Analog Devices / Mbed OS EVAL-AD5770R

Example program for EVAL-AD5770R

Dependencies:   adi_console_menu platform_drivers

app/ad5770r_console_app.c@5:f3d7cf95cd8f, 2021-08-03 (annotated)

Committer:
Kjansen
Date:
Tue Aug 03 17:34:58 2021 +0100
Revision:
5:f3d7cf95cd8f
Parent:
3:8a6aa77aba73 
No-OS Adoption Changes:



* Updated the .lib files for adoption of no-OS repository as-is.

* Replaced platform_drivers.h with required header files.

* Updated the copyright year.

* Indentation fixes.



Mbed OS update changes:

1) Added the mbed_app.json file with custom parameters.

2) Updated the mbed-os version to 6.8.0



Updated the readme file.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
mbradley 1:63c505e13da4 1 /*!
mbradley 1:63c505e13da4 2 *****************************************************************************
mbradley 1:63c505e13da4 3 @file: ad5770r_console_app.c
mbradley 1:63c505e13da4 4
mbradley 1:63c505e13da4 5 @brief: Implementation for the menu functions that handle the AD5770R
mbradley 1:63c505e13da4 6
mbradley 1:63c505e13da4 7 @details:
mbradley 1:63c505e13da4 8 -----------------------------------------------------------------------------
mbradley 1:63c505e13da4 9 *
Kjansen 5:f3d7cf95cd8f 10 Copyright (c) 2020-2021 Analog Devices, Inc. All Rights Reserved.
mbradley 1:63c505e13da4 11
mbradley 1:63c505e13da4 12 This software is proprietary to Analog Devices, Inc. and its licensors.
mbradley 1:63c505e13da4 13 By using this software you agree to the terms of the associated
mbradley 1:63c505e13da4 14 Analog Devices Software License Agreement.
mbradley 1:63c505e13da4 15 ******************************************************************************/
mbradley 1:63c505e13da4 16
mbradley 1:63c505e13da4 17 /* includes */
mbradley 1:63c505e13da4 18 #include <stdio.h>
mbradley 1:63c505e13da4 19 #include <stdlib.h>
mbradley 1:63c505e13da4 20 #include <string.h>
mbradley 1:63c505e13da4 21 #include <stdbool.h>
mbradley 1:63c505e13da4 22 #include <stdint.h>
mbradley 1:63c505e13da4 23 #include <assert.h>
mbradley 1:63c505e13da4 24
mbradley 1:63c505e13da4 25 #include "app_config.h"
mbradley 1:63c505e13da4 26
Kjansen 5:f3d7cf95cd8f 27 #include "delay.h"
Kjansen 5:f3d7cf95cd8f 28 #include "error.h"
Kjansen 5:f3d7cf95cd8f 29 #include "gpio.h"
Kjansen 5:f3d7cf95cd8f 30 #include "spi.h"
mbradley 1:63c505e13da4 31 #include "platform_support.h"
mbradley 1:63c505e13da4 32 #include "ad5770r.h"
mbradley 1:63c505e13da4 33
mbradley 1:63c505e13da4 34 #include "ad5770r_console_app.h"
mbradley 1:63c505e13da4 35 #include "ad5770r_user_config.h"
mbradley 1:63c505e13da4 36 #include "ad5770r_reset_config.h"
mbradley 1:63c505e13da4 37
mbradley 1:63c505e13da4 38 /* defines */
mbradley 1:63c505e13da4 39 #define TOGGLE_MUX_BUFFER 1000
mbradley 1:63c505e13da4 40 #define TOGGLE_DIODE_EXT_BIAS 1001
mbradley 1:63c505e13da4 41 #define MENU_CHANNEL_OFFSET 100
mbradley 1:63c505e13da4 42
mbradley 1:63c505e13da4 43 /* Private Variables */
mbradley 1:63c505e13da4 44 static struct ad5770r_dev * pAd5770r_dev = NULL;
mbradley 1:63c505e13da4 45
mbradley 1:63c505e13da4 46 static struct ad5770r_channel_switches sw_ldac_shadow;
mbradley 1:63c505e13da4 47
mbradley 1:63c505e13da4 48 // GPIO descriptor and init parameters for the HW LDACB pin
mbradley 1:63c505e13da4 49 static gpio_desc * hw_ldacb_desc = NULL;
mbradley 1:63c505e13da4 50 static gpio_init_param hw_ldacb_init_param = { HW_LDACB, NULL };
mbradley 1:63c505e13da4 51
mbradley 1:63c505e13da4 52
mbradley 1:63c505e13da4 53 // Forward Declaration
mbradley 1:63c505e13da4 54 static console_menu general_configuration_menu;
mbradley 1:63c505e13da4 55 static console_menu monitor_setup_menu;
mbradley 1:63c505e13da4 56 static console_menu dac_channel_configuration_menu;
mbradley 1:63c505e13da4 57 static console_menu dac_operations_menu;
mbradley 1:63c505e13da4 58
mbradley 1:63c505e13da4 59 // Public Functions
mbradley 1:63c505e13da4 60
mbradley 1:63c505e13da4 61 /*!
mbradley 1:63c505e13da4 62 * @brief Initialize the AD7124 device and the SPI port as required
mbradley 1:63c505e13da4 63 *
mbradley 1:63c505e13da4 64 * @details This resets and then writes the default register map value to
mbradley 1:63c505e13da4 65 * the device. A call to init the SPI port is made, but may not
mbradley 1:63c505e13da4 66 * actually do very much, depending on the platform
mbradley 1:63c505e13da4 67 */
mbradley 1:63c505e13da4 68 int32_t ad5770r_app_initialize(void)
mbradley 1:63c505e13da4 69 {
mbradley 1:63c505e13da4 70
mbradley 1:63c505e13da4 71 // Create a new descriptor for HW LDACB
mbradley 1:63c505e13da4 72 if(gpio_get(&hw_ldacb_desc, &hw_ldacb_init_param) == FAILURE) {
mbradley 1:63c505e13da4 73 return FAILURE;
mbradley 1:63c505e13da4 74 }
mbradley 1:63c505e13da4 75
mbradley 1:63c505e13da4 76 // Set the direction of HW LDACB
mbradley 1:63c505e13da4 77 if((gpio_direction_output(hw_ldacb_desc, GPIO_OUT)) == FAILURE) {
mbradley 1:63c505e13da4 78 return FAILURE;
mbradley 1:63c505e13da4 79 }
mbradley 1:63c505e13da4 80
mbradley 1:63c505e13da4 81 // Set the default output state of HW LDACB
mbradley 1:63c505e13da4 82 if((gpio_set_value(hw_ldacb_desc, GPIO_HIGH)) == FAILURE) {
mbradley 1:63c505e13da4 83 return FAILURE;
mbradley 1:63c505e13da4 84 }
mbradley 1:63c505e13da4 85
mbradley 1:63c505e13da4 86 return(ad5770r_init(&pAd5770r_dev, &ad5770r_user_param));
mbradley 1:63c505e13da4 87 }
mbradley 1:63c505e13da4 88
mbradley 1:63c505e13da4 89 // Private Functions
mbradley 1:63c505e13da4 90
mbradley 1:63c505e13da4 91 /**
mbradley 1:63c505e13da4 92 * Performs a software reset.
mbradley 1:63c505e13da4 93 * @param dev - The device structure.
mbradley 1:63c505e13da4 94 * @return SUCCESS in case of success, negative error code otherwise.
