573eb6d	3786	//
whismanoid	9:45f98573eb6d	3787	// MAX11410 verb for configuring SPI_AIN_Cfg_v_pga_ch[channel_index]
whismanoid	9:45f98573eb6d	3788	// cmdLine.serial().print(F("\r\n LS5CP00 -- Datalog SPI ADC channel channel 5 v_pga 0x00"));
whismanoid	9:45f98573eb6d	3789	cmdLine.serial().printf("\r\n LS-CP00 -- Datalog SPI ADC channel '-'(all) v_pga 0x00");
whismanoid	9:45f98573eb6d	3790	//
whismanoid	9:45f98573eb6d	3791	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	3792	//
whismanoid	9:45f98573eb6d	3793	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	9:45f98573eb6d	3794	// LA<channel ID><verb>: Configure Platform_AIN channels
whismanoid	9:45f98573eb6d	3795	// channel ID: 0,1,2,... or - for all channels
whismanoid	9:45f98573eb6d	3796	// verb: D for disable, V for Voltage, L for LSB
whismanoid	9:45f98573eb6d	3797	cmdLine.serial().printf("\r\n LA-D -- Datalog Platform-AIN all-channel Disable");
whismanoid	9:45f98573eb6d	3798	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	9:45f98573eb6d	3799	cmdLine.serial().printf("\r\n LA-V -- Datalog Platform-AIN all-channel Volt");
whismanoid	9:45f98573eb6d	3800	#endif // LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	9:45f98573eb6d	3801	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	3802	cmdLine.serial().printf("\r\n LA-L -- Datalog Platform-AIN all-channel LSB");
whismanoid	9:45f98573eb6d	3803	#endif // LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	3804	cmdLine.serial().printf("\r\n LA2D -- Datalog Platform-AIN channel 2 Disable");
whismanoid	9:45f98573eb6d	3805	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	9:45f98573eb6d	3806	cmdLine.serial().printf("\r\n LA3V -- Datalog Platform-AIN channel 3 Volt");
whismanoid	9:45f98573eb6d	3807	#endif // LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	9:45f98573eb6d	3808	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	3809	cmdLine.serial().printf("\r\n LA4L -- Datalog Platform-AIN channel 4 LSB");
whismanoid	9:45f98573eb6d	3810	#endif // LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	3811	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	28:a9a3a9db592b	3812	#endif // USE_DATALOGGER_TRIGGER_HELP_BRIEF -----------------------------------------------
whismanoid	4:d9b05924ad4c	3813	#endif // USE_DATALOGGER_TRIGGER support Datalog trigger
whismanoid	28:a9a3a9db592b	3814	#if USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	3815	#else // USE_DATALOGGER_TRIGGER_HELP_BRIEF -----------------------------------------------
whismanoid	8:dffee7509bfb	3816	# if HAS_AUX_SERIAL
whismanoid	9:45f98573eb6d	3817	cmdLine.serial().printf("\r\n L>A -- Datalogger_enable_AUXserial %s", (Datalogger_enable_AUXserial?"disable":"enable"));
whismanoid	8:dffee7509bfb	3818	# endif // HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	3819	# if HAS_DAPLINK_SERIAL
whismanoid	9:45f98573eb6d	3820	cmdLine.serial().printf("\r\n L>D -- Datalogger_enable_DAPLINKserial %s", (Datalogger_enable_DAPLINKserial?"disable":"enable"));
whismanoid	8:dffee7509bfb	3821	# endif // HAS_DAPLINK_SERIAL
whismanoid	9:45f98573eb6d	3822	cmdLine.serial().printf("\r\n L>S -- Datalogger_enable_serial %s", (Datalogger_enable_serial?"disable":"enable"));
whismanoid	28:a9a3a9db592b	3823	#endif // USE_DATALOGGER_TRIGGER_HELP_BRIEF -----------------------------------------------
whismanoid	8:dffee7509bfb	3824	//
whismanoid	4:d9b05924ad4c	3825	//cmdLine.serial().print(F("\r\n ! -- Initial Configuration"));
whismanoid	4:d9b05924ad4c	3826	//
whismanoid	4:d9b05924ad4c	3827	// % standardize diagnostic commands
whismanoid	4:d9b05924ad4c	3828	// %Hpin -- digital output high
whismanoid	4:d9b05924ad4c	3829	// %Lpin -- digital output low
whismanoid	4:d9b05924ad4c	3830	// %?pin -- digital input
whismanoid	4:d9b05924ad4c	3831	// %A %Apin -- analog input
whismanoid	4:d9b05924ad4c	3832	// %Ppin df=xx -- pwm output
whismanoid	4:d9b05924ad4c	3833	// %Wpin -- measure high pulsewidth input in usec
whismanoid	4:d9b05924ad4c	3834	// %wpin -- measure low pulsewidth input in usec
whismanoid	4:d9b05924ad4c	3835	// %I... -- I2C diagnostics
whismanoid	4:d9b05924ad4c	3836	// %IP -- I2C probe
whismanoid	4:d9b05924ad4c	3837	// %IC scl=100khz ADDR=? -- I2C configure
whismanoid	4:d9b05924ad4c	3838	// %IW ADDR=? cmd=? data,data,data -- write
whismanoid	4:d9b05924ad4c	3839	// %IR ADDR=? RD=? -- read
whismanoid	4:d9b05924ad4c	3840	// %I^ cmd=? -- i2c_smbus_read_word_data
whismanoid	4:d9b05924ad4c	3841	// %S... -- SPI diagnostics
whismanoid	4:d9b05924ad4c	3842	// %SC sclk=1Mhz -- SPI configure
whismanoid	4:d9b05924ad4c	3843	// %SW -- write (write and read)
whismanoid	4:d9b05924ad4c	3844	// %SR -- read (alias for %SW because SPI always write and read)
whismanoid	4:d9b05924ad4c	3845	// A-Z,a-z,0-9 reserved for application use
whismanoid	4:d9b05924ad4c	3846	//
whismanoid	23:c6c652bef4b9	3847	//--------------------------------------------------
whismanoid	23:c6c652bef4b9	3848	#if USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3849	// command_table: list of commands to perform on button press
whismanoid	23:c6c652bef4b9	3850	// TODO: %B1 submenu for Button1
whismanoid	23:c6c652bef4b9	3851	// TODO: future: %B2 submenu for Button2
whismanoid	23:c6c652bef4b9	3852	// TODO: future: %B3 submenu for Button3
whismanoid	23:c6c652bef4b9	3853	// TODO: %B1@ view command table, similar to L@ for action table
whismanoid	23:c6c652bef4b9	3854	// TODO: %B1@+ command add new row (if there is room to add) (ignore one space before command)
whismanoid	23:c6c652bef4b9	3855	// TODO: %B1@-nnn delete row number nnn (if list is not empty)
whismanoid	23:c6c652bef4b9	3856	// TODO: %B1@-~~~ clear entire command table
whismanoid	23:c6c652bef4b9	3857	// TODO: %B1@nnn command replace row number nnn (ignore one space before command)
whismanoid	23:c6c652bef4b9	3858	// TODO: %B1@! disable button response but keep command table contents
whismanoid	23:c6c652bef4b9	3859	// TODO: %B1@@ enable button response
whismanoid	23:c6c652bef4b9	3860	// TODO: %B1! trigger onButton1FallingEdge() immediately (for test development)
whismanoid	30:07197a430869	3861	cmdLine.serial().printf("\r\n %%B1! trigger Button1 event; %%B1@ -- view/edit command table");
whismanoid	23:c6c652bef4b9	3862	#endif // USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	3863	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	3864	#if HAS_digitalInOuts
whismanoid	4:d9b05924ad4c	3865	// %Hpin -- digital output high
whismanoid	4:d9b05924ad4c	3866	// %Lpin -- digital output low
whismanoid	4:d9b05924ad4c	3867	// %?pin -- digital input
whismanoid	4:d9b05924ad4c	3868	cmdLine.serial().printf("\r\n %%Hn {pin:");
whismanoid	4:d9b05924ad4c	3869	list_digitalInOutPins(cmdLine.serial());
whismanoid	4:d9b05924ad4c	3870	cmdLine.serial().printf("} -- High Output");
whismanoid	4:d9b05924ad4c	3871	cmdLine.serial().printf("\r\n %%Ln {pin:");
whismanoid	4:d9b05924ad4c	3872	list_digitalInOutPins(cmdLine.serial());
whismanoid	4:d9b05924ad4c	3873	cmdLine.serial().printf("} -- Low Output");
whismanoid	4:d9b05924ad4c	3874	cmdLine.serial().printf("\r\n %%?n {pin:");
whismanoid	4:d9b05924ad4c	3875	list_digitalInOutPins(cmdLine.serial());
whismanoid	4:d9b05924ad4c	3876	cmdLine.serial().printf("} -- Input");
whismanoid	4:d9b05924ad4c	3877	#endif
whismanoid	4:d9b05924ad4c	3878
whismanoid	4:d9b05924ad4c	3879	#if HAS_analogIns
whismanoid	4:d9b05924ad4c	3880	// Menu A) analogRead A0..7
whismanoid	4:d9b05924ad4c	3881	// %A %Apin -- analog input
whismanoid	4:d9b05924ad4c	3882	// analogRead(pinIndex) // analog input pins A0, A1, A2, A3, A4, A5; float voltage = analogRead(A0) * (5.0 / 1023.0)
whismanoid	37:3f369235e5bc	3883	cmdLine.serial().printf("\r\n %%A -- analogRead");
whismanoid	37:3f369235e5bc	3884	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	3885	// %A avg=%d -- help string display Platform_AIN_Average_N
whismanoid	37:3f369235e5bc	3886	cmdLine.serial().printf("; %%A avg=%d -- average", Platform_AIN_Average_N);
whismanoid	37:3f369235e5bc	3887	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	3888	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	3889	// %A cal? view/export raw calibration values for all channels
whismanoid	37:3f369235e5bc	3890	cmdLine.serial().printf("; %%A cal? -- calibration");
whismanoid	34:a1993a1ee904	3891	#endif // HAS_Platform_AIN_Calibration
whismanoid	4:d9b05924ad4c	3892	#endif
whismanoid	4:d9b05924ad4c	3893
whismanoid	4:d9b05924ad4c	3894	#if HAS_SPI2_MAX541
whismanoid	4:d9b05924ad4c	3895	// TODO1: MAX541 max541(spi2_max541, spi2_max541_cs);
whismanoid	4:d9b05924ad4c	3896	cmdLine.serial().printf("\r\n %%D -- DAC output MAX541 (SPI2)");
whismanoid	4:d9b05924ad4c	3897	#endif
whismanoid	4:d9b05924ad4c	3898
whismanoid	4:d9b05924ad4c	3899	#if HAS_I2C // SUPPORT_I2C
whismanoid	4:d9b05924ad4c	3900	// TODO: support I2C HAS_I2C // SUPPORT_I2C
whismanoid	4:d9b05924ad4c	3901	// VERIFY: I2C utility commands SUPPORT_I2C
whismanoid	4:d9b05924ad4c	3902	// VERIFY: report g_I2C_SCL_Hz = (F_CPU / ((TWBR * 2) + 16)) from last Wire_Sr.setClock(I2C_SCL_Hz);
whismanoid	4:d9b05924ad4c	3903	// %I... -- I2C diagnostics
whismanoid	4:d9b05924ad4c	3904	// %IP -- I2C probe
whismanoid	4:d9b05924ad4c	3905	// %IC scl=100khz ADDR=? -- I2C configure
whismanoid	4:d9b05924ad4c	3906	// %IW byte byte ... byte RD=? ADDR=0x -- write
whismanoid	4:d9b05924ad4c	3907	// %IR ADDR=? RD=? -- read
whismanoid	4:d9b05924ad4c	3908	// %I^ cmd=? -- i2c_smbus_read_word_data
whismanoid	4:d9b05924ad4c	3909	//g_I2C_SCL_Hz = (F_CPU / ((TWBR * 2) + 16)); // 'F_CPU' 'TWBR' not declared in this scope
whismanoid	4:d9b05924ad4c	3910	cmdLine.serial().printf("\r\n %%IC ADDR=0x%2.2x=(0x%2.2x>>1) SCL=%d=%1.3fkHz -- I2C config",
whismanoid	4:d9b05924ad4c	3911	g_I2C_deviceAddress7, (g_I2C_deviceAddress7 << 1), g_I2C_SCL_Hz,
whismanoid	4:d9b05924ad4c	3912	(g_I2C_SCL_Hz / 1000.));
whismanoid	4:d9b05924ad4c	3913	cmdLine.serial().printf("\r\n %%IW byte byte ... byte RD=? ADDR=0x%2.2x -- I2C write/read",
whismanoid	4:d9b05924ad4c	3914	g_I2C_deviceAddress7);
whismanoid	4:d9b05924ad4c	3915	//
whismanoid	4:d9b05924ad4c	3916	#if SUPPORT_I2C
whismanoid	4:d9b05924ad4c	3917	// Menu ^ cmd=?) i2c_smbus_read_word_data
whismanoid	4:d9b05924ad4c	3918	cmdLine.serial().printf("\r\n %%I^ cmd=? -- i2c_smbus_read_word_data");
whismanoid	4:d9b05924ad4c	3919	// test low-level I2C i2c_smbus_read_word_data
whismanoid	4:d9b05924ad4c	3920	#endif // SUPPORT_I2C
whismanoid	4:d9b05924ad4c	3921	//cmdLine.serial().printf(" H) Hunt for attached I2C devices");
whismanoid	4:d9b05924ad4c	3922	cmdLine.serial().printf("\r\n %%IP -- I2C Probe for attached devices");
whismanoid	4:d9b05924ad4c	3923	// cmdLine.serial().printf(" s) search i2c address");
whismanoid	4:d9b05924ad4c	3924	#endif // SUPPORT_I2C
whismanoid	4:d9b05924ad4c	3925
whismanoid	4:d9b05924ad4c	3926	#if HAS_SPI // SUPPORT_SPI
whismanoid	4:d9b05924ad4c	3927	// TODO: support SPI HAS_SPI // SUPPORT_SPI
whismanoid	4:d9b05924ad4c	3928	// SPI test command S (mosiData)+
whismanoid	4:d9b05924ad4c	3929	// %S... -- SPI diagnostics
whismanoid	4:d9b05924ad4c	3930	// %SC sclk=1Mhz -- SPI configure
whismanoid	4:d9b05924ad4c	3931	// %SW -- write (write and read)
whismanoid	4:d9b05924ad4c	3932	// %SR -- read (alias for %SW because SPI always write and read)
whismanoid	4:d9b05924ad4c	3933	// spi.format(8,0); // int bits_must_be_8, int mode=0_3 CPOL=0,CPHA=0 rising edge (initial default)
whismanoid	4:d9b05924ad4c	3934	// spi.format(8,1); // int bits_must_be_8, int mode=0_3 CPOL=0,CPHA=1 falling edge (initial default)
whismanoid	4:d9b05924ad4c	3935	// spi.format(8,2); // int bits_must_be_8, int mode=0_3 CPOL=1,CPHA=0 falling edge (initial default)
whismanoid	4:d9b05924ad4c	3936	// spi.format(8,3); // int bits_must_be_8, int mode=0_3 CPOL=1,CPHA=1 rising edge (initial default)
whismanoid	4:d9b05924ad4c	3937	// spi.frequency(1000000); // int SCLK_Hz=1000000 = 1MHz (initial default)
whismanoid	4:d9b05924ad4c	3938	// mode \| POL PHA
whismanoid	4:d9b05924ad4c	3939	// -----+--------
whismanoid	4:d9b05924ad4c	3940	// 0 \| 0 0
whismanoid	4:d9b05924ad4c	3941	// 1 \| 0 1
whismanoid	4:d9b05924ad4c	3942	// 2 \| 1 0
whismanoid	4:d9b05924ad4c	3943	// 3 \| 1 1
whismanoid	4:d9b05924ad4c	3944	//cmdLine.serial().printf(" S) SPI mosi,mosi,...mosi hex bytes SCLK=1000000 CPOL=0 CPHA=0");
whismanoid	4:d9b05924ad4c	3945	// fixed: mbed-os-5.11: [Warning] format '%d' expects argument of type 'int', but argument 3 has type 'uint32_t {aka long unsigned int}' [-Wformat=]
whismanoid	4:d9b05924ad4c	3946	cmdLine.serial().printf("\r\n %%SC SCLK=%ld=%1.3fMHz CPOL=%d CPHA=%d -- SPI config",
whismanoid	4:d9b05924ad4c	3947	g_SPI_SCLK_Hz, (g_SPI_SCLK_Hz / 1000000.),
whismanoid	4:d9b05924ad4c	3948	((g_SPI_dataMode & SPI_MODE2) ? 1 : 0),
whismanoid	4:d9b05924ad4c	3949	((g_SPI_dataMode & SPI_MODE1) ? 1 : 0));
whismanoid	4:d9b05924ad4c	3950	cmdLine.serial().printf("\r\n %%SD -- SPI diagnostic messages ");
whismanoid	4:d9b05924ad4c	3951	if (g_MAX11410_device.onSPIprint) {
whismanoid	4:d9b05924ad4c	3952	cmdLine.serial().printf("hide");
whismanoid	4:d9b05924ad4c	3953	}
whismanoid	4:d9b05924ad4c	3954	else {
whismanoid	4:d9b05924ad4c	3955	cmdLine.serial().printf("show");
whismanoid	4:d9b05924ad4c	3956	}
whismanoid	4:d9b05924ad4c	3957	cmdLine.serial().printf("\r\n %%SW mosi,mosi,...mosi -- SPI write hex bytes");
whismanoid	4:d9b05924ad4c	3958	// VERIFY: parse new SPI settings parse_strCommandArgs() SCLK=1000000 CPOL=0 CPHA=0
whismanoid	4:d9b05924ad4c	3959	#endif // SUPPORT_SPI
whismanoid	4:d9b05924ad4c	3960	//
whismanoid	4:d9b05924ad4c	3961	// Application-specific commands (help text) here
whismanoid	4:d9b05924ad4c	3962	//
whismanoid	4:d9b05924ad4c	3963	#if APPLICATION_ArduinoPinsMonitor
whismanoid	4:d9b05924ad4c	3964	cmdLine.serial().printf("\r\n A-Z,a-z,0-9 -- reserved for application use"); // ArduinoPinsMonitor
whismanoid	4:d9b05924ad4c	3965	#endif // APPLICATION_ArduinoPinsMonitor
whismanoid	4:d9b05924ad4c	3966	//
whismanoid	4:d9b05924ad4c	3967
whismanoid	4:d9b05924ad4c	3968	//~ extern void MAX11410_menu_help(CmdLine & cmdLine); // defined in Test_Menu_MAX11410.cpp\n
whismanoid	4:d9b05924ad4c	3969	//~ MAX11410_menu_help(cmdLine);
whismanoid	4:d9b05924ad4c	3970	}
whismanoid	4:d9b05924ad4c	3971	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	3972
whismanoid	4:d9b05924ad4c	3973	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	15:37c83ec50ea0	3974
whismanoid	15:37c83ec50ea0	3975	//--------------------------------------------------
whismanoid	15:37c83ec50ea0	3976	void pinsMonitor_submenu_onEOLcommandParser(CmdLine& cmdLine)
whismanoid	15:37c83ec50ea0	3977	{
whismanoid	15:37c83ec50ea0	3978	// % diagnostic commands submenu
whismanoid	15:37c83ec50ea0	3979	// %Hpin -- digital output high
whismanoid	15:37c83ec50ea0	3980	// %Lpin -- digital output low
whismanoid	15:37c83ec50ea0	3981	// %?pin -- digital input
whismanoid	15:37c83ec50ea0	3982	// %A %Apin -- analog input
whismanoid	15:37c83ec50ea0	3983	// %Ppin df=xx -- pwm output
whismanoid	15:37c83ec50ea0	3984	// %Wpin -- measure high pulsewidth input in usec
whismanoid	15:37c83ec50ea0	3985	// %wpin -- measure low pulsewidth input in usec
whismanoid	15:37c83ec50ea0	3986	// %I... -- I2C diagnostics
whismanoid	15:37c83ec50ea0	3987	// %IP -- I2C probe
whismanoid	15:37c83ec50ea0	3988	// %IC scl=100khz ADDR=? -- I2C configure
whismanoid	15:37c83ec50ea0	3989	// %IW byte byte ... byte RD=? ADDR=0x -- write
whismanoid	15:37c83ec50ea0	3990	// %IR ADDR=? RD=? -- read
whismanoid	15:37c83ec50ea0	3991	// %I^ cmd=? -- i2c_smbus_read_word_data
whismanoid	15:37c83ec50ea0	3992	// %S... -- SPI diagnostics
whismanoid	15:37c83ec50ea0	3993	// %SC sclk=1Mhz -- SPI configure
whismanoid	15:37c83ec50ea0	3994	// %SW -- write (write and read)
whismanoid	15:37c83ec50ea0	3995	// %SR -- read (alias for %SW because SPI always write and read)
whismanoid	15:37c83ec50ea0	3996	// A-Z,a-z,0-9 reserved for application use
whismanoid	15:37c83ec50ea0	3997	//
whismanoid	15:37c83ec50ea0	3998	char strPinIndex[3];
whismanoid	15:37c83ec50ea0	3999	strPinIndex[0] = cmdLine[2];
whismanoid	15:37c83ec50ea0	4000	strPinIndex[1] = cmdLine[3];
whismanoid	15:37c83ec50ea0	4001	strPinIndex[2] = '\0';
whismanoid	15:37c83ec50ea0	4002	int pinIndex = strtoul(strPinIndex, NULL, 10); // strtol(str, NULL, 10): get decimal value
whismanoid	15:37c83ec50ea0	4003	//cmdLine.serial().printf(" pinIndex=%d ", pinIndex);
whismanoid	15:37c83ec50ea0	4004	//
whismanoid	15:37c83ec50ea0	4005	// get next character
whismanoid	15:37c83ec50ea0	4006	switch (cmdLine[1])
whismanoid	15:37c83ec50ea0	4007	{
whismanoid	23:c6c652bef4b9	4008	//--------------------------------------------------
whismanoid	23:c6c652bef4b9	4009	#if USE_DATALOGGER_CommandTable // Run_command_table(onButton1_command_table)
whismanoid	23:c6c652bef4b9	4010	// command_table: list of commands to perform on button press
whismanoid	23:c6c652bef4b9	4011	case 'B': case 'b':
whismanoid	23:c6c652bef4b9	4012	{
whismanoid	24:032f3683cb2a	4013	int command_table_button_index = 1;
whismanoid	23:c6c652bef4b9	4014	// %B1 submenu for Button1
whismanoid	23:c6c652bef4b9	4015	// future: %B2 submenu for Button2
whismanoid	23:c6c652bef4b9	4016	// future: %B3 submenu for Button3
whismanoid	23:c6c652bef4b9	4017	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	23:c6c652bef4b9	4018	// cmdLine[2] == '1' selects onButton1_command_table
whismanoid	23:c6c652bef4b9	4019	char** command_table = onButton1_command_table;
whismanoid	23:c6c652bef4b9	4020	#endif
whismanoid	24:032f3683cb2a	4021	switch(cmdLine[2])
whismanoid	24:032f3683cb2a	4022	{
whismanoid	24:032f3683cb2a	4023	default:
whismanoid	24:032f3683cb2a	4024	case '1': case 'A': case 'a': case '!':
whismanoid	24:032f3683cb2a	4025	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	4026	command_table_button_index = 1;
whismanoid	24:032f3683cb2a	4027	command_table = onButton1_command_table;
whismanoid	24:032f3683cb2a	4028	#endif
whismanoid	24:032f3683cb2a	4029	break;
whismanoid	24:032f3683cb2a	4030	case '2': case 'B': case 'b': case '@':
whismanoid	23:c6c652bef4b9	4031	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	4032	command_table_button_index = 2;
whismanoid	24:032f3683cb2a	4033	command_table = onButton2_command_table;
whismanoid	24:032f3683cb2a	4034	#endif
whismanoid	24:032f3683cb2a	4035	break;
whismanoid	24:032f3683cb2a	4036	case '3': case 'C': case 'c': case '#':
whismanoid	23:c6c652bef4b9	4037	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	4038	command_table_button_index = 3;
whismanoid	24:032f3683cb2a	4039	command_table = onButton3_command_table;
whismanoid	24:032f3683cb2a	4040	#endif
whismanoid	24:032f3683cb2a	4041	break;
whismanoid	29:6a9edb6e973b	4042	case '4':
whismanoid	29:6a9edb6e973b	4043	#if HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	4044	command_table_button_index = 4;
whismanoid	29:6a9edb6e973b	4045	command_table = onButton4_command_table;
whismanoid	29:6a9edb6e973b	4046	#endif
whismanoid	29:6a9edb6e973b	4047	break;
whismanoid	29:6a9edb6e973b	4048	case '5':
whismanoid	29:6a9edb6e973b	4049	#if HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	4050	command_table_button_index = 5;
whismanoid	29:6a9edb6e973b	4051	command_table = onButton5_command_table;
whismanoid	29:6a9edb6e973b	4052	#endif
whismanoid	29:6a9edb6e973b	4053	break;
whismanoid	29:6a9edb6e973b	4054	case '6':
whismanoid	29:6a9edb6e973b	4055	#if HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	4056	command_table_button_index = 6;
whismanoid	29:6a9edb6e973b	4057	command_table = onButton6_command_table;
whismanoid	29:6a9edb6e973b	4058	#endif
whismanoid	29:6a9edb6e973b	4059	break;
whismanoid	29:6a9edb6e973b	4060	case '7':
whismanoid	29:6a9edb6e973b	4061	#if HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	4062	command_table_button_index = 7;
whismanoid	29:6a9edb6e973b	4063	command_table = onButton7_command_table;
whismanoid	29:6a9edb6e973b	4064	#endif
whismanoid	29:6a9edb6e973b	4065	break;
whismanoid	29:6a9edb6e973b	4066	case '8':
whismanoid	29:6a9edb6e973b	4067	#if HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	4068	command_table_button_index = 8;
whismanoid	29:6a9edb6e973b	4069	command_table = onButton8_command_table;
whismanoid	29:6a9edb6e973b	4070	#endif
whismanoid	29:6a9edb6e973b	4071	break;
whismanoid	29:6a9edb6e973b	4072	case '9':
whismanoid	29:6a9edb6e973b	4073	#if HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	4074	command_table_button_index = 9;
whismanoid	29:6a9edb6e973b	4075	command_table = onButton9_command_table;
whismanoid	29:6a9edb6e973b	4076	#endif
whismanoid	29:6a9edb6e973b	4077	break;
whismanoid	24:032f3683cb2a	4078	}
whismanoid	24:032f3683cb2a	4079	//
whismanoid	23:c6c652bef4b9	4080	switch(cmdLine[3])
whismanoid	23:c6c652bef4b9	4081	{
whismanoid	23:c6c652bef4b9	4082	case '@':
whismanoid	23:c6c652bef4b9	4083	{
whismanoid	23:c6c652bef4b9	4084	// %B1@ view/edit command table, similar to L@ for action table
whismanoid	23:c6c652bef4b9	4085	int editRowIndex = 0;
whismanoid	23:c6c652bef4b9	4086	int command_table_row_count = 0;
whismanoid	23:c6c652bef4b9	4087	for (int lineIndex = 0; lineIndex < COMMAND_TABLE_ROW_MAX; lineIndex++) {
whismanoid	23:c6c652bef4b9	4088	if (command_table[lineIndex] == NULL) { break; }
whismanoid	23:c6c652bef4b9	4089	if (command_table[lineIndex][0] == '\0') { break; }
whismanoid	24:032f3683cb2a	4090	command_table_row_count = lineIndex+1;
whismanoid	24:032f3683cb2a	4091	}
whismanoid	24:032f3683cb2a	4092	//
whismanoid	24:032f3683cb2a	4093	// ignore extra spaces before the command
whismanoid	24:032f3683cb2a	4094	// find argIndex such that cmdLine[argIndex] is the start of the second word
whismanoid	24:032f3683cb2a	4095	int argIndex;
whismanoid	24:032f3683cb2a	4096	for (argIndex = 5; cmdLine[argIndex] != '\0'; argIndex++)
whismanoid	24:032f3683cb2a	4097	{
whismanoid	24:032f3683cb2a	4098	if (cmdLine[argIndex] == ' ') break;
whismanoid	24:032f3683cb2a	4099	}
whismanoid	24:032f3683cb2a	4100	for (; cmdLine[argIndex] != '\0'; argIndex++)
whismanoid	24:032f3683cb2a	4101	{
whismanoid	24:032f3683cb2a	4102	if (cmdLine[argIndex] != ' ') break;
whismanoid	23:c6c652bef4b9	4103	}
whismanoid	23:c6c652bef4b9	4104	//
whismanoid	23:c6c652bef4b9	4105	// Edit the contents of command_table
whismanoid	23:c6c652bef4b9	4106	switch (cmdLine[4]) // %B1@... -- Edit the contents of command_table
whismanoid	23:c6c652bef4b9	4107	{
whismanoid	23:c6c652bef4b9	4108	case '0': case '1': case '2': case '3': case '4':
whismanoid	23:c6c652bef4b9	4109	case '5': case '6': case '7': case '8': case '9':
whismanoid	24:032f3683cb2a	4110	// %B1@nnn command replace row number nnn
whismanoid	23:c6c652bef4b9	4111	// edit row data
whismanoid	33:70a28cfe9e01	4112	// get row number to edit from cmdLine[4]
whismanoid	33:70a28cfe9e01	4113	editRowIndex = atoi(cmdLine.str()+4);
whismanoid	23:c6c652bef4b9	4114	if (command_table_row_count > 0) {
whismanoid	23:c6c652bef4b9	4115	// if Datalogger_action_table_row_count == 0 then the table is empty
whismanoid	24:032f3683cb2a	4116	if ((editRowIndex >= 0) && (editRowIndex < command_table_row_count)) {
whismanoid	28:a9a3a9db592b	4117	// avoid replacing with null because that would truncate the table
whismanoid	28:a9a3a9db592b	4118	if (*(cmdLine.str()+argIndex)=='\0') {
whismanoid	28:a9a3a9db592b	4119	cmdLine.serial().printf("\r\n cannot replace row %d with nothing",
whismanoid	28:a9a3a9db592b	4120	editRowIndex);
whismanoid	28:a9a3a9db592b	4121	}
whismanoid	28:a9a3a9db592b	4122	else
whismanoid	28:a9a3a9db592b	4123	{
whismanoid	28:a9a3a9db592b	4124	// update row
whismanoid	28:a9a3a9db592b	4125	cmdLine.serial().printf("\r\n replace row %d with \"%s\"",
whismanoid	28:a9a3a9db592b	4126	editRowIndex, cmdLine.str()+argIndex);
whismanoid	28:a9a3a9db592b	4127	strncpy(command_table[editRowIndex], cmdLine.str()+argIndex, COMMAND_TABLE_COL_MAX-1);
whismanoid	28:a9a3a9db592b	4128	command_table[editRowIndex][COMMAND_TABLE_COL_MAX-1]='\0'; // null character at end of line
whismanoid	28:a9a3a9db592b	4129	}
whismanoid	24:032f3683cb2a	4130	}
whismanoid	33:70a28cfe9e01	4131	} // end if (command_table_row_count > 0)
whismanoid	33:70a28cfe9e01	4132	if ((editRowIndex == command_table_row_count) && (command_table_row_count < COMMAND_TABLE_ROW_MAX)) {
whismanoid	33:70a28cfe9e01	4133	// %B1@nnn command add new row (even though this looks like a replace command) if and only if nnn==next new unassigned line number
whismanoid	33:70a28cfe9e01	4134	//
whismanoid	33:70a28cfe9e01	4135	command_table_row_count++;
whismanoid	33:70a28cfe9e01	4136	cmdLine.serial().printf("\r\n add next row %d containing \"%s\"",
whismanoid	33:70a28cfe9e01	4137	editRowIndex, cmdLine.str()+argIndex);
whismanoid	33:70a28cfe9e01	4138	strncpy(command_table[editRowIndex], cmdLine.str()+argIndex, COMMAND_TABLE_COL_MAX-1);
whismanoid	33:70a28cfe9e01	4139	command_table[editRowIndex][COMMAND_TABLE_COL_MAX-1]='\0'; // null character at end of line
whismanoid	33:70a28cfe9e01	4140	command_table[command_table_row_count][0]='\0'; // empty string marks end of command_table
whismanoid	33:70a28cfe9e01	4141	//
whismanoid	23:c6c652bef4b9	4142	}
whismanoid	33:70a28cfe9e01	4143	//
whismanoid	23:c6c652bef4b9	4144	break;
whismanoid	23:c6c652bef4b9	4145	case '+':
whismanoid	24:032f3683cb2a	4146	// %B1@+ command add new row (if there is room to add)
whismanoid	23:c6c652bef4b9	4147	// add a new row at end of table
whismanoid	23:c6c652bef4b9	4148	if (command_table_row_count < COMMAND_TABLE_ROW_MAX) {
whismanoid	23:c6c652bef4b9	4149	// if command_table_row_count => COMMAND_TABLE_ROW_MAX then the table is full
whismanoid	23:c6c652bef4b9	4150	editRowIndex = command_table_row_count;
whismanoid	28:a9a3a9db592b	4151	// avoid replacing with null because that would truncate the table
whismanoid	28:a9a3a9db592b	4152	if (*(cmdLine.str()+argIndex)=='\0') {
whismanoid	28:a9a3a9db592b	4153	cmdLine.serial().printf("\r\n cannot add new row %d containing nothing",
whismanoid	28:a9a3a9db592b	4154	editRowIndex);
whismanoid	28:a9a3a9db592b	4155	}
whismanoid	28:a9a3a9db592b	4156	else
whismanoid	28:a9a3a9db592b	4157	{
whismanoid	28:a9a3a9db592b	4158	command_table_row_count++;
whismanoid	28:a9a3a9db592b	4159	cmdLine.serial().printf("\r\n add new row %d containing \"%s\"",
whismanoid	28:a9a3a9db592b	4160	editRowIndex, cmdLine.str()+argIndex);
whismanoid	28:a9a3a9db592b	4161	strncpy(command_table[editRowIndex], cmdLine.str()+argIndex, COMMAND_TABLE_COL_MAX-1);
whismanoid	28:a9a3a9db592b	4162	command_table[editRowIndex][COMMAND_TABLE_COL_MAX-1]='\0'; // null character at end of line
whismanoid	28:a9a3a9db592b	4163	command_table[command_table_row_count][0]='\0'; // empty string marks end of command_table
whismanoid	28:a9a3a9db592b	4164	}
whismanoid	23:c6c652bef4b9	4165	}
whismanoid	23:c6c652bef4b9	4166	break;
whismanoid	23:c6c652bef4b9	4167	case '-':
whismanoid	24:032f3683cb2a	4168	// %B1@-nnn delete row number nnn (if list is not empty)
whismanoid	23:c6c652bef4b9	4169	// delete row from table
whismanoid	23:c6c652bef4b9	4170	if (command_table_row_count > 0) {
whismanoid	23:c6c652bef4b9	4171	// if command_table_row_count == 0 then the table is empty
whismanoid	23:c6c652bef4b9	4172	if ((cmdLine[5] == '~') && (cmdLine[6] == '~') && (cmdLine[7] == '~')) {
whismanoid	23:c6c652bef4b9	4173	// %B1@-~~~ clear entire command table
whismanoid	24:032f3683cb2a	4174	cmdLine.serial().printf("\r\n clear entire command table");
whismanoid	23:c6c652bef4b9	4175	command_table_row_count = 0;
whismanoid	28:a9a3a9db592b	4176	command_table[command_table_row_count][0]='\0'; // empty string marks end of command_table
whismanoid	23:c6c652bef4b9	4177	break;
whismanoid	23:c6c652bef4b9	4178	}
whismanoid	24:032f3683cb2a	4179	else
whismanoid	23:c6c652bef4b9	4180	{
whismanoid	24:032f3683cb2a	4181	// %B1@-nnn delete row number nnn (if list is not empty)
whismanoid	24:032f3683cb2a	4182	editRowIndex = atoi(cmdLine.str()+5);
whismanoid	24:032f3683cb2a	4183	if ((editRowIndex >= 0) && (editRowIndex < command_table_row_count)) {
whismanoid	24:032f3683cb2a	4184	cmdLine.serial().printf("\r\n delete row %d", editRowIndex);
whismanoid	24:032f3683cb2a	4185	// delete row editRowIndex from Datalogger_action_table
whismanoid	24:032f3683cb2a	4186	for (int i = editRowIndex; i < (command_table_row_count-1); i++)
whismanoid	24:032f3683cb2a	4187	{
whismanoid	24:032f3683cb2a	4188	// copy row i+1 into row i
whismanoid	24:032f3683cb2a	4189	cmdLine.serial().printf("\r\n copy row %d into row %d: \"%s\"",
whismanoid	24:032f3683cb2a	4190	i+1, i, command_table[i+1]);
whismanoid	24:032f3683cb2a	4191	strncpy(command_table[i], command_table[i+1], COMMAND_TABLE_COL_MAX-1);
whismanoid	28:a9a3a9db592b	4192	command_table[i][COMMAND_TABLE_COL_MAX-1]='\0'; // null character at end of line
whismanoid	24:032f3683cb2a	4193	}
whismanoid	24:032f3683cb2a	4194	command_table_row_count--;
whismanoid	28:a9a3a9db592b	4195	command_table[command_table_row_count][0]='\0'; // empty string marks end of command_table
whismanoid	24:032f3683cb2a	4196	}
whismanoid	23:c6c652bef4b9	4197	}
whismanoid	23:c6c652bef4b9	4198	}
whismanoid	23:c6c652bef4b9	4199	break;
whismanoid	30:07197a430869	4200	case '.': // something other than ! because %B1! means trigger event
whismanoid	30:07197a430869	4201	// pause the button event
whismanoid	30:07197a430869	4202	// TODO: %B1@. disable button response but keep command table contents
whismanoid	23:c6c652bef4b9	4203	//~ Datalogger_action_table_enabled = false;
whismanoid	23:c6c652bef4b9	4204	break;
whismanoid	23:c6c652bef4b9	4205	case '@':
whismanoid	30:07197a430869	4206	// enable the button event
whismanoid	23:c6c652bef4b9	4207	// TODO: %B1@@ enable button response
whismanoid	23:c6c652bef4b9	4208	//~ Datalogger_action_table_enabled = true;
whismanoid	23:c6c652bef4b9	4209	break;
whismanoid	23:c6c652bef4b9	4210	}
whismanoid	23:c6c652bef4b9	4211	//
whismanoid	23:c6c652bef4b9	4212	// Print the contents of command_table
whismanoid	23:c6c652bef4b9	4213	for (int lineIndex = 0; lineIndex < COMMAND_TABLE_ROW_MAX; lineIndex++) {
whismanoid	23:c6c652bef4b9	4214	if (command_table[lineIndex] == NULL) { break; }
whismanoid	23:c6c652bef4b9	4215	if (command_table[lineIndex][0] == '\0') { break; }
whismanoid	24:032f3683cb2a	4216	command_table_row_count = lineIndex+1;
whismanoid	24:032f3683cb2a	4217	cmdLine.serial().printf("\r\n %%B%1d@%d %s",
whismanoid	24:032f3683cb2a	4218	command_table_button_index,
whismanoid	24:032f3683cb2a	4219	lineIndex,
whismanoid	24:032f3683cb2a	4220	command_table[lineIndex]);
whismanoid	23:c6c652bef4b9	4221	}
whismanoid	30:07197a430869	4222	//~ cmdLine.serial().printf("\r\n command_table_row_count = %d/%d",
whismanoid	30:07197a430869	4223	//~ command_table_row_count, COMMAND_TABLE_ROW_MAX);
