public void TestQuestionTwoSingle()
{
var output = new Question2TestOutput();
using (var slowReader = new SlowCharacterReader())
{
DeveloperImplementation.RunQuestionTwo(new ICharacterReader[] { slowReader }, output);
VerifyQuestionTwoSingle(output);
}
}
public async Task TestQuestionTwoSingleAsync()
{
var output = new Question2TestOutput();
using (var slowReader = new SlowCharacterReader())
{
await DeveloperImplementation.RunQuestionTwo(new ICharacterReader[] { slowReader }, output, CancellationToken.None);
VerifyQuestionTwoSingle(output);
}
}
[Test, Timeout(220000)] // Timeout parameter value changed from 120000 to 220000 by Kostas.
public async Task TestQuestionTwoMultipleAsync()
{
var output = new Question2TestOutput();
using (var slowReader1 = new SlowCharacterReader())
using (var slowReader2 = new SlowCharacterReader())
using (var slowReader3 = new SlowCharacterReader())
{
await DeveloperImplementation.RunQuestionTwo(new ICharacterReader[] { slowReader1, slowReader2, slowReader3 }, output);
VerifyQuestionTwoMultiple(output);
}
}
private static async Task TestQuestionTwoWithSingleSlowCharacterReaderAsync(bool verbose)
{
DeveloperTestImplementationAsync test = new DeveloperTestImplementationAsync();
var output = new Question2TestOutput();
using (var slowReader = new SlowCharacterReader())
{
if (verbose)
{
Console.WriteLine("TestQuestionTwoWithSingleSlowCharacterReaderAsync: started");
await test.RunQuestionTwo(new ICharacterReader[] { slowReader }, output);
Console.WriteLine("TestQuestionTwoWithSingleSlowCharacterReaderAsync: ended");
}
else
{
await test.RunQuestionTwo(new ICharacterReader[] { slowReader }, output);
}
}
}