mbradley 1:63c505e13da4 95 */
mbradley 1:63c505e13da4 96 int32_t ad5770r_software_reset(struct ad5770r_dev *dev)
mbradley 1:63c505e13da4 97 {
mbradley 1:63c505e13da4 98 int32_t ret;
mbradley 1:63c505e13da4 99
mbradley 1:63c505e13da4 100 if (!dev)
mbradley 1:63c505e13da4 101 return FAILURE;
mbradley 1:63c505e13da4 102
mbradley 1:63c505e13da4 103 ret = ad5770r_spi_reg_write(dev,
mbradley 1:63c505e13da4 104 AD5770R_INTERFACE_CONFIG_A,
mbradley 1:63c505e13da4 105 AD5770R_INTERFACE_CONFIG_A_SW_RESET_MSK |
mbradley 1:63c505e13da4 106 AD5770R_INTERFACE_CONFIG_A_ADDR_ASCENSION_MSB(
mbradley 1:63c505e13da4 107 dev->dev_spi_settings.addr_ascension));
mbradley 1:63c505e13da4 108
mbradley 1:63c505e13da4 109 if (ret)
mbradley 1:63c505e13da4 110 return ret;
mbradley 1:63c505e13da4 111
mbradley 1:63c505e13da4 112 // Save the spi_desc pointer field
mbradley 1:63c505e13da4 113 spi_desc * spi_interface = dev->spi_desc;
mbradley 1:63c505e13da4 114 // Copy over the reset state of the device
mbradley 1:63c505e13da4 115 memcpy(dev, &ad5770r_dev_reset, sizeof(ad5770r_dev_reset));
mbradley 1:63c505e13da4 116 // Restore the spi_desc pointer field
mbradley 1:63c505e13da4 117 dev->spi_desc = spi_interface;
mbradley 1:63c505e13da4 118
mbradley 1:63c505e13da4 119 return ret;
mbradley 1:63c505e13da4 120 }
mbradley 1:63c505e13da4 121
mbradley 1:63c505e13da4 122 /*
mbradley 1:63c505e13da4 123 * @brief Sends a reset command on the SPI to reset the device
mbradley 1:63c505e13da4 124 *
mbradley 1:63c505e13da4 125 * @details
mbradley 1:63c505e13da4 126 */
mbradley 1:63c505e13da4 127 static int32_t do_software_reset(uint32_t id)
mbradley 1:63c505e13da4 128 {
mbradley 1:63c505e13da4 129 int32_t ret;
mbradley 1:63c505e13da4 130
mbradley 1:63c505e13da4 131 if ((ret = ad5770r_software_reset(pAd5770r_dev)) == SUCCESS) {
mbradley 1:63c505e13da4 132 printf(EOL " --- Software Reset Succeeded ---" EOL);
mbradley 1:63c505e13da4 133 } else {
mbradley 1:63c505e13da4 134 printf(EOL " *** Software Reset Failure: %d ***" EOL, ret);
mbradley 1:63c505e13da4 135 }
mbradley 1:63c505e13da4 136 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 137 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 138 }
mbradley 1:63c505e13da4 139
mbradley 1:63c505e13da4 140 /*
mbradley 1:63c505e13da4 141 * @brief Creates and initializes a device with user configuration
mbradley 1:63c505e13da4 142 *
mbradley 1:63c505e13da4 143 * @details
mbradley 1:63c505e13da4 144 */
mbradley 1:63c505e13da4 145 static int32_t do_device_init(uint32_t id)
mbradley 1:63c505e13da4 146 {
mbradley 1:63c505e13da4 147
mbradley 1:63c505e13da4 148 if (ad5770r_init(&pAd5770r_dev, &ad5770r_user_param) == SUCCESS) {
mbradley 1:63c505e13da4 149 } else {
mbradley 1:63c505e13da4 150 printf("\n\r *** Error device init ***\n\r");
mbradley 1:63c505e13da4 151 }
mbradley 1:63c505e13da4 152
mbradley 1:63c505e13da4 153 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 154 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 155 }
mbradley 1:63c505e13da4 156
mbradley 1:63c505e13da4 157 /*
mbradley 1:63c505e13da4 158 * @brief Removes the device from memory
mbradley 1:63c505e13da4 159 *
mbradley 1:63c505e13da4 160 * @details
mbradley 1:63c505e13da4 161 */
mbradley 1:63c505e13da4 162 static int32_t do_device_remove(uint32_t id)
mbradley 1:63c505e13da4 163 {
mbradley 3:8a6aa77aba73 164 if (ad5770r_remove(pAd5770r_dev) != SUCCESS) {
mbradley 1:63c505e13da4 165 printf("\n\r *** Error doing device remove ***\n\r");
mbradley 1:63c505e13da4 166 }
mbradley 1:63c505e13da4 167
Kjansen 5:f3d7cf95cd8f 168 pAd5770r_dev = NULL;
mbradley 3:8a6aa77aba73 169
mbradley 1:63c505e13da4 170 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 171 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 172 }
mbradley 1:63c505e13da4 173
mbradley 1:63c505e13da4 174 /*!
mbradley 1:63c505e13da4 175 * @brief toggles the int/ext ref resistor option
mbradley 1:63c505e13da4 176 *
mbradley 1:63c505e13da4 177 * @details
mbradley 1:63c505e13da4 178 */
mbradley 1:63c505e13da4 179 static int32_t do_toggle_ref_resistor(uint32_t id)
mbradley 1:63c505e13da4 180 {
mbradley 1:63c505e13da4 181 int32_t status;
mbradley 1:63c505e13da4 182
mbradley 1:63c505e13da4 183 if ((status = ad5770r_set_reference(pAd5770r_dev,
mbradley 1:63c505e13da4 184 !pAd5770r_dev->external_reference,
mbradley 1:63c505e13da4 185 pAd5770r_dev->reference_selector)) != SUCCESS) {
mbradley 1:63c505e13da4 186 printf(EOL " *** Error toggling ref resistor setting: %d" EOL, status);
mbradley 1:63c505e13da4 187 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 188 }
mbradley 1:63c505e13da4 189
mbradley 1:63c505e13da4 190 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 191 }
mbradley 1:63c505e13da4 192
mbradley 1:63c505e13da4 193
mbradley 1:63c505e13da4 194 /*!
mbradley 1:63c505e13da4 195 * @brief sets the int/ext refer configuration options
mbradley 1:63c505e13da4 196 *
mbradley 1:63c505e13da4 197 * @details
mbradley 1:63c505e13da4 198 */
mbradley 1:63c505e13da4 199 static int32_t do_set_reference(uint32_t ref_option)
mbradley 1:63c505e13da4 200 {
mbradley 1:63c505e13da4 201 int32_t status;
mbradley 1:63c505e13da4 202
mbradley 1:63c505e13da4 203 if ((status = ad5770r_set_reference(pAd5770r_dev,
mbradley 1:63c505e13da4 204 pAd5770r_dev->external_reference,
mbradley 1:63c505e13da4 205 (enum ad5770r_reference_voltage)ref_option)) != SUCCESS) {
mbradley 1:63c505e13da4 206 printf(EOL " *** Error toggling ref resistor setting: %d" EOL, status);
mbradley 1:63c505e13da4 207 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 208 }
mbradley 1:63c505e13da4 209
mbradley 1:63c505e13da4 210 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 211 }
mbradley 1:63c505e13da4 212
mbradley 1:63c505e13da4 213 /*!