whismanoid	30:07197a430869	4224	cmdLine.serial().printf("\r\n\r\nEdit Button%d event (used %d/%d, %d free):",
whismanoid	30:07197a430869	4225	command_table_button_index,
whismanoid	30:07197a430869	4226	command_table_row_count,
whismanoid	30:07197a430869	4227	COMMAND_TABLE_ROW_MAX,
whismanoid	30:07197a430869	4228	(COMMAND_TABLE_ROW_MAX - command_table_row_count)
whismanoid	30:07197a430869	4229	);
whismanoid	23:c6c652bef4b9	4230	if (command_table_row_count < COMMAND_TABLE_ROW_MAX) {
whismanoid	23:c6c652bef4b9	4231	// if command_table_row_count => COMMAND_TABLE_ROW_MAX then the table is full
whismanoid	24:032f3683cb2a	4232	cmdLine.serial().printf("\r\n %%B%1d@+ command -- add new row %d at end of table",
whismanoid	24:032f3683cb2a	4233	command_table_button_index,
whismanoid	24:032f3683cb2a	4234	command_table_row_count);
whismanoid	23:c6c652bef4b9	4235	}
whismanoid	23:c6c652bef4b9	4236	if (command_table_row_count > 0) {
whismanoid	23:c6c652bef4b9	4237	// if command_table_row_count == 0 then the table is empty
whismanoid	24:032f3683cb2a	4238	cmdLine.serial().printf("\r\n %%B%1d@%d command -- replace row %d",
whismanoid	24:032f3683cb2a	4239	command_table_button_index,
whismanoid	23:c6c652bef4b9	4240	command_table_row_count-1,
whismanoid	23:c6c652bef4b9	4241	command_table_row_count-1);
whismanoid	24:032f3683cb2a	4242	cmdLine.serial().printf("\r\n %%B%1d@-%d -- delete row %d",
whismanoid	24:032f3683cb2a	4243	command_table_button_index,
whismanoid	24:032f3683cb2a	4244	command_table_row_count-1,
whismanoid	24:032f3683cb2a	4245	command_table_row_count-1);
whismanoid	24:032f3683cb2a	4246	cmdLine.serial().printf("\r\n %%B%1d@-~~~ -- delete all rows",
whismanoid	24:032f3683cb2a	4247	command_table_button_index);
whismanoid	30:07197a430869	4248	//~ cmdLine.serial().printf("\r\n %%B%1d@. -- pause entire command table",
whismanoid	30:07197a430869	4249	//~ command_table_button_index);
whismanoid	30:07197a430869	4250	//~ cmdLine.serial().printf("\r\n %%B%1d@@ -- enable command table",
whismanoid	30:07197a430869	4251	//~ command_table_button_index);
whismanoid	30:07197a430869	4252	cmdLine.serial().printf("\r\n %%B%1d! -- trigger Button%d event",
whismanoid	30:07197a430869	4253	command_table_button_index,
whismanoid	24:032f3683cb2a	4254	command_table_button_index);
whismanoid	23:c6c652bef4b9	4255	}
whismanoid	23:c6c652bef4b9	4256	//
whismanoid	23:c6c652bef4b9	4257	} // case '@' -- %B1@ view/edit command table
whismanoid	23:c6c652bef4b9	4258	break;
whismanoid	23:c6c652bef4b9	4259	case '!':
whismanoid	23:c6c652bef4b9	4260	// TODO: %B1! trigger onButton1FallingEdge() immediately (for test development)
whismanoid	23:c6c652bef4b9	4261	Run_command_table(command_table);
whismanoid	23:c6c652bef4b9	4262	break;
whismanoid	23:c6c652bef4b9	4263	}
whismanoid	23:c6c652bef4b9	4264	}
whismanoid	23:c6c652bef4b9	4265	break;
whismanoid	23:c6c652bef4b9	4266	#endif // USE_DATALOGGER_CommandTable
whismanoid	23:c6c652bef4b9	4267	//--------------------------------------------------
whismanoid	15:37c83ec50ea0	4268	#if HAS_digitalInOuts
whismanoid	15:37c83ec50ea0	4269	case 'H': case 'h':
whismanoid	15:37c83ec50ea0	4270	{
whismanoid	15:37c83ec50ea0	4271	// %Hpin -- digital output high
whismanoid	15:37c83ec50ea0	4272	#if ARDUINO_STYLE
whismanoid	15:37c83ec50ea0	4273	pinMode(pinIndex, OUTPUT); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	15:37c83ec50ea0	4274	digitalWrite(pinIndex, HIGH); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	15:37c83ec50ea0	4275	#else
whismanoid	15:37c83ec50ea0	4276	DigitalInOut& digitalInOutPin = find_digitalInOutPin(pinIndex);
whismanoid	15:37c83ec50ea0	4277	digitalInOutPin.output();
whismanoid	15:37c83ec50ea0	4278	digitalInOutPin.write(1);
whismanoid	15:37c83ec50ea0	4279	#endif
whismanoid	15:37c83ec50ea0	4280	cmdLine.serial().printf(" digitalInOutPin %d Output High ", pinIndex);
whismanoid	15:37c83ec50ea0	4281	}
whismanoid	15:37c83ec50ea0	4282	break;
whismanoid	15:37c83ec50ea0	4283	case 'L': case 'l':
whismanoid	15:37c83ec50ea0	4284	{
whismanoid	15:37c83ec50ea0	4285	// %Lpin -- digital output low
whismanoid	15:37c83ec50ea0	4286	#if ARDUINO_STYLE
whismanoid	15:37c83ec50ea0	4287	pinMode(pinIndex, OUTPUT); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	15:37c83ec50ea0	4288	digitalWrite(pinIndex, LOW); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	15:37c83ec50ea0	4289	#else
whismanoid	15:37c83ec50ea0	4290	DigitalInOut& digitalInOutPin = find_digitalInOutPin(pinIndex);
whismanoid	15:37c83ec50ea0	4291	digitalInOutPin.output();
whismanoid	15:37c83ec50ea0	4292	digitalInOutPin.write(0);
whismanoid	15:37c83ec50ea0	4293	#endif
whismanoid	15:37c83ec50ea0	4294	cmdLine.serial().printf(" digitalInOutPin %d Output Low ", pinIndex);
whismanoid	15:37c83ec50ea0	4295	}
whismanoid	15:37c83ec50ea0	4296	break;
whismanoid	15:37c83ec50ea0	4297	case '?':
whismanoid	15:37c83ec50ea0	4298	{
whismanoid	15:37c83ec50ea0	4299	// %?pin -- digital input
whismanoid	15:37c83ec50ea0	4300	#if ARDUINO_STYLE
whismanoid	15:37c83ec50ea0	4301	pinMode(pinIndex, INPUT); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	15:37c83ec50ea0	4302	#else
whismanoid	15:37c83ec50ea0	4303	DigitalInOut& digitalInOutPin = find_digitalInOutPin(pinIndex);
whismanoid	15:37c83ec50ea0	4304	digitalInOutPin.input();
whismanoid	15:37c83ec50ea0	4305	#endif
whismanoid	15:37c83ec50ea0	4306	serial.printf(" digitalInOutPin %d Input ", pinIndex);
whismanoid	15:37c83ec50ea0	4307	#if ARDUINO_STYLE
whismanoid	15:37c83ec50ea0	4308	int value = digitalRead(pinIndex);
whismanoid	15:37c83ec50ea0	4309	#else
whismanoid	15:37c83ec50ea0	4310	int value = digitalInOutPin.read();
whismanoid	15:37c83ec50ea0	4311	#endif
whismanoid	15:37c83ec50ea0	4312	cmdLine.serial().printf("%d ", value);
whismanoid	15:37c83ec50ea0	4313	}
whismanoid	15:37c83ec50ea0	4314	break;
whismanoid	15:37c83ec50ea0	4315	#endif
whismanoid	15:37c83ec50ea0	4316	//
whismanoid	15:37c83ec50ea0	4317	#if HAS_analogIns
whismanoid	15:37c83ec50ea0	4318	case 'A': case 'a':
whismanoid	15:37c83ec50ea0	4319	{
whismanoid	15:37c83ec50ea0	4320	// %A %Apin -- analog input
whismanoid	37:3f369235e5bc	4321	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4322	// %A avg= -- set Platform_AIN_Average_N
whismanoid	37:3f369235e5bc	4323	if (cmdLine.parse_int_dec("avg", Platform_AIN_Average_N))
whismanoid	37:3f369235e5bc	4324	{
whismanoid	37:3f369235e5bc	4325	// Platform_AIN_Average_N was updated
whismanoid	37:3f369235e5bc	4326	}
whismanoid	37:3f369235e5bc	4327	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4328	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4329	// %A cal? view/export raw calibration values for all channels
whismanoid	34:a1993a1ee904	4330	// double calibration_05_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4331	// double calibration_05_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4332	// double calibration_95_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4333	// double calibration_95_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4334	{
whismanoid	34:a1993a1ee904	4335	char valueBuf[16];
whismanoid	34:a1993a1ee904	4336	// bool parse_and_remove_key(const char key, char valueBuf, int valueBufLen);
whismanoid	34:a1993a1ee904	4337	if (cmdLine.parse_and_remove_key("cal?", valueBuf, sizeof(valueBuf)))
whismanoid	34:a1993a1ee904	4338	{
whismanoid	34:a1993a1ee904	4339	for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4340	{
whismanoid	34:a1993a1ee904	4341	cmdLine.serial().printf(" %%A cal%dn=%1.9f cal%dv=%1.9fV cal%dn=%1.9f cal%dv=%1.9fV\r\n",
whismanoid	34:a1993a1ee904	4342	ch, calibration_05_normValue_0_1[ch],
whismanoid	34:a1993a1ee904	4343	ch, calibration_05_V[ch],
whismanoid	34:a1993a1ee904	4344	ch, calibration_95_normValue_0_1[ch],
whismanoid	34:a1993a1ee904	4345	ch, calibration_95_V[ch]
whismanoid	34:a1993a1ee904	4346	);
whismanoid	34:a1993a1ee904	4347	}
whismanoid	34:a1993a1ee904	4348	//
whismanoid	34:a1993a1ee904	4349	// print extended help for %A
whismanoid	34:a1993a1ee904	4350	// %A cal0n=0.02 cal0v=0.123 cal0n=0.938 cal0v=1.132 edit/import raw calibration values for any/all channels
whismanoid	34:a1993a1ee904	4351	//~ cmdLine.serial().printf("\r\n %%A cal0n=0.02 cal0v=0.123 cal0n=0.938 cal0v=1.132 -- update calibration");
whismanoid	34:a1993a1ee904	4352	// %A cal0test=0.5 test calibration functions by calculating the calibrated voltage of specified normValue_0_1
whismanoid	34:a1993a1ee904	4353	cmdLine.serial().printf(" %%A cal0test=0.5 -- calculate voltage at 50%% of full scale");
whismanoid	34:a1993a1ee904	4354	cmdLine.serial().printf("\r\n %%A v0cal=1.000V -- calibrate channel against a known input voltage");
whismanoid	34:a1993a1ee904	4355	// TODO: %A___TBD___ save calibration values in non-volatile memory on-chip (if supported)
whismanoid	34:a1993a1ee904	4356	// TODO: %A___TBD___ load calibration values from non-volatile memory on-chip (if supported)
whismanoid	34:a1993a1ee904	4357	// %A calreset -- reset all calibration data
whismanoid	34:a1993a1ee904	4358	cmdLine.serial().printf("\r\n %%A calreset -- reset all calibration data");
whismanoid	37:3f369235e5bc	4359	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4360	// %A avg=%d -- help string display Platform_AIN_Average_N
whismanoid	37:3f369235e5bc	4361	cmdLine.serial().printf("\r\n %%A avg=%d -- average", Platform_AIN_Average_N);
whismanoid	37:3f369235e5bc	4362	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4363	cmdLine.serial().printf("\r\n\r\n");
whismanoid	34:a1993a1ee904	4364	//
whismanoid	34:a1993a1ee904	4365	} // end if (cmdLine.parse_and_remove_key("cal?", valueBuf, sizeof(valueBuf)))
whismanoid	34:a1993a1ee904	4366	}
whismanoid	34:a1993a1ee904	4367	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4368	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4369	{
whismanoid	34:a1993a1ee904	4370	// %A calreset -- reset all calibration data
whismanoid	34:a1993a1ee904	4371	char valueBuf[16];
whismanoid	34:a1993a1ee904	4372	// bool parse_and_remove_key(const char key, char valueBuf, int valueBufLen);
whismanoid	34:a1993a1ee904	4373	if (cmdLine.parse_and_remove_key("calreset", valueBuf, sizeof(valueBuf)))
whismanoid	34:a1993a1ee904	4374	{
whismanoid	34:a1993a1ee904	4375	// nominal 5% fullscale point; normValue_0_1 < 0.5
whismanoid	34:a1993a1ee904	4376	calibration_05_normValue_0_1[0] = 0.25; calibration_05_V[0] = 0.3;
whismanoid	34:a1993a1ee904	4377	calibration_05_normValue_0_1[1] = 0.25; calibration_05_V[1] = 0.3;
whismanoid	34:a1993a1ee904	4378	calibration_05_normValue_0_1[2] = 0.25; calibration_05_V[2] = 0.3;
whismanoid	34:a1993a1ee904	4379	calibration_05_normValue_0_1[3] = 0.25; calibration_05_V[3] = 0.3;
whismanoid	34:a1993a1ee904	4380	calibration_05_normValue_0_1[4] = 0.25; calibration_05_V[4] = 1.5;
whismanoid	34:a1993a1ee904	4381	calibration_05_normValue_0_1[5] = 0.25; calibration_05_V[5] = 1.5;
whismanoid	34:a1993a1ee904	4382	//
whismanoid	34:a1993a1ee904	4383	// nominal 95% fullscale point; normValue_0_1 > 0.5
whismanoid	34:a1993a1ee904	4384	calibration_95_normValue_0_1[0] = 0.75; calibration_95_V[0] = 0.9;
whismanoid	34:a1993a1ee904	4385	calibration_95_normValue_0_1[1] = 0.75; calibration_95_V[1] = 0.9;
whismanoid	34:a1993a1ee904	4386	calibration_95_normValue_0_1[2] = 0.75; calibration_95_V[2] = 0.9;
whismanoid	34:a1993a1ee904	4387	calibration_95_normValue_0_1[3] = 0.75; calibration_95_V[3] = 0.9;
whismanoid	34:a1993a1ee904	4388	calibration_95_normValue_0_1[4] = 0.75; calibration_95_V[4] = 4.5;
whismanoid	34:a1993a1ee904	4389	calibration_95_normValue_0_1[5] = 0.75; calibration_95_V[5] = 4.5;
whismanoid	34:a1993a1ee904	4390	//
whismanoid	34:a1993a1ee904	4391	}
whismanoid	34:a1993a1ee904	4392	}
whismanoid	34:a1993a1ee904	4393	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4394	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4395	// %A cal0n=0.02 cal0v=0.123 cal0n=0.938 cal0v=1.132 edit/import raw calibration values for any/all channels
whismanoid	35:c9549b5c01de	4396	// %A cal4n=0.135874882 cal4v=0.800000012V cal4n=0.286168128 cal4v=1.700000048V
whismanoid	34:a1993a1ee904	4397	// double calibration_05_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4398	// double calibration_05_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4399	// double calibration_95_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4400	// double calibration_95_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4401	{
whismanoid	34:a1993a1ee904	4402	double normValue_0_1, V;
whismanoid	34:a1993a1ee904	4403	for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4404	{
whismanoid	34:a1993a1ee904	4405	static char key_can0n[8] = "cal0n__";
whismanoid	34:a1993a1ee904	4406	sprintf(key_can0n, "cal%1dn", ch);
whismanoid	34:a1993a1ee904	4407	static char key_cal0v[8] = "cal0v__";
whismanoid	34:a1993a1ee904	4408	sprintf(key_cal0v, "cal%1dv", ch);
whismanoid	35:c9549b5c01de	4409	// first point could be the 5% point or the 95% point
whismanoid	35:c9549b5c01de	4410	double norm_threshold = (calibration_05_normValue_0_1[ch] + calibration_95_normValue_0_1[ch]) / 2.0;
whismanoid	35:c9549b5c01de	4411	bool updated_05 = false;
whismanoid	35:c9549b5c01de	4412	//~ bool updated_95 = false;
whismanoid	35:c9549b5c01de	4413	if (cmdLine.parse_double(key_can0n, normValue_0_1)) {
whismanoid	34:a1993a1ee904	4414	if (cmdLine.parse_double(key_cal0v, V))
whismanoid	34:a1993a1ee904	4415	{
whismanoid	35:c9549b5c01de	4416	if (normValue_0_1 < norm_threshold) {
whismanoid	35:c9549b5c01de	4417	// store first calibration point in the 5% slot
whismanoid	35:c9549b5c01de	4418	calibration_05_normValue_0_1[ch] = normValue_0_1;
whismanoid	34:a1993a1ee904	4419	calibration_05_V[ch] = V;
whismanoid	35:c9549b5c01de	4420	updated_05 = true;
whismanoid	34:a1993a1ee904	4421	}
whismanoid	34:a1993a1ee904	4422	else {
whismanoid	35:c9549b5c01de	4423	// store first calibration point in the 95% slot
whismanoid	35:c9549b5c01de	4424	calibration_95_normValue_0_1[ch] = normValue_0_1;
whismanoid	34:a1993a1ee904	4425	calibration_95_V[ch] = V;
whismanoid	35:c9549b5c01de	4426	//~ updated_95 = true;
whismanoid	34:a1993a1ee904	4427	}
whismanoid	34:a1993a1ee904	4428	}
whismanoid	35:c9549b5c01de	4429	}
whismanoid	35:c9549b5c01de	4430	// handle the optional second calibration point
whismanoid	35:c9549b5c01de	4431	if (cmdLine.parse_double(key_can0n, normValue_0_1))
whismanoid	35:c9549b5c01de	4432	{
whismanoid	35:c9549b5c01de	4433	if (cmdLine.parse_double(key_cal0v, V))
whismanoid	35:c9549b5c01de	4434	{
whismanoid	35:c9549b5c01de	4435	if (updated_05) {
whismanoid	35:c9549b5c01de	4436	// we already stored the first point here
whismanoid	35:c9549b5c01de	4437	// calibration_05_normValue_0_1[ch] = normValue_0_1;
whismanoid	35:c9549b5c01de	4438	// calibration_05_V[ch] = V;
whismanoid	35:c9549b5c01de	4439	// store the second point in the other slot
whismanoid	35:c9549b5c01de	4440	calibration_95_normValue_0_1[ch] = normValue_0_1;
whismanoid	35:c9549b5c01de	4441	calibration_95_V[ch] = V;
whismanoid	35:c9549b5c01de	4442	}
whismanoid	35:c9549b5c01de	4443	else {
whismanoid	35:c9549b5c01de	4444	// we already stored the first point here
whismanoid	35:c9549b5c01de	4445	// calibration_95_normValue_0_1[ch] = normValue_0_1;
whismanoid	35:c9549b5c01de	4446	// calibration_95_V[ch] = V;
whismanoid	35:c9549b5c01de	4447	// store the second point in the other slot
whismanoid	35:c9549b5c01de	4448	calibration_05_normValue_0_1[ch] = normValue_0_1;
whismanoid	35:c9549b5c01de	4449	calibration_05_V[ch] = V;
whismanoid	35:c9549b5c01de	4450	}
whismanoid	35:c9549b5c01de	4451	}
whismanoid	35:c9549b5c01de	4452	}
whismanoid	38:fda80a0020d1	4453	// make sure calibration_05_normValue_0_1[ch] < calibration_95_normValue_0_1[ch]
whismanoid	38:fda80a0020d1	4454	if (calibration_05_normValue_0_1[ch] > calibration_95_normValue_0_1[ch])
whismanoid	38:fda80a0020d1	4455	{
whismanoid	38:fda80a0020d1	4456	// swap to make sure calibration_05_normValue_0_1[ch] < calibration_95_normValue_0_1[ch]
whismanoid	38:fda80a0020d1	4457	double n05 = calibration_95_normValue_0_1[ch];
whismanoid	38:fda80a0020d1	4458	double V05 = calibration_95_V[ch];
whismanoid	38:fda80a0020d1	4459	double n95 = calibration_05_normValue_0_1[ch];
whismanoid	38:fda80a0020d1	4460	double V95 = calibration_05_V[ch];
whismanoid	38:fda80a0020d1	4461	calibration_05_normValue_0_1[ch] = n05;
whismanoid	38:fda80a0020d1	4462	calibration_05_V[ch] = V05;
whismanoid	38:fda80a0020d1	4463	calibration_95_normValue_0_1[ch] = n95;
whismanoid	38:fda80a0020d1	4464	calibration_95_V[ch] = V95;
whismanoid	38:fda80a0020d1	4465	}
whismanoid	34:a1993a1ee904	4466	} // end for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4467	}
whismanoid	34:a1993a1ee904	4468	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4469	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4470	// %A cal0test=0.5 test calibration functions by calculating the calibrated voltage of specified normValue_0_1
whismanoid	34:a1993a1ee904	4471	// double CalibratedNormValue(int channel_0_5, double raw_normValue_0_1);
whismanoid	34:a1993a1ee904	4472	for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4473	{
whismanoid	34:a1993a1ee904	4474	static char key_cal0test[12] = "cal0test__";
whismanoid	34:a1993a1ee904	4475	sprintf(key_cal0test, "cal%1dtest", ch);
whismanoid	34:a1993a1ee904	4476	double normValue_0_1, Vtest;
whismanoid	34:a1993a1ee904	4477	if (cmdLine.parse_double(key_cal0test, Vtest))
whismanoid	34:a1993a1ee904	4478	{
whismanoid	34:a1993a1ee904	4479	// divide Vtest/adc_full_scale_voltage[0] to get normValue_0_1
whismanoid	34:a1993a1ee904	4480	normValue_0_1 = Vtest/adc_full_scale_voltage[ch];
whismanoid	34:a1993a1ee904	4481	//
whismanoid	34:a1993a1ee904	4482	cmdLine.serial().printf(" CalibratedNormValue(%d, %1.6f) = %1.6f = %1.6fV\r\n",
whismanoid	34:a1993a1ee904	4483	ch,
whismanoid	34:a1993a1ee904	4484	normValue_0_1,
whismanoid	34:a1993a1ee904	4485	CalibratedNormValue(ch, normValue_0_1),
whismanoid	34:a1993a1ee904	4486	(CalibratedNormValue(ch, normValue_0_1) * adc_full_scale_voltage[ch])
whismanoid	34:a1993a1ee904	4487	);
whismanoid	34:a1993a1ee904	4488	//
whismanoid	34:a1993a1ee904	4489	// sweep CalibratedNormValue argument
whismanoid	34:a1993a1ee904	4490	double normValue_0_1_start = -0.05;
whismanoid	34:a1993a1ee904	4491	double normValue_0_1_step = 0.05;
whismanoid	34:a1993a1ee904	4492	double normValue_0_1_end = 1.07;
whismanoid	34:a1993a1ee904	4493	for (normValue_0_1 = normValue_0_1_start;
whismanoid	34:a1993a1ee904	4494	normValue_0_1 <= normValue_0_1_end;
whismanoid	34:a1993a1ee904	4495	normValue_0_1 = normValue_0_1 + normValue_0_1_step)
whismanoid	34:a1993a1ee904	4496	{
whismanoid	34:a1993a1ee904	4497	cmdLine.serial().printf(" CalibratedNormValue(%d, %1.6f) = %1.6f = %1.6fV\r\n",
whismanoid	34:a1993a1ee904	4498	ch,
whismanoid	34:a1993a1ee904	4499	normValue_0_1,
whismanoid	34:a1993a1ee904	4500	CalibratedNormValue(ch, normValue_0_1),
whismanoid	34:a1993a1ee904	4501	(CalibratedNormValue(ch, normValue_0_1) * adc_full_scale_voltage[ch])
whismanoid	34:a1993a1ee904	4502	);
whismanoid	34:a1993a1ee904	4503	}
whismanoid	34:a1993a1ee904	4504	}
whismanoid	34:a1993a1ee904	4505	} // end for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4506	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4507	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4508	// %A v0cal=1.000V -- calibrate channel against a known input voltage
whismanoid	34:a1993a1ee904	4509	// double calibration_05_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4510	// double calibration_05_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4511	// double calibration_95_normValue_0_1 [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4512	// double calibration_95_V [NUM_PLATFORM_ANALOG_IN_CHANNELS] = {0.0, ... }
whismanoid	34:a1993a1ee904	4513	for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4514	{
whismanoid	34:a1993a1ee904	4515	static char key_v0cal[10] = "v0cal__";
whismanoid	34:a1993a1ee904	4516	sprintf(key_v0cal, "v%1dcal", ch);
whismanoid	34:a1993a1ee904	4517	double Vtest;
whismanoid	34:a1993a1ee904	4518	if (cmdLine.parse_double(key_v0cal, Vtest))
whismanoid	34:a1993a1ee904	4519	{
whismanoid	34:a1993a1ee904	4520	// divide Vtest/adc_full_scale_voltage[0] to get normValue_0_1
whismanoid	34:a1993a1ee904	4521	double Vtest_normValue_0_1 = Vtest/adc_full_scale_voltage[ch];
whismanoid	34:a1993a1ee904	4522	//
whismanoid	34:a1993a1ee904	4523	// %A v0cal=1.000 calibrate one channel by measuring against a known input voltage
whismanoid	34:a1993a1ee904	4524	//
whismanoid	34:a1993a1ee904	4525	cmdLine.serial().printf("\r\n Measuring against input voltage of %1.6fV...", Vtest);
whismanoid	37:3f369235e5bc	4526	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4527	const int numberOfMeasurements = 16 * Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	4528	#else // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4529	const int numberOfMeasurements = 16;
whismanoid	37:3f369235e5bc	4530	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4531	double Sx_measure_normValue_0_1 = 0; // sum of values
whismanoid	34:a1993a1ee904	4532	double Sxx_measure_normValue_0_1 = 0; // sum of the squares of the values
whismanoid	34:a1993a1ee904	4533	for (int count = 0; count < numberOfMeasurements; count++)
whismanoid	34:a1993a1ee904	4534	{
whismanoid	34:a1993a1ee904	4535	double measure_normValue_0_1;
whismanoid	34:a1993a1ee904	4536	switch(ch)
whismanoid	34:a1993a1ee904	4537	{
whismanoid	34:a1993a1ee904	4538	case 0: measure_normValue_0_1 = analogIn0.read(); break;
whismanoid	34:a1993a1ee904	4539	case 1: measure_normValue_0_1 = analogIn1.read(); break;
whismanoid	34:a1993a1ee904	4540	case 2: measure_normValue_0_1 = analogIn2.read(); break;
whismanoid	34:a1993a1ee904	4541	case 3: measure_normValue_0_1 = analogIn3.read(); break;
whismanoid	34:a1993a1ee904	4542	case 4: measure_normValue_0_1 = analogIn4.read(); break;
whismanoid	34:a1993a1ee904	4543	case 5: measure_normValue_0_1 = analogIn5.read(); break;
whismanoid	34:a1993a1ee904	4544	}
whismanoid	34:a1993a1ee904	4545	Sx_measure_normValue_0_1 = Sx_measure_normValue_0_1 + measure_normValue_0_1;
whismanoid	34:a1993a1ee904	4546	Sxx_measure_normValue_0_1 = Sxx_measure_normValue_0_1 + (measure_normValue_0_1 * measure_normValue_0_1);
whismanoid	38:fda80a0020d1	4547	if ((count < 3) \|\| (count >= numberOfMeasurements - 3)) {
whismanoid	38:fda80a0020d1	4548	cmdLine.serial().printf("\r\n raw: %7.6f%% = %1.6fV",
whismanoid	38:fda80a0020d1	4549	measure_normValue_0_1 * 100.0,
whismanoid	38:fda80a0020d1	4550	(measure_normValue_0_1 * adc_full_scale_voltage[ch])
whismanoid	38:fda80a0020d1	4551	);
whismanoid	38:fda80a0020d1	4552	}
whismanoid	34:a1993a1ee904	4553	}
whismanoid	34:a1993a1ee904	4554	cmdLine.serial().printf("\r\n numberOfMeasurements = %d", numberOfMeasurements);
whismanoid	34:a1993a1ee904	4555	cmdLine.serial().printf("\r\n Sx_measure_normValue_0_1 = %1.6f", Sx_measure_normValue_0_1);
whismanoid	34:a1993a1ee904	4556	cmdLine.serial().printf("\r\n Sxx_measure_normValue_0_1 = %1.6f", Sxx_measure_normValue_0_1);
whismanoid	34:a1993a1ee904	4557	//
whismanoid	34:a1993a1ee904	4558	// calculate mean_measure_normValue_0_1 from
whismanoid	34:a1993a1ee904	4559	// Sxx_measure_normValue_0_1, Sx_measure_normValue_0_1, numberOfMeasurements
whismanoid	34:a1993a1ee904	4560	double mean_measure_normValue_0_1 = Sx_measure_normValue_0_1 / numberOfMeasurements;
whismanoid	34:a1993a1ee904	4561	cmdLine.serial().printf("\r\n mean = %7.6f%% = %1.6fV",
whismanoid	34:a1993a1ee904	4562	mean_measure_normValue_0_1 * 100.0,
whismanoid	34:a1993a1ee904	4563	(mean_measure_normValue_0_1 * adc_full_scale_voltage[ch])
whismanoid	34:a1993a1ee904	4564	);
whismanoid	34:a1993a1ee904	4565	//
whismanoid	34:a1993a1ee904	4566	// TODO: calculate sample variance_measure_normValue_0_1 from
whismanoid	34:a1993a1ee904	4567	// Sxx_measure_normValue_0_1, Sx_measure_normValue_0_1, numberOfMeasurements
whismanoid	34:a1993a1ee904	4568	// variance_measure_normValue_0_1 = (Sxx - ( Sx * Sx / nWords) ) / (nWords - 1);
whismanoid	34:a1993a1ee904	4569	double variance_measure_normValue_0_1 = (Sxx_measure_normValue_0_1 - ( Sx_measure_normValue_0_1 * Sx_measure_normValue_0_1 / numberOfMeasurements) ) / (numberOfMeasurements - 1);
whismanoid	34:a1993a1ee904	4570	cmdLine.serial().printf("\r\n variance = %7.6f%% = %1.6fV",
whismanoid	34:a1993a1ee904	4571	variance_measure_normValue_0_1 * 100.0,
whismanoid	34:a1993a1ee904	4572	(variance_measure_normValue_0_1 * adc_full_scale_voltage[ch])
whismanoid	34:a1993a1ee904	4573	);
whismanoid	34:a1993a1ee904	4574	//
whismanoid	34:a1993a1ee904	4575	// calculate sample stddev_measure_normValue_0_1 from
whismanoid	34:a1993a1ee904	4576	// Sxx_measure_normValue_0_1, Sx_measure_normValue_0_1, numberOfMeasurements
whismanoid	34:a1993a1ee904	4577	double stddev_measure_normValue_0_1 = sqrt(variance_measure_normValue_0_1);
whismanoid	34:a1993a1ee904	4578	cmdLine.serial().printf("\r\n stddev = %7.6f%% = %1.6fV",
whismanoid	34:a1993a1ee904	4579	stddev_measure_normValue_0_1 * 100.0,
whismanoid	34:a1993a1ee904	4580	(stddev_measure_normValue_0_1 * adc_full_scale_voltage[ch])
whismanoid	34:a1993a1ee904	4581	);
whismanoid	34:a1993a1ee904	4582	//
whismanoid	34:a1993a1ee904	4583	// Validate the measurements:
whismanoid	34:a1993a1ee904	4584	// is the mean near the expected value?
whismanoid	34:a1993a1ee904	4585	// is the standard deviation not too high?
whismanoid	34:a1993a1ee904	4586	bool isCalibrationValid = true;
whismanoid	34:a1993a1ee904	4587	if ((Vtest_normValue_0_1 - mean_measure_normValue_0_1) > 0.1) {
whismanoid	34:a1993a1ee904	4588	isCalibrationValid = false;
whismanoid	34:a1993a1ee904	4589	cmdLine.serial().printf(" mean value too far from expected.\r\n");
whismanoid	34:a1993a1ee904	4590	}
whismanoid	34:a1993a1ee904	4591	if ((Vtest_normValue_0_1 - mean_measure_normValue_0_1) < -0.1) {
whismanoid	34:a1993a1ee904	4592	isCalibrationValid = false;
whismanoid	34:a1993a1ee904	4593	cmdLine.serial().printf(" mean value too far from expected.\r\n");
whismanoid	34:a1993a1ee904	4594	}
whismanoid	34:a1993a1ee904	4595	if ((stddev_measure_normValue_0_1) > 10) {
whismanoid	34:a1993a1ee904	4596	isCalibrationValid = false;
whismanoid	34:a1993a1ee904	4597	cmdLine.serial().printf(" stddev too high.\r\n");
whismanoid	34:a1993a1ee904	4598	}
whismanoid	34:a1993a1ee904	4599	if (isCalibrationValid)
whismanoid	34:a1993a1ee904	4600	{
whismanoid	34:a1993a1ee904	4601	// update calibration point (mean_measure_normValue_0_1, Vtest)
whismanoid	34:a1993a1ee904	4602	if (Vtest_normValue_0_1 < 0.5) {
whismanoid	34:a1993a1ee904	4603	calibration_05_normValue_0_1[ch] = mean_measure_normValue_0_1;
whismanoid	34:a1993a1ee904	4604	calibration_05_V[ch] = Vtest;
whismanoid	34:a1993a1ee904	4605	} else {
whismanoid	34:a1993a1ee904	4606	calibration_95_normValue_0_1[ch] = mean_measure_normValue_0_1;
whismanoid	34:a1993a1ee904	4607	calibration_95_V[ch] = Vtest;
whismanoid	34:a1993a1ee904	4608	}
whismanoid	34:a1993a1ee904	4609	//
whismanoid	34:a1993a1ee904	4610	// print updated calibration values
whismanoid	34:a1993a1ee904	4611	cmdLine.serial().printf("\r\n");
whismanoid	34:a1993a1ee904	4612	cmdLine.serial().printf(" %%A cal%dn=%1.9f cal%dv=%1.9fV cal%dn=%1.9f cal%dv=%1.9fV\r\n",
whismanoid	34:a1993a1ee904	4613	ch, calibration_05_normValue_0_1[ch],
whismanoid	34:a1993a1ee904	4614	ch, calibration_05_V[ch],
whismanoid	34:a1993a1ee904	4615	ch, calibration_95_normValue_0_1[ch],
whismanoid	34:a1993a1ee904	4616	ch, calibration_95_V[ch]
whismanoid	34:a1993a1ee904	4617	);
whismanoid	34:a1993a1ee904	4618	// print corrected value of mean of measurements (should be close to Vtest)
whismanoid	34:a1993a1ee904	4619	cmdLine.serial().printf(" CalibratedNormValue(%d, %1.6f) = %1.6f = %1.6fV vs %1.6fV\r\n",
whismanoid	34:a1993a1ee904	4620	ch,
whismanoid	34:a1993a1ee904	4621	mean_measure_normValue_0_1,
whismanoid	34:a1993a1ee904	4622	CalibratedNormValue(ch, mean_measure_normValue_0_1),
whismanoid	34:a1993a1ee904	4623	(CalibratedNormValue(ch, mean_measure_normValue_0_1) * adc_full_scale_voltage[ch]),
whismanoid	34:a1993a1ee904	4624	Vtest
whismanoid	34:a1993a1ee904	4625	);
whismanoid	34:a1993a1ee904	4626	} // end if (isCalibrationValid)
whismanoid	34:a1993a1ee904	4627	else {
whismanoid	34:a1993a1ee904	4628	cmdLine.serial().printf("\r\n");
whismanoid	34:a1993a1ee904	4629	cmdLine.serial().printf(" Measurement Error: Calibration will not be updated.\r\n");
whismanoid	34:a1993a1ee904	4630	} // end if (isCalibrationValid)
whismanoid	34:a1993a1ee904	4631	} // end if key_v0cal
whismanoid	34:a1993a1ee904	4632	} // end for (int ch = 0; ch < NUM_PLATFORM_ANALOG_IN_CHANNELS; ch++)
whismanoid	34:a1993a1ee904	4633	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4634	#if HAS_Platform_AIN_Calibration
whismanoid	37:3f369235e5bc	4635	// // TODO: %A___TBD___ save calibration values in non-volatile memory on-chip (if supported)
whismanoid	37:3f369235e5bc	4636	// {
whismanoid	37:3f369235e5bc	4637	// char valueBuf[16];
whismanoid	37:3f369235e5bc	4638	// // bool parse_and_remove_key(const char key, char valueBuf, int valueBufLen);
whismanoid	37:3f369235e5bc	4639	// if (cmdLine.parse_and_remove_key("__TBD_saveCal__", valueBuf, sizeof(valueBuf)))
whismanoid	37:3f369235e5bc	4640	// {
whismanoid	37:3f369235e5bc	4641	// // handle %A __TBD_saveCal__ -- command
whismanoid	37:3f369235e5bc	4642	// }
whismanoid	37:3f369235e5bc	4643	// }
whismanoid	34:a1993a1ee904	4644	#endif // HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4645	#if HAS_Platform_AIN_Calibration
whismanoid	37:3f369235e5bc	4646	// // TODO: %A___TBD___ load calibration values from non-volatile memory on-chip (if supported)
whismanoid	37:3f369235e5bc	4647	// {
whismanoid	37:3f369235e5bc	4648	// char valueBuf[16];
whismanoid	37:3f369235e5bc	4649	// // bool parse_and_remove_key(const char key, char valueBuf, int valueBufLen);
whismanoid	37:3f369235e5bc	4650	// if (cmdLine.parse_and_remove_key("__TBD_loadCal__", valueBuf, sizeof(valueBuf)))
whismanoid	37:3f369235e5bc	4651	// {
whismanoid	37:3f369235e5bc	4652	// // handle %A __TBD_loadCal__ -- command
whismanoid	37:3f369235e5bc	4653	// }
whismanoid	37:3f369235e5bc	4654	// }
whismanoid	34:a1993a1ee904	4655	#endif // HAS_Platform_AIN_Calibration
whismanoid	37:3f369235e5bc	4656	// %A -- report analog input voltages
whismanoid	37:3f369235e5bc	4657	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4658	// #if USE_Platform_AIN_Average -- for (i=0; i<Platform_AIN_Average_N; i++) -- analogInPin.read()
whismanoid	37:3f369235e5bc	4659	#endif // USE_Platform_AIN_Average
whismanoid	15:37c83ec50ea0	4660	#if analogIn4_IS_HIGH_RANGE_OF_analogIn0
whismanoid	15:37c83ec50ea0	4661	// Platform board uses AIN4,AIN5,.. as high range of AIN0,AIN1,..
