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GDevelop/Core/tests/EventsCodeGenerationContext.cpp
T
Florian Rival 7cdc92c776 Introduce the "Wait X seconds" action (#3852) 
* This action allow to wait for a few seconds before continuing to run the next actions and sub-events.
* It is perfect to create cut scenes, advanced logic or just run things progressively without relying on timers. In a lot of cases, it's simpler and faster to use this new action.
* The action remember the picked objects: it works like an usual event, but run the actions (and sub-events) a bit later in time. While the action wait, other events continue to run as usual.
* Thanks to @arthuro555 for the ground work and follow up on this new feature.

Only show the rest in developer changelog:

* Add support for asynchronous actions (including for objects).
* Add exhaustive test cases for asynchronous actions. 

Co-authored-by: Arthur Pacaud <arthur.pacaud@hotmail.fr>
2022-05-02 19:44:15 +02:00

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/*
* GDevelop Core
* Copyright 2008-2016 Florian Rival (Florian.Rival@gmail.com). All rights
* reserved. This project is released under the MIT License.
*/
/**
* @file Tests covering events code generation context,
*/
#include "GDCore/Events/CodeGeneration/EventsCodeGenerationContext.h"
#include <memory>
#include "GDCore/CommonTools.h"
#include "GDCore/Extensions/Platform.h"
#include "GDCore/Project/Layout.h"
#include "GDCore/Project/Project.h"
#include "GDCore/Tools/VersionWrapper.h"
#include "catch.hpp"
TEST_CASE("EventsCodeGenerationContext", "[common][events]") {
/**
* Generate a tree of contexts with declared objects as below:
* c1 -> c1.object1, c1.object2, c1.noPicking1 (no picking
* request)
* / \
* c2.object1 <- c2 c3 -> c3.object1, c1.object2
* / \
* c4 c5 -> c5.object1, c5.noPicking1 (no picking request),
* c1.object2, c5.empty1
*/
unsigned int maxDepth = 0;
gd::EventsCodeGenerationContext c1(&maxDepth);
c1.ObjectsListNeeded("c1.object1");
c1.ObjectsListNeeded("c1.object2");
c1.ObjectsListNeededOrEmptyIfJustDeclared("c1.noPicking1");
gd::EventsCodeGenerationContext c2;
c2.InheritsFrom(c1);
c2.ObjectsListNeeded("c2.object1");
gd::EventsCodeGenerationContext c3;
c3.InheritsFrom(c1);
c3.ObjectsListNeeded("c3.object1");
c3.ObjectsListNeeded("c1.object2");
gd::EventsCodeGenerationContext c4;
c4.InheritsFrom(c2);
gd::EventsCodeGenerationContext c5;
c5.InheritsFrom(c2);
c5.ObjectsListNeededOrEmptyIfJustDeclared("c5.noPicking1");
c5.ObjectsListNeeded("c5.object1");
c5.ObjectsListNeeded("c1.object2");
c5.EmptyObjectsListNeeded("c5.empty1");
SECTION("Parenting") {
REQUIRE(c2.GetParentContext() == &c1);
REQUIRE(c3.GetParentContext() == &c1);
REQUIRE(c4.GetParentContext() == &c2);
REQUIRE(c5.GetParentContext() == &c2);
}
SECTION("Depth") {
REQUIRE(maxDepth == 2);
REQUIRE(c1.GetContextDepth() == 0);
REQUIRE(c2.GetContextDepth() == 1);
REQUIRE(c3.GetContextDepth() == 1);
REQUIRE(c4.GetContextDepth() == 2);
REQUIRE(c5.GetContextDepth() == 2);
}
SECTION("Object list needed") {
REQUIRE(c1.GetObjectsListsAlreadyDeclaredByParents() == std::set<gd::String>());
REQUIRE(c1.GetObjectsListsToBeDeclared() ==
