public override View GetView(PropertyInfo property, object o, out BindableProperty targetProperty, out IValueConverter converter)
{
targetProperty = Label.TextProperty;
converter = new ValueConverter();
return new Label();
}
public DynamicXmlElement(XElement element, ValueConverter valueConverter,
NamespaceRegistry namespaceRegistry)
{
_element = element;
_valueConverter = valueConverter;
_namespaceRegistry = namespaceRegistry;
}
public void ChoseValueConverter(PropertyInfo property, ValueConverter converter)
{
_report
.AddBindingDetail(new ValueConverterSelection{
ConverterType = converter.GetType(),
PropertyName = property.Name,
PropertyType = property.PropertyType
});
}
public override View GetView(PropertyInfo property, object o, out BindableProperty targetProperty, out IValueConverter converter)
{
targetProperty = Editor.TextProperty;
converter = new ValueConverter();
return new Editor
{
HorizontalOptions = LayoutOptions.FillAndExpand
};
}
public override View GetView(PropertyInfo property, object o, out BindableProperty targetProperty, out IValueConverter converter)
{
targetProperty = Entry.TextProperty;
converter = new ValueConverter();
return new Entry
{
Keyboard = Keyboard.Numeric,
HorizontalOptions = LayoutOptions.FillAndExpand
};
}
public void TestBasicConversion()
{
var converter = new ValueConverter();
Assert.That(converter.Get<int>("3"), Is.EqualTo(3));
Assert.That(converter.Get<string>(3), Is.EqualTo("3"));
Assert.That(converter.Get<string>(true), Is.EqualTo("True"));
Assert.That(converter.Get<int>(true), Is.EqualTo(1));
Assert.That(converter.Get<int>(false), Is.EqualTo(0));
Assert.That(converter.Get<bool>("false"), Is.EqualTo(false));
}
public ConvertibleStringValue(string value, ValueConverter valueConverter)
{
_value = value;
_valueConverter = valueConverter;
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
// Step## Pre-Condition - Initial setup and Access code setup is done. Customer created with audiogram configured and Custom molds is enabled.
//Report.Log(ReportLevel.Info, "Section", "Step## Pre-Condition - Initial setup and Access code setup is done. Customer created with audiogram configured and Custom molds is enabled.", new RecordItemIndex(0));
TapOnRightButton("Tap on 'Settings'");
Delay.Milliseconds(0);
SwitchSettingUseMold(ValueConverter.ArgumentFromString <bool>("YesNo", "True"));
Delay.Milliseconds(0);
TapOnLeftButton("Press Back key");
Delay.Milliseconds(0);
CreatePatient(LastName, FirstName);
Delay.Milliseconds(0);
SelectCustomerContinue();
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
// Step## Open the app, goto List. Select the existing customer
Report.Log(ReportLevel.Info, "Section", "Step## Open the app, goto List. Select the existing customer", new RecordItemIndex(7));
StartApp();
Delay.Milliseconds(0);
SearchCustomer(FirstName);
Delay.Milliseconds(0);
SelectCustomer(LastName, FirstName);
Delay.Milliseconds(0);
// Step## Enter (Right), @500Hz, @1kHz, @2kHz, @4kHz.Press Done
Report.Log(ReportLevel.Info, "Section", "Step## Enter (Right), @500Hz, @1kHz, @2kHz, @4kHz.Press Done", new RecordItemIndex(11));
TapEnterAudiogram();
Delay.Milliseconds(0);
DrawAudiogramPoints("Right", AUPoints);
Delay.Milliseconds(0);
TapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
ValidateALertMessage("Do you want to enter values for the \"left\" ear side too?");
Delay.Milliseconds(0);
ClickOnAlertMessage("No");
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
StartApp();
Delay.Milliseconds(0);
SearchCustomer(FirstName);
Delay.Milliseconds(0);
SelectCustomer(LastName, FirstName);
Delay.Milliseconds(0);
// Validation## Audiogram is saved - Recommendation should be @HI , @coupling type & @Cluster
Report.Log(ReportLevel.Info, "Section", "Validation## Audiogram is saved - Recommendation should be @HI , @coupling type & @Cluster", new RecordItemIndex(21));
TapOnMonauralHI("Tap on MonauralHI");
Delay.Milliseconds(0);
TapOn("Fit right ear with hearing aid");
Delay.Milliseconds(0);
TapOnWithContentDesc(HIName);
Delay.Milliseconds(0);
SelectCouplingIfAvailable(ValueConverter.ArgumentFromString <bool>("isCouplingAvailable", isCouplingAvailable), Coupling);
Delay.Milliseconds(0);
ValidateMonauralHISelected(HIName, "Right");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected(Coupling, "Right");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected(Cluster, "Right");
Delay.Milliseconds(0);
// Step## Press Send data to HI and Connect to HI
//Report.Log(ReportLevel.Info, "Section", "Step## Press Send data to HI and Connect to HI", new RecordItemIndex(29));
// Validation## Attention message is displayed as Selected sound profile has high amplification output.
//Report.Log(ReportLevel.Info, "Section", "Validation## Attention message is displayed as Selected sound profile has high amplification output.", new RecordItemIndex(30));
TapOn("Send Data to Hearing Aid");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile has high amplification output.", ValueConverter.ArgumentFromString <bool>("isAlert", isAlert));
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
try {
ConnectHI();
Delay.Milliseconds(0);
} catch (Exception ex) { Report.Log(ReportLevel.Warn, "Module", "(Optional Action) " + ex.Message, new RecordItemIndex(34)); }
ConfirmationToneYes();
Delay.Milliseconds(0);
// Step## Press Sound Comfort and Press OK
//Report.Log(ReportLevel.Info, "Section", "Step## Press Sound Comfort and Press OK", new RecordItemIndex(36));
TapOn("Check Sound Comfort");
Delay.Milliseconds(0);
SoundComfortOk();
Delay.Milliseconds(0);
// Step## Close session.
//Report.Log(ReportLevel.Info, "Section", "Step## Close session.", new RecordItemIndex(39));
CloseSession();
Delay.Milliseconds(0);
SearchCustomer(FirstName);
Delay.Milliseconds(0);
SelectCustomer(LastName, FirstName);
Delay.Milliseconds(0);
// Step## Press audiogram tab and open the edit screen
//Report.Log(ReportLevel.Info, "Section", "Step## Press audiogram tab and open the edit screen", new RecordItemIndex(43));
EditAudiogram();
Delay.Milliseconds(0);
// Step## Enter (Left), @500Hz, @1kHz, @2kHz, @4kHz.Press Done.
Report.Log(ReportLevel.Info, "Section", "Step## Enter (Left), @500Hz, @1kHz, @2kHz, @4kHz.Press Done.", new RecordItemIndex(45));
DrawAudiogramPoints("Left", AUPoints);
Delay.Milliseconds(0);
TapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
ContinueWithLeftEar();
Delay.Milliseconds(0);
ValidateBinauralHISelected(HIName, "Right");
Delay.Milliseconds(0);
ValidateBinauralCouplingSelected(Coupling, "Right");
Delay.Milliseconds(0);
ValidateBinauralClusterSelected(Cluster, "Right");
Delay.Milliseconds(0);
TapOnBinauralHI("Tap On BinauralHI", "Left");
Delay.Milliseconds(0);
TapOnWithContentDesc(HIName);
Delay.Milliseconds(0);
SelectCouplingIfAvailable(ValueConverter.ArgumentFromString <bool>("isCouplingAvailable", isCouplingAvailable), Coupling);
Delay.Milliseconds(0);
ValidateBinauralHISelected(HIName, "Left");
Delay.Milliseconds(0);
ValidateBinauralCouplingSelected(Coupling, "Left");
Delay.Milliseconds(0);
ValidateBinauralClusterSelected(Cluster, "Left");
Delay.Milliseconds(0);
// Step## Press Send data to HI and Connect to HI for Left side
//Report.Log(ReportLevel.Info, "Section", "Step## Press Send data to HI and Connect to HI for Left side", new RecordItemIndex(58));
// Validation## warning message is displayed as Selected sound profile has high amplification output.