mbradley 1:63c505e13da4 214 * @brief Sets the Alarm Menu option bits
mbradley 1:63c505e13da4 215 *
mbradley 1:63c505e13da4 216 * @details
mbradley 1:63c505e13da4 217 */
mbradley 1:63c505e13da4 218 static int32_t do_set_alarm(uint32_t alarm_id)
mbradley 1:63c505e13da4 219 {
mbradley 1:63c505e13da4 220 int32_t status;
mbradley 1:63c505e13da4 221 struct ad5770r_alarm_cfg alarm_config;
mbradley 1:63c505e13da4 222
mbradley 1:63c505e13da4 223 alarm_config = pAd5770r_dev->alarm_config;
mbradley 1:63c505e13da4 224
mbradley 1:63c505e13da4 225 switch(alarm_id) {
mbradley 1:63c505e13da4 226 case AD5770R_ALARM_CONFIG_OPEN_DRAIN_EN(1):
mbradley 1:63c505e13da4 227 alarm_config.open_drain_en = !alarm_config.open_drain_en;
mbradley 1:63c505e13da4 228 break;
mbradley 1:63c505e13da4 229 case AD5770R_ALARM_CONFIG_THERMAL_SHUTDOWN_EN(1):
mbradley 1:63c505e13da4 230 alarm_config.thermal_shutdown_en = !alarm_config.thermal_shutdown_en;
mbradley 1:63c505e13da4 231 break;
mbradley 1:63c505e13da4 232 case AD5770R_ALARM_CONFIG_BACKGROUND_CRC_EN(1):
mbradley 1:63c505e13da4 233 alarm_config.background_crc_en = !alarm_config.background_crc_en;
mbradley 1:63c505e13da4 234 break;
mbradley 1:63c505e13da4 235 case AD5770R_ALARM_CONFIG_TEMP_WARNING_ALARM_MASK(1):
mbradley 1:63c505e13da4 236 alarm_config.temp_warning_msk = !alarm_config.temp_warning_msk;
mbradley 1:63c505e13da4 237 break;
mbradley 1:63c505e13da4 238 case AD5770R_ALARM_CONFIG_OVER_TEMP_ALARM_MASK(1):
mbradley 1:63c505e13da4 239 alarm_config.over_temp_msk = !alarm_config.over_temp_msk;
mbradley 1:63c505e13da4 240 break;
mbradley 1:63c505e13da4 241 case AD5770R_ALARM_CONFIG_NEGATIVE_CHANNEL0_ALARM_MASK(1):
mbradley 1:63c505e13da4 242 alarm_config.neg_ch0_msk = !alarm_config.neg_ch0_msk;
mbradley 1:63c505e13da4 243 break;
mbradley 1:63c505e13da4 244 case AD5770R_ALARM_CONFIG_IREF_FAULT_ALARM_MASK(1):
mbradley 1:63c505e13da4 245 alarm_config.iref_fault_msk = !alarm_config.iref_fault_msk;
mbradley 1:63c505e13da4 246 break;
mbradley 1:63c505e13da4 247 case AD5770R_ALARM_CONFIG_BACKGROUND_CRC_ALARM_MASK(1):
mbradley 1:63c505e13da4 248 alarm_config.background_crc_msk = !alarm_config.background_crc_msk;
mbradley 1:63c505e13da4 249 break;
mbradley 1:63c505e13da4 250 default:
mbradley 1:63c505e13da4 251 // not a supported menu option
mbradley 1:63c505e13da4 252 assert(false);
mbradley 1:63c505e13da4 253 }
mbradley 1:63c505e13da4 254
mbradley 1:63c505e13da4 255 if ((status = ad5770r_set_alarm(pAd5770r_dev,
mbradley 1:63c505e13da4 256 &alarm_config)) != SUCCESS) {
mbradley 1:63c505e13da4 257 printf(EOL " *** Error setting alarm config: %d" EOL, status);
mbradley 1:63c505e13da4 258 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 259 }
mbradley 1:63c505e13da4 260
mbradley 1:63c505e13da4 261 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 262 }
mbradley 1:63c505e13da4 263
mbradley 1:63c505e13da4 264 /*!
mbradley 1:63c505e13da4 265 * @brief Sets the Channel Configuration option bits
mbradley 1:63c505e13da4 266 *
mbradley 1:63c505e13da4 267 * @details
mbradley 1:63c505e13da4 268 */
mbradley 1:63c505e13da4 269 static void ch_switches_toggle(struct ad5770r_channel_switches *ch_switches,
mbradley 1:63c505e13da4 270 uint32_t channel_id)
mbradley 1:63c505e13da4 271 {
mbradley 1:63c505e13da4 272 switch(channel_id) {
mbradley 1:63c505e13da4 273 case AD5770R_CHANNEL_CONFIG_CH0_SHUTDOWN_B(1):
mbradley 1:63c505e13da4 274 ch_switches->en0 = !ch_switches->en0;
mbradley 1:63c505e13da4 275 break;
mbradley 1:63c505e13da4 276 case AD5770R_CHANNEL_CONFIG_CH1_SHUTDOWN_B(1):
mbradley 1:63c505e13da4 277 ch_switches->en1 = !ch_switches->en1;
mbradley 1:63c505e13da4 278 break;
mbradley 1:63c505e13da4 279 case AD5770R_CHANNEL_CONFIG_CH2_SHUTDOWN_B(1):
mbradley 1:63c505e13da4 280 ch_switches->en2 = !ch_switches->en2;
mbradley 1:63c505e13da4 281 break;
mbradley 1:63c505e13da4 282 case AD5770R_CHANNEL_CONFIG_CH3_SHUTDOWN_B(1):
mbradley 1:63c505e13da4 283 ch_switches->en3 = !ch_switches->en3;
mbradley 1:63c505e13da4 284 break;
mbradley 1:63c505e13da4 285 case AD5770R_CHANNEL_CONFIG_CH4_SHUTDOWN_B(1):
mbradley 1:63c505e13da4 286 ch_switches->en4 = !ch_switches->en4;
mbradley 1:63c505e13da4 287 break;
mbradley 1:63c505e13da4 288 case AD5770R_CHANNEL_CONFIG_CH5_SHUTDOWN_B(1):
mbradley 1:63c505e13da4 289 ch_switches->en5 = !ch_switches->en5;
mbradley 1:63c505e13da4 290 break;
mbradley 1:63c505e13da4 291 case AD5770R_CHANNEL_CONFIG_CH0_SINK_EN(1):
mbradley 1:63c505e13da4 292 ch_switches->sink0 = !ch_switches->sink0;
mbradley 1:63c505e13da4 293 break;
mbradley 1:63c505e13da4 294 default:
mbradley 1:63c505e13da4 295 // not a supported menu option
mbradley 1:63c505e13da4 296 assert(false);
mbradley 1:63c505e13da4 297 }
mbradley 1:63c505e13da4 298 }
mbradley 1:63c505e13da4 299
mbradley 1:63c505e13da4 300 /*!
mbradley 1:63c505e13da4 301 * @brief Sets the Channel Configuration option bits
mbradley 1:63c505e13da4 302 *
mbradley 1:63c505e13da4 303 * @details
mbradley 1:63c505e13da4 304 */
mbradley 1:63c505e13da4 305 static int32_t do_channel_config(uint32_t channel_id)
mbradley 1:63c505e13da4 306 {
mbradley 1:63c505e13da4 307 int32_t status;
mbradley 1:63c505e13da4 308 struct ad5770r_channel_switches channel_config;
mbradley 1:63c505e13da4 309
mbradley 1:63c505e13da4 310 channel_config = pAd5770r_dev->channel_config;
mbradley 1:63c505e13da4 311
mbradley 1:63c505e13da4 312 ch_switches_toggle(&channel_config, channel_id);
mbradley 1:63c505e13da4 313
mbradley 1:63c505e13da4 314 if ((status = ad5770r_channel_config(pAd5770r_dev,
mbradley 1:63c505e13da4 315 &channel_config)) != SUCCESS) {
mbradley 1:63c505e13da4 316 printf(EOL " *** Error setting channel config: %d" EOL, status);
mbradley 1:63c505e13da4 317 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 318 }
mbradley 1:63c505e13da4 319
mbradley 1:63c505e13da4 320 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 321 }
mbradley 1:63c505e13da4 322
mbradley 1:63c505e13da4 323 /*!
mbradley 1:63c505e13da4 324 * @brief prompts user for value to write to input register on channel
mbradley 1:63c505e13da4 325 *
mbradley 1:63c505e13da4 326 * @details
mbradley 1:63c505e13da4 327 */
mbradley 1:63c505e13da4 328 static int32_t do_input_value(uint32_t channel_id)
mbradley 1:63c505e13da4 329 {
mbradley 1:63c505e13da4 330 int32_t status;
mbradley 1:63c505e13da4 331 uint16_t value;
mbradley 1:63c505e13da4 332
mbradley 1:63c505e13da4 333 printf(EOL "Enter Input register value (hex) for channel %d: " EOL,
mbradley 1:63c505e13da4 334 channel_id);
mbradley 1:63c505e13da4 335 value = adi_get_hex_integer(4);
Kjansen 5:f3d7cf95cd8f 336
Kjansen 5:f3d7cf95cd8f 337 /* Channels are 14-bits, mask off top 2 bits*/
Kjansen 5:f3d7cf95cd8f 338 value &= 0x3FFF;
mbradley 1:63c505e13da4 339
mbradley 1:63c505e13da4 340 if ((status =
mbradley 1:63c505e13da4 341 ad5770r_set_dac_input(pAd5770r_dev, value,
mbradley 1:63c505e13da4 342 (enum ad5770r_channels) channel_id)) != SUCCESS) {
mbradley 1:63c505e13da4 343 printf(EOL " *** Error writing DAC Input register: %d" EOL, status);
mbradley 1:63c505e13da4 344 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 345 }
mbradley 1:63c505e13da4 346
mbradley 1:63c505e13da4 347 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 348 }
mbradley 1:63c505e13da4 349
mbradley 1:63c505e13da4 350 /*!
