public void HyperNodeNameOnlyTest()
{
HyperNodeService.CreateAndConfigure(
new HyperNodeMockConfigurationProvider(
new HyperNodeConfiguration
{
HyperNodeName = "UnitTestNode"
}
)
);
}
public void NullConfigurationTest()
{
try
{
HyperNodeService.CreateAndConfigure(
new HyperNodeMockConfigurationProvider(null)
);
Assert.Fail("HyperNodeService should throw an exception if the HyperNodeConfigurationProvider returns a null configuration.");
}
catch (ArgumentNullException)
{
// Success, since we threw an expected exception
}
}
public void EmptyConfigurationTest()
{
try
{
HyperNodeService.CreateAndConfigure(
new HyperNodeMockConfigurationProvider(
new HyperNodeConfiguration()
)
);
Assert.Fail("HyperNodeService should throw an exception indicating that required fields were left blank.");
}
catch (HyperNodeConfigurationException)
{
// Success, since we threw an expected exception
}
}
public void TaskIdProviderTypeStringDoesNotImplementInterfaceTest()
{
const string typeString = "Hyper.Test.HyperNodeMockConfigurationProvider, Hyper.Test";
try
{
HyperNodeService.CreateAndConfigure(
new HyperNodeMockConfigurationProvider(
new HyperNodeConfiguration
{
HyperNodeName = "UnitTestNode",
TaskIdProviderType = typeString
}
)
);
Assert.Fail("HyperNodeService should throw an exception indicating that the type '" + typeString + "' doesn't implement the correct interface.");
}
catch
{
// Success, since we threw an expected exception
}
}
public void InvalidTaskIdProviderTypeStringTest()
{
const string typeString = "BadType";
try
{
HyperNodeService.CreateAndConfigure(
new HyperNodeMockConfigurationProvider(
new HyperNodeConfiguration
{
HyperNodeName = "UnitTestNode",
TaskIdProviderType = typeString
}
)
);
Assert.Fail("HyperNodeService should throw an exception indicating that the type '" + typeString + "' cannot be parsed into a valid type.");
}
catch (HyperNodeConfigurationException)
{
// Success, since we threw an expected exception
}
}
