About ves011

Hi @Minhwan  Did the clean-up requested like this static int get_bmp_data(bmp_data_t *bmpdata) { int res = BMP2_E_COM_FAIL; struct bmp2_status bmps; while((res = bmp2_get_status(&bmps, &bmpdev) == BMP2_OK) && bmps.measuring == 1) { vTaskDelay(pdMS_TO_TICKS(10)); ESP_LOGI(TAG, "bmp280 busy"); } res = bmp2_get_sensor_data(bmpdata, &bmpdev); if(res == BMP2_OK) { char buf[50]; ESP_LOGI(TAG, "Temperature = %8.3f", bmpdata->temperature); ESP_LOGI(TAG, "Pressure = %8.3f", bmpdata->pressure/100.); //sprintf(buf, "BMP\1%.3f\1%.3f", bmpdata->temperature, bmpdata->pressure); //publish_state(buf, 0, 0); } return res; } I kept the "bmp280 busy" log to see if it is ever hit. The result is the same. I (02:00:03.868) WESTA OP: bmp280 chip ID: 58 4 4 c0 5 2 0 I (02:00:03.869) WESTA OP: bmp280 cal param: 27117 26189 34962 -10618 3024 3525 234 -7 15500 -14600 6000 0 I (02:00:03.874) WESTA OP: bmp280 config: 4 4 5 2 0 I (02:00:03.875) WESTA OP: bmp280 power mode: 3 I (02:00:03.877) WESTA OP: Temperature = 28.135 I (02:00:03.878) WESTA OP: Pressure = 838.780 W (5373) wifi:<ba-add>idx:1 (ifx:0, 5c:a6:e6:f0:a9:27), tid:7, ssn:0, winSize:64 I (02:00:04.652) NTP sync: Waiting for system time to be set... (3/100) I (02:00:05.652) NTP sync: Waiting for system time to be set... (4/100) I (02:00:05.873) WESTA OP: Temperature = 28.135 I (02:00:05.874) WESTA OP: Pressure = 838.780 I (02:00:06.652) NTP sync: Waiting for system time to be set... (5/100) I (11:49:19.383) NTP sync: Notification of a time synchronization event I (11:49:19.898) NTP sync: local time updated 2023-04-08/11:49:19 I (11:49:20.120) WESTA OP: Temperature = 28.135 I (11:49:20.121) WESTA OP: Pressure = 838.780 I (11:49:22.120) WESTA OP: Temperature = 28.135 I (11:49:22.121) WESTA OP: Pressure = 838.780 I (11:49:24.120) WESTA OP: Temperature = 28.135 I (11:49:24.121) WESTA OP: Pressure = 838.780 I (11:49:26.120) WESTA OP: Temperature = 28.135 I (11:49:26.121) WESTA OP: Pressure = 838.780 I (11:49:28.120) WESTA OP: Temperature = 28.135 I (11:49:28.121) WESTA OP: Pressure = 838.780 I (11:49:30.120) WESTA OP: Temperature = 28.135 I (11:49:30.121) WESTA OP: Pressure = 838.780 I (11:49:32.120) WESTA OP: Temperature = 28.135 I (11:49:32.121) WESTA OP: Pressure = 838.780 I (11:49:34.120) WESTA OP: Temperature = 28.135 I (11:49:34.121) WESTA OP: Pressure = 838.780 I (11:49:36.120) WESTA OP: Temperature = 28.135 I (11:49:36.121) WESTA OP: Pressure = 838.780 I (11:49:38.120) WESTA OP: Temperature = 28.135 I (11:49:38.121) WESTA OP: Pressure = 838.780 I (11:49:40.120) WESTA OP: Temperature = 28.135 I (11:49:40.121) WESTA OP: Pressure = 838.780 I let it run for more than half hour to see if "bmp280 busy" is hit, but it didn't Want to remember my coment in the first post in this thread: if system goes over power cycle (remove power/insert power) it works perfect. But after reset (hard or soft) it goes into this issue. Here is a log after power cycle I (02:00:03.833) WESTA OP: bmp280 chip ID: 58 0 0 c0 0 0 0 I (02:00:03.834) WESTA OP: bmp280 cal param: 27117 26189 34962 -10618 3024 3525 234 -7 15500 -14600 6000 0 I (02:00:03.838) WESTA OP: bmp280 config: 4 4 5 2 0 I (02:00:03.839) WESTA OP: bmp280 power mode: 3 I (02:00:03.850) WESTA OP: