24 	uint8_t response = 0;  in read_sensor_register()  local
26 	err = i2c_reg_read_byte(i2c_device, DEVICE_ADDRESS, register_address, &response);  in read_sensor_register()
28 	TC_PRINT("I2C read reg, addr: 0x%x, val: 0x%x\n", register_address, response);  in read_sensor_register()
29 	return response;  in read_sensor_register()
63 	uint8_t response = 0;  in set_sensor_iir_filter()  local
66 	response = read_sensor_register(CONF_REGISTER_ADDRESS);  in set_sensor_iir_filter()
67 	response &= ~IIR_FILER_ORDER_BIT_MASK;  in set_sensor_iir_filter()
68 	response |= IIR_FILER_COEFF_3 << IIR_FILER_ORDER_BIT_SHIFT;  in set_sensor_iir_filter()
69 	write_sensor_register(CONF_REGISTER_ADDRESS, response);  in set_sensor_iir_filter()
122 	unsigned char response = 0;  in configure_measurements()  local
127 	response = read_sensor_register(CTRL_HUM_REGISTER_ADDRESS);  in configure_measurements()
128 	response &= ~HUMIDITY_OVERSAMPLING_BIT_MSK;  in configure_measurements()
129 	response |= HUMIDITY_OVERSAMPLING_1X << HUMIDITY_OVERSAMPLING_BIT_SHIFT;  in configure_measurements()
130 	write_sensor_register(CTRL_HUM_REGISTER_ADDRESS, response);  in configure_measurements()
133 	response = read_sensor_register(CTRL_MEAS_REGISTER_ADDRESS);  in configure_measurements()
134 	response &= ~TEMP_OVERSAMPLING_BIT_MSK;  in configure_measurements()
135 	response |= TEMPERATURE_OVERSAMPLING_2X << TEMP_OVERSAMPLING_BIT_SHIFT;  in configure_measurements()
137 	write_sensor_register(CTRL_MEAS_REGISTER_ADDRESS, response);  in configure_measurements()
140 	response = read_sensor_register(CTRL_MEAS_REGISTER_ADDRESS);  in configure_measurements()
141 	response &= ~PRES_OVERSAMPLING_BIT_MSK;  in configure_measurements()
142 	response |= PRESSURE_OVERSAMPLING_16X << PRES_OVERSAMPLING_BIT_SHIFT;  in configure_measurements()
144 	write_sensor_register(CTRL_MEAS_REGISTER_ADDRESS, response);  in configure_measurements()
152 	unsigned char response = 0;  in set_sensor_mode()  local
156 	response = read_sensor_register(CTRL_MEAS_REGISTER_ADDRESS);  in set_sensor_mode()
157 	response &= ~CTRL_MEAS_MODE_BIT_MSK;  in set_sensor_mode()
158 	response |= sensor_mode << CTRL_MEAS_MODE_BIT_SHIFT;  in set_sensor_mode()
159 	write_sensor_register(CTRL_MEAS_REGISTER_ADDRESS, response);  in set_sensor_mode()
250 	uint8_t response = 0;  in ZTEST()  local
263 	response = read_sensor_register(CHIP_ID_REGISTER_ADDRESS);  in ZTEST()
264 	TC_PRINT("Chip_Id: %d\n", response);  in ZTEST()
266 	response = read_sensor_register(VARIANT_ID_REGISTER_ADDRESS);  in ZTEST()
267 	TC_PRINT("Variant_Id: %d\n", response);  in ZTEST()
278 		response = read_sensor_register(MEAS_STATUS_0_REG_ADDRESS);  in ZTEST()
280 			 response & MEASUREMENT_IN_PROGRESS_BIT_MASK,  in ZTEST()
281 			 response & MEASUREMENT_NEW_DATA_BIT_MASK);  in ZTEST()
282 		if (response & MEASUREMENT_NEW_DATA_BIT_MASK) {  in ZTEST()