[参考译文] PROCESSOR-SDK-AM62X：SDL VTM R5

您好：

我比较了 10.1 和 11.0 示例。 温度传感器配置略有改动。 请在 Vtm_example.c 中的 vtmTriggerTh 函数中更新以下行、然后 nortos 和 FreeRTOS 示例均按预期运行。

/* Set temp sensor for continuous mode */
cfgTs.configTsCtrl = SDL_VTM_VD_CONFIG_CTRL_SET_CTL;
cfgTs.tsCtrl_cfg.valid_map = SDL_VTM_TS_CTRL_MODE_VALID + SDL_VTM_TS_CTRL_RESET_CTRL_VALID;     /* Fields to be updated */
cfgTs.tsCtrl_cfg.mode = SDL_VTM_TS_CTRL_CONTINUOUS_MODE;                                        /* Value to be set for continuous mode */
cfgTs.tsCtrl_cfg.tsReset = SDL_VTM_TS_CTRL_SENSOR_NORM_OP; 
SDL_VTM_initTs(SDL_VTM_INSTANCE_TS_0 , &cfgTs);

此致、

Nihar Potturu

将_SVC_STACK_SIZE 从  0x100 更改为 0x300 _SVC_STACK_SIZE = 0x0300 后；/*这是 R5 处于 SVC 模式时的栈大小*/

它最后与刷入 SPI 闪存的软件配合使用。

我还对你的提议作了修改。

[10:04:11.763]收←◆Sciserver Testapp Built On: Dec 19 2024 04:51:59
Sciserver Version: v2024.12.0.0-REL.MCUSDK.K3.10.01.00.33+
RM_PM_HAL Version: v10.01.08
Starting Sciserver..... PASSED

 VTM Example Application

VTM_ESM_init: Init MAIN ESM complete 

 VTM_ESM_init complete
Starting Use Case 0 

[10:04:12.786]收←◆sensor id                       : 0 
adc_code                        : 326 
temp in milli degree celcius    : 48100 
vtmTriggerTh: Setting lt_thr0_val temp to 44100 millidegrees Celsius, and adc_code_lt_thr0 = 310
vtmTriggerTh: Setting gt_thr1_val temp to 46100 millidegrees Celsius, and adc_code_gt_thr1 = 318
vtmTriggerTh: Setting gt_thr2_val temp to 53100 millidegrees Celsius, and adc_code_gt_thr2 = 348
Finished VTM threshold setting
case 0 success

 Use Case 0 completed: Input Event Trigger = Step completed successfully, 

Starting Use Case 1 
sensor id                       : 0 
adc_code                        : 329 
temp in milli degree celcius    : 48810 
vtmTriggerTh: Setting lt_thr0_val temp to 44810 millidegrees Celsius, and adc_code_lt_thr0 = 312
vtmTriggerTh: Setting gt_thr1_val temp to 46810 millidegrees Celsius, and adc_code_gt_thr1 = 320
vtmTriggerTh: Setting gt_thr2_val temp to 53810 millidegrees Celsius, and adc_code_gt_thr2 = 350
Finished VTM threshold setting

 Use Case 1 completed: Input Event Trigger = Step completed successfully, 


ESM Example Application summary
-------------------------------
Completed 2 Test Cases
Received 1 High Priority Interrupts
Received 5 Low Priority Interrupts

Test Case Event Log
------------------

Test Case 0: ESM Call back function called : grpChannel 0x4, index 0x9, intSrc 0x89 
  ESM instance #2, ESM interrupt type = Low Priority ESM event

Test Case 0: ESM Call back function called : grpChannel 0x4, index 0x8, intSrc 0x88 
  ESM instance #2, ESM interrupt type = Low Priority ESM event

Test Case 1: ESM Call back function called : grpChannel 0x4, index 0x9, intSrc 0x89 
  ESM instance #2, ESM interrupt type = Low Priority ESM event

Test Case 1: ESM Call back function called : grpChannel 0x4, index 0xa, intSrc 0x8a 
  ESM instance #2, ESM interrupt type = High Priority ESM event

Test Case 1: ESM Call back function called : grpChannel 0x4, index 0x9, intSrc 0x89 
  ESM instance #2, ESM interrupt type = Low Priority ESM event

Test Case 1: ESM Call back function called : grpChannel 0x4, index 0x8, intSrc 0x88 
  ESM instance #2, ESM interrupt type = Low Priority ESM event

 VTM Example Application: Complete
 All Use cases have passed.