Analog Devices / Mbed OS EVAL-TempSense-ARDZ

Example program for EVAL-TempSense-ARDZ boards.

Dependencies:   platform_drivers

main.cpp@1:af9efbb9e9c5, 2019-08-28 (annotated)

Committer:
EndaKilgarriff
Date:
Wed Aug 28 15:38:19 2019 +0000
Revision:
1:af9efbb9e9c5
Parent:
0:782471fb58f7
Child:
5:f92081816fb7
Inital Commit for Eval-TempSense-ARDZ

Who changed what in which revision?

UserRevisionLine numberNew contents of line
EndaKilgarriff 1:af9efbb9e9c5 1 /*************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 2 * @file main.cpp
EndaKilgarriff 1:af9efbb9e9c5 3 * @brief Main application code for EVAL-TempSense-ARDZ mbed example program
EndaKilgarriff 1:af9efbb9e9c5 4 * @author ssmith (sean.smith@analog.com)
EndaKilgarriff 1:af9efbb9e9c5 5 ******************************************************************************
EndaKilgarriff 1:af9efbb9e9c5 6 * Copyright (c) 2019 Analog Devices, Inc.
EndaKilgarriff 1:af9efbb9e9c5 7 *
EndaKilgarriff 1:af9efbb9e9c5 8 * All rights reserved.
EndaKilgarriff 1:af9efbb9e9c5 9 *
EndaKilgarriff 1:af9efbb9e9c5 10 * Redistribution and use in source and binary forms, with or without
EndaKilgarriff 1:af9efbb9e9c5 11 * modification, are permitted provided that the following conditions are met:
EndaKilgarriff 1:af9efbb9e9c5 12 * - Redistributions of source code must retain the above copyright notice,
EndaKilgarriff 1:af9efbb9e9c5 13 * this list of conditions and the following disclaimer.
EndaKilgarriff 1:af9efbb9e9c5 14 * - Redistributions in binary form must reproduce the above copyright notice,
EndaKilgarriff 1:af9efbb9e9c5 15 * this list of conditions and the following disclaimer in the documentation
EndaKilgarriff 1:af9efbb9e9c5 16 * and/or other materials provided with the distribution.
EndaKilgarriff 1:af9efbb9e9c5 17 * - Modified versions of the software must be conspicuously marked as such.
EndaKilgarriff 1:af9efbb9e9c5 18 * - This software is licensed solely and exclusively for use with
EndaKilgarriff 1:af9efbb9e9c5 19 * processors/products manufactured by or for Analog Devices, Inc.
EndaKilgarriff 1:af9efbb9e9c5 20 * - This software may not be combined or merged with other code in any manner
EndaKilgarriff 1:af9efbb9e9c5 21 * that would cause the software to become subject to terms and
EndaKilgarriff 1:af9efbb9e9c5 22 * conditions which differ from those listed here.
EndaKilgarriff 1:af9efbb9e9c5 23 * - Neither the name of Analog Devices, Inc. nor the names of its
EndaKilgarriff 1:af9efbb9e9c5 24 * contributors may be used to endorse or promote products derived
EndaKilgarriff 1:af9efbb9e9c5 25 * from this software without specific prior written permission.
EndaKilgarriff 1:af9efbb9e9c5 26 * - The use of this software may or may not infringe the patent rights
EndaKilgarriff 1:af9efbb9e9c5 27 * of one or more patent holders. This license does not release you from
EndaKilgarriff 1:af9efbb9e9c5 28 * the requirement that you obtain separate licenses from these patent
EndaKilgarriff 1:af9efbb9e9c5 29 * holders to use this software.
EndaKilgarriff 1:af9efbb9e9c5 30 *
EndaKilgarriff 1:af9efbb9e9c5 31 * THIS SOFTWARE IS PROVIDED BY ANALOG DEVICES, INC. AND CONTRIBUTORS "AS IS"
EndaKilgarriff 1:af9efbb9e9c5 32 * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
EndaKilgarriff 1:af9efbb9e9c5 33 * NON-INFRINGEMENT, TITLE, MERCHANTABILITY AND FITNESS FOR A
EndaKilgarriff 1:af9efbb9e9c5 34 * PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANALOG DEVICES,
EndaKilgarriff 1:af9efbb9e9c5 35 * INC. OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
EndaKilgarriff 1:af9efbb9e9c5 36 * SPECIAL, EXEMPLARY, PUNITIVE OR CONSEQUENTIAL DAMAGES
EndaKilgarriff 1:af9efbb9e9c5 37 * (INCLUDING, BUT NOT LIMITED TO, DAMAGES ARISING OUT OF CLAIMS OF
EndaKilgarriff 1:af9efbb9e9c5 38 * INTELLECTUAL PROPERTY RIGHTS INFRINGEMENT; PROCUREMENT OF SUBSTITUTE
EndaKilgarriff 1:af9efbb9e9c5 39 * GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
EndaKilgarriff 1:af9efbb9e9c5 40 * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
EndaKilgarriff 1:af9efbb9e9c5 41 * STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING
EndaKilgarriff 1:af9efbb9e9c5 42 * IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
EndaKilgarriff 1:af9efbb9e9c5 43 * POSSIBILITY OF SUCH DAMAGE.
EndaKilgarriff 1:af9efbb9e9c5 44 *
EndaKilgarriff 1:af9efbb9e9c5 45 * 20180927-7CBSD SLA
EndaKilgarriff 1:af9efbb9e9c5 46 *****************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 47 #include <cstdio>
EndaKilgarriff 1:af9efbb9e9c5 48 #include <mbed.h>
EndaKilgarriff 1:af9efbb9e9c5 49 #include "app_config.h"
EndaKilgarriff 1:af9efbb9e9c5 50 #include <cmath>
EndaKilgarriff 1:af9efbb9e9c5 51
EndaKilgarriff 1:af9efbb9e9c5 52 #define constrain(amt,low,high) ((amt)<(low)?(low):((amt)>(high)?(high):(amt)))
EndaKilgarriff 1:af9efbb9e9c5 53
EndaKilgarriff 1:af9efbb9e9c5 54 #define TEMP_MIN -40
EndaKilgarriff 1:af9efbb9e9c5 55 #define TEMP_MAX 150
EndaKilgarriff 1:af9efbb9e9c5 56 #define MAX_HYST_TEMP 15
EndaKilgarriff 1:af9efbb9e9c5 57 #define MIN_HYST_TEMP 0
EndaKilgarriff 1:af9efbb9e9c5 58
EndaKilgarriff 1:af9efbb9e9c5 59 #define RESET_DELAY 500
EndaKilgarriff 1:af9efbb9e9c5 60 #define WAIT_MENU_TIME 1
EndaKilgarriff 1:af9efbb9e9c5 61 #define NOT_USED 0
EndaKilgarriff 1:af9efbb9e9c5 62
EndaKilgarriff 1:af9efbb9e9c5 63 static void print_title(void);
EndaKilgarriff 1:af9efbb9e9c5 64 static void print_prompt(void);
EndaKilgarriff 1:af9efbb9e9c5 65 static uint8_t select_device();