whismanoid	15:37c83ec50ea0	4662	for (int pinIndex = 0; pinIndex < 2; pinIndex++)
whismanoid	15:37c83ec50ea0	4663	{
whismanoid	15:37c83ec50ea0	4664	int cPinIndex = '0' + pinIndex;
whismanoid	15:37c83ec50ea0	4665	AnalogIn& analogInPin = find_analogInPin(cPinIndex);
whismanoid	15:37c83ec50ea0	4666	float adc_full_scale_voltage = analogInPin_fullScaleVoltage[pinIndex];
whismanoid	37:3f369235e5bc	4667	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4668	// #if USE_Platform_AIN_Average -- for (i=0; i<Platform_AIN_Average_N; i++) -- analogInPin.read()
whismanoid	37:3f369235e5bc	4669	// float normValue_0_1 = analogInPin.read(); but mean of Platform_AIN_Average_N samples
whismanoid	37:3f369235e5bc	4670	float normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	4671	for (int i = 0; i < Platform_AIN_Average_N; i++) {
whismanoid	37:3f369235e5bc	4672	normValue_0_1 = normValue_0_1 + analogInPin.read();
whismanoid	37:3f369235e5bc	4673	}
whismanoid	37:3f369235e5bc	4674	normValue_0_1 = normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	4675	#else // USE_Platform_AIN_Average
whismanoid	15:37c83ec50ea0	4676	float normValue_0_1 = analogInPin.read();
whismanoid	37:3f369235e5bc	4677	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4678	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4679	// apply calibration to normValue_0_1 value
whismanoid	34:a1993a1ee904	4680	normValue_0_1 = CalibratedNormValue(pinIndex, normValue_0_1);
whismanoid	34:a1993a1ee904	4681	#endif // HAS_Platform_AIN_Calibration
whismanoid	15:37c83ec50ea0	4682	//
whismanoid	15:37c83ec50ea0	4683	int pinIndexH = pinIndex + 4;
whismanoid	15:37c83ec50ea0	4684	int cPinIndexH = '0' + pinIndexH;
whismanoid	15:37c83ec50ea0	4685	AnalogIn& analogInPinH = find_analogInPin(cPinIndexH);
whismanoid	15:37c83ec50ea0	4686	float adc_full_scale_voltageH = analogInPin_fullScaleVoltage[pinIndexH];
whismanoid	37:3f369235e5bc	4687	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4688	// #if USE_Platform_AIN_Average -- for (i=0; i<Platform_AIN_Average_N; i++) -- analogInPin.read()
whismanoid	37:3f369235e5bc	4689	// float normValueH_0_1 = analogInPinH.read(); but mean of Platform_AIN_Average_N samples
whismanoid	37:3f369235e5bc	4690	float normValueH_0_1 = 0;
whismanoid	37:3f369235e5bc	4691	for (int i = 0; i < Platform_AIN_Average_N; i++) {
whismanoid	37:3f369235e5bc	4692	normValueH_0_1 = normValueH_0_1 + analogInPinH.read();
whismanoid	37:3f369235e5bc	4693	}
whismanoid	37:3f369235e5bc	4694	normValueH_0_1 = normValueH_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	4695	#else // USE_Platform_AIN_Average
whismanoid	15:37c83ec50ea0	4696	float normValueH_0_1 = analogInPinH.read();
whismanoid	37:3f369235e5bc	4697	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4698	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4699	// apply calibration to normValue_0_1 value
whismanoid	34:a1993a1ee904	4700	normValueH_0_1 = CalibratedNormValue(pinIndex, normValueH_0_1);
whismanoid	34:a1993a1ee904	4701	#endif // HAS_Platform_AIN_Calibration
whismanoid	15:37c83ec50ea0	4702	//
whismanoid	37:3f369235e5bc	4703	cmdLine.serial().printf("A%c = %7.3f%% = %1.3fV high range A%c = %7.3f%% = %1.3fV \r\n",
whismanoid	15:37c83ec50ea0	4704	cPinIndex,
whismanoid	15:37c83ec50ea0	4705	normValue_0_1 * 100.0,
whismanoid	15:37c83ec50ea0	4706	normValue_0_1 * adc_full_scale_voltage,
whismanoid	15:37c83ec50ea0	4707	cPinIndexH,
whismanoid	15:37c83ec50ea0	4708	normValueH_0_1 * 100.0,
whismanoid	15:37c83ec50ea0	4709	normValueH_0_1 * adc_full_scale_voltageH
whismanoid	15:37c83ec50ea0	4710	);
whismanoid	15:37c83ec50ea0	4711	}
whismanoid	15:37c83ec50ea0	4712	for (int pinIndex = 2; pinIndex < 4; pinIndex++)
whismanoid	15:37c83ec50ea0	4713	{
whismanoid	15:37c83ec50ea0	4714	int cPinIndex = '0' + pinIndex;
whismanoid	15:37c83ec50ea0	4715	AnalogIn& analogInPin = find_analogInPin(cPinIndex);
whismanoid	15:37c83ec50ea0	4716	float adc_full_scale_voltage = analogInPin_fullScaleVoltage[pinIndex];
whismanoid	37:3f369235e5bc	4717	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4718	// #if USE_Platform_AIN_Average -- for (i=0; i<Platform_AIN_Average_N; i++) -- analogInPin.read()
whismanoid	37:3f369235e5bc	4719	// float normValue_0_1 = analogInPin.read(); but mean of Platform_AIN_Average_N samples
whismanoid	37:3f369235e5bc	4720	float normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	4721	for (int i = 0; i < Platform_AIN_Average_N; i++) {
whismanoid	37:3f369235e5bc	4722	normValue_0_1 = normValue_0_1 + analogInPin.read();
whismanoid	37:3f369235e5bc	4723	}
whismanoid	37:3f369235e5bc	4724	normValue_0_1 = normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	4725	#else // USE_Platform_AIN_Average
whismanoid	15:37c83ec50ea0	4726	float normValue_0_1 = analogInPin.read();
whismanoid	37:3f369235e5bc	4727	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4728	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4729	// apply calibration to normValue_0_1 value
whismanoid	34:a1993a1ee904	4730	normValue_0_1 = CalibratedNormValue(pinIndex, normValue_0_1);
whismanoid	34:a1993a1ee904	4731	#endif // HAS_Platform_AIN_Calibration
whismanoid	15:37c83ec50ea0	4732	//
whismanoid	37:3f369235e5bc	4733	cmdLine.serial().printf("A%c = %7.3f%% = %1.3fV\r\n",
whismanoid	15:37c83ec50ea0	4734	cPinIndex,
whismanoid	15:37c83ec50ea0	4735	normValue_0_1 * 100.0,
whismanoid	15:37c83ec50ea0	4736	normValue_0_1 * adc_full_scale_voltage
whismanoid	15:37c83ec50ea0	4737	);
whismanoid	15:37c83ec50ea0	4738	}
whismanoid	15:37c83ec50ea0	4739	#else // analogIn4_IS_HIGH_RANGE_OF_analogIn0
whismanoid	15:37c83ec50ea0	4740	// Platform board uses simple analog inputs
whismanoid	15:37c83ec50ea0	4741	// assume standard Arduino analog inputs A0-A5
whismanoid	15:37c83ec50ea0	4742	for (int pinIndex = 0; pinIndex < 6; pinIndex++)
whismanoid	15:37c83ec50ea0	4743	{
whismanoid	15:37c83ec50ea0	4744	int cPinIndex = '0' + pinIndex;
whismanoid	15:37c83ec50ea0	4745	AnalogIn& analogInPin = find_analogInPin(cPinIndex);
whismanoid	15:37c83ec50ea0	4746	float adc_full_scale_voltage = analogInPin_fullScaleVoltage[pinIndex];
whismanoid	37:3f369235e5bc	4747	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	4748	// #if USE_Platform_AIN_Average -- for (i=0; i<Platform_AIN_Average_N; i++) -- analogInPin.read()
whismanoid	37:3f369235e5bc	4749	// float normValue_0_1 = analogInPin.read(); but mean of Platform_AIN_Average_N samples
whismanoid	37:3f369235e5bc	4750	float normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	4751	for (int i = 0; i < Platform_AIN_Average_N; i++) {
whismanoid	37:3f369235e5bc	4752	normValue_0_1 = normValue_0_1 + analogInPin.read();
whismanoid	37:3f369235e5bc	4753	}
whismanoid	37:3f369235e5bc	4754	normValue_0_1 = normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	4755	#else // USE_Platform_AIN_Average
whismanoid	15:37c83ec50ea0	4756	float normValue_0_1 = analogInPin.read();
whismanoid	37:3f369235e5bc	4757	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	4758	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	4759	// apply calibration to normValue_0_1 value
whismanoid	34:a1993a1ee904	4760	normValue_0_1 = CalibratedNormValue(pinIndex, normValue_0_1);
whismanoid	34:a1993a1ee904	4761	#endif // HAS_Platform_AIN_Calibration
whismanoid	15:37c83ec50ea0	4762	//
whismanoid	37:3f369235e5bc	4763	cmdLine.serial().printf("A%c = %7.3f%% = %1.3fV\r\n",
whismanoid	15:37c83ec50ea0	4764	cPinIndex,
whismanoid	15:37c83ec50ea0	4765	normValue_0_1 * 100.0,
whismanoid	15:37c83ec50ea0	4766	normValue_0_1 * adc_full_scale_voltage
whismanoid	15:37c83ec50ea0	4767	);
whismanoid	15:37c83ec50ea0	4768	}
whismanoid	15:37c83ec50ea0	4769	#endif // analogIn4_IS_HIGH_RANGE_OF_analogIn0
whismanoid	15:37c83ec50ea0	4770	}
whismanoid	15:37c83ec50ea0	4771	break;
whismanoid	15:37c83ec50ea0	4772	#endif
whismanoid	15:37c83ec50ea0	4773	//
whismanoid	15:37c83ec50ea0	4774	#if HAS_SPI2_MAX541
whismanoid	15:37c83ec50ea0	4775	case 'D': case 'd':
whismanoid	15:37c83ec50ea0	4776	{
whismanoid	15:37c83ec50ea0	4777	// %D -- DAC output MAX541 (SPI2) -- need cmdLine.parse_float(voltageV)
whismanoid	15:37c83ec50ea0	4778	// MAX541 max541(spi2_max541, spi2_max541_cs);
whismanoid	15:37c83ec50ea0	4779	float voltageV = max541.Get_Voltage();
whismanoid	15:37c83ec50ea0	4780	// if (cmdLine[2] == '+') {
whismanoid	15:37c83ec50ea0	4781	// // %D+
whismanoid	15:37c83ec50ea0	4782	// voltageV = voltageV * 1.25f;
whismanoid	15:37c83ec50ea0	4783	// if (voltageV >= max541.VRef) voltageV = max541.VRef;
whismanoid	15:37c83ec50ea0	4784	// SelfTest_MAX541_Voltage(cmdLine, max541, voltageV);
whismanoid	15:37c83ec50ea0	4785	// }
whismanoid	15:37c83ec50ea0	4786	// else if (cmdLine[2] == '-') {
whismanoid	15:37c83ec50ea0	4787	// // %D-
whismanoid	15:37c83ec50ea0	4788	// voltageV = voltageV * 0.75f;
whismanoid	15:37c83ec50ea0	4789	// if (voltageV < 0.1f) voltageV = 0.1f;
whismanoid	15:37c83ec50ea0	4790	// SelfTest_MAX541_Voltage(cmdLine, max541, voltageV);
whismanoid	15:37c83ec50ea0	4791	// }
whismanoid	15:37c83ec50ea0	4792	if (cmdLine.parse_float("V", voltageV))
whismanoid	15:37c83ec50ea0	4793	{
whismanoid	15:37c83ec50ea0	4794	// %D V=1.234 -- set voltage
whismanoid	15:37c83ec50ea0	4795	max541.Set_Voltage(voltageV);
whismanoid	15:37c83ec50ea0	4796	}
whismanoid	15:37c83ec50ea0	4797	else if (cmdLine.parse_float("TEST", voltageV))
whismanoid	15:37c83ec50ea0	4798	{
whismanoid	15:37c83ec50ea0	4799	// %D TEST=1.234 -- set voltage and compare with AIN0
whismanoid	15:37c83ec50ea0	4800	SelfTest_MAX541_Voltage(cmdLine, max541, voltageV);
whismanoid	15:37c83ec50ea0	4801	}
whismanoid	15:37c83ec50ea0	4802	else if (cmdLine.parse_float("CAL", voltageV))
whismanoid	15:37c83ec50ea0	4803	{
whismanoid	15:37c83ec50ea0	4804	// %D CAL=1.234 -- calibrate VRef and compare with AIN0
whismanoid	15:37c83ec50ea0	4805
whismanoid	15:37c83ec50ea0	4806	max541.Set_Code(0x8000); // we don't know the fullscale voltage yet, so set code to midscale
whismanoid	15:37c83ec50ea0	4807	double max541_midscale_V = analogInPin_fullScaleVoltage[4] * analogIn4.read(); // TARGET_MAX32630 J1.5 AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	15:37c83ec50ea0	4808	const int average_count = 100;
whismanoid	15:37c83ec50ea0	4809	const double average_K = 0.25;
whismanoid	15:37c83ec50ea0	4810	for (int count = 0; count < average_count; count++) {
whismanoid	15:37c83ec50ea0	4811	double measurement_V = analogInPin_fullScaleVoltage[4] * analogIn4.read(); // TARGET_MAX32630 J1.5 AIN_4 = AIN0 / 5.0 fullscale is 6.0V
whismanoid	15:37c83ec50ea0	4812	max541_midscale_V = ((1 - average_K) * max541_midscale_V) + (average_K * measurement_V);
whismanoid	15:37c83ec50ea0	4813	}
whismanoid	15:37c83ec50ea0	4814	max541.VRef = 2.0 * max541_midscale_V;
whismanoid	15:37c83ec50ea0	4815	cmdLine.serial().printf(
whismanoid	15:37c83ec50ea0	4816	"\r\n MAX541 midscale = %1.3fV, so fullscale = %1.3fV",
whismanoid	15:37c83ec50ea0	4817	max541_midscale_V, max541.VRef);
whismanoid	15:37c83ec50ea0	4818	// Detect whether MAX541 is really connected to MAX32625MBED.AIN0/AIN4
whismanoid	15:37c83ec50ea0	4819	voltageV = 1.0f;
whismanoid	15:37c83ec50ea0	4820	SelfTest_MAX541_Voltage(cmdLine, max541, voltageV);
whismanoid	15:37c83ec50ea0	4821	}
whismanoid	15:37c83ec50ea0	4822	else {
whismanoid	15:37c83ec50ea0	4823	// %D -- print MAX541 DAC status
whismanoid	15:37c83ec50ea0	4824	cmdLine.serial().printf("MAX541 code=0x%4.4x = %1.3fV VRef=%1.3fV\r\n",
whismanoid	15:37c83ec50ea0	4825	max541.Get_Code(), max541.Get_Voltage(), max541.VRef);
whismanoid	15:37c83ec50ea0	4826	}
whismanoid	15:37c83ec50ea0	4827	}
whismanoid	15:37c83ec50ea0	4828	break;
whismanoid	15:37c83ec50ea0	4829	#endif
whismanoid	15:37c83ec50ea0	4830
whismanoid	15:37c83ec50ea0	4831	//
whismanoid	15:37c83ec50ea0	4832	#if HAS_I2C // SUPPORT_I2C
whismanoid	15:37c83ec50ea0	4833	case 'I': case 'i':
whismanoid	15:37c83ec50ea0	4834	// %I... -- I2C diagnostics
whismanoid	15:37c83ec50ea0	4835	// %IP -- I2C probe
whismanoid	15:37c83ec50ea0	4836	// %IC scl=100khz ADDR=? -- I2C configure
whismanoid	15:37c83ec50ea0	4837	// %IW byte byte ... byte RD=? ADDR=0x -- write
whismanoid	15:37c83ec50ea0	4838	// %IR ADDR=? RD=? -- read
whismanoid	15:37c83ec50ea0	4839	// %I^ cmd=? -- i2c_smbus_read_word_data
whismanoid	15:37c83ec50ea0	4840	// get next character
whismanoid	15:37c83ec50ea0	4841	// TODO: parse cmdLine arg (ADDR=\d+)? --> g_I2C_deviceAddress7
whismanoid	15:37c83ec50ea0	4842	cmdLine.parse_byte_hex("ADDR", g_I2C_deviceAddress7);
whismanoid	15:37c83ec50ea0	4843	// TODO: parse cmdLine arg (RD=\d)? --> g_I2C_read_count
whismanoid	15:37c83ec50ea0	4844	g_I2C_read_count = 0; // read count must be reset every command
whismanoid	15:37c83ec50ea0	4845	cmdLine.parse_byte_dec("RD", g_I2C_read_count);
whismanoid	15:37c83ec50ea0	4846	// TODO: parse cmdLine arg (CMD=\d)? --> g_I2C_command_regAddress
whismanoid	15:37c83ec50ea0	4847	cmdLine.parse_byte_hex("CMD", g_I2C_command_regAddress);
whismanoid	15:37c83ec50ea0	4848	switch (cmdLine[2])
whismanoid	15:37c83ec50ea0	4849	{
whismanoid	15:37c83ec50ea0	4850	case 'P': case 'p':
whismanoid	15:37c83ec50ea0	4851	{
whismanoid	15:37c83ec50ea0	4852	// %IP -- I2C probe
whismanoid	15:37c83ec50ea0	4853	HuntAttachedI2CDevices(cmdLine, 0x03, 0x77);
whismanoid	15:37c83ec50ea0	4854	}
whismanoid	15:37c83ec50ea0	4855	break;
whismanoid	15:37c83ec50ea0	4856	case 'C': case 'c':
whismanoid	15:37c83ec50ea0	4857	{
whismanoid	15:37c83ec50ea0	4858	bool isUpdatedI2CConfig = false;
whismanoid	15:37c83ec50ea0	4859	// %IC scl=100khz ADDR=? -- I2C configure
whismanoid	15:37c83ec50ea0	4860	// parse cmdLine arg (SCL=\d+(kHZ\|MHZ)?)? --> g_I2C_SCL_Hz
whismanoid	15:37c83ec50ea0	4861	if (cmdLine.parse_frequency_Hz("SCL", g_I2C_SCL_Hz))
whismanoid	15:37c83ec50ea0	4862	{
whismanoid	15:37c83ec50ea0	4863	isUpdatedI2CConfig = true;
whismanoid	15:37c83ec50ea0	4864	// TODO1: validate g_I2C_SCL_Hz against system clock frequency F_CPU
whismanoid	15:37c83ec50ea0	4865	if (g_I2C_SCL_Hz > limit_max_I2C_SCL_Hz)
whismanoid	15:37c83ec50ea0	4866	{
whismanoid	15:37c83ec50ea0	4867	g_I2C_SCL_Hz = limit_max_I2C_SCL_Hz;
whismanoid	15:37c83ec50ea0	4868	}
whismanoid	15:37c83ec50ea0	4869	if (g_I2C_SCL_Hz < limit_min_I2C_SCL_Hz)
whismanoid	15:37c83ec50ea0	4870	{
whismanoid	15:37c83ec50ea0	4871	g_I2C_SCL_Hz = limit_min_I2C_SCL_Hz;
whismanoid	15:37c83ec50ea0	4872	}
whismanoid	15:37c83ec50ea0	4873	}
whismanoid	15:37c83ec50ea0	4874	if (isUpdatedI2CConfig)
whismanoid	15:37c83ec50ea0	4875	{
whismanoid	15:37c83ec50ea0	4876	// declare in narrower scope: MAX32625MBED I2C i2cMaster(...)
whismanoid	15:37c83ec50ea0	4877	I2C i2cMaster(I2C0_SDA, I2C0_SCL); // sda scl TARGET_MAX32635MBED: P1_6, P1_7 Arduino 10-pin header
whismanoid	15:37c83ec50ea0	4878	i2cMaster.frequency(g_I2C_SCL_Hz);
whismanoid	15:37c83ec50ea0	4879	i2cMaster.start();
whismanoid	15:37c83ec50ea0	4880	i2cMaster.stop();
whismanoid	15:37c83ec50ea0	4881	i2cMaster.frequency(g_I2C_SCL_Hz);
whismanoid	15:37c83ec50ea0	4882	cmdLine.serial().printf(
whismanoid	15:37c83ec50ea0	4883	"\r\n %%IC ADDR=0x%2.2x=(0x%2.2x>>1) SCL=%d=%1.3fkHz -- I2C config",
whismanoid	15:37c83ec50ea0	4884	g_I2C_deviceAddress7, (g_I2C_deviceAddress7 << 1), g_I2C_SCL_Hz,
whismanoid	15:37c83ec50ea0	4885	(g_I2C_SCL_Hz / 1000.));
whismanoid	15:37c83ec50ea0	4886	i2cMaster.start();
whismanoid	15:37c83ec50ea0	4887	i2cMaster.stop();
whismanoid	15:37c83ec50ea0	4888	}
whismanoid	15:37c83ec50ea0	4889	}
whismanoid	15:37c83ec50ea0	4890	break;
whismanoid	15:37c83ec50ea0	4891	case 'W': case 'w':
whismanoid	15:37c83ec50ea0	4892	{
whismanoid	15:37c83ec50ea0	4893	// declare in narrower scope: MAX32625MBED I2C i2cMaster(...)
whismanoid	15:37c83ec50ea0	4894	I2C i2cMaster(I2C0_SDA, I2C0_SCL); // sda scl TARGET_MAX32635MBED: P1_6, P1_7 Arduino 10-pin header
whismanoid	15:37c83ec50ea0	4895	i2cMaster.frequency(g_I2C_SCL_Hz);
whismanoid	15:37c83ec50ea0	4896	// %IW byte byte ... byte RD=? ADDR=0x -- write
whismanoid	15:37c83ec50ea0	4897	// parse cmdLine byte list --> int byteCount; int mosiData[MAX_SPI_BYTE_COUNT];
whismanoid	15:37c83ec50ea0	4898	#define MAX_I2C_BYTE_COUNT 32
whismanoid	15:37c83ec50ea0	4899	size_t byteCount = byteCount;
whismanoid	15:37c83ec50ea0	4900	static char mosiData[MAX_I2C_BYTE_COUNT];
whismanoid	15:37c83ec50ea0	4901	static char misoData[MAX_I2C_BYTE_COUNT];
whismanoid	15:37c83ec50ea0	4902	if (cmdLine.parse_byteCount_byteList_hex(byteCount, mosiData,
whismanoid	15:37c83ec50ea0	4903	MAX_I2C_BYTE_COUNT))
whismanoid	15:37c83ec50ea0	4904	{
whismanoid	15:37c83ec50ea0	4905	// hex dump mosiData[0..byteCount-1]
whismanoid	15:37c83ec50ea0	4906	cmdLine.serial().printf(
whismanoid	15:37c83ec50ea0	4907	"\r\nADDR=0x%2.2x=(0x%2.2x>>1) byteCount:%d RD=%d\r\nI2C MOSI->",
whismanoid	15:37c83ec50ea0	4908	g_I2C_deviceAddress7,
whismanoid	15:37c83ec50ea0	4909	(g_I2C_deviceAddress7 << 1), byteCount, g_I2C_read_count);
whismanoid	15:37c83ec50ea0	4910	for (unsigned int byteIndex = 0; byteIndex < byteCount; byteIndex++)
whismanoid	15:37c83ec50ea0	4911	{
whismanoid	15:37c83ec50ea0	4912	cmdLine.serial().printf(" 0x%2.2X", mosiData[byteIndex]);
whismanoid	15:37c83ec50ea0	4913	}
whismanoid	15:37c83ec50ea0	4914	//
whismanoid	15:37c83ec50ea0	4915	// TODO: i2c transfer
whismanoid	15:37c83ec50ea0	4916	//const int addr7bit = 0x48; // 7 bit I2C address
whismanoid	15:37c83ec50ea0	4917	//const int addr8bit = 0x48 << 1; // 8bit I2C address, 0x90
whismanoid	15:37c83ec50ea0	4918	// /* int / i2cMaster.read (int addr8bit, char data, int length, bool repeated=false) // Read from an I2C slave.
whismanoid	15:37c83ec50ea0	4919	// /* int */ i2cMaster.read (int ack) // Read a single byte from the I2C bus.
whismanoid	15:37c83ec50ea0	4920	// /* int / i2cMaster.write (int addr8bit, const char data, int length, bool repeated=false) // Write to an I2C slave.
whismanoid	15:37c83ec50ea0	4921	// /* int */ i2cMaster.write (int data) // Write single byte out on the I2C bus.
whismanoid	15:37c83ec50ea0	4922	// /* void */ i2cMaster.start (void) // Creates a start condition on the I2C bus.
whismanoid	15:37c83ec50ea0	4923	// /* void */ i2cMaster.stop (void) // Creates a stop condition on the I2C bus.
whismanoid	15:37c83ec50ea0	4924	// /* int / i2cMaster.transfer (int addr8bit, const char tx_buffer, int tx_length, char *rx_buffer, int rx_length, const event_callback_t &callback, int event=I2C_EVENT_TRANSFER_COMPLETE, bool repeated=false) // Start nonblocking I2C transfer. More...
whismanoid	15:37c83ec50ea0	4925	// /* void */ i2cMaster.abort_transfer () // Abort the ongoing I2C transfer. More...
whismanoid	15:37c83ec50ea0	4926	const int addr8bit = g_I2C_deviceAddress7 << 1; // 8bit I2C address, 0x90
whismanoid	15:37c83ec50ea0	4927	unsigned int misoLength = 0;
whismanoid	15:37c83ec50ea0	4928	bool repeated = (g_I2C_read_count > 0);
whismanoid	15:37c83ec50ea0	4929	//
whismanoid	15:37c83ec50ea0	4930	int writeStatus = i2cMaster.write (addr8bit, mosiData, byteCount, repeated);
whismanoid	15:37c83ec50ea0	4931	switch (writeStatus)
whismanoid	15:37c83ec50ea0	4932	{
whismanoid	15:37c83ec50ea0	4933	case 0: cmdLine.serial().printf(" ack "); break;
whismanoid	15:37c83ec50ea0	4934	case 1: cmdLine.serial().printf(" nack "); break;
whismanoid	15:37c83ec50ea0	4935	default: cmdLine.serial().printf(" {writeStatus 0x%2.2X} ",
whismanoid	15:37c83ec50ea0	4936	writeStatus);
whismanoid	15:37c83ec50ea0	4937	}
whismanoid	15:37c83ec50ea0	4938	if (repeated)
whismanoid	15:37c83ec50ea0	4939	{
whismanoid	15:37c83ec50ea0	4940	int readStatus =
whismanoid	15:37c83ec50ea0	4941	i2cMaster.read (addr8bit, misoData, g_I2C_read_count, false);
whismanoid	15:37c83ec50ea0	4942	switch (readStatus)
whismanoid	15:37c83ec50ea0	4943	{
whismanoid	15:37c83ec50ea0	4944	case 1: cmdLine.serial().printf(" nack "); break;
whismanoid	15:37c83ec50ea0	4945	case 0: cmdLine.serial().printf(" ack "); break;
whismanoid	15:37c83ec50ea0	4946	default: cmdLine.serial().printf(" {readStatus 0x%2.2X} ",
whismanoid	15:37c83ec50ea0	4947	readStatus);
whismanoid	15:37c83ec50ea0	4948	}
whismanoid	15:37c83ec50ea0	4949	}
whismanoid	15:37c83ec50ea0	4950	//
whismanoid	15:37c83ec50ea0	4951	if (misoLength > 0)
whismanoid	15:37c83ec50ea0	4952	{
whismanoid	15:37c83ec50ea0	4953	// hex dump misoData[0..byteCount-1]
whismanoid	15:37c83ec50ea0	4954	cmdLine.serial().printf(" MISO<-");
whismanoid	15:37c83ec50ea0	4955	for (unsigned int byteIndex = 0; byteIndex < g_I2C_read_count;
whismanoid	15:37c83ec50ea0	4956	byteIndex++)
whismanoid	15:37c83ec50ea0	4957	{
whismanoid	15:37c83ec50ea0	4958	cmdLine.serial().printf(" 0x%2.2X", misoData[byteIndex]);
whismanoid	15:37c83ec50ea0	4959	}
whismanoid	15:37c83ec50ea0	4960	}
whismanoid	15:37c83ec50ea0	4961	cmdLine.serial().printf(" ");
whismanoid	15:37c83ec50ea0	4962	}
whismanoid	15:37c83ec50ea0	4963	}
whismanoid	15:37c83ec50ea0	4964	break;
whismanoid	15:37c83ec50ea0	4965	case 'R': case 'r':
whismanoid	15:37c83ec50ea0	4966	{
whismanoid	15:37c83ec50ea0	4967	// declare in narrower scope: MAX32625MBED I2C i2cMaster(...)
whismanoid	15:37c83ec50ea0	4968	I2C i2cMaster(I2C0_SDA, I2C0_SCL); // sda scl TARGET_MAX32635MBED: P1_6, P1_7 Arduino 10-pin header
whismanoid	15:37c83ec50ea0	4969	i2cMaster.frequency(g_I2C_SCL_Hz);
whismanoid	15:37c83ec50ea0	4970	// %IR ADDR=? RD=? -- read
whismanoid	15:37c83ec50ea0	4971	// TODO: i2c transfer
whismanoid	15:37c83ec50ea0	4972	//const int addr7bit = 0x48; // 7 bit I2C address
whismanoid	15:37c83ec50ea0	4973	//const int addr8bit = 0x48 << 1; // 8bit I2C address, 0x90
whismanoid	15:37c83ec50ea0	4974	// /* int / i2cMaster.read (int addr8bit, char data, int length, bool repeated=false) // Read from an I2C slave.
whismanoid	15:37c83ec50ea0	4975	// /* int */ i2cMaster.read (int ack) // Read a single byte from the I2C bus.
whismanoid	15:37c83ec50ea0	4976	// /* int / i2cMaster.write (int addr8bit, const char data, int length, bool repeated=false) // Write to an I2C slave.
whismanoid	15:37c83ec50ea0	4977	// /* int */ i2cMaster.write (int data) // Write single byte out on the I2C bus.
whismanoid	15:37c83ec50ea0	4978	// /* void */ i2cMaster.start (void) // Creates a start condition on the I2C bus.
whismanoid	15:37c83ec50ea0	4979	// /* void */ i2cMaster.stop (void) // Creates a stop condition on the I2C bus.
whismanoid	15:37c83ec50ea0	4980	// /* int / i2cMaster.transfer (int addr8bit, const char tx_buffer, int tx_length, char *rx_buffer, int rx_length, const event_callback_t &callback, int event=I2C_EVENT_TRANSFER_COMPLETE, bool repeated=false) // Start nonblocking I2C transfer. More...
whismanoid	15:37c83ec50ea0	4981	// /* void */ i2cMaster.abort_transfer () // Abort the ongoing I2C transfer. More...
whismanoid	15:37c83ec50ea0	4982	}
whismanoid	15:37c83ec50ea0	4983	break;
whismanoid	15:37c83ec50ea0	4984	case '^':
whismanoid	15:37c83ec50ea0	4985	{
whismanoid	15:37c83ec50ea0	4986	// declare in narrower scope: MAX32625MBED I2C i2cMaster(...)
whismanoid	15:37c83ec50ea0	4987	I2C i2cMaster(I2C0_SDA, I2C0_SCL); // sda scl TARGET_MAX32635MBED: P1_6, P1_7 Arduino 10-pin header
whismanoid	15:37c83ec50ea0	4988	i2cMaster.frequency(g_I2C_SCL_Hz);
whismanoid	15:37c83ec50ea0	4989	// %I^ cmd=? -- i2c_smbus_read_word_data
whismanoid	15:37c83ec50ea0	4990	// TODO: i2c transfer
whismanoid	15:37c83ec50ea0	4991	//const int addr7bit = 0x48; // 7 bit I2C address
whismanoid	15:37c83ec50ea0	4992	//const int addr8bit = 0x48 << 1; // 8bit I2C address, 0x90
whismanoid	15:37c83ec50ea0	4993	// /* int / i2cMaster.read (int addr8bit, char data, int length, bool repeated=false) // Read from an I2C slave.
whismanoid	15:37c83ec50ea0	4994	// /* int */ i2cMaster.read (int ack) // Read a single byte from the I2C bus.
whismanoid	15:37c83ec50ea0	4995	// /* int / i2cMaster.write (int addr8bit, const char data, int length, bool repeated=false) // Write to an I2C slave.
whismanoid	15:37c83ec50ea0	4996	// /* int */ i2cMaster.write (int data) // Write single byte out on the I2C bus.
whismanoid	15:37c83ec50ea0	4997	// /* void */ i2cMaster.start (void) // Creates a start condition on the I2C bus.
whismanoid	15:37c83ec50ea0	4998	// /* void */ i2cMaster.stop (void) // Creates a stop condition on the I2C bus.
whismanoid	15:37c83ec50ea0	4999	// /* int / i2cMaster.transfer (int addr8bit, const char tx_buffer, int tx_length, char *rx_buffer, int rx_length, const event_callback_t &callback, int event=I2C_EVENT_TRANSFER_COMPLETE, bool repeated=false) // Start nonblocking I2C transfer. More...
whismanoid	15:37c83ec50ea0	5000	// /* void */ i2cMaster.abort_transfer () // Abort the ongoing I2C transfer. More...
whismanoid	15:37c83ec50ea0	5001	}
whismanoid	15:37c83ec50ea0	5002	break;
whismanoid	15:37c83ec50ea0	5003	} // switch(cmdLine[2])
whismanoid	15:37c83ec50ea0	5004	break;
whismanoid	15:37c83ec50ea0	5005	#endif
whismanoid	15:37c83ec50ea0	5006	//
whismanoid	15:37c83ec50ea0	5007	#if HAS_SPI // SUPPORT_SPI
whismanoid	15:37c83ec50ea0	5008	case 'S': case 's':
whismanoid	15:37c83ec50ea0	5009	{
whismanoid	15:37c83ec50ea0	5010	// %S... -- SPI diagnostics
whismanoid	15:37c83ec50ea0	5011	// %SC sclk=1Mhz -- SPI configure
whismanoid	15:37c83ec50ea0	5012	// %SW -- write (write and read)
whismanoid	15:37c83ec50ea0	5013	// %SR -- read (alias for %SW because SPI always write and read)
whismanoid	15:37c83ec50ea0	5014	//
whismanoid	15:37c83ec50ea0	5015	// Process arguments SCLK=\d+(kHZ\|MHZ) CPOL=\d CPHA=\d
whismanoid	15:37c83ec50ea0	5016	bool isUpdatedSPIConfig = false;
whismanoid	15:37c83ec50ea0	5017	// parse cmdLine arg (CPOL=\d)? --> g_SPI_dataMode \| SPI_MODE2
whismanoid	15:37c83ec50ea0	5018	// parse cmdLine arg (CPHA=\d)? --> g_SPI_dataMode \| SPI_MODE1
whismanoid	15:37c83ec50ea0	5019	if (cmdLine.parse_flag("CPOL", g_SPI_dataMode, SPI_MODE2))
whismanoid	15:37c83ec50ea0	5020	{
whismanoid	15:37c83ec50ea0	5021	isUpdatedSPIConfig = true;
whismanoid	15:37c83ec50ea0	5022	}
whismanoid	15:37c83ec50ea0	5023	if (cmdLine.parse_flag("CPHA", g_SPI_dataMode, SPI_MODE1))
whismanoid	15:37c83ec50ea0	5024	{
whismanoid	15:37c83ec50ea0	5025	isUpdatedSPIConfig = true;
whismanoid	15:37c83ec50ea0	5026	}
whismanoid	15:37c83ec50ea0	5027	if (cmdLine.parse_flag("CS", g_SPI_cs_state, 1))
whismanoid	15:37c83ec50ea0	5028	{
whismanoid	15:37c83ec50ea0	5029	isUpdatedSPIConfig = true;
whismanoid	15:37c83ec50ea0	5030	}
whismanoid	15:37c83ec50ea0	5031	// parse cmdLine arg (SCLK=\d+(kHZ\|MHZ)?)? --> g_SPI_SCLK_Hz
whismanoid	15:37c83ec50ea0	5032	if (cmdLine.parse_frequency_Hz("SCLK", g_SPI_SCLK_Hz))
whismanoid	15:37c83ec50ea0	5033	{
whismanoid	15:37c83ec50ea0	5034	isUpdatedSPIConfig = true;
whismanoid	15:37c83ec50ea0	5035	// TODO1: validate g_SPI_SCLK_Hz against system clock frequency F_CPU
whismanoid	15:37c83ec50ea0	5036	if (g_SPI_SCLK_Hz > limit_max_SPI_SCLK_Hz)
whismanoid	15:37c83ec50ea0	5037	{
whismanoid	15:37c83ec50ea0	5038	g_SPI_SCLK_Hz = limit_max_SPI_SCLK_Hz;
whismanoid	15:37c83ec50ea0	5039	}
whismanoid	15:37c83ec50ea0	5040	if (g_SPI_SCLK_Hz < limit_min_SPI_SCLK_Hz)
whismanoid	15:37c83ec50ea0	5041	{
whismanoid	15:37c83ec50ea0	5042	g_SPI_SCLK_Hz = limit_min_SPI_SCLK_Hz;
whismanoid	15:37c83ec50ea0	5043	}
whismanoid	15:37c83ec50ea0	5044	}
whismanoid	15:37c83ec50ea0	5045	// Update SPI configuration
whismanoid	15:37c83ec50ea0	5046	if (isUpdatedSPIConfig)
whismanoid	15:37c83ec50ea0	5047	{
whismanoid	15:37c83ec50ea0	5048	// %SC sclk=1Mhz -- SPI configure
whismanoid	15:37c83ec50ea0	5049	spi_cs = g_SPI_cs_state;
whismanoid	15:37c83ec50ea0	5050	spi.format(8,g_SPI_dataMode); // int bits_must_be_8, int mode=0_3 CPOL=0,CPHA=0
whismanoid	15:37c83ec50ea0	5051	#if APPLICATION_MAX5715
whismanoid	15:37c83ec50ea0	5052	g_MAX5715_device.spi_frequency(g_SPI_SCLK_Hz);
whismanoid	15:37c83ec50ea0	5053	#elif APPLICATION_MAX11131
whismanoid	15:37c83ec50ea0	5054	g_MAX11131_device.spi_frequency(g_SPI_SCLK_Hz);
whismanoid	15:37c83ec50ea0	5055	#elif APPLICATION_MAX5171
whismanoid	15:37c83ec50ea0	5056	g_MAX5171_device.spi_frequency(g_SPI_SCLK_Hz);
whismanoid	15:37c83ec50ea0	5057	#elif APPLICATION_MAX11410
whismanoid	15:37c83ec50ea0	5058	g_MAX11410_device.spi_frequency(g_SPI_SCLK_Hz);
whismanoid	15:37c83ec50ea0	5059	#elif APPLICATION_MAX12345
whismanoid	15:37c83ec50ea0	5060	g_MAX12345_device.spi_frequency(g_SPI_SCLK_Hz);
whismanoid	15:37c83ec50ea0	5061	#else
whismanoid	15:37c83ec50ea0	5062	spi.frequency(g_SPI_SCLK_Hz); // int SCLK_Hz=1000000 = 1MHz (initial default)
whismanoid	15:37c83ec50ea0	5063	#endif
whismanoid	15:37c83ec50ea0	5064	//
whismanoid	15:37c83ec50ea0	5065	double ideal_divisor = ((double)SystemCoreClock) / g_SPI_SCLK_Hz;
whismanoid	15:37c83ec50ea0	5066	int actual_divisor = (int)(ideal_divisor + 0.0); // frequency divisor truncate
whismanoid	15:37c83ec50ea0	5067	double actual_SCLK_Hz = SystemCoreClock / actual_divisor;
whismanoid	15:37c83ec50ea0	5068	//
whismanoid	15:37c83ec50ea0	5069	// fixed: mbed-os-5.11: [Warning] format '%d' expects argument of type 'int', but argument 6 has type 'uint32_t {aka long unsigned int}' [-Wformat=]
whismanoid	15:37c83ec50ea0	5070	cmdLine.serial().printf(
whismanoid	15:37c83ec50ea0	5071	"\r\n %%SC CPOL=%d CPHA=%d CS=%d SCLK=%ld=%1.3fMHz (%1.1fMHz/%1.2f = actual %1.3fMHz) -- SPI config",
whismanoid	15:37c83ec50ea0	5072	((g_SPI_dataMode & SPI_MODE2) ? 1 : 0),
whismanoid	15:37c83ec50ea0	5073	((g_SPI_dataMode & SPI_MODE1) ? 1 : 0),
whismanoid	15:37c83ec50ea0	5074	g_SPI_cs_state,
whismanoid	15:37c83ec50ea0	5075	g_SPI_SCLK_Hz,
whismanoid	15:37c83ec50ea0	5076	(g_SPI_SCLK_Hz / 1000000.),
whismanoid	15:37c83ec50ea0	5077	((double)(SystemCoreClock / 1000000.)),
whismanoid	15:37c83ec50ea0	5078	ideal_divisor,
whismanoid	15:37c83ec50ea0	5079	(actual_SCLK_Hz / 1000000.)
