public static bool Run()
{
StartUp();
/* Add your TestFramework calls here, for example:
* EH.PCPS.TestAutomation.CommonHostApplicationLayerLoader.CommonFlows.OpenHostApplication.Run(pathToApplication);
* EH.PCPS.TestAutomation.DeviceFunctionLoader.CoDIA.Parameterization.Flows.OpenModuleOnline.Run();
*/
string expectedCoefficients = "";
string tableValues = "";
//Referenzwerte kommen von Jochen oder Manuel von PC-F
bool isPassed = Execution.Container.SelectTabBaseSettings();
isPassed &= Flows.ConfigureBaseSettings.BaseConfiguration("Fine tuning settings", string.Empty, string.Empty, string.Empty, string.Empty);
isPassed &= Execution.Container.SelectTabLiquidProperties();
isPassed &= AssertFunctions.AreEqual(true, Validation.CheckAvailabilityOfTabPages.IsLiquidPropertiesTabPageAvailable(), "Verify that Liquid properties tab is active.");
isPassed &= Execution.SetTableValues.SetValues(StringToListConverter.Run(tableValues));
isPassed &= AssertFunctions.AreEqual(true, DeviceFunctionLoader.CoDIA.ConcentrationV2.Functions.MenuArea.Toolbar.Validation.IsCalculationButtonEnabled.Run(), "Verifies that calculate button is enabled.");
isPassed &= Execution.CoefficientsOverview.CompareCoefficients("0.01", StringToStringArrayConverter.Run(expectedCoefficients));
if (isPassed)
{
Log.Success(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_EnterDataForFineTuning passed.");
}
else
{
Log.Failure(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_EnterDataForFineTuning failed.");
Log.Screenshot();
}
TearDown();
return(isPassed);
}
public static bool Run()
{
StartUp();
/* Add your TestFramework calls here, for example:
* EH.PCPS.TestAutomation.CommonHostApplicationLayerLoader.CommonFlows.OpenHostApplication.Run(pathToApplication);
* EH.PCPS.TestAutomation.DeviceFunctionLoader.CoDIA.Parameterization.Flows.OpenModuleOnline.Run();
*/
// Dummy-Values um Änderungen in der Berechnung festzustellen
string expectedCoefficients = "-0.0533;-1.3581;3.4876;-2.0645;0.3985;0.0000;0.0000;0.0000;0.0000;0.0000;0.0000;0.0000";
string tableValues = "5;-10;0.5;10;0;0.6;15;10;0.7;20;20;0.8;25;30;0.9;30;40;1;35;50;1.1;40;60;1.2;45;70;1.3;50;75;1.4;55;80;1.5;60;85;1.6;65;90;1.7;70;95;1.8";
// TODO:
// Referenzwerte kommen von Jochen oder Manuel von PC-F
bool isPassed = true; // = Execution.Container.SelectTabBaseSettings();
isPassed &= Flows.ConfigureBaseSettings.BaseConfiguration("Liquid properties", string.Empty, string.Empty, string.Empty, string.Empty);
isPassed &= AssertFunctions.AreEqual(true, Validation.CheckAvailabilityOfTabPages.IsLiquidPropertiesTabPageAvailable(), "Verify that Liquid properties tab is active.");
isPassed &= Execution.Container.SelectTabLiquidProperties();
Execution.LiquidProperties.InputFormat = "List";
Execution.TakeScreenshotOfModule.Run();
isPassed &= Execution.SetTableValues.SetValues(StringToListConverter.Run(tableValues));
isPassed &= Execution.LiquidProperties.Recalculate();
isPassed &= Execution.Container.SelectTabCoefficientsOverview();
isPassed &= Execution.CoefficientsOverview.CompareCoefficients("0.01", StringToStringArrayConverter.Run(expectedCoefficients));
isPassed &= Execution.Container.SelectTabLiquidProperties();
Log.Info(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Please have a look at the screenshot to verify Concentration Table Validity");
if (isPassed)
{
Log.Success(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_CalculateCoefficients passed.");
}
else
{
Log.Failure(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_CalculateCoefficients failed.");
Log.Screenshot();
}
TearDown();
return(isPassed);
}
public static bool Run(string inputValues)
{
StartUp();
/* Add your TestFramework calls here, for example:
* EH.PCPS.TestAutomation.CommonHostApplicationLayerLoader.CommonFlows.OpenHostApplication.Run(pathToApplication);
* EH.PCPS.TestAutomation.DeviceFunctionLoader.CoDIA.Parameterization.Flows.OpenModuleOnline.Run();
*/
bool isPassed = Execution.SetTableValues.SetValues(StringToListConverter.Run(inputValues));
if (isPassed)
{
Log.Success(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_SetTableValue passed.");
}
else
{
Log.Failure(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_SetTableValue failed.");
}
TearDown();
return(isPassed);
}
public static bool Run()
{
// TC_CheckFineTuningGuiBehaviour
// Set Calculation Base to Fine Tuning
// Read Coefficients from Device
// Check user notification for success
// Select Tab Coefficients Overview
// Check Coefficients from Device for != nan
// Select Tab Liquid Properties
// Check control Recalculate for enabled state = false
// Enter values into table
// Check control Recalculate for enabled state = true
// Recalculate Coefficients
// Check user notification for success
