public void TestVesselFinishedCallback()
{
var tvr = new TestVesselResources();
tvr.vesselModified = true;
bool allGood = false;
var _rm = new KerbalInterstellarTechnologies.ResourceManagement.ResourceManager(tvr, RealCheatOptions.Instance);
_rm.UseThisToHelpWithTesting = true;
var rm = _rm as IResourceScheduler;
var resources = new Dictionary <ResourceName, double>();
var maxims = new Dictionary <ResourceName, double>();
rm.ExecuteKITModules(1, ref resources, ref maxims);
// This code should never get called, as there was no processing performed
Assert.IsFalse(tvr.OnKITProcessingFinishedCalled, "called OnKITProcessingFinishedCalled when unexpected");
var consumer = new TestIKITMod();
consumer.callBack = (IResourceManager resMan) =>
{
allGood = true;
};
tvr.moduleList.Add(consumer);
rm.ExecuteKITModules(1, ref resources, ref maxims);
Assert.IsTrue(allGood, "failed to execute IKITMod");
Assert.IsTrue(tvr.OnKITProcessingFinishedCalled, "did not call OnKITProcessingFinishedCalled");
}
public void TestBatteriesGetFilled()
{
var tvr = new TestVesselResources();
tvr.vesselModified = true;
var resources = new Dictionary <ResourceName, double>();
var _rm = new KerbalInterstellarTechnologies.ResourceManagement.ResourceManager(tvr, RealCheatOptions.Instance);
_rm.UseThisToHelpWithTesting = true;
var rm = _rm as IResourceScheduler;
bool fixedUpdateCalledBeforeProvide = false;
double canProvide = 0;
var tims = new TestIKITModSuppliable();
tims.provideRequestCallback = (IResourceManager resman, ResourceName resource, double amount) =>
{
Assert.IsTrue(fixedUpdateCalledBeforeProvide, "fixed update must be called before providing resources");
var toSend = Math.Min(amount, canProvide);
canProvide -= toSend;
if (toSend > 0)
{
resman.ProduceResource(resource, toSend);
}
return(canProvide > 0);
};
tims.resourcesProvidedCallback = () => new ResourceName[] { ResourceName.ElectricCharge };
tims.testName = "ElectricCharge Callback";
tims.priority = ResourcePriorityValue.Fifth;
tims.callBack = (IResourceManager resman) =>
{
fixedUpdateCalledBeforeProvide = true;
canProvide = 5;
};
tvr.moduleList.Add(tims);
tvr.variableSupplierModules[ResourceName.ElectricCharge] = new List <IKITVariableSupplier>();
tvr.variableSupplierModules[ResourceName.ElectricCharge].Add(tims);
var empty = new Dictionary <ResourceName, double>();
empty.Add(ResourceName.ElectricCharge, 0);
var maximums = new Dictionary <ResourceName, double>();
maximums.Add(ResourceName.ElectricCharge, 20);
rm.ExecuteKITModules(1, ref empty, ref maximums);
Assert.IsTrue(empty[ResourceName.ElectricCharge] == 5, $"did not fill battery - it is {empty[ResourceName.ElectricCharge]}");
}
public void TestVesselModificationandRTG()
{
var tvr = new TestVesselResources();
tvr.vesselModified = true;
var resources = new Dictionary <ResourceName, double>();
var maximums = new Dictionary <ResourceName, double>();
maximums.Add(ResourceName.ElectricCharge, 5);
var _rm = new KerbalInterstellarTechnologies.ResourceManagement.ResourceManager(tvr, RealCheatOptions.Instance);
_rm.UseThisToHelpWithTesting = true;
var rm = _rm as IResourceScheduler;
rm.ExecuteKITModules(1, ref resources, ref maximums);
Assert.IsTrue(true == tvr.vesselModifiedCalled, "Did not perform IVesselResources.VesselModified() callback");
var producer = new TestIKITMod();
producer.callBack = (IResourceManager resMan) =>
{
resMan.ProduceResource(ResourceName.ElectricCharge, 0.75);
};
tvr.moduleList.Add(producer);
rm.ExecuteKITModules(1, ref resources, ref maximums);
Assert.IsTrue(resources.ContainsKey(ResourceName.ElectricCharge), "did not generate ElectricCharge");
Assert.IsTrue(resources[ResourceName.ElectricCharge] == 0.75, "did not generate expected amount of ElectricCharge");
resources.Clear();
tvr.vesselModified = tvr.vesselModifiedCalled = false;
rm.ExecuteKITModules(0.2, ref resources, ref maximums);
Assert.IsTrue(resources.ContainsKey(ResourceName.ElectricCharge), "did not generate ElectricCharge");
Assert.IsTrue(resources[ResourceName.ElectricCharge] == 0.75 * 0.2, "did not generate expected amount of ElectricCharge");