whismanoid	15:37c83ec50ea0	5080	);
whismanoid	15:37c83ec50ea0	5081	}
whismanoid	15:37c83ec50ea0	5082	// get next character
whismanoid	15:37c83ec50ea0	5083	switch (cmdLine[2])
whismanoid	15:37c83ec50ea0	5084	{
whismanoid	15:37c83ec50ea0	5085	case 'C': case 's':
whismanoid	15:37c83ec50ea0	5086	// %SC sclk=1Mhz -- SPI configure
whismanoid	15:37c83ec50ea0	5087	break;
whismanoid	15:37c83ec50ea0	5088	case 'D': case 'd':
whismanoid	15:37c83ec50ea0	5089	// %SD -- SPI diagnostic messages enable
whismanoid	15:37c83ec50ea0	5090	if (g_MAX5719_device.onSPIprint) {
whismanoid	15:37c83ec50ea0	5091	g_MAX5719_device.onSPIprint = NULL;
whismanoid	15:37c83ec50ea0	5092	// no g_MAX5719_device.loop_limit property; device_has_property(Device, 'loop_limit') != None is false
whismanoid	15:37c83ec50ea0	5093	}
whismanoid	15:37c83ec50ea0	5094	else {
whismanoid	15:37c83ec50ea0	5095	void onSPIprint_handler(size_t byteCount, uint8_t mosiData[], uint8_t misoData[]);
whismanoid	15:37c83ec50ea0	5096	g_MAX5719_device.onSPIprint = onSPIprint_handler;
whismanoid	15:37c83ec50ea0	5097	// no g_MAX5719_device.loop_limit property; device_has_property(Device, 'loop_limit') is false
whismanoid	15:37c83ec50ea0	5098	}
whismanoid	15:37c83ec50ea0	5099	break;
whismanoid	15:37c83ec50ea0	5100	case 'W': case 'R': case 'w': case 'r':
whismanoid	15:37c83ec50ea0	5101	{
whismanoid	15:37c83ec50ea0	5102	// %SW -- write (write and read)
whismanoid	15:37c83ec50ea0	5103	// %SR -- read (alias for %SW because SPI always write and read)
whismanoid	15:37c83ec50ea0	5104	// parse cmdLine byte list --> int byteCount; int mosiData[MAX_SPI_BYTE_COUNT];
whismanoid	15:37c83ec50ea0	5105	#define MAX_SPI_BYTE_COUNT 32
whismanoid	15:37c83ec50ea0	5106	size_t byteCount = byteCount;
whismanoid	15:37c83ec50ea0	5107	static char mosiData[MAX_SPI_BYTE_COUNT];
whismanoid	15:37c83ec50ea0	5108	static char misoData[MAX_SPI_BYTE_COUNT];
whismanoid	15:37c83ec50ea0	5109	if (cmdLine.parse_byteCount_byteList_hex(byteCount, mosiData,
whismanoid	15:37c83ec50ea0	5110	MAX_SPI_BYTE_COUNT))
whismanoid	15:37c83ec50ea0	5111	{
whismanoid	15:37c83ec50ea0	5112	// hex dump mosiData[0..byteCount-1]
whismanoid	15:37c83ec50ea0	5113	cmdLine.serial().printf("\r\nSPI");
whismanoid	15:37c83ec50ea0	5114	if (byteCount > 7) {
whismanoid	15:37c83ec50ea0	5115	cmdLine.serial().printf(" byteCount:%d", byteCount);
whismanoid	15:37c83ec50ea0	5116	}
whismanoid	15:37c83ec50ea0	5117	cmdLine.serial().printf(" MOSI->");
whismanoid	15:37c83ec50ea0	5118	for (unsigned int byteIndex = 0; byteIndex < byteCount; byteIndex++)
whismanoid	15:37c83ec50ea0	5119	{
whismanoid	15:37c83ec50ea0	5120	cmdLine.serial().printf(" 0x%2.2X", mosiData[byteIndex]);
whismanoid	15:37c83ec50ea0	5121	}
whismanoid	15:37c83ec50ea0	5122	spi_cs = 0;
whismanoid	15:37c83ec50ea0	5123	unsigned int numBytesTransferred =
whismanoid	15:37c83ec50ea0	5124	spi.write(mosiData, byteCount, misoData, byteCount);
whismanoid	15:37c83ec50ea0	5125	spi_cs = 1;
whismanoid	15:37c83ec50ea0	5126	// hex dump misoData[0..byteCount-1]
whismanoid	15:37c83ec50ea0	5127	cmdLine.serial().printf(" MISO<-");
whismanoid	15:37c83ec50ea0	5128	for (unsigned int byteIndex = 0; byteIndex < numBytesTransferred;
whismanoid	15:37c83ec50ea0	5129	byteIndex++)
whismanoid	15:37c83ec50ea0	5130	{
whismanoid	15:37c83ec50ea0	5131	cmdLine.serial().printf(" 0x%2.2X", misoData[byteIndex]);
whismanoid	15:37c83ec50ea0	5132	}
whismanoid	15:37c83ec50ea0	5133	cmdLine.serial().printf(" ");
whismanoid	15:37c83ec50ea0	5134	}
whismanoid	15:37c83ec50ea0	5135	}
whismanoid	15:37c83ec50ea0	5136	break;
whismanoid	15:37c83ec50ea0	5137	} // switch(cmdLine[2])
whismanoid	15:37c83ec50ea0	5138	} // case 'S': // %S... -- SPI diagnostics
whismanoid	15:37c83ec50ea0	5139	break;
whismanoid	15:37c83ec50ea0	5140	#endif
whismanoid	15:37c83ec50ea0	5141	//
whismanoid	15:37c83ec50ea0	5142	// A-Z,a-z,0-9 reserved for application use
whismanoid	15:37c83ec50ea0	5143	} // switch(cmdLine[1])
whismanoid	15:37c83ec50ea0	5144	} // end void pinsMonitor_submenu_onEOLcommandParser(CmdLine & cmdLine)
whismanoid	15:37c83ec50ea0	5145	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	15:37c83ec50ea0	5146
whismanoid	15:37c83ec50ea0	5147	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	5148	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	5149	void main_menu_onEOLcommandParser(CmdLine& cmdLine)
whismanoid	4:d9b05924ad4c	5150	{
whismanoid	9:45f98573eb6d	5151	// process command line
whismanoid	31:47eee7e0cc2d	5152	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	5153	if (g_Run_command_table_running == false) {
whismanoid	31:47eee7e0cc2d	5154	cmdLine.serial().printf("\r\nCmdLine buf:\"%s\"\r\n", cmdLine.str());
whismanoid	31:47eee7e0cc2d	5155	} // if (g_Run_command_table_running)
whismanoid	31:47eee7e0cc2d	5156	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	5157	if (g_Run_command_table_running == false) {
whismanoid	31:47eee7e0cc2d	5158	} // if (g_Run_command_table_running)
whismanoid	4:d9b05924ad4c	5159
whismanoid	4:d9b05924ad4c	5160	#if USE_DATALOGGER_TRIGGER // support Datalog trigger
whismanoid	31:47eee7e0cc2d	5161	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	5162	if (g_Run_command_table_running == false) {
whismanoid	4:d9b05924ad4c	5163	// If datalog is free running, halt on any possible received command
whismanoid	17:9397ea3ea7e9	5164	if (Datalogger_Trigger != trigger_Halt) {
whismanoid	4:d9b05924ad4c	5165	Datalogger_Trigger = trigger_Halt;
whismanoid	9:45f98573eb6d	5166	cmdLine.serial().printf("Datalog stopped by USB command input\r\n");
whismanoid	9:45f98573eb6d	5167	cmdLine.serial().printf("Restart datalog by sending LR\r\n");
whismanoid	4:d9b05924ad4c	5168	}
whismanoid	31:47eee7e0cc2d	5169	} // if (g_Run_command_table_running)
whismanoid	4:d9b05924ad4c	5170	#endif // USE_DATALOGGER_TRIGGER support Datalog trigger
whismanoid	4:d9b05924ad4c	5171
whismanoid	4:d9b05924ad4c	5172	// DIAGNOSTIC: print line buffer
whismanoid	4:d9b05924ad4c	5173	//~ cmdLine.serial().printf("\r\nmain_menu_onEOLcommandParser: ~%s~\r\n", cmdLine.str());
whismanoid	4:d9b05924ad4c	5174	//
whismanoid	4:d9b05924ad4c	5175	switch (cmdLine[0])
whismanoid	4:d9b05924ad4c	5176	{
whismanoid	4:d9b05924ad4c	5177	case '?':
whismanoid	4:d9b05924ad4c	5178	main_menu_status(cmdLine);
whismanoid	4:d9b05924ad4c	5179	main_menu_help(cmdLine);
whismanoid	4:d9b05924ad4c	5180	// print command prompt
whismanoid	4:d9b05924ad4c	5181	//cmdLine.serial().printf("\r\n>");
whismanoid	4:d9b05924ad4c	5182	break;
whismanoid	4:d9b05924ad4c	5183	case '\r': case '\n': // ignore blank line
whismanoid	4:d9b05924ad4c	5184	case '\0': // ignore empty line
whismanoid	30:07197a430869	5185	main_menu_status(cmdLine);
whismanoid	30:07197a430869	5186	//~ main_menu_help(cmdLine);
whismanoid	30:07197a430869	5187	// print command prompt
whismanoid	30:07197a430869	5188	//cmdLine.serial().printf("\r\n>");
whismanoid	30:07197a430869	5189	break;
whismanoid	4:d9b05924ad4c	5190	case '#': // ignore comment line
whismanoid	4:d9b05924ad4c	5191	// # -- lines beginning with # are comments
whismanoid	30:07197a430869	5192	//
whismanoid	30:07197a430869	5193	#if USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	5194	// Datalogger_PrintRow() print gstrRemarkText field from recent #remark -- in main_menu_onEOLcommandParser
whismanoid	30:07197a430869	5195	// # command handler update gstrRemarkText buffer instead of just ignoring the remark
whismanoid	30:07197a430869	5196	//
whismanoid	30:07197a430869	5197	// ignore extra spaces before the remark
whismanoid	30:07197a430869	5198	// find argIndex such that cmdLine[argIndex] is the start of the second word
whismanoid	30:07197a430869	5199	int argIndex;
whismanoid	30:07197a430869	5200	for (argIndex = 1; cmdLine[argIndex] != '\0'; argIndex++)
whismanoid	30:07197a430869	5201	{
whismanoid	30:07197a430869	5202	if (cmdLine[argIndex] == ' ') break;
whismanoid	30:07197a430869	5203	}
whismanoid	30:07197a430869	5204	for (; cmdLine[argIndex] != '\0'; argIndex++)
whismanoid	30:07197a430869	5205	{
whismanoid	30:07197a430869	5206	if (cmdLine[argIndex] != ' ') break;
whismanoid	30:07197a430869	5207	}
whismanoid	30:07197a430869	5208	//
whismanoid	30:07197a430869	5209	strncpy(gstrRemarkText, cmdLine.str()+argIndex, gstrRemarkTextLASTINDEX+1);
whismanoid	30:07197a430869	5210	// do not exceed string buffer limit; keep sentinel null character at end of buffer
whismanoid	30:07197a430869	5211	gstrRemarkText[gstrRemarkTextLASTINDEX] = '\0';
whismanoid	30:07197a430869	5212	for (int index = 0; index < gstrRemarkTextLASTINDEX; index++)
whismanoid	30:07197a430869	5213	{
whismanoid	30:07197a430869	5214	if ((gstrRemarkText[index]) == '\0') break; // null character at end of string
whismanoid	30:07197a430869	5215	if ((gstrRemarkText[index]) < 0x20) {
whismanoid	30:07197a430869	5216	// replace non-printing characters with _
whismanoid	30:07197a430869	5217	gstrRemarkText[index] = '_';
whismanoid	30:07197a430869	5218	continue;
whismanoid	30:07197a430869	5219	}
whismanoid	30:07197a430869	5220	if ((gstrRemarkText[index]) >= 0x7F) {
whismanoid	30:07197a430869	5221	// replace non-printing characters with _
whismanoid	30:07197a430869	5222	gstrRemarkText[index] = '_';
whismanoid	30:07197a430869	5223	continue;
whismanoid	30:07197a430869	5224	}
whismanoid	30:07197a430869	5225	switch(gstrRemarkText[index])
whismanoid	30:07197a430869	5226	{
whismanoid	30:07197a430869	5227	case ',':
whismanoid	30:07197a430869	5228	// replace , with ;
whismanoid	30:07197a430869	5229	gstrRemarkText[index] = ';';
whismanoid	30:07197a430869	5230	break;
whismanoid	30:07197a430869	5231	case '"':
whismanoid	30:07197a430869	5232	// replace " with '
whismanoid	30:07197a430869	5233	gstrRemarkText[index] = '\'';
whismanoid	30:07197a430869	5234	break;
whismanoid	30:07197a430869	5235	case '\\':
whismanoid	30:07197a430869	5236	// replace \ with /
whismanoid	30:07197a430869	5237	gstrRemarkText[index] = '/';
whismanoid	30:07197a430869	5238	break;
whismanoid	30:07197a430869	5239	}
whismanoid	30:07197a430869	5240	}
whismanoid	30:07197a430869	5241	#endif // USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	5242	//
whismanoid	31:47eee7e0cc2d	5243	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	5244	if (g_Run_command_table_running == false) {
whismanoid	4:d9b05924ad4c	5245	main_menu_status(cmdLine);
whismanoid	31:47eee7e0cc2d	5246	} // if (g_Run_command_table_running)
whismanoid	4:d9b05924ad4c	5247	//~ main_menu_help(cmdLine);
whismanoid	4:d9b05924ad4c	5248	// print command prompt
whismanoid	4:d9b05924ad4c	5249	//cmdLine.serial().printf("\r\n>");
whismanoid	4:d9b05924ad4c	5250	break;
whismanoid	4:d9b05924ad4c	5251	#if ECHO_EOF_ON_EOL
whismanoid	4:d9b05924ad4c	5252	case '\x04': // Unicode (U+0004) EOT END OF TRANSMISSION = CTRL+D as EOF end of file
whismanoid	4:d9b05924ad4c	5253	cmdLine.serial().printf("\x04"); // immediately echo EOF for test scripting
whismanoid	4:d9b05924ad4c	5254	diagnostic_led_EOF();
whismanoid	4:d9b05924ad4c	5255	break;
whismanoid	4:d9b05924ad4c	5256	case '\x1a': // Unicode (U+001A) SUB SUBSTITUTE = CTRL+Z as EOF end of file
whismanoid	4:d9b05924ad4c	5257	cmdLine.serial().printf("\x1a"); // immediately echo EOF for test scripting
whismanoid	4:d9b05924ad4c	5258	diagnostic_led_EOF();
whismanoid	4:d9b05924ad4c	5259	break;
whismanoid	4:d9b05924ad4c	5260	#endif
whismanoid	10:04022a61b527	5261	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	10:04022a61b527	5262	case '!': // device init
whismanoid	10:04022a61b527	5263	{
whismanoid	10:04022a61b527	5264	cmdLine.serial().printf("Init");
whismanoid	10:04022a61b527	5265	// call function Init
whismanoid	10:04022a61b527	5266	uint8_t result = g_MAX11410_device.Init();
whismanoid	10:04022a61b527	5267	// cmdLine.serial().printf(" =%d\r\n", result);
whismanoid	10:04022a61b527	5268	cmdLine.serial().printf(" =%d\r\n", result);
whismanoid	10:04022a61b527	5269	#if USE_CUSTOM_REG_INIT // custom_reg_init_addr[], custom_reg_init_data[], custom_reg_init_count
whismanoid	10:04022a61b527	5270	// in command '!' device init, apply list of custom register writes after init
whismanoid	10:04022a61b527	5271	// custom_reg_init_addr[], custom_reg_init_data[], custom_reg_init_count
whismanoid	10:04022a61b527	5272	for (unsigned int index = 0; index < custom_reg_init_count; index++) {
whismanoid	10:04022a61b527	5273	uint8_t regAddress = custom_reg_init_addr[index];
whismanoid	10:04022a61b527	5274	uint32_t regData = custom_reg_init_data[index];
whismanoid	10:04022a61b527	5275	cmdLine.serial().printf("*%s=0x%06.6x",
whismanoid	10:04022a61b527	5276	g_MAX11410_device.RegName((MAX11410::MAX11410_CMD_enum_t)regAddress),
whismanoid	10:04022a61b527	5277	regData
whismanoid	10:04022a61b527	5278	);
whismanoid	10:04022a61b527	5279	g_MAX11410_device.RegWrite((MAX11410::MAX11410_CMD_enum_t)regAddress, regData);
whismanoid	10:04022a61b527	5280	}
whismanoid	10:04022a61b527	5281	#endif // USE_CUSTOM_REG_INIT
whismanoid	10:04022a61b527	5282	g_MAX11410_device.v_filter = SPI_AIN_Cfg_v_filter_ch[0];
whismanoid	10:04022a61b527	5283	g_MAX11410_device.v_ctrl = SPI_AIN_Cfg_v_ctrl_ch[0];
whismanoid	10:04022a61b527	5284	g_MAX11410_device.v_pga = SPI_AIN_Cfg_v_pga_ch[0];
whismanoid	10:04022a61b527	5285	}
whismanoid	10:04022a61b527	5286	break;
whismanoid	10:04022a61b527	5287	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	4:d9b05924ad4c	5288	#if USE_SELFTEST
whismanoid	4:d9b05924ad4c	5289	case '.':
whismanoid	4:d9b05924ad4c	5290	{
whismanoid	4:d9b05924ad4c	5291	// . -- SelfTest
whismanoid	4:d9b05924ad4c	5292	cmdLine.serial().printf("SelfTest()");
whismanoid	4:d9b05924ad4c	5293	SelfTest(cmdLine);
whismanoid	4:d9b05924ad4c	5294	}
whismanoid	4:d9b05924ad4c	5295	break;
whismanoid	4:d9b05924ad4c	5296	#endif // USE_SELFTEST
whismanoid	15:37c83ec50ea0	5297	#if 1 // APPLICATION_ArduinoPinsMonitor
whismanoid	4:d9b05924ad4c	5298	case '%':
whismanoid	4:d9b05924ad4c	5299	{
whismanoid	4:d9b05924ad4c	5300	pinsMonitor_submenu_onEOLcommandParser(cmdLine);
whismanoid	4:d9b05924ad4c	5301	}
whismanoid	4:d9b05924ad4c	5302	break; // case '%'
whismanoid	4:d9b05924ad4c	5303	#endif // APPLICATION_ArduinoPinsMonitor
whismanoid	9:45f98573eb6d	5304	#if USE_STAR_REG_READWRITE // * command read/write reg reg? reg=value
whismanoid	10:04022a61b527	5305	// reuse the Serial_Tester command *regName=regValue
whismanoid	10:04022a61b527	5306	// CODE GENERATOR: generate * command read/write reg reg? reg=value
whismanoid	10:04022a61b527	5307	case '*':
whismanoid	10:04022a61b527	5308	{
whismanoid	10:04022a61b527	5309	// if buffer starts with a regName:
whismanoid	10:04022a61b527	5310	// for each reg value (0..n) if(cmdLine.has_keyword(device.regName(r))):
whismanoid	10:04022a61b527	5311	// cmdLine.serial().printf(" scan RegName...\r\n");
whismanoid	10:04022a61b527	5312	}
whismanoid	10:04022a61b527	5313	break;
whismanoid	9:45f98573eb6d	5314	#endif // USE_STAR_REG_READWRITE // * command read/write reg reg? reg=value
whismanoid	10:04022a61b527	5315	//
whismanoid	10:04022a61b527	5316	#if 1 // USE_AUX_SERIAL_CMD_FORWARDING && (HAS_AUX_SERIAL \|\| HAS_DAPLINK_SERIAL)
whismanoid	10:04022a61b527	5317	// TODO WIP Command forwarding to Auxiliary serial port TX/RX #257 -- main_menu_onEOLcommandParser
whismanoid	10:04022a61b527	5318	case '>':
whismanoid	10:04022a61b527	5319	{
whismanoid	10:04022a61b527	5320	// prefer cmdLine_AUXserial if available, else cmdLine_DAPLINKserial; else we don't have this feature
whismanoid	10:04022a61b527	5321	# if HAS_AUX_SERIAL
whismanoid	10:04022a61b527	5322	// TODO WIP Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257
whismanoid	10:04022a61b527	5323	CmdLine& cmdLine_AuxSerial = cmdLine_AUXserial;
whismanoid	10:04022a61b527	5324	Serial& AuxSerial = AUXserial;
whismanoid	10:04022a61b527	5325	# elif HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	5326	// TODO WIP Command forwarding to DAPLINK serial TX/RX cmdLine_DAPLINKserial #257
whismanoid	10:04022a61b527	5327	CmdLine& cmdLine_AuxSerial = cmdLine_DAPLINKserial;
whismanoid	10:04022a61b527	5328	Serial& AuxSerial = DAPLINKserial;
whismanoid	10:04022a61b527	5329	# else // neither HAS_AUX_SERIAL HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	5330	#warning "USE_AUX_SERIAL_CMD_FORWARDING should not be enabled without HAS_AUX_SERIAL or HAS_DAPLINK_SERIAL"
whismanoid	10:04022a61b527	5331	# endif // HAS_AUX_SERIAL HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	5332	//
whismanoid	10:04022a61b527	5333	// >> suppress key=value parsing
whismanoid	10:04022a61b527	5334	bool suppress_parsing = (cmdLine[1] == '>');
whismanoid	10:04022a61b527	5335	if (suppress_parsing == false) {
whismanoid	10:04022a61b527	5336	// int g_auxSerialCom_baud = 9600; //!< baud rate Auxiliary serial port
whismanoid	10:04022a61b527	5337	if (cmdLine.parse_int_dec("baud", g_auxSerialCom_baud))
whismanoid	10:04022a61b527	5338	{
whismanoid	10:04022a61b527	5339	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- baud rate
whismanoid	10:04022a61b527	5340	cmdLine_AuxSerial.serial().printf("\r\n* New Baud Rate %d *\r\n", g_auxSerialCom_baud);
whismanoid	10:04022a61b527	5341	AuxSerial.baud(g_auxSerialCom_baud);
whismanoid	10:04022a61b527	5342	cmdLine_AuxSerial.serial().printf("\r\n* Baud Rate was set to %d *\r\n", g_auxSerialCom_baud);
whismanoid	10:04022a61b527	5343	}
whismanoid	10:04022a61b527	5344	#if 0
whismanoid	10:04022a61b527	5345	// int g_auxSerialCom_tx_wait_echo = 0; //!< TX wait for each character echo?
whismanoid	10:04022a61b527	5346	if (cmdLine.parse_int_dec("tx_wait_echo", g_auxSerialCom_tx_wait_echo))
whismanoid	10:04022a61b527	5347	{
whismanoid	10:04022a61b527	5348	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- tx_wait_echo
whismanoid	10:04022a61b527	5349	//~ cmdLine_AuxSerial.serial().printf("\r\n* tx_wait_echo was set to %d *\r\n", g_auxSerialCom_tx_wait_echo);
whismanoid	10:04022a61b527	5350	cmdLine.serial().printf("\r\n tx_wait_echo=%d", g_auxSerialCom_tx_wait_echo);
whismanoid	10:04022a61b527	5351	}
whismanoid	10:04022a61b527	5352	// int g_auxSerialCom_tx_char_delay_ms = 0; //!< TX delay after each char?
whismanoid	10:04022a61b527	5353	if (cmdLine.parse_int_dec("tx_char_delay_ms", g_auxSerialCom_tx_char_delay_ms))
whismanoid	10:04022a61b527	5354	{
whismanoid	10:04022a61b527	5355	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- tx_char_delay_ms
whismanoid	10:04022a61b527	5356	//~ cmdLine_AuxSerial.serial().printf("\r\n* tx_char_delay_ms was set to %d *\r\n", g_auxSerialCom_tx_char_delay_ms);
whismanoid	10:04022a61b527	5357	cmdLine.serial().printf("\r\n tx_char_delay_ms=%dms", g_auxSerialCom_tx_char_delay_ms);
whismanoid	10:04022a61b527	5358	}
whismanoid	10:04022a61b527	5359	// int g_auxSerialCom_tx_line_delay_ms = 0; //!< TX delay after each CR/LF?
whismanoid	10:04022a61b527	5360	if (cmdLine.parse_int_dec("tx_line_delay_ms", g_auxSerialCom_tx_line_delay_ms))
whismanoid	10:04022a61b527	5361	{
whismanoid	10:04022a61b527	5362	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- tx_line_delay_ms
whismanoid	10:04022a61b527	5363	//~ cmdLine_AuxSerial.serial().printf("\r\n* tx_line_delay_ms was set to %d *\r\n", g_auxSerialCom_tx_line_delay_ms);
whismanoid	10:04022a61b527	5364	cmdLine.serial().printf("\r\n tx_line_delay_ms=%dms", g_auxSerialCom_tx_line_delay_ms);
whismanoid	10:04022a61b527	5365	}
whismanoid	10:04022a61b527	5366	#endif
whismanoid	10:04022a61b527	5367	// int g_auxSerialCom_message_ms = 0; //!< capture RX until response timeout?
whismanoid	10:04022a61b527	5368	if (cmdLine.parse_int_dec("message_ms", g_auxSerialCom_message_ms))
whismanoid	10:04022a61b527	5369	{
whismanoid	10:04022a61b527	5370	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- message_ms
whismanoid	10:04022a61b527	5371	//~ cmdLine_AuxSerial.serial().printf("\r\n* message_ms was set to %d *\r\n", g_auxSerialCom_message_ms);
whismanoid	10:04022a61b527	5372	cmdLine.serial().printf("\r\n message_ms timeout %dms", g_auxSerialCom_message_ms);
whismanoid	10:04022a61b527	5373	}
whismanoid	10:04022a61b527	5374	// int g_auxSerialCom_rx_idle_ms = 0; //!< capture RX until idle timeout?
whismanoid	10:04022a61b527	5375	if (cmdLine.parse_int_dec("rx_idle_ms", g_auxSerialCom_rx_idle_ms))
whismanoid	10:04022a61b527	5376	{
whismanoid	10:04022a61b527	5377	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- rx_idle_ms
whismanoid	10:04022a61b527	5378	//~ cmdLine_AuxSerial.serial().printf("\r\n* rx_idle_ms was set to %d *\r\n", g_auxSerialCom_rx_idle_ms);
whismanoid	10:04022a61b527	5379	cmdLine.serial().printf("\r\n rx_idle_ms timeout %dms", g_auxSerialCom_rx_idle_ms);
whismanoid	10:04022a61b527	5380	}
whismanoid	10:04022a61b527	5381	// int g_auxSerialCom_rx_max_count = 0; //!< capture RX until max character count?
whismanoid	10:04022a61b527	5382	if (cmdLine.parse_int_dec("rx_max_count", g_auxSerialCom_rx_max_count))
whismanoid	10:04022a61b527	5383	{
whismanoid	10:04022a61b527	5384	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- rx_max_count
whismanoid	10:04022a61b527	5385	//~ cmdLine_AuxSerial.serial().printf("\r\n* rx_max_count was set to %d *\r\n", g_auxSerialCom_rx_max_count);
whismanoid	10:04022a61b527	5386	cmdLine.serial().printf("\r\n rx_max_count %d bytes", g_auxSerialCom_rx_max_count);
whismanoid	10:04022a61b527	5387	}
whismanoid	10:04022a61b527	5388	// int g_auxSerialCom_rx_eot = 0; //!< capture RX until match end of text char?
whismanoid	10:04022a61b527	5389	if (cmdLine.parse_int_dec("rx_eot", g_auxSerialCom_rx_eot))
whismanoid	10:04022a61b527	5390	{
whismanoid	10:04022a61b527	5391	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- rx_eot
whismanoid	10:04022a61b527	5392	//~ cmdLine_AUXserial.serial().printf("\r\n* rx_eot was set to %d *\r\n", g_auxSerialCom_rx_eot);
whismanoid	10:04022a61b527	5393	cmdLine.serial().printf("\r\n rx_eot %d", g_auxSerialCom_rx_eot);
whismanoid	10:04022a61b527	5394	}
whismanoid	10:04022a61b527	5395	}
whismanoid	10:04022a61b527	5396	// Command forwarding to AUX serial TX/RX cmdLine_AuxSerial #257 -- send outgoing_string
whismanoid	10:04022a61b527	5397	char* outgoing_string = (char*)cmdLine.str();
whismanoid	10:04022a61b527	5398	// > use key=value parsing
whismanoid	10:04022a61b527	5399	// >> suppress key=value parsing
whismanoid	10:04022a61b527	5400	if (suppress_parsing) {
whismanoid	10:04022a61b527	5401	cmdLine.serial().printf("\r\n suppress_parsing outgoing_string=\"%s\"", outgoing_string);
whismanoid	10:04022a61b527	5402	outgoing_string++; // skip the first '>'
whismanoid	10:04022a61b527	5403	outgoing_string++; // skip the second '>'
whismanoid	10:04022a61b527	5404	} else {
whismanoid	10:04022a61b527	5405	// TODO: after parsing, key=value pairs should be deleted, but outgoing_string=">xyzzy abc=def"
whismanoid	10:04022a61b527	5406	cmdLine.serial().printf("\r\n after parsing, outgoing_string=\"%s\"", outgoing_string);
whismanoid	10:04022a61b527	5407	outgoing_string++; // skip the first '>'
whismanoid	10:04022a61b527	5408	}
whismanoid	10:04022a61b527	5409	static char rx_string_buf[RX_STRING_BUF_SIZE];
whismanoid	10:04022a61b527	5410	unsigned int rx_string_length = 0;
whismanoid	10:04022a61b527	5411	cmdLine.serial().printf("\r\n >%s\r\n <", outgoing_string);
whismanoid	10:04022a61b527	5412	rx_string_buf[0] = '\0';
whismanoid	10:04022a61b527	5413	rx_string_length = 0;
whismanoid	10:04022a61b527	5414	//
whismanoid	10:04022a61b527	5415	// int g_auxSerialCom_tx_wait_echo = 0; //!< TX wait for each character echo?
whismanoid	10:04022a61b527	5416	// int g_auxSerialCom_tx_char_delay_ms = 0; //!< TX delay after each char?
whismanoid	10:04022a61b527	5417	// int g_auxSerialCom_tx_line_delay_ms = 0; //!< TX delay after each CR/LF?
whismanoid	10:04022a61b527	5418	//
whismanoid	10:04022a61b527	5419	// int g_auxSerialCom_Timer_begin_message_ms = 0; //!< start of message
whismanoid	10:04022a61b527	5420	// int g_auxSerialCom_Timer_begin_rx_idle_ms = 0; //!< recent RX character timestamp
whismanoid	10:04022a61b527	5421	// int g_auxSerialCom_message_ms = 10000; //!< maximum RX message total response time
whismanoid	10:04022a61b527	5422	// int g_auxSerialCom_rx_idle_ms = 2000; //!< maximum RX message idle time between characters
whismanoid	10:04022a61b527	5423	// int g_auxSerialCom_rx_max_count = RX_STRING_BUF_SIZE-1; //!< maximum RX message total length
whismanoid	10:04022a61b527	5424	// int g_auxSerialCom_rx_eot = '\r'; //!< capture RX until match end of text char
whismanoid	10:04022a61b527	5425	//~ cmdLine_AuxSerial.serial().printf("\r\n* TODO forward %s *\r\n", outgoing_string);
whismanoid	10:04022a61b527	5426	//
whismanoid	10:04022a61b527	5427	// TODO: send whole string or send character-by-character?
whismanoid	10:04022a61b527	5428	cmdLine_AuxSerial.serial().printf("%s", outgoing_string);
whismanoid	10:04022a61b527	5429	cmdLine_AuxSerial.serial().printf("\r\n");
whismanoid	10:04022a61b527	5430	g_auxSerialCom_Timer.start();
whismanoid	10:04022a61b527	5431	g_auxSerialCom_Timer_begin_message_ms = g_auxSerialCom_Timer.read_ms(); // start of message
whismanoid	10:04022a61b527	5432	g_auxSerialCom_Timer_begin_rx_idle_ms = g_auxSerialCom_Timer.read_ms(); // recent RX character timestamp
whismanoid	10:04022a61b527	5433	while (rx_string_length < (RX_STRING_BUF_SIZE-1)) {
whismanoid	10:04022a61b527	5434	if ((g_auxSerialCom_Timer.read_ms() - g_auxSerialCom_Timer_begin_message_ms) > g_auxSerialCom_message_ms) {
whismanoid	10:04022a61b527	5435	cmdLine.serial().printf("\r\n message_ms timeout %dms", g_auxSerialCom_message_ms);
whismanoid	10:04022a61b527	5436	break;
whismanoid	10:04022a61b527	5437	}
whismanoid	10:04022a61b527	5438	if ((g_auxSerialCom_Timer.read_ms() - g_auxSerialCom_Timer_begin_rx_idle_ms) > g_auxSerialCom_rx_idle_ms) {
whismanoid	10:04022a61b527	5439	cmdLine.serial().printf("\r\n rx_idle_ms timeout %dms", g_auxSerialCom_rx_idle_ms);
whismanoid	10:04022a61b527	5440	break;
whismanoid	10:04022a61b527	5441	}
whismanoid	10:04022a61b527	5442	if (rx_string_length >= g_auxSerialCom_rx_max_count) {
whismanoid	10:04022a61b527	5443	cmdLine.serial().printf("\r\n rx_max_count %d bytes", g_auxSerialCom_rx_max_count);
whismanoid	10:04022a61b527	5444	break;
whismanoid	10:04022a61b527	5445	}
whismanoid	10:04022a61b527	5446	if (AuxSerial.readable()) {
whismanoid	10:04022a61b527	5447	g_auxSerialCom_Timer_begin_rx_idle_ms = g_auxSerialCom_Timer.read_ms(); // recent RX character timestamp
whismanoid	10:04022a61b527	5448	char ch = AuxSerial.getc();
whismanoid	10:04022a61b527	5449	rx_string_buf[rx_string_length++] = ch;
whismanoid	10:04022a61b527	5450	rx_string_buf[rx_string_length] = '\0'; // null terminate buffer
whismanoid	10:04022a61b527	5451	cmdLine.serial().printf("%s", &(rx_string_buf[rx_string_length-1]) ); // immediate character echo
whismanoid	10:04022a61b527	5452	if (g_auxSerialCom_rx_eot != aux_serial_cmd_forwarding_rx_eot_not_used) {
whismanoid	10:04022a61b527	5453	if (ch == g_auxSerialCom_rx_eot) {
whismanoid	10:04022a61b527	5454	cmdLine.serial().printf("\r\n rx_eot %d", g_auxSerialCom_rx_eot);
whismanoid	10:04022a61b527	5455	break;
whismanoid	10:04022a61b527	5456	}
whismanoid	10:04022a61b527	5457	}
whismanoid	10:04022a61b527	5458	}
whismanoid	10:04022a61b527	5459	} // end while (rx_string_length < (RX_STRING_BUF_SIZE-1))
whismanoid	10:04022a61b527	5460	#if 1
whismanoid	10:04022a61b527	5461	// print summary. is this needed? we already print aux rx as it is received.