// Select Tab Coefficients Overview
// Check calculated Coefficients for != nan
const string Description = "Description of TC_CheckFineTuningGuiBehaviour: \r\n " +
"-------------------------------------------------- \r\n " +
"- Set Calculation Base to Fine Tuning \r\n " +
"- Read Coefficients from Device \r\n " +
"-> Check user notification for success \r\n " +
"- Select Tab Coefficients Overview \r\n " +
"-> Check Coefficients from Device for != nan \r\n " +
"- Select Tab Liquid Properties \r\n " +
"-> Check control Recalculate for enabled state = false \r\n " +
"- Enter values into table \r\n " +
"-> Check control Recalculate for enabled state = true \r\n " +
"- Recalculate Coefficients \r\n " +
"-> Check user notification for success \r\n " +
"- Select Tab Coefficients Overview \r\n " +
"-> Check calculated Coefficients for != nan \r\n ";
Log.Info(LogInfo.Namespace(MethodBase.GetCurrentMethod()), Description);
StartUp();
/* Add your TestFramework calls here, for example:
* EH.PCPS.TestAutomation.CommonHostApplicationLayerLoader.CommonFlows.OpenHostApplication.Run(pathToApplication);
* EH.PCPS.TestAutomation.DeviceFunctionLoader.CoDIA.Parameterization.Flows.OpenModuleOnline.Run();
*/
// TC_CheckFineTuningGuiBehaviour
// Set Calculation Base to Fine Tuning
// Read Coefficients from Device
// Check user notification for success
// Select Tab Coefficients Overview
// Check Coefficients from Device for != nan
// Select Tab Liquid Properties
// Check control Recalculate for enabled state = false
// Enter values into table
// Check control Recalculate for enabled state = true
// Recalculate Coefficients
// Check user notification for success
// Select Tab Coefficients Overview
// Check calculated Coefficients for != nan
const string TableValues = "1;1;1;2;2;2;3;3;3;4;4;4;5;5;5;6;6;6;7;7;7;8;8;8;9;9;9;10;10;10;11;11;11;12;12;12";
bool isPassed = false;
isPassed = AssertFunctions.AreEqual(true, Validation.CheckAvailabilityOfTabPages.IsBaseSettingsTabPageAvailable(), "Verify that Base Settings tab is active.");
isPassed &= Execution.Container.SelectTabBaseSettings();
isPassed &= Flows.ConfigureBaseSettings.BaseConfiguration("Fine tuning settings", string.Empty, string.Empty, string.Empty, string.Empty);
isPassed &= Flows.Read.Run();
// Todo:
// isPassed &= Check user notification for success
isPassed &= AssertFunctions.AreEqual(true, Validation.CheckAvailabilityOfTabPages.IsCoefficientOverviewTabPageAvailable(), "Verify that Coefficients Overview tab is active.");
isPassed &= Execution.Container.SelectTabCoefficientsOverview();
isPassed &= Execution.CoefficientsOverview.AreReadCoefficientsAvailable();
isPassed &= AssertFunctions.AreEqual(true, Validation.CheckAvailabilityOfTabPages.IsLiquidPropertiesTabPageAvailable(), "Verify that Liquid Properties tab is active.");
isPassed &= Execution.Container.SelectTabLiquidProperties();
// Todo:
// Check control Recalculate for enabled state = false
isPassed &= Execution.SetTableValues.SetValues(StringToListConverter.Run(TableValues));
// Todo:
// Check control Recalculate for enabled state = true
isPassed &= Execution.LiquidProperties.Recalculate();
// Todo:
// Check user notification for success
isPassed &= AssertFunctions.AreEqual(true, Validation.CheckAvailabilityOfTabPages.IsCoefficientOverviewTabPageAvailable(), "Verify that Coefficients Overview tab is active.");
isPassed &= Execution.Container.SelectTabCoefficientsOverview();
isPassed &= Execution.CoefficientsOverview.AreCalculatedCoefficientsAvailable();
if (isPassed)
{
Log.Success(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_CheckFineTuningGuiBehaviour passed.");
}
else
{
Log.Failure(LogInfo.Namespace(MethodBase.GetCurrentMethod()), "Test case TC_CheckFineTuningGuiBehaviour failed.");
Log.Screenshot();
}
TearDown();
return(isPassed);
}
public static bool Run(string parameterNames)
{
return(Run(StringToListConverter.Run(parameterNames)));
}
public static bool Run(string parameterToCheck)
{
return(Run(StringToListConverter.Run(parameterToCheck)));
}
public static bool Run(string pathToSilWhgParameter, string silWhgCode, string pathToDeactivateSilWhg, string pathToParameter, int timeoutForSilWhgPageToDisappear, int timeoutForNextButton)
{
return(Run(pathToSilWhgParameter, silWhgCode, pathToDeactivateSilWhg, StringToListConverter.Run(pathToParameter), timeoutForSilWhgPageToDisappear, timeoutForNextButton));
}
/// <summary>
/// Converts a semicolon separated input string (xxxx;xxxx;xxxx xx; xxxx) to an array.
/// </summary>
/// <param name="input">
/// The input string.
/// </param>
/// <returns>
/// An array with the separated elements of the input string.
/// </returns>
public static string[] Run(string input)
{
return(StringToListConverter.Run(input).ToArray());
}