}
public void TestFixedDeltaTime()
{
var tvr = new TestVesselResources();
tvr.vesselModified = true;
var resources = new Dictionary <ResourceName, double>();
var _rm = new KerbalInterstellarTechnologies.ResourceManagement.ResourceManager(tvr, RealCheatOptions.Instance);
_rm.UseThisToHelpWithTesting = true;
var rm = _rm as IResourceScheduler;
var consumer = new TestIKITMod();
consumer.callBack = (IResourceManager resMan) =>
{
Assert.IsTrue(1 == resMan.ConsumeResource(ResourceName.ElectricCharge, 1), "failed to consume electric charge");
};
tvr.moduleList.Add(consumer);
var empty = new Dictionary <ResourceName, double>();
empty.Add(ResourceName.ElectricCharge, 20);
var maximums = new Dictionary <ResourceName, double>();
maximums.Add(ResourceName.ElectricCharge, 20);
rm.ExecuteKITModules(1, ref empty, ref maximums);
Assert.IsTrue(empty[ResourceName.ElectricCharge] == 19, $"1 seconds should result in 19 EC left");
rm.ExecuteKITModules(2, ref empty, ref maximums);
Assert.IsTrue(empty[ResourceName.ElectricCharge] == 17, $"2 seconds should result in 17 EC left. Instead got {empty[ResourceName.ElectricCharge]}");
rm.ExecuteKITModules(0.2, ref empty, ref maximums);
Assert.IsTrue(empty[ResourceName.ElectricCharge] == 16.8, $".2 seconds should result in 16.8 EC left. Instead got {empty[ResourceName.ElectricCharge]}");
}
public void TestVariableResourceSuppliable()
{
var tvr = new TestVesselResources();
tvr.vesselModified = true;
var resources = new Dictionary <ResourceName, double>();
var _rm = new KerbalInterstellarTechnologies.ResourceManagement.ResourceManager(tvr, RealCheatOptions.Instance);
_rm.UseThisToHelpWithTesting = true;
var rm = _rm as IResourceScheduler;
bool requestCallbackRan = false;
bool fixedUpdateCalledBeforeProvide = false;
double canProvide = 0;
var tims = new TestIKITModSuppliable();
tims.provideRequestCallback = (IResourceManager resman, ResourceName resource, double amount) =>
{
requestCallbackRan = true;
Assert.IsTrue(fixedUpdateCalledBeforeProvide, "fixed update must be called before providing resources");
var toSend = Math.Min(amount, canProvide);
canProvide -= toSend;
if (toSend > 0)
{
resman.ProduceResource(resource, toSend);
}
return(canProvide > 0);
};
tims.resourcesProvidedCallback = () => new ResourceName[] { ResourceName.ElectricCharge };
tims.testName = "ElectricCharge Callback";
tims.priority = ResourcePriorityValue.Fifth;
tims.callBack = (IResourceManager resman) =>
{
fixedUpdateCalledBeforeProvide = true;
canProvide = 5;
};
var consumer = new TestIKITMod();
consumer.callBack = (IResourceManager resMan) =>
{
Assert.IsTrue(1 == resMan.ConsumeResource(ResourceName.ElectricCharge, 1), "failed to consume electric charge");
Assert.IsTrue(1 == resMan.ConsumeResource(ResourceName.ElectricCharge, 1), "failed to consume electric charge");
Assert.IsTrue(1 == resMan.ConsumeResource(ResourceName.ElectricCharge, 1), "failed to consume electric charge");
Assert.IsTrue(1 == resMan.ConsumeResource(ResourceName.ElectricCharge, 1), "failed to consume electric charge");
Assert.IsTrue(1 == resMan.ConsumeResource(ResourceName.ElectricCharge, 1), "failed to consume electric charge");
var result = resMan.ConsumeResource(ResourceName.ElectricCharge, 2);
Assert.IsTrue(0 == result, $"failed to NOT consume electric charge. got {result} EC");
};
tvr.moduleList.Add(consumer);
tvr.moduleList.Add(tims);
tvr.variableSupplierModules[ResourceName.ElectricCharge] = new List <IKITVariableSupplier>();
tvr.variableSupplierModules[ResourceName.ElectricCharge].Add(tims);
var empty = new Dictionary <ResourceName, double>();
rm.ExecuteKITModules(1, ref empty, ref empty);
var noEC = new Dictionary <ResourceName, double>();
noEC[ResourceName.ElectricCharge] = 0;
Assert.IsFalse(tims.provideRequestCallback(rm as IResourceManager, ResourceName.ElectricCharge, 20));
Assert.IsTrue(requestCallbackRan, "callback code has NOT been ran");
Assert.AreEqual(empty[ResourceName.ElectricCharge], noEC[ResourceName.ElectricCharge], $"resources are expected to be empty .. {empty} vs {noEC}");
}