whismanoid	10:04022a61b527	5462	rx_string_buf[rx_string_length] = '\0'; // null terminate buffer
whismanoid	10:04022a61b527	5463	cmdLine.serial().printf("\r\n >%s", outgoing_string);
whismanoid	10:04022a61b527	5464	cmdLine.serial().printf("\r\n <%s\r\n", rx_string_buf);
whismanoid	10:04022a61b527	5465	#endif
whismanoid	10:04022a61b527	5466	//
whismanoid	10:04022a61b527	5467	}
whismanoid	10:04022a61b527	5468	break; // case '>'
whismanoid	10:04022a61b527	5469	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	5470	//
whismanoid	4:d9b05924ad4c	5471	#if USE_DATALOGGER_TRIGGER // support Datalog trigger
whismanoid	4:d9b05924ad4c	5472	// TODO Datalog trigger menu
whismanoid	4:d9b05924ad4c	5473	// set Datalogger_Trigger to trigger_Halt or trigger_FreeRun
whismanoid	4:d9b05924ad4c	5474	// Datalogger_Trigger = trigger_Halt // halt the datalogger; continue accepting commands
whismanoid	4:d9b05924ad4c	5475	// Datalogger_Trigger = trigger_FreeRun // free run as fast as possible
whismanoid	9:45f98573eb6d	5476	case 'L': case 'l':
whismanoid	4:d9b05924ad4c	5477	{
whismanoid	4:d9b05924ad4c	5478	// halt the datalogger; continue accepting commands
whismanoid	4:d9b05924ad4c	5479	Datalogger_Trigger = trigger_Halt;
whismanoid	4:d9b05924ad4c	5480	switch (cmdLine[1])
whismanoid	4:d9b05924ad4c	5481	{
whismanoid	17:9397ea3ea7e9	5482	// LT%1.0fs -- Datalog timer sleep=%1.3f seconds g_timer_interval_msec
whismanoid	17:9397ea3ea7e9	5483	case 'T': case 't':
whismanoid	17:9397ea3ea7e9	5484	{
whismanoid	17:9397ea3ea7e9	5485	// timer (configure interval) "intermittent-sleep-mode"
whismanoid	17:9397ea3ea7e9	5486	Datalogger_Trigger = trigger_Timer;
whismanoid	17:9397ea3ea7e9	5487	Datalogger_Need_PrintHeader = true;
whismanoid	17:9397ea3ea7e9	5488	g_timer_interval_counter = 0;
whismanoid	39:4d285e961435	5489	// get g_timer_interval_msec from cmdLine
whismanoid	17:9397ea3ea7e9	5490	// g_timer_interval_msec = 500;
whismanoid	17:9397ea3ea7e9	5491	// g_timer_interval_count = 10;
whismanoid	17:9397ea3ea7e9	5492	if (cmdLine.parse_int_dec("count", g_timer_interval_count))
whismanoid	17:9397ea3ea7e9	5493	{
whismanoid	32:80f3e5eb77d4	5494	if (g_timer_interval_count < 1) { g_timer_interval_count = 1; }
whismanoid	17:9397ea3ea7e9	5495	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- message_ms
whismanoid	17:9397ea3ea7e9	5496	//~ cmdLine_AuxSerial.serial().printf("\r\n* message_ms was set to %d *\r\n", g_auxSerialCom_message_ms);
whismanoid	17:9397ea3ea7e9	5497	cmdLine.serial().printf("\r\n g_timer_interval_count=%d", g_timer_interval_count);
whismanoid	17:9397ea3ea7e9	5498	}
whismanoid	17:9397ea3ea7e9	5499	if (cmdLine.parse_int_dec("base", g_timer_interval_msec))
whismanoid	17:9397ea3ea7e9	5500	{
whismanoid	17:9397ea3ea7e9	5501	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- message_ms
whismanoid	17:9397ea3ea7e9	5502	//~ cmdLine_AuxSerial.serial().printf("\r\n* message_ms was set to %d *\r\n", g_auxSerialCom_message_ms);
whismanoid	17:9397ea3ea7e9	5503	cmdLine.serial().printf("\r\n g_timer_interval_msec=%d", g_timer_interval_msec);
whismanoid	17:9397ea3ea7e9	5504	}
whismanoid	39:4d285e961435	5505	#if USE_DATALOGGER_SLEEP // support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	5506	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	5507	int int_timer_sleepmode = g_timer_sleepmode;
whismanoid	39:4d285e961435	5508	if (cmdLine.parse_int_dec("sleep", int_timer_sleepmode))
whismanoid	39:4d285e961435	5509	{
whismanoid	39:4d285e961435	5510	g_timer_sleepmode = (Datalogger_Sleep_enum_t)int_timer_sleepmode;
whismanoid	39:4d285e961435	5511	//~ if (g_timer_interval_count < 1) { g_timer_interval_count = 1; }
whismanoid	39:4d285e961435	5512	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- message_ms
whismanoid	39:4d285e961435	5513	//~ cmdLine_AuxSerial.serial().printf("\r\n* message_ms was set to %d *\r\n", g_auxSerialCom_message_ms);
whismanoid	39:4d285e961435	5514	cmdLine.serial().printf("\r\n g_timer_sleepmode=%d", (int)g_timer_sleepmode);
whismanoid	39:4d285e961435	5515	}
whismanoid	39:4d285e961435	5516	#else // USE_DATALOGGER_SLEEP
whismanoid	39:4d285e961435	5517	#endif // USE_DATALOGGER_SLEEP
whismanoid	17:9397ea3ea7e9	5518	return; // instead of break; avoid falling through to print_command_prompt();
whismanoid	17:9397ea3ea7e9	5519	}
whismanoid	17:9397ea3ea7e9	5520	break;
whismanoid	17:9397ea3ea7e9	5521	// LIH3 -- Datalog when input high D3
whismanoid	17:9397ea3ea7e9	5522	// LIL6 -- Datalog when input low D6
whismanoid	17:9397ea3ea7e9	5523	case 'I': case 'i':
whismanoid	17:9397ea3ea7e9	5524	{
whismanoid	17:9397ea3ea7e9	5525	// TODO: switch cmdLine[2] configure High or Low, configure input pin
whismanoid	17:9397ea3ea7e9	5526	}
whismanoid	17:9397ea3ea7e9	5527	break;
whismanoid	17:9397ea3ea7e9	5528	#if USE_DATALOGGER_SPIDeviceRegRead
whismanoid	27:b4ac095b83b3	5529	// L$ count=10 base=500ms addr=xxx data=xxx mask=xxx -- Datalog when SPI read of address matches mask
whismanoid	17:9397ea3ea7e9	5530	case '$':
whismanoid	17:9397ea3ea7e9	5531	{
whismanoid	17:9397ea3ea7e9	5532	// TODO: scan cmdLine for regAddr, dataMask, testValue
whismanoid	17:9397ea3ea7e9	5533	}
whismanoid	17:9397ea3ea7e9	5534	break;
whismanoid	17:9397ea3ea7e9	5535	#endif // USE_DATALOGGER_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	5536	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	5537	// L@ -- configures Datalogger_action_table
whismanoid	17:9397ea3ea7e9	5538	case '@':
whismanoid	17:9397ea3ea7e9	5539	{
whismanoid	17:9397ea3ea7e9	5540	// L@ -- configures Datalogger_action_table
whismanoid	17:9397ea3ea7e9	5541	int editRowIndex = 0;
whismanoid	17:9397ea3ea7e9	5542	int edit_action = (int)action_noop;
whismanoid	17:9397ea3ea7e9	5543	int edit_digitalOutPin = 0;
whismanoid	17:9397ea3ea7e9	5544	int edit_condition = (int)condition_always;
whismanoid	17:9397ea3ea7e9	5545	int edit_condition_channel = 0;
whismanoid	17:9397ea3ea7e9	5546	double edit_condition_threshold = 0;
whismanoid	17:9397ea3ea7e9	5547	//
whismanoid	17:9397ea3ea7e9	5548	if (cmdLine.parse_int_dec("act", edit_action))
whismanoid	17:9397ea3ea7e9	5549	{
whismanoid	17:9397ea3ea7e9	5550	//~ cmdLine.serial().printf("\r\n act=%d", edit_action);
whismanoid	17:9397ea3ea7e9	5551	}
whismanoid	17:9397ea3ea7e9	5552	if (cmdLine.parse_int_dec("pin", edit_digitalOutPin))
whismanoid	17:9397ea3ea7e9	5553	{
whismanoid	17:9397ea3ea7e9	5554	//~ cmdLine.serial().printf("\r\n pin=%d", edit_digitalOutPin);
whismanoid	17:9397ea3ea7e9	5555	}
whismanoid	17:9397ea3ea7e9	5556	if (cmdLine.parse_int_dec("if", edit_condition))
whismanoid	17:9397ea3ea7e9	5557	{
whismanoid	17:9397ea3ea7e9	5558	//~ cmdLine.serial().printf("\r\n if=%d", edit_condition);
whismanoid	17:9397ea3ea7e9	5559	}
whismanoid	17:9397ea3ea7e9	5560	if (cmdLine.parse_int_dec("ch", edit_condition_channel))
whismanoid	17:9397ea3ea7e9	5561	{
whismanoid	17:9397ea3ea7e9	5562	//~ cmdLine.serial().printf("\r\n ch=%d", edit_condition_channel);
whismanoid	17:9397ea3ea7e9	5563	}
whismanoid	17:9397ea3ea7e9	5564	if (cmdLine.parse_double("x", edit_condition_threshold))
whismanoid	17:9397ea3ea7e9	5565	{
whismanoid	17:9397ea3ea7e9	5566	//~ cmdLine.serial().printf("\r\n x=%d", edit_condition_threshold);
whismanoid	17:9397ea3ea7e9	5567	}
whismanoid	17:9397ea3ea7e9	5568	//
whismanoid	17:9397ea3ea7e9	5569	// Edit the contents of Datalogger_action_table
whismanoid	17:9397ea3ea7e9	5570	switch (cmdLine[2]) // L@... -- Edit the contents of Datalogger_action_table
whismanoid	17:9397ea3ea7e9	5571	{
whismanoid	17:9397ea3ea7e9	5572	// LT%1.0fs -- Datalog timer sleep=%1.3f seconds g_timer_interval_msec
whismanoid	17:9397ea3ea7e9	5573	case '0': case '1': case '2': case '3': case '4':
whismanoid	17:9397ea3ea7e9	5574	case '5': case '6': case '7': case '8': case '9':
whismanoid	17:9397ea3ea7e9	5575	// edit row data
whismanoid	30:07197a430869	5576	if (1) { // removed Datalogger_action_table_row_count > 0 -- support %L@nnn command add new row (even though this looks like a replace command) if and only if nnn==next new unassigned line number
whismanoid	17:9397ea3ea7e9	5577	// if Datalogger_action_table_row_count == 0 then the table is empty
whismanoid	17:9397ea3ea7e9	5578	// get row number to edit from cmdLine[2]
whismanoid	17:9397ea3ea7e9	5579	editRowIndex = atoi(cmdLine.str()+2);
whismanoid	30:07197a430869	5580	if ((editRowIndex >= 0) && (editRowIndex < Datalogger_action_table_row_count)) {
whismanoid	30:07197a430869	5581	// update row
whismanoid	30:07197a430869	5582	cmdLine.serial().printf("\r\n replace row %d", editRowIndex);
whismanoid	30:07197a430869	5583	// rescan cmdLine[2] for key=value of what fields to change (now that we have got defaults from the existing line
whismanoid	30:07197a430869	5584	edit_action = Datalogger_action_table[editRowIndex].action;
whismanoid	30:07197a430869	5585	edit_digitalOutPin = Datalogger_action_table[editRowIndex].digitalOutPin;
whismanoid	30:07197a430869	5586	edit_condition = Datalogger_action_table[editRowIndex].condition;
whismanoid	30:07197a430869	5587	edit_condition_channel = Datalogger_action_table[editRowIndex].condition_channel;
whismanoid	30:07197a430869	5588	edit_condition_threshold = Datalogger_action_table[editRowIndex].condition_threshold;
whismanoid	30:07197a430869	5589	// rescan cmdLine[2] for key=value of what fields to change (now that we have got defaults from the existing line
whismanoid	30:07197a430869	5590	if (cmdLine.parse_int_dec("act", edit_action))
whismanoid	30:07197a430869	5591	{
whismanoid	30:07197a430869	5592	//~ cmdLine.serial().printf("\r\n act=%d", edit_action);
whismanoid	30:07197a430869	5593	}
whismanoid	30:07197a430869	5594	if (cmdLine.parse_int_dec("pin", edit_digitalOutPin))
whismanoid	30:07197a430869	5595	{
whismanoid	30:07197a430869	5596	//~ cmdLine.serial().printf("\r\n pin=%d", edit_digitalOutPin);
whismanoid	30:07197a430869	5597	}
whismanoid	30:07197a430869	5598	if (cmdLine.parse_int_dec("if", edit_condition))
whismanoid	30:07197a430869	5599	{
whismanoid	30:07197a430869	5600	//~ cmdLine.serial().printf("\r\n if=%d", edit_condition);
whismanoid	30:07197a430869	5601	}
whismanoid	30:07197a430869	5602	if (cmdLine.parse_int_dec("ch", edit_condition_channel))
whismanoid	30:07197a430869	5603	{
whismanoid	30:07197a430869	5604	//~ cmdLine.serial().printf("\r\n ch=%d", edit_condition_channel);
whismanoid	30:07197a430869	5605	}
whismanoid	30:07197a430869	5606	if (cmdLine.parse_double("x", edit_condition_threshold))
whismanoid	30:07197a430869	5607	{
whismanoid	30:07197a430869	5608	//~ cmdLine.serial().printf("\r\n x=%d", edit_condition_threshold);
whismanoid	30:07197a430869	5609	}
whismanoid	30:07197a430869	5610	Datalogger_action_table[editRowIndex].action = (action_type_enum_t)edit_action;
whismanoid	30:07197a430869	5611	Datalogger_action_table[editRowIndex].digitalOutPin = edit_digitalOutPin;
whismanoid	30:07197a430869	5612	Datalogger_action_table[editRowIndex].condition = (action_condition_enum_t)edit_condition;
whismanoid	30:07197a430869	5613	Datalogger_action_table[editRowIndex].condition_channel = edit_condition_channel;
whismanoid	30:07197a430869	5614	Datalogger_action_table[editRowIndex].condition_threshold = edit_condition_threshold;
whismanoid	17:9397ea3ea7e9	5615	}
whismanoid	30:07197a430869	5616	else if ((editRowIndex == Datalogger_action_table_row_count) && (Datalogger_action_table_row_count < ACTION_TABLE_ROW_MAX)) {
whismanoid	30:07197a430869	5617	// %L@nnn command add new row (even though this looks like a replace command) if and only if nnn==next new unassigned line number
whismanoid	30:07197a430869	5618	Datalogger_action_table_row_count++;
whismanoid	30:07197a430869	5619	cmdLine.serial().printf("\r\n add next row %d", editRowIndex);
whismanoid	30:07197a430869	5620	Datalogger_action_table[editRowIndex].action = (action_type_enum_t)edit_action;
whismanoid	30:07197a430869	5621	Datalogger_action_table[editRowIndex].digitalOutPin = edit_digitalOutPin;
whismanoid	30:07197a430869	5622	Datalogger_action_table[editRowIndex].condition = (action_condition_enum_t)edit_condition;
whismanoid	30:07197a430869	5623	Datalogger_action_table[editRowIndex].condition_channel = edit_condition_channel;
whismanoid	30:07197a430869	5624	Datalogger_action_table[editRowIndex].condition_threshold = edit_condition_threshold;
whismanoid	30:07197a430869	5625	//
whismanoid	17:9397ea3ea7e9	5626	}
whismanoid	17:9397ea3ea7e9	5627	}
whismanoid	17:9397ea3ea7e9	5628	break;
whismanoid	17:9397ea3ea7e9	5629	case '+':
whismanoid	17:9397ea3ea7e9	5630	// add a new row at end of table
whismanoid	17:9397ea3ea7e9	5631	if (Datalogger_action_table_row_count < ACTION_TABLE_ROW_MAX) {
whismanoid	17:9397ea3ea7e9	5632	// if Datalogger_action_table_row_count => ACTION_TABLE_ROW_MAX then the table is full
whismanoid	17:9397ea3ea7e9	5633	editRowIndex = Datalogger_action_table_row_count;
whismanoid	17:9397ea3ea7e9	5634	Datalogger_action_table_row_count++;
whismanoid	30:07197a430869	5635	cmdLine.serial().printf("\r\n add new row %d", editRowIndex);
whismanoid	17:9397ea3ea7e9	5636	Datalogger_action_table[editRowIndex].action = (action_type_enum_t)edit_action;
whismanoid	17:9397ea3ea7e9	5637	Datalogger_action_table[editRowIndex].digitalOutPin = edit_digitalOutPin;
whismanoid	17:9397ea3ea7e9	5638	Datalogger_action_table[editRowIndex].condition = (action_condition_enum_t)edit_condition;
whismanoid	17:9397ea3ea7e9	5639	Datalogger_action_table[editRowIndex].condition_channel = edit_condition_channel;
whismanoid	17:9397ea3ea7e9	5640	Datalogger_action_table[editRowIndex].condition_threshold = edit_condition_threshold;
whismanoid	17:9397ea3ea7e9	5641	}
whismanoid	17:9397ea3ea7e9	5642	break;
whismanoid	17:9397ea3ea7e9	5643	case '-':
whismanoid	17:9397ea3ea7e9	5644	// delete row from table
whismanoid	17:9397ea3ea7e9	5645	if (Datalogger_action_table_row_count > 0) {
whismanoid	17:9397ea3ea7e9	5646	// if Datalogger_action_table_row_count == 0 then the table is empty
whismanoid	17:9397ea3ea7e9	5647	if ((cmdLine[3] == '~') && (cmdLine[4] == '~') && (cmdLine[5] == '~')) {
whismanoid	17:9397ea3ea7e9	5648	// L@-~~~ -- delete all rows from table
whismanoid	30:07197a430869	5649	cmdLine.serial().printf("\r\n delete all rows");
whismanoid	17:9397ea3ea7e9	5650	Datalogger_action_table_row_count = 0;
whismanoid	17:9397ea3ea7e9	5651	break;
whismanoid	17:9397ea3ea7e9	5652	}
whismanoid	30:07197a430869	5653	else {
whismanoid	30:07197a430869	5654	editRowIndex = atoi(cmdLine.str()+3);
whismanoid	30:07197a430869	5655	cmdLine.serial().printf("\r\n delete row %d", editRowIndex);
whismanoid	30:07197a430869	5656	// delete row editRowIndex from Datalogger_action_table
whismanoid	30:07197a430869	5657	for (int i = editRowIndex; i < (Datalogger_action_table_row_count-1); i++)
whismanoid	30:07197a430869	5658	{
whismanoid	30:07197a430869	5659	// copy row i+1 into row i
whismanoid	30:07197a430869	5660	Datalogger_action_table[i].action = Datalogger_action_table[i+1].action;
whismanoid	30:07197a430869	5661	Datalogger_action_table[i].digitalOutPin = Datalogger_action_table[i+1].digitalOutPin;
whismanoid	30:07197a430869	5662	Datalogger_action_table[i].condition = Datalogger_action_table[i+1].condition;
whismanoid	30:07197a430869	5663	Datalogger_action_table[i].condition_channel = Datalogger_action_table[i+1].condition_channel;
whismanoid	30:07197a430869	5664	Datalogger_action_table[i].condition_threshold = Datalogger_action_table[i+1].condition_threshold;
whismanoid	30:07197a430869	5665	}
whismanoid	30:07197a430869	5666	Datalogger_action_table_row_count--;
whismanoid	17:9397ea3ea7e9	5667	}
whismanoid	17:9397ea3ea7e9	5668	}
whismanoid	17:9397ea3ea7e9	5669	break;
whismanoid	30:07197a430869	5670	case '.':
whismanoid	30:07197a430869	5671	// L@. pause the entire Log action table
whismanoid	30:07197a430869	5672	cmdLine.serial().printf("\r\n pause the entire Log action table");
whismanoid	17:9397ea3ea7e9	5673	Datalogger_action_table_enabled = false;
whismanoid	17:9397ea3ea7e9	5674	break;
whismanoid	17:9397ea3ea7e9	5675	case '@':
whismanoid	30:07197a430869	5676	// L@@ enable the entire Log action table
whismanoid	30:07197a430869	5677	cmdLine.serial().printf("\r\n enable the entire Log action table");
whismanoid	17:9397ea3ea7e9	5678	Datalogger_action_table_enabled = true;
whismanoid	17:9397ea3ea7e9	5679	break;
whismanoid	17:9397ea3ea7e9	5680	}
whismanoid	17:9397ea3ea7e9	5681	//
whismanoid	17:9397ea3ea7e9	5682	// Print the contents of Datalogger_action_table
whismanoid	17:9397ea3ea7e9	5683	if (Datalogger_action_table_enabled) {
whismanoid	30:07197a430869	5684	// cmdLine.serial().printf("Log action table enabled; L@. to pause");
whismanoid	17:9397ea3ea7e9	5685	}
whismanoid	17:9397ea3ea7e9	5686	else {
whismanoid	30:07197a430869	5687	cmdLine.serial().printf("Log action table paused; L@@ to enable");
whismanoid	17:9397ea3ea7e9	5688	}
whismanoid	17:9397ea3ea7e9	5689	//~ cmdLine.serial().printf("\r\n Datalogger_action_table_row_count=%d", Datalogger_action_table_row_count);
whismanoid	17:9397ea3ea7e9	5690	for (int i = 0; i < Datalogger_action_table_row_count; i++)
whismanoid	17:9397ea3ea7e9	5691	{
whismanoid	17:9397ea3ea7e9	5692	cmdLine.serial().printf("\r\n L@%d", i);
whismanoid	17:9397ea3ea7e9	5693	cmdLine.serial().printf(" act=%d", Datalogger_action_table[i].action);
whismanoid	17:9397ea3ea7e9	5694	switch(Datalogger_action_table[i].action)
whismanoid	17:9397ea3ea7e9	5695	{
whismanoid	17:9397ea3ea7e9	5696	case action_digitalOutLow:
whismanoid	17:9397ea3ea7e9	5697	case action_digitalOutHigh:
whismanoid	17:9397ea3ea7e9	5698	cmdLine.serial().printf(" pin=%d", Datalogger_action_table[i].digitalOutPin);
whismanoid	17:9397ea3ea7e9	5699	break;
whismanoid	29:6a9edb6e973b	5700	case action_button: // pin = button index 1, 2, 3
whismanoid	29:6a9edb6e973b	5701	cmdLine.serial().printf(" pin=%d", Datalogger_action_table[i].digitalOutPin);
whismanoid	29:6a9edb6e973b	5702	break;
whismanoid	17:9397ea3ea7e9	5703	default:
whismanoid	17:9397ea3ea7e9	5704	case action_noop:
whismanoid	17:9397ea3ea7e9	5705	case action_trigger_Halt:
whismanoid	17:9397ea3ea7e9	5706	case action_trigger_FreeRun:
whismanoid	17:9397ea3ea7e9	5707	case action_trigger_Timer:
whismanoid	17:9397ea3ea7e9	5708	case action_trigger_PlatformDigitalInput:
whismanoid	17:9397ea3ea7e9	5709	case action_trigger_SPIDeviceRegRead:
whismanoid	17:9397ea3ea7e9	5710	break;
whismanoid	17:9397ea3ea7e9	5711	}
whismanoid	17:9397ea3ea7e9	5712	switch(Datalogger_action_table[i].condition)
whismanoid	17:9397ea3ea7e9	5713	{
whismanoid	17:9397ea3ea7e9	5714	case condition_always:
whismanoid	17:9397ea3ea7e9	5715	break;
whismanoid	17:9397ea3ea7e9	5716	default:
whismanoid	17:9397ea3ea7e9	5717	case condition_if_An_gt_threshold:
whismanoid	17:9397ea3ea7e9	5718	case condition_if_An_lt_threshold:
whismanoid	17:9397ea3ea7e9	5719	case condition_if_An_eq_threshold:
whismanoid	17:9397ea3ea7e9	5720	case condition_if_An_ge_threshold:
whismanoid	17:9397ea3ea7e9	5721	case condition_if_An_le_threshold:
whismanoid	17:9397ea3ea7e9	5722	case condition_if_An_ne_threshold:
whismanoid	17:9397ea3ea7e9	5723	case condition_if_AINn_gt_threshold:
whismanoid	17:9397ea3ea7e9	5724	case condition_if_AINn_lt_threshold:
whismanoid	17:9397ea3ea7e9	5725	case condition_if_AINn_eq_threshold:
whismanoid	17:9397ea3ea7e9	5726	case condition_if_AINn_ge_threshold:
whismanoid	17:9397ea3ea7e9	5727	case condition_if_AINn_le_threshold:
whismanoid	17:9397ea3ea7e9	5728	case condition_if_AINn_ne_threshold:
whismanoid	17:9397ea3ea7e9	5729	cmdLine.serial().printf(" if=%d", Datalogger_action_table[i].condition);
whismanoid	17:9397ea3ea7e9	5730	cmdLine.serial().printf(" ch=%d", Datalogger_action_table[i].condition_channel);
whismanoid	17:9397ea3ea7e9	5731	cmdLine.serial().printf(" x=%f", Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5732	break;
whismanoid	17:9397ea3ea7e9	5733	}
whismanoid	17:9397ea3ea7e9	5734	cmdLine.serial().printf(" -- ");
whismanoid	17:9397ea3ea7e9	5735	switch(Datalogger_action_table[i].action)
whismanoid	17:9397ea3ea7e9	5736	{
whismanoid	17:9397ea3ea7e9	5737	case action_noop:
whismanoid	17:9397ea3ea7e9	5738	cmdLine.serial().printf("No_Operation");
whismanoid	17:9397ea3ea7e9	5739	break;
whismanoid	17:9397ea3ea7e9	5740	case action_digitalOutLow:
whismanoid	17:9397ea3ea7e9	5741	cmdLine.serial().printf("digitalOutLow");
whismanoid	17:9397ea3ea7e9	5742	cmdLine.serial().printf(" D%d", Datalogger_action_table[i].digitalOutPin);
whismanoid	17:9397ea3ea7e9	5743	break;
whismanoid	17:9397ea3ea7e9	5744	case action_digitalOutHigh:
whismanoid	17:9397ea3ea7e9	5745	cmdLine.serial().printf("digitalOutHigh");
whismanoid	17:9397ea3ea7e9	5746	cmdLine.serial().printf(" D%d", Datalogger_action_table[i].digitalOutPin);
whismanoid	17:9397ea3ea7e9	5747	break;
whismanoid	29:6a9edb6e973b	5748	case action_button: // pin = button index 1, 2, 3
whismanoid	29:6a9edb6e973b	5749	cmdLine.serial().printf("button");
whismanoid	29:6a9edb6e973b	5750	cmdLine.serial().printf(" %d", Datalogger_action_table[i].digitalOutPin);
whismanoid	29:6a9edb6e973b	5751	break;
whismanoid	17:9397ea3ea7e9	5752	case action_trigger_Halt:
whismanoid	17:9397ea3ea7e9	5753	cmdLine.serial().printf("trigger_Halt");
whismanoid	17:9397ea3ea7e9	5754	break;
whismanoid	17:9397ea3ea7e9	5755	case action_trigger_FreeRun:
whismanoid	17:9397ea3ea7e9	5756	cmdLine.serial().printf("trigger_FreeRun");
whismanoid	17:9397ea3ea7e9	5757	break;
whismanoid	17:9397ea3ea7e9	5758	case action_trigger_Timer:
whismanoid	17:9397ea3ea7e9	5759	cmdLine.serial().printf("trigger_Timer");
whismanoid	17:9397ea3ea7e9	5760	// print configuration for trigger_Timer
whismanoid	17:9397ea3ea7e9	5761	cmdLine.serial().printf("(%d x %dmsec)", g_timer_interval_count, g_timer_interval_msec);
whismanoid	17:9397ea3ea7e9	5762	break;
whismanoid	17:9397ea3ea7e9	5763	case action_trigger_PlatformDigitalInput:
whismanoid	17:9397ea3ea7e9	5764	cmdLine.serial().printf("trigger_PlatformDigitalInput");
whismanoid	17:9397ea3ea7e9	5765	// TODO: print configuration for trigger_PlatformDigitalInput
whismanoid	17:9397ea3ea7e9	5766	//~ cmdLine.serial().printf("(%d)", g_config_PlatformDigitalInput);
whismanoid	17:9397ea3ea7e9	5767	break;
whismanoid	17:9397ea3ea7e9	5768	case action_trigger_SPIDeviceRegRead:
whismanoid	17:9397ea3ea7e9	5769	cmdLine.serial().printf("trigger_SPIDeviceRegRead");
whismanoid	17:9397ea3ea7e9	5770	// TODO: print configuration for trigger_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	5771	//~ cmdLine.serial().printf("(%d)", g_config_SPIDeviceRegRead);
whismanoid	17:9397ea3ea7e9	5772	break;
whismanoid	17:9397ea3ea7e9	5773	} // switch(Datalogger_action_table[i].action)
whismanoid	17:9397ea3ea7e9	5774	//~ cmdLine.serial().printf(" condition %d", Datalogger_action_table[i].condition);
whismanoid	17:9397ea3ea7e9	5775	switch(Datalogger_action_table[i].condition)
whismanoid	17:9397ea3ea7e9	5776	{
whismanoid	17:9397ea3ea7e9	5777	case condition_always:
whismanoid	17:9397ea3ea7e9	5778	cmdLine.serial().printf(" always");
whismanoid	17:9397ea3ea7e9	5779	break;
whismanoid	17:9397ea3ea7e9	5780	case condition_if_An_gt_threshold:
whismanoid	17:9397ea3ea7e9	5781	cmdLine.serial().printf(" if A%d > %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5782	break;
whismanoid	17:9397ea3ea7e9	5783	case condition_if_An_lt_threshold:
whismanoid	17:9397ea3ea7e9	5784	cmdLine.serial().printf(" if A%d < %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5785	break;
whismanoid	17:9397ea3ea7e9	5786	case condition_if_An_eq_threshold:
whismanoid	17:9397ea3ea7e9	5787	cmdLine.serial().printf(" if A%d == %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5788	break;
whismanoid	17:9397ea3ea7e9	5789	case condition_if_An_ge_threshold:
whismanoid	17:9397ea3ea7e9	5790	cmdLine.serial().printf(" if A%d >= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5791	break;
whismanoid	17:9397ea3ea7e9	5792	case condition_if_An_le_threshold:
whismanoid	17:9397ea3ea7e9	5793	cmdLine.serial().printf(" if A%d <= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5794	break;
whismanoid	17:9397ea3ea7e9	5795	case condition_if_An_ne_threshold:
whismanoid	17:9397ea3ea7e9	5796	cmdLine.serial().printf(" if A%d != %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5797	break;
whismanoid	17:9397ea3ea7e9	5798	case condition_if_AINn_gt_threshold:
whismanoid	17:9397ea3ea7e9	5799	cmdLine.serial().printf(" if AIN%d > %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5800	break;
whismanoid	17:9397ea3ea7e9	5801	case condition_if_AINn_lt_threshold:
whismanoid	17:9397ea3ea7e9	5802	cmdLine.serial().printf(" if AIN%d < %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5803	break;
whismanoid	17:9397ea3ea7e9	5804	case condition_if_AINn_eq_threshold:
whismanoid	17:9397ea3ea7e9	5805	cmdLine.serial().printf(" if AIN%d == %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5806	break;
whismanoid	17:9397ea3ea7e9	5807	case condition_if_AINn_ge_threshold:
whismanoid	17:9397ea3ea7e9	5808	cmdLine.serial().printf(" if AIN%d >= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5809	break;
whismanoid	17:9397ea3ea7e9	5810	case condition_if_AINn_le_threshold:
whismanoid	17:9397ea3ea7e9	5811	cmdLine.serial().printf(" if AIN%d <= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5812	break;
whismanoid	17:9397ea3ea7e9	5813	case condition_if_AINn_ne_threshold:
whismanoid	17:9397ea3ea7e9	5814	cmdLine.serial().printf(" if AIN%d != %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	5815	break;
whismanoid	17:9397ea3ea7e9	5816	} // switch(Datalogger_action_table[i].condition)
whismanoid	17:9397ea3ea7e9	5817	} // for ...Datalogger_action_table_row_count // Print the contents of Datalogger_action_table
whismanoid	30:07197a430869	5818	cmdLine.serial().printf("\r\n\r\nEdit Log action table (used %d/%d, %d free):",
whismanoid	30:07197a430869	5819	Datalogger_action_table_row_count,
whismanoid	30:07197a430869	5820	ACTION_TABLE_ROW_MAX,
whismanoid	30:07197a430869	5821	(ACTION_TABLE_ROW_MAX - Datalogger_action_table_row_count)
whismanoid	30:07197a430869	5822	);
whismanoid	17:9397ea3ea7e9	5823	if (Datalogger_action_table_row_count < ACTION_TABLE_ROW_MAX) {
whismanoid	17:9397ea3ea7e9	5824	// if Datalogger_action_table_row_count => ACTION_TABLE_ROW_MAX then the table is full
whismanoid	17:9397ea3ea7e9	5825	cmdLine.serial().printf("\r\n L@+ act=4 if=1 ch=5 x=12345 -- add new entry at end of table");
whismanoid	17:9397ea3ea7e9	5826	}
whismanoid	17:9397ea3ea7e9	5827	if (Datalogger_action_table_row_count > 0) {
whismanoid	17:9397ea3ea7e9	5828	// if Datalogger_action_table_row_count == 0 then the table is empty
whismanoid	17:9397ea3ea7e9	5829	cmdLine.serial().printf("\r\n L@%d act=4 if=1 ch=5 x=12345 -- edit row %d",
whismanoid	17:9397ea3ea7e9	5830	Datalogger_action_table_row_count-1,
whismanoid	17:9397ea3ea7e9	5831	Datalogger_action_table_row_count-1);
whismanoid	17:9397ea3ea7e9	5832	cmdLine.serial().printf("\r\n L@-%d -- delete row %d",
whismanoid	17:9397ea3ea7e9	5833	Datalogger_action_table_row_count-1,
whismanoid	17:9397ea3ea7e9	5834	Datalogger_action_table_row_count-1);
whismanoid	17:9397ea3ea7e9	5835	cmdLine.serial().printf("\r\n L@-~~~ -- delete all rows");
whismanoid	30:07197a430869	5836	if (Datalogger_action_table_enabled) cmdLine.serial().printf("\r\n L@. -- pause entire Log action table");
whismanoid	30:07197a430869	5837	if (!Datalogger_action_table_enabled) cmdLine.serial().printf("\r\n L@@ -- enable Log action table");
whismanoid	17:9397ea3ea7e9	5838	}
whismanoid	17:9397ea3ea7e9	5839	//
whismanoid	17:9397ea3ea7e9	5840	} // case L@ -- configures Datalogger_action_table
whismanoid	17:9397ea3ea7e9	5841	break;
whismanoid	17:9397ea3ea7e9	5842	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	5843	// LR -- Datalog free run as fast as possible
whismanoid	4:d9b05924ad4c	5844	case 'R': case 'r':
whismanoid	4:d9b05924ad4c	5845	// free run as fast as possible
whismanoid	8:dffee7509bfb	5846	Datalogger_Trigger = trigger_FreeRun;
whismanoid	8:dffee7509bfb	5847	Datalogger_Need_PrintHeader = true;
whismanoid	4:d9b05924ad4c	5848	return; // instead of break; avoid falling through to print_command_prompt();
whismanoid	9:45f98573eb6d	5849	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	5850	// LS<channel ID><verb>: Configure SPI_AIN channels
whismanoid	9:45f98573eb6d	5851	// channel ID: 0,1,2,... or - for all channels
whismanoid	9:45f98573eb6d	5852	// verb: D for disable, V for Voltage, L for LSB
whismanoid	9:45f98573eb6d	5853	case 'S': case 's':
whismanoid	9:45f98573eb6d	5854	{
whismanoid	9:45f98573eb6d	5855	for (int channel_index = 0; channel_index < NUM_DUT_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	9:45f98573eb6d	5856	if ((cmdLine[2] == '-' /* all channels */)
whismanoid	9:45f98573eb6d	5857	\|\| (cmdLine[2] == '0'+channel_index)
whismanoid	9:45f98573eb6d	5858	)
whismanoid	9:45f98573eb6d	5859	{
whismanoid	9:45f98573eb6d	5860	// it's me
whismanoid	9:45f98573eb6d	5861	// test cmdLine[3] to determine action
whismanoid	9:45f98573eb6d	5862	// Platform_Enable_ch[channel_index] = Platform_AIN_xxxxx;
whismanoid	9:45f98573eb6d	5863	switch (cmdLine[3])
whismanoid	9:45f98573eb6d	5864	{
whismanoid	9:45f98573eb6d	5865	case 'D': case 'd':
whismanoid	9:45f98573eb6d	5866	SPI_AIN_Enable_ch[channel_index] = SPI_AIN_Disable;
whismanoid	9:45f98573eb6d	5867	break;
whismanoid	9:45f98573eb6d	5868	case 'L': case 'l':
whismanoid	9:45f98573eb6d	5869	SPI_AIN_Enable_ch[channel_index] = SPI_AIN_Enable_LSB;
whismanoid	9:45f98573eb6d	5870	break;
whismanoid	9:45f98573eb6d	5871	case 'V': case 'v':
whismanoid	9:45f98573eb6d	5872	SPI_AIN_Enable_ch[channel_index] = SPI_AIN_Enable_Volt;
whismanoid	9:45f98573eb6d	5873	break;
whismanoid	9:45f98573eb6d	5874	//
whismanoid	9:45f98573eb6d	5875	//
whismanoid	9:45f98573eb6d	5876	// TODO: MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	9:45f98573eb6d	5877	case 'C': case 'c':
whismanoid	9:45f98573eb6d	5878	{
whismanoid	9:45f98573eb6d	5879	uint8_t hexValue = 0;
whismanoid	9:45f98573eb6d	5880	hexValue = hexValueOfChar(cmdLine[5]) * 0x10 + hexValueOfChar(cmdLine[6]);
whismanoid	9:45f98573eb6d	5881	switch (cmdLine[4])
whismanoid	9:45f98573eb6d	5882	{
whismanoid	9:45f98573eb6d	5883	//
whismanoid	9:45f98573eb6d	5884	// MAX11410 verb for configuring SPI_AIN_Cfg_v_filter_ch[channel_index]
whismanoid	9:45f98573eb6d	5885	// cmdLine.serial().print(F("\r\n LS-CF34 -- Datalog SPI ADC channel '-'(all) v_filter 0x34"));
whismanoid	9:45f98573eb6d	5886	case 'F': case 'f':
whismanoid	9:45f98573eb6d	5887	SPI_AIN_Cfg_v_filter_ch[channel_index] = hexValue;
whismanoid	9:45f98573eb6d	5888	break;
whismanoid	9:45f98573eb6d	5889	//
whismanoid	9:45f98573eb6d	5890	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	9:45f98573eb6d	5891	// cmdLine.serial().print(F("\r\n LS-CC42 -- Datalog SPI ADC channel '-'(all) v_ctrl 0x42"));
whismanoid	9:45f98573eb6d	5892	case 'C': case 'c':
whismanoid	9:45f98573eb6d	5893	SPI_AIN_Cfg_v_ctrl_ch[channel_index] = hexValue;
whismanoid	9:45f98573eb6d	5894	break;
whismanoid	9:45f98573eb6d	5895	//
whismanoid	9:45f98573eb6d	5896	// MAX11410 verb for configuring SPI_AIN_Cfg_v_pga_ch[channel_index]
whismanoid	9:45f98573eb6d	5897	// cmdLine.serial().print(F("\r\n LS-CP00 -- Datalog SPI ADC channel '-'(all) v_pga 0x00"));
whismanoid	9:45f98573eb6d	5898	case 'P': case 'p':
whismanoid	9:45f98573eb6d	5899	SPI_AIN_Cfg_v_pga_ch[channel_index] = hexValue;
whismanoid	9:45f98573eb6d	5900	break;
whismanoid	9:45f98573eb6d	5901	//
whismanoid	9:45f98573eb6d	5902	// cmdLine.serial().print(F("\r\n LS5CU -- Datalog SPI ADC channel channel 5 v_ctrl Unipolar"));
whismanoid	9:45f98573eb6d	5903	// ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) ? "BIPOLAR" : "Unipolar"
whismanoid	9:45f98573eb6d	5904	case 'U': case 'u':
whismanoid	9:45f98573eb6d	5905	SPI_AIN_Cfg_v_ctrl_ch[channel_index] = SPI_AIN_Cfg_v_ctrl_ch[channel_index] \| 0x40;
whismanoid	9:45f98573eb6d	5906	break;
whismanoid	9:45f98573eb6d	5907	//
whismanoid	9:45f98573eb6d	5908	// cmdLine.serial().print(F("\r\n LS5CB -- Datalog SPI ADC channel channel 5 v_ctrl Bipolar"));
whismanoid	9:45f98573eb6d	5909	// ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) ? "BIPOLAR" : "Unipolar"
whismanoid	9:45f98573eb6d	5910	case 'B': case 'b':
whismanoid	9:45f98573eb6d	5911	SPI_AIN_Cfg_v_ctrl_ch[channel_index] = SPI_AIN_Cfg_v_ctrl_ch[channel_index] &~ 0x40;
whismanoid	9:45f98573eb6d	5912	break;
whismanoid	9:45f98573eb6d	5913	}
whismanoid	9:45f98573eb6d	5914	break;
whismanoid	9:45f98573eb6d	5915	}
whismanoid	9:45f98573eb6d	5916	//
whismanoid	9:45f98573eb6d	5917	//
whismanoid	9:45f98573eb6d	5918	}
whismanoid	9:45f98573eb6d	5919	} // end if cmdLine[2] channel_index
whismanoid	9:45f98573eb6d	5920	} // end for channel_index
whismanoid	9:45f98573eb6d	5921	Datalogger_PrintHeader();
whismanoid	9:45f98573eb6d	5922	Datalogger_Need_PrintHeader = true;
whismanoid	9:45f98573eb6d	5923	}
whismanoid	9:45f98573eb6d	5924	break;
whismanoid	9:45f98573eb6d	5925	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	5926	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	9:45f98573eb6d	5927	// LA<channel ID><verb>: Configure Platform_AIN channels
whismanoid	9:45f98573eb6d	5928	// channel ID: 0,1,2,... or - for all channels
whismanoid	9:45f98573eb6d	5929	// verb: D for disable, V for Voltage, L for LSB
whismanoid	8:dffee7509bfb	5930	case 'A': case 'a':
whismanoid	9:45f98573eb6d	5931	{
whismanoid	9:45f98573eb6d	5932	// all-channel: loop through all valid channel_index, test cmdLine[2] 'is it me'?