//Report.Log(ReportLevel.Info, "Section", "Validation## warning message is displayed as Selected sound profile has high amplification output.", new RecordItemIndex(59));
SendDataToHearingAid("Left");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile has high amplification output.", ValueConverter.ArgumentFromString <bool>("isAlert", isAlert));
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
ConnectHI();
Delay.Milliseconds(0);
ConfirmationToneYes();
Delay.Milliseconds(0);
// Step## Press Sound Comfort and Press OK
//Report.Log(ReportLevel.Info, "Section", "Step## Press Sound Comfort and Press OK", new RecordItemIndex(65));
SelectPage("Check Sound Comfort");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
SoundComfortOk();
Delay.Milliseconds(0);
// Step## Press Close session
//Report.Log(ReportLevel.Info, "Section", "Step## Press Close session", new RecordItemIndex(69));
CloseSession();
Delay.Milliseconds(0);
// Validation## Returns to Customer list screen
//Report.Log(ReportLevel.Info, "Section", "Validation## Returns to Customer list screen", new RecordItemIndex(71));
VerifyActionBarTitle("Client");
Delay.Milliseconds(0);
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
// Step## Pre-Condition - Initial setup and Access code setup is done. Customer created with audiogram configured
Report.Log(ReportLevel.Info, "Section", "Step## Pre-Condition - Initial setup and Access code setup is done. Customer created with audiogram configured", new RecordItemIndex(0));
TapOnRightButton("Tap on 'Settings'");
Delay.Milliseconds(0);
SwitchSettingUseMold(ValueConverter.ArgumentFromString <bool>("YesNo", "True"));
Delay.Milliseconds(0);
BackAction();
Delay.Milliseconds(0);
CreatePatient(LastName, FirstName);
Delay.Milliseconds(0);
SelectCustomerContinue();
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
// Step## Open the app, goto List. Select the existing customer
Report.Log(ReportLevel.Info, "Section", "Step## Open the app, goto List. Select the existing customer", new RecordItemIndex(7));
StartApp();
Delay.Milliseconds(0);
SearchCustomer(FirstName);
Delay.Milliseconds(0);
SelectCustomer(LastName, FirstName);
Delay.Milliseconds(0);
// Step## Enter (Right), @500Hz, @1kHz, @2kHz, @4kHz.Press Done
Report.Log(ReportLevel.Info, "Section", "Step## Enter (Right), @500Hz, @1kHz, @2kHz, @4kHz.Press Done", new RecordItemIndex(11));
TapEnterAudiogram();
Delay.Milliseconds(0);
DrawAudiogramPoints("Right", AUPoints);
Delay.Milliseconds(0);
TapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
ValidateALertMessage("Do you want to enter values for the \"right\" ear side too?");
Delay.Milliseconds(0);
ClickOnAlertMessage("No");
Delay.Milliseconds(0);
// Validation## Audiogram is saved - Recommendation should be @HI , @coupling type & @Cluster
Report.Log(ReportLevel.Info, "Section", "Validation## Audiogram is saved - Recommendation should be @HI , @coupling type & @Cluster", new RecordItemIndex(17));
ValidateMonauralHISelected(HIName, "Right");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected(Coupling, "Right");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected(Cluster, "Right");
Delay.Milliseconds(0);
// Step## Press Send data to HI and Connect to HI
Report.Log(ReportLevel.Info, "Section", "Step## Press Send data to HI and Connect to HI", new RecordItemIndex(21));
// Validation## warning message is displayed as Selected sound profile has high amplification output.
Report.Log(ReportLevel.Info, "Section", "Validation## warning message is displayed as Selected sound profile has high amplification output.", new RecordItemIndex(22));
TapOn("Send Data to Hearing Aid");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile has high amplification output.");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
ConnectHI();
Delay.Milliseconds(0);
// Step## Press Sound Comfort and Press OK
Report.Log(ReportLevel.Info, "Section", "Step## Press Sound Comfort and Press OK", new RecordItemIndex(27));
TapOn("Check Sound Comfort");
Delay.Milliseconds(0);
SoundComfortOk();
Delay.Milliseconds(0);
// Step## Close session.
Report.Log(ReportLevel.Info, "Section", "Step## Close session.", new RecordItemIndex(30));
CloseSession();
Delay.Milliseconds(0);
// Step## Reselect same customer
Report.Log(ReportLevel.Info, "Section", "Step## Reselect same customer", new RecordItemIndex(32));
SearchCustomer(FirstName);
Delay.Milliseconds(0);
SelectCustomer(LastName, FirstName);
Delay.Milliseconds(0);
// Step## Press audiogram tab and open the edit screen
Report.Log(ReportLevel.Info, "Section", "Step## Press audiogram tab and open the edit screen", new RecordItemIndex(35));
EditAudiogram();
Delay.Milliseconds(0);
// Step## Enter (Left), @500Hz, @1kHz, @2kHz, @4kHz.Press Done.
Report.Log(ReportLevel.Info, "Section", "Step## Enter (Left), @500Hz, @1kHz, @2kHz, @4kHz.Press Done.", new RecordItemIndex(37));
DrawAudiogramPoints("Left", AUPoints);
Delay.Milliseconds(0);
TapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
// Validation## Audiogram is saved and Recommendation is given @HI, @Coupling type & @Cluster
Report.Log(ReportLevel.Info, "Section", "Validation## Audiogram is saved and Recommendation is given @HI, @Coupling type & @Cluster", new RecordItemIndex(40));
ValidateMonauralHISelected(HIName, "Right");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected(Coupling, "Right");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected(Cluster, "Right");
Delay.Milliseconds(0);
// Step## Check the cluster recommended in the overview screen and the cluster Highlighted in the sound profile screen
Report.Log(ReportLevel.Info, "Section", "Step## Check the cluster recommended in the overview screen and the cluster Highlighted in the sound profile screen", new RecordItemIndex(44));
// Validation## Should be the same bearing-"Suitable" tag and marked as the current selection
Report.Log(ReportLevel.Info, "Section", "Validation## Should be the same bearing-\"Suitable\" tag and marked as the current selection", new RecordItemIndex(45));
TapOn(HIName);
Delay.Milliseconds(0);
TapOn("Fit right ear with hearing aid");
Delay.Milliseconds(0);
ValidateSuitableHISelected(HIName, "Right");
Delay.Milliseconds(0);
BackAction();
Delay.Milliseconds(0);
BackAction();
Delay.Milliseconds(0);
ContinueWithLeftEar();
Delay.Milliseconds(0);
// Step## Press Send data to HI and Connect to HI for Left side
Report.Log(ReportLevel.Info, "Section", "Step## Press Send data to HI and Connect to HI for Left side", new RecordItemIndex(52));
// Validation## warning message is displayed as Selected sound profile has high amplification output.
Report.Log(ReportLevel.Info, "Section", "Validation## warning message is displayed as Selected sound profile has high amplification output.", new RecordItemIndex(53));
SendDataToHearingAid("Left");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile has high amplification output.");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
ConnectHI();
Delay.Milliseconds(0);
SelectPage("Check Sound Comfort");
Delay.Milliseconds(0);
// Step## Press Sound Comfort and Press OK
Report.Log(ReportLevel.Info, "Section", "Step## Press Sound Comfort and Press OK", new RecordItemIndex(59));
SoundComfortOk();
Delay.Milliseconds(0);
// Step## Press Close session
Report.Log(ReportLevel.Info, "Section", "Step## Press Close session", new RecordItemIndex(61));
CloseSession();
Delay.Milliseconds(0);
// Validation## Returns to Customer list screen
Report.Log(ReportLevel.Info, "Section", "Validation## Returns to Customer list screen", new RecordItemIndex(63));
VerifyActionBarTitle("Client");
Delay.Milliseconds(0);
}
/// <summary> /// This is an internal API that supports the Entity Framework Core infrastructure and not subject to /// the same compatibility standards as public APIs. It may be changed or removed without notice in /// any release. You should only use it directly in your code with extreme caution and knowing that /// doing so can result in application failures when updating to a new Entity Framework Core release. /// </summary> public override CoreTypeMapping Clone(ValueConverter converter) => new CosmosTypeMapping(Parameters.WithComposedConverter(converter));
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
TapOnHome();
Delay.Milliseconds(0);
TapOn("My Hearing Care Professional");
Delay.Milliseconds(0);
SwipePageVerticle(ValueConverter.ArgumentFromString <int>("count", "3"), ValueConverter.ArgumentFromString <double>("startY", "0.6"), ValueConverter.ArgumentFromString <double>("endY", "0.2"), ValueConverter.ArgumentFromString <bool>("takeScreenshot", "True"));
Delay.Milliseconds(0);
ValidateContents("Opening Hours;PM - ;Mo;Tu;We;Th;Fr");
Delay.Milliseconds(0);
}
public override CoreTypeMapping Clone(ValueConverter converter) => new OracleDoubleTypeMapping(StoreType, ComposeConverter(converter), DbType);
/// <summary>
/// Loading <see cref="IEnumerable{T}"/> from specified excel file.