EndaKilgarriff 1:af9efbb9e9c5 66 static void print_active_device(int ext_int_value);
EndaKilgarriff 1:af9efbb9e9c5 67 static int get_menu_select(uint8_t *menu_select);
EndaKilgarriff 1:af9efbb9e9c5 68 static uint8_t read_temperature();
EndaKilgarriff 1:af9efbb9e9c5 69 static uint8_t set_resolution();
EndaKilgarriff 1:af9efbb9e9c5 70 static uint8_t set_op_mode();
EndaKilgarriff 1:af9efbb9e9c5 71 static uint8_t bunch_of_temps();
EndaKilgarriff 1:af9efbb9e9c5 72 static uint8_t readback_reg();
EndaKilgarriff 1:af9efbb9e9c5 73 static uint8_t reset_interface();
EndaKilgarriff 1:af9efbb9e9c5 74 static uint8_t write_to_setpoint_reg();
EndaKilgarriff 1:af9efbb9e9c5 75 static uint8_t set_fault_queue();
EndaKilgarriff 1:af9efbb9e9c5 76 static uint8_t set_ct_int_config();
EndaKilgarriff 1:af9efbb9e9c5 77 static void microcontroller_reset();
EndaKilgarriff 1:af9efbb9e9c5 78 static int input_check(int input_val,
EndaKilgarriff 1:af9efbb9e9c5 79 int lowest_accepted_val,
EndaKilgarriff 1:af9efbb9e9c5 80 int highest_accepted_val,
EndaKilgarriff 1:af9efbb9e9c5 81 int invalid_check);
EndaKilgarriff 1:af9efbb9e9c5 82
EndaKilgarriff 1:af9efbb9e9c5 83 #ifdef __cplusplus
EndaKilgarriff 1:af9efbb9e9c5 84 extern "C"
EndaKilgarriff 1:af9efbb9e9c5 85 {
EndaKilgarriff 1:af9efbb9e9c5 86 #endif
EndaKilgarriff 1:af9efbb9e9c5 87 #include "adt7420.h"
EndaKilgarriff 1:af9efbb9e9c5 88 #ifdef __cplusplus
EndaKilgarriff 1:af9efbb9e9c5 89 }
EndaKilgarriff 1:af9efbb9e9c5 90 #endif // __cplusplus
EndaKilgarriff 1:af9efbb9e9c5 91
EndaKilgarriff 1:af9efbb9e9c5 92
EndaKilgarriff 1:af9efbb9e9c5 93 /******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 94 /************************** Variables Declarations ****************************/
EndaKilgarriff 1:af9efbb9e9c5 95 /******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 96
EndaKilgarriff 1:af9efbb9e9c5 97 /**
EndaKilgarriff 1:af9efbb9e9c5 98 The following definitions are a requirement for the platform_driver
EndaKilgarriff 1:af9efbb9e9c5 99 Pin are changed if required in the app_config.h file
EndaKilgarriff 1:af9efbb9e9c5 100 ***/
EndaKilgarriff 1:af9efbb9e9c5 101 PinName slave_selects[MAX_SLAVE_SELECTS] = { SPI_CS, SPI_CSE };
EndaKilgarriff 1:af9efbb9e9c5 102 mbed::SPI spi(SPI_MOSI, SPI_MISO, SPI_SCK);
EndaKilgarriff 1:af9efbb9e9c5 103 mbed::I2C i2c(I2C_SDA, I2C_SCL);
EndaKilgarriff 1:af9efbb9e9c5 104
EndaKilgarriff 1:af9efbb9e9c5 105
EndaKilgarriff 1:af9efbb9e9c5 106 i2c_init_param i2c_params = {
EndaKilgarriff 1:af9efbb9e9c5 107 GENERIC_I2C, // i2c type
EndaKilgarriff 1:af9efbb9e9c5 108 NOT_USED, // i2c id
EndaKilgarriff 1:af9efbb9e9c5 109 100000, // i2c max speed (hz)
EndaKilgarriff 1:af9efbb9e9c5 110 INTERNAL_I2C, // i2c slave address (defined in app_config.h)
EndaKilgarriff 1:af9efbb9e9c5 111 };
EndaKilgarriff 1:af9efbb9e9c5 112
EndaKilgarriff 1:af9efbb9e9c5 113 spi_init_param spi_params = {
EndaKilgarriff 1:af9efbb9e9c5 114 MBED, //For future ADI use
EndaKilgarriff 1:af9efbb9e9c5 115 GENERIC_SPI, //For future ADI use
EndaKilgarriff 1:af9efbb9e9c5 116 NOT_USED, //id
EndaKilgarriff 1:af9efbb9e9c5 117 1000000, //SPI frequency (Hz)
EndaKilgarriff 1:af9efbb9e9c5 118 SPI_MODE_3, //CPOL/CPHA settings for your device
EndaKilgarriff 1:af9efbb9e9c5 119 INTERNAL_SPI, //CS index for PinName (defined in app_config.h)
EndaKilgarriff 1:af9efbb9e9c5 120 };
EndaKilgarriff 1:af9efbb9e9c5 121
EndaKilgarriff 1:af9efbb9e9c5 122 adt7420_init_param init_params = {
EndaKilgarriff 1:af9efbb9e9c5 123 i2c_params, // I2C parameters
EndaKilgarriff 1:af9efbb9e9c5 124 spi_params, // SPI parameters
EndaKilgarriff 1:af9efbb9e9c5 125 NOT_USED, //Resolution setting
EndaKilgarriff 1:af9efbb9e9c5 126 ACTIVE_DEVICE, //Set this in app_config.h
EndaKilgarriff 1:af9efbb9e9c5 127 };
EndaKilgarriff 1:af9efbb9e9c5 128
EndaKilgarriff 1:af9efbb9e9c5 129 adt7420_dev *device;
EndaKilgarriff 1:af9efbb9e9c5 130
EndaKilgarriff 1:af9efbb9e9c5 131 registers_e registers;
EndaKilgarriff 1:af9efbb9e9c5 132
EndaKilgarriff 1:af9efbb9e9c5 133
EndaKilgarriff 1:af9efbb9e9c5 134 int32_t connected = -1;
EndaKilgarriff 1:af9efbb9e9c5 135 uint8_t device_id = 0;
EndaKilgarriff 1:af9efbb9e9c5 136
EndaKilgarriff 1:af9efbb9e9c5 137 //Configure and instantiate the UART - PB10/11
EndaKilgarriff 1:af9efbb9e9c5 138 Serial pc(USBTX, USBRX, 115200);
EndaKilgarriff 1:af9efbb9e9c5 139
EndaKilgarriff 1:af9efbb9e9c5 140
EndaKilgarriff 1:af9efbb9e9c5 141
EndaKilgarriff 1:af9efbb9e9c5 142 int main()
EndaKilgarriff 1:af9efbb9e9c5 143 {
EndaKilgarriff 1:af9efbb9e9c5 144 uint8_t menu_select = 0;
EndaKilgarriff 1:af9efbb9e9c5 145
EndaKilgarriff 1:af9efbb9e9c5 146 print_title();
EndaKilgarriff 1:af9efbb9e9c5 147
EndaKilgarriff 1:af9efbb9e9c5 148 device_id = select_device();
EndaKilgarriff 1:af9efbb9e9c5 149
EndaKilgarriff 1:af9efbb9e9c5 150 connected = adt7420_init(&device, init_params);
EndaKilgarriff 1:af9efbb9e9c5 151
EndaKilgarriff 1:af9efbb9e9c5 152 if (connected != SUCCESS) {
EndaKilgarriff 1:af9efbb9e9c5 153 pc.printf("\n\n Connection to device failed :(\n");
EndaKilgarriff 1:af9efbb9e9c5 154 pc.printf(" ...Restarting application... \n\n");
EndaKilgarriff 1:af9efbb9e9c5 155 wait(WAIT_MENU_TIME);
EndaKilgarriff 1:af9efbb9e9c5 156 microcontroller_reset();
EndaKilgarriff 1:af9efbb9e9c5 157 } else {
EndaKilgarriff 1:af9efbb9e9c5 158 pc.printf("\n\n Connection to device succeeded!\n");
EndaKilgarriff 1:af9efbb9e9c5 159 }
EndaKilgarriff 1:af9efbb9e9c5 160
EndaKilgarriff 1:af9efbb9e9c5 161 while (connected == SUCCESS) {
EndaKilgarriff 1:af9efbb9e9c5 162 menu_select = 0;
