forked from Mirrors/openclonk
Refactoring: Unit test for liquid containers uses doTest()
This is more readable and failures can be identified more easily.liquid_container
Mark
parent
8749300622
commit
a2700890ce
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@ -225,7 +225,7 @@ public func IsBarrel()
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public func IsLiquidContainerForMaterial(string liquid_name)
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{
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return WildcardMatch("Water", liquid_name) || WildcardMatch("Oil", liquid_name);
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return !!WildcardMatch("Water", liquid_name) || !!WildcardMatch("Oil", liquid_name);
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}
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public func CanBeStackedWith(object other)
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@ -135,17 +135,13 @@ global func Test1_Execute()
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// a loop would be cool, but that would work only with runtime overloadable functions
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var container = CreateObject(Barrel);
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var test1 = container->IsLiquidContainerForMaterial("Water");
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var test2 = !container->IsLiquidContainerForMaterial("Sky");
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var test3 = !container->IsLiquidContainerForMaterial();
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Log("- Container returns 'true' if liquid parameter is correct: %v", test1);
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Log("- Container returns 'false' if liquid parameter is incorrect: %v", test2);
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Log("- Container returns 'false' if liquid parameter is nil: %v", test3);
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var passed = true;
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passed &= doTest("Container accepts correct material. Got %v, expected %v.", container->IsLiquidContainerForMaterial("Water"), true);
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passed &= doTest("Container does not accept incorrect material. Got %v, expected %v.", container->IsLiquidContainerForMaterial("Sky"), false);
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passed &= doTest("Container does not accept material 'nil'. Got %v, expected %v.", container->IsLiquidContainerForMaterial(), false);
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container->RemoveObject();
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return test1 && test2 && test3;
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return passed;
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}
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global func Test2_OnStart(int plr){ return true;}
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@ -164,15 +160,9 @@ global func Test2_Execute()
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liquid->Enter(container);
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var passed = true;
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var returned = container->Contents();
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var test = (returned == liquid); passed &= test;
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Log("- Liquid can fill empty barrel: %v", test);
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returned = container->GetLiquidAmount("Water");
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test = (100 == returned); passed &= test;
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Log("- Barrel contains %d units, expected %d: %v", returned, 100, test);
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returned = container->Contents()->MaxStackCount();
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test = (300 == returned); passed &= test;
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Log("- The liquid returns a max stack count of %d, expected %d: %v", returned, 300, test);
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passed &= doTest("Liquid can fill empty barrel. Got %v, expected %v.", container->Contents(), liquid);
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passed &= doTest("Barrel contains %d units, expected %d.", container->GetLiquidAmount("Water"), 100);
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passed &= doTest("The liquid returns a max stack count of %d, expected %d.", container->Contents()->MaxStackCount(), 300);
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// -----
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@ -181,11 +171,8 @@ global func Test2_Execute()
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liquid->SetStackCount(100);
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liquid->Enter(container);
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test = (liquid == nil); passed &= test;
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Log("- Liquid can enter filled barrel, liquid got removed: %v", test);
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returned = container->GetLiquidAmount();
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test = (200 == returned); passed &= test;
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Log("- Barrel contains %d units, expected %d: %v", returned, 200, test);
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passed &= doTest("Liquid can enter barrel and gets removed. Got %v, expected %v.", liquid, nil);
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passed &= doTest("Barrel contains %d units, expected %d.", container->GetLiquidAmount(), 200);
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// -----
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@ -194,18 +181,10 @@ global func Test2_Execute()
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liquid->SetStackCount(200);
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liquid->Enter(container);
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returned = liquid->Contained();
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test = (returned == nil); passed &= test;
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Log("- Liquid cannot enter filled barrel if the capacity is exceeded: %v", test);