whismanoid	9:45f98573eb6d	5933	// for channel_index loop through 0..NUM_DUT_ANALOG_IN_CHANNELS
whismanoid	9:45f98573eb6d	5934	// if ((cmdLine[2] == '-' /* all channels */)
whismanoid	9:45f98573eb6d	5935	// \|\| (cmdLine[2] == '0'+channel_index)
whismanoid	9:45f98573eb6d	5936	// ) {
whismanoid	9:45f98573eb6d	5937	// // it's me
whismanoid	9:45f98573eb6d	5938	// // test cmdLine[3] to determine action
whismanoid	9:45f98573eb6d	5939	// // Platform_Enable_ch[channel_index] = Platform_AIN_xxxxx;
whismanoid	9:45f98573eb6d	5940	// } end if cmdLine[2] channel_index
whismanoid	9:45f98573eb6d	5941	// } end for channel_index
whismanoid	9:45f98573eb6d	5942	for (int channel_index = 0; channel_index < NUM_PLATFORM_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	9:45f98573eb6d	5943	if ((cmdLine[2] == '-' /* all channels */)
whismanoid	9:45f98573eb6d	5944	\|\| (cmdLine[2] == '0'+channel_index)
whismanoid	9:45f98573eb6d	5945	)
whismanoid	9:45f98573eb6d	5946	{
whismanoid	9:45f98573eb6d	5947	// it's me
whismanoid	9:45f98573eb6d	5948	// test cmdLine[3] to determine action
whismanoid	9:45f98573eb6d	5949	// Platform_Enable_ch[channel_index] = Platform_AIN_xxxxx;
whismanoid	9:45f98573eb6d	5950	switch (cmdLine[3])
whismanoid	9:45f98573eb6d	5951	{
whismanoid	9:45f98573eb6d	5952	case 'D': case 'd':
whismanoid	9:45f98573eb6d	5953	Platform_Enable_ch[channel_index] = Platform_AIN_Disable;
whismanoid	9:45f98573eb6d	5954	break;
whismanoid	9:45f98573eb6d	5955	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	5956	case 'L': case 'l':
whismanoid	9:45f98573eb6d	5957	Platform_Enable_ch[channel_index] = Platform_AIN_Enable_LSB;
whismanoid	9:45f98573eb6d	5958	break;
whismanoid	9:45f98573eb6d	5959	#endif // LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	5960	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	9:45f98573eb6d	5961	case 'V': case 'v':
whismanoid	9:45f98573eb6d	5962	Platform_Enable_ch[channel_index] = Platform_AIN_Enable_Volt;
whismanoid	9:45f98573eb6d	5963	break;
whismanoid	9:45f98573eb6d	5964	#endif // LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	9:45f98573eb6d	5965	}
whismanoid	9:45f98573eb6d	5966	} // end if cmdLine[2] channel_index
whismanoid	9:45f98573eb6d	5967	} // end for channel_index
whismanoid	10:04022a61b527	5968	// Datalogger_PrintHeader(cmdLine);
whismanoid	9:45f98573eb6d	5969	if (Datalogger_enable_serial) {
whismanoid	9:45f98573eb6d	5970	Datalogger_PrintHeader(cmdLine);
whismanoid	9:45f98573eb6d	5971	}
whismanoid	9:45f98573eb6d	5972	# if HAS_AUX_SERIAL
whismanoid	9:45f98573eb6d	5973	if (Datalogger_enable_AUXserial) {
whismanoid	9:45f98573eb6d	5974	Datalogger_PrintHeader(cmdLine_AUXserial);
whismanoid	9:45f98573eb6d	5975	}
whismanoid	9:45f98573eb6d	5976	# endif // HAS_AUX_SERIAL
whismanoid	9:45f98573eb6d	5977	# if HAS_DAPLINK_SERIAL
whismanoid	9:45f98573eb6d	5978	if (Datalogger_enable_DAPLINKserial) {
whismanoid	9:45f98573eb6d	5979	Datalogger_PrintHeader(cmdLine_DAPLINKserial);
whismanoid	9:45f98573eb6d	5980	}
whismanoid	9:45f98573eb6d	5981	# endif // HAS_DAPLINK_SERIAL
whismanoid	9:45f98573eb6d	5982	Datalogger_Need_PrintHeader = true;
whismanoid	9:45f98573eb6d	5983	}
whismanoid	8:dffee7509bfb	5984	break;
whismanoid	9:45f98573eb6d	5985	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	9:45f98573eb6d	5986	case '>':
whismanoid	9:45f98573eb6d	5987	// L>A -- Datalogger_enable_AUXserial
whismanoid	9:45f98573eb6d	5988	// L>D -- Datalogger_enable_DAPLINKserial
whismanoid	9:45f98573eb6d	5989	// L>S -- Datalogger_enable_serial
whismanoid	9:45f98573eb6d	5990	switch (cmdLine[2])
whismanoid	9:45f98573eb6d	5991	{
whismanoid	9:45f98573eb6d	5992	# if HAS_AUX_SERIAL
whismanoid	9:45f98573eb6d	5993	case 'A': case 'a':
whismanoid	9:45f98573eb6d	5994	Datalogger_enable_AUXserial = !Datalogger_enable_AUXserial;
whismanoid	9:45f98573eb6d	5995	Datalogger_Need_PrintHeader = true;
whismanoid	9:45f98573eb6d	5996	break;
whismanoid	8:dffee7509bfb	5997	# endif // HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	5998	# if HAS_DAPLINK_SERIAL
whismanoid	9:45f98573eb6d	5999	case 'D': case 'd':
whismanoid	9:45f98573eb6d	6000	Datalogger_enable_DAPLINKserial = !Datalogger_enable_DAPLINKserial;
whismanoid	9:45f98573eb6d	6001	Datalogger_Need_PrintHeader = true;
whismanoid	9:45f98573eb6d	6002	break;
whismanoid	8:dffee7509bfb	6003	# endif // HAS_DAPLINK_SERIAL
whismanoid	9:45f98573eb6d	6004	case 'S': case 's':
whismanoid	9:45f98573eb6d	6005	Datalogger_enable_serial = !Datalogger_enable_serial;
whismanoid	9:45f98573eb6d	6006	Datalogger_Need_PrintHeader = true;
whismanoid	9:45f98573eb6d	6007	break;
whismanoid	9:45f98573eb6d	6008	}
whismanoid	9:45f98573eb6d	6009	break; // case '>' L>S serial enable toggle
whismanoid	28:a9a3a9db592b	6010	default:
whismanoid	28:a9a3a9db592b	6011	// TODO: L -- detailed help for datalog commands
whismanoid	28:a9a3a9db592b	6012	//
whismanoid	28:a9a3a9db592b	6013	#if USE_DATALOGGER_TRIGGER // support Datalog trigger
whismanoid	28:a9a3a9db592b	6014	#if 1 // USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	6015	// Datalogger_Trigger = trigger_FreeRun // free run as fast as possible "always-on mode"
whismanoid	28:a9a3a9db592b	6016	cmdLine.serial().printf("\r\n LR -- Datalog free run as fast as possible");
whismanoid	28:a9a3a9db592b	6017	//
whismanoid	28:a9a3a9db592b	6018	// Datalogger_Trigger = trigger_Timer // timer (configure interval) "intermittent-sleep-mode"
whismanoid	28:a9a3a9db592b	6019	//~ cmdLine.serial().printf("\r\n LT -- Datalog timer"); // trigger_Timer
whismanoid	39:4d285e961435	6020	#if USE_DATALOGGER_SLEEP // support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	6021	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	6022	cmdLine.serial().printf("\r\n LT count=%d base=%dms sleep=%d -- Datalog timer",
whismanoid	39:4d285e961435	6023	g_timer_interval_count,
whismanoid	39:4d285e961435	6024	g_timer_interval_msec,
whismanoid	39:4d285e961435	6025	(int)g_timer_sleepmode
whismanoid	39:4d285e961435	6026	); // trigger_Timer
whismanoid	39:4d285e961435	6027	#else // USE_DATALOGGER_SLEEP
whismanoid	28:a9a3a9db592b	6028	cmdLine.serial().printf("\r\n LT count=%d base=%dms -- Datalog timer", g_timer_interval_count, g_timer_interval_msec); // trigger_Timer
whismanoid	39:4d285e961435	6029	#endif // USE_DATALOGGER_SLEEP
whismanoid	28:a9a3a9db592b	6030	//
whismanoid	28:a9a3a9db592b	6031	// TODO: Datalogger_Trigger = trigger_PlatformDigitalInput // platform digital input (configure digital input pin reference)
whismanoid	28:a9a3a9db592b	6032	//~ cmdLine.serial().printf("\r\n LI -- Datalog _______"); // trigger_PlatformDigitalInput
whismanoid	28:a9a3a9db592b	6033	// TODO: cmdLine.serial().printf("\r\n LIH3 -- Datalog when input high D3"); // trigger_PlatformDigitalInput
whismanoid	28:a9a3a9db592b	6034	// TODO: cmdLine.serial().printf("\r\n LIL6 -- Datalog when input low D6"); // trigger_PlatformDigitalInput
whismanoid	28:a9a3a9db592b	6035	//
whismanoid	28:a9a3a9db592b	6036	#if USE_DATALOGGER_SPIDeviceRegRead
whismanoid	28:a9a3a9db592b	6037	// TODO: Datalogger_Trigger = trigger_SPIDeviceRegRead // SPI device register read (configure regaddr, mask value, match value)
whismanoid	28:a9a3a9db592b	6038	//~ cmdLine.serial().printf("\r\n L$ -- Datalog _______"); // trigger_SPIDeviceRegRead
whismanoid	28:a9a3a9db592b	6039	cmdLine.serial().printf("\r\n L$ count=10 base=500ms addr=xxx data=xxx mask=xxx -- Datalog when SPI read of address matches mask"); // trigger_SPIDeviceRegRead
whismanoid	28:a9a3a9db592b	6040	#endif // USE_DATALOGGER_SPIDeviceRegRead
whismanoid	28:a9a3a9db592b	6041	//
whismanoid	28:a9a3a9db592b	6042	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	28:a9a3a9db592b	6043	cmdLine.serial().printf("\r\n L@ -- configures Datalogger_action_table; show more commands");
whismanoid	28:a9a3a9db592b	6044	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	28:a9a3a9db592b	6045	//
whismanoid	28:a9a3a9db592b	6046	//
whismanoid	28:a9a3a9db592b	6047	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	28:a9a3a9db592b	6048	// LS<channel ID><verb>: Configure SPI_AIN channels
whismanoid	28:a9a3a9db592b	6049	// channel ID: 0,1,2,... or - for all channels
whismanoid	28:a9a3a9db592b	6050	// verb: D for disable, V for Voltage, L for LSB
whismanoid	28:a9a3a9db592b	6051	cmdLine.serial().printf("\r\n LS-D -- Datalog SPI ADC channel '-'(all) Disable");
whismanoid	28:a9a3a9db592b	6052	cmdLine.serial().printf("\r\n LS-V -- Datalog SPI ADC channel '-'(all) Volt");
whismanoid	28:a9a3a9db592b	6053	cmdLine.serial().printf("\r\n LS-L -- Datalog SPI ADC channel '-'(all) LSB");
whismanoid	28:a9a3a9db592b	6054	cmdLine.serial().printf("\r\n LS2D -- Datalog SPI ADC channel channel 2 Disable");
whismanoid	28:a9a3a9db592b	6055	cmdLine.serial().printf("\r\n LS3V -- Datalog SPI ADC channel channel 3 Volt");
whismanoid	28:a9a3a9db592b	6056	cmdLine.serial().printf("\r\n LS4L -- Datalog SPI ADC channel channel 4 LSB");
whismanoid	28:a9a3a9db592b	6057	//
whismanoid	28:a9a3a9db592b	6058	// MAX11410 verb for configuring SPI_AIN_Cfg_v_filter_ch[channel_index]
whismanoid	28:a9a3a9db592b	6059	// cmdLine.serial().print(F("\r\n LS-CF34 -- Datalog SPI ADC channel channel 5 v_filter 0x34"));
whismanoid	28:a9a3a9db592b	6060	cmdLine.serial().printf("\r\n LS-CF34 -- Datalog SPI ADC channel '-'(all) v_filter 0x34");
whismanoid	28:a9a3a9db592b	6061	//
whismanoid	28:a9a3a9db592b	6062	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	28:a9a3a9db592b	6063	// cmdLine.serial().print(F("\r\n LS-CC42 -- Datalog SPI ADC channel '-'(all) v_ctrl 0x42"));
whismanoid	28:a9a3a9db592b	6064	cmdLine.serial().printf("\r\n LS-CC42 -- Datalog SPI ADC channel '-'(all) v_ctrl 0x42");
whismanoid	28:a9a3a9db592b	6065	//
whismanoid	28:a9a3a9db592b	6066	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	28:a9a3a9db592b	6067	// cmdLine.serial().print(F("\r\n LS5___ -- Datalog SPI ADC channel channel 5 v_ctrl"));
whismanoid	28:a9a3a9db592b	6068	// MAX11410 verb for configuring SPI_AIN_Cfg_v_ctrl_ch[channel_index]
whismanoid	28:a9a3a9db592b	6069	cmdLine.serial().printf("\r\n LS5CU -- Datalog SPI ADC channel channel 5 v_ctrl Unipolar");
whismanoid	28:a9a3a9db592b	6070	// ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) ? "BIPOLAR" : "Unipolar"
whismanoid	28:a9a3a9db592b	6071	cmdLine.serial().printf("\r\n LS5CB -- Datalog SPI ADC channel channel 5 v_ctrl Bipolar");
whismanoid	28:a9a3a9db592b	6072	// ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) ? "BIPOLAR" : "Unipolar"
whismanoid	28:a9a3a9db592b	6073	//
whismanoid	28:a9a3a9db592b	6074	// MAX11410 verb for configuring SPI_AIN_Cfg_v_pga_ch[channel_index]
whismanoid	28:a9a3a9db592b	6075	// cmdLine.serial().print(F("\r\n LS5CP00 -- Datalog SPI ADC channel channel 5 v_pga 0x00"));
whismanoid	28:a9a3a9db592b	6076	cmdLine.serial().printf("\r\n LS-CP00 -- Datalog SPI ADC channel '-'(all) v_pga 0x00");
whismanoid	28:a9a3a9db592b	6077	//
whismanoid	28:a9a3a9db592b	6078	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	28:a9a3a9db592b	6079	//
whismanoid	28:a9a3a9db592b	6080	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	28:a9a3a9db592b	6081	// LA<channel ID><verb>: Configure Platform_AIN channels
whismanoid	28:a9a3a9db592b	6082	// channel ID: 0,1,2,... or - for all channels
whismanoid	28:a9a3a9db592b	6083	// verb: D for disable, V for Voltage, L for LSB
whismanoid	28:a9a3a9db592b	6084	cmdLine.serial().printf("\r\n LA-D -- Datalog Platform-AIN all-channel Disable");
whismanoid	28:a9a3a9db592b	6085	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	28:a9a3a9db592b	6086	cmdLine.serial().printf("\r\n LA-V -- Datalog Platform-AIN all-channel Volt");
whismanoid	28:a9a3a9db592b	6087	#endif // LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	28:a9a3a9db592b	6088	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	28:a9a3a9db592b	6089	cmdLine.serial().printf("\r\n LA-L -- Datalog Platform-AIN all-channel LSB");
whismanoid	28:a9a3a9db592b	6090	#endif // LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	28:a9a3a9db592b	6091	cmdLine.serial().printf("\r\n LA2D -- Datalog Platform-AIN channel 2 Disable");
whismanoid	28:a9a3a9db592b	6092	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	28:a9a3a9db592b	6093	cmdLine.serial().printf("\r\n LA3V -- Datalog Platform-AIN channel 3 Volt");
whismanoid	28:a9a3a9db592b	6094	#endif // LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	28:a9a3a9db592b	6095	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	28:a9a3a9db592b	6096	cmdLine.serial().printf("\r\n LA4L -- Datalog Platform-AIN channel 4 LSB");
whismanoid	28:a9a3a9db592b	6097	#endif // LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	28:a9a3a9db592b	6098	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	28:a9a3a9db592b	6099	#endif // USE_DATALOGGER_TRIGGER support Datalog trigger
whismanoid	28:a9a3a9db592b	6100	# if HAS_AUX_SERIAL
whismanoid	28:a9a3a9db592b	6101	cmdLine.serial().printf("\r\n L>A -- Datalogger_enable_AUXserial %s", (Datalogger_enable_AUXserial?"disable":"enable"));
whismanoid	28:a9a3a9db592b	6102	# endif // HAS_AUX_SERIAL
whismanoid	28:a9a3a9db592b	6103	# if HAS_DAPLINK_SERIAL
whismanoid	28:a9a3a9db592b	6104	cmdLine.serial().printf("\r\n L>D -- Datalogger_enable_DAPLINKserial %s", (Datalogger_enable_DAPLINKserial?"disable":"enable"));
whismanoid	28:a9a3a9db592b	6105	# endif // HAS_DAPLINK_SERIAL
whismanoid	28:a9a3a9db592b	6106	cmdLine.serial().printf("\r\n L>S -- Datalogger_enable_serial %s", (Datalogger_enable_serial?"disable":"enable"));
whismanoid	28:a9a3a9db592b	6107	//
whismanoid	28:a9a3a9db592b	6108	#else // USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	6109	#endif // USE_DATALOGGER_TRIGGER_HELP_BRIEF
whismanoid	28:a9a3a9db592b	6110	break;
whismanoid	17:9397ea3ea7e9	6111	} // switch (cmdLine[1]) inside case 'L'
whismanoid	4:d9b05924ad4c	6112	}
whismanoid	4:d9b05924ad4c	6113	break; // case 'L'
whismanoid	4:d9b05924ad4c	6114	#endif // USE_DATALOGGER_TRIGGER support Datalog trigger
whismanoid	4:d9b05924ad4c	6115	//
whismanoid	4:d9b05924ad4c	6116	// Application-specific commands here
whismanoid	4:d9b05924ad4c	6117	// alphanumeric command codes A-Z,a-z,0-9 reserved for application use
whismanoid	4:d9b05924ad4c	6118	//
whismanoid	4:d9b05924ad4c	6119	#if APPLICATION_ArduinoPinsMonitor
whismanoid	4:d9b05924ad4c	6120	#endif // APPLICATION_ArduinoPinsMonitor
whismanoid	4:d9b05924ad4c	6121
whismanoid	4:d9b05924ad4c	6122	//
whismanoid	4:d9b05924ad4c	6123	// TODO1: add new commands here
whismanoid	4:d9b05924ad4c	6124	//
whismanoid	4:d9b05924ad4c	6125	default:
whismanoid	4:d9b05924ad4c	6126	#if APPLICATION_MAX5715 // main_menu_onEOLcommandParser print command prompt
whismanoid	4:d9b05924ad4c	6127	extern bool MAX5715_menu_onEOLcommandParser(CmdLine & cmdLine); // defined in Test_Menu_MAX5715.cpp
whismanoid	4:d9b05924ad4c	6128	if (!MAX5715_menu_onEOLcommandParser(cmdLine))
whismanoid	4:d9b05924ad4c	6129	#elif APPLICATION_MAX11131 // main_menu_onEOLcommandParser print command prompt
whismanoid	4:d9b05924ad4c	6130	extern bool MAX11131_menu_onEOLcommandParser(CmdLine & cmdLine); // defined in Test_Menu_MAX11131.cpp
whismanoid	4:d9b05924ad4c	6131	if (!MAX11131_menu_onEOLcommandParser(cmdLine))
whismanoid	4:d9b05924ad4c	6132	#elif APPLICATION_MAX5171 // main_menu_onEOLcommandParser print command prompt
whismanoid	4:d9b05924ad4c	6133	extern bool MAX5171_menu_onEOLcommandParser(CmdLine & cmdLine); // defined in Test_Menu_MAX5171.cpp
whismanoid	4:d9b05924ad4c	6134	if (!MAX5171_menu_onEOLcommandParser(cmdLine))
whismanoid	4:d9b05924ad4c	6135	#elif APPLICATION_MAX11410 // main_menu_onEOLcommandParser print command prompt
whismanoid	4:d9b05924ad4c	6136	extern bool MAX11410_menu_onEOLcommandParser(CmdLine & cmdLine); // defined in Test_Menu_MAX11410.cpp
whismanoid	4:d9b05924ad4c	6137	if (!MAX11410_menu_onEOLcommandParser(cmdLine))
whismanoid	4:d9b05924ad4c	6138	#elif APPLICATION_MAX12345 // main_menu_onEOLcommandParser print command prompt
whismanoid	4:d9b05924ad4c	6139	extern bool MAX12345_menu_onEOLcommandParser(CmdLine & cmdLine); // defined in Test_Menu_MAX12345.cpp
whismanoid	4:d9b05924ad4c	6140	if (!MAX12345_menu_onEOLcommandParser(cmdLine))
whismanoid	4:d9b05924ad4c	6141	#else
whismanoid	4:d9b05924ad4c	6142	if (0) // not_handled_by_device_submenu
whismanoid	4:d9b05924ad4c	6143	#endif
whismanoid	4:d9b05924ad4c	6144	{
whismanoid	4:d9b05924ad4c	6145	cmdLine.serial().printf("\r\n unknown command ");
whismanoid	4:d9b05924ad4c	6146	//~ cmdLine.serial().printf("\r\n unknown command 0x%2.2x \"%s\"\r\n", cmdLine.str()[0], cmdLine.str());
whismanoid	4:d9b05924ad4c	6147	# if HAS_DAPLINK_SERIAL
whismanoid	8:dffee7509bfb	6148	cmdLine_DAPLINKserial.serial().printf("\r\n unknown command 0x%2.2x \"%s\"\r\n",
whismanoid	4:d9b05924ad4c	6149	cmdLine.str()[0], cmdLine.str());
whismanoid	4:d9b05924ad4c	6150	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6151	}
whismanoid	4:d9b05924ad4c	6152	} // switch (cmdLine[0])
whismanoid	4:d9b05924ad4c	6153	//
whismanoid	31:47eee7e0cc2d	6154	// TODO: avoid excess console noise when a Button event happens during datalogging -- quiet inside Run_command_table()
whismanoid	31:47eee7e0cc2d	6155	if (g_Run_command_table_running == false) {
whismanoid	4:d9b05924ad4c	6156	// print command prompt
whismanoid	8:dffee7509bfb	6157	// print_command_prompt();
whismanoid	8:dffee7509bfb	6158	cmdLine.serial().printf("\r\n> ");
whismanoid	31:47eee7e0cc2d	6159	} // if (g_Run_command_table_running)
whismanoid	4:d9b05924ad4c	6160	}
whismanoid	4:d9b05924ad4c	6161	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	6162
whismanoid	4:d9b05924ad4c	6163	//--------------------------------------------------
whismanoid	4:d9b05924ad4c	6164	// print column header banner for csv data columns
whismanoid	8:dffee7509bfb	6165	void Datalogger_PrintHeader(CmdLine& cmdLine)
whismanoid	4:d9b05924ad4c	6166	{
whismanoid	37:3f369235e5bc	6167	#if MAX40108_DEMO // main_menu_status banner
whismanoid	37:3f369235e5bc	6168	cmdLine.serial().printf("\r\n\r\n\"MAX40108_U%d", MAX40108_DEMO);
whismanoid	37:3f369235e5bc	6169	#ifdef BOARD_SERIAL_NUMBER
whismanoid	37:3f369235e5bc	6170	// data unique to certain boards based on serial number
whismanoid	37:3f369235e5bc	6171	cmdLine.serial().printf(" [s/n %d]", BOARD_SERIAL_NUMBER);
whismanoid	37:3f369235e5bc	6172	#endif // BOARD_SERIAL_NUMBER data unique to certain boards based on serial number
whismanoid	37:3f369235e5bc	6173	#ifdef FW_REV
whismanoid	37:3f369235e5bc	6174	cmdLine.serial().printf(" [FW_REV %d]", FW_REV);
whismanoid	37:3f369235e5bc	6175	#endif // FW_REV
whismanoid	37:3f369235e5bc	6176	cmdLine.serial().printf("\"\r\n");
whismanoid	37:3f369235e5bc	6177	#endif // MAX40108_DEMO
whismanoid	37:3f369235e5bc	6178
whismanoid	4:d9b05924ad4c	6179	// column header banner for csv data columns
whismanoid	4:d9b05924ad4c	6180	int field_index = 0;
whismanoid	4:d9b05924ad4c	6181	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	10:04022a61b527	6182	for (int channel_index = 0; channel_index < NUM_DUT_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	10:04022a61b527	6183	if (SPI_AIN_Enable_ch[channel_index] == SPI_AIN_Disable) {
whismanoid	4:d9b05924ad4c	6184	continue;
whismanoid	4:d9b05924ad4c	6185	}
whismanoid	4:d9b05924ad4c	6186	// comma between fields
whismanoid	4:d9b05924ad4c	6187	if (field_index > 0) {
whismanoid	4:d9b05924ad4c	6188	cmdLine.serial().printf(",");
whismanoid	4:d9b05924ad4c	6189	}
whismanoid	10:04022a61b527	6190	field_index++;
whismanoid	4:d9b05924ad4c	6191	// AIN_index column header prefix
whismanoid	4:d9b05924ad4c	6192	#if SPI_ADC_DeviceName == MAX11410 // SPI connected ADC
whismanoid	4:d9b05924ad4c	6193	// MAX11410 v_ctrl bipolar configuration or unipolar?
whismanoid	4:d9b05924ad4c	6194	if ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) {
whismanoid	4:d9b05924ad4c	6195	cmdLine.serial().printf("\"AIN%d-%d_BIP", channel_index, channel_index+1);
whismanoid	4:d9b05924ad4c	6196	}
whismanoid	4:d9b05924ad4c	6197	else {
whismanoid	4:d9b05924ad4c	6198	cmdLine.serial().printf("\"AIN%d", channel_index);
whismanoid	4:d9b05924ad4c	6199	}
whismanoid	4:d9b05924ad4c	6200	#else // SPI_ADC_DeviceName == MAX11410 // SPI connected ADC
whismanoid	4:d9b05924ad4c	6201	cmdLine.serial().printf("\"AIN%d", channel_index);
whismanoid	4:d9b05924ad4c	6202	#endif // SPI_ADC_DeviceName == MAX11410 // SPI connected ADC
whismanoid	10:04022a61b527	6203	if (SPI_AIN_Enable_ch[channel_index] == SPI_AIN_Enable_LSB) {
whismanoid	4:d9b05924ad4c	6204	// _LSB column header suffix
whismanoid	13:184a08909405	6205	cmdLine.serial().printf("_LSB");
whismanoid	4:d9b05924ad4c	6206	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6207	cmdLine_DAPLINKserial.serial().printf("_LSB");
whismanoid	4:d9b05924ad4c	6208	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6209	}
whismanoid	10:04022a61b527	6210	else if (SPI_AIN_Enable_ch[channel_index] == SPI_AIN_Enable_Volt) {
whismanoid	4:d9b05924ad4c	6211	// _V column header suffix
whismanoid	13:184a08909405	6212	cmdLine.serial().printf("_V");
whismanoid	4:d9b05924ad4c	6213	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6214	cmdLine_DAPLINKserial.serial().printf("_V");
whismanoid	4:d9b05924ad4c	6215	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6216	}
whismanoid	13:184a08909405	6217	#if HAS_SPI_AIN_customChannelHeader // Optional custom per-channel header suffix
whismanoid	13:184a08909405	6218	// Optional custom per-channel header suffix
whismanoid	13:184a08909405	6219	if (SPI_AIN_customChannelHeader_ch[channel_index] && SPI_AIN_customChannelHeader_ch[channel_index][0]) {
whismanoid	13:184a08909405	6220	// not a null pointer, and not an empty string
whismanoid	13:184a08909405	6221	cmdLine.serial().printf("_%s", SPI_AIN_customChannelHeader_ch[channel_index]);
whismanoid	13:184a08909405	6222	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6223	cmdLine_DAPLINKserial.serial().printf("_%s", SPI_AIN_customChannelHeader_ch[channel_index]);
whismanoid	13:184a08909405	6224	# endif // HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6225	} else {
whismanoid	13:184a08909405	6226	// no custom channel name for this channel
whismanoid	13:184a08909405	6227	//~ cmdLine.serial().printf("~");
whismanoid	13:184a08909405	6228	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6229	//~ cmdLine_DAPLINKserial.serial().printf("~");
whismanoid	13:184a08909405	6230	# endif // HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6231	}
whismanoid	13:184a08909405	6232	#endif // HAS_SPI_AIN_customChannelHeader
whismanoid	13:184a08909405	6233	// close quote
whismanoid	13:184a08909405	6234	cmdLine.serial().printf("\"");
whismanoid	13:184a08909405	6235	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6236	cmdLine_DAPLINKserial.serial().printf("\"");
whismanoid	13:184a08909405	6237	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6238	}
whismanoid	4:d9b05924ad4c	6239
whismanoid	4:d9b05924ad4c	6240	#if VERIFY_PART_ID_IN_LOOP
whismanoid	4:d9b05924ad4c	6241	// PART_ID field: Device ID Validation
whismanoid	4:d9b05924ad4c	6242	cmdLine.serial().printf(",\"PART_ID\"");
whismanoid	4:d9b05924ad4c	6243	# if HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6244	cmdLine_DAPLINKserial.serial().printf(",\"PART_ID\"");
whismanoid	4:d9b05924ad4c	6245	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6246	#endif // VERIFY_PART_ID_IN_LOOP
whismanoid	4:d9b05924ad4c	6247	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	4:d9b05924ad4c	6248	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	9:45f98573eb6d	6249	for (int channel_index = 0; channel_index < NUM_PLATFORM_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	9:45f98573eb6d	6250	if (Platform_Enable_ch[channel_index] == Platform_AIN_Disable) {
whismanoid	9:45f98573eb6d	6251	continue;
whismanoid	9:45f98573eb6d	6252	}
whismanoid	4:d9b05924ad4c	6253	// comma between fields
whismanoid	4:d9b05924ad4c	6254	if (field_index > 0) {
whismanoid	4:d9b05924ad4c	6255	cmdLine.serial().printf(",");
whismanoid	4:d9b05924ad4c	6256	}
whismanoid	9:45f98573eb6d	6257	field_index++;
whismanoid	4:d9b05924ad4c	6258	// AIN_index column header prefix
whismanoid	4:d9b05924ad4c	6259	cmdLine.serial().printf("\"A%d", channel_index);
whismanoid	9:45f98573eb6d	6260	if (Platform_Enable_ch[channel_index] == Platform_AIN_Enable_LSB) {
whismanoid	9:45f98573eb6d	6261	// _LSB column header suffix
whismanoid	13:184a08909405	6262	cmdLine.serial().printf("_LSB");
whismanoid	9:45f98573eb6d	6263	}
whismanoid	9:45f98573eb6d	6264	if (Platform_Enable_ch[channel_index] == Platform_AIN_Enable_Volt) {
whismanoid	9:45f98573eb6d	6265	// _V column header suffix
whismanoid	13:184a08909405	6266	cmdLine.serial().printf("_V");
whismanoid	9:45f98573eb6d	6267	}
whismanoid	13:184a08909405	6268	#if HAS_Platform_AIN_customChannelHeader // Optional custom per-channel header suffix
whismanoid	13:184a08909405	6269	// Optional custom per-channel header suffix
whismanoid	13:184a08909405	6270	if (Platform_AIN_customChannelHeader_ch[channel_index] && Platform_AIN_customChannelHeader_ch[channel_index][0]) {
whismanoid	13:184a08909405	6271	// not a null pointer, and not an empty string
whismanoid	13:184a08909405	6272	cmdLine.serial().printf("_%s", Platform_AIN_customChannelHeader_ch[channel_index]);
whismanoid	13:184a08909405	6273	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6274	cmdLine_DAPLINKserial.serial().printf("_%s", Platform_AIN_customChannelHeader_ch[channel_index]);
whismanoid	13:184a08909405	6275	# endif // HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6276	} else {
whismanoid	13:184a08909405	6277	// no custom channel name for this channel
whismanoid	13:184a08909405	6278	//~ cmdLine.serial().printf("~");
whismanoid	13:184a08909405	6279	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6280	//~ cmdLine_DAPLINKserial.serial().printf("~");
whismanoid	13:184a08909405	6281	# endif // HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6282	}
whismanoid	13:184a08909405	6283	#endif // HAS_Platform_AIN_customChannelHeader
whismanoid	13:184a08909405	6284	// close quote
whismanoid	13:184a08909405	6285	cmdLine.serial().printf("\"");
whismanoid	13:184a08909405	6286	# if HAS_DAPLINK_SERIAL
whismanoid	13:184a08909405	6287	cmdLine_DAPLINKserial.serial().printf("\"");
whismanoid	13:184a08909405	6288	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6289	}
whismanoid	4:d9b05924ad4c	6290	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	30:07197a430869	6291	#if USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	6292	// Datalogger_PrintRow() print gstrRemarkText field from recent #remark -- in Datalogger_PrintHeader
whismanoid	30:07197a430869	6293	cmdLine.serial().printf(",\"%s\"", gstrRemarkHeader);
whismanoid	30:07197a430869	6294	#endif // USE_DATALOGGER_REMARK_FIELD
whismanoid	4:d9b05924ad4c	6295	// end of column header line
whismanoid	4:d9b05924ad4c	6296	cmdLine.serial().printf("\r\n");
whismanoid	4:d9b05924ad4c	6297	# if HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6298	cmdLine_DAPLINKserial.serial().printf("\r\n");
whismanoid	4:d9b05924ad4c	6299	# endif // HAS_DAPLINK_SERIAL
whismanoid	4:d9b05924ad4c	6300	} // void Datalogger_PrintHeader()
whismanoid	4:d9b05924ad4c	6301
whismanoid	5:aaf8b5f5fda1	6302	//--------------------------------------------------
whismanoid	5:aaf8b5f5fda1	6303	void Datalogger_AcquireRow()
whismanoid	5:aaf8b5f5fda1	6304	{
whismanoid	5:aaf8b5f5fda1	6305	// CODE GENERATOR: example code: has no member function ScanStandardExternalClock
whismanoid	5:aaf8b5f5fda1	6306	// CODE GENERATOR: example code: has no member function ReadAINcode
whismanoid	5:aaf8b5f5fda1	6307	// CODE GENERATOR: example code: member function Read_All_Voltages
whismanoid	5:aaf8b5f5fda1	6308	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	5:aaf8b5f5fda1	6309	// Measure ADC channels in sequence from AIN0 to channelNumber_0_9.