EndaKilgarriff 1:af9efbb9e9c5 163 print_active_device(device_id);
EndaKilgarriff 1:af9efbb9e9c5 164 print_prompt();
EndaKilgarriff 1:af9efbb9e9c5 165
EndaKilgarriff 1:af9efbb9e9c5 166 if (get_menu_select(&menu_select) == FAILURE)
EndaKilgarriff 1:af9efbb9e9c5 167 pc.printf("\n***** Returning to main menu *****\n");
EndaKilgarriff 1:af9efbb9e9c5 168 else {
EndaKilgarriff 1:af9efbb9e9c5 169 switch (menu_select) {
EndaKilgarriff 1:af9efbb9e9c5 170 case 1:
EndaKilgarriff 1:af9efbb9e9c5 171 read_temperature();
EndaKilgarriff 1:af9efbb9e9c5 172 break;
EndaKilgarriff 1:af9efbb9e9c5 173 case 2:
EndaKilgarriff 1:af9efbb9e9c5 174 set_resolution();
EndaKilgarriff 1:af9efbb9e9c5 175 break;
EndaKilgarriff 1:af9efbb9e9c5 176 case 3:
EndaKilgarriff 1:af9efbb9e9c5 177 set_op_mode();
EndaKilgarriff 1:af9efbb9e9c5 178 break;
EndaKilgarriff 1:af9efbb9e9c5 179 case 4:
EndaKilgarriff 1:af9efbb9e9c5 180 bunch_of_temps();
EndaKilgarriff 1:af9efbb9e9c5 181 break;
EndaKilgarriff 1:af9efbb9e9c5 182 case 5:
EndaKilgarriff 1:af9efbb9e9c5 183 readback_reg();
EndaKilgarriff 1:af9efbb9e9c5 184 break;
EndaKilgarriff 1:af9efbb9e9c5 185 case 6:
EndaKilgarriff 1:af9efbb9e9c5 186 reset_interface();
EndaKilgarriff 1:af9efbb9e9c5 187 break;
EndaKilgarriff 1:af9efbb9e9c5 188 case 7:
EndaKilgarriff 1:af9efbb9e9c5 189 write_to_setpoint_reg();
EndaKilgarriff 1:af9efbb9e9c5 190 break;
EndaKilgarriff 1:af9efbb9e9c5 191 case 8:
EndaKilgarriff 1:af9efbb9e9c5 192 set_fault_queue();
EndaKilgarriff 1:af9efbb9e9c5 193 break;
EndaKilgarriff 1:af9efbb9e9c5 194 case 9:
EndaKilgarriff 1:af9efbb9e9c5 195 set_ct_int_config();
EndaKilgarriff 1:af9efbb9e9c5 196 break;
EndaKilgarriff 1:af9efbb9e9c5 197 case 10:
EndaKilgarriff 1:af9efbb9e9c5 198 /*Restore device registers to default values before restarting microcontroller*/
EndaKilgarriff 1:af9efbb9e9c5 199 reset_interface();
EndaKilgarriff 1:af9efbb9e9c5 200 microcontroller_reset();
EndaKilgarriff 1:af9efbb9e9c5 201 break;
EndaKilgarriff 1:af9efbb9e9c5 202 default:
EndaKilgarriff 1:af9efbb9e9c5 203 pc.printf("Invalid option");
EndaKilgarriff 1:af9efbb9e9c5 204 break;
EndaKilgarriff 1:af9efbb9e9c5 205 }
EndaKilgarriff 1:af9efbb9e9c5 206 }
EndaKilgarriff 1:af9efbb9e9c5 207 wait(WAIT_MENU_TIME); //wait 1 second
EndaKilgarriff 1:af9efbb9e9c5 208 }
EndaKilgarriff 1:af9efbb9e9c5 209 }
EndaKilgarriff 1:af9efbb9e9c5 210
EndaKilgarriff 1:af9efbb9e9c5 211
EndaKilgarriff 1:af9efbb9e9c5 212 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 213 * @brief Prints the title block.
EndaKilgarriff 1:af9efbb9e9c5 214 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 215 void print_title()
EndaKilgarriff 1:af9efbb9e9c5 216 {
EndaKilgarriff 1:af9efbb9e9c5 217 pc.printf("*****************************************************************\n");
EndaKilgarriff 1:af9efbb9e9c5 218 pc.printf("* EVAL-TempeSense-ARDZ Demonstration Program -- (mbed) *\n");
EndaKilgarriff 1:af9efbb9e9c5 219 pc.printf("* *\n");
EndaKilgarriff 1:af9efbb9e9c5 220 pc.printf("* This program demonstrates communication with the ADT7xx *\n");
EndaKilgarriff 1:af9efbb9e9c5 221 pc.printf("* High-Accuracy digital temperature sensor family *\n");
EndaKilgarriff 1:af9efbb9e9c5 222 pc.printf("* It will also work with both SPI & I2C versions *\n");
EndaKilgarriff 1:af9efbb9e9c5 223 pc.printf("* *\n");
EndaKilgarriff 1:af9efbb9e9c5 224 pc.printf("* Set the baud rate to 115200 select the newline terminator. *\n");
EndaKilgarriff 1:af9efbb9e9c5 225 pc.printf("*****************************************************************\n");
EndaKilgarriff 1:af9efbb9e9c5 226 }
EndaKilgarriff 1:af9efbb9e9c5 227
EndaKilgarriff 1:af9efbb9e9c5 228 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 229 * @brief Prints the "main menu" prompt to the console.
EndaKilgarriff 1:af9efbb9e9c5 230 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 231 void print_prompt()
EndaKilgarriff 1:af9efbb9e9c5 232 {
EndaKilgarriff 1:af9efbb9e9c5 233 pc.printf("\n\nCommand Summary:\n\n");
EndaKilgarriff 1:af9efbb9e9c5 234 pc.printf(" 1 -Read temperature\n");
EndaKilgarriff 1:af9efbb9e9c5 235 pc.printf(" 2 -Set resolution\n");
EndaKilgarriff 1:af9efbb9e9c5 236 pc.printf(" 3 -Set operation mode\n");
EndaKilgarriff 1:af9efbb9e9c5 237 pc.printf(" 4 -Poll temperature\n");
EndaKilgarriff 1:af9efbb9e9c5 238 pc.printf(" 5 -Read a register\n");
EndaKilgarriff 1:af9efbb9e9c5 239 pc.printf(" 6 -Reset the interface\n");
EndaKilgarriff 1:af9efbb9e9c5 240 pc.printf(" 7 -Write to a setpoint register\n");
EndaKilgarriff 1:af9efbb9e9c5 241 pc.printf(" 8 -Set Fault Queue configuration\n");
EndaKilgarriff 1:af9efbb9e9c5 242 pc.printf(" 9 -Set CT/INT polarity and mode\n");
EndaKilgarriff 1:af9efbb9e9c5 243 pc.printf(" 10 -Full System Reset\n");
EndaKilgarriff 1:af9efbb9e9c5 244 pc.printf("\n");
EndaKilgarriff 1:af9efbb9e9c5 245 }
EndaKilgarriff 1:af9efbb9e9c5 246
EndaKilgarriff 1:af9efbb9e9c5 247 static int get_menu_select(uint8_t *menu_select)
EndaKilgarriff 1:af9efbb9e9c5 248 {
EndaKilgarriff 1:af9efbb9e9c5 249 int invalid_check = pc.scanf("%d",(int *) menu_select);
EndaKilgarriff 1:af9efbb9e9c5 250 return input_check(*menu_select, 1, 10, invalid_check);
EndaKilgarriff 1:af9efbb9e9c5 251 }
EndaKilgarriff 1:af9efbb9e9c5 252
EndaKilgarriff 1:af9efbb9e9c5 253 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 254 * @brief - Select the serial interface (SPI/I2C) and device
EndaKilgarriff 1:af9efbb9e9c5 255 * based on the part family.
EndaKilgarriff 1:af9efbb9e9c5 256 * - Only one device and interface can be active.