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returned = container->ContentsCount();
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test = (1 == returned); passed &= test;
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Log("- Barrel contains %d items, expected %d: %v", returned, 1, test);
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returned = container->GetLiquidAmount();
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test = (300 == returned); passed &= test;
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Log("- Barrel does increase fill level, up to the allowed amount, contains %d units, expected %d: %v", returned, 300, test);
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returned = liquid->GetLiquidAmount();
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test = (100 == returned); passed &= test;
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Log("- Liquid object still contains %d units, expected %d: %v", returned, 100, test);
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passed &= doTest("Liquid cannot enter filled barrel if the capacity is exceeded. Got %v, expected %v.", liquid->Contained(), nil);
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passed &= doTest("Barrel contains %d items, expected %d.", container->ContentsCount(), 1);
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passed &= doTest("Barrel does increase fill level, up to the allowed amount, contains %d units, expected %d.", container->GetLiquidAmount(), 300);
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passed &= doTest("Liquid object still contains %d units, expected %d", liquid->GetLiquidAmount(), 100);
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Log("- Resetting liquid amount to 0");
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liquid->RemoveObject();
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@ -218,15 +197,9 @@ global func Test2_Execute()
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liquid->SetStackCount(500);
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liquid->Enter(container);
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returned = liquid->Contained();
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test = (returned == nil); passed &= test;
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Log("- Liquid cannot enter empty barrel if the capacity is exceeded: %v", test);
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returned = container->GetLiquidAmount();
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test = (300 == returned); passed &= test;
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Log("- Barrel does increase fill level, up to the allowed amount, contains %d units, expected %d: %v", returned, 300, test);
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returned = liquid->GetLiquidAmount();
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test = (200 == returned); passed &= test;
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Log("- Liquid object still contains %d units, expected %d: %v", returned, 200, test);
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passed &= doTest("Liquid cannot enter empty barrel if the capacity is exceeded. Got %v, expected %v.", liquid->Contained(), nil);
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passed &= doTest("Barrel does increase fill level, up to the allowed amount, contains %d units, expected %d.", container->GetLiquidAmount(), 300);
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passed &= doTest("Liquid object still contains %d units, expected %d.", liquid->GetLiquidAmount(), 200);
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Log("- Resetting liquid amount to 200");
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liquid->RemoveObject();
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@ -239,12 +212,8 @@ global func Test2_Execute()
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liquid->SetStackCount(50);
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liquid->Enter(container);
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returned = liquid->Contained();
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test = (returned == nil); passed &= test;
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Log("- Liquid cannot enter filled barrel of a different liquid type: %v", test);
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returned = container->GetLiquidAmount();
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test = (200 == returned); passed &= test;
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Log("- Barrel does not increase fill level, contains %d units, expected %d: %v", returned, 200, test);
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passed &= doTest("Liquid cannot enter filled barrel of a different liquid type. Got %v, epxected %v.", liquid->Contained(), nil);
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passed &= doTest("Barrel does not increase fill level, contains %d units, expected %d.", container->GetLiquidAmount(), 200);
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liquid->RemoveObject();
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@ -254,14 +223,9 @@ global func Test2_Execute()
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liquid = container->Contents();
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liquid->Exit();
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returned = container->Contents();
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test = (returned == nil); passed &= test;
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Log("- Liquid container should be empty when liquid leaves it: %v", test);
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returned = container->GetLiquidAmount();
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test = (returned == 0); passed &= test;
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Log("- Liquid container return a liquid amount of 0 when liquid leaves it: %v", test);
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test = (liquid != nil); passed &= test;
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Log("- Liquid exists after leaving the container: %v", test);
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passed &= doTest("Liquid container should be empty when liquid leaves it. Got %v, expected %v.", container->Contents(), nil);