whismanoid	5:aaf8b5f5fda1	6310	// @param[in] g_MAX11410_device.channelNumber_0_15: AIN Channel Number
whismanoid	5:aaf8b5f5fda1	6311	// @param[in] g_MAX11410_device.PowerManagement_0_2: 0=Normal, 1=AutoShutdown, 2=AutoStandby
whismanoid	5:aaf8b5f5fda1	6312	// @param[in] g_MAX11410_device.chan_id_0_1: ADC_MODE_CONTROL.CHAN_ID
whismanoid	10:04022a61b527	6313	//~ int channelId_0_9 = NUM_DUT_ANALOG_IN_CHANNELS-1+1;
whismanoid	5:aaf8b5f5fda1	6314	//g_MAX11410_device.channelNumber_0_15 = channelId_0_9;
whismanoid	5:aaf8b5f5fda1	6315	//g_MAX11410_device.PowerManagement_0_2 = 0;
whismanoid	5:aaf8b5f5fda1	6316	//g_MAX11410_device.chan_id_0_1 = 1;
whismanoid	5:aaf8b5f5fda1	6317	//----------------------------------------
whismanoid	5:aaf8b5f5fda1	6318	// scan AIN0..AIN9
whismanoid	5:aaf8b5f5fda1	6319	//
whismanoid	10:04022a61b527	6320	#if 1
whismanoid	10:04022a61b527	6321	g_MAX11410_device.v_filter = SPI_AIN_Cfg_v_filter_ch[0];
whismanoid	10:04022a61b527	6322	g_MAX11410_device.v_ctrl = SPI_AIN_Cfg_v_ctrl_ch[0];
whismanoid	10:04022a61b527	6323	g_MAX11410_device.v_pga = SPI_AIN_Cfg_v_pga_ch[0];
whismanoid	10:04022a61b527	6324	//
whismanoid	10:04022a61b527	6325	// diagnostic GPIO pulse on MAX11410 GP1 pin (0xc3 = logic 0, 0xc4 = logic 1)
whismanoid	10:04022a61b527	6326	g_MAX11410_device.RegWrite(MAX11410::CMD_r000_0101_dddd_xddd_GP1_CTRL, 0xc3); // GP1 = 0
whismanoid	10:04022a61b527	6327	//
whismanoid	10:04022a61b527	6328	int field_index = 0;
whismanoid	10:04022a61b527	6329	for (int channel_index = 0; channel_index < NUM_DUT_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	10:04022a61b527	6330	if (SPI_AIN_Enable_ch[channel_index] == SPI_AIN_Disable) {
whismanoid	10:04022a61b527	6331	continue;
whismanoid	10:04022a61b527	6332	}
whismanoid	10:04022a61b527	6333	field_index++;
whismanoid	10:04022a61b527	6334	g_MAX11410_device.v_filter = SPI_AIN_Cfg_v_filter_ch[channel_index];
whismanoid	10:04022a61b527	6335	g_MAX11410_device.v_ctrl = SPI_AIN_Cfg_v_ctrl_ch[channel_index];
whismanoid	10:04022a61b527	6336	g_MAX11410_device.v_pga = SPI_AIN_Cfg_v_pga_ch[channel_index];
whismanoid	10:04022a61b527	6337	//
whismanoid	10:04022a61b527	6338	// WIP SampleRate_of_FILTER_CONV_START() MAX11410EMC-FW slow ODR 10Sps #262
whismanoid	10:04022a61b527	6339	// adjust the MAX11410.loop_limit value if the sample rate is set to a value slower than 20sps
whismanoid	10:04022a61b527	6340	// SampleRate_of_FILTER_CONV_START(uint8_t FILTER_RegValue, uint8_t CONV_START_RegValue)
whismanoid	10:04022a61b527	6341	double SampleRate = g_MAX11410_device.SampleRate_of_FILTER_CONV_START(g_MAX11410_device.v_filter, MAX11410::MAX11410_CONV_TYPE_enum_t::CONV_TYPE_01_Continuous);
whismanoid	10:04022a61b527	6342	if (SampleRate < 20.0) {
whismanoid	10:04022a61b527	6343	g_MAX11410_device.loop_limit = 32767; // TODO: is this timeout long enough for the slow output data rates?
whismanoid	10:04022a61b527	6344	}
whismanoid	10:04022a61b527	6345	//
whismanoid	10:04022a61b527	6346	// diagnostic GPIO pulse on MAX11410 GP0 pin (0xc3 = logic 0, 0xc4 = logic 1)
whismanoid	10:04022a61b527	6347	g_MAX11410_device.RegWrite(MAX11410::CMD_r000_0100_dddd_xddd_GP0_CTRL, 0xc3); // GP0 = 0
whismanoid	10:04022a61b527	6348	//
whismanoid	10:04022a61b527	6349	#if SPI_ADC_DeviceName == MAX11410 // SPI connected ADC
whismanoid	10:04022a61b527	6350	// MAX11410 v_ctrl bipolar configuration or unipolar?
whismanoid	10:04022a61b527	6351	if ((SPI_AIN_Cfg_v_ctrl_ch[channel_index] & 0x40) == 0) {
whismanoid	10:04022a61b527	6352	const MAX11410::MAX11410_AINP_SEL_enum_t ainp = (MAX11410::MAX11410_AINP_SEL_enum_t)(channel_index);
whismanoid	10:04022a61b527	6353	const MAX11410::MAX11410_AINN_SEL_enum_t ainn = (MAX11410::MAX11410_AINN_SEL_enum_t)(channel_index^1);
whismanoid	10:04022a61b527	6354	SPI_AIN_Voltage[channel_index] = g_MAX11410_device.Measure_Voltage(ainp, ainn);
whismanoid	10:04022a61b527	6355	// @post AINcode[ainp]: measurement result LSB code
whismanoid	10:04022a61b527	6356	}
whismanoid	10:04022a61b527	6357	else {
whismanoid	10:04022a61b527	6358	const MAX11410::MAX11410_AINP_SEL_enum_t ainp = (MAX11410::MAX11410_AINP_SEL_enum_t)(channel_index);
whismanoid	10:04022a61b527	6359	const MAX11410::MAX11410_AINN_SEL_enum_t ainn = MAX11410::AINN_SEL_1010_GND;
whismanoid	10:04022a61b527	6360	SPI_AIN_Voltage[channel_index] = g_MAX11410_device.Measure_Voltage(ainp, ainn);
whismanoid	10:04022a61b527	6361	// @post AINcode[ainp]: measurement result LSB code
whismanoid	10:04022a61b527	6362	}
whismanoid	10:04022a61b527	6363	#endif // SPI_ADC_DeviceName == MAX11410 // SPI connected ADC
whismanoid	10:04022a61b527	6364	//
whismanoid	10:04022a61b527	6365	// diagnostic GPIO pulse on MAX11410 GP0 pin (0xc3 = logic 0, 0xc4 = logic 1)
whismanoid	10:04022a61b527	6366	g_MAX11410_device.RegWrite(MAX11410::CMD_r000_0100_dddd_xddd_GP0_CTRL, 0xc4); // GP0 = 1
whismanoid	10:04022a61b527	6367	//
whismanoid	10:04022a61b527	6368	}
whismanoid	10:04022a61b527	6369	// diagnostic GPIO pulse on MAX11410 GP1 pin (0xc3 = logic 0, 0xc4 = logic 1)
whismanoid	10:04022a61b527	6370	g_MAX11410_device.RegWrite(MAX11410::CMD_r000_0101_dddd_xddd_GP1_CTRL, 0xc4); // GP1 = 1
whismanoid	10:04022a61b527	6371	#else
whismanoid	5:aaf8b5f5fda1	6372	g_MAX11410_device.Read_All_Voltages();
whismanoid	10:04022a61b527	6373	#endif
whismanoid	10:04022a61b527	6374	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	5:aaf8b5f5fda1	6375	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	5:aaf8b5f5fda1	6376	// mbed
whismanoid	5:aaf8b5f5fda1	6377	// Platform board uses simple analog inputs
whismanoid	5:aaf8b5f5fda1	6378	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	5:aaf8b5f5fda1	6379	Platform_LSB[0] = analogIn0.read();
whismanoid	5:aaf8b5f5fda1	6380	Platform_LSB[1] = analogIn1.read();
whismanoid	5:aaf8b5f5fda1	6381	Platform_LSB[2] = analogIn2.read();
whismanoid	5:aaf8b5f5fda1	6382	Platform_LSB[3] = analogIn3.read();
whismanoid	5:aaf8b5f5fda1	6383	Platform_LSB[4] = analogIn4.read();
whismanoid	5:aaf8b5f5fda1	6384	Platform_LSB[5] = analogIn5.read();
whismanoid	10:04022a61b527	6385	#endif
whismanoid	10:04022a61b527	6386	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	37:3f369235e5bc	6387	#if USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	6388	// #if USE_Platform_AIN_Average -- for (i=0; i<Platform_AIN_Average_N; i++) -- analogIn012345.read()
whismanoid	37:3f369235e5bc	6389	// float normValue_0_1 = analogInPin.read(); but mean of Platform_AIN_Average_N samples
whismanoid	37:3f369235e5bc	6390	float analogIn0_normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	6391	float analogIn1_normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	6392	float analogIn2_normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	6393	float analogIn3_normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	6394	float analogIn4_normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	6395	float analogIn5_normValue_0_1 = 0;
whismanoid	37:3f369235e5bc	6396	for (int i = 0; i < Platform_AIN_Average_N; i++) {
whismanoid	37:3f369235e5bc	6397	analogIn0_normValue_0_1 = analogIn0_normValue_0_1 + analogIn0.read();
whismanoid	37:3f369235e5bc	6398	analogIn1_normValue_0_1 = analogIn1_normValue_0_1 + analogIn1.read();
whismanoid	37:3f369235e5bc	6399	analogIn2_normValue_0_1 = analogIn2_normValue_0_1 + analogIn2.read();
whismanoid	37:3f369235e5bc	6400	analogIn3_normValue_0_1 = analogIn3_normValue_0_1 + analogIn3.read();
whismanoid	37:3f369235e5bc	6401	analogIn4_normValue_0_1 = analogIn4_normValue_0_1 + analogIn4.read();
whismanoid	37:3f369235e5bc	6402	analogIn5_normValue_0_1 = analogIn5_normValue_0_1 + analogIn5.read();
whismanoid	37:3f369235e5bc	6403	}
whismanoid	37:3f369235e5bc	6404	analogIn0_normValue_0_1 = analogIn0_normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	6405	analogIn1_normValue_0_1 = analogIn1_normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	6406	analogIn2_normValue_0_1 = analogIn2_normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	6407	analogIn3_normValue_0_1 = analogIn3_normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	6408	analogIn4_normValue_0_1 = analogIn4_normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	6409	analogIn5_normValue_0_1 = analogIn5_normValue_0_1 / Platform_AIN_Average_N;
whismanoid	37:3f369235e5bc	6410	#else // USE_Platform_AIN_Average
whismanoid	37:3f369235e5bc	6411	float analogIn0_normValue_0_1 = analogIn0.read();
whismanoid	37:3f369235e5bc	6412	float analogIn1_normValue_0_1 = analogIn1.read();
whismanoid	37:3f369235e5bc	6413	float analogIn2_normValue_0_1 = analogIn2.read();
whismanoid	37:3f369235e5bc	6414	float analogIn3_normValue_0_1 = analogIn3.read();
whismanoid	37:3f369235e5bc	6415	float analogIn4_normValue_0_1 = analogIn4.read();
whismanoid	37:3f369235e5bc	6416	float analogIn5_normValue_0_1 = analogIn5.read();
whismanoid	37:3f369235e5bc	6417	#endif // USE_Platform_AIN_Average
whismanoid	34:a1993a1ee904	6418	#if HAS_Platform_AIN_Calibration
whismanoid	34:a1993a1ee904	6419	// apply calibration to normValue_0_1 value
whismanoid	37:3f369235e5bc	6420	Platform_Voltage[0] = CalibratedNormValue(0, analogIn0_normValue_0_1) * adc_full_scale_voltage[0];
whismanoid	37:3f369235e5bc	6421	Platform_Voltage[1] = CalibratedNormValue(1, analogIn1_normValue_0_1) * adc_full_scale_voltage[1];
whismanoid	37:3f369235e5bc	6422	Platform_Voltage[2] = CalibratedNormValue(2, analogIn2_normValue_0_1) * adc_full_scale_voltage[2];
whismanoid	37:3f369235e5bc	6423	Platform_Voltage[3] = CalibratedNormValue(3, analogIn3_normValue_0_1) * adc_full_scale_voltage[3];
whismanoid	37:3f369235e5bc	6424	Platform_Voltage[4] = CalibratedNormValue(4, analogIn4_normValue_0_1) * adc_full_scale_voltage[4];
whismanoid	37:3f369235e5bc	6425	Platform_Voltage[5] = CalibratedNormValue(5, analogIn5_normValue_0_1) * adc_full_scale_voltage[5];
whismanoid	34:a1993a1ee904	6426	#else // HAS_Platform_AIN_Calibration
whismanoid	37:3f369235e5bc	6427	Platform_Voltage[0] = analogIn0_normValue_0_1 * adc_full_scale_voltage[0];
whismanoid	37:3f369235e5bc	6428	Platform_Voltage[1] = analogIn1_normValue_0_1 * adc_full_scale_voltage[1];
whismanoid	37:3f369235e5bc	6429	Platform_Voltage[2] = analogIn2_normValue_0_1 * adc_full_scale_voltage[2];
whismanoid	37:3f369235e5bc	6430	Platform_Voltage[3] = analogIn3_normValue_0_1 * adc_full_scale_voltage[3];
whismanoid	37:3f369235e5bc	6431	Platform_Voltage[4] = analogIn4_normValue_0_1 * adc_full_scale_voltage[4];
whismanoid	37:3f369235e5bc	6432	Platform_Voltage[5] = analogIn5_normValue_0_1 * adc_full_scale_voltage[5];
whismanoid	34:a1993a1ee904	6433	#endif // HAS_Platform_AIN_Calibration
whismanoid	37:3f369235e5bc	6434	#endif // LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	5:aaf8b5f5fda1	6435	#endif // defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	5:aaf8b5f5fda1	6436
whismanoid	5:aaf8b5f5fda1	6437	#if VERIFY_PART_ID_IN_LOOP
whismanoid	5:aaf8b5f5fda1	6438	// PART_ID field: Device ID Validation
whismanoid	5:aaf8b5f5fda1	6439	const uint32_t part_id_expect = 0x000F02;
whismanoid	5:aaf8b5f5fda1	6440	uint32_t part_id_readback;
whismanoid	5:aaf8b5f5fda1	6441	g_MAX11410_device.RegRead(MAX11410::CMD_r001_0001_xxxx_xxxx_xxxx_xxxx_xxxx_xddd_PART_ID, &part_id_readback);
whismanoid	5:aaf8b5f5fda1	6442	#endif // VERIFY_PART_ID_IN_LOOP
whismanoid	5:aaf8b5f5fda1	6443	} // void Datalogger_AcquireRow()
whismanoid	5:aaf8b5f5fda1	6444
whismanoid	17:9397ea3ea7e9	6445	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	6446	//--------------------------------------------------
whismanoid	17:9397ea3ea7e9	6447	// TODO: Datalogger_RunActionTable() between Datalogger_AcquireRow() and Datalogger_PrintRow()
whismanoid	17:9397ea3ea7e9	6448	void Datalogger_RunActionTable()
whismanoid	17:9397ea3ea7e9	6449	{
whismanoid	17:9397ea3ea7e9	6450	if (Datalogger_action_table_enabled == false) {
whismanoid	17:9397ea3ea7e9	6451	return;
whismanoid	17:9397ea3ea7e9	6452	}
whismanoid	17:9397ea3ea7e9	6453	// TODO: verbose Datalogger_RunActionTable() emit a csv column ,"Action"
whismanoid	17:9397ea3ea7e9	6454	// TODO: assert Datalogger_action_table_row_count < ACTION_TABLE_ROW_MAX
whismanoid	17:9397ea3ea7e9	6455	// for Datalogger_action_table[0..Datalogger_action_table_row_count]
whismanoid	17:9397ea3ea7e9	6456	for (int i = 0; i < Datalogger_action_table_row_count; i++)
whismanoid	17:9397ea3ea7e9	6457	{
whismanoid	17:9397ea3ea7e9	6458	// skip if Datalogger_action_table[i].action == action_noop
whismanoid	17:9397ea3ea7e9	6459	if (Datalogger_action_table[i].action == action_noop) {
whismanoid	17:9397ea3ea7e9	6460	continue;
whismanoid	17:9397ea3ea7e9	6461	}
whismanoid	17:9397ea3ea7e9	6462	// TODO: test Datalogger_action_table[i].condition "if="
whismanoid	17:9397ea3ea7e9	6463	// TODO: Could the .condition field also distinguish Platform ADC from SPI ADC?
whismanoid	17:9397ea3ea7e9	6464	// That way we keep both sets of ADC channels in separate lists
whismanoid	17:9397ea3ea7e9	6465	// if=0 -- always
whismanoid	17:9397ea3ea7e9	6466	// if=1,2,3,4,5,6 -- Platform_Voltage[ch] > < == >= <= != threshold
whismanoid	17:9397ea3ea7e9	6467	// if=7,8,9,10,11,12 -- SPI_AIN_Voltage[ch] > < == >= <= != threshold
whismanoid	17:9397ea3ea7e9	6468	// also, are we comparing code or voltage?
whismanoid	17:9397ea3ea7e9	6469	// TODO: selected Datalogger_action_table[i].condition_channel
whismanoid	17:9397ea3ea7e9	6470	// Datalogger could have both platform ADC and external SPI ADC channels
whismanoid	17:9397ea3ea7e9	6471	// if SPI_ADC_DeviceName
whismanoid	17:9397ea3ea7e9	6472	// NUM_DUT_ANALOG_IN_CHANNELS
whismanoid	17:9397ea3ea7e9	6473	// SPI_AIN_Enable_ch[]
whismanoid	17:9397ea3ea7e9	6474	// SPI_AIN_customChannelHeader_ch[]
whismanoid	17:9397ea3ea7e9	6475	// SPI_AIN_Voltage[]
whismanoid	17:9397ea3ea7e9	6476	// if LOG_PLATFORM_AIN
whismanoid	17:9397ea3ea7e9	6477	// NUM_PLATFORM_ANALOG_IN_CHANNELS
whismanoid	17:9397ea3ea7e9	6478	// analogInPin_fullScaleVoltage[]
whismanoid	17:9397ea3ea7e9	6479	// Platform_Enable_ch[]
whismanoid	17:9397ea3ea7e9	6480	// Platform_AIN_customChannelHeader_ch[]
whismanoid	17:9397ea3ea7e9	6481	// Platform_Voltage[]
whismanoid	17:9397ea3ea7e9	6482	// TODO: selected Datalogger_action_table[i].condition_threshold
whismanoid	17:9397ea3ea7e9	6483	switch(Datalogger_action_table[i].condition)
whismanoid	17:9397ea3ea7e9	6484	{
whismanoid	17:9397ea3ea7e9	6485	case condition_always:
whismanoid	17:9397ea3ea7e9	6486	//~ cmdLine.serial().printf(" always");
whismanoid	17:9397ea3ea7e9	6487	break;
whismanoid	17:9397ea3ea7e9	6488	case condition_if_An_gt_threshold:
whismanoid	17:9397ea3ea7e9	6489	//~ cmdLine.serial().printf(" if A%d > %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6490	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	17:9397ea3ea7e9	6491	if (!(Platform_Voltage[Datalogger_action_table[i].condition_channel] > Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6492	continue;
whismanoid	17:9397ea3ea7e9	6493	}
whismanoid	17:9397ea3ea7e9	6494	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	17:9397ea3ea7e9	6495	break;
whismanoid	17:9397ea3ea7e9	6496	case condition_if_An_lt_threshold:
whismanoid	17:9397ea3ea7e9	6497	//~ cmdLine.serial().printf(" if A%d < %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6498	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	17:9397ea3ea7e9	6499	if (!(Platform_Voltage[Datalogger_action_table[i].condition_channel] < Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6500	continue;
whismanoid	17:9397ea3ea7e9	6501	}
whismanoid	17:9397ea3ea7e9	6502	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	17:9397ea3ea7e9	6503	break;
whismanoid	17:9397ea3ea7e9	6504	case condition_if_An_eq_threshold:
whismanoid	17:9397ea3ea7e9	6505	//~ cmdLine.serial().printf(" if A%d == %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6506	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	17:9397ea3ea7e9	6507	if (!(Platform_Voltage[Datalogger_action_table[i].condition_channel] == Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6508	continue;
whismanoid	17:9397ea3ea7e9	6509	}
whismanoid	17:9397ea3ea7e9	6510	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	17:9397ea3ea7e9	6511	break;
whismanoid	17:9397ea3ea7e9	6512	case condition_if_An_ge_threshold:
whismanoid	17:9397ea3ea7e9	6513	//~ cmdLine.serial().printf(" if A%d >= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6514	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	17:9397ea3ea7e9	6515	if (!(Platform_Voltage[Datalogger_action_table[i].condition_channel] >= Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6516	continue;
whismanoid	17:9397ea3ea7e9	6517	}
whismanoid	17:9397ea3ea7e9	6518	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	17:9397ea3ea7e9	6519	break;
whismanoid	17:9397ea3ea7e9	6520	case condition_if_An_le_threshold:
whismanoid	17:9397ea3ea7e9	6521	//~ cmdLine.serial().printf(" if A%d <= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6522	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	17:9397ea3ea7e9	6523	if (!(Platform_Voltage[Datalogger_action_table[i].condition_channel] <= Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6524	continue;
whismanoid	17:9397ea3ea7e9	6525	}
whismanoid	17:9397ea3ea7e9	6526	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	17:9397ea3ea7e9	6527	break;
whismanoid	17:9397ea3ea7e9	6528	case condition_if_An_ne_threshold:
whismanoid	17:9397ea3ea7e9	6529	//~ cmdLine.serial().printf(" if A%d != %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6530	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	17:9397ea3ea7e9	6531	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	17:9397ea3ea7e9	6532	if (!(Platform_Voltage[Datalogger_action_table[i].condition_channel] != Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6533	continue;
whismanoid	17:9397ea3ea7e9	6534	}
whismanoid	17:9397ea3ea7e9	6535	break;
whismanoid	17:9397ea3ea7e9	6536	case condition_if_AINn_gt_threshold:
whismanoid	17:9397ea3ea7e9	6537	//~ cmdLine.serial().printf(" if AIN%d > %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6538	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6539	if (!(SPI_AIN_Voltage[Datalogger_action_table[i].condition_channel] > Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6540	continue;
whismanoid	17:9397ea3ea7e9	6541	}
whismanoid	17:9397ea3ea7e9	6542	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6543	break;
whismanoid	17:9397ea3ea7e9	6544	case condition_if_AINn_lt_threshold:
whismanoid	17:9397ea3ea7e9	6545	//~ cmdLine.serial().printf(" if AIN%d < %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6546	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6547	if (!(SPI_AIN_Voltage[Datalogger_action_table[i].condition_channel] < Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6548	continue;
whismanoid	17:9397ea3ea7e9	6549	}
whismanoid	17:9397ea3ea7e9	6550	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6551	break;
whismanoid	17:9397ea3ea7e9	6552	case condition_if_AINn_eq_threshold:
whismanoid	17:9397ea3ea7e9	6553	//~ cmdLine.serial().printf(" if AIN%d == %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6554	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6555	if (!(SPI_AIN_Voltage[Datalogger_action_table[i].condition_channel] == Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6556	continue;
whismanoid	17:9397ea3ea7e9	6557	}
whismanoid	17:9397ea3ea7e9	6558	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6559	break;
whismanoid	17:9397ea3ea7e9	6560	case condition_if_AINn_ge_threshold:
whismanoid	17:9397ea3ea7e9	6561	//~ cmdLine.serial().printf(" if AIN%d >= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6562	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6563	if (!(SPI_AIN_Voltage[Datalogger_action_table[i].condition_channel] >= Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6564	continue;
whismanoid	17:9397ea3ea7e9	6565	}
whismanoid	17:9397ea3ea7e9	6566	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6567	break;
whismanoid	17:9397ea3ea7e9	6568	case condition_if_AINn_le_threshold:
whismanoid	17:9397ea3ea7e9	6569	//~ cmdLine.serial().printf(" if AIN%d <= %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6570	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6571	if (!(SPI_AIN_Voltage[Datalogger_action_table[i].condition_channel] <= Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6572	continue;
whismanoid	17:9397ea3ea7e9	6573	}
whismanoid	17:9397ea3ea7e9	6574	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6575	break;
whismanoid	17:9397ea3ea7e9	6576	case condition_if_AINn_ne_threshold:
whismanoid	17:9397ea3ea7e9	6577	//~ cmdLine.serial().printf(" if AIN%d != %f", Datalogger_action_table[i].condition_channel, Datalogger_action_table[i].condition_threshold);
whismanoid	17:9397ea3ea7e9	6578	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6579	if (!(SPI_AIN_Voltage[Datalogger_action_table[i].condition_channel] != Datalogger_action_table[i].condition_threshold)) {
whismanoid	17:9397ea3ea7e9	6580	continue;
whismanoid	17:9397ea3ea7e9	6581	}
whismanoid	17:9397ea3ea7e9	6582	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	17:9397ea3ea7e9	6583	break;
whismanoid	17:9397ea3ea7e9	6584	} // switch(Datalogger_action_table[i].condition)
whismanoid	17:9397ea3ea7e9	6585	// selected Datalogger_action_table[i].digitalOutPin
whismanoid	17:9397ea3ea7e9	6586	// perform selected Datalogger_action_table[i].action
whismanoid	17:9397ea3ea7e9	6587	switch(Datalogger_action_table[i].action)
whismanoid	17:9397ea3ea7e9	6588	{
whismanoid	17:9397ea3ea7e9	6589	case action_noop:
whismanoid	17:9397ea3ea7e9	6590	//~ cmdLine.serial().printf("No_Operation");
whismanoid	17:9397ea3ea7e9	6591	break;
whismanoid	17:9397ea3ea7e9	6592	case action_digitalOutLow:
whismanoid	17:9397ea3ea7e9	6593	{
whismanoid	17:9397ea3ea7e9	6594	//~ cmdLine.serial().printf("digitalOutLow");
whismanoid	17:9397ea3ea7e9	6595	//~ cmdLine.serial().printf(" D%d", Datalogger_action_table[i].digitalOutPin);
whismanoid	17:9397ea3ea7e9	6596	// perform action digitalOutLow
whismanoid	17:9397ea3ea7e9	6597	int pinIndex = Datalogger_action_table[i].digitalOutPin;
whismanoid	17:9397ea3ea7e9	6598	#if ARDUINO_STYLE
whismanoid	17:9397ea3ea7e9	6599	pinMode(pinIndex, OUTPUT); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	17:9397ea3ea7e9	6600	digitalWrite(pinIndex, LOW); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	17:9397ea3ea7e9	6601	#else
whismanoid	17:9397ea3ea7e9	6602	DigitalInOut& digitalInOutPin = find_digitalInOutPin(pinIndex);
whismanoid	17:9397ea3ea7e9	6603	digitalInOutPin.output();
whismanoid	17:9397ea3ea7e9	6604	digitalInOutPin.write(0);
whismanoid	17:9397ea3ea7e9	6605	#endif
whismanoid	17:9397ea3ea7e9	6606	}
whismanoid	17:9397ea3ea7e9	6607	break;
whismanoid	17:9397ea3ea7e9	6608	case action_digitalOutHigh:
whismanoid	17:9397ea3ea7e9	6609	{
whismanoid	17:9397ea3ea7e9	6610	//~ cmdLine.serial().printf("digitalOutHigh");
whismanoid	17:9397ea3ea7e9	6611	//~ cmdLine.serial().printf(" D%d", Datalogger_action_table[i].digitalOutPin);
whismanoid	17:9397ea3ea7e9	6612	// perform action digitalOutHigh
whismanoid	17:9397ea3ea7e9	6613	int pinIndex = Datalogger_action_table[i].digitalOutPin;
whismanoid	17:9397ea3ea7e9	6614	#if ARDUINO_STYLE
whismanoid	17:9397ea3ea7e9	6615	pinMode(pinIndex, OUTPUT); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	17:9397ea3ea7e9	6616	digitalWrite(pinIndex, HIGH); // digital pins 0, 1, 2, .. 13, analog input pins A0, A1, .. A5
whismanoid	17:9397ea3ea7e9	6617	#else
whismanoid	17:9397ea3ea7e9	6618	DigitalInOut& digitalInOutPin = find_digitalInOutPin(pinIndex);
whismanoid	17:9397ea3ea7e9	6619	digitalInOutPin.output();
whismanoid	17:9397ea3ea7e9	6620	digitalInOutPin.write(1);
whismanoid	17:9397ea3ea7e9	6621	#endif
whismanoid	17:9397ea3ea7e9	6622	}
whismanoid	17:9397ea3ea7e9	6623	break;
whismanoid	29:6a9edb6e973b	6624	case action_button: // pin = button index 1, 2, 3
whismanoid	29:6a9edb6e973b	6625	{
whismanoid	30:07197a430869	6626	// don't allow onButton1FallingEdge() command processing to halt the datalog
whismanoid	30:07197a430869	6627	Datalogger_Trigger_enum_t saved_Datalogger_Trigger = Datalogger_Trigger;
whismanoid	29:6a9edb6e973b	6628	#if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6629	switch (Datalogger_action_table[i].digitalOutPin) // pin = button index 1, 2, 3
whismanoid	29:6a9edb6e973b	6630	{
whismanoid	29:6a9edb6e973b	6631	case 1:
whismanoid	29:6a9edb6e973b	6632	onButton1FallingEdge();
whismanoid	29:6a9edb6e973b	6633	break;
whismanoid	29:6a9edb6e973b	6634	#if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6635	case 2:
whismanoid	29:6a9edb6e973b	6636	onButton2FallingEdge();
whismanoid	29:6a9edb6e973b	6637	break;
whismanoid	29:6a9edb6e973b	6638	#endif // HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6639	#if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6640	case 3:
whismanoid	29:6a9edb6e973b	6641	onButton3FallingEdge();
whismanoid	29:6a9edb6e973b	6642	break;
whismanoid	29:6a9edb6e973b	6643	#endif // HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6644	#if HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6645	case 4:
whismanoid	29:6a9edb6e973b	6646	onButton4FallingEdge();
whismanoid	29:6a9edb6e973b	6647	break;
whismanoid	29:6a9edb6e973b	6648	#endif // HAS_BUTTON4_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6649	#if HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6650	case 5:
whismanoid	29:6a9edb6e973b	6651	onButton5FallingEdge();
whismanoid	29:6a9edb6e973b	6652	break;
whismanoid	29:6a9edb6e973b	6653	#endif // HAS_BUTTON5_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6654	#if HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6655	case 6:
whismanoid	29:6a9edb6e973b	6656	onButton6FallingEdge();
whismanoid	29:6a9edb6e973b	6657	break;
whismanoid	29:6a9edb6e973b	6658	#endif // HAS_BUTTON6_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6659	#if HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6660	case 7:
whismanoid	29:6a9edb6e973b	6661	onButton7FallingEdge();
whismanoid	29:6a9edb6e973b	6662	break;
whismanoid	29:6a9edb6e973b	6663	#endif // HAS_BUTTON7_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6664	#if HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6665	case 8:
whismanoid	29:6a9edb6e973b	6666	onButton8FallingEdge();
whismanoid	29:6a9edb6e973b	6667	break;
whismanoid	29:6a9edb6e973b	6668	#endif // HAS_BUTTON8_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6669	#if HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6670	case 9:
whismanoid	29:6a9edb6e973b	6671	onButton9FallingEdge();
whismanoid	29:6a9edb6e973b	6672	break;
whismanoid	29:6a9edb6e973b	6673	#endif // HAS_BUTTON9_DEMO_INTERRUPT
whismanoid	29:6a9edb6e973b	6674	} // switch (Datalogger_action_table[i].digitalOutPin) // pin = button index 1, 2, 3
whismanoid	29:6a9edb6e973b	6675	#endif // HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	30:07197a430869	6676	// don't allow onButton1FallingEdge() command processing to halt the datalog
whismanoid	30:07197a430869	6677	Datalogger_Trigger = saved_Datalogger_Trigger;
whismanoid	29:6a9edb6e973b	6678	} // case action_button
whismanoid	29:6a9edb6e973b	6679	break;
whismanoid	17:9397ea3ea7e9	6680	case action_trigger_Halt:
whismanoid	17:9397ea3ea7e9	6681	//~ cmdLine.serial().printf("trigger_Halt");
whismanoid	17:9397ea3ea7e9	6682	// perform action trigger_Halt
whismanoid	17:9397ea3ea7e9	6683	Datalogger_Trigger = trigger_Halt;
whismanoid	17:9397ea3ea7e9	6684	//~ Datalogger_Need_PrintHeader = true;
whismanoid	17:9397ea3ea7e9	6685	break;
whismanoid	17:9397ea3ea7e9	6686	case action_trigger_FreeRun:
whismanoid	17:9397ea3ea7e9	6687	//~ cmdLine.serial().printf("trigger_FreeRun");
whismanoid	17:9397ea3ea7e9	6688	// perform action trigger_FreeRun
whismanoid	17:9397ea3ea7e9	6689	Datalogger_Trigger = trigger_FreeRun;
whismanoid	17:9397ea3ea7e9	6690	//~ Datalogger_Need_PrintHeader = true;
whismanoid	17:9397ea3ea7e9	6691	break;
whismanoid	17:9397ea3ea7e9	6692	case action_trigger_Timer:
whismanoid	17:9397ea3ea7e9	6693	//~ cmdLine.serial().printf("trigger_Timer");
whismanoid	17:9397ea3ea7e9	6694	//~ // print configuration for trigger_Timer
whismanoid	17:9397ea3ea7e9	6695	//~ cmdLine.serial().printf("(%d x %dmsec)", g_timer_interval_count, g_timer_interval_msec);
whismanoid	17:9397ea3ea7e9	6696	// perform action trigger_Timer
whismanoid	17:9397ea3ea7e9	6697	Datalogger_Trigger = trigger_Timer;
whismanoid	17:9397ea3ea7e9	6698	//~ Datalogger_Need_PrintHeader = true;
whismanoid	17:9397ea3ea7e9	6699	break;
whismanoid	17:9397ea3ea7e9	6700	case action_trigger_PlatformDigitalInput:
whismanoid	17:9397ea3ea7e9	6701	//~ cmdLine.serial().printf("trigger_PlatformDigitalInput");
whismanoid	17:9397ea3ea7e9	6702	//~ // TODO: print configuration for trigger_PlatformDigitalInput
whismanoid	17:9397ea3ea7e9	6703	//~ cmdLine.serial().printf("(%d)", g_config_PlatformDigitalInput);
whismanoid	17:9397ea3ea7e9	6704	// TODO: perform action action_trigger_PlatformDigitalInput
whismanoid	17:9397ea3ea7e9	6705	Datalogger_Trigger = trigger_PlatformDigitalInput;
whismanoid	17:9397ea3ea7e9	6706	//~ Datalogger_Need_PrintHeader = true;
whismanoid	17:9397ea3ea7e9	6707	break;
whismanoid	17:9397ea3ea7e9	6708	case action_trigger_SPIDeviceRegRead:
whismanoid	17:9397ea3ea7e9	6709	//~ cmdLine.serial().printf("trigger_SPIDeviceRegRead");
whismanoid	17:9397ea3ea7e9	6710	//~ // TODO: print configuration for trigger_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	6711	//~ cmdLine.serial().printf("(%d)", g_config_SPIDeviceRegRead);
whismanoid	17:9397ea3ea7e9	6712	// TODO: perform action action_trigger_SPIDeviceRegRead
whismanoid	17:9397ea3ea7e9	6713	Datalogger_Trigger = trigger_SPIDeviceRegRead;
whismanoid	17:9397ea3ea7e9	6714	//~ Datalogger_Need_PrintHeader = true;
whismanoid	17:9397ea3ea7e9	6715	break;
whismanoid	17:9397ea3ea7e9	6716	} // switch(Datalogger_action_table[i].action)
whismanoid	17:9397ea3ea7e9	6717	// consider next row of action table
whismanoid	17:9397ea3ea7e9	6718	} // for ...Datalogger_action_table_row_count
whismanoid	17:9397ea3ea7e9	6719	}
whismanoid	17:9397ea3ea7e9	6720	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	6721
whismanoid	5:aaf8b5f5fda1	6722	//--------------------------------------------------
whismanoid	8:dffee7509bfb	6723	void Datalogger_PrintRow(CmdLine& cmdLine)
whismanoid	5:aaf8b5f5fda1	6724	{
whismanoid	5:aaf8b5f5fda1	6725	int field_index = 0;
whismanoid	5:aaf8b5f5fda1	6726	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	10:04022a61b527	6727	for (int channel_index = 0; channel_index < NUM_DUT_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	10:04022a61b527	6728	if (SPI_AIN_Enable_ch[channel_index] == SPI_AIN_Disable) {
whismanoid	5:aaf8b5f5fda1	6729	continue;
whismanoid	5:aaf8b5f5fda1	6730	}
whismanoid	5:aaf8b5f5fda1	6731	// comma between fields
whismanoid	5:aaf8b5f5fda1	6732	if (field_index > 0) {
whismanoid	5:aaf8b5f5fda1	6733	cmdLine.serial().printf(",");
whismanoid	5:aaf8b5f5fda1	6734	}
whismanoid	10:04022a61b527	6735	field_index++;
whismanoid	10:04022a61b527	6736	if (SPI_AIN_Enable_ch[channel_index] == Platform_AIN_Enable_LSB) {
whismanoid	10:04022a61b527	6737	cmdLine.serial().printf("%d", g_MAX11410_device.AINcode[channel_index]);
whismanoid	10:04022a61b527	6738	}
whismanoid	10:04022a61b527	6739	if (SPI_AIN_Enable_ch[channel_index] == Platform_AIN_Enable_Volt) {
whismanoid	10:04022a61b527	6740	// TODO: report Voltage instead of LSB
whismanoid	10:04022a61b527	6741	// Serial.print(SPI_AIN_Voltage[channel_index]);
whismanoid	10:04022a61b527	6742	static char strOutLineBuffer[16];
whismanoid	10:04022a61b527	6743	cmdLine.serial().printf("%6.6f", SPI_AIN_Voltage[channel_index]);
whismanoid	10:04022a61b527	6744	}
whismanoid	5:aaf8b5f5fda1	6745	}
whismanoid	5:aaf8b5f5fda1	6746	#if VERIFY_PART_ID_IN_LOOP
whismanoid	5:aaf8b5f5fda1	6747	// PART_ID field: Device ID Validation
whismanoid	5:aaf8b5f5fda1	6748	if (part_id_readback != part_id_expect) {
whismanoid	5:aaf8b5f5fda1	6749	cmdLine.serial().printf(",\"FAIL\"");
whismanoid	9:45f98573eb6d	6750	need_reinit = true;
whismanoid	5:aaf8b5f5fda1	6751	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	5:aaf8b5f5fda1	6752	g_MAX11410_device.Init();
whismanoid	5:aaf8b5f5fda1	6753	g_MAX11410_device.v_filter = SPI_AIN_Cfg_v_filter_ch[0];
whismanoid	5:aaf8b5f5fda1	6754	g_MAX11410_device.v_ctrl = SPI_AIN_Cfg_v_ctrl_ch[0];
whismanoid	5:aaf8b5f5fda1	6755	g_MAX11410_device.v_pga = SPI_AIN_Cfg_v_pga_ch[0];
whismanoid	5:aaf8b5f5fda1	6756	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	5:aaf8b5f5fda1	6757	}
whismanoid	5:aaf8b5f5fda1	6758	else {
whismanoid	5:aaf8b5f5fda1	6759	cmdLine.serial().printf(",\"OK\"");
whismanoid	5:aaf8b5f5fda1	6760	}
whismanoid	5:aaf8b5f5fda1	6761	#endif // VERIFY_PART_ID_IN_LOOP
whismanoid	5:aaf8b5f5fda1	6762	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	5:aaf8b5f5fda1	6763	#if defined(LOG_PLATFORM_AIN) // Datalog Arduino platform analog inputs
whismanoid	9:45f98573eb6d	6764	for (int channel_index = 0; channel_index < NUM_PLATFORM_ANALOG_IN_CHANNELS; channel_index++) {
whismanoid	9:45f98573eb6d	6765	if (Platform_Enable_ch[channel_index] == Platform_AIN_Disable) {
whismanoid	9:45f98573eb6d	6766	continue;
whismanoid	9:45f98573eb6d	6767	}
whismanoid	5:aaf8b5f5fda1	6768	// comma between fields
whismanoid	5:aaf8b5f5fda1	6769	if (field_index > 0) {
whismanoid	5:aaf8b5f5fda1	6770	cmdLine.serial().printf(",");
whismanoid	5:aaf8b5f5fda1	6771	}
whismanoid	9:45f98573eb6d	6772	field_index++;
whismanoid	9:45f98573eb6d	6773	if (Platform_Enable_ch[channel_index] == Platform_AIN_Enable_LSB) {
whismanoid	5:aaf8b5f5fda1	6774	#if LOG_PLATFORM_ANALOG_IN_LSB
whismanoid	9:45f98573eb6d	6775	cmdLine.serial().printf("%u", Platform_LSB[channel_index]);
whismanoid	9:45f98573eb6d	6776	#endif
whismanoid	9:45f98573eb6d	6777	}
whismanoid	9:45f98573eb6d	6778	if (Platform_Enable_ch[channel_index] == Platform_AIN_Enable_Volt) {
whismanoid	9:45f98573eb6d	6779	#if LOG_PLATFORM_ANALOG_IN_VOLTS
whismanoid	11:2b8adc78618a	6780	// Datalog Volts omit V suffix from numbers #275
whismanoid	11:2b8adc78618a	6781	// because Excel graphs can't handle numbers that have a suffix.