/// /// </summary>
/// <typeparam name="T">The type of the model.</typeparam>
/// <param name="excelFile">The excel file.</param>
/// <param name="startRow">The row to start read.</param>
/// <param name="sheetIndex">Which sheet to read.</param>
/// <param name="valueConverter">The cell value convert.</param>
/// <returns>The <see cref="IEnumerable{T}"/> loading from excel.</returns>
public static IEnumerable <T> Load <T>(string excelFile, int startRow = 1, int sheetIndex = 0, ValueConverter valueConverter = null) where T : class, new()
{
if (!File.Exists(excelFile))
{
throw new FileNotFoundException();
}
var workbook = InitializeWorkbook(excelFile);
// currently, only handle sheet one (or call side using foreach to support multiple sheet)
var sheet = workbook.GetSheetAt(sheetIndex);
// get the writable properties
var properties = typeof(T).GetProperties(BindingFlags.Public | BindingFlags.Instance | BindingFlags.SetProperty);
bool fluentConfigEnabled = false;
// get the fluent config
if (Excel.Setting.FluentConfigs.TryGetValue(typeof(T), out var fluentConfig))
{
fluentConfigEnabled = true;
}
var cellConfigs = new CellConfig[properties.Length];
for (var j = 0; j < properties.Length; j++)
{
var property = properties[j];
if (fluentConfigEnabled && fluentConfig.PropertyConfigs.TryGetValue(property, out var pc))
{
// fluent configure first(Hight Priority)
cellConfigs[j] = pc.CellConfig;
}
else
{
var attrs = property.GetCustomAttributes(typeof(ColumnAttribute), true) as ColumnAttribute[];
if (attrs != null && attrs.Length > 0)
{
cellConfigs[j] = attrs[0].CellConfig;
}
else
{
cellConfigs[j] = null;
}
}
}
var statistics = new List <StatisticsConfig>();
if (fluentConfigEnabled)
{
statistics.AddRange(fluentConfig.StatisticsConfigs);
}
else
{
var attributes = typeof(T).GetCustomAttributes(typeof(StatisticsAttribute), true) as StatisticsAttribute[];
if (attributes != null && attributes.Length > 0)
{
foreach (var item in attributes)
{
statistics.Add(item.StatisticsConfig);
}
}
}
var list = new List <T>();
int idx = 0;
IRow headerRow = null;
// get the physical rows
var rows = sheet.GetRowEnumerator();
while (rows.MoveNext())
{
var row = rows.Current as IRow;
if (idx == 0)
{
headerRow = row;
}
idx++;
if (row.RowNum < startRow)
{
continue;
}
var item = new T();
var itemIsValid = true;
for (int i = 0; i < properties.Length; i++)
{
var prop = properties[i];
int index = i;
var config = cellConfigs[i];
if (config != null)
{
index = config.Index;
// Try to autodiscover index from title and cache
if (index < 0 && config.AutoIndex && !string.IsNullOrEmpty(config.Title))
{
foreach (var cell in headerRow.Cells)
{
if (!string.IsNullOrEmpty(cell.StringCellValue))
{
if (cell.StringCellValue.Equals(config.Title, StringComparison.InvariantCultureIgnoreCase))
{
index = cell.ColumnIndex;
// cache
config.Index = index;
break;
}
}
}
}
// check again
if (index < 0)
{
throw new ApplicationException("Please set the 'index' or 'autoIndex' by fluent api or attributes");
}
}
var value = row.GetCellValue(index);
if (valueConverter != null)
{
value = valueConverter(row.RowNum, index, value);
}
if (value == null)
{
continue;
}
// check whether is statics row
if (idx > startRow + 1 && index == 0
&&
statistics.Any(s => s.Name.Equals(value.ToString(), StringComparison.InvariantCultureIgnoreCase)))
{
var st = statistics.FirstOrDefault(s => s.Name.Equals(value.ToString(), StringComparison.InvariantCultureIgnoreCase));
var formula = row.GetCellValue(st.Columns.First()).ToString();
if (formula.StartsWith(st.Formula, StringComparison.InvariantCultureIgnoreCase))
{
itemIsValid = false;
break;
}
}
// property type
var propType = Nullable.GetUnderlyingType(prop.PropertyType) ?? prop.PropertyType;
var safeValue = Convert.ChangeType(value, propType, CultureInfo.CurrentCulture);
prop.SetValue(item, safeValue, null);
}
if (itemIsValid)
{
list.Add(item);
}
}
return(list);
}
public override object ParseValue(object value) => ValueConverter.ConvertTo(value, typeof(DateTime));
public bool TryCreateInstance <T>(IEnumerable <T> values, ValueConverter <T> converter, out object result)
{
return(OriginalAlienType.TryCreateInstance(values, converter, out result));
}
/// <summary>
/// This API supports the Entity Framework Core infrastructure and is not intended to be used
/// directly from your code. This API may change or be removed in future releases.
/// </summary>
protected SqlServerGeometryTypeMapping(
RelationalTypeMappingParameters parameters,
ValueConverter <TGeometry, SqlBytes> converter)
: base(parameters, converter)
{
}
public IModifierBuilder WithValueConverter(ValueConverter converter)
{
return(new ModifierBuilder(Entries, StatConverter, converter));
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
// Pre-condition: Initial setup is done.
Report.Log(ReportLevel.Info, "Section", "Pre-condition: Initial setup is done.", new RecordItemIndex(0));
// Step## Customer configured with audiogram exists. Enabled Custom molds
Report.Log(ReportLevel.Info, "Section", "Step## Customer configured with audiogram exists. Enabled Custom molds", new RecordItemIndex(1));
TapOnRightButton("Tap on 'Settings'");
Delay.Milliseconds(0);
SwitchSettingUseMold(ValueConverter.ArgumentFromString<bool>("YesNo", "True"));
Delay.Milliseconds(0);
TapOnLeftButton("Press Back key");
Delay.Milliseconds(0);
CreatePatient("Higher", "Cluster");
Delay.Milliseconds(0);
SelectCustomerContinue();
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
// Step## Open the app and select the customer from the list
Report.Log(ReportLevel.Info, "Section", "Step## Open the app and select the customer from the list", new RecordItemIndex(8));
StartApp();
Delay.Milliseconds(0);
SearchCustomer("Cluster");
Delay.Milliseconds(0);
SelectCustomer("Higher", "Cluster");
Delay.Milliseconds(0);
// Step## Enter audiogram - Right 80 dB, 80 dB, 80 dB, 80 dB for the required frequencies
Report.Log(ReportLevel.Info, "Section", "Step## Enter audiogram - Right 80 dB, 80 dB, 80 dB, 80 dB for the required frequencies", new RecordItemIndex(12));
TapEnterAudiogram();
Delay.Milliseconds(0);
DrawAudiogramPoints("Right", "500,80;1000,80;2000,80;4000,80");
Delay.Milliseconds(0);
TapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
ValidateALertMessage("Do you want to enter values for the \"right\" ear side too?");
Delay.Milliseconds(0);
ClickOnAlertMessage("No");
Delay.Milliseconds(0);
// Validation## Overview screen is displayed with Send data to Hearing Aid step highlighted. Run SP & Custom Mold & P3 cluster is recommended
Report.Log(ReportLevel.Info, "Section", "Validation## Overview screen is displayed with Send data to Hearing Aid step highlighted. Run SP & Custom Mold & P3 cluster is recommended", new RecordItemIndex(18));
ValidateMonauralHISelected(H2, "Right");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected("Custom Mold", "Right");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P3", "Right");
Delay.Milliseconds(0);
// Step## Select the cluster tab and choose a Cluster higher than the recommended cluster(i.e. P4)
Report.Log(ReportLevel.Info, "Section", "Step## Select the cluster tab and choose a Cluster higher than the recommended cluster(i.e. P4)", new RecordItemIndex(22));
TapOn("P3");
Delay.Milliseconds(0);
TapOn("P4");
Delay.Milliseconds(0);
// Validation## The new cluster is selected and returns to overview screen
Report.Log(ReportLevel.Info, "Section", "Validation## The new cluster is selected and returns to overview screen", new RecordItemIndex(25));
ValidateMonauralClusterSelected("P4", "Right");
Delay.Milliseconds(0);
VerifyActionBarTitle("Higher, Cluster");
Delay.Milliseconds(0);
// Step## Press Send data to HI
Report.Log(ReportLevel.Info, "Section", "Step## Press Send data to HI", new RecordItemIndex(28));
// Validation## warning message is displayed as Selected sound profile has high amplification output.
Report.Log(ReportLevel.Info, "Section", "Validation## warning message is displayed as Selected sound profile has high amplification output.", new RecordItemIndex(29));
TapOn("Send Data to Hearing Aid");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile has high amplification output.");
Delay.Milliseconds(0);
// Step## Click on OK in the pop-up appeared and Tap on Connect HI
Report.Log(ReportLevel.Info, "Section", "Step## Click on OK in the pop-up appeared and Tap on Connect HI", new RecordItemIndex(32));
// Validation## Tapping yes in connect confirmation should show HI is connected successfully.