mbradley 1:63c505e13da4 351 * @brief prompts user for value to write to input register on channel
mbradley 1:63c505e13da4 352 *
mbradley 1:63c505e13da4 353 * @details
mbradley 1:63c505e13da4 354 */
mbradley 1:63c505e13da4 355 static int32_t do_dac_value(uint32_t channel_id)
mbradley 1:63c505e13da4 356 {
mbradley 1:63c505e13da4 357 int32_t status;
mbradley 1:63c505e13da4 358 uint16_t value;
mbradley 1:63c505e13da4 359
mbradley 1:63c505e13da4 360 printf(EOL "Enter DAC register value (hex) for channel %d: " EOL, channel_id);
mbradley 1:63c505e13da4 361 value = adi_get_hex_integer(4);
mbradley 1:63c505e13da4 362
Kjansen 5:f3d7cf95cd8f 363 /* Channels are 14-bits, mask off top 2 bits*/
Kjansen 5:f3d7cf95cd8f 364 value &= 0x3FFF;
Kjansen 5:f3d7cf95cd8f 365
mbradley 1:63c505e13da4 366 if ((status =
mbradley 1:63c505e13da4 367 ad5770r_set_dac_value(pAd5770r_dev, value,
mbradley 1:63c505e13da4 368 (enum ad5770r_channels) channel_id)) != SUCCESS) {
mbradley 1:63c505e13da4 369 printf(EOL " *** Error writing DAC value register: %d" EOL, status);
mbradley 1:63c505e13da4 370 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 371 }
mbradley 1:63c505e13da4 372
mbradley 1:63c505e13da4 373 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 374 }
mbradley 1:63c505e13da4 375
mbradley 1:63c505e13da4 376 /*!
mbradley 1:63c505e13da4 377 * @brief updating shadow SW LDAC, by toggling the channel bit
mbradley 1:63c505e13da4 378 *
mbradley 1:63c505e13da4 379 * @details
mbradley 1:63c505e13da4 380 */
mbradley 1:63c505e13da4 381 static int32_t do_sw_ldac(uint32_t channel_id)
mbradley 1:63c505e13da4 382 {
mbradley 1:63c505e13da4 383 ch_switches_toggle(&sw_ldac_shadow, channel_id);
mbradley 1:63c505e13da4 384
mbradley 1:63c505e13da4 385 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 386 }
mbradley 1:63c505e13da4 387
mbradley 1:63c505e13da4 388 /*!
mbradley 1:63c505e13da4 389 * @brief Writing SW LDAC to device
mbradley 1:63c505e13da4 390 *
mbradley 1:63c505e13da4 391 * @details
mbradley 1:63c505e13da4 392 */
mbradley 1:63c505e13da4 393 static int32_t do_sw_ldac_write(uint32_t id)
mbradley 1:63c505e13da4 394 {
mbradley 1:63c505e13da4 395 int32_t status;
mbradley 1:63c505e13da4 396
mbradley 1:63c505e13da4 397 if ((status = ad5770r_set_sw_ldac(pAd5770r_dev,
mbradley 1:63c505e13da4 398 &sw_ldac_shadow)) != SUCCESS) {
mbradley 1:63c505e13da4 399 printf(EOL " *** Error writing SW LDAC: %d" EOL, status);
mbradley 1:63c505e13da4 400 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 401 }
mbradley 1:63c505e13da4 402
mbradley 1:63c505e13da4 403 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 404 }
mbradley 1:63c505e13da4 405
mbradley 1:63c505e13da4 406 /*!
mbradley 1:63c505e13da4 407 * @brief Toggles HW LDAC
mbradley 1:63c505e13da4 408 *
mbradley 1:63c505e13da4 409 * @details This toggles the LDAC pin on the device, but is independent to the driver
mbradley 1:63c505e13da4 410 * Therefore this does not update dac_values from input values.
mbradley 1:63c505e13da4 411 */
mbradley 1:63c505e13da4 412 static int32_t do_hw_ldac_toggle(uint32_t id)
mbradley 1:63c505e13da4 413 {
mbradley 1:63c505e13da4 414 int32_t status;
mbradley 1:63c505e13da4 415
mbradley 1:63c505e13da4 416 do {
mbradley 1:63c505e13da4 417 if ((status = gpio_set_value(hw_ldacb_desc, GPIO_LOW)) == FAILURE) {
mbradley 1:63c505e13da4 418 break;
mbradley 1:63c505e13da4 419 }
mbradley 1:63c505e13da4 420 mdelay(1);
mbradley 1:63c505e13da4 421 if ((status = gpio_set_value(hw_ldacb_desc, GPIO_HIGH)) == FAILURE) {
mbradley 1:63c505e13da4 422 break;
mbradley 1:63c505e13da4 423 }
mbradley 1:63c505e13da4 424 } while (0);
mbradley 1:63c505e13da4 425
mbradley 1:63c505e13da4 426 if (status == SUCCESS) {
mbradley 1:63c505e13da4 427 printf(EOL " --- HW LDAC toggled ---" EOL);
mbradley 1:63c505e13da4 428 } else {
mbradley 1:63c505e13da4 429 printf(EOL " *** Error toggling HW LDACB ***" EOL);
mbradley 1:63c505e13da4 430 }
mbradley 1:63c505e13da4 431
mbradley 1:63c505e13da4 432
mbradley 1:63c505e13da4 433 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 434
mbradley 1:63c505e13da4 435 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 436 }
mbradley 1:63c505e13da4 437
mbradley 1:63c505e13da4 438 /*!
mbradley 1:63c505e13da4 439 * @brief displays general device configuration state
mbradley 1:63c505e13da4 440 *
mbradley 1:63c505e13da4 441 * @details
mbradley 1:63c505e13da4 442 */
mbradley 1:63c505e13da4 443 static void display_gen_config(void)
mbradley 1:63c505e13da4 444 {
mbradley 1:63c505e13da4 445 printf("\tRef Resistor: %s\t\tRef Voltage: %d" EOL,
mbradley 1:63c505e13da4 446 pAd5770r_dev->external_reference == true ? "External" : "Internal",
mbradley 1:63c505e13da4 447 pAd5770r_dev->reference_selector);
mbradley 1:63c505e13da4 448
mbradley 1:63c505e13da4 449 printf("\tAlarms\tBgCRC Msk: %d\tIRef: %d\tneg: %d\tOT: %d " EOL \
mbradley 1:63c505e13da4 450 "\t\tT Warn: %d\tBgCRC En: %d\tT Shdn: %d\tOD: %d" EOL,
mbradley 1:63c505e13da4 451 pAd5770r_dev->alarm_config.background_crc_msk,
mbradley 1:63c505e13da4 452 pAd5770r_dev->alarm_config.iref_fault_msk,
mbradley 1:63c505e13da4 453 pAd5770r_dev->alarm_config.neg_ch0_msk,
mbradley 1:63c505e13da4 454 pAd5770r_dev->alarm_config.over_temp_msk,
mbradley 1:63c505e13da4 455 pAd5770r_dev->alarm_config.temp_warning_msk,
mbradley 1:63c505e13da4 456 pAd5770r_dev->alarm_config.background_crc_en,
mbradley 1:63c505e13da4 457 pAd5770r_dev->alarm_config.thermal_shutdown_en,
mbradley 1:63c505e13da4 458 pAd5770r_dev->alarm_config.open_drain_en);
mbradley 1:63c505e13da4 459 }
mbradley 1:63c505e13da4 460
mbradley 1:63c505e13da4 461 /*!