EndaKilgarriff 1:af9efbb9e9c5 257 * Example: ADT7320 - SPI (Internal or Remote device)
EndaKilgarriff 1:af9efbb9e9c5 258 * ADT7420 - I2C (Internal or Remote device)
EndaKilgarriff 1:af9efbb9e9c5 259 *
EndaKilgarriff 1:af9efbb9e9c5 260 * @param None
EndaKilgarriff 1:af9efbb9e9c5 261 *
EndaKilgarriff 1:af9efbb9e9c5 262 * @return new_dev - Return device selected
EndaKilgarriff 1:af9efbb9e9c5 263 * Example: 1 - Internal(Main PCB)
EndaKilgarriff 1:af9efbb9e9c5 264 * 2 - Remote (External PCB)
EndaKilgarriff 1:af9efbb9e9c5 265 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 266 uint8_t select_device()
EndaKilgarriff 1:af9efbb9e9c5 267 {
EndaKilgarriff 1:af9efbb9e9c5 268 pc.printf("Please select interface by choosing a device:\n");
EndaKilgarriff 1:af9efbb9e9c5 269 pc.printf(" 1- ADT7320 (SPI)\n");
EndaKilgarriff 1:af9efbb9e9c5 270 pc.printf(" 2- ADT7420 (I2C)\n");
EndaKilgarriff 1:af9efbb9e9c5 271 pc.printf(" Select an option: ");
EndaKilgarriff 1:af9efbb9e9c5 272
EndaKilgarriff 1:af9efbb9e9c5 273 int invalid_check, new_interface = 0;
EndaKilgarriff 1:af9efbb9e9c5 274 invalid_check = pc.scanf("%d", &new_interface);
EndaKilgarriff 1:af9efbb9e9c5 275
EndaKilgarriff 1:af9efbb9e9c5 276 //Prompts for user input while correct interface is not selected
EndaKilgarriff 1:af9efbb9e9c5 277 while (input_check(new_interface, 1, 2, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 278 pc.printf("Please select interface by choosing a device:\n");
EndaKilgarriff 1:af9efbb9e9c5 279 pc.printf(" 1- ADT7320 (SPI)\n");
EndaKilgarriff 1:af9efbb9e9c5 280 pc.printf(" 2- ADT7420 (I2C)\n");
EndaKilgarriff 1:af9efbb9e9c5 281 pc.printf(" Select an option: ");
EndaKilgarriff 1:af9efbb9e9c5 282 invalid_check = pc.scanf("%d", &new_interface);
EndaKilgarriff 1:af9efbb9e9c5 283 }
EndaKilgarriff 1:af9efbb9e9c5 284 pc.printf("%d", new_interface);
EndaKilgarriff 1:af9efbb9e9c5 285
EndaKilgarriff 1:af9efbb9e9c5 286 switch (new_interface) {
EndaKilgarriff 1:af9efbb9e9c5 287 case 1:
EndaKilgarriff 1:af9efbb9e9c5 288 pc.printf(" ADT7320 sensor selected!\n\n");
EndaKilgarriff 1:af9efbb9e9c5 289 init_params.act_device = ID_ADT7320;
EndaKilgarriff 1:af9efbb9e9c5 290 break;
EndaKilgarriff 1:af9efbb9e9c5 291 case 2:
EndaKilgarriff 1:af9efbb9e9c5 292 pc.printf(" ADT7420 sensor selected!\n\n");
EndaKilgarriff 1:af9efbb9e9c5 293 init_params.act_device = ID_ADT7420;
EndaKilgarriff 1:af9efbb9e9c5 294 break;
EndaKilgarriff 1:af9efbb9e9c5 295 }
EndaKilgarriff 1:af9efbb9e9c5 296
EndaKilgarriff 1:af9efbb9e9c5 297 pc.printf("Available devices:\n");
EndaKilgarriff 1:af9efbb9e9c5 298 pc.printf(" 1- Internal (Main PCB)\n");
EndaKilgarriff 1:af9efbb9e9c5 299 pc.printf(" 2- Remote (External PCB)\n");
EndaKilgarriff 1:af9efbb9e9c5 300 pc.printf(" Select an option: ");
EndaKilgarriff 1:af9efbb9e9c5 301
EndaKilgarriff 1:af9efbb9e9c5 302 int new_dev = 0;
EndaKilgarriff 1:af9efbb9e9c5 303 invalid_check = pc.scanf("%d", &new_dev);
EndaKilgarriff 1:af9efbb9e9c5 304
EndaKilgarriff 1:af9efbb9e9c5 305 //Prompts for user input while correct device is not selected
EndaKilgarriff 1:af9efbb9e9c5 306 while (input_check(new_dev, 1, 2, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 307 pc.printf("Device select:\n");
EndaKilgarriff 1:af9efbb9e9c5 308 pc.printf(" 1- Internal (Main PCB)\n");
EndaKilgarriff 1:af9efbb9e9c5 309 pc.printf(" 2- Remote (External PCB)\n");
EndaKilgarriff 1:af9efbb9e9c5 310 pc.printf(" Select an option: ");
EndaKilgarriff 1:af9efbb9e9c5 311 invalid_check = pc.scanf("%d", &new_dev);
EndaKilgarriff 1:af9efbb9e9c5 312 }
EndaKilgarriff 1:af9efbb9e9c5 313
EndaKilgarriff 1:af9efbb9e9c5 314 pc.printf("%d", new_dev);
EndaKilgarriff 1:af9efbb9e9c5 315
EndaKilgarriff 1:af9efbb9e9c5 316 switch (new_dev) {
EndaKilgarriff 1:af9efbb9e9c5 317 case 1:
EndaKilgarriff 1:af9efbb9e9c5 318 pc.printf(" Internal sensor selected!");
EndaKilgarriff 1:af9efbb9e9c5 319 init_params.mbed_i2c_init.slave_address = INTERNAL_I2C;
EndaKilgarriff 1:af9efbb9e9c5 320 init_params.mbed_spi_init.chip_select = INTERNAL_SPI;
EndaKilgarriff 1:af9efbb9e9c5 321 break;
EndaKilgarriff 1:af9efbb9e9c5 322 case 2:
EndaKilgarriff 1:af9efbb9e9c5 323 pc.printf(" External sensor selected!");
EndaKilgarriff 1:af9efbb9e9c5 324 init_params.mbed_i2c_init.slave_address = EXTERNAL_I2C;
EndaKilgarriff 1:af9efbb9e9c5 325 init_params.mbed_spi_init.chip_select = EXTERNAL_SPI;
EndaKilgarriff 1:af9efbb9e9c5 326 break;
EndaKilgarriff 1:af9efbb9e9c5 327 }
EndaKilgarriff 1:af9efbb9e9c5 328
EndaKilgarriff 1:af9efbb9e9c5 329 return new_dev;
EndaKilgarriff 1:af9efbb9e9c5 330 }
EndaKilgarriff 1:af9efbb9e9c5 331
EndaKilgarriff 1:af9efbb9e9c5 332 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 333 * @brief - Reads and prints the temperature in Celsius Degree
EndaKilgarriff 1:af9efbb9e9c5 334 *
EndaKilgarriff 1:af9efbb9e9c5 335 * @param None
EndaKilgarriff 1:af9efbb9e9c5 336 *
EndaKilgarriff 1:af9efbb9e9c5 337 * @return - Return SUCCESS flag - currently unused.
EndaKilgarriff 1:af9efbb9e9c5 338 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 339 static uint8_t read_temperature()
EndaKilgarriff 1:af9efbb9e9c5 340 {
EndaKilgarriff 1:af9efbb9e9c5 341 float temp = adt7420_get_temperature(device);
EndaKilgarriff 1:af9efbb9e9c5 342
EndaKilgarriff 1:af9efbb9e9c5 343 pc.printf("Current temperature:%.3f C", temp);
EndaKilgarriff 1:af9efbb9e9c5 344 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 345 }
EndaKilgarriff 1:af9efbb9e9c5 346
EndaKilgarriff 1:af9efbb9e9c5 347 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 348 * @brief -Set the device resolution for 13 or 16 bits
EndaKilgarriff 1:af9efbb9e9c5 349 *
EndaKilgarriff 1:af9efbb9e9c5 350 * @param None
EndaKilgarriff 1:af9efbb9e9c5 351 *
EndaKilgarriff 1:af9efbb9e9c5 352 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 353 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 354 static uint8_t set_resolution()
EndaKilgarriff 1:af9efbb9e9c5 355 {
EndaKilgarriff 1:af9efbb9e9c5 356 pc.printf(" Available resolutions:\n");
EndaKilgarriff 1:af9efbb9e9c5 357 pc.printf(" 1- 13-bit\n");
EndaKilgarriff 1:af9efbb9e9c5 358 pc.printf(" 2- 16-bit\n");
EndaKilgarriff 1:af9efbb9e9c5 359 pc.printf(" Select an option: ");
EndaKilgarriff 1:af9efbb9e9c5 360
EndaKilgarriff 1:af9efbb9e9c5 361 int new_res, invalid_check = 0;
EndaKilgarriff 1:af9efbb9e9c5 362 invalid_check = pc.scanf("%d", &new_res);
EndaKilgarriff 1:af9efbb9e9c5 363
EndaKilgarriff 1:af9efbb9e9c5 364 if (input_check(new_res, 1, 2, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 365 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 366 } else {
EndaKilgarriff 1:af9efbb9e9c5 367 pc.printf("%d\n", new_res);
EndaKilgarriff 1:af9efbb9e9c5 368 new_res = (new_res == 1) ? 0 : 1;
EndaKilgarriff 1:af9efbb9e9c5 369 adt7420_set_resolution(device, new_res);
EndaKilgarriff 1:af9efbb9e9c5 370 pc.printf("Set resolution to %d-bit", (13 + 3 * new_res));
EndaKilgarriff 1:af9efbb9e9c5 371 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 372 }
EndaKilgarriff 1:af9efbb9e9c5 373 }
EndaKilgarriff 1:af9efbb9e9c5 374
EndaKilgarriff 1:af9efbb9e9c5 375 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 376 * @brief - Set the device operation mode
EndaKilgarriff 1:af9efbb9e9c5 377 * (Continuous conversion, One-shot, SPS, Shutdown).
