Files
hpos/app/src/test/java/com/example/hpostesting/TestRightViewModelTest.kt
2024-03-18 13:16:11 +05:30

104 lines
4.4 KiB
Kotlin

/*
* // Copyright (c) 2024 ShanMukha Innovations Pvt. Ltd. All rights reserved.
* // Notice: All information contained herein is, and remains
* // the property of ShanMukha Innovations Pvt. Ltd. and its suppliers,
* // if any. The intellectual and technical concepts contained
* // herein are proprietary to ShanMukha Innovations Pvt. Ltd.
* // and its suppliers and may be covered by Indian and Foreign Patents,
* // patents in process, and are protected by trade secret or copyright law.
* // Dissemination of this information or reproduction of this material
* // is strictly forbidden unless prior written permission is obtained
* // from ShanMukha Innovations Pvt. Ltd.
*/
package com.example.hpostesting
class TestRightViewModelTest {
// private val viewModel = TestRightViewModel()
// private val data = InputData()
//
// @Test
// fun test_mapDeviceConstants() {
// viewModel.mapDeviceConstants(data.inputRead)
// assertEquals("0", DataHolder.deviceConstant!!.a)
// assertEquals("1.69989422e-06", DataHolder.deviceConstant!!.b)
// assertEquals("1.60642711e-01", DataHolder.deviceConstant!!.c)
// assertEquals("3.85754470e+02", DataHolder.deviceConstant!!.d)
// }
//
// @Test
// fun test_mapPixelNumberToWavelength() {
// viewModel.mapDeviceConstants(data.inputRead)
// viewModel.mapPixelNumberToWavelength()
//
// val outputList = TestDataGenerator().getOutputMapPixelNumberToWavelength()
//
// assertEquals(Constants.TEST_RIGHT_TOTAL_PIXEL, DataHolder.wavelengthToPixelArray.size)
// assertEquals(Constants.TEST_RIGHT_TOTAL_PIXEL, outputList.size)
//
// val df = DecimalFormat("#.###")
// df.roundingMode = RoundingMode.FLOOR
//
// for (i in 0 until Constants.TEST_RIGHT_TOTAL_PIXEL){
// assertEquals(df.format(outputList[i]), df.format(DataHolder.wavelengthToPixelArray[i]))
// }
//
// }
//
//// @Test
//// fun test_mapIntensityValues() {
//// val inputReference = TestDataGenerator().getInputReferenceMapIntensityValues()
//// val inputSample = TestDataGenerator().getInputSampleMapIntensityValues()
////
//// viewModel.mapIntensityValues(inputReference, true)
//// viewModel.mapIntensityValues(inputSample, false)
////
//// val outputReference = TestDataGenerator().getOutputReferenceMapIntensityValues()
//// val outputSample = TestDataGenerator().getOutputSampleMapIntensityValues()
////
//// assertEquals(outputReference, DataHolder.intensityReferenceArray)
//// assertEquals(outputSample, viewModel.intensitySampleArray)
//// }
//
// @Test
// fun test_mapWavelengthToAbsorbance() {
//
// viewModel.mapDeviceConstants(data.inputRead)
// viewModel.mapPixelNumberToWavelength()
// viewModel.mapIntensityValues(TestDataGenerator().getInputReferenceMapIntensityValues(), true)
// viewModel.mapIntensityValues(TestDataGenerator().getInputSampleMapIntensityValues(), false)
// viewModel.patientDetails = PatientData("Surya", 2, "Male", TestRightResultType.UNDEFINED)
// viewModel.mapWavelengthToAbsorbance()
//
// val wavelengthList = TestDataGenerator().getOutputMapPixelNumberToWavelength()
// val absorbanceList = TestDataGenerator().getOutputMapWavelengthToAbsorbance()
//
// val df = DecimalFormat("#.###")
// df.roundingMode = RoundingMode.FLOOR
//
// assertEquals(Constants.TEST_RIGHT_TOTAL_PIXEL, viewModel.wavelengthToAbsorbance.size)
// for (i in 0 until Constants.TEST_RIGHT_TOTAL_PIXEL){
// assertEquals(df.format(wavelengthList[i]), df.format(viewModel.wavelengthToAbsorbance[i][0]))
// assertEquals(df.format(absorbanceList[i]), df.format(viewModel.wavelengthToAbsorbance[i][1]))
// }
// }
//
//
// @Test
// fun testRightViewModel_calculateDataForCSV() {
//
// viewModel.mapDeviceConstants(data.inputRead)
// viewModel.mapPixelNumberToWavelength()
// viewModel.mapIntensityValues(data.printForReference, true)
// viewModel.mapIntensityValues(data.printForSample, false)
//// viewModel.patientDetails = PatientData("Surya", 2, "Male", null)
//// viewModel.calculateResults()
// viewModel.mapWavelengthToAbsorbance()
//
// for (each in viewModel.wavelengthToAbsorbance){
// println(each[0].toString() + " -> " + each[1])
// }
// }
}