public void Can_Run_Jobs_With_No_Params()
{
var next = JobCreator.Create <SampleJobNoParam>((j) => j.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobNoParam.Called);
}
public void Can_Run_Jobs_With_Static_Method()
{
var next = JobCreator.Create <SampleJobStaticMethod>((j) => SampleJobStaticMethod.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobStaticMethod.Called);
}
public void Creator_Respects_StaticJob_Handling()
{
var next = JobCreator.Create <StaticClassJob>((j) => SampleJobStaticClass.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobStaticClass.Called);
}
public void Can_Run_Static_Method_On_Static_Class()
{
var next = JobCreator.Create <object>((j) => SampleJobStaticClass.DoThing());
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
Xunit.Assert.True(SampleJobStaticClass.Called);
}
public void Can_Run_Jobs_With_Param_Type_Matching_And_Overloads()
{
var myValue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJob2>((j) => j.DoThing(TestConstants.derp, TestConstants.herp, myValue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void Can_Run_Job_With_Simple_Method_Calls()
{
var myValue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJob>((j) => j.DoThing(TestConstants.derp, int.Parse(TestConstants.herp.ToString()), myValue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void Can_Run_Job_And_pass_parameters()
{
var myValue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJob>((j) => j.DoThing(TestConstants.derp, TestConstants.herp, myValue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public void Can_Run_Job_With_Arity_in_class_With_Arity()
{
var myvalue = new ClassTest()
{
classTestValue = TestConstants.classTestValue
};
var next = JobCreator.Create <SampleJobInGenericClass <string> >(j =>
j.DoThing(TestConstants.derp, TestConstants.herp, myvalue));
var jobEx = new DefaultJobExecutor(new DefaultContainerFactory());
jobEx.ExecuteJob(next);
}
public virtual void testJobExecutorConfigurationProperties()
{
// given
JobExecutor jobExecutor = new DefaultJobExecutor();
IDictionary <string, string> propertiesToSet = new Dictionary <string, string>();
propertiesToSet[MAX_JOBS_PER_ACQUISITION] = Convert.ToString(int.MaxValue);
propertiesToSet[MAX_WAIT] = Convert.ToString(long.MaxValue);
propertiesToSet[WAIT_INCREASE_FACTOR] = Convert.ToString(float.MaxValue);
propertiesToSet[BACKOFF_TIME_IN_MILLIS] = Convert.ToString(int.MaxValue);
// when
PropertyHelper.applyProperties(jobExecutor, propertiesToSet);
// then
Assert.assertEquals(int.MaxValue, jobExecutor.MaxJobsPerAcquisition);
Assert.assertEquals(long.MaxValue, jobExecutor.MaxWait);
Assert.assertEquals(float.MaxValue, jobExecutor.WaitIncreaseFactor, 0.0001d);
Assert.assertEquals(int.MaxValue, jobExecutor.BackoffTimeInMillis);
}