mbradley 1:63c505e13da4 462 * @brief displays general device configuration state
mbradley 1:63c505e13da4 463 *
mbradley 1:63c505e13da4 464 * @details
mbradley 1:63c505e13da4 465 */
mbradley 1:63c505e13da4 466 static void print_channel_switches(struct ad5770r_channel_switches *ch_switches,
mbradley 1:63c505e13da4 467 char * prefix, bool include_sink)
mbradley 1:63c505e13da4 468 {
mbradley 1:63c505e13da4 469 if (include_sink) {
mbradley 1:63c505e13da4 470 printf("\t%s - en0: %d sink0: %d en1: %d en2: %d " \
mbradley 1:63c505e13da4 471 "en3: %d en4: %d en5: %d" EOL, prefix,
mbradley 1:63c505e13da4 472 ch_switches->en0, ch_switches->sink0, ch_switches->en1,
mbradley 1:63c505e13da4 473 ch_switches->en2, ch_switches->en3, ch_switches->en4,
mbradley 1:63c505e13da4 474 ch_switches->en5);
mbradley 1:63c505e13da4 475 } else {
mbradley 1:63c505e13da4 476 printf("\t%s - ch0: %d ch1: %d ch2: %d " \
mbradley 1:63c505e13da4 477 "ch3: %d ch4: %d ch5: %d" EOL, prefix,
mbradley 1:63c505e13da4 478 ch_switches->en0, ch_switches->en1, ch_switches->en2,
mbradley 1:63c505e13da4 479 ch_switches->en3, ch_switches->en4, ch_switches->en5);
mbradley 1:63c505e13da4 480 }
mbradley 1:63c505e13da4 481 }
mbradley 1:63c505e13da4 482
mbradley 1:63c505e13da4 483 /*!
mbradley 1:63c505e13da4 484 * @brief displays general device configuration state
mbradley 1:63c505e13da4 485 *
mbradley 1:63c505e13da4 486 * @details
mbradley 1:63c505e13da4 487 */
mbradley 1:63c505e13da4 488 static void display_dac_channel_configuration_header(void)
mbradley 1:63c505e13da4 489 {
mbradley 1:63c505e13da4 490 print_channel_switches(&pAd5770r_dev->channel_config, "Ch Configs", true);
mbradley 1:63c505e13da4 491 }
mbradley 1:63c505e13da4 492
mbradley 1:63c505e13da4 493 /*!
mbradley 1:63c505e13da4 494 * @brief displays the SW LDAC shadown and other channel output values
mbradley 1:63c505e13da4 495 *
mbradley 1:63c505e13da4 496 * @details
mbradley 1:63c505e13da4 497 */
mbradley 1:63c505e13da4 498 static void display_dac_operations_header(void)
mbradley 1:63c505e13da4 499 {
mbradley 1:63c505e13da4 500 for (uint8_t i = 0; i < 6 ; i++) {
mbradley 1:63c505e13da4 501 printf("\tCh %i - Input: 0x%04X \t\tDAC: 0x%04X" EOL, i,
mbradley 1:63c505e13da4 502 pAd5770r_dev->input_value[i], pAd5770r_dev->dac_value[i]);
mbradley 1:63c505e13da4 503 }
mbradley 1:63c505e13da4 504
mbradley 1:63c505e13da4 505 printf(EOL);
mbradley 1:63c505e13da4 506 print_channel_switches(&sw_ldac_shadow, "SW LDAC shadow", false);
mbradley 1:63c505e13da4 507 }
mbradley 1:63c505e13da4 508 /*!
mbradley 1:63c505e13da4 509 * @brief prints the provided monitor config to the terminal
mbradley 1:63c505e13da4 510 *
mbradley 1:63c505e13da4 511 * @details
mbradley 1:63c505e13da4 512 * @param ad5770R_monitor_config monitor_config - struct for the monitor config to be displayed
mbradley 1:63c505e13da4 513 * @return SUCCESS in case of success, negative error otherwise
mbradley 1:63c505e13da4 514 */
mbradley 1:63c505e13da4 515 static void print_monitor_setup(const struct ad5770r_monitor_setup * mon_setup)
mbradley 1:63c505e13da4 516 {
mbradley 1:63c505e13da4 517 printf("\tMonitor: ");
mbradley 1:63c505e13da4 518 switch (mon_setup->monitor_function) {
mbradley 1:63c505e13da4 519 case AD5770R_DISABLE: {
mbradley 1:63c505e13da4 520 printf("Disabled ");
mbradley 1:63c505e13da4 521 break;
mbradley 1:63c505e13da4 522 }
mbradley 1:63c505e13da4 523 case AD5770R_VOLTAGE_MONITORING: {
mbradley 1:63c505e13da4 524 printf("Voltage Ch %d", mon_setup->monitor_channel);
mbradley 1:63c505e13da4 525 break;
mbradley 1:63c505e13da4 526 }
mbradley 1:63c505e13da4 527 case AD5770R_CURRENT_MONITORING: {
mbradley 1:63c505e13da4 528 printf("Current Ch %d", mon_setup->monitor_channel);
mbradley 1:63c505e13da4 529 break;
mbradley 1:63c505e13da4 530 }
mbradley 1:63c505e13da4 531 case AD5770R_TEMPERATURE_MONITORING: {
mbradley 1:63c505e13da4 532 printf("Temperature");
mbradley 1:63c505e13da4 533 break;
mbradley 1:63c505e13da4 534 }
mbradley 1:63c505e13da4 535 }
mbradley 1:63c505e13da4 536
mbradley 1:63c505e13da4 537 printf("\tBuffer: ");
mbradley 1:63c505e13da4 538 if (mon_setup->mux_buffer == true) {
mbradley 1:63c505e13da4 539 printf("On");
mbradley 1:63c505e13da4 540 } else {
mbradley 1:63c505e13da4 541 printf("Off");
mbradley 1:63c505e13da4 542 }
mbradley 1:63c505e13da4 543
mbradley 1:63c505e13da4 544 printf("\tIB_Ext: ");
mbradley 1:63c505e13da4 545 if (mon_setup->ib_ext_en == true) {
mbradley 1:63c505e13da4 546 printf("On");
mbradley 1:63c505e13da4 547 } else {
mbradley 1:63c505e13da4 548 printf("Off");
mbradley 1:63c505e13da4 549 }
mbradley 1:63c505e13da4 550 printf(EOL);
mbradley 1:63c505e13da4 551 }
mbradley 1:63c505e13da4 552
mbradley 1:63c505e13da4 553 /*!
mbradley 1:63c505e13da4 554 * @brief configure the Mux Monitor setup
mbradley 1:63c505e13da4 555 *
mbradley 1:63c505e13da4 556 * @details
mbradley 1:63c505e13da4 557 */
mbradley 1:63c505e13da4 558 static void display_monitor_setup_header(void)
mbradley 1:63c505e13da4 559 {
mbradley 1:63c505e13da4 560 print_monitor_setup(&pAd5770r_dev->mon_setup);
mbradley 1:63c505e13da4 561 }
mbradley 1:63c505e13da4 562
mbradley 1:63c505e13da4 563 /*!
mbradley 1:63c505e13da4 564 * @brief configure the Mux Monitor setup
mbradley 1:63c505e13da4 565 *
mbradley 1:63c505e13da4 566 * @details
mbradley 1:63c505e13da4 567 */
mbradley 1:63c505e13da4 568 static int32_t do_monitor_setup(uint32_t id)
mbradley 1:63c505e13da4 569 {
mbradley 1:63c505e13da4 570 int32_t status;
mbradley 1:63c505e13da4 571 struct ad5770r_monitor_setup monitor_setup;
mbradley 1:63c505e13da4 572
mbradley 1:63c505e13da4 573 monitor_setup = pAd5770r_dev->mon_setup;
mbradley 1:63c505e13da4 574
mbradley 1:63c505e13da4 575 switch(id) {
mbradley 1:63c505e13da4 576 case AD5770R_DISABLE:
mbradley 1:63c505e13da4 577 monitor_setup.monitor_function = AD5770R_DISABLE;
mbradley 1:63c505e13da4 578 break;
mbradley 1:63c505e13da4 579 case AD5770R_VOLTAGE_MONITORING:
mbradley 1:63c505e13da4 580 monitor_setup.monitor_function = AD5770R_VOLTAGE_MONITORING;
mbradley 1:63c505e13da4 581 break;
mbradley 1:63c505e13da4 582 case AD5770R_CURRENT_MONITORING:
mbradley 1:63c505e13da4 583 monitor_setup.monitor_function = AD5770R_CURRENT_MONITORING;
mbradley 1:63c505e13da4 584 break;
mbradley 1:63c505e13da4 585 case AD5770R_TEMPERATURE_MONITORING:
mbradley 1:63c505e13da4 586 monitor_setup.monitor_function = AD5770R_TEMPERATURE_MONITORING;
mbradley 1:63c505e13da4 587 break;
mbradley 1:63c505e13da4 588 case TOGGLE_MUX_BUFFER:
mbradley 1:63c505e13da4 589 monitor_setup.mux_buffer = !monitor_setup.mux_buffer;
mbradley 1:63c505e13da4 590 break;
mbradley 1:63c505e13da4 591 case TOGGLE_DIODE_EXT_BIAS:
mbradley 1:63c505e13da4 592 monitor_setup.ib_ext_en = !monitor_setup.ib_ext_en;
mbradley 1:63c505e13da4 593 break;
mbradley 1:63c505e13da4 594 default:
mbradley 1:63c505e13da4 595 // ensure the id is valid.