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passed &= doTest("Liquid container return a liquid amount of 0 when liquid leaves it. Got %v, expected %v.", container->GetLiquidAmount(), 0);
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passed &= doTest("Liquid exists after leaving the container. Got %v, expected %v.", !!liquid , true);
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liquid->RemoveObject();
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@ -274,18 +238,9 @@ global func Test2_Execute()
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container->PutLiquid("Water", 299);
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container->CreateContents(Liquid_Water, 2);
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returned = container->GetLiquidAmount();
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var expected = 300;
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test = (returned == expected); passed &= test;
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Log("- Liquid container contains %d, should contain %d, when filling in 299 water and adding 2 water contents: %v", returned, expected, test);
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returned = ObjectCount(Find_ID(Liquid_Water), Find_NoContainer());
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expected = 0;
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test = (returned == expected); passed &= test;
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Log("- A total of %d water objects exist outside the container, expected %d: %v", returned, expected, test);
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returned = container->ContentsCount();
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expected = 1;
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test = (returned == expected); passed &= test;
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Log("- A total of %d water objects exist in the container, expected %d: %v", returned, expected, test);
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passed &= doTest("Liquid container contains %d, should contain %d, when filling in 299 water and adding 2 water contents", container->GetLiquidAmount(), 300);
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passed &= doTest("A total of %d water objects exist outside the container, expected %d", ObjectCount(Find_ID(Liquid_Water), Find_NoContainer()), 0);
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passed &= doTest("A total of %d water objects exist in the container, expected %d", container->ContentsCount(), 1);
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// Clean up
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@ -308,34 +263,21 @@ global func Test3_Execute()
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// -----
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Log("Incompatible material");
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var test = (container->PutLiquid("Lava", 1, nil) == 0);
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passed &= test;
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Log("- Container returns '0' when inserting 1 pixel of incompatible material: %v", test);
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test = container->Contents() == nil; passed &= test;
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Log("- Container returns 'nil' for contents: %v, %v", test, container->Contents());
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passed &= doTest("Container returns '0' when inserting 1 pixel of incompatible material. Got %d, expected %d.", container->PutLiquid("Lava", 1, nil), 0);
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passed &= doTest("Container returns 'nil' for contents. Got %v, expected %v.", container->Contents(), nil);
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// -----
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Log("Compatible material");
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test = (container->PutLiquid("Water", 1, nil) == 1);
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Log("- Container returns '1' when inserting 1 pixel of compatible material: %v", test);
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test = container->FindContents(Liquid_Water) != nil; passed &= test;
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Log("- Container has contents Liquid_Water when inserting 1 pixel of compatible material: %v", test);
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passed &= doTest("Container returns '1' when inserting 1 pixel of compatible material. Got %d, expected %d.", container->PutLiquid("Water", 1, nil), 1);
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passed &= doTest("Container has contents Liquid_Water after inserting 1 pixel of compatible material. Got %v, expected %v.", !!container->FindContents(Liquid_Water), true);
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if (passed)
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{
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test = container->FindContents(Liquid_Water)->GetLiquidAmount() == 1; passed &= test;
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Log("- Container returns the fill level 1 when inserting 1 pixel of compatible material: %d, %v", container->FindContents(Liquid_Water)->GetLiquidAmount(), test);
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passed &= doTest("Container returns the fill level 1 when inserting 1 pixel of compatible material. Got %d, expected %d.", container->FindContents(Liquid_Water)->GetLiquidAmount(), 1);
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}
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var returned = container->PutLiquid("Water", container->GetLiquidContainerMaxFillLevel(), nil);
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var expected = (container->GetLiquidContainerMaxFillLevel() - 1);
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test = (returned == expected);
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passed &= test;
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Log("- Container returns 'the actually inserted amount of material' %d when inserting more than the volume, returned %d: %v", expected, returned, test);
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returned = container->GetLiquidAmount("Water");