Report.Log(ReportLevel.Info, "Section", "Validation## Tapping yes in connect confirmation should show HI is connected successfully.", new RecordItemIndex(33));
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
try {
ConnectHI();
Delay.Milliseconds(0);
} catch(Exception ex) { Report.Log(ReportLevel.Warn, "Module", "(Optional Action) " + ex.Message, new RecordItemIndex(35)); }
ConfirmationToneYes();
Delay.Milliseconds(0);
// Step## Press Check Sound Comfort
Report.Log(ReportLevel.Info, "Section", "Step## Press Check Sound Comfort", new RecordItemIndex(37));
TapOn("Check Sound Comfort");
Delay.Milliseconds(0);
// Validation## Sound coumfort page displayed
Report.Log(ReportLevel.Info, "Section", "Validation## Sound coumfort page displayed", new RecordItemIndex(39));
VerifyActionBarTitle("Sound Comfort");
Delay.Milliseconds(0);
// Step## Select the cluster tab and choose a sound profile higher than the recommended cluster.Ex : P5
Report.Log(ReportLevel.Info, "Section", "Step## Select the cluster tab and choose a sound profile higher than the recommended cluster.Ex : P5", new RecordItemIndex(41));
TapOnWithContentDesc("P4");
Delay.Milliseconds(0);
TapOn("P5");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile provides higher amplification than the recommended Profile. Are you sure of your selection?");
Delay.Milliseconds(0);
ValidateContents("OK;Reselect");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P5", "Right");
Delay.Milliseconds(0);
LogSnapshot();
Delay.Milliseconds(0);
// Step##Press OK and Close Session
Report.Log(ReportLevel.Info, "Section", "Step##Press OK and Close Session", new RecordItemIndex(49));
SoundComfortOk();
Delay.Milliseconds(0);
CloseSession();
Delay.Milliseconds(0);
// Validation## Back to Client page
Report.Log(ReportLevel.Info, "Section", "Validation## Back to Client page", new RecordItemIndex(52));
VerifyActionBarTitle("Client");
Delay.Milliseconds(0);
}
/// <summary> /// This API supports the Entity Framework Core infrastructure and is not intended to be used /// directly from your code. This API may change or be removed in future releases. /// </summary> public override CoreTypeMapping Clone(ValueConverter converter) => new SqlServerDateTimeTypeMapping(StoreType, ComposeConverter(converter), DbType);
public static TokenValue ConvertFrom(ICustomData value)
{
return((TokenValue)ValueConverter <TokenValue> .ConvertFrom(value));
}
public static void DefineConverter(ValueConverter converter)
{
foreach (Type source in converter.Source)
Shared.m_converter.Add(new Executive.ConverterKey(source, converter.Destination), converter);
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
// Step## Pre-Condition - Initial setup and Access code setup is done. Customer created with audiogram configured
Report.Log(ReportLevel.Info, "Section", "Step## Pre-Condition - Initial setup and Access code setup is done. Customer created with audiogram configured", new RecordItemIndex(0));
TapOnRightButton("Tap on 'Settings'");
Delay.Milliseconds(0);
SwitchSettingUseMold(ValueConverter.ArgumentFromString <bool>("YesNo", "True"));
Delay.Milliseconds(0);
TapOnLeftButton("Press the Back key");
Delay.Milliseconds(0);
CreatePatient("CouplingSelection", "Discard");
Delay.Milliseconds(0);
SelectCustomerContinue();
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
// Step## Open the app, goto List. Select the existing customer
//Report.Log(ReportLevel.Info, "Section", "Step## Open the app, goto List. Select the existing customer", new RecordItemIndex(7));
StartApp();
Delay.Milliseconds(0);
SearchCustomer("Discard");
Delay.Milliseconds(0);
SelectCustomer("CouplingSelection", "Discard");
Delay.Milliseconds(0);
// Validation##Opens the overview screen with Enter Audiogram step highlighted
Report.Log(ReportLevel.Info, "Section", "Validation##Opens the overview screen with Enter Audiogram step highlighted", new RecordItemIndex(11));
VerifyActionBarTitle("CouplingSelection, Discard");
Delay.Milliseconds(0);
VerifyTextHighlighted("Enter Audiogram");
Delay.Milliseconds(0);
// Step## Enter (Right), @500Hz, @1kHz, @2kHz, @4kHz.Press Done
Report.Log(ReportLevel.Info, "Section", "Step## Enter (Right), @500Hz, @1kHz, @2kHz, @4kHz.Press Done", new RecordItemIndex(14));
TapOn("Enter Audiogram");
Delay.Milliseconds(0);
DrawAudiogramPoints("Right", "500,90;1000,90;2000,90;4000,90");
Delay.Milliseconds(0);
TapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
// Validation## Popup Appears as "Do you want to enter values for left ear side too?"
Report.Log(ReportLevel.Info, "Section", "Validation## Popup Appears as \"Do you want to enter values for left ear side too?\"", new RecordItemIndex(18));
ValidateALertMessage("Do you want to enter values for the \"left\" ear side too?");
Delay.Milliseconds(0);
// Step## Press No when popup appears.
Report.Log(ReportLevel.Info, "Section", "Step## Press No when popup appears.", new RecordItemIndex(20));
ClickOnAlertMessage("No");
Delay.Milliseconds(0);
// Validation## Returns to the overview screen with HI-Type : Run SP, coupling : Custom mold and Cluster : P5 and Send data to HI
Report.Log(ReportLevel.Info, "Section", "Validation## Returns to the overview screen with HI-Type : Run SP, coupling : Custom mold and Cluster : P5 and Send data to HI", new RecordItemIndex(22));
ValidateMonauralHISelected(H2, "Right");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected("Custom Mold", "Right");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P5", "Right");
Delay.Milliseconds(0);
VerifyTextHighlighted("Send Data to Hearing Aid");
Delay.Milliseconds(0);
// Step## Reselect HI to Run SP and select coupling to tip
Report.Log(ReportLevel.Info, "Section", "Step## Reselect HI to Run SP and select coupling to tip", new RecordItemIndex(27));
TapOn(H2);
Delay.Milliseconds(0);
TapOn("Fit right ear with hearing aid");
Delay.Milliseconds(0);
TapOnWithContentDesc(H2);
Delay.Milliseconds(0);
TapOn("Tip");
Delay.Milliseconds(0);
// Validation## Coupling type should be changed to tip in overview screen and cluster should not be changed as HI is not changed.
Report.Log(ReportLevel.Info, "Section", "Validation## Coupling type should be changed to tip in overview screen and cluster should not be changed as HI is not changed.", new RecordItemIndex(32));
ValidateMonauralCouplingSelected("Tip", "Right");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P5", "Right");
Delay.Milliseconds(0);
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 20;
Delay.SpeedFactor = 1.00;
Init();
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ContinuousIntegrationWithRanorexGit.SimgeDurumunaKuecuelt' at 10;21.", repo.ContinuousIntegrationWithRanorexGit.SimgeDurumunaKuecueltInfo, new RecordItemIndex(0));
repo.ContinuousIntegrationWithRanorexGit.SimgeDurumunaKuecuelt.Click("10;21");
Delay.Milliseconds(0);
Ranorex.AutomationHelpers.UserCodeCollections.EmailLibrary.SendEmail("", "", "", "", "", "", ValueConverter.ArgumentFromString <int>("serverPort", "0"), ValueConverter.ArgumentFromString <bool>("useSSL", "False"), "", "");
Delay.Milliseconds(0);
}
protected override void OnModelCreating(ModelBuilder builder)
{
base.OnModelCreating(builder);
//!Define How Entities Are Mapped Here
//Dimension inheritance mapping
builder.Entity <ContinuousDimensionInterval>().HasBaseType <Dimension>();
builder.Entity <DiscreteDimensionInterval>().HasBaseType <Dimension>();
builder.Entity <SingleValueDimension>().HasBaseType <Dimension>();
builder.Entity <Algorithm>().HasMany(a => a.inputValues).WithOne();
builder.Entity <InputValue>().Property <long>("inputId");
builder.Entity <InputValue>().HasOne(iv => iv.input).WithOne().HasForeignKey <InputValue>("inputId");
//Algorithm inheritance mapping
builder.Entity <WidthPercentageAlgorithm>().HasBaseType <Algorithm>();
builder.Entity <SameMaterialAndFinishAlgorithm>().HasBaseType <Algorithm>();
//PriceTableEntry inheritance mapping
/* builder.Entity<MaterialPriceTableEntry>().HasBaseType<PriceTableEntry>();
* builder.Entity<FinishPriceTableEntry>().HasBaseType<PriceTableEntry>(); */
builder.Entity <DiscreteDimensionInterval>().HasMany(i => i.values).WithOne(); //one-to-many relationship
builder.Entity <Measurement>().Property <long>("heightDimensionId");
builder.Entity <Measurement>().Property <long>("widthDimensionId");
builder.Entity <Measurement>().Property <long>("depthDimensionId");
builder.Entity <Measurement>().HasOne(m => m.height).WithOne().HasForeignKey <Measurement>("heightDimensionId").OnDelete(DeleteBehavior.Cascade); //one-to-one relationship
builder.Entity <Measurement>().HasOne(m => m.width).WithOne().HasForeignKey <Dimension>("depthDimensionId").OnDelete(DeleteBehavior.Cascade); //one-to-one relationship
builder.Entity <Measurement>().HasOne(m => m.depth).WithOne().HasForeignKey <Dimension>("widthDimensionId").OnDelete(DeleteBehavior.Cascade); //one-to-one relationship
builder.Entity <Measurement>().HasMany(m => m.restrictions).WithOne().OnDelete(DeleteBehavior.Cascade); //one-to-many relationship
//Configure many-to-one relationship between parent and child ProductCategory
