public void CheckAlwaysCondition()
{
var step = new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
Always = true
}
};
Assert.AreEqual(true, ExecutionConditionChecker.CheckCondition(step.Condition, new ProcessorInfo(), 0));
}
public void CheckPreviousSteps()
{
var info = new ProcessorInfo()
{
Steps = new List <StepConfig>()
{
new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
Always = true
}
},
new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
Always = true
}
},
new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
Always = true
}
},
new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
Always = true
}
},
new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
StepsSucceded = new [] { 0, 1, 2, 3 }
}
}
},
StepStatus = new List <Status>()
{
Status.Successful,
Status.Successful,
Status.Successful,
Status.Successful,
Status.Waiting
}
};
Assert.AreEqual(true, ExecutionConditionChecker.CheckCondition(info.Steps[4].Condition, info, 4));
}
public void CheckPreviousCondition()
{
var step = new StepConfig()
{
Step = new EmptyStep(), Condition = new ExecutionCondition {
IfPreviousSucceded = true
}
};
var info = new ProcessorInfo()
{
Steps = new List <StepConfig>()
{
step, step
}, StepStatus = new List <Status>()
{
Status.Successful, Status.Waiting
}
};
Assert.AreEqual(true, ExecutionConditionChecker.CheckCondition(step.Condition, info, 1));
}