std::set<gd::String>({"c1.object1", "c1.object2"}));
REQUIRE(c1.GetObjectsListsToBeEmptyIfJustDeclared() ==
std::set<gd::String>({"c1.noPicking1"}));
REQUIRE(c1.GetAllObjectsToBeDeclared() ==
std::set<gd::String>({"c1.object1", "c1.object2", "c1.noPicking1"}));
REQUIRE(c2.GetObjectsListsAlreadyDeclaredByParents() ==
std::set<gd::String>({"c1.object1", "c1.object2", "c1.noPicking1"}));
REQUIRE(c2.GetObjectsListsToBeDeclared() ==
std::set<gd::String>({"c2.object1"}));
REQUIRE(c2.GetObjectsListsToBeEmptyIfJustDeclared() == std::set<gd::String>());
REQUIRE(c2.GetAllObjectsToBeDeclared() ==
std::set<gd::String>({"c2.object1"}));
REQUIRE(c3.GetObjectsListsAlreadyDeclaredByParents() ==
std::set<gd::String>({"c1.object1", "c1.object2", "c1.noPicking1"}));
REQUIRE(c3.GetObjectsListsToBeDeclared() ==
std::set<gd::String>({"c3.object1", "c1.object2"}));
REQUIRE(c3.GetObjectsListsToBeEmptyIfJustDeclared() == std::set<gd::String>());
REQUIRE(c3.GetAllObjectsToBeDeclared() ==
std::set<gd::String>({"c3.object1", "c1.object2"}));
REQUIRE(c5.GetObjectsListsAlreadyDeclaredByParents() ==
std::set<gd::String>(
{"c1.object1", "c1.object2", "c1.noPicking1", "c2.object1"}));
REQUIRE(c5.GetObjectsListsToBeDeclared() ==
std::set<gd::String>({"c5.object1", "c1.object2"}));
REQUIRE(c5.GetObjectsListsToBeEmptyIfJustDeclared() ==
std::set<gd::String>({"c5.noPicking1"}));
REQUIRE(c5.GetObjectsListsToBeDeclaredEmpty() ==
std::set<gd::String>({"c5.empty1"}));
REQUIRE(c5.GetAllObjectsToBeDeclared() ==
std::set<gd::String>({"c5.object1", "c5.noPicking1", "c1.object2", "c5.empty1"}));
}
SECTION("ObjectAlreadyDeclaredByParents") {
REQUIRE(c1.ObjectAlreadyDeclaredByParents("c1.object1") == false);
REQUIRE(c2.ObjectAlreadyDeclaredByParents("c1.object1") == true);
REQUIRE(c3.ObjectAlreadyDeclaredByParents("c1.object1") == true);
REQUIRE(c4.ObjectAlreadyDeclaredByParents("c1.object1") == true);
REQUIRE(c5.ObjectAlreadyDeclaredByParents("c1.object1") == true);
REQUIRE(c1.ObjectAlreadyDeclaredByParents("c2.object1") == false);
REQUIRE(c2.ObjectAlreadyDeclaredByParents("c2.object1") == false);
REQUIRE(c3.ObjectAlreadyDeclaredByParents("c2.object1") == false);
REQUIRE(c4.ObjectAlreadyDeclaredByParents("c2.object1") == true);
REQUIRE(c5.ObjectAlreadyDeclaredByParents("c2.object1") == true);
}
SECTION("Object list last depth") {
REQUIRE(c1.GetLastDepthObjectListWasNeeded("c1.object1") == 0);
REQUIRE(c2.GetLastDepthObjectListWasNeeded("c2.object1") == 1);
REQUIRE(c3.GetLastDepthObjectListWasNeeded("c3.object1") == 1);
REQUIRE(c4.GetLastDepthObjectListWasNeeded("c2.object1") == 1);
REQUIRE(c5.GetLastDepthObjectListWasNeeded("c1.object2") == 2);
REQUIRE(c5.GetLastDepthObjectListWasNeeded("c2.object1") == 1);
REQUIRE(c5.GetLastDepthObjectListWasNeeded("c5.object1") == 2);
REQUIRE(c5.GetLastDepthObjectListWasNeeded("c5.empty1") == 2);
}
SECTION("SetCurrentObject") {
REQUIRE(c3.GetCurrentObject() == "");
c3.SetCurrentObject("current object");
REQUIRE(c3.GetCurrentObject() == "current object");
c3.SetNoCurrentObject();
REQUIRE(c3.GetCurrentObject() == "");
}
SECTION("Reuse") {
/**
* Generate a tree of contexts with declared objects as below:
* ...