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expected = container->GetLiquidContainerMaxFillLevel();
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test = (returned == expected); passed &= test;
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Log("- Container returns the fill level %d, expected %d, when inserting more than the volume: %v", returned, expected, test);
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passed &= doTest("Container returns 'the actually inserted amount of material' when inserting more than the volume. Got %d, expected %d.", container->PutLiquid("Water", container->GetLiquidContainerMaxFillLevel(), nil), container->GetLiquidContainerMaxFillLevel() - 1);
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passed &= doTest("Container returns the max fill level when inserting more than the allowed volume. Got %d, expected %d", container->GetLiquidAmount("Water"), container->GetLiquidContainerMaxFillLevel());
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container->RemoveObject();
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return passed;
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@ -348,8 +290,6 @@ global func Test4_Execute()
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Log("Test the behaviour of RemoveLiquid");
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var container = CreateObject(Barrel);
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var passed = true;
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container->PutLiquid("Water", 100);
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// -----
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@ -357,40 +297,27 @@ global func Test4_Execute()
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Log("Incompatible material");
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var returned = container->RemoveLiquid("Lava", 0, nil);
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var expected = ["Lava", 0];
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var test = (returned[0] == expected[0]);
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passed &= test;
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Log("- Container returns the requested material (was %s, expected %s) when removing incompatible material: %v", returned[0], expected[0], test);
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test = (returned[1] == expected[1]); passed &= test;
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Log("- Container returns no amount when removing incompatible material (was %d, expected %d) : %v", returned[1], expected[1], test);
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returned = container->GetLiquidAmount();
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expected = 100;
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test = (returned == expected); passed &= test;
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Log("- Container contents do not change when removing incompatible material (was %d, expected %d): %v", returned, expected, test);
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var passed = doTest("Container returns the requested material when removing incompatible material. Got %s, expected %s.", returned[0], expected[0]);
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passed &= doTest("Container returns no amount when removing incompatible material. Got %d, expected %d.", returned[1], expected[1]);
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passed &= doTest("Container contents do not change when removing incompatible material. Got %d, expected %d.", container->GetLiquidAmount(), 100);
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// -----
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Log("Compatible material");
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returned = container->RemoveLiquid("Water", 1, nil);
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expected = ["Water", 1];
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test = (returned[0] == expected[0]);
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Log("- Container returns the extracted material name (was %s, expected %s): %v", returned[0], expected[0], test);
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test = returned[1] == expected[1]; passed &= test;
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Log("- Container returns the correct amount (was %d, expected %d) when removing 1 pixel of compatible material: %v", returned[1], expected[1], test);
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returned = container->GetLiquidAmount();
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expected = 99;
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test = (returned == expected); passed &= test;
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Log("- Container contents do change when removing compatible material (was %d, expected %d): %v", returned, expected, test);
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passed &= doTest("Container returns the extracted material name. Got %s, expected %s.", returned[0], expected[0]);
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passed &= doTest("Container returns the correct amount when removing 1 pixel of compatible material. Got %d, expected %d.", returned[1], expected[1]);
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passed &= doTest("Container contents do change when removing compatible material. Got %d, expected %d.", container->GetLiquidAmount(), 99);
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returned = container->RemoveLiquid("Water", 100, nil);
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expected = ["Water", 99];
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test = (returned[0] == expected[0]);
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Log("- Container returns the extracted material name (was %s, expected %s): %v", returned[0], expected[0], test);
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test = returned[1] == expected[1]; passed &= test;
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Log("- Container returns the correct amount (was %d, expected %d) when removing compatible material: %v", returned[1], expected[1], test);
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returned = container->GetLiquidAmount();
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expected = 0;
