public void Pipe_Execution_Sequential_Default()
{
var executor1 = new TestExecutor1();
var executor2 = new TestExecutor2();
var executor3 = new TestExecutor3();
var defaultExecutor = new TestExecutorDefault();
var model = new TestModel
{
Id = 1,
Name = "model 1",
Milliseconds = 2000
};
Pipe <TestModel, TestResult> testPipe = new TestPipe();
testPipe
.UseStopWatch()
.AsSequential()
.AddExecutor(executor1)
.SetAllowBreak()
.SetBreakIfFailed()
.SetResultHandler((m, r) => r)
.AddExecutor(executor2)
.AddExecutor(executor3)
.AddExecutor(defaultExecutor)
.SetDefault()
.Finish();
var result = testPipe.Execute(model);
Assert.Equal(ExecutionResult.Failed, result.Success);
Assert.True(testPipe.Elapsed.TotalMilliseconds < 6000);
Assert.True(model.Id == 0);
}
public void Pipe_Execution_Sequential_If()
{
var executor1 = new TestExecutor1();
var executor2 = new TestExecutor2();
var executor3 = new TestExecutor3();
var model = new TestModel
{
Id = 1,
Name = "model 1",
Milliseconds = 2000
};
Pipe <TestModel, TestResult> testPipe = new TestPipe();
testPipe
.UseStopWatch()
.AsSequential()
.AddExecutor(executor1)
.AddExecutor(executor2)
.If(false)
.AddExecutor(executor3)
.EndIf()
.Finish();
var result = testPipe.Execute(model);
Assert.Equal(ExecutionResult.Successful, result.Success);
Assert.True(testPipe.Elapsed.TotalMilliseconds < 6000);
Assert.True(model.Id == 3);
}
public void Pipe_Execution_Sequential_BreakIfFailed()
{
var executor1 = new TestExecutor1();
var executor2 = new TestExecutor2();
var executor3 = new TestExecutor3();
var model = new TestModel
{
Id = 1,
Name = "model 1",
Milliseconds = 2000
};
Pipe <TestModel, TestResult> testPipe = new TestPipe();
testPipe
.UseStopWatch()
.AsSequential()
.AddExecutor(executor1)
.SetLabel(nameof(TestExecutor1))
.SetResultHandler((m, r) => { return(r); })
.SetBreakIfFailed()
.AddExecutor(executor2)
.AddExecutor(executor3)
.Finish();
var result = testPipe.Execute(model);
Assert.True(result.Success == ExecutionResult.Failed);
Assert.Equal(1111, result.Value.Value.Id);
Assert.Equal(nameof(TestExecutor1), result.Label);
Assert.Equal(ExecutionResult.Failed, result.Success);
Assert.True(testPipe.Elapsed.TotalMilliseconds < 6000 / 2);
}
public void Pipe_Execution_Sequential_SubPipe_Skip()
{
var executor1 = new TestExecutor1();
var executor2 = new TestExecutor2();
var executor3 = new TestExecutor3();
//var pipeExecutor = new TestPipeExecutor();
var testSubPipe = new TestSubPipe();
var model = new TestModel
{
Id = 0,
Name = "model 1",
Milliseconds = 2000
};
Pipe <TestModel, TestResult> testPipe = new TestPipe();
testPipe
.UseStopWatch()
.AsSequential()
.AddExecutor(executor1)
.AddExecutor(executor2)
.AddExecutor(executor3)
.AddExecutor(testSubPipe, false)
.Finish();
var result = testPipe.Execute(model);
Assert.True(testPipe.Elapsed.TotalMilliseconds < 7000);
Assert.True(model.Id == 3);
}
public void Pipe_Execution_Parallel()
{
var executor1 = new TestExecutor1();
var executor2 = new TestExecutor2();
var executor3 = new TestExecutor3();
var model = new TestModel
{
Id = 1,
Name = "model 1",
Milliseconds = 2000
};
Pipe <TestModel, TestResult> testPipe = new TestPipe();
testPipe
.UseStopWatch()
//.UseLocalCacheThreadSafe()
.AsParallel()
.AddExecutor(executor1)
.AddExecutor(executor2)
.AddExecutor(executor3)
.Finish();
var result = testPipe.Execute(model);
Assert.Equal(ExecutionResult.Successful, result.Success);
Assert.True(testPipe.Elapsed.TotalMilliseconds < 6000);
}