builder.Entity <ProductCategory>().HasOne(c => c.parent).WithMany().HasForeignKey(c => c.parentId);
builder.Entity <Material>().HasMany(m => m.Colors).WithOne().OnDelete(DeleteBehavior.Cascade); //one-to-many relationship
builder.Entity <Material>().HasMany(m => m.Finishes).WithOne().OnDelete(DeleteBehavior.Cascade); //one-to-many relationship
//Configure many-to-many relationship between Product and Material
builder.Entity <ProductMaterial>().HasKey(pm => new { pm.productId, pm.materialId });
builder.Entity <ProductMaterial>().HasOne(pm => pm.product).WithMany(p => p.productMaterials).HasForeignKey(pm => pm.productId);
builder.Entity <ProductMaterial>().HasOne(pm => pm.material).WithMany().HasForeignKey(pm => pm.materialId);
builder.Entity <ProductMaterial>().HasMany(pm => pm.restrictions).WithOne().OnDelete(DeleteBehavior.Cascade);
//TODO: remove join class, if possible
//NOTE: This "join class" is only here as a workaround for now
builder.Entity <ProductMeasurement>().HasKey(pm => new { pm.productId, pm.measurementId });
builder.Entity <ProductMeasurement>().HasOne(pm => pm.product).WithMany(p => p.productMeasurements).HasForeignKey(pm => pm.productId);
builder.Entity <ProductMeasurement>().HasOne(pm => pm.measurement);
builder.Entity <Product>().HasOne(p => p.productCategory).WithMany(); //many-to-one relationship
builder.Entity <Product>().OwnsOne(p => p.slotWidths); //embedded ProductSlotWidths
builder.Entity <Component>().HasKey(c => new { c.fatherProductId, c.complementaryProductId });
builder.Entity <Component>().HasOne(c => c.fatherProduct).WithMany(p => p.components).HasForeignKey(cp => cp.fatherProductId);
builder.Entity <Component>().HasOne(c => c.complementaryProduct).WithMany().HasForeignKey(cp => cp.complementaryProductId);
builder.Entity <Component>().HasMany(c => c.restrictions).WithOne().OnDelete(DeleteBehavior.Cascade);
builder.Entity <CustomizedProduct>().Property <long>("customizedDimensionsId");
builder.Entity <CustomizedProduct>().Property <long?>("customizedMaterialId");
builder.Entity <CustomizedProduct>().HasOne(cp => cp.product); //one-to-one relationship
builder.Entity <CustomizedProduct>().HasOne(cp => cp.customizedDimensions).WithOne().HasForeignKey <CustomizedProduct>("customizedDimensionsId").OnDelete(DeleteBehavior.Cascade); //one-to-one relationship
builder.Entity <CustomizedProduct>().HasOne(cp => cp.customizedMaterial).WithOne().HasForeignKey <CustomizedProduct>("customizedMaterialId").OnDelete(DeleteBehavior.Cascade);
builder.Entity <CustomizedProduct>().HasMany(cp => cp.slots).WithOne().OnDelete(DeleteBehavior.Cascade); //one-to-many relationship
builder.Entity <CustomizedMaterial>().Property <long?>("finishId");
builder.Entity <CustomizedMaterial>().Property <long?>("colorId");
builder.Entity <CustomizedMaterial>().HasOne(cm => cm.material).WithMany();
builder.Entity <CustomizedMaterial>().HasOne(cm => cm.finish).WithOne().HasForeignKey <CustomizedMaterial>("finishId").OnDelete(DeleteBehavior.Cascade);
builder.Entity <CustomizedMaterial>().HasOne(cm => cm.color).WithOne().HasForeignKey <CustomizedMaterial>("colorId").OnDelete(DeleteBehavior.Cascade);
builder.Entity <Slot>().Property <long>("customizedDimensionsId");
builder.Entity <Slot>().HasOne(s => s.slotDimensions).WithOne().HasForeignKey <Slot>("customizedDimensionsId").OnDelete(DeleteBehavior.Cascade); //one-to-one relationship
builder.Entity <Slot>().HasMany(s => s.customizedProducts).WithOne(cp => cp.insertedInSlot).HasForeignKey(cp => cp.insertedInSlotId).OnDelete(DeleteBehavior.Cascade); //one-to-many relationship
//Compound key for CollectionProduct
builder.Entity <CollectionProduct>().HasKey(cp => new { cp.customizedProductId, cp.customizedProductCollectionId });
//Many-to-many relationship between CustomizedProductCollection and CustomizedProduct
builder.Entity <CollectionProduct>().HasOne(cp => cp.customizedProductCollection)
.WithMany(c => c.collectionProducts).HasForeignKey(cp => cp.customizedProductCollectionId);
builder.Entity <CollectionProduct>().HasOne(cp => cp.customizedProduct).WithMany().HasForeignKey(cp => cp.customizedProductId);
//Compound key for CatalogueCollectionProduct
//Many-to-Many relationship between CatalogueCollection and CustomizedProduct
builder.Entity <CatalogueCollectionProduct>().HasKey(ccp => new { ccp.commercialCatalogueId, ccp.customizedProductCollectionId, ccp.customizedProductId });
builder.Entity <CatalogueCollectionProduct>().HasOne(ccp => ccp.customizedProduct)
.WithMany().HasForeignKey(ccp => ccp.customizedProductId);
builder.Entity <CatalogueCollectionProduct>().HasOne(ccp => ccp.catalogueCollection)
.WithMany(cc => cc.catalogueCollectionProducts).HasForeignKey(ccp => new { ccp.commercialCatalogueId, ccp.customizedProductCollectionId });
builder.Entity <CommercialCatalogue>().HasMany(catalogue => catalogue.catalogueCollectionList)
.WithOne().HasForeignKey(catalogueCollection => catalogueCollection.commercialCatalogueId);
builder.Entity <CatalogueCollection>().HasKey(cc => new { cc.commercialCatalogueId, cc.customizedProductCollectionId });
builder.Entity <CatalogueCollection>().HasOne(catalogueCollection => catalogueCollection.customizedProductCollection)
.WithMany().HasForeignKey(cc => cc.customizedProductCollectionId);
builder.Entity <CatalogueCollection>().HasMany(catalogueCollection => catalogueCollection.catalogueCollectionProducts);
//TimePeriod conversion mapping
var localDateTimeConverter = new ValueConverter <LocalDateTime, DateTime>(v => v.ToDateTimeUnspecified(), v => LocalDateTime.FromDateTime(v));
builder.Entity <TimePeriod>().Property(tp => tp.startingDate).HasConversion(localDateTimeConverter);
builder.Entity <TimePeriod>().Property(tp => tp.endingDate).HasConversion(localDateTimeConverter);
// Material Price Table Entries Mapping
builder.Entity <MaterialPriceTableEntry>().HasKey(mpte => new { mpte.Id });
builder.Entity <MaterialPriceTableEntry>().HasOne(mpte => mpte.entity).WithMany();
builder.Entity <MaterialPriceTableEntry>().OwnsOne(mpte => mpte.price);
builder.Entity <MaterialPriceTableEntry>().HasOne(mpte => mpte.timePeriod);
// Finish Price Table Entries Mapping
builder.Entity <FinishPriceTableEntry>().HasKey(fpte => new { fpte.Id });
builder.Entity <FinishPriceTableEntry>().HasOne(fpte => fpte.entity);
builder.Entity <FinishPriceTableEntry>().OwnsOne(fpte => fpte.price);
builder.Entity <FinishPriceTableEntry>().HasOne(fpte => fpte.timePeriod);
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
// Step## Pre-Condition - Initial setup and Access code setup is done.Customer created with audiogram configured with monaural audiogram(Right) -Prefilled recommendation done
Report.Log(ReportLevel.Info, "Section", "Step## Pre-Condition - Initial setup and Access code setup is done.Customer created with audiogram configured with monaural audiogram(Right) -Prefilled recommendation done", new RecordItemIndex(0));
TapOnSettings("Tap on \"Settings\"");
Delay.Milliseconds(0);
SwitchSettingUseMold(ValueConverter.ArgumentFromString <bool>("YesNo", "True"));
Delay.Milliseconds(0);
CreatePatient("OverRiding", "Recommendation");
Delay.Milliseconds(0);
SelectCustomerContinue();
Delay.Milliseconds(0);
TapOn("Enter Audiogram");
Delay.Milliseconds(0);
DrawAudiogramPoints("Right", "500,60;1000,65;2000,85;4000,90");
Delay.Milliseconds(0);
TabTapOnRightButton("Tap on 'Done'");
Delay.Milliseconds(0);
ValidateALertMessage("Do you want to enter values for the \"left\" ear side too?");
Delay.Milliseconds(0);
ClickOnAlertMessage("No");
Delay.Milliseconds(0);
TapOn("Send Data to Hearing Aid");
Delay.Milliseconds(0);
ValidateALertMessage("Selected Sound Profile has high amplification output.");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
ConnectHI();
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
TabConfirmationToneYes();
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
TapOn("Check Sound Comfort");
Delay.Milliseconds(0);
SoundComfortOk();
Delay.Milliseconds(0);
TabVerifyActionBarDetailTitle("Session Completed");
Delay.Milliseconds(0);
CloseSession();
Delay.Milliseconds(0);
VerifyActionBarTitle("Client List");
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
// Step## Open the App and go to List, Select the customer
//Report.Log(ReportLevel.Info, "Section", "Step## Open the App and go to List, Select the customer", new RecordItemIndex(23));
StartApp();
Delay.Milliseconds(0);
SearchCustomer("Recommendation");
Delay.Milliseconds(0);
SelectCustomer("OverRiding", "Recommendation");
Delay.Milliseconds(0);
// Validation## Overview screen is displayed for the selected customer
Report.Log(ReportLevel.Info, "Section", "Validation## Overview screen is displayed for the selected customer", new RecordItemIndex(27));
VerifyActionBarTitle("OverRiding, Recommendation");
Delay.Milliseconds(0);
// Step## Select the HI tab -Select right ear
Report.Log(ReportLevel.Info, "Section", "Step## Select the HI tab -Select right ear", new RecordItemIndex(29));
TapOn(H1);
Delay.Milliseconds(0);
TapOn("Fit right ear with hearing aid");
Delay.Milliseconds(0);
// Validation## HI screen is opened with list of available HI's- CIC, ITC Run P, Run SP and recommended HI is displayed.
