public void Compensate_E_returns_E2_success_and_execute_func()
{
UnitResult <E> input = UnitResult.Failure(E.Value);
UnitResult <E2> output = input.Compensate(GetErrorUnitResult);
AssertFailure(output, executed: true);
}
public void Compensate_E_returns_E2_failure_and_does_not_execute_func()
{
UnitResult <E> input = UnitResult.Failure(E.Value);
UnitResult <E2> output = input.Compensate(GetSuccessUnitResult);
AssertSuccess(output);
}
public void Compensate_E_returns_E2_success_and_does_not_execute_func()
{
UnitResult <E> input = UnitResult.Success <E>();
UnitResult <E2> output = input.Compensate(GetErrorUnitResult);
AssertSuccess(output, executed: false);
}
public async Task Compensate_E_returns_success_and_execute_func()
{
UnitResult <E> input = UnitResult.Failure(E.Value);
Result output = await input.Compensate(GetErrorResultAsync);
AssertFailure(output, executed: true);
}
public async Task Compensate_E_returns_failure_and_does_not_execute_func()
{
UnitResult <E> input = UnitResult.Failure(E.Value);
Result output = await input.Compensate(GetSuccessResultAsync);
AssertSuccess(output);
}
public async Task Compensate_E_returns_success_and_does_not_execute_func()
{
UnitResult <E> input = UnitResult.Success <E>();
Result output = await input.Compensate(GetErrorResultAsync);
AssertSuccess(output, executed: false);
}