bmp280 busy I (02:00:03.860) WESTA OP: bmp280 busy I (02:00:03.870) WESTA OP: bmp280 busy I (02:00:03.880) WESTA OP: bmp280 busy I (02:00:03.882) WESTA OP: Temperature = 23.795 I (02:00:03.883) WESTA OP: Pressure = 1011.447 W (5501) wifi:<ba-add>idx:1 (ifx:0, 5c:a6:e6:f0:a9:27), tid:7, ssn:1, winSize:64 I (02:00:04.620) NTP sync: Waiting for system time to be set... (3/100) I (02:00:05.620) NTP sync: Waiting for system time to be set... (4/100) I (02:00:05.881) WESTA OP: Temperature = 23.800 I (02:00:05.882) WESTA OP: Pressure = 1011.465 I (11:47:45.941) NTP sync: Notification of a time synchronization event I (11:47:46.361) NTP sync: local time updated 2023-04-08/11:47:46 I (11:47:47.622) WESTA OP: Temperature = 23.803 I (11:47:47.623) WESTA OP: Pressure = 1011.474 I (11:47:49.622) WESTA OP: Temperature = 23.803 I (11:47:49.623) WESTA OP: Pressure = 1011.481 I (11:47:51.622) WESTA OP: Temperature = 23.800 I (11:47:51.623) WESTA OP: Pressure = 1011.489 I (11:47:53.622) WESTA OP: Temperature = 23.800 I (11:47:53.623) WESTA OP: Pressure = 1011.501 As you can see i get expected values and  "bmp280 busy" is hit several times ... View more

Hi Minhwan I added in the code your suggestions and it looks like this   res = bmp2_init(&bmpdev); if(res == BMP2_OK) { res = bmp2_get_config(&conf, &bmpdev); if(res == BMP2_OK) { ESP_LOGI(TAG, "bmp280 chip ID: %0x %0x %0x %0x %0x %0x %0x", bmpdev.chip_id, conf.filter, conf.odr, conf.os_mode, conf.os_pres, conf.os_temp, conf.spi3w_en); ESP_LOGI(TAG, "bmp280 cal param: %6d %6d \n%6d %6d %6d %6d %6d\n%6d %6d %6d %6d %6d", bmpdev.calib_param.dig_t1, bmpdev.calib_param.dig_t2 , bmpdev.calib_param.dig_p1, bmpdev.calib_param.dig_p2, bmpdev.calib_param.dig_p3, bmpdev.calib_param.dig_p4, bmpdev.calib_param.dig_p5 , bmpdev.calib_param.dig_p6, bmpdev.calib_param.dig_p7, bmpdev.calib_param.dig_p8, bmpdev.calib_param.dig_p9, bmpdev.calib_param.dig_p10); //suggested modification conf.filter = BMP2_FILTER_OFF; //---------------------------- conf.os_mode = BMP2_OS_MODE_ULTRA_HIGH_RESOLUTION; conf.filter = BMP2_FILTER_COEFF_16; conf.os_pres = 5; // BMP2_OS_MODE_ULTRA_HIGH_RESOLUTION; conf.os_temp = 2; //BMP2_OS_MODE_ULTRA_HIGH_RESOLUTION; conf.odr = BMP2_ODR_500_MS; //suggested modification res = bmp2_set_config(&conf, &bmpdev); //------------------------------------ res = bmp2_set_power_mode(BMP2_POWERMODE_NORMAL, &conf, &bmpdev); if(res == BMP2_OK) { res = bmp2_get_config(&conf, &bmpdev); ESP_LOGI(TAG, "bmp280 config: %0x %0x %0x %0x %0x\n", conf.filter, conf.odr, conf.os_pres, conf.os_temp, conf.spi3w_en); osrs_t = conf.os_temp; osrs_p = conf.os_pres; res = bmp2_get_power_mode(&pmode, &bmpdev); ESP_LOGI(TAG, "bmp280 power mode: %0x", pmode); } else ESP_LOGI(TAG, "error during configuration %d", res); } } if(res != BMP2_OK) ESP_LOGI(TAG, "Cannot initialize i2c driver. Error = %d", res); // test for normal mode bmp_data_t bmpdata; while(1 && res == BMP2_OK) { get_bmp_data(&bmpdata); vTaskDelay(2000 / portTICK_PERIOD_MS); //wait 2 seconds }   Hope i didn't miss anything. But the result is the same   I (02:00:02.621) WESTA OP: bmp280 chip ID: 58 4 4 f4 5 2 0 I (02:00:02.622) WESTA OP: bmp280 cal param: 27117 26189 34962 -10618 3024 3525 234 -7 15500 -14600 6000 