22 	struct sensor_value data;  member
27 	struct sensor_value data;  member
109 	struct sensor_value data;  in ZTEST()  local
119 				&data), RETURN_SUCCESS, "fail to get channel");  in ZTEST()
120 	zassert_equal(data.val1, chan_elements[0].data.val1,  in ZTEST()
121 				"the data does not match");  in ZTEST()
122 	zassert_equal(data.val2, chan_elements[0].data.val2,  in ZTEST()
123 				"the data does not match");  in ZTEST()
131 				&data), RETURN_SUCCESS, "fail to get channel");  in ZTEST()
132 		zassert_equal(data.val1, chan_elements[i].data.val1,  in ZTEST()
133 				"the data does not match");  in ZTEST()
134 		zassert_equal(data.val2, chan_elements[i].data.val2,  in ZTEST()
135 				"the data does not match");  in ZTEST()
138 	/* Get data with invalid channel. */  in ZTEST()
140 				&data), RETURN_SUCCESS, "should fail for invalid channel");  in ZTEST()
177  * -# Handle different types of triggers, based on time, data,threshold,
196 	struct sensor_value data;  in ZTEST()  local
211 				&trigger_elements[i].data),  in ZTEST()
218 				&data),  in ZTEST()
220 		zassert_equal(trigger_elements[i].data.val1,  in ZTEST()
221 			      data.val1, "read-back returned wrong val1");  in ZTEST()
222 		zassert_equal(trigger_elements[i].data.val2,  in ZTEST()
223 			      data.val2, "read-back returned wrong val2");  in ZTEST()
235 				&data), RETURN_SUCCESS, "fail to get channel");  in ZTEST()
238 		zassert_equal(data.val1, trigger_elements[i].data.val1,  in ZTEST()
239 				"retrieved data does not match");  in ZTEST()
240 		zassert_equal(data.val2, trigger_elements[i].data.val2,  in ZTEST()
241 				"retrieved data does not match");  in ZTEST()
247 				&trigger_elements[i].data),  in ZTEST()
254 				&data),  in ZTEST()
276 	struct sensor_value data;  in ZTEST()  local
279 	sensor_g_to_ms2(1, &data);  in ZTEST()
280 	zassert_equal(data.val1, SENSOR_G/1000000LL,  in ZTEST()
281 			"the data does not match");  in ZTEST()
282 	zassert_equal(data.val2, SENSOR_G%(data.val1 * 1000000LL),  in ZTEST()
283 			"the data does not match");  in ZTEST()
284 	zassert_equal(sensor_ms2_to_g(&data), 1,  in ZTEST()
285 			"the data does not match");  in ZTEST()
286 	/* set test data to negative value */  in ZTEST()
287 	data.val1 = -data.val1;  in ZTEST()
288 	data.val2 = -data.val2;  in ZTEST()
289 	zassert_equal(sensor_ms2_to_g(&data), -1,  in ZTEST()
290 			"the data does not match");  in ZTEST()
293 	sensor_degrees_to_rad(180, &data);  in ZTEST()
294 	zassert_equal(data.val1, SENSOR_PI/1000000LL,  in ZTEST()
295 			"the data does not match");  in ZTEST()
296 	zassert_equal(data.val2, SENSOR_PI%(data.val1 * 1000000LL),  in ZTEST()
297 			"the data does not match");  in ZTEST()
298 	zassert_equal(sensor_rad_to_degrees(&data), 180,  in ZTEST()
299 			"the data does not match");  in ZTEST()
300 	/* set test data to negative value */  in ZTEST()
301 	data.val1 = -data.val1;  in ZTEST()
302 	data.val2 = -data.val2;  in ZTEST()
303 	zassert_equal(sensor_rad_to_degrees(&data), -180,  in ZTEST()
304 			"the data does not match");  in ZTEST()
306 	/* reset test data to positive value */  in ZTEST()
307 	data.val1 = -data.val1;  in ZTEST()
308 	data.val2 = -data.val2;  in ZTEST()
311 	zassert_equal((long long)(sensor_value_to_double(&data) * 1000000LL),  in ZTEST()
312 			SENSOR_PI, "the data does not match");  in ZTEST()
313 	zassert_equal((long long)(sensor_value_to_float(&data) * 1000000LL),  in ZTEST()
314 			SENSOR_PI, "the data does not match");  in ZTEST()
317 	sensor_value_from_double(&data, (double)(SENSOR_PI) / 1000000.0);  in ZTEST()
318 	zassert_equal(data.val1, SENSOR_PI/1000000LL,  in ZTEST()
319 			"the data does not match");  in ZTEST()
320 	zassert_equal(data.val2, SENSOR_PI%(data.val1 * 1000000LL),  in ZTEST()
321 			"the data does not match");  in ZTEST()
323 	sensor_value_from_float(&data, (float)(SENSOR_PI) / 1000000.0f);  in ZTEST()
324 	zassert_equal(data.val1, SENSOR_PI/1000000LL,  in ZTEST()
325 			"the data does not match");  in ZTEST()
326 	zassert_equal(data.val2, SENSOR_PI%(data.val1 * 1000000LL),  in ZTEST()
327 			"the data does not match");  in ZTEST()
329 	/* reset test data to positive value */  in ZTEST()
330 	data.val1 = 3;  in ZTEST()
331 	data.val2 = 300000;  in ZTEST()
332 	zassert_equal(sensor_value_to_milli(&data), 3300LL,  in ZTEST()
334 	zassert_equal(sensor_value_to_micro(&data), 3300000LL,  in ZTEST()
336 	/* reset test data to negative value */  in ZTEST()
337 	data.val1 = -data.val1;  in ZTEST()
338 	data.val2 = -data.val2;  in ZTEST()
339 	zassert_equal(sensor_value_to_milli(&data), -3300LL,  in ZTEST()
341 	zassert_equal(sensor_value_to_micro(&data), -3300000LL,  in ZTEST()
344 	data.val1 = 5432109;  in ZTEST()
345 	data.val2 = 876543;  in ZTEST()
346 	zassert_equal(sensor_value_to_milli(&data), 5432109876LL,  in ZTEST()
348 	zassert_equal(sensor_value_to_micro(&data), 5432109876543LL,  in ZTEST()