* \
* c5 -> c5.object1, c5.noPicking1 (no picking request),
* c1.object2
* /
* c6 (reuse c5) -> c5.object1, c6.object3
* /
* c7 -> c5.object1, c5.empty1 (empty list request)
*/
gd::EventsCodeGenerationContext c6;
c6.Reuse(c5);
c6.ObjectsListNeeded("c5.object1");
c6.ObjectsListNeeded("c6.object3");
gd::EventsCodeGenerationContext c7;
c7.InheritsFrom(c6);
c7.ObjectsListNeeded("c5.object1");
c7.ObjectsListNeeded("c6.object3");
c7.EmptyObjectsListNeeded("c5.empty1");
// c6 is reusing c5 context so it has the same depth:
REQUIRE(c6.GetParentContext() == &c5);
REQUIRE(c6.GetContextDepth() == c5.GetContextDepth());
REQUIRE(c6.GetLastDepthObjectListWasNeeded("c6.object3") == 2);
// c6 reuse the objects lists from c5:
REQUIRE(c6.IsSameObjectsList("c5.object1", c5) == true);
REQUIRE(c6.IsSameObjectsList("c5.noPicking1", c5) == true);
REQUIRE(c6.GetLastDepthObjectListWasNeeded("c5.object1") ==
c5.GetLastDepthObjectListWasNeeded("c5.object1"));
REQUIRE(c6.GetLastDepthObjectListWasNeeded("c5.noPicking1") ==
c5.GetLastDepthObjectListWasNeeded("c5.noPicking1"));
REQUIRE(c7.GetParentContext() == &c6);
REQUIRE(c7.GetContextDepth() == 3);
REQUIRE(c7.IsSameObjectsList("c5.object1", c6) == false);
REQUIRE(c7.IsSameObjectsList("c6.object3", c6) == false);
REQUIRE(c7.IsSameObjectsList("c5.empty1", c5) == false);
}
SECTION("Async") {
gd::EventsCodeGenerationContext c1;
c1.ObjectsListNeeded("c1.object1");
c1.ObjectsListNeeded("c1.object2");
c1.ObjectsListNeededOrEmptyIfJustDeclared("c1.possiblyEmpty1");
c1.EmptyObjectsListNeeded("c1.empty1");
gd::EventsCodeGenerationContext c2;
c2.InheritsAsAsyncCallbackFrom(c1);
c2.ObjectsListNeeded("c2.object1");
c2.ObjectsListNeededOrEmptyIfJustDeclared("c2.possiblyEmpty1");
c2.EmptyObjectsListNeeded("c2.empty1");
c2.ObjectsListNeeded("c1.object1");
gd::EventsCodeGenerationContext c3;
c3.InheritsAsAsyncCallbackFrom(c2);
c3.ObjectsListNeeded("c3.object1");
c3.ObjectsListNeededOrEmptyIfJustDeclared("c3.possiblyEmpty1");
c3.EmptyObjectsListNeeded("c3.empty1");
c3.ObjectsListNeeded("c1.object1");
gd::EventsCodeGenerationContext c4;
c4.InheritsFrom(c3);
c4.ObjectsListNeeded("c4.object1");
c4.ObjectsListNeededOrEmptyIfJustDeclared("c4.possiblyEmpty1");
c4.EmptyObjectsListNeeded("c4.empty1");
c4.ObjectsListNeeded("c1.object1");
c4.ObjectsListNeeded("c1.object2");
gd::EventsCodeGenerationContext c5;
c5.InheritsFrom(c4);
c5.ObjectsListNeeded("c5.object1");
c5.ObjectsListNeededOrEmptyIfJustDeclared("c5.possiblyEmpty1");
c5.EmptyObjectsListNeeded("c5.empty1");
c5.ObjectsListNeeded("c1.object1");
c5.ObjectsListNeeded("c1.object2");
REQUIRE(c1.ShouldUseAsyncObjectsList("c1.object1") == false);
REQUIRE(c1.ShouldUseAsyncObjectsList("c1.possiblyEmpty1") == false);
REQUIRE(c1.ShouldUseAsyncObjectsList("c1.empty1") == false);
// Objects declared in async callback are used traditionally:
REQUIRE(c2.ShouldUseAsyncObjectsList("c2.object1") == false);
REQUIRE(c2.ShouldUseAsyncObjectsList("c2.possiblyEmpty1") == false);
REQUIRE(c2.ShouldUseAsyncObjectsList("c2.empty1") == false);
// Objects declared in c1 are gotten from the async list in c2 and c3
// because these contexts use them and are async.
REQUIRE(c2.ShouldUseAsyncObjectsList("c1.object1") == true);
REQUIRE(c3.ShouldUseAsyncObjectsList("c1.object1") == true);
REQUIRE(c4.ShouldUseAsyncObjectsList("c1.object1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c1.object1") == false);
// Objects declared in c1 are gotten from the async list in c4
// because c3 is async (but is not using them)
REQUIRE(c4.ShouldUseAsyncObjectsList("c1.object2") == true);
// Objects declared in c1 but gotten from the async list in c4
// is used traditionnally:
REQUIRE(c5.ShouldUseAsyncObjectsList("c1.object2") == false);
// Objects declared in or after c3 are used traditionally:
REQUIRE(c3.ShouldUseAsyncObjectsList("c3.object1") == false);
REQUIRE(c4.ShouldUseAsyncObjectsList("c3.object1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c3.object1") == false);
REQUIRE(c3.ShouldUseAsyncObjectsList("c3.possiblyEmpty1") == false);
REQUIRE(c4.ShouldUseAsyncObjectsList("c3.possiblyEmpty1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c3.possiblyEmpty1") == false);
REQUIRE(c3.ShouldUseAsyncObjectsList("c3.empty1") == false);
REQUIRE(c4.ShouldUseAsyncObjectsList("c3.empty1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c3.empty1") == false);
REQUIRE(c4.ShouldUseAsyncObjectsList("c4.object1") == false);
REQUIRE(c4.ShouldUseAsyncObjectsList("c4.possiblyEmpty1") == false);
REQUIRE(c4.ShouldUseAsyncObjectsList("c4.empty1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c4.object1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c4.possiblyEmpty1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c4.empty1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c5.object1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c5.possiblyEmpty1") == false);
REQUIRE(c5.ShouldUseAsyncObjectsList("c5.empty1") == false);
}
}
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