0 I (02:00:02.628) WESTA OP: bmp280 config: 4 4 5 2 0 I (02:00:02.629) WESTA OP: bmp280 power mode: 3 I (02:00:02.631) WESTA OP: Temperature = 28.135 I (02:00:02.633) WESTA OP: Pressure = 83878.021 I (09:37:29.107) WESTA OP: Temperature = 28.135 I (09:37:29.108) WESTA OP: Pressure = 83878.021 I (09:37:31.107) WESTA OP: Temperature = 28.135 I (09:37:31.108) WESTA OP: Pressure = 83878.021 I (09:37:33.107) WESTA OP: Temperature = 28.135 I (09:37:33.108) WESTA OP: Pressure = 83878.021 I (09:37:35.107) WESTA OP: Temperature = 28.135 I (09:37:35.108) WESTA OP: Pressure = 83878.021 I (09:37:37.107) WESTA OP: Temperature = 28.135 I (09:37:37.108) WESTA OP: Pressure = 83878.021 I (09:37:39.107) WESTA OP: Temperature = 28.135 I (09:37:39.108) WESTA OP: Pressure = 83878.021 I (09:37:41.107) WESTA OP: Temperature = 28.135 I (09:37:41.108) WESTA OP: Pressure = 83878.021 I (09:37:43.107) WESTA OP: Temperature = 28.135 I (09:37:43.108) WESTA OP: Pressure = 83878.021 I (09:37:45.107) WESTA OP: Temperature = 28.135 I (09:37:45.108) WESTA OP: Pressure = 83878.021 I (09:37:47.107) WESTA OP: Temperature = 28.135 I (09:37:47.108) WESTA OP: Pressure = 83878.021 I (09:37:49.107) WESTA OP: Temperature = 28.135   ... View more

Here is the part of the code which reproduce the issue. It does not include the ESP32 specific part, but if you think is relevant i can share it also. static int get_bmp_data(bmp_data_t *bmpdata) { int res = BMP2_E_COM_FAIL; uint8_t reg_addr = 0xf4, reg_data; struct bmp2_status bmps; if(bmpdev.power_mode == BMP2_POWERMODE_FORCED) { reg_data = 0; reg_data = osrs_t << 5 | osrs_p << 2 | 1; res = bmp2_set_regs(&reg_addr, &reg_data, 1, &bmpdev); } else res = BMP2_OK; if(res == BMP2_OK) { if(bmpdev.power_mode == BMP2_POWERMODE_FORCED) { while((res = bmp2_get_status(&bmps, &bmpdev) == BMP2_OK) && bmps.measuring == 1) { vTaskDelay(pdMS_TO_TICKS(10)); //ESP_LOGI(TAG, "bmp280 busy"); } } res = bmp2_get_sensor_data(bmpdata, &bmpdev); if(res == BMP2_OK) { char buf[50]; ESP_LOGI(TAG, "Temperature = %8.3f", bmpdata->temperature); ESP_LOGI(TAG, "Pressure = %8.3f", bmpdata->pressure); //sprintf(buf, "%.3f\1%.3f", bmpdata->temperature, bmpdata->pressure); //publish_state(buf, 0, 0); } } return res; } main() { uint8_t pmode = 0xff; struct bmp2_config conf; bmpdev.intf = BMP2_I2C_INTF; bmpdev.delay_us = my_usleep; bmpdev.read = bmp280_read; bmpdev.write = bmp280_write; bmpdev.intf_ptr = NULL; int res = i2c_master_init(); res = bmp2_init(&bmpdev); if(res == BMP2_OK) { res = bmp2_get_config(&conf, &bmpdev); if(res == BMP2_OK) { ESP_LOGI(TAG, "bmp280 chip ID: %0x %0x %0x %0x %0x %0x %0x", bmpdev.chip_id, conf.filter, conf.odr, conf.os_mode, conf.os_pres, conf.os_temp, conf.spi3w_en); ESP_LOGI(TAG, "bmp280 cal param: %6d %6d \n%6d %6d %6d %6d %6d\n%6d %6d %6d %6d %6d", bmpdev.calib_param.dig_t1, bmpdev.calib_param.dig_t2 , bmpdev.calib_param.dig_p1, bmpdev.calib_param.dig_p2, bmpdev.calib_param.dig_p3, bmpdev.calib_param.dig_p4, bmpdev.calib_param.dig_p5 , bmpdev.calib_param.dig_p6, bmpdev.calib_param.dig_p7, bmpdev.calib_param.dig_p8, bmpdev.calib_param.dig_p9, bmpdev.calib_param.dig_p10); conf.os_mode = BMP2_OS_MODE_ULTRA_HIGH_RESOLUTION; conf.filter = BMP2_FILTER_COEFF_16; conf.os_pres = 