mirror of
https://github.com/Heretek-AI/GDevelop.git
synced 2026-07-21 09:35:27 -04:00
Florian Rival
a51c223c9c
* Still to do:
* Properly handle effects (disable 3D effects) for layers
* Handle hot reloading properly
* Avoid duplicating the configuration of the custom object inside each object created from it. Instead, only store the modified values.
* Add a "Extract as a custom object ("prefab")" when selecting instances in a scene.
* Add a dialog to give choice between 2D or 3D object when creating one.
* Make sure "behavior shared data" are properly handled (physics, pathfinding...)
* Check if we need to give an expression to translate coordinates from the parent to the local custom object.
* Ensure a deleted custom object does not break the editor
Co-authored-by: Davy Hélard <davy.helard@gmail.com>
129 lines
5.5 KiB
C++
129 lines
5.5 KiB
C++
/*
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* GDevelop Core
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* Copyright 2008-2016 Florian Rival (Florian.Rival@gmail.com). All rights
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* reserved. This project is released under the MIT License.
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*/
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#include <chrono>
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#include <numeric>
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#include "DummyPlatform.h"
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#include "GDCore/Events/Parsers/ExpressionParser2.h"
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#include "GDCore/Extensions/Platform.h"
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#include "GDCore/Extensions/PlatformExtension.h"
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#include "GDCore/IDE/Events/ExpressionValidator.h"
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#include "GDCore/Project/Layout.h"
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#include "GDCore/Project/Project.h"
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#include "GDCore/Project/ProjectScopedContainers.h"
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#include "catch.hpp"
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TEST_CASE("ExpressionParser2 - Benchmarks", "[common][events]") {
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gd::Project project;
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gd::Platform platform;
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SetupProjectWithDummyPlatform(project, platform);
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auto &layout1 = project.InsertNewLayout("Layout1", 0);
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layout1.GetObjects().InsertNewObject(project, "MyExtension::Sprite",
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"MySpriteObject", 0);
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auto projectScopedContainers = gd::ProjectScopedContainers::MakeNewProjectScopedContainersForProjectAndLayout(project, layout1);
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gd::ExpressionParser2 parser;
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auto parseExpression = [&parser, &platform, &projectScopedContainers](const gd::String &expression) {
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auto parseExpressionWithType = [&parser, &platform, &projectScopedContainers,
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&expression](const gd::String &type) {
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auto node = parser.ParseExpression(expression);
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REQUIRE(node != nullptr);
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gd::ExpressionValidator validator(platform, projectScopedContainers, type);
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node->Visit(validator);
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};
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parseExpressionWithType("number");
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parseExpressionWithType("string");
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parseExpressionWithType("scenevar");
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parseExpressionWithType("globalvar");
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parseExpressionWithType("objectvar");
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parseExpressionWithType("object");
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parseExpressionWithType("objectPtr");
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parseExpressionWithType("unknown");
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};
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auto doBenchmark = [](const gd::String &benchmarkName,
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const size_t runsCount,
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std::function<void()> func) {
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std::vector<long long> timesInMicroseconds;
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for (size_t i = 0; i < runsCount; i++) {
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auto start = std::chrono::steady_clock::now();
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func();
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auto end = std::chrono::steady_clock::now();
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timesInMicroseconds.push_back(
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std::chrono::duration_cast<std::chrono::microseconds>(end - start)
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.count());
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}
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std::cout << benchmarkName << " benchmark (" << runsCount << " runs): "
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<< (float)std::accumulate(timesInMicroseconds.begin(),
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timesInMicroseconds.end(),
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0) /
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(float)runsCount
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<< " microseconds" << std::endl;
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};
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SECTION("Parse long expression") {
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doBenchmark("Parse long expression", 10, [&]() {
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REQUIRE_NOTHROW(parseExpression(
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+"
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"MySpriteObject.X()+MySpriteObject.X()/"
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"cos(3.123456789)+MySpriteObject.X()+0"));
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});
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}
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SECTION("Parse long expression") {
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doBenchmark("Long identifier", 100, [&]() {
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REQUIRE_NOTHROW(parseExpression(
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"MyLoooooongIdentifierThatNeverStoooooopsAndContinueAgainAndAgainAndA"
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"gainAndAgainAndAgainAndAgainAndAgainAndAgainAndAgainAndAgainAndAgain"
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"AndAgainAndAgainAndAgainAndAgainAndAgainAndAgainAndAgain"));
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});
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}
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}
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