mbradley 1:63c505e13da4 596 assert(( id >= AD5770R_CH0 + MENU_CHANNEL_OFFSET )
mbradley 1:63c505e13da4 597 && (id <= AD5770R_CH5 + MENU_CHANNEL_OFFSET));
mbradley 1:63c505e13da4 598 monitor_setup.monitor_channel = (enum ad5770r_channels)(
mbradley 1:63c505e13da4 599 id - MENU_CHANNEL_OFFSET);
mbradley 1:63c505e13da4 600 }
mbradley 1:63c505e13da4 601
mbradley 1:63c505e13da4 602 if ((status = ad5770r_set_monitor_setup(pAd5770r_dev,
mbradley 1:63c505e13da4 603 &monitor_setup)) != SUCCESS) {
mbradley 1:63c505e13da4 604 printf(EOL " *** Error setting monitor setup: %d" EOL, status);
mbradley 1:63c505e13da4 605 adi_press_any_key_to_continue();
mbradley 1:63c505e13da4 606 }
mbradley 1:63c505e13da4 607
mbradley 1:63c505e13da4 608 return(MENU_CONTINUE);
mbradley 1:63c505e13da4 609 }
mbradley 1:63c505e13da4 610
mbradley 1:63c505e13da4 611 /*!
mbradley 1:63c505e13da4 612 * @brief displays several pieces of status information above main menu
mbradley 1:63c505e13da4 613 *
mbradley 1:63c505e13da4 614 * @details
mbradley 1:63c505e13da4 615 */
mbradley 1:63c505e13da4 616 static void display_main_menu_header(void)
mbradley 1:63c505e13da4 617 {
mbradley 1:63c505e13da4 618 int32_t ret;
mbradley 1:63c505e13da4 619 uint8_t device_status = 0, interface_status = 0, scratchpad = 0;
mbradley 1:63c505e13da4 620
mbradley 1:63c505e13da4 621 if (pAd5770r_dev == NULL) {
mbradley 1:63c505e13da4 622 printf(EOL " *** Device Not Initialized ***" EOL);
mbradley 1:63c505e13da4 623 return;
mbradley 1:63c505e13da4 624 }
mbradley 1:63c505e13da4 625
mbradley 1:63c505e13da4 626 do {
mbradley 1:63c505e13da4 627 if ((ret = ad5770r_get_status(pAd5770r_dev, &device_status)) != SUCCESS) {
mbradley 1:63c505e13da4 628 break;
mbradley 1:63c505e13da4 629 }
mbradley 1:63c505e13da4 630 if ((ret = ad5770r_get_interface_status(pAd5770r_dev,
mbradley 1:63c505e13da4 631 &interface_status)) != SUCCESS) {
mbradley 1:63c505e13da4 632 break;
mbradley 1:63c505e13da4 633 }
mbradley 1:63c505e13da4 634 if ((ret = ad5770r_spi_reg_read(pAd5770r_dev, AD5770R_SCRATCH_PAD,
mbradley 1:63c505e13da4 635 &scratchpad)) != SUCCESS) {
mbradley 1:63c505e13da4 636 break;
mbradley 1:63c505e13da4 637 }
mbradley 1:63c505e13da4 638
mbradley 1:63c505e13da4 639 } while(0);
mbradley 1:63c505e13da4 640
mbradley 1:63c505e13da4 641 if (ret != SUCCESS) {
mbradley 1:63c505e13da4 642 printf(EOL " *** Error in display state: %d **" EOL, ret);
mbradley 1:63c505e13da4 643 }
mbradley 1:63c505e13da4 644
mbradley 1:63c505e13da4 645 printf(EOL "\tInterface Status = 0x%02X\t\tDevice Status = 0x%02X"
mbradley 1:63c505e13da4 646 EOL "\tScratchpad = 0x%02X" EOL,
mbradley 1:63c505e13da4 647 interface_status, device_status, scratchpad);
mbradley 1:63c505e13da4 648 print_monitor_setup(&pAd5770r_dev->mon_setup);
mbradley 1:63c505e13da4 649
mbradley 1:63c505e13da4 650 // Increment the scratchpad by 1 to show a +1 delta in footer
mbradley 1:63c505e13da4 651 if((ret = ad5770r_spi_reg_write(pAd5770r_dev, AD5770R_SCRATCH_PAD,
mbradley 1:63c505e13da4 652 scratchpad + 1)) != SUCCESS) {
mbradley 1:63c505e13da4 653 printf(EOL " *** Error writing scratchpad + 1 : %d **" EOL, ret);
mbradley 1:63c505e13da4 654 }
mbradley 1:63c505e13da4 655 }
mbradley 1:63c505e13da4 656
mbradley 1:63c505e13da4 657 /*!
mbradley 1:63c505e13da4 658 * @brief displays several pieces of status information below main menu
mbradley 1:63c505e13da4 659 *
mbradley 1:63c505e13da4 660 * @details
mbradley 1:63c505e13da4 661 */
mbradley 1:63c505e13da4 662 static void display_main_menu_footer(void)
mbradley 1:63c505e13da4 663 {
mbradley 1:63c505e13da4 664 int32_t ret;
mbradley 1:63c505e13da4 665 uint8_t scratchpad;
mbradley 1:63c505e13da4 666
mbradley 1:63c505e13da4 667 if (pAd5770r_dev == NULL) {
mbradley 1:63c505e13da4 668 printf(EOL " *** Device Not Initialized ***" EOL);
mbradley 1:63c505e13da4 669 return;
mbradley 1:63c505e13da4 670 }
mbradley 1:63c505e13da4 671
mbradley 1:63c505e13da4 672 if ((ret = ad5770r_spi_reg_read(pAd5770r_dev, AD5770R_SCRATCH_PAD,
mbradley 1:63c505e13da4 673 &scratchpad)) != SUCCESS) {
mbradley 1:63c505e13da4 674 printf(EOL " *** Error reading scratchpad: %d **" EOL, ret);
mbradley 1:63c505e13da4 675 }
mbradley 1:63c505e13da4 676
mbradley 1:63c505e13da4 677 printf(EOL "\tScratchpad = 0x%02X" EOL, scratchpad);
mbradley 1:63c505e13da4 678 }
mbradley 1:63c505e13da4 679
mbradley 1:63c505e13da4 680 /*!
mbradley 1:63c505e13da4 681 * @brief calls the general configuration menu
mbradley 1:63c505e13da4 682 */
mbradley 1:63c505e13da4 683 static int32_t do_general_configuration_menu(uint32_t id)
mbradley 1:63c505e13da4 684 {
mbradley 1:63c505e13da4 685 return adi_do_console_menu(&general_configuration_menu);
mbradley 1:63c505e13da4 686 }
mbradley 1:63c505e13da4 687
mbradley 1:63c505e13da4 688 /*!
mbradley 1:63c505e13da4 689 * @brief calls the monitor setup menu
mbradley 1:63c505e13da4 690 */
mbradley 1:63c505e13da4 691 static int32_t do_monitor_setup_menu(uint32_t id)
mbradley 1:63c505e13da4 692 {
mbradley 1:63c505e13da4 693 return adi_do_console_menu(&monitor_setup_menu);
mbradley 1:63c505e13da4 694 }
mbradley 1:63c505e13da4 695
mbradley 1:63c505e13da4 696 /*!
mbradley 1:63c505e13da4 697 * @brief calls the DAC channel confguration menu
mbradley 1:63c505e13da4 698 */
mbradley 1:63c505e13da4 699 static int32_t do_dac_channel_configuration_menu(uint32_t id)
mbradley 1:63c505e13da4 700 {
mbradley 1:63c505e13da4 701 return adi_do_console_menu(&dac_channel_configuration_menu);
mbradley 1:63c505e13da4 702 }
mbradley 1:63c505e13da4 703
mbradley 1:63c505e13da4 704 /*!