EndaKilgarriff 1:af9efbb9e9c5 378 * - Consult datasheet for more information.
EndaKilgarriff 1:af9efbb9e9c5 379 *
EndaKilgarriff 1:af9efbb9e9c5 380 * @param None
EndaKilgarriff 1:af9efbb9e9c5 381 *
EndaKilgarriff 1:af9efbb9e9c5 382 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 383 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 384 static uint8_t set_op_mode()
EndaKilgarriff 1:af9efbb9e9c5 385 {
EndaKilgarriff 1:af9efbb9e9c5 386 pc.printf(" Available operation modes:\n");
EndaKilgarriff 1:af9efbb9e9c5 387 pc.printf(" 1- Continuous conversion mode (default)\n");
EndaKilgarriff 1:af9efbb9e9c5 388 pc.printf(" 2- One-shot mode\n");
EndaKilgarriff 1:af9efbb9e9c5 389 pc.printf(" 3- 1 SPS mode\n");
EndaKilgarriff 1:af9efbb9e9c5 390 pc.printf(" 4- Shutdown\n");
EndaKilgarriff 1:af9efbb9e9c5 391 pc.printf(" Select a mode: ");
EndaKilgarriff 1:af9efbb9e9c5 392
EndaKilgarriff 1:af9efbb9e9c5 393 int new_mode, invalid_check = 0;
EndaKilgarriff 1:af9efbb9e9c5 394 invalid_check = pc.scanf("%d", &new_mode);
EndaKilgarriff 1:af9efbb9e9c5 395 if (input_check(new_mode, 1, 4, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 396 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 397 } else {
EndaKilgarriff 1:af9efbb9e9c5 398 pc.printf("%d\n", new_mode);
EndaKilgarriff 1:af9efbb9e9c5 399 switch (new_mode) {
EndaKilgarriff 1:af9efbb9e9c5 400 case 1:
EndaKilgarriff 1:af9efbb9e9c5 401 adt7420_set_operation_mode(device, ADT7420_OP_MODE_CONT_CONV);
EndaKilgarriff 1:af9efbb9e9c5 402 break;
EndaKilgarriff 1:af9efbb9e9c5 403 case 2:
EndaKilgarriff 1:af9efbb9e9c5 404 /*When One shot mode is set completes one conversion and immediately goes to shutdown mode*/
EndaKilgarriff 1:af9efbb9e9c5 405 adt7420_set_operation_mode(device, ADT7420_OP_MODE_ONE_SHOT);
EndaKilgarriff 1:af9efbb9e9c5 406 pc.printf("\n One Shot mode enabled, device will enter shutdown mode once a conversion is complete.\n");
EndaKilgarriff 1:af9efbb9e9c5 407 pc.printf(" See page 10 in datasheet for details.\n");
EndaKilgarriff 1:af9efbb9e9c5 408 break;
EndaKilgarriff 1:af9efbb9e9c5 409 case 3:
EndaKilgarriff 1:af9efbb9e9c5 410 adt7420_set_operation_mode(device, ADT7420_OP_MODE_1_SPS);
EndaKilgarriff 1:af9efbb9e9c5 411 break;
EndaKilgarriff 1:af9efbb9e9c5 412 case 4:
EndaKilgarriff 1:af9efbb9e9c5 413 adt7420_set_operation_mode(device, ADT7420_OP_MODE_SHUTDOWN);
EndaKilgarriff 1:af9efbb9e9c5 414 break;
EndaKilgarriff 1:af9efbb9e9c5 415 default:
EndaKilgarriff 1:af9efbb9e9c5 416 pc.printf("Invalid option\n");
EndaKilgarriff 1:af9efbb9e9c5 417 break;
EndaKilgarriff 1:af9efbb9e9c5 418 }
EndaKilgarriff 1:af9efbb9e9c5 419 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 420 }
EndaKilgarriff 1:af9efbb9e9c5 421 }
EndaKilgarriff 1:af9efbb9e9c5 422
EndaKilgarriff 1:af9efbb9e9c5 423 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 424 * @brief - Prints poll of temperature based on the frequency of readings and
EndaKilgarriff 1:af9efbb9e9c5 425 * number of samples.
EndaKilgarriff 1:af9efbb9e9c5 426 *
EndaKilgarriff 1:af9efbb9e9c5 427 *
EndaKilgarriff 1:af9efbb9e9c5 428 * @param None
EndaKilgarriff 1:af9efbb9e9c5 429 *
EndaKilgarriff 1:af9efbb9e9c5 430 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 431 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 432 static uint8_t bunch_of_temps()
EndaKilgarriff 1:af9efbb9e9c5 433 {
EndaKilgarriff 1:af9efbb9e9c5 434 pc.printf(" Enter number of desired samples: ");
EndaKilgarriff 1:af9efbb9e9c5 435 int num_samples, invalid_check = 1;
EndaKilgarriff 1:af9efbb9e9c5 436
EndaKilgarriff 1:af9efbb9e9c5 437 invalid_check = pc.scanf("%d", &num_samples);
EndaKilgarriff 1:af9efbb9e9c5 438 if (input_check(num_samples, 1, 2000000, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 439 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 440 }
EndaKilgarriff 1:af9efbb9e9c5 441 pc.printf("%d\n", num_samples);
EndaKilgarriff 1:af9efbb9e9c5 442
EndaKilgarriff 1:af9efbb9e9c5 443 pc.printf(" Enter a desired frequency in samples/sec (max 10): ");
EndaKilgarriff 1:af9efbb9e9c5 444 int sample_freq = 1;
EndaKilgarriff 1:af9efbb9e9c5 445 invalid_check = pc.scanf("%d", &sample_freq);
EndaKilgarriff 1:af9efbb9e9c5 446 if (input_check(sample_freq, 1, 10, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 447 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 448 }
EndaKilgarriff 1:af9efbb9e9c5 449 sample_freq = constrain(sample_freq, 1, 10);
EndaKilgarriff 1:af9efbb9e9c5 450 pc.printf("%d", sample_freq);
EndaKilgarriff 1:af9efbb9e9c5 451
EndaKilgarriff 1:af9efbb9e9c5 452 uint32_t delay_sec = 1000000 / sample_freq;
EndaKilgarriff 1:af9efbb9e9c5 453
EndaKilgarriff 1:af9efbb9e9c5 454 pc.printf(" Gathering %d seconds of samples\n", num_samples/sample_freq);
EndaKilgarriff 1:af9efbb9e9c5 455 pc.printf("Press enter to continue and then press again to quit\n");
EndaKilgarriff 1:af9efbb9e9c5 456 getchar();
EndaKilgarriff 1:af9efbb9e9c5 457
EndaKilgarriff 1:af9efbb9e9c5 458 for (int i = 0; i < num_samples; i++) {
EndaKilgarriff 1:af9efbb9e9c5 459 if(pc.readable()) {
EndaKilgarriff 1:af9efbb9e9c5 460 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 461 } else {