whismanoid	11:2b8adc78618a	6782	cmdLine.serial().printf("%6.6f", Platform_Voltage[channel_index]);
whismanoid	9:45f98573eb6d	6783	#endif
whismanoid	9:45f98573eb6d	6784	}
whismanoid	5:aaf8b5f5fda1	6785	}
whismanoid	5:aaf8b5f5fda1	6786	#endif // defined(LOG_PLATFORM_AIN)
whismanoid	9:45f98573eb6d	6787	if (need_reinit) {
whismanoid	9:45f98573eb6d	6788	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	6789	if (g_MAX11410_device.Init() == 0) {
whismanoid	9:45f98573eb6d	6790	//~ cmdLine.serial().printf(",\"Init() failed\"");
whismanoid	9:45f98573eb6d	6791	} else {
whismanoid	9:45f98573eb6d	6792	//~ cmdLine.serial().printf(",\"Init() success\"");
whismanoid	9:45f98573eb6d	6793	#if USE_CUSTOM_REG_INIT // custom_reg_init_addr[], custom_reg_init_data[], custom_reg_init_count
whismanoid	9:45f98573eb6d	6794	// in Datalogger_PrintRow(), when part_id test fails,
whismanoid	9:45f98573eb6d	6795	// apply list of custom register writes after re-init
whismanoid	9:45f98573eb6d	6796	// custom_reg_init_addr[], custom_reg_init_data[], custom_reg_init_count
whismanoid	9:45f98573eb6d	6797	for (unsigned int index = 0; index < custom_reg_init_count; index++) {
whismanoid	9:45f98573eb6d	6798	uint8_t regAddress = custom_reg_init_addr[index];
whismanoid	9:45f98573eb6d	6799	uint32_t regData = custom_reg_init_data[index];
whismanoid	9:45f98573eb6d	6800	cmdLine.serial().printf("*%s=0x%06.6x", g_MAX11410_device.RegName(regAddress), regData);
whismanoid	9:45f98573eb6d	6801	g_MAX11410_device.RegWrite((MAX11410::MAX11410_CMD_enum_t)regAddress, regData);
whismanoid	9:45f98573eb6d	6802	}
whismanoid	9:45f98573eb6d	6803	#endif // USE_CUSTOM_REG_INIT
whismanoid	9:45f98573eb6d	6804	g_MAX11410_device.v_filter = SPI_AIN_Cfg_v_filter_ch[0];
whismanoid	9:45f98573eb6d	6805	g_MAX11410_device.v_ctrl = SPI_AIN_Cfg_v_ctrl_ch[0];
whismanoid	9:45f98573eb6d	6806	g_MAX11410_device.v_pga = SPI_AIN_Cfg_v_pga_ch[0];
whismanoid	9:45f98573eb6d	6807	need_reinit = false;
whismanoid	9:45f98573eb6d	6808	}
whismanoid	9:45f98573eb6d	6809	#else // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	6810	need_reinit = false;
whismanoid	9:45f98573eb6d	6811	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	9:45f98573eb6d	6812	}
whismanoid	30:07197a430869	6813	#if USE_DATALOGGER_REMARK_FIELD
whismanoid	30:07197a430869	6814	// Datalogger_PrintRow() print gstrRemarkText field from recent #remark -- in void Datalogger_PrintRow()
whismanoid	30:07197a430869	6815	cmdLine.serial().printf(",\"%s\"", gstrRemarkText);
whismanoid	30:07197a430869	6816	#endif // USE_DATALOGGER_REMARK_FIELD
whismanoid	5:aaf8b5f5fda1	6817	cmdLine.serial().printf("\r\n");
whismanoid	9:45f98573eb6d	6818	if (need_reinit) {
whismanoid	9:45f98573eb6d	6819	//~ delay(500); // platform_delay_ms 500ms timing delay function
whismanoid	9:45f98573eb6d	6820	}
whismanoid	5:aaf8b5f5fda1	6821	} // void Datalogger_PrintRow()
whismanoid	5:aaf8b5f5fda1	6822
whismanoid	0:cb44e2e9ec4c	6823	// example code main function
whismanoid	0:cb44e2e9ec4c	6824	int main()
whismanoid	0:cb44e2e9ec4c	6825	{
whismanoid	0:cb44e2e9ec4c	6826	// setup: put your setup code here, to run once
whismanoid	4:d9b05924ad4c	6827	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	6828	// Configure serial ports
whismanoid	4:d9b05924ad4c	6829	cmdLine.clear();
whismanoid	4:d9b05924ad4c	6830	//~ cmdLine.serial().printf("\r\n cmdLine.serial().printf test\r\n");
whismanoid	4:d9b05924ad4c	6831	cmdLine.onEOLcommandParser = main_menu_onEOLcommandParser;
whismanoid	4:d9b05924ad4c	6832	//~ cmdLine.diagnostic_led_EOF = diagnostic_led_EOF;
whismanoid	4:d9b05924ad4c	6833	/// CmdLine::set_immediate_handler(char, functionPointer_void_void_on_immediate_0x21);
whismanoid	4:d9b05924ad4c	6834	//~ cmdLine.on_immediate_0x21 = on_immediate_0x21;
whismanoid	4:d9b05924ad4c	6835	//~ cmdLine.on_immediate_0x7b = on_immediate_0x7b;
whismanoid	4:d9b05924ad4c	6836	//~ cmdLine.on_immediate_0x7d = on_immediate_0x7d;
whismanoid	4:d9b05924ad4c	6837	# if HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	6838	#if 0 // HARD CRASH -- USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	6839	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- init aux baud rate g_auxSerialCom_baud
whismanoid	10:04022a61b527	6840	// TODO: if g_auxSerialCom_baud is other than the default 9600 baud,
whismanoid	10:04022a61b527	6841	// then the auxiliary serial port baud rate should be updated.
whismanoid	10:04022a61b527	6842	# if HAS_AUX_SERIAL
whismanoid	10:04022a61b527	6843	# else
whismanoid	10:04022a61b527	6844	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- init aux baud rate g_auxSerialCom_baud
whismanoid	10:04022a61b527	6845	DAPLINKserial.baud(g_auxSerialCom_baud);
whismanoid	10:04022a61b527	6846	# endif
whismanoid	10:04022a61b527	6847	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	4:d9b05924ad4c	6848	cmdLine_DAPLINKserial.clear();
whismanoid	4:d9b05924ad4c	6849	//~ cmdLine_DAPLINKserial.serial().printf("\r\n cmdLine_DAPLINKserial.serial().printf test\r\n");
whismanoid	4:d9b05924ad4c	6850	cmdLine_DAPLINKserial.onEOLcommandParser = main_menu_onEOLcommandParser;
whismanoid	4:d9b05924ad4c	6851	//~ cmdLine_DAPLINKserial.on_immediate_0x21 = on_immediate_0x21;
whismanoid	4:d9b05924ad4c	6852	//~ cmdLine_DAPLINKserial.on_immediate_0x7b = on_immediate_0x7b;
whismanoid	4:d9b05924ad4c	6853	//~ cmdLine_DAPLINKserial.on_immediate_0x7d = on_immediate_0x7d;
whismanoid	4:d9b05924ad4c	6854	# endif
whismanoid	6:f6d16658342b	6855	# if HAS_AUX_SERIAL
whismanoid	6:f6d16658342b	6856	// TX/RX auxiliary UART port cmdLine_AUXserial AUXserial
whismanoid	10:04022a61b527	6857	#if 0 // HARD CRASH -- USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	6858	// Command forwarding to AUX serial TX/RX cmdLine_AUXserial #257 -- init aux baud rate g_auxSerialCom_baud
whismanoid	10:04022a61b527	6859	// TODO: if g_auxSerialCom_baud is other than the default 9600 baud,
whismanoid	10:04022a61b527	6860	// then the auxiliary serial port baud rate should be updated.
whismanoid	10:04022a61b527	6861	AUXserial.baud(g_auxSerialCom_baud);
whismanoid	10:04022a61b527	6862	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	6:f6d16658342b	6863	cmdLine_AUXserial.clear();
whismanoid	6:f6d16658342b	6864	//~ cmdLine_AUXserial.serial().printf("\r\n cmdLine_AUXserial.serial().printf test\r\n");
whismanoid	6:f6d16658342b	6865	cmdLine_AUXserial.onEOLcommandParser = main_menu_onEOLcommandParser;
whismanoid	6:f6d16658342b	6866	//~ cmdLine_AUXserial.on_immediate_0x21 = on_immediate_0x21;
whismanoid	6:f6d16658342b	6867	//~ cmdLine_AUXserial.on_immediate_0x7b = on_immediate_0x7b;
whismanoid	6:f6d16658342b	6868	//~ cmdLine_AUXserial.on_immediate_0x7d = on_immediate_0x7d;
whismanoid	6:f6d16658342b	6869	# endif // HAS_AUX_SERIAL
whismanoid	4:d9b05924ad4c	6870	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	0:cb44e2e9ec4c	6871
whismanoid	0:cb44e2e9ec4c	6872	// example code: serial port banner message
whismanoid	0:cb44e2e9ec4c	6873	wait(3); // 3000ms timing delay function, platform-specific
whismanoid	3:9055e17e181a	6874	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	6875	cmdLine.serial().printf("\r\nDataLogger_MAX11410\r\n"); // instead of Hello_MAX11410
whismanoid	3:9055e17e181a	6876	#else // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	6877	cmdLine.serial().printf("\r\nInternal_DataLogger\r\n"); // instead of Hello_MAX11410
whismanoid	3:9055e17e181a	6878	# if HAS_DAPLINK_SERIAL
whismanoid	3:9055e17e181a	6879	cmdLine_DAPLINKserial.serial().printf("\r\nInternal_DataLogger\r\n"); // instead of Hello_MAX11410
whismanoid	3:9055e17e181a	6880	# endif // HAS_DAPLINK_SERIAL
whismanoid	6:f6d16658342b	6881	# if HAS_AUX_SERIAL
whismanoid	6:f6d16658342b	6882	cmdLine_AUXserial.serial().printf("\r\nInternal_DataLogger\r\n"); // instead of Hello_MAX11410
whismanoid	6:f6d16658342b	6883	# endif // HAS_AUX_SERIAL
whismanoid	3:9055e17e181a	6884	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	10:04022a61b527	6885
whismanoid	1:747f1602abfc	6886	// CODE GENERATOR: get spi properties from device
whismanoid	3:9055e17e181a	6887	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	6888	if (g_SPI_SCLK_Hz > g_MAX11410_device.get_spi_frequency())
whismanoid	3:9055e17e181a	6889	{ // Device limits SPI SCLK frequency
whismanoid	3:9055e17e181a	6890	g_SPI_SCLK_Hz = g_MAX11410_device.get_spi_frequency();
whismanoid	3:9055e17e181a	6891	cmdLine.serial().printf("\r\nMAX11410 limits SPI SCLK frequency to %ld Hz\r\n", g_SPI_SCLK_Hz);
whismanoid	3:9055e17e181a	6892
whismanoid	3:9055e17e181a	6893	g_MAX11410_device.Init();
whismanoid	3:9055e17e181a	6894	}
whismanoid	3:9055e17e181a	6895	if (g_MAX11410_device.get_spi_frequency() > g_SPI_SCLK_Hz)
whismanoid	3:9055e17e181a	6896	{ // Platform limits SPI SCLK frequency
whismanoid	3:9055e17e181a	6897	g_MAX11410_device.spi_frequency(g_SPI_SCLK_Hz);
whismanoid	3:9055e17e181a	6898	cmdLine.serial().printf("\r\nPlatform limits MAX11410 SPI SCLK frequency to %ld Hz\r\n", g_SPI_SCLK_Hz);
whismanoid	3:9055e17e181a	6899
whismanoid	3:9055e17e181a	6900	g_MAX11410_device.Init();
whismanoid	3:9055e17e181a	6901	}
whismanoid	0:cb44e2e9ec4c	6902	// g_SPI_dataMode = g_MAX11410_device.get_spi_dataMode();
whismanoid	3:9055e17e181a	6903	while (g_MAX11410_device.Init() == 0)
whismanoid	3:9055e17e181a	6904	{
whismanoid	3:9055e17e181a	6905	wait(3); // 3000ms timing delay function, platform-specific
whismanoid	3:9055e17e181a	6906	cmdLine.serial().printf("\r\nMAX11410 Init failed; retry...\r\n");
whismanoid	3:9055e17e181a	6907
whismanoid	3:9055e17e181a	6908	}
whismanoid	0:cb44e2e9ec4c	6909
whismanoid	0:cb44e2e9ec4c	6910	// ---------- CUSTOMIZED from MAX11410_Hello after g_MAX11410_device.Init() ----------
whismanoid	3:9055e17e181a	6911	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	6912	g_MAX11410_device.v_filter = SPI_AIN_Cfg_v_filter_ch[0];
whismanoid	3:9055e17e181a	6913	g_MAX11410_device.v_pga = SPI_AIN_Cfg_v_pga_ch[0];
whismanoid	3:9055e17e181a	6914	g_MAX11410_device.v_ctrl = SPI_AIN_Cfg_v_ctrl_ch[0];
whismanoid	3:9055e17e181a	6915	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	6916	// ---------- CUSTOMIZED from MAX11410_Hello ----------
whismanoid	3:9055e17e181a	6917	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	6918	// CODE GENERATOR: example code: has no member function REF
whismanoid	0:cb44e2e9ec4c	6919	// CODE GENERATOR: example code for ADC: repeat-forever convert and print conversion result, one record per line
whismanoid	0:cb44e2e9ec4c	6920	// CODE GENERATOR: ResolutionBits = 24
whismanoid	0:cb44e2e9ec4c	6921	// CODE GENERATOR: FScode = 0xffffff
whismanoid	0:cb44e2e9ec4c	6922	// CODE GENERATOR: NumChannels = 10
whismanoid	0:cb44e2e9ec4c	6923	// CODE GENERATOR: banner before DataLogHelloCppCodeList while(1)
whismanoid	3:9055e17e181a	6924	#if defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	3:9055e17e181a	6925	cmdLine.serial().printf("v_filter = 0x%2.2x\r\n", g_MAX11410_device.v_filter);
whismanoid	0:cb44e2e9ec4c	6926
whismanoid	3:9055e17e181a	6927	cmdLine.serial().printf("v_pga = 0x%2.2x\r\n", g_MAX11410_device.v_pga);
whismanoid	0:cb44e2e9ec4c	6928
whismanoid	3:9055e17e181a	6929	cmdLine.serial().printf("v_ctrl = 0x%2.2x\r\n", g_MAX11410_device.v_ctrl);
whismanoid	3:9055e17e181a	6930
whismanoid	3:9055e17e181a	6931	#endif // defined(SPI_ADC_DeviceName) // SPI connected ADC
whismanoid	0:cb44e2e9ec4c	6932
whismanoid	3:9055e17e181a	6933	// column header banner for csv data columns
whismanoid	8:dffee7509bfb	6934	Datalogger_Need_PrintHeader = true;
whismanoid	10:04022a61b527	6935
whismanoid	12:2dfc1f2009e0	6936	#if USE_LEDS
whismanoid	12:2dfc1f2009e0	6937	#if defined(TARGET_MAX32630)
whismanoid	12:2dfc1f2009e0	6938	led1 = LED_ON; led2 = LED_OFF; led3 = LED_OFF; // diagnostic rbg led RED
whismanoid	12:2dfc1f2009e0	6939	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6940	led1 = LED_OFF; led2 = LED_ON; led3 = LED_OFF; // diagnostic rbg led GREEN
whismanoid	12:2dfc1f2009e0	6941	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6942	led1 = LED_OFF; led2 = LED_OFF; led3 = LED_ON; // diagnostic rbg led BLUE
whismanoid	12:2dfc1f2009e0	6943	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6944	led1 = LED_ON; led2 = LED_ON; led3 = LED_ON; // diagnostic rbg led RED+GREEN+BLUE=WHITE
whismanoid	12:2dfc1f2009e0	6945	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6946	led1 = LED_OFF; led2 = LED_ON; led3 = LED_ON; // diagnostic rbg led GREEN+BLUE=CYAN
whismanoid	12:2dfc1f2009e0	6947	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6948	led1 = LED_ON; led2 = LED_OFF; led3 = LED_ON; // diagnostic rbg led RED+BLUE=MAGENTA
whismanoid	12:2dfc1f2009e0	6949	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6950	led1 = LED_ON; led2 = LED_ON; led3 = LED_OFF; // diagnostic rbg led RED+GREEN=YELLOW
whismanoid	12:2dfc1f2009e0	6951	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6952	led1 = LED_OFF; led2 = LED_OFF; led3 = LED_OFF; // diagnostic rbg led BLACK
whismanoid	12:2dfc1f2009e0	6953	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	19:5ff09c8e9daf	6954	#elif defined(TARGET_MAX32625MBED) \|\| defined(TARGET_MAX32625PICO) \|\| defined(TARGET_MAX40108DEMOP2U9)
whismanoid	12:2dfc1f2009e0	6955	led1 = LED_ON; led2 = LED_OFF; led3 = LED_OFF; // diagnostic rbg led RED
whismanoid	12:2dfc1f2009e0	6956	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6957	led1 = LED_OFF; led2 = LED_ON; led3 = LED_OFF; // diagnostic rbg led GREEN
whismanoid	12:2dfc1f2009e0	6958	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6959	led1 = LED_OFF; led2 = LED_OFF; led3 = LED_ON; // diagnostic rbg led BLUE
whismanoid	12:2dfc1f2009e0	6960	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6961	led1 = LED_ON; led2 = LED_ON; led3 = LED_ON; // diagnostic rbg led RED+GREEN+BLUE=WHITE
whismanoid	12:2dfc1f2009e0	6962	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6963	led1 = LED_OFF; led2 = LED_ON; led3 = LED_ON; // diagnostic rbg led GREEN+BLUE=CYAN
whismanoid	12:2dfc1f2009e0	6964	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6965	led1 = LED_ON; led2 = LED_OFF; led3 = LED_ON; // diagnostic rbg led RED+BLUE=MAGENTA
whismanoid	12:2dfc1f2009e0	6966	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6967	led1 = LED_ON; led2 = LED_ON; led3 = LED_OFF; // diagnostic rbg led RED+GREEN=YELLOW
whismanoid	12:2dfc1f2009e0	6968	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6969	led1 = LED_OFF; led2 = LED_OFF; led3 = LED_OFF; // diagnostic rbg led BLACK
whismanoid	12:2dfc1f2009e0	6970	ThisThread::sleep_for(125); // [since mbed-os-5.10] vs Thread::wait(125);
whismanoid	12:2dfc1f2009e0	6971	#else // not defined(TARGET_LPC1768 etc.)
whismanoid	12:2dfc1f2009e0	6972	led1 = LED_ON;
whismanoid	12:2dfc1f2009e0	6973	led2 = LED_OFF;
whismanoid	12:2dfc1f2009e0	6974	led3 = LED_OFF;
whismanoid	12:2dfc1f2009e0	6975	led4 = LED_OFF;
whismanoid	12:2dfc1f2009e0	6976	ThisThread::sleep_for(75); // [since mbed-os-5.10] vs Thread::wait(75);
whismanoid	12:2dfc1f2009e0	6977	//led1 = LED_ON;
whismanoid	12:2dfc1f2009e0	6978	led2 = LED_ON;
whismanoid	12:2dfc1f2009e0	6979	ThisThread::sleep_for(75); // [since mbed-os-5.10] vs Thread::wait(75);
whismanoid	12:2dfc1f2009e0	6980	led1 = LED_OFF;
whismanoid	12:2dfc1f2009e0	6981	//led2 = LED_ON;
whismanoid	12:2dfc1f2009e0	6982	led3 = LED_ON;
whismanoid	12:2dfc1f2009e0	6983	ThisThread::sleep_for(75); // [since mbed-os-5.10] vs Thread::wait(75);
whismanoid	12:2dfc1f2009e0	6984	led2 = LED_OFF;
whismanoid	12:2dfc1f2009e0	6985	//led3 = LED_ON;
whismanoid	12:2dfc1f2009e0	6986	led4 = LED_ON;
whismanoid	12:2dfc1f2009e0	6987	ThisThread::sleep_for(75); // [since mbed-os-5.10] vs Thread::wait(75);
whismanoid	12:2dfc1f2009e0	6988	led3 = LED_OFF;
whismanoid	12:2dfc1f2009e0	6989	led4 = LED_ON;
whismanoid	12:2dfc1f2009e0	6990	//
whismanoid	12:2dfc1f2009e0	6991	#endif // target definition
whismanoid	12:2dfc1f2009e0	6992	#endif
whismanoid	12:2dfc1f2009e0	6993
whismanoid	12:2dfc1f2009e0	6994	if (led1.is_connected()) {
whismanoid	12:2dfc1f2009e0	6995	led1 = LED_ON;
whismanoid	12:2dfc1f2009e0	6996	}
whismanoid	12:2dfc1f2009e0	6997	if (led2.is_connected()) {
whismanoid	12:2dfc1f2009e0	6998	led2 = LED_ON;
whismanoid	12:2dfc1f2009e0	6999	}
whismanoid	12:2dfc1f2009e0	7000	if (led3.is_connected()) {
whismanoid	12:2dfc1f2009e0	7001	led3 = LED_ON;
whismanoid	12:2dfc1f2009e0	7002	}
whismanoid	12:2dfc1f2009e0	7003
whismanoid	4:d9b05924ad4c	7004	while(1) { // this code repeats forever
whismanoid	4:d9b05924ad4c	7005	// this code repeats forever
whismanoid	4:d9b05924ad4c	7006
whismanoid	21:ac062a97a71d	7007	#if HAS_BUTTON1_DEMO_INTERRUPT_POLLING
whismanoid	21:ac062a97a71d	7008	// avoid runtime error on button1 press [mbed-os-5.11]
whismanoid	21:ac062a97a71d	7009	// instead of using InterruptIn, use DigitalIn and poll in main while(1)
whismanoid	21:ac062a97a71d	7010	# if HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	7011	static int button1_value_prev = 1;
whismanoid	21:ac062a97a71d	7012	static int button1_value_now = 1;
whismanoid	21:ac062a97a71d	7013	button1_value_prev = button1_value_now;
whismanoid	21:ac062a97a71d	7014	button1_value_now = button1.read();
whismanoid	21:ac062a97a71d	7015	if ((button1_value_prev - button1_value_now) == 1)
whismanoid	21:ac062a97a71d	7016	{
whismanoid	21:ac062a97a71d	7017	// on button1 falling edge (button1 press)
whismanoid	21:ac062a97a71d	7018	onButton1FallingEdge();
whismanoid	21:ac062a97a71d	7019	}
whismanoid	21:ac062a97a71d	7020	# endif // HAS_BUTTON1_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	7021	# if HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	7022	static int button2_value_prev = 1;
whismanoid	24:032f3683cb2a	7023	static int button2_value_now = 1;
whismanoid	24:032f3683cb2a	7024	button2_value_prev = button2_value_now;
whismanoid	24:032f3683cb2a	7025	button2_value_now = button2.read();
whismanoid	24:032f3683cb2a	7026	if ((button2_value_prev - button2_value_now) == 1)
whismanoid	24:032f3683cb2a	7027	{
whismanoid	24:032f3683cb2a	7028	// on button2 falling edge (button2 press)
whismanoid	24:032f3683cb2a	7029	onButton2FallingEdge();
whismanoid	24:032f3683cb2a	7030	}
whismanoid	24:032f3683cb2a	7031	# endif // HAS_BUTTON2_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	7032	# if HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	24:032f3683cb2a	7033	static int button3_value_prev = 1;
whismanoid	24:032f3683cb2a	7034	static int button3_value_now = 1;
whismanoid	24:032f3683cb2a	7035	button3_value_prev = button3_value_now;
whismanoid	24:032f3683cb2a	7036	button3_value_now = button3.read();
whismanoid	24:032f3683cb2a	7037	if ((button3_value_prev - button3_value_now) == 1)
whismanoid	24:032f3683cb2a	7038	{
whismanoid	24:032f3683cb2a	7039	// on button3 falling edge (button3 press)
whismanoid	26:13cba69d88eb	7040	onButton3FallingEdge();
whismanoid	24:032f3683cb2a	7041	}
whismanoid	24:032f3683cb2a	7042	# endif // HAS_BUTTON3_DEMO_INTERRUPT
whismanoid	21:ac062a97a71d	7043	#endif // HAS_BUTTON1_DEMO_INTERRUPT_POLLING
whismanoid	4:d9b05924ad4c	7044	#if USE_CMDLINE_MENUS // support CmdLine command menus
whismanoid	4:d9b05924ad4c	7045	// TODO support CmdLine command menus (like on Serial_Tester); help and usual boilerplate
whismanoid	10:04022a61b527	7046	#if USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	7047	// Command forwarding to Auxiliary serial port;
whismanoid	10:04022a61b527	7048	// don't accept commands from Auxiliary serial port
whismanoid	10:04022a61b527	7049	#else // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	10:04022a61b527	7050	// Accept commands from Auxiliary serial port
whismanoid	6:f6d16658342b	7051	# if HAS_AUX_SERIAL
whismanoid	6:f6d16658342b	7052	if (AUXserial.readable()) {
whismanoid	6:f6d16658342b	7053	cmdLine_AUXserial.append(AUXserial.getc());
whismanoid	6:f6d16658342b	7054	}
whismanoid	6:f6d16658342b	7055	# endif // HAS_AUX_SERIAL
whismanoid	6:f6d16658342b	7056	# if HAS_DAPLINK_SERIAL
whismanoid	6:f6d16658342b	7057	if (DAPLINKserial.readable()) {
whismanoid	6:f6d16658342b	7058	cmdLine_DAPLINKserial.append(DAPLINKserial.getc());
whismanoid	6:f6d16658342b	7059	}
whismanoid	6:f6d16658342b	7060	# endif // HAS_DAPLINK_SERIAL
whismanoid	10:04022a61b527	7061	#endif // USE_AUX_SERIAL_CMD_FORWARDING
whismanoid	4:d9b05924ad4c	7062	if (serial.readable()) {
whismanoid	4:d9b05924ad4c	7063	int c = serial.getc(); // instead of getc() or fgetc()
whismanoid	4:d9b05924ad4c	7064	cmdLine.append(c);
whismanoid	4:d9b05924ad4c	7065	// cmdLine.onEOLcommandParser handler implements menus
whismanoid	4:d9b05924ad4c	7066	} // if (Serial.available())
whismanoid	4:d9b05924ad4c	7067	#endif // USE_CMDLINE_MENUS support CmdLine command menus
whismanoid	4:d9b05924ad4c	7068
whismanoid	4:d9b05924ad4c	7069	#if USE_DATALOGGER_TRIGGER // support Datalog trigger
whismanoid	32:80f3e5eb77d4	7070	// Datalog trigger
whismanoid	4:d9b05924ad4c	7071	if (Datalogger_Trigger == trigger_Halt) {
whismanoid	4:d9b05924ad4c	7072	// halt the datalogger; continue accepting commands
whismanoid	3:9055e17e181a	7073	continue;
whismanoid	3:9055e17e181a	7074	}
whismanoid	4:d9b05924ad4c	7075	if (Datalogger_Trigger == trigger_FreeRun) {
whismanoid	4:d9b05924ad4c	7076	// free run as fast as possible
whismanoid	3:9055e17e181a	7077	}
whismanoid	4:d9b05924ad4c	7078	if (Datalogger_Trigger == trigger_Timer) {
whismanoid	4:d9b05924ad4c	7079	// timer (configure interval)
whismanoid	32:80f3e5eb77d4	7080	// if Datalogger_Trigger == trigger_Timer sleep(g_timer_interval_msec)
whismanoid	39:4d285e961435	7081	//
whismanoid	39:4d285e961435	7082	#if USE_DATALOGGER_SLEEP // support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	7083	// TODO: USE_DATALOGGER_SLEEP -- support sleep modes in Datalogger_Trigger
whismanoid	39:4d285e961435	7084	// TODO: Sleep Mode vs Deep Sleep Mode
whismanoid	39:4d285e961435	7085	// See documentation https://os.mbed.com/docs/mbed-os/v5.15/apis/power-management-sleep.html
whismanoid	39:4d285e961435	7086	// sleep()
whismanoid	39:4d285e961435	7087	// sleep_manager_can_deep_sleep()
whismanoid	39:4d285e961435	7088	// sleep_manager_lock_deep_sleep()
whismanoid	39:4d285e961435	7089	switch(g_timer_sleepmode)
whismanoid	39:4d285e961435	7090	{
whismanoid	39:4d285e961435	7091	case datalogger_Sleep_LP0_Stop: // LT sleep = 0,
whismanoid	39:4d285e961435	7092	break;
whismanoid	39:4d285e961435	7093	case datalogger_Sleep_LP1_DeepSleep: // LT sleep = 1,
whismanoid	39:4d285e961435	7094	// sleep_manager_can_deep_sleep();
whismanoid	39:4d285e961435	7095	sleep();
whismanoid	39:4d285e961435	7096	wait_ms(g_timer_interval_msec); // sleep during delay?
whismanoid	39:4d285e961435	7097	break;
whismanoid	39:4d285e961435	7098	case datalogger_Sleep_LP2_Sleep: // LT sleep = 2,
whismanoid	39:4d285e961435	7099	sleep_manager_lock_deep_sleep();
whismanoid	39:4d285e961435	7100	sleep();
whismanoid	39:4d285e961435	7101	wait_ms(g_timer_interval_msec); // sleep during delay?
whismanoid	39:4d285e961435	7102	sleep_manager_can_deep_sleep();
whismanoid	39:4d285e961435	7103	break;
whismanoid	39:4d285e961435	7104	case datalogger_Sleep_LP3_Run: // LT sleep = 3,
whismanoid	39:4d285e961435	7105	wait_ms(g_timer_interval_msec); // sleep during delay?
whismanoid	39:4d285e961435	7106	break;
whismanoid	39:4d285e961435	7107	}
whismanoid	39:4d285e961435	7108	#else // USE_DATALOGGER_SLEEP
whismanoid	17:9397ea3ea7e9	7109	wait_ms(g_timer_interval_msec); // sleep during delay?
whismanoid	39:4d285e961435	7110	#endif // USE_DATALOGGER_SLEEP
whismanoid	39:4d285e961435	7111	//
whismanoid	17:9397ea3ea7e9	7112	if (g_timer_interval_counter > 0) {
whismanoid	17:9397ea3ea7e9	7113	g_timer_interval_counter--;
whismanoid	17:9397ea3ea7e9	7114	continue;
whismanoid	17:9397ea3ea7e9	7115	}
whismanoid	17:9397ea3ea7e9	7116	// if time interval not yet reached, continue (continue accepting commands)
whismanoid	32:80f3e5eb77d4	7117	g_timer_interval_counter = g_timer_interval_count-1;
whismanoid	3:9055e17e181a	7118	}
whismanoid	4:d9b05924ad4c	7119	if (Datalogger_Trigger == trigger_PlatformDigitalInput) {
whismanoid	4:d9b05924ad4c	7120	// platform digital input (configure digital input pin reference)
whismanoid	17:9397ea3ea7e9	7121	// TODO: read selected input pin, test value
whismanoid	17:9397ea3ea7e9	7122	// TODO: if no match, continue (continue accepting commands)
whismanoid	3:9055e17e181a	7123	}
whismanoid	4:d9b05924ad4c	7124	if (Datalogger_Trigger == trigger_SPIDeviceRegRead) {
whismanoid	4:d9b05924ad4c	7125	// SPI device register read (configure regaddr, mask value, match value)
whismanoid	17:9397ea3ea7e9	7126	// TODO: SPI transfer regAddr
whismanoid	17:9397ea3ea7e9	7127	// TODO: apply dataMask, compare with testValue
whismanoid	17:9397ea3ea7e9	7128	// TODO: if no match, continue (continue accepting commands)
whismanoid	4:d9b05924ad4c	7129	}
whismanoid	4:d9b05924ad4c	7130	#endif // USE_DATALOGGER_TRIGGER support Datalog trigger
whismanoid	0:cb44e2e9ec4c	7131
whismanoid	8:dffee7509bfb	7132	// column header banner for csv data columns
whismanoid	8:dffee7509bfb	7133	if (Datalogger_Need_PrintHeader) {
whismanoid	8:dffee7509bfb	7134	if (Datalogger_enable_serial) {
whismanoid	8:dffee7509bfb	7135	Datalogger_PrintHeader(cmdLine);
whismanoid	8:dffee7509bfb	7136	}
whismanoid	8:dffee7509bfb	7137	# if HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	7138	if (Datalogger_enable_AUXserial) {
whismanoid	8:dffee7509bfb	7139	Datalogger_PrintHeader(cmdLine_AUXserial);
whismanoid	8:dffee7509bfb	7140	}
whismanoid	8:dffee7509bfb	7141	# endif // HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	7142	# if HAS_DAPLINK_SERIAL
whismanoid	8:dffee7509bfb	7143	if (Datalogger_enable_DAPLINKserial) {
whismanoid	8:dffee7509bfb	7144	Datalogger_PrintHeader(cmdLine_DAPLINKserial);
whismanoid	8:dffee7509bfb	7145	}
whismanoid	8:dffee7509bfb	7146	# endif // HAS_DAPLINK_SERIAL
whismanoid	8:dffee7509bfb	7147	Datalogger_Need_PrintHeader = false;
whismanoid	8:dffee7509bfb	7148	}
whismanoid	5:aaf8b5f5fda1	7149	Datalogger_AcquireRow();
whismanoid	17:9397ea3ea7e9	7150	#if USE_DATALOGGER_ActionTable // Datalogger_RunActionTable() supported actions
whismanoid	17:9397ea3ea7e9	7151	// Datalogger_RunActionTable() between Datalogger_AcquireRow() and Datalogger_PrintRow()
whismanoid	17:9397ea3ea7e9	7152	Datalogger_RunActionTable();
whismanoid	17:9397ea3ea7e9	7153	#endif // USE_DATALOGGER_ActionTable Datalogger_RunActionTable() supported actions
whismanoid	0:cb44e2e9ec4c	7154	// wait(3.0);
whismanoid	0:cb44e2e9ec4c	7155	// CODE GENERATOR: print conversion result
whismanoid	0:cb44e2e9ec4c	7156	// Use Arduino Serial Plotter to view output: Tools \| Serial Plotter
whismanoid	8:dffee7509bfb	7157	if (Datalogger_enable_serial) {
whismanoid	8:dffee7509bfb	7158	Datalogger_PrintRow(cmdLine);
whismanoid	8:dffee7509bfb	7159	}
whismanoid	8:dffee7509bfb	7160	# if HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	7161	if (Datalogger_enable_AUXserial) {
whismanoid	8:dffee7509bfb	7162	Datalogger_PrintRow(cmdLine_AUXserial);
whismanoid	8:dffee7509bfb	7163	}
whismanoid	8:dffee7509bfb	7164	# endif // HAS_AUX_SERIAL
whismanoid	8:dffee7509bfb	7165	# if HAS_DAPLINK_SERIAL
whismanoid	8:dffee7509bfb	7166	if (Datalogger_enable_DAPLINKserial) {
whismanoid	8:dffee7509bfb	7167	Datalogger_PrintRow(cmdLine_DAPLINKserial);
whismanoid	8:dffee7509bfb	7168	}
whismanoid	8:dffee7509bfb	7169	# endif // HAS_DAPLINK_SERIAL
whismanoid	0:cb44e2e9ec4c	7170
whismanoid	0:cb44e2e9ec4c	7171	} // this code repeats forever
whismanoid	0:cb44e2e9ec4c	7172	}
whismanoid	0:cb44e2e9ec4c	7173	//---------- CODE GENERATOR: end DataLogHelloCppCodeList

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Type:	Program
Mbed OS support:	Mbed OS
Created:	05 Mar 2021
Imports:	4
Forks:	0
Commits:	63
Dependents:	0
Dependencies:	2
Followers:	1

The code in this repository is Apache licensed.

DataLogger_Internal.cpp@39:4d285e961435, 2021-05-05 (annotated)

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