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test = (returned == expected); passed &= test;
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Log("- Container contents do change when removing compatible material (was %d, expected %d): %v", returned, expected, test);
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passed &= doTest("Container returns the extracted material name. Got %s, expected %s.", returned[0], expected[0]);
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passed &= doTest("Container returns the correct amount when removing compatible material. Got %d, expected %d.", returned[1], expected[1]);
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passed &= doTest("Container contents do change when removing compatible material. Got %d, expected %d.", container->GetLiquidAmount(), 0);
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// -----
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@ -399,49 +326,34 @@ global func Test4_Execute()
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returned = container->RemoveLiquid(nil, 50, nil);
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expected = ["Oil", 50];
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test = (returned[0] == expected[0]);
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Log("- Container returns the contained material (was %s, expected %s) when extracting material 'nil': %v", returned[0], expected[0], test);
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test = returned[1] == expected[1]; passed &= test;
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Log("- Container returns the correct amount (was %d, expected %d) when removing compatible material: %v", returned[1], expected[1], test);
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returned = container->GetLiquidAmount();
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expected = 50;
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test = (returned == expected); passed &= test;
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Log("- Container contents do change when removing compatible material (was %d, expected %d): %v", returned, expected, test);
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passed &= doTest("Container returns the contained material when extracting material 'nil'. Got %s, expected %s.", returned[0], expected[0]);
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passed &= doTest("Container returns the correct amount when removing compatible material. Got %d, expected %d.", returned[1], expected[1]);
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passed &= doTest("Container contents do change when removing compatible material. Got %d, expected %d.", container->GetLiquidAmount(), 50);
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container->PutLiquid("Oil", 50);
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returned = container->RemoveLiquid("Oil", nil, nil);
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expected = ["Oil", 100];
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test = (returned[0] == expected[0]);
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Log("- Container returns the contained material (was %s, expected %s) when extracting amount 'nil': %v", returned[0], expected[0], test);
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test = returned[1] == expected[1]; passed &= test;
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Log("- Container returns the contained amount (was %d, expected %d) when extracting amount 'nil': %v", returned[1], expected[1], test);
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returned = container->GetLiquidAmount();
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expected = 0;
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test = (returned == expected); passed &= test;
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Log("- Container is empty after removing amount 'nil' (was %d, expected %d): %v", returned, expected, test);
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passed &= doTest("Container returns the contained material when extracting material. Got %s, expected %s.", returned[0], expected[0]);
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passed &= doTest("Container returns the correct amount when extracting amount 'nil'. Got %d, expected %d.", returned[1], expected[1]);
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passed &= doTest("Container is empty after removing amount 'nil'. Got %d, expected %d.", container->GetLiquidAmount(), 0);
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container->PutLiquid("Oil", 100);
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returned = container->RemoveLiquid(nil, nil, nil);
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expected = ["Oil", 100];
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test = (returned[0] == returned[0]);
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Log("- Container returns the contained material (was %s, expected %s) when extracting material and amount 'nil': %v", returned[0], expected[0], test);
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test = returned[1] == expected[1]; passed &= test;
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Log("- Container returns the contained amount (was %d, expected %d) when extracting material and amount 'nil': %v", returned[1], expected[1], test);
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returned = container->GetLiquidAmount();
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expected = 0;
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test = (returned == expected); passed &= test;
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Log("- Container is empty after removing amount material and amount 'nil' (was %d, expected %d): %v", returned, expected, test);
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passed &= doTest("Container returns the contained material when extracting material and amount 'nil'. Got %s, expected %s.", returned[0], expected[0]);
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passed &= doTest("Container returns the correct amount when extracting material and amount 'nil'. Got %d, expected %d.", returned[1], expected[1]);
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passed &= doTest("Container is empty after removing material and amount 'nil'. Got %d, expected %d.", container->GetLiquidAmount(), 0);