Report.Log(ReportLevel.Info, "Section", "Validation## HI screen is opened with list of available HI's- CIC, ITC Run P, Run SP and recommended HI is displayed.", new RecordItemIndex(32));
ValidateContents("Run Click CIC;Run Click ITC;Run P;Run SP");
Delay.Milliseconds(0);
ValidateRecommendedHI(H1, "Right");
Delay.Milliseconds(0);
// Step## Select the HI other than recommended
Report.Log(ReportLevel.Info, "Section", "Step## Select the HI other than recommended", new RecordItemIndex(35));
TapOnWithContentDesc(H2);
Delay.Milliseconds(0);
// Validation## Coupling screen is displayed with recommendation based on HI selected(i.e Tip for Run P)
Report.Log(ReportLevel.Info, "Section", "Validation## Coupling screen is displayed with recommendation based on HI selected(i.e Tip for Run P)", new RecordItemIndex(37));
ValidateRecommendedCoupling("Tip", "Right");
Delay.Milliseconds(0);
// Step## Select Coupling Type other than recommended
Report.Log(ReportLevel.Info, "Section", "Step## Select Coupling Type other than recommended", new RecordItemIndex(39));
TapOn("Custom Mold");
Delay.Milliseconds(0);
// Validation## Automatically directs the overview screen with the corresponding new selections of -HI,Coupling type and recommended cluster is displayed.
Report.Log(ReportLevel.Info, "Section", "Validation## Automatically directs the overview screen with the corresponding new selections of -HI,Coupling type and recommended cluster is displayed.", new RecordItemIndex(41));
VerifyActionBarTitle("OverRiding, Recommendation");
Delay.Milliseconds(0);
ValidateMonauralHISelected(H2, "");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected("Custom Mold", "");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P1", "");
Delay.Milliseconds(0);
// Step## Click on cluster in overview screen
Report.Log(ReportLevel.Info, "Section", "Step## Click on cluster in overview screen", new RecordItemIndex(46));
TapOn("P1");
Delay.Milliseconds(0);
// Validation## The app shall highlight the matching cluster as “suitable”.
Report.Log(ReportLevel.Info, "Section", "Validation## The app shall highlight the matching cluster as “suitable”.", new RecordItemIndex(48));
ValidateSuitableCluster("P1", "Right");
Delay.Milliseconds(0);
// Step## Select any other cluster other than recommended
Report.Log(ReportLevel.Info, "Section", "Step## Select any other cluster other than recommended", new RecordItemIndex(50));
TapOn("P2");
Delay.Milliseconds(0);
// Validation## New cluster is selected and displayed in overview screen
Report.Log(ReportLevel.Info, "Section", "Validation## New cluster is selected and displayed in overview screen", new RecordItemIndex(52));
VerifyActionBarTitle("OverRiding, Recommendation");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P2", "");
Delay.Milliseconds(0);
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
DeleteResults();
Delay.Milliseconds(0);
RunAnalysis("PlateProtocolWith4Unknown.assay-protocol");
Delay.Milliseconds(0);
openProperties(repo.ProtocolAnalysisDesktop.Transforms);
Delay.Milliseconds(0);
toWidescreen(ValueConverter.ArgumentFromString <int>("toLeft", "400"));
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.ButtonAdd' at 29;11.", repo.ProtocolAnalysisDesktop.ButtonAddInfo, new RecordItemIndex(4));
repo.ProtocolAnalysisDesktop.ButtonAdd.Click("29;11");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Delay", "Waiting for 500ms.", new RecordItemIndex(5));
Delay.Duration(500, false);
selectTransform(ValueConverter.ArgumentFromString <int>("num", "14"));
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.CreateTransform' at 26;6.", repo.ProtocolAnalysisDesktop.CreateTransformInfo, new RecordItemIndex(7));
repo.ProtocolAnalysisDesktop.CreateTransform.Click("26;6");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Delay", "Waiting for 3s.", new RecordItemIndex(8));
Delay.Duration(3000, false);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.StandardTypeDropdown' at Center.", repo.ProtocolAnalysisDesktop.StandardTypeDropdownInfo, new RecordItemIndex(9));
repo.ProtocolAnalysisDesktop.StandardTypeDropdown.Click();
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'MyAssaysDesktopAnalysis.Unknown' at 37;5.", repo.MyAssaysDesktopAnalysis.UnknownInfo, new RecordItemIndex(10));
repo.MyAssaysDesktopAnalysis.Unknown.Click("37;5");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Delay", "Waiting for 5s.", new RecordItemIndex(11));
Delay.Duration(5000, false);
CheckConcentrationsInDescription();
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.ConcentrationsDropdown' at 55;9.", repo.ProtocolAnalysisDesktop.ConcentrationsDropdownInfo, new RecordItemIndex(13));
repo.ProtocolAnalysisDesktop.ConcentrationsDropdown.Click("55;9");
Delay.Milliseconds(200);
CheckConcentrations();
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.ConcentrationsDropdown' at 55;9.", repo.ProtocolAnalysisDesktop.ConcentrationsDropdownInfo, new RecordItemIndex(15));
repo.ProtocolAnalysisDesktop.ConcentrationsDropdown.Click("55;9");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.CalculateButton' at Center.", repo.ProtocolAnalysisDesktop.CalculateButtonInfo, new RecordItemIndex(16));
repo.ProtocolAnalysisDesktop.CalculateButton.Click();
Delay.Milliseconds(200);
WaitForCalculation();
Delay.Milliseconds(0);
WaitForCalculation();
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Validation", "Validating Exists on item 'ResultsAnalysis'.", repo.ResultsAnalysis.SelfInfo, new RecordItemIndex(19));
Validate.Exists(repo.ResultsAnalysis.SelfInfo);
Delay.Milliseconds(0);
ValidateSAAMsDoNotExist();
Delay.Milliseconds(0);
ValidateStandardCurveFitTabExists();
Delay.Milliseconds(0);
ExtractProtocol("PlateProtocolWith4Unknown (1).assay-results");
Delay.Milliseconds(0);
CheckReportConcentrations();
Delay.Milliseconds(0);
CheckGoodnessMeasure();
Delay.Milliseconds(0);
CheckReportXMLByPattern("SCFPlateProtocolUnknownConcentrations.txt");
Delay.Milliseconds(0);
}
public override CoreTypeMapping Clone(ValueConverter converter) => new TimestampLocalDateTimeMapping(Parameters.WithComposedConverter(converter));
public abstract TestPropertyBuilder <TProperty> HasConversion <TProvider>(ValueConverter <TProperty, TProvider> converter);
public override object ParseValue(object value) => ValueConverter.ConvertTo(value, typeof(short));
public abstract TestPropertyBuilder <TProperty> HasConversion(ValueConverter converter);
public RepositoryMap(ValueConverter primaryKeyConverter)
{
_primaryKeyConverter = primaryKeyConverter;
}
public void ChoseValueConverter(PropertyInfo property, ValueConverter converter)
{
}
public static RationalValue ConvertFrom(ICustomData value)
{
return((RationalValue)ValueConverter <RationalValue> .ConvertFrom(value));
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
DeleteResults();
Delay.Milliseconds(0);
RunAnalysis("MultiplexProtocol12x8With4BlankSamples.assay-protocol");
Delay.Milliseconds(0);
openProperties(repo.ProtocolAnalysisDesktop.Transforms);
Delay.Milliseconds(0);
toWidescreen(ValueConverter.ArgumentFromString <int>("toLeft", "400"));
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.ButtonAdd' at 29;11.", repo.ProtocolAnalysisDesktop.ButtonAddInfo, new RecordItemIndex(4));
repo.ProtocolAnalysisDesktop.ButtonAdd.Click("29;11");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Delay", "Waiting for 500ms.", new RecordItemIndex(5));
Delay.Duration(500, false);
selectTransform(ValueConverter.ArgumentFromString <int>("num", "14"));
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.CreateTransform' at 26;6.", repo.ProtocolAnalysisDesktop.CreateTransformInfo, new RecordItemIndex(7));
repo.ProtocolAnalysisDesktop.CreateTransform.Click("26;6");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Delay", "Waiting for 3s.", new RecordItemIndex(8));
Delay.Duration(3000, false);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.StandardTypeDropdown' at Center.", repo.ProtocolAnalysisDesktop.StandardTypeDropdownInfo, new RecordItemIndex(9));
repo.ProtocolAnalysisDesktop.StandardTypeDropdown.Click();
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Delay", "Waiting for 5s.", new RecordItemIndex(10));
Delay.Duration(5000, false);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'MyAssaysDesktopAnalysis.Blank' at 37;5.", repo.MyAssaysDesktopAnalysis.BlankInfo, new RecordItemIndex(11));
repo.MyAssaysDesktopAnalysis.Blank.Click("37;5");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.ConcentrationsDropdown' at 55;9.", repo.ProtocolAnalysisDesktop.ConcentrationsDropdownInfo, new RecordItemIndex(12));
repo.ProtocolAnalysisDesktop.ConcentrationsDropdown.Click("55;9");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'MyAssaysDesktopAnalysis.Grid.FactorInput' at 42;10.", repo.MyAssaysDesktopAnalysis.Grid.FactorInputInfo, new RecordItemIndex(13));