EndaKilgarriff 1:af9efbb9e9c5 462 pc.printf(" Sample:%d: Temperature:", i + 1);
EndaKilgarriff 1:af9efbb9e9c5 463 float temp = adt7420_get_temperature(device);
EndaKilgarriff 1:af9efbb9e9c5 464 pc.printf("%.4f\n", temp);
EndaKilgarriff 1:af9efbb9e9c5 465 wait_us(delay_sec);
EndaKilgarriff 1:af9efbb9e9c5 466 }
EndaKilgarriff 1:af9efbb9e9c5 467 }
EndaKilgarriff 1:af9efbb9e9c5 468 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 469 }
EndaKilgarriff 1:af9efbb9e9c5 470
EndaKilgarriff 1:af9efbb9e9c5 471 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 472 * @brief - Reads back data store in device registers
EndaKilgarriff 1:af9efbb9e9c5 473 *
EndaKilgarriff 1:af9efbb9e9c5 474 * @param None
EndaKilgarriff 1:af9efbb9e9c5 475 *
EndaKilgarriff 1:af9efbb9e9c5 476 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 477 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 478
EndaKilgarriff 1:af9efbb9e9c5 479 static uint8_t readback_reg()
EndaKilgarriff 1:af9efbb9e9c5 480 {
EndaKilgarriff 1:af9efbb9e9c5 481 pc.printf(" Available registers:\n");
EndaKilgarriff 1:af9efbb9e9c5 482 pc.printf(" 1- Status\n");
EndaKilgarriff 1:af9efbb9e9c5 483 pc.printf(" 2- Configuration\n");
EndaKilgarriff 1:af9efbb9e9c5 484 pc.printf(" 3- Temperature\n");
EndaKilgarriff 1:af9efbb9e9c5 485 pc.printf(" 4- ID\n");
EndaKilgarriff 1:af9efbb9e9c5 486 pc.printf(" 5- Critical Temperature setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 487 pc.printf(" 6- Hysteresis Temperature setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 488 pc.printf(" 7- Temperature high setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 489 pc.printf(" 8- Temperature low setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 490 pc.printf(" Select a mode: ");
EndaKilgarriff 1:af9efbb9e9c5 491
EndaKilgarriff 1:af9efbb9e9c5 492 uint16_t read_value = 0;
EndaKilgarriff 1:af9efbb9e9c5 493 int new_mode, invalid_check = 0;
EndaKilgarriff 1:af9efbb9e9c5 494 invalid_check = pc.scanf("%d", &new_mode);
EndaKilgarriff 1:af9efbb9e9c5 495 if (input_check(new_mode, 1, 8, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 496 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 497 }
EndaKilgarriff 1:af9efbb9e9c5 498 pc.printf("%d\n", new_mode);
EndaKilgarriff 1:af9efbb9e9c5 499
EndaKilgarriff 1:af9efbb9e9c5 500 switch (new_mode) {
EndaKilgarriff 1:af9efbb9e9c5 501 case 1:
EndaKilgarriff 1:af9efbb9e9c5 502 read_value = get_register_value(device, REG_STATUS);
EndaKilgarriff 1:af9efbb9e9c5 503 break;
EndaKilgarriff 1:af9efbb9e9c5 504 case 2:
EndaKilgarriff 1:af9efbb9e9c5 505 read_value = get_register_value(device, REG_CONFIG);
EndaKilgarriff 1:af9efbb9e9c5 506 break;
EndaKilgarriff 1:af9efbb9e9c5 507 case 3:
EndaKilgarriff 1:af9efbb9e9c5 508 read_value = get_register_value(device, REG_TEMP);
EndaKilgarriff 1:af9efbb9e9c5 509 break;
EndaKilgarriff 1:af9efbb9e9c5 510 case 4:
EndaKilgarriff 1:af9efbb9e9c5 511 read_value = get_register_value(device, REG_ID);
EndaKilgarriff 1:af9efbb9e9c5 512 break;
EndaKilgarriff 1:af9efbb9e9c5 513 case 5:
EndaKilgarriff 1:af9efbb9e9c5 514 read_value = get_register_value(device, REG_T_CRIT);
EndaKilgarriff 1:af9efbb9e9c5 515 break;
EndaKilgarriff 1:af9efbb9e9c5 516 case 6:
EndaKilgarriff 1:af9efbb9e9c5 517 read_value = get_register_value(device, REG_HIST);
EndaKilgarriff 1:af9efbb9e9c5 518 break;
EndaKilgarriff 1:af9efbb9e9c5 519 case 7:
EndaKilgarriff 1:af9efbb9e9c5 520 read_value = get_register_value(device, REG_T_HIGH);
EndaKilgarriff 1:af9efbb9e9c5 521 break;
EndaKilgarriff 1:af9efbb9e9c5 522 case 8:
EndaKilgarriff 1:af9efbb9e9c5 523 read_value = get_register_value(device, REG_T_LOW);
EndaKilgarriff 1:af9efbb9e9c5 524 break;
EndaKilgarriff 1:af9efbb9e9c5 525 default:
EndaKilgarriff 1:af9efbb9e9c5 526 break;
EndaKilgarriff 1:af9efbb9e9c5 527 }
EndaKilgarriff 1:af9efbb9e9c5 528 pc.printf("Read value: 0x%x\n", read_value);
EndaKilgarriff 1:af9efbb9e9c5 529
EndaKilgarriff 1:af9efbb9e9c5 530 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 531 }
EndaKilgarriff 1:af9efbb9e9c5 532
EndaKilgarriff 1:af9efbb9e9c5 533 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 534 * @brief - Resets device interface (SPI/I2C) (power-on reset)
EndaKilgarriff 1:af9efbb9e9c5 535 *
EndaKilgarriff 1:af9efbb9e9c5 536 * @param None
EndaKilgarriff 1:af9efbb9e9c5 537 *
EndaKilgarriff 1:af9efbb9e9c5 538 * @return - Return SUCCESS flag - currently unused.
EndaKilgarriff 1:af9efbb9e9c5 539 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 540 static uint8_t reset_interface()
EndaKilgarriff 1:af9efbb9e9c5 541 {
EndaKilgarriff 1:af9efbb9e9c5 542 pc.printf(" Resetting interface...\n");
EndaKilgarriff 1:af9efbb9e9c5 543 adt7420_reset_interface(device);
EndaKilgarriff 1:af9efbb9e9c5 544 wait_us(RESET_DELAY);
EndaKilgarriff 1:af9efbb9e9c5 545 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 546 }
EndaKilgarriff 1:af9efbb9e9c5 547
EndaKilgarriff 1:af9efbb9e9c5 548 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 549 * @brief - Write to setpoint registers THIGH, TLOW, TCRIT and THYST.
EndaKilgarriff 1:af9efbb9e9c5 550 - Values entered in Celsius and rounded to a near integer value.