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container->RemoveObject();
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return passed;
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}
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global func Test5_OnStart(int plr)
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{
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var effect = GetEffect("IntTestControl", nil);
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@ -567,13 +479,8 @@ global func Test5_Execute()
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global func Test5_CheckConnections(proplist effect, object expected_source, object expected_drain)
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{
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var passed = true;
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var returned = effect.pump->GetSourceObject();
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var test = returned == expected_source ; passed &= test;
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Log("- Pump returns source object %v: %v (returned %v)", expected_source, test, returned);
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returned = effect.pump->GetDrainObject();
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test = returned == expected_drain ; passed &= test;
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Log("- Pump returns drain object %v: %v (returned %v)", expected_drain, test, returned);
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var passed = doTest("Pump returns source object. Got %v, expected %v.", effect.pump->GetSourceObject(), expected_source);
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passed &= doTest("Pump returns drain object. Got %v, expected %v.", effect.pump->GetDrainObject(), expected_drain);
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return passed;
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}
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@ -589,8 +496,7 @@ global func Test5_CheckPipes(object pipeA, string stateA, object pipeB, string s
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else if (stateA == PIPE_STATE_Neutral) functionA = pipeA.IsNeutralPipe;
|
||||
|
||||
var test = pipeA->Call(functionA);
|
||||
passed &= test;
|
||||
Log("- Pipe A is %s pipe: %v", stateA, test);
|
||||
passed &= doTest(Format("Pipe A is a %s pipe? %s", stateA, "Got %v, expected %v.", test, true));
|
||||
}
|
||||
|
||||
if (pipeB != nil)
|
||||
|
|
@ -601,8 +507,7 @@ global func Test5_CheckPipes(object pipeA, string stateA, object pipeB, string s
|
|||
|
||||
|
||||
test = pipeB->Call(functionB);
|
||||
passed &= test;
|
||||
Log("- Pipe B is %s pipe: %v", stateB, test);
|
||||
passed &= doTest(Format("Pipe B is a %s pipe? %s", stateB, "Got %v, expected %v."), test, true);
|
||||
}
|
||||
return passed;
|
||||
}
|
||||
|
|
@ -627,45 +532,42 @@ global func Test6_deactivated_Execute()
|
|||
container1->PutLiquid("Water", 100);
|
||||
container2->PutLiquid("Water", 300);
|
||||
|
||||
var passed = true;
|
||||
var returned = container1->CanBeStackedWith(container2);
|
||||
var test = returned == true; passed &= test;
|
||||
Log("- Barrel can be stacked with other barrel that contains the same liquid: %v", test);
|
||||
returned = container2->CanBeStackedWith(container1);
|
||||
test = returned == true; passed &= test;
|
||||
Log("- Barrel can be stacked with other barrel that contains the same liquid: %v", test);
|
||||
var passed = doTest("Barrel can be stacked with other barrel that contains the same liquid. Got %v, expected %v.", container1->CanBeStackedWith(container2), true);
|
||||
passed &= doTest("Barrel can be stacked with other barrel that contains the same liquid. Got %v, expected %v.", container2->CanBeStackedWith(container1), true);
|
||||
|
||||
// cannot stack filled barrel with other empty barrel
|
||||
container1->Contents()->SetStackCount(100);
|
||||
container2->Contents()->RemoveObject();
|
||||
|
||||
returned = container1->CanBeStackedWith(container2);
|
||||
test = returned == false; passed &= test;
|
||||
Log("- Filled barrel cannot be stacked with empty barrel: %v", test);
|
||||
returned = container2->CanBeStackedWith(container1);
|
||||
test = returned == false; passed &= test;
|
||||
Log("- Empty barrel cannot be stacked with filled barrel: %v", test);
|
||||
passed &= doTest("Filled barrel cannot be stacked with empty barrel. Got %v, expected %v.", container1->CanBeStackedWith(container2), false);
|
||||
passed &= doTest("Empty barrel cannot be stacked with filled barrel. Got %v, expected %v.", container2->CanBeStackedWith(container1), false);
|
||||
|
||||
|
||||
// can stack empty barrel with other empty barrel
|
||||
container1->Contents()->RemoveObject();
|
||||
|
||||
returned = container1->CanBeStackedWith(container2);
|
||||
test = returned == true; passed &= test;
|
||||
Log("- Empty barrel can be stacked with empty barrel: %v", test);
|
||||
passed &= doTest("Empty barrel can be stacked with empty barrel. Got %v, expected %v", container1->CanBeStackedWith(container2), true);
|
||||
|
||||
// cannot stack filled barrel with other filled barrel of different liquid
|
||||
container1->PutLiquid("Water", 100);
|
||||
container2->PutLiquid("Oil", 100);
|
||||
|
||||
returned = container1->CanBeStackedWith(container2);
|
||||
test = returned == false; passed &= test;
|
||||
Log("- Liquid A barrel cannot be stacked with liquid B barrel: %v", test);
|
||||
returned = container2->CanBeStackedWith(container1);
|
||||
test = returned == false; passed &= test;
|
||||
Log("- Liquid B barrel cannot be stacked with liquid A barrel: %v", test);
|
||||
passed &= doTest("Liquid A barrel cannot be stacked with liquid B barrel. Got %v, expected %v.", container1->CanBeStackedWith(container2), false);
|
||||
passed &= doTest("Liquid B barrel cannot be stacked with liquid A barrel. Got %v, expected %v.", container2->CanBeStackedWith(container1), false);
|
||||
|
||||
container1->RemoveObject();
|
||||
container2->RemoveObject();
|
||||
|
||||
return passed;
|
||||
}
|
||||
}
|
||||
|
||||
global func doTest(description, returned, expected)
|
||||
{
|
||||
var test = (returned == expected);
|
||||
|
||||
var predicate = "[Fail]";
|
||||
if (test) predicate = "[Pass]";
|
||||
|
||||
Log(Format("%s %s", predicate, description), returned, expected);
|
||||
return test;
|
||||
}
|
||||
|
|
|
|||
Loading…
Reference in New Issue