repo.MyAssaysDesktopAnalysis.Grid.FactorInput.Click("42;10");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Keyboard", "Key 'Ctrl+A' Press.", new RecordItemIndex(14));
Keyboard.Press(System.Windows.Forms.Keys.A | System.Windows.Forms.Keys.Control, 30, Keyboard.DefaultKeyPressTime, 1, true);
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Keyboard", "Key sequence '2'.", new RecordItemIndex(15));
Keyboard.Press("2");
Delay.Milliseconds(0);
CheckConcentrations();
Delay.Milliseconds(0);
CheckStartValues();
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'MyAssaysDesktopAnalysis.SomeContainer.Analyte2' at 30;6.", repo.MyAssaysDesktopAnalysis.SomeContainer.Analyte2Info, new RecordItemIndex(18));
repo.MyAssaysDesktopAnalysis.SomeContainer.Analyte2.Click("30;6");
Delay.Milliseconds(200);
CheckConcentrations();
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.ConcentrationsDropdown' at 55;9.", repo.ProtocolAnalysisDesktop.ConcentrationsDropdownInfo, new RecordItemIndex(20));
repo.ProtocolAnalysisDesktop.ConcentrationsDropdown.Click("55;9");
Delay.Milliseconds(200);
Report.Log(ReportLevel.Info, "Mouse", "Mouse Left Click item 'ProtocolAnalysisDesktop.CalculateButton' at Center.", repo.ProtocolAnalysisDesktop.CalculateButtonInfo, new RecordItemIndex(21));
repo.ProtocolAnalysisDesktop.CalculateButton.Click();
Delay.Milliseconds(200);
WaitForCalculation();
Delay.Milliseconds(0);
WaitForCalculation();
Delay.Milliseconds(0);
Report.Log(ReportLevel.Info, "Validation", "Validating Exists on item 'ResultsAnalysis'.", repo.ResultsAnalysis.SelfInfo, new RecordItemIndex(24));
Validate.Exists(repo.ResultsAnalysis.SelfInfo);
Delay.Milliseconds(0);
ValidateSAAMsDoNotExist();
Delay.Milliseconds(0);
ValidateAnalyte1TabExists();
Delay.Milliseconds(0);
ValidateAnalyte2TabExists();
Delay.Milliseconds(0);
ExtractProtocol("MultiplexProtocol12x8With4BlankSamples (1).assay-results");
Delay.Milliseconds(0);
CheckReportConcentrations();
Delay.Milliseconds(0);
CheckGoodnessMeasure();
Delay.Milliseconds(0);
CheckReportXMLByPattern("SCFMultiplexBlankConcentrations.txt");
Delay.Milliseconds(0);
}
public void Chose(PropertyInfo property, ValueConverter converter)
{
if (_models.Any())
{
currentReport.For(property).Chose(converter);
}
}
public void TestDefValues()
{
var converter = new ValueConverter();
Assert.That(converter.Get(null, 3), Is.EqualTo(3));
}
/// <summary>
/// Preforms unit tests related to setting and reading value on all the built-in matrix types.
/// </summary>
/// <param name="doOutOfRangeTest">If true performs a test should throw a caught exception.</param>
/// <param name="parallelOptions">A ParallelOptions instance that configures the multithreaded behavior of this operation.</param>
public static void MainTest(bool doOutOfRangeTest, ParallelOptions parallelOptions)
{
//densematrix
TestByKeysAndIndexes(() => CreateModelMatrix().ToDenseMatrix(), doOutOfRangeTest);
//sparsematrix
TestByKeysAndIndexes(() => CreateModelMatrix().ToSparseMatrix(), doOutOfRangeTest);
//TransposeView
TestByKeysAndIndexes(() => CreateModelMatrix().TransposeView().ToDenseMatrix().TransposeView(), doOutOfRangeTest);
//ConvertValueView
TestByKeysAndIndexes(() => CreateModelMatrix().ConvertValueView(ValueConverter.DoubleToInt, int.MaxValue).ToDenseMatrix().ConvertValueView(ValueConverter.IntToDouble, double.NaN), doOutOfRangeTest);
//SelectRowsAndColsView
TestByKeysAndIndexes(() => CreateModelMatrix().SelectRowsAndColsView(new int[] { 2, 1, 0 }, new int[] { 2, 1, 0 }).ToDenseMatrix().SelectRowsAndColsView(new int[] { 2, 1, 0 }, new int[] { 2, 1, 0 }), doOutOfRangeTest);
//RenameColsView
TestByKeysAndIndexes(() => CreateModelMatrix().RenameColsView(new Dictionary<string, string> { { "x", "X" }, { "y", "Y" }, { "z", "Z" } }).ToDenseMatrix().RenameColsView(new Dictionary<string, string> { { "X", "x" }, { "Y", "y" }, { "Z", "z" } }), doOutOfRangeTest);
//PermuteColValuesForEachRowView
TestByKeysAndIndexes(() => CreateModelMatrix().PermuteColValuesForEachRowView(new int[] { 2, 1, 0 }).ToDenseMatrix().PermuteColValuesForEachRowView(new int[] { 2, 1, 0 }), doOutOfRangeTest);
//MergeColsView
TestByKeysAndIndexes(() => CreateModelMatrix().SelectColsView(0).ToDenseMatrix().MergeColsView(/*rowsMustMatch*/true, CreateModelMatrix().SelectColsView(1, 2).ToDenseMatrix()), doOutOfRangeTest);
//MergeRowsView
TestByKeysAndIndexes(() => CreateModelMatrix().SelectRowsView(0).ToDenseMatrix().MergeRowsView(/*colsMustMatch*/true, CreateModelMatrix().SelectRowsView(1, 2).ToDenseMatrix()), doOutOfRangeTest);
//rowkeyspaddeddouble
TestByKeysAndIndexes(() => CreateModelMatrix().ToPaddedDouble(parallelOptions), doOutOfRangeTest);
//rowkeysansi
TestByKeysAndIndexes(() => CreateModelMatrix().ConvertValueView(ValueConverter.DoubleToChar, '?').ToDenseAnsi(parallelOptions).ConvertValueView(ValueConverter.CharToDouble, double.NaN), doOutOfRangeTest);
//densepairansi
ValueConverter<double, UOPair<char>> doubleToUOPairConvert = new ValueConverter<double, UOPair<char>>(
r => new UOPair<char>(((int)r).ToString((IFormatProvider)null)[0], ((int)r).ToString((IFormatProvider)null)[0]),
pair => double.Parse(pair.First.ToString((IFormatProvider)null), (IFormatProvider)null));
TestByKeysAndIndexes(() => CreateModelMatrix().ConvertValueView(doubleToUOPairConvert, DensePairAnsi.StaticMissingValue).ToDensePairAnsi(parallelOptions).ConvertValueView(doubleToUOPairConvert.Inverted, double.NaN), doOutOfRangeTest);
//RowKeysPaddedDouble
string paddedDoubleFile = Path.GetTempFileName();
CreateModelMatrix().WritePaddedDouble(paddedDoubleFile, parallelOptions);
using (RowKeysPaddedDouble rowKeysPaddedDouble = RowKeysPaddedDouble.GetInstanceFromPaddedDouble(paddedDoubleFile, parallelOptions, FileAccess.ReadWrite, FileShare.ReadWrite))
{
TestByKeys(rowKeysPaddedDouble, doOutOfRangeTest);
}
CreateModelMatrix().WritePaddedDouble(paddedDoubleFile, parallelOptions);
using (RowKeysPaddedDouble rowKeysPaddedDouble = RowKeysPaddedDouble.GetInstanceFromPaddedDouble(paddedDoubleFile, parallelOptions, FileAccess.ReadWrite, FileShare.ReadWrite))
{
TestByIndexes(rowKeysPaddedDouble, doOutOfRangeTest);
}
File.Delete(paddedDoubleFile);
//RowKeysRowKeysAnsi
string rowKeysAnsiFile = Path.GetTempFileName();
CreateModelMatrix().WriteDenseAnsi(rowKeysAnsiFile, parallelOptions);
using (RowKeysAnsi rowKeysRowKeysAnsi = RowKeysAnsi.GetInstanceFromDenseAnsi(rowKeysAnsiFile, parallelOptions, FileAccess.ReadWrite, FileShare.ReadWrite))
{
TestByKeys(rowKeysRowKeysAnsi.ConvertValueView(ValueConverter.CharToDouble, double.NaN), doOutOfRangeTest);
}
CreateModelMatrix().WriteDenseAnsi(rowKeysAnsiFile, parallelOptions);
using (RowKeysAnsi rowKeysRowKeysAnsi = RowKeysAnsi.GetInstanceFromDenseAnsi(rowKeysAnsiFile, parallelOptions, FileAccess.ReadWrite, FileShare.ReadWrite))
{
TestByIndexes(rowKeysRowKeysAnsi.ConvertValueView(ValueConverter.CharToDouble, double.NaN), doOutOfRangeTest);
}
File.Delete(rowKeysAnsiFile);
//RowKeysRowKeysPairAnsi
string rowKeysPairAnsiFile = Path.GetTempFileName();
CreateModelMatrix().ConvertValueView(doubleToUOPairConvert, DensePairAnsi.StaticMissingValue).WriteDensePairAnsi(rowKeysPairAnsiFile, parallelOptions);
using (RowKeysPairAnsi rowKeysAnsiPair = RowKeysPairAnsi.GetInstanceFromPairAnsi(rowKeysPairAnsiFile, parallelOptions, FileAccess.ReadWrite, FileShare.ReadWrite))
{
TestByKeys(rowKeysAnsiPair.ConvertValueView(doubleToUOPairConvert.Inverted, double.NaN), doOutOfRangeTest);
}
CreateModelMatrix().ConvertValueView(doubleToUOPairConvert, DensePairAnsi.StaticMissingValue).WriteDensePairAnsi(rowKeysPairAnsiFile, parallelOptions);
using (RowKeysPairAnsi rowKeysRowKeysAnsi = RowKeysPairAnsi.GetInstanceFromPairAnsi(rowKeysPairAnsiFile, parallelOptions, FileAccess.ReadWrite, FileShare.ReadWrite))
{
TestByIndexes(rowKeysRowKeysAnsi.ConvertValueView(doubleToUOPairConvert.Inverted, double.NaN), doOutOfRangeTest);
}
File.Delete(rowKeysPairAnsiFile);
}
public override CoreTypeMapping Clone(ValueConverter converter) => new NpgsqlRangeTypeMapping <T>(Parameters.WithComposedConverter(converter), NpgsqlDbType);
public AbstraXProviderMappingParameters(AbstraXProviderDataProvider dataProvider, Type clrType, ValueConverter converter = null, ValueComparer comparer = null, ValueComparer keyComparer = null, ValueComparer structuralComparer = null, Func <IProperty, IEntityType, ValueGenerator> valueGeneratorFactory = null)
{
this.DataProvider = dataProvider;
this.ClrType = clrType;
this.ValueConverter = converter;
this.ValueComparer = comparer;
this.KeyComparer = keyComparer;
this.StructuralComparer = structuralComparer;
this.ValueGeneratorFactory = valueGeneratorFactory;
}
/// <summary>
/// Sets the custom <see cref="ValueConverter" /> for this property.
