/// <summary>
/// Initializes the test configurations.
/// </summary>
private CachedConfigurations InitializeConfigurations()
{
// If the tests were running on multiple threads there might be a race condition here.
// But since the computation should always return the same result, it doesn't matter that the last one will win.
switch (this.RunKind)
{
case TestRunKind.CheckinSuite:
if (checkinConfigurations == null)
{
checkinConfigurations = CreateConfigurations(this.RunKind);
}
return(checkinConfigurations);
case TestRunKind.All:
if (allConfigurations == null)
{
allConfigurations = CreateConfigurations(this.RunKind);
}
return(allConfigurations);
default:
throw new NotSupportedException("Unsupported run kind '" + this.RunKind.ToString() + "' found.");
}
}
/// <summary>
/// Creates the configurations for a particular test run kind.
/// </summary>
/// <param name="runKind">The run kind to create the configurations for.</param>
/// <returns>The created test configurations.</returns>
private static RunKindTestConfigurations CreateConfigurations(TestRunKind runKind)
{
CachedConfigurations defaultConfigurations = CreateDefaultConfigurations(runKind);
CachedConfigurations configurationsWithIndent = CreateConfigurationsWithIndent(runKind, defaultConfigurations);
return(new RunKindTestConfigurations
{
DefaultConfigurations = defaultConfigurations,
ConfigurationsWithIndent = configurationsWithIndent,
});
}
/// <summary>
/// Creates test configurations with and without indenting based on a set of default configurations.
/// </summary>
/// <param name="runKind">The run kind to create the configurations for.</param>
/// <param name="defaultConfigurations">The set of default configurations.</param>
/// <returns>The created test configurations.</returns>
private static CachedConfigurations CreateConfigurationsWithIndent(TestRunKind runKind, CachedConfigurations defaultConfigurations)
{
ICombinatorialEngineProvider combinatorialEngine = new FullCombinatorialEngineProvider();
return(new CachedConfigurations
{
// AtomConfigurations = CreateConfigurationsWithIndent(runKind, combinatorialEngine, ODataFormat.Atom, defaultConfigurations.AtomConfigurations),
JsonLightConfigurations = CreateConfigurationsWithIndent(runKind, combinatorialEngine, ODataFormat.Json, defaultConfigurations.JsonLightConfigurations),
DefaultFormatConfigurations = CreateConfigurationsWithIndent(runKind, combinatorialEngine, /*format*/ null, defaultConfigurations.DefaultFormatConfigurations),
});
}
/// <summary>
/// Creates test configurations with and without indenting based on a set of default configurations.
/// </summary>
/// <param name="runKind">The run kind to create the configurations for.</param>
/// <param name="defaultConfigurations">The set of default configurations.</param>
/// <returns>The created test configurations.</returns>
private static CachedConfigurations CreateConfigurationsWithIndent(TestRunKind runKind, CachedConfigurations defaultConfigurations)
{
ICombinatorialEngineProvider combinatorialEngine = new FullCombinatorialEngineProvider();
return new CachedConfigurations
{
AtomConfigurations = CreateConfigurationsWithIndent(runKind, combinatorialEngine, ODataFormat.Atom, defaultConfigurations.AtomConfigurations),
JsonLightConfigurations = CreateConfigurationsWithIndent(runKind, combinatorialEngine, ODataFormat.Json, defaultConfigurations.JsonLightConfigurations),
DefaultFormatConfigurations = CreateConfigurationsWithIndent(runKind, combinatorialEngine, /*format*/ null, defaultConfigurations.DefaultFormatConfigurations),
};
}
/// <summary>
/// Initializes the test configurations.
/// </summary>
private CachedConfigurations InitializeConfigurations()
{
// If the tests were running on multiple threads there might be a race condition here.
// But since the computation should always return the same result, it doesn't matter that the last one will win.
switch (this.RunKind)
{
case TestRunKind.CheckinSuite:
if (checkinConfigurations == null)
{
checkinConfigurations = CreateConfigurations(this.RunKind);
}
return checkinConfigurations;
case TestRunKind.All:
if (allConfigurations == null)
{
allConfigurations = CreateConfigurations(this.RunKind);
}
return allConfigurations;
default:
throw new NotSupportedException("Unsupported run kind '" + this.RunKind.ToString() + "' found.");
}
}