EndaKilgarriff 1:af9efbb9e9c5 551 *
EndaKilgarriff 1:af9efbb9e9c5 552 * @param None
EndaKilgarriff 1:af9efbb9e9c5 553 *
EndaKilgarriff 1:af9efbb9e9c5 554 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 555 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 556 static uint8_t write_to_setpoint_reg()
EndaKilgarriff 1:af9efbb9e9c5 557 {
EndaKilgarriff 1:af9efbb9e9c5 558 pc.printf(" Available registers:\n");
EndaKilgarriff 1:af9efbb9e9c5 559 pc.printf(" 1- Critical setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 560 pc.printf(" 2- Hystersis setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 561 pc.printf(" 3- Temperature high setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 562 pc.printf(" 4- Temperature low setpoint\n");
EndaKilgarriff 1:af9efbb9e9c5 563 pc.printf(" Select a mode: ");
EndaKilgarriff 1:af9efbb9e9c5 564
EndaKilgarriff 1:af9efbb9e9c5 565 int new_mode, invalid_check = 0;
EndaKilgarriff 1:af9efbb9e9c5 566 invalid_check = pc.scanf("%d", &new_mode);
EndaKilgarriff 1:af9efbb9e9c5 567 if (input_check(new_mode, 1, 4, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 568 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 569 }
EndaKilgarriff 1:af9efbb9e9c5 570 pc.printf("%d\n", new_mode);
EndaKilgarriff 1:af9efbb9e9c5 571
EndaKilgarriff 1:af9efbb9e9c5 572 float temp_c;
EndaKilgarriff 1:af9efbb9e9c5 573
EndaKilgarriff 1:af9efbb9e9c5 574 if(new_mode == 2) {
EndaKilgarriff 1:af9efbb9e9c5 575 pc.printf("Enter value to write (0 to 15) Celsius:");
EndaKilgarriff 1:af9efbb9e9c5 576 invalid_check = pc.scanf("%f", &temp_c);
EndaKilgarriff 1:af9efbb9e9c5 577 if(input_check(temp_c, MIN_HYST_TEMP, MAX_HYST_TEMP, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 578 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 579 }
EndaKilgarriff 1:af9efbb9e9c5 580 } else {
EndaKilgarriff 1:af9efbb9e9c5 581 pc.printf("Enter value to write (in Celsius):");
EndaKilgarriff 1:af9efbb9e9c5 582 invalid_check = pc.scanf("%f", &temp_c);
EndaKilgarriff 1:af9efbb9e9c5 583 if(input_check(temp_c, TEMP_MIN, TEMP_MAX, invalid_check) == FAILURE){
EndaKilgarriff 1:af9efbb9e9c5 584 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 585 }
EndaKilgarriff 1:af9efbb9e9c5 586 }
EndaKilgarriff 1:af9efbb9e9c5 587
EndaKilgarriff 1:af9efbb9e9c5 588 pc.printf(" %.2f", temp_c);
EndaKilgarriff 1:af9efbb9e9c5 589
EndaKilgarriff 1:af9efbb9e9c5 590 int16_t write_value;
EndaKilgarriff 1:af9efbb9e9c5 591
EndaKilgarriff 1:af9efbb9e9c5 592 if(new_mode == 2)
EndaKilgarriff 1:af9efbb9e9c5 593 write_value = round(temp_c);
EndaKilgarriff 1:af9efbb9e9c5 594 else
EndaKilgarriff 1:af9efbb9e9c5 595 write_value = round(128 * temp_c);
EndaKilgarriff 1:af9efbb9e9c5 596
EndaKilgarriff 1:af9efbb9e9c5 597 switch (new_mode) {
EndaKilgarriff 1:af9efbb9e9c5 598 case 1:
EndaKilgarriff 1:af9efbb9e9c5 599 if (adt7420_wr_setpoint_reg(device, REG_T_CRIT, write_value) == SUCCESS)
EndaKilgarriff 1:af9efbb9e9c5 600 pc.printf("\n0x%x successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 601 else
EndaKilgarriff 1:af9efbb9e9c5 602 pc.printf("\n0x%x NOT successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 603 break;
EndaKilgarriff 1:af9efbb9e9c5 604 case 2:
EndaKilgarriff 1:af9efbb9e9c5 605 if (adt7420_wr_setpoint_reg(device, REG_HIST, write_value) == SUCCESS)
EndaKilgarriff 1:af9efbb9e9c5 606 pc.printf("\n0x%x successfuly written (bits 7:4 are fixed at 0)\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 607 else
EndaKilgarriff 1:af9efbb9e9c5 608 pc.printf("\n0x%x NOT successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 609 break;
EndaKilgarriff 1:af9efbb9e9c5 610 case 3:
EndaKilgarriff 1:af9efbb9e9c5 611 if (adt7420_wr_setpoint_reg(device, REG_T_HIGH, write_value) == SUCCESS)
EndaKilgarriff 1:af9efbb9e9c5 612 pc.printf("\n0x%x successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 613 else
EndaKilgarriff 1:af9efbb9e9c5 614 pc.printf("\n0x%x NOT successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 615 break;
EndaKilgarriff 1:af9efbb9e9c5 616 case 4:
EndaKilgarriff 1:af9efbb9e9c5 617 if (adt7420_wr_setpoint_reg(device, REG_T_LOW, write_value) == SUCCESS)
EndaKilgarriff 1:af9efbb9e9c5 618 pc.printf("\n0x%x successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 619 else
EndaKilgarriff 1:af9efbb9e9c5 620 pc.printf("\n0x%x NOT successfuly written\n", write_value);
EndaKilgarriff 1:af9efbb9e9c5 621 break;
EndaKilgarriff 1:af9efbb9e9c5 622 default:
EndaKilgarriff 1:af9efbb9e9c5 623 pc.printf("Invalid selection - try again.\n");
EndaKilgarriff 1:af9efbb9e9c5 624 wait(2);
EndaKilgarriff 1:af9efbb9e9c5 625 break;
EndaKilgarriff 1:af9efbb9e9c5 626 }
EndaKilgarriff 1:af9efbb9e9c5 627 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 628 }
EndaKilgarriff 1:af9efbb9e9c5 629
EndaKilgarriff 1:af9efbb9e9c5 630 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 631 * @brief - Set the number of undertemperature/overtemperature faults
EndaKilgarriff 1:af9efbb9e9c5 632 * that can occur before setting the INT and CT output pins
EndaKilgarriff 1:af9efbb9e9c5 633 *
EndaKilgarriff 1:af9efbb9e9c5 634 * @param None
EndaKilgarriff 1:af9efbb9e9c5 635 *
EndaKilgarriff 1:af9efbb9e9c5 636 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 637 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 638 static uint8_t set_fault_queue()
EndaKilgarriff 1:af9efbb9e9c5 639 {
EndaKilgarriff 1:af9efbb9e9c5 640 pc.printf(" Available fault queue options:\n");
EndaKilgarriff 1:af9efbb9e9c5 641 pc.printf(" 1- 1 fault (default) \n");
EndaKilgarriff 1:af9efbb9e9c5 642 pc.printf(" 2- 2 faults\n");
EndaKilgarriff 1:af9efbb9e9c5 643 pc.printf(" 3- 3 faults\n");
EndaKilgarriff 1:af9efbb9e9c5 644 pc.printf(" 4- 4 faults\n");
EndaKilgarriff 1:af9efbb9e9c5 645 pc.printf(" Select a mode: ");
EndaKilgarriff 1:af9efbb9e9c5 646
EndaKilgarriff 1:af9efbb9e9c5 647 int new_fault, invalid_check = 0;
EndaKilgarriff 1:af9efbb9e9c5 648 invalid_check = pc.scanf("%d", &new_fault);
EndaKilgarriff 1:af9efbb9e9c5 649 if (input_check(new_fault, 1, 4, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 650 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 651 } else {
EndaKilgarriff 1:af9efbb9e9c5 652 pc.printf("%d\n", new_fault);
EndaKilgarriff 1:af9efbb9e9c5 653
EndaKilgarriff 1:af9efbb9e9c5 654 switch (new_fault)
EndaKilgarriff 1:af9efbb9e9c5 655 {
EndaKilgarriff 1:af9efbb9e9c5 656 case 1:
EndaKilgarriff 1:af9efbb9e9c5 657 adt7420_set_fault_queue(device, ADT7420_FAULT_QUEUE_1_FAULT);
EndaKilgarriff 1:af9efbb9e9c5 658 break;
EndaKilgarriff 1:af9efbb9e9c5 659 case 2:
EndaKilgarriff 1:af9efbb9e9c5 660 adt7420_set_fault_queue(device, ADT7420_FAULT_QUEUE_2_FAULTS);
EndaKilgarriff 1:af9efbb9e9c5 661 break;
EndaKilgarriff 1:af9efbb9e9c5 662 case 3:
EndaKilgarriff 1:af9efbb9e9c5 663 adt7420_set_fault_queue(device, ADT7420_FAULT_QUEUE_3_FAULTS);
EndaKilgarriff 1:af9efbb9e9c5 664 break;
EndaKilgarriff 1:af9efbb9e9c5 665 case 4:
EndaKilgarriff 1:af9efbb9e9c5 666 adt7420_set_fault_queue(device, ADT7420_FAULT_QUEUE_4_FAULTS);