mbradley 1:63c505e13da4 705 * @brief calls the DAC channel confguration menu
mbradley 1:63c505e13da4 706 */
mbradley 1:63c505e13da4 707 static int32_t do_dac_operations_menu(uint32_t id)
mbradley 1:63c505e13da4 708 {
mbradley 1:63c505e13da4 709 return adi_do_console_menu(&dac_operations_menu);
mbradley 1:63c505e13da4 710 }
mbradley 1:63c505e13da4 711
mbradley 1:63c505e13da4 712 /*
mbradley 1:63c505e13da4 713 * DAC Operations Menu
mbradley 1:63c505e13da4 714 */
mbradley 1:63c505e13da4 715 static console_menu_item dac_operations_menu_items[] = {
Kjansen 5:f3d7cf95cd8f 716 {"\tSet Input Channel 0", 'Q', do_input_value, 0},
Kjansen 5:f3d7cf95cd8f 717 {"\tSet Input Channel 1", 'W', do_input_value, 1},
Kjansen 5:f3d7cf95cd8f 718 {"\tSet Input Channel 2", 'E', do_input_value, 2},
Kjansen 5:f3d7cf95cd8f 719 {"\tSet Input Channel 3", 'R', do_input_value, 3},
Kjansen 5:f3d7cf95cd8f 720 {"\tSet Input Channel 4", 'T', do_input_value, 4},
Kjansen 5:f3d7cf95cd8f 721 {"\tSet Input Channel 5", 'Y', do_input_value, 5},
Kjansen 5:f3d7cf95cd8f 722 {""},
Kjansen 5:f3d7cf95cd8f 723 {"\tToggle Channel 0 SW LDAC Shadow", '0', do_sw_ldac, AD5770R_HW_LDAC_MASK_CH(1, 0)},
mbradley 1:63c505e13da4 724 {"\tToggle Channel 1 SW LDAC Shadow", '1', do_sw_ldac, AD5770R_HW_LDAC_MASK_CH(1, 1)},
mbradley 1:63c505e13da4 725 {"\tToggle Channel 2 SW LDAC Shadow", '2', do_sw_ldac, AD5770R_HW_LDAC_MASK_CH(1, 2)},
mbradley 1:63c505e13da4 726 {"\tToggle Channel 3 SW LDAC Shadow", '3', do_sw_ldac, AD5770R_HW_LDAC_MASK_CH(1, 3)},
mbradley 1:63c505e13da4 727 {"\tToggle Channel 4 SW LDAC Shadow", '4', do_sw_ldac, AD5770R_HW_LDAC_MASK_CH(1, 4)},
mbradley 1:63c505e13da4 728 {"\tToggle Channel 5 SW LDAC Shadow", '5', do_sw_ldac, AD5770R_HW_LDAC_MASK_CH(1, 5)},
mbradley 1:63c505e13da4 729 {"\tWrite SW LDAC Shadow ", 'U', do_sw_ldac_write},
Kjansen 5:f3d7cf95cd8f 730 {""},
mbradley 1:63c505e13da4 731 {"\tToggle HW LDAC digital input", 'J', do_hw_ldac_toggle},
mbradley 1:63c505e13da4 732 {""},
mbradley 1:63c505e13da4 733 {"\tSet DAC Channel 0", 'A', do_dac_value, 0},
mbradley 1:63c505e13da4 734 {"\tSet DAC Channel 1", 'S', do_dac_value, 1},
mbradley 1:63c505e13da4 735 {"\tSet DAC Channel 2", 'D', do_dac_value, 2},
mbradley 1:63c505e13da4 736 {"\tSet DAC Channel 3", 'F', do_dac_value, 3},
mbradley 1:63c505e13da4 737 {"\tSet DAC Channel 4", 'G', do_dac_value, 4},
mbradley 1:63c505e13da4 738 {"\tSet DAC Channel 5", 'H', do_dac_value, 5},
mbradley 1:63c505e13da4 739 };
mbradley 1:63c505e13da4 740
mbradley 1:63c505e13da4 741 static console_menu dac_operations_menu = {
mbradley 1:63c505e13da4 742 .title = "DAC Operations",
mbradley 1:63c505e13da4 743 .items = dac_operations_menu_items,
mbradley 1:63c505e13da4 744 .itemCount = ARRAY_SIZE(dac_operations_menu_items),
mbradley 1:63c505e13da4 745 .headerItem = display_dac_operations_header,
mbradley 1:63c505e13da4 746 .footerItem = NULL,
mbradley 1:63c505e13da4 747 .enableEscapeKey = true
mbradley 1:63c505e13da4 748 };
mbradley 1:63c505e13da4 749
mbradley 1:63c505e13da4 750 /*
mbradley 1:63c505e13da4 751 * Monitor Setup Menu
mbradley 1:63c505e13da4 752 */
mbradley 1:63c505e13da4 753 static console_menu_item dac_channel_configuration_menu_items[] = {
mbradley 1:63c505e13da4 754 {"\tToggle Channel 0 Enable", '0', do_channel_config, AD5770R_CHANNEL_CONFIG_CH0_SHUTDOWN_B(1)},
mbradley 1:63c505e13da4 755 {"\tToggle Channel 0 Sink Enable", 'S', do_channel_config, AD5770R_CHANNEL_CONFIG_CH0_SINK_EN(1)},
mbradley 1:63c505e13da4 756 {"\tToggle Channel 1 Enable", '1', do_channel_config, AD5770R_CHANNEL_CONFIG_CH1_SHUTDOWN_B(1)},
mbradley 1:63c505e13da4 757 {"\tToggle Channel 2 Enable", '2', do_channel_config, AD5770R_CHANNEL_CONFIG_CH2_SHUTDOWN_B(1)},
mbradley 1:63c505e13da4 758 {"\tToggle Channel 3 Enable", '3', do_channel_config, AD5770R_CHANNEL_CONFIG_CH3_SHUTDOWN_B(1)},
mbradley 1:63c505e13da4 759 {"\tToggle Channel 4 Enable", '4', do_channel_config, AD5770R_CHANNEL_CONFIG_CH4_SHUTDOWN_B(1)},
mbradley 1:63c505e13da4 760 {"\tToggle Channel 5 Enable", '5', do_channel_config, AD5770R_CHANNEL_CONFIG_CH5_SHUTDOWN_B(1)}
mbradley 1:63c505e13da4 761 };
mbradley 1:63c505e13da4 762
mbradley 1:63c505e13da4 763 static console_menu dac_channel_configuration_menu = {
mbradley 1:63c505e13da4 764 .title = "DAC Channel Configuration",
mbradley 1:63c505e13da4 765 .items = dac_channel_configuration_menu_items,
mbradley 1:63c505e13da4 766 .itemCount = ARRAY_SIZE(dac_channel_configuration_menu_items),
mbradley 1:63c505e13da4 767 .headerItem = display_dac_channel_configuration_header,
mbradley 1:63c505e13da4 768 .footerItem = NULL,
mbradley 1:63c505e13da4 769 .enableEscapeKey = true
mbradley 1:63c505e13da4 770 };
mbradley 1:63c505e13da4 771
mbradley 1:63c505e13da4 772 /*
mbradley 1:63c505e13da4 773 * Monitor Setup Menu
mbradley 1:63c505e13da4 774 */
mbradley 1:63c505e13da4 775 static console_menu_item monitor_setup_menu_items[] = {
mbradley 1:63c505e13da4 776 {"Disable Monitoring", 'Q', do_monitor_setup, AD5770R_DISABLE},
mbradley 1:63c505e13da4 777 {"Enable Voltage Monitoring", 'W', do_monitor_setup, AD5770R_VOLTAGE_MONITORING},
mbradley 1:63c505e13da4 778 {"Enable Current Monitoring", 'E', do_monitor_setup, AD5770R_CURRENT_MONITORING},
mbradley 1:63c505e13da4 779 {"Enable Temperature Monitoring", 'R', do_monitor_setup, AD5770R_TEMPERATURE_MONITORING},
mbradley 1:63c505e13da4 780 {"", '\00', NULL},
mbradley 1:63c505e13da4 781 {"Toggle Mux Buffer", 'M', do_monitor_setup, TOGGLE_MUX_BUFFER},
mbradley 1:63c505e13da4 782 {"Toggle Diode External Bias", 'X', do_monitor_setup, TOGGLE_DIODE_EXT_BIAS},