0; // BMP2_OS_MODE_ULTRA_HIGH_RESOLUTION; conf.os_temp = 0; //BMP2_OS_MODE_ULTRA_HIGH_RESOLUTION; conf.odr = BMP2_ODR_500_MS; res = bmp2_set_power_mode(BMP2_POWERMODE_NORMAL, &conf, &bmpdev); if(res == BMP2_OK) { res = bmp2_get_config(&conf, &bmpdev); ESP_LOGI(TAG, "bmp280 config: %0x %0x %0x %0x %0x\n", conf.filter, conf.odr, conf.os_pres, conf.os_temp, conf.spi3w_en); osrs_t = conf.os_temp; osrs_p = conf.os_pres; res = bmp2_get_power_mode(&pmode, &bmpdev); ESP_LOGI(TAG, "bmp280 power mode: %0x", pmode); } else ESP_LOGI(TAG, "error during configuration %d", res); } } if(res != BMP2_OK) ESP_LOGI(TAG, "Cannot initialize i2c driver. Error = %d", res); // test for normal mode bmp_data_t bmpdata; while(1 && res == BMP2_OK) { get_bmp_data(&bmpdata); vTaskDelay(2000 / portTICK_PERIOD_MS); //wait 2 seconds } } and here is some sample log I (02:00:02.675) WESTA OP: bmp280 chip ID: 58 4 4 0 5 2 0 I (02:00:02.676) WESTA OP: bmp280 cal param: 27117 26189 34962 -10618 3024 3525 234 -7 15500 -14600 6000 0 I (02:00:02.680) WESTA OP: bmp280 config: 4 4 5 2 0 I (02:00:02.682) WESTA OP: bmp280 power mode: 3 I (02:00:02.684) WESTA OP: Temperature = 28.135 I (02:00:02.685) WESTA OP: Pressure = 83878.021 I (02:00:05.832) WESTA OP: Temperature = 28.135 I (02:00:05.834) WESTA OP: Pressure = 83878.021 I (11:55:39.467) NTP sync: Notification of a time synchronization event I (11:55:39.757) NTP sync: local time updated 2023-04-06/11:55:39 I (11:52:27.952) WESTA OP: Temperature = 28.135 I (11:52:27.953) WESTA OP: Pressure = 83878.021 I (11:52:29.952) WESTA OP: Temperature = 28.135 I (11:52:29.953) WESTA OP: Pressure = 83878.021 I (11:52:31.952) WESTA OP: Temperature = 28.135 I (11:52:31.953) WESTA OP: Pressure = 83878.021 I (11:52:33.952) WESTA OP: Temperature = 28.135 I (11:52:33.953) WESTA OP: Pressure = 83878.021 I (11:52:35.952) WESTA OP: Temperature = 28.135 I (11:52:35.953) WESTA OP: Pressure = 83878.021 I (11:52:37.952) WESTA OP: Temperature = 28.135   ... View more

Thanks for the reply. The way you implemented API, or at least the version available on github shows both functions bmp2_set_config(), which you recommend  and bmp2_set_power_mode(), which i use, are calling internally static function conf_sensor(mode, conf, dev). The difference is that bmp2_set_config() calls conf_sensor() with mode set to BMP2_POWERMODE_SLEEP, while bmp2_set_power_mode() calls conf_sensor() with mode provided by the caller . So bmp2_set_power_mode() will set both: power mode and sensor configuration and the power mode value is the one choosed by me at the call time. This is the reason i call only bmp2_set_power_mode(). Further on, in conf_sensor(),  you call set_os_mode() which fills 0xf4 register with the bit values for osrs_t and osrs_p. These values are calculated only based on the value provided in conf->os_mode and disregards values provided in conf->os_temp and conf->os_pres. So whatever values might be in conf->os_temp and conf->os_pres are meaningless. I can confirm with my sequece of code the values in oxf4 and 0xf5 are the one expected. bmp2_get_config() returns these values conf.filter = 4 conf.os_temp = 5 conf.os_pres = 2 conf.odr = 4 I tryed also your recommendations but the result is the same. ... View more