EndaKilgarriff 1:af9efbb9e9c5 667 break;
EndaKilgarriff 1:af9efbb9e9c5 668 default:
EndaKilgarriff 1:af9efbb9e9c5 669 pc.printf("Invalid option\n");
EndaKilgarriff 1:af9efbb9e9c5 670 break;
EndaKilgarriff 1:af9efbb9e9c5 671 } return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 672 }
EndaKilgarriff 1:af9efbb9e9c5 673 }
EndaKilgarriff 1:af9efbb9e9c5 674
EndaKilgarriff 1:af9efbb9e9c5 675 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 676 * @brief - Set INT/CT Outputs pins to Comparator or Interrupt mode
EndaKilgarriff 1:af9efbb9e9c5 677 *
EndaKilgarriff 1:af9efbb9e9c5 678 * @param None
EndaKilgarriff 1:af9efbb9e9c5 679 *
EndaKilgarriff 1:af9efbb9e9c5 680 * @return - Return SUCCESS/FAILURE flags
EndaKilgarriff 1:af9efbb9e9c5 681 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 682 static uint8_t set_ct_int_config()
EndaKilgarriff 1:af9efbb9e9c5 683 {
EndaKilgarriff 1:af9efbb9e9c5 684 int new_polarity = 0;
EndaKilgarriff 1:af9efbb9e9c5 685 int new_mode, invalid_check = 0;
EndaKilgarriff 1:af9efbb9e9c5 686
EndaKilgarriff 1:af9efbb9e9c5 687 pc.printf(" Choose INT/CT mode:\n");
EndaKilgarriff 1:af9efbb9e9c5 688 pc.printf(" 1- Interrupt (default) \n");
EndaKilgarriff 1:af9efbb9e9c5 689 pc.printf(" 2- Comparator \n");
EndaKilgarriff 1:af9efbb9e9c5 690 pc.printf(" Select a mode: ");
EndaKilgarriff 1:af9efbb9e9c5 691 invalid_check = pc.scanf("%d", &new_mode);
EndaKilgarriff 1:af9efbb9e9c5 692 if (input_check(new_mode, 1, 2, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 693 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 694 } else {
EndaKilgarriff 1:af9efbb9e9c5 695 pc.printf("%d\n", new_mode);
EndaKilgarriff 1:af9efbb9e9c5 696 new_mode = (new_mode == 1) ? 0 : 1;
EndaKilgarriff 1:af9efbb9e9c5 697 adt7420_set_ct_int_mode(device, new_mode);
EndaKilgarriff 1:af9efbb9e9c5 698 }
EndaKilgarriff 1:af9efbb9e9c5 699
EndaKilgarriff 1:af9efbb9e9c5 700 pc.printf("\n Set output polarity for Critical and Over/Under Temperature pin:\n");
EndaKilgarriff 1:af9efbb9e9c5 701 pc.printf(" (Feature available only for internal sensors).\n");
EndaKilgarriff 1:af9efbb9e9c5 702
EndaKilgarriff 1:af9efbb9e9c5 703 if(init_params.mbed_i2c_init.slave_address == INTERNAL_I2C ||
EndaKilgarriff 1:af9efbb9e9c5 704 init_params.mbed_spi_init.chip_select == INTERNAL_SPI) {
EndaKilgarriff 1:af9efbb9e9c5 705
EndaKilgarriff 1:af9efbb9e9c5 706 pc.printf(" 1- Active Low (default) \n");
EndaKilgarriff 1:af9efbb9e9c5 707 pc.printf(" 2- Active High\n");
EndaKilgarriff 1:af9efbb9e9c5 708 pc.printf(" Select a mode: ");
EndaKilgarriff 1:af9efbb9e9c5 709
EndaKilgarriff 1:af9efbb9e9c5 710 invalid_check = pc.scanf("%d", &new_polarity);
EndaKilgarriff 1:af9efbb9e9c5 711 if (input_check(new_polarity, 1, 2, invalid_check) == FAILURE) {
EndaKilgarriff 1:af9efbb9e9c5 712 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 713 } else {
EndaKilgarriff 1:af9efbb9e9c5 714 pc.printf("%d\n", new_polarity);
EndaKilgarriff 1:af9efbb9e9c5 715 new_polarity = (new_polarity == 1) ? 0 : 1;
EndaKilgarriff 1:af9efbb9e9c5 716 adt7420_set_ct_int_polarity(device, new_polarity);
EndaKilgarriff 1:af9efbb9e9c5 717 }
EndaKilgarriff 1:af9efbb9e9c5 718 }
EndaKilgarriff 1:af9efbb9e9c5 719 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 720 }
EndaKilgarriff 1:af9efbb9e9c5 721
EndaKilgarriff 1:af9efbb9e9c5 722 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 723 * @brief Reset microcontroller
EndaKilgarriff 1:af9efbb9e9c5 724 *
EndaKilgarriff 1:af9efbb9e9c5 725 * @param None
EndaKilgarriff 1:af9efbb9e9c5 726 *
EndaKilgarriff 1:af9efbb9e9c5 727 * @return None.
EndaKilgarriff 1:af9efbb9e9c5 728 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 729 static void microcontroller_reset()
EndaKilgarriff 1:af9efbb9e9c5 730 {
EndaKilgarriff 1:af9efbb9e9c5 731 NVIC_SystemReset();
EndaKilgarriff 1:af9efbb9e9c5 732 }
EndaKilgarriff 1:af9efbb9e9c5 733
EndaKilgarriff 1:af9efbb9e9c5 734 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 735 * @brief Prints the active device every time the main menu is redrawn
EndaKilgarriff 1:af9efbb9e9c5 736 *
EndaKilgarriff 1:af9efbb9e9c5 737 * @param external_internal_selection - External or Internal Chip Selected
EndaKilgarriff 1:af9efbb9e9c5 738 *
EndaKilgarriff 1:af9efbb9e9c5 739 * @return None.
EndaKilgarriff 1:af9efbb9e9c5 740 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 741 static void print_active_device(int external_internal_selection)
EndaKilgarriff 1:af9efbb9e9c5 742 {
EndaKilgarriff 1:af9efbb9e9c5 743 const char* devices[7] = { "\n\n Active Device: ADT7410 I2C" ,
EndaKilgarriff 1:af9efbb9e9c5 744 "\n\n Active Device: ADT7420 I2C",
EndaKilgarriff 1:af9efbb9e9c5 745 "\n\n Active Device: ADT7422 I2C",
EndaKilgarriff 1:af9efbb9e9c5 746 "\n\n Active Device: ADT7310 SPI",
EndaKilgarriff 1:af9efbb9e9c5 747 "\n\n Active Device: ADT7311 SPI",
EndaKilgarriff 1:af9efbb9e9c5 748 "\n\n Active Device: ADT7312 SPI",
EndaKilgarriff 1:af9efbb9e9c5 749 "\n\n Active Device: ADT7320 SPI"};
EndaKilgarriff 1:af9efbb9e9c5 750
EndaKilgarriff 1:af9efbb9e9c5 751 const char* external_internal_print[] = {" - Internal Chip \n",
EndaKilgarriff 1:af9efbb9e9c5 752 " - External Chip \n" };
EndaKilgarriff 1:af9efbb9e9c5 753
EndaKilgarriff 1:af9efbb9e9c5 754 pc.printf("%s %s", devices[init_params.act_device], external_internal_print[external_internal_selection - 1]);
EndaKilgarriff 1:af9efbb9e9c5 755 }
EndaKilgarriff 1:af9efbb9e9c5 756
EndaKilgarriff 1:af9efbb9e9c5 757 /***************************************************************************//**
EndaKilgarriff 1:af9efbb9e9c5 758 * @brief Checks is an input is a digit and within valid range
EndaKilgarriff 1:af9efbb9e9c5 759 *
EndaKilgarriff 1:af9efbb9e9c5 760 * @param input_val - Value inputed by user
EndaKilgarriff 1:af9efbb9e9c5 761 * @param lowest_accepted_val - Lowest acceptable value
EndaKilgarriff 1:af9efbb9e9c5 762 * @param highest_accepted_val - Highest acceptable value
EndaKilgarriff 1:af9efbb9e9c5 763 * @param invalid_check - Checks if unexpected type of data was entered in scanf
EndaKilgarriff 1:af9efbb9e9c5 764 *
EndaKilgarriff 1:af9efbb9e9c5 765 * @return SUCCESS/FAILURE Flags.
EndaKilgarriff 1:af9efbb9e9c5 766 *******************************************************************************/
EndaKilgarriff 1:af9efbb9e9c5 767 static int input_check(int input_val,
EndaKilgarriff 1:af9efbb9e9c5 768 int lowest_accepted_val,
EndaKilgarriff 1:af9efbb9e9c5 769 int highest_accepted_val,
EndaKilgarriff 1:af9efbb9e9c5 770 int invalid_check)
EndaKilgarriff 1:af9efbb9e9c5 771 {
EndaKilgarriff 1:af9efbb9e9c5 772 if(invalid_check == 0 || input_val < lowest_accepted_val || input_val > highest_accepted_val) {
EndaKilgarriff 1:af9efbb9e9c5 773 pc.printf("\n\n***** Invalid entry: No changes made *****\n");
EndaKilgarriff 1:af9efbb9e9c5 774 wait(WAIT_MENU_TIME);
EndaKilgarriff 1:af9efbb9e9c5 775 return FAILURE;
EndaKilgarriff 1:af9efbb9e9c5 776 }
EndaKilgarriff 1:af9efbb9e9c5 777 return SUCCESS;
EndaKilgarriff 1:af9efbb9e9c5 778 }