mbradley 1:63c505e13da4 783 {"", '\00', NULL},
mbradley 1:63c505e13da4 784 {"\tSelect Channel 0", '0', do_monitor_setup, AD5770R_CH0 + MENU_CHANNEL_OFFSET},
mbradley 1:63c505e13da4 785 {"\tSelect Channel 1", '1', do_monitor_setup, AD5770R_CH1 + MENU_CHANNEL_OFFSET},
mbradley 1:63c505e13da4 786 {"\tSelect Channel 2", '2', do_monitor_setup, AD5770R_CH2 + MENU_CHANNEL_OFFSET},
mbradley 1:63c505e13da4 787 {"\tSelect Channel 3", '3', do_monitor_setup, AD5770R_CH3 + MENU_CHANNEL_OFFSET},
mbradley 1:63c505e13da4 788 {"\tSelect Channel 4", '4', do_monitor_setup, AD5770R_CH4 + MENU_CHANNEL_OFFSET},
mbradley 1:63c505e13da4 789 {"\tSelect Channel 5", '5', do_monitor_setup, AD5770R_CH5 + MENU_CHANNEL_OFFSET},
mbradley 1:63c505e13da4 790 };
mbradley 1:63c505e13da4 791
mbradley 1:63c505e13da4 792 static console_menu monitor_setup_menu = {
mbradley 1:63c505e13da4 793 .title = "Monitor Setup",
mbradley 1:63c505e13da4 794 .items = monitor_setup_menu_items,
mbradley 1:63c505e13da4 795 .itemCount = ARRAY_SIZE(monitor_setup_menu_items),
mbradley 1:63c505e13da4 796 .headerItem = display_monitor_setup_header,
mbradley 1:63c505e13da4 797 .footerItem = NULL,
mbradley 1:63c505e13da4 798 .enableEscapeKey = true
mbradley 1:63c505e13da4 799 };
mbradley 1:63c505e13da4 800
mbradley 1:63c505e13da4 801 /*
mbradley 1:63c505e13da4 802 * General Configuration Menu
mbradley 1:63c505e13da4 803 */
mbradley 1:63c505e13da4 804 static console_menu_item general_configuration_menu_items[] = {
mbradley 1:63c505e13da4 805 {"Select Int/External Reference Resistor", 'R', do_toggle_ref_resistor},
mbradley 1:63c505e13da4 806 {""},
mbradley 1:63c505e13da4 807 {"Set Ext 2.50V Reference", 'A', do_set_reference, AD5770R_EXT_REF_2_5_V},
mbradley 1:63c505e13da4 808 {"Set Int 1.25V Reference, Vout: ON", 'S', do_set_reference, AD5770R_INT_REF_1_25_V_OUT_ON},
mbradley 1:63c505e13da4 809 {"Set Ext 1.25V Reference", 'D', do_set_reference, AD5770R_EXT_REF_1_25_V},
mbradley 1:63c505e13da4 810 {"Set Int 1.25V Reference, Vout: OFF", 'F', do_set_reference, AD5770R_INT_REF_1_25_V_OUT_OFF},
mbradley 1:63c505e13da4 811 {""},
mbradley 1:63c505e13da4 812 {" --Toggle Alarm Configuration bits --"},
mbradley 1:63c505e13da4 813 {"\tOpen Drain Enable", '0', do_set_alarm, AD5770R_ALARM_CONFIG_OPEN_DRAIN_EN(1)},
mbradley 1:63c505e13da4 814 {"\tThermal Shutdown Enable", '1', do_set_alarm, AD5770R_ALARM_CONFIG_THERMAL_SHUTDOWN_EN(1)},
mbradley 1:63c505e13da4 815 {"\tBackground CRC Enable", '2', do_set_alarm, AD5770R_ALARM_CONFIG_BACKGROUND_CRC_EN(1)},
mbradley 1:63c505e13da4 816 {"\tTemperature Warning Alarm Mask", '3', do_set_alarm, AD5770R_ALARM_CONFIG_TEMP_WARNING_ALARM_MASK(1)},
mbradley 1:63c505e13da4 817 {"\tOver Temperature Alarm Mask", '4', do_set_alarm, AD5770R_ALARM_CONFIG_OVER_TEMP_ALARM_MASK(1)},
mbradley 1:63c505e13da4 818 {"\tNegative Channel 0 Mask", '5', do_set_alarm, AD5770R_ALARM_CONFIG_NEGATIVE_CHANNEL0_ALARM_MASK(1)},
mbradley 1:63c505e13da4 819 {"\tIREF Fault Alarm Mask", '6', do_set_alarm, AD5770R_ALARM_CONFIG_IREF_FAULT_ALARM_MASK(1)},
mbradley 1:63c505e13da4 820 {"\tBackground CRC Alarm Mask", '7', do_set_alarm, AD5770R_ALARM_CONFIG_BACKGROUND_CRC_ALARM_MASK(1)},
mbradley 1:63c505e13da4 821 };
mbradley 1:63c505e13da4 822
mbradley 1:63c505e13da4 823 static console_menu general_configuration_menu = {
mbradley 1:63c505e13da4 824 .title = "General Configuration",
mbradley 1:63c505e13da4 825 .items = general_configuration_menu_items,
mbradley 1:63c505e13da4 826 .itemCount = ARRAY_SIZE(general_configuration_menu_items),
mbradley 1:63c505e13da4 827 .headerItem = display_gen_config,
mbradley 1:63c505e13da4 828 .footerItem = NULL,
mbradley 1:63c505e13da4 829 .enableEscapeKey = true
mbradley 1:63c505e13da4 830 };
mbradley 1:63c505e13da4 831
mbradley 1:63c505e13da4 832 /*
mbradley 1:63c505e13da4 833 * Definition of the Main Menu Items and menu itself
mbradley 1:63c505e13da4 834 */
mbradley 1:63c505e13da4 835 static console_menu_item main_menu_items[] = {
mbradley 1:63c505e13da4 836 {"Initialize Device to User Configuration", 'I', do_device_init},
mbradley 1:63c505e13da4 837 {"Remove Device", 'X', do_device_remove},
mbradley 1:63c505e13da4 838 {""},
mbradley 1:63c505e13da4 839 {"Do Software Reset", 'R', do_software_reset},
mbradley 1:63c505e13da4 840 {""},
mbradley 1:63c505e13da4 841 {"General Configuration...", 'G', do_general_configuration_menu},
mbradley 1:63c505e13da4 842 {"Monitor Setup...", 'M', do_monitor_setup_menu},
mbradley 1:63c505e13da4 843 {""},
mbradley 1:63c505e13da4 844 {"DAC Channel Configuration...", 'C', do_dac_channel_configuration_menu},
mbradley 1:63c505e13da4 845 {"DAC Operations...", 'D', do_dac_operations_menu},
mbradley 1:63c505e13da4 846 };
mbradley 1:63c505e13da4 847
mbradley 1:63c505e13da4 848 console_menu ad5770r_main_menu = {
mbradley 1:63c505e13da4 849 #if ACTIVE_DEVICE==GENERIC_AD5770R
mbradley 1:63c505e13da4 850 .title = "AD5770R Console App",
mbradley 1:63c505e13da4 851 #elif ACTIVE_DEVICE==GENERIC_AD5772R
mbradley 1:63c505e13da4 852 .title = "AD5772R Terminal App",
mbradley 1:63c505e13da4 853 #else
mbradley 1:63c505e13da4 854 #error "Unsupported device"
mbradley 1:63c505e13da4 855 #endif
mbradley 1:63c505e13da4 856 .items = main_menu_items,
mbradley 1:63c505e13da4 857 .itemCount = ARRAY_SIZE(main_menu_items),
mbradley 1:63c505e13da4 858 .headerItem = display_main_menu_header,
mbradley 1:63c505e13da4 859 .footerItem = display_main_menu_footer,
mbradley 1:63c505e13da4 860 .enableEscapeKey = false
mbradley 1:63c505e13da4 861 };