/// </summary>
/// <param name="property"> The property. </param>
/// <param name="converter"> The converter, or <see langword="null" /> to remove any previously set converter. </param>
/// <param name="fromDataAnnotation"> Indicates whether the configuration was specified using a data annotation. </param>
/// <returns> The configured value. </returns>
public static ValueConverter SetValueConverter(
[NotNull] this IConventionProperty property,
[CanBeNull] ValueConverter converter,
bool fromDataAnnotation = false)
=> property.AsProperty().SetValueConverter(
converter, fromDataAnnotation ? ConfigurationSource.DataAnnotation : ConfigurationSource.Convention);
public void Chose(ValueConverter converter)
{
_converter = converter;
}
/// <summary>
/// This is an internal API that supports the Entity Framework Core infrastructure and not subject to
/// the same compatibility standards as public APIs. It may be changed or removed without notice in
/// any release. You should only use it directly in your code with extreme caution and knowing that
/// doing so can result in application failures when updating to a new Entity Framework Core release.
/// </summary>
protected SqliteGeometryTypeMapping(
RelationalTypeMappingParameters parameters,
ValueConverter <TGeometry, byte[]> converter)
: base(parameters, converter)
{
}
private bool TrySetPropertyAndRemoveUsedKey(InputMember member, string uriParameterName, NameValueCollection uriParameters, ValueConverter<string> converter)
{
if (member.Binder.SetProperty(uriParameterName, uriParameters.GetValues(uriParameterName), converter))
{
uriParameters.Remove(uriParameterName);
return true;
}
return false;
}
void ITestModule.Run()
{
Mouse.DefaultMoveTime = 300;
Keyboard.DefaultKeyPressTime = 100;
Delay.SpeedFactor = 1.00;
Init();
// Step## Pre-Condition - Initial setup and Access code setup is done.Customer created with audiogram configured
Report.Log(ReportLevel.Info, "Section", "Step## Pre-Condition - Initial setup and Access code setup is done.Customer created with audiogram configured", new RecordItemIndex(0));
CreatePatient("Flow", "Monaural");
Delay.Milliseconds(0);
SelectCustomerContinue();
Delay.Milliseconds(0);
CloseApp();
Delay.Milliseconds(0);
// Step## Open the app, select List and select the existing customer
Report.Log(ReportLevel.Info, "Section", "Step## Open the app, select List and select the existing customer", new RecordItemIndex(4));
StartApp();
Delay.Milliseconds(0);
SearchCustomer("Monaural");
Delay.Milliseconds(0);
SelectCustomer("Flow", "Monaural");
Delay.Milliseconds(0);
// Step## Enter Audiogram -Left with 40, 45 ,50 55 dB for the required frequencies 500Hz, 1kHz, 2kHz, 4kHz and press Done
Report.Log(ReportLevel.Info, "Section", "Step## Enter Audiogram -Left with 40, 45 ,50 55 dB for the required frequencies 500Hz, 1kHz, 2kHz, 4kHz and press Done", new RecordItemIndex(8));
TapEnterAudiogram();
Delay.Milliseconds(0);
DrawAudiogramPoints("left", "500,40;1000,45;2000,50;4000,55");
Delay.Milliseconds(0);
TabTapOnRightButton("Click on 'Done'");
Delay.Milliseconds(0);
// Validation## Pop up appears to enter values for right ear.
Report.Log(ReportLevel.Info, "Section", "Validation## Pop up appears to enter values for right ear.", new RecordItemIndex(12));
ValidateALertMessage("Do you want to enter values for the \"right\" ear side too?");
Delay.Milliseconds(0);
// Step## Press No for the popup appeared
Report.Log(ReportLevel.Info, "Section", "Step## Press No for the popup appeared", new RecordItemIndex(14));
ClickOnAlertMessage("No");
Delay.Milliseconds(0);
// Validation## Returns to the overview screen with recommendation given for HI, Coupling and Cluster
Report.Log(ReportLevel.Info, "Section", "Validation## Returns to the overview screen with recommendation given for HI, Coupling and Cluster", new RecordItemIndex(16));
ValidateMonauralHISelected(H4, "Left");
Delay.Milliseconds(0);
ValidateMonauralCouplingSelected("Click Sleeve", "Left");
Delay.Milliseconds(0);
ValidateMonauralClusterSelected("P5", "Left");
Delay.Milliseconds(0);
// Step## Click on HI and Reselect same HI
Report.Log(ReportLevel.Info, "Section", "Step## Click on HI and Reselect same HI", new RecordItemIndex(20));
TapOn(H4);
Delay.Milliseconds(0);
ValidateRecommendationEnabled("Left", ValueConverter.ArgumentFromString <bool>("isEnabled", "True"));
Delay.Milliseconds(0);
TapOn("Fit left ear with hearing aid");
Delay.Milliseconds(0);
TapOnRecommendedHearingAid(H4);
Delay.Milliseconds(0);
// Step## Click on cluster to change from P1 to P3
Report.Log(ReportLevel.Info, "Section", "Step## Click on cluster to change from P1 to P3", new RecordItemIndex(25));
TapOn("P5");
Delay.Milliseconds(0);
TapOn("P6");
Delay.Milliseconds(0);
// Step## Press Send data to HI and Connect-Pair HI
Report.Log(ReportLevel.Info, "Section", "Step## Press Send data to HI and Connect-Pair HI", new RecordItemIndex(28));
SelectPage("Send Data to Hearing Aid");
Delay.Milliseconds(0);
// Validation## warning message is displayed as Selected Sound Profile provides higher amplification than the recommended Profile. HI is successfully paired
Report.Log(ReportLevel.Info, "Section", "Validation## warning message is displayed as Selected Sound Profile provides higher amplification than the recommended Profile. HI is successfully paired", new RecordItemIndex(30));
ConnectHI();
Delay.Milliseconds(0);
ValidateALertMessage(" Selected Sound Profile provides higher amplification than the recommended Profile. Are you sure of your selection?");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
TapOn("Yes");
Delay.Milliseconds(0);
ClickOnAlertMessage("OK");
Delay.Milliseconds(0);
// Step## Press Sound Comfort
Report.Log(ReportLevel.Info, "Section", "Step## Press Sound Comfort", new RecordItemIndex(36));
SelectPage("Check Sound Comfort");
Delay.Milliseconds(0);
// Step## Increase/Decrease the volume and sound balancers using +/- buttons or slider
Report.Log(ReportLevel.Info, "Section", "Step## Increase/Decrease the volume and sound balancers using +/- buttons or slider", new RecordItemIndex(38));
VolumeIncrease();
Delay.Milliseconds(0);
SoundSharper();
Delay.Milliseconds(0);
// Step## Press Test OK
Report.Log(ReportLevel.Info, "Section", "Step## Press Test OK", new RecordItemIndex(41));
SoundComfortOk();
Delay.Milliseconds(0);
// Validation## Session is completed
Report.Log(ReportLevel.Info, "Section", "Validation## Session is completed", new RecordItemIndex(43));
TabVerifyActionBarDetailTitle("Session Completed");
Delay.Milliseconds(0);
// Step## Press Close session
Report.Log(ReportLevel.Info, "Section", "Step## Press Close session", new RecordItemIndex(45));
CloseSession();
Delay.Milliseconds(0);
// Validation## Returns to the Customer List screen
Report.Log(ReportLevel.Info, "Section", "Validation## Returns to the Customer List screen", new RecordItemIndex(47));
VerifyActionBarTitle("Client List");
Delay.Milliseconds(0);
}
