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GoakeFlax/Source/Game/MyScript.cpp
Ari Vuollet 3cfb7d319b wip 2
2025-12-21 17:46:25 +02:00

633 lines
25 KiB
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#include "MyScript.h"
#include "Engine/Content/Content.h"
#include "Engine/Level/Actor.h"
#include "Engine/Core/Log.h"
#include "Engine/Renderer/RenderList.h"
#include "Engine/Scripting/ManagedCLR/MUtils.h"
#include "Engine/Scripting/ManagedCLR/MCore.h"
#include "Engine/Scripting/ManagedCLR/MClass.h"
#include "Engine/Scripting/ManagedCLR/MEvent.h"
#include "Engine/Scripting/ManagedCLR/MMethod.h"
#include "Engine/Level/Scene/Scene.h"
#include "Engine/Core/Collections/Sorting.h"
#include "Engine/Render2D/FontAsset.h"
#define NEW_VERSION 1
#if BUILD_DEBUG
#define LONGER 3
#define CHUNK_TIMES 100
#else
#define LONGER 10*10
#define CHUNK_TIMES 1000
#endif
#define TIMES (10000*LONGER)
#define TIMES2 (1000*LONGER)
#define TIMES3 (100*LONGER)
#define TIMES4 (10*LONGER)
#define TIMES5 (1*LONGER)
#define TIMES_ONCE 1
MyScript2::MyScript2(const SpawnParams& params)
: Script(params)
{
// _tickUpdate = true;
}
MyScript::MyScript(const SpawnParams& params)
: Script(params)
{
// _tickUpdate = true;
}
#define BENCHMARK_CALL_ARGS0(REPEAT, FUNC) \
{ \
LOG(Info, #FUNC); \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
scriptTwo->FUNC(); \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - VirtualCall: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes); \
}
#define BENCHMARK_CALL_ARGS1(REPEAT, FUNC, PARAM1) \
{ \
LOG(Info, #FUNC); \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
scriptTwo->FUNC(PARAM1); \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - VirtualCall: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes); \
}
#define BENCHMARK_CALL_ARGS1_REF(REPEAT, FUNC, PARAM1) \
{ \
LOG(Info, #FUNC); \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
{ \
auto _param1_orig_value = PARAM1; \
scriptTwo->FUNC(_param1_orig_value); \
} \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - VirtualCall: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes); \
}
#define BENCHMARK_CALL_ARGS5(REPEAT, FUNC, PARAM1, PARAM2, PARAM3, PARAM4, PARAM5) \
{ \
LOG(Info, #FUNC); \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
scriptTwo->FUNC(PARAM1, PARAM2, PARAM3, PARAM4, PARAM5); \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - VirtualCall: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes); \
}
#define BENCHMARK_THUNK_BEGIN_ARGS0(REPEAT, FUNC) \
{ \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
typedef void (*Thunk)(void* instance, MObject** exception); \
const auto thunk = (Thunk)scriptTwo->GetClass()->GetMethod(#FUNC, 0)->GetThunk(); \
const auto instance = scriptTwo->GetOrCreateManagedInstance(); \
MObject* exception = nullptr;
#define BENCHMARK_THUNK_CALL_ARGS0() \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
thunk(instance, &exception); \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - InvokeThunkOnly: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes);
#define BENCHMARK_THUNK_BEGIN_ARGS1(REPEAT, FUNC) \
{ \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
typedef void (*Thunk)(void* instance, void*, MObject** exception); \
const auto thunk = (Thunk)scriptTwo->GetClass()->GetMethod(#FUNC, 1)->GetThunk(); \
const auto instance = scriptTwo->GetOrCreateManagedInstance(); \
MObject* exception = nullptr; \
void* params[1];
#define BENCHMARK_THUNK_CALL_ARGS1() \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
thunk(instance, params[0], &exception); \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - InvokeThunkOnly: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes);
#define BENCHMARK_THUNK_CALL_ARGS1_REF(FUN) \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
{ \
thunk(instance, params[0], &exception); \
FUN \
} \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - InvokeThunkOnly: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes);
#define BENCHMARK_THUNK_BEGIN_ARGS5(REPEAT, FUNC) \
{ \
const auto times = REPEAT; \
const auto chunkTimes = CHUNK_TIMES; \
typedef void (*Thunk)(void* instance, void*, void*, void*, void*, void*, MObject** exception); \
const auto thunk = (Thunk)scriptTwo->GetClass()->GetMethod(#FUNC, 5)->GetThunk(); \
const auto instance = scriptTwo->GetOrCreateManagedInstance(); \
MObject* exception = nullptr; \
void* params[5];
#define BENCHMARK_THUNK_CALL_ARGS5() \
const auto freq = Platform::GetClockFrequency(); \
results.Clear(); \
auto start2 = Platform::GetTimeCycles(); \
for (int i = 0; i < times; ++i) \
{ \
auto start = Platform::GetTimeCycles(); \
for (int j = 0; j < chunkTimes; ++j) \
thunk(instance, params[0], params[1], params[2], params[3], params[4], &exception); \
auto end = Platform::GetTimeCycles(); \
auto elapsed = end - start; \
results.Add(elapsed); \
} \
auto end2 = Platform::GetTimeCycles(); \
auto elapsed2 = end2 - start2; \
Sorting::MergeSort(results); \
const auto resultsIndex = 0; \
LOG(Info, " - InvokeThunkOnly: {:.1f}ns ({:.0f}ms total {} times)", (results[resultsIndex] * (1.0 / static_cast<double>(freq)) * 1000000000 / chunkTimes), (elapsed2 * (1.0 / static_cast<double>(freq)) * 1000), times*chunkTimes);
#define BENCHMARK_THUNK_END() \
}
#define COVERAGE_CALL_ARGS2(FUNC, PARAM1, PARAM2) \
{ \
LOG(Info, #FUNC); \
scriptTwo->FUNC(PARAM1, PARAM2); \
}
#define COVERAGE_CALL_ARGS3(FUNC, PARAM1, PARAM2, PARAM3) \
{ \
LOG(Info, #FUNC); \
scriptTwo->FUNC(PARAM1, PARAM2, PARAM3); \
}
#define COVERAGE_CALL_ARGS4(FUNC, PARAM1, PARAM2, PARAM3, PARAM4) \
{ \
LOG(Info, #FUNC); \
scriptTwo->FUNC(PARAM1, PARAM2, PARAM3, PARAM4); \
}
#define COVERAGE_CALL_ARGS5(FUNC, PARAM1, PARAM2, PARAM3, PARAM4, PARAM5) \
{ \
LOG(Info, #FUNC); \
scriptTwo->FUNC(PARAM1, PARAM2, PARAM3, PARAM4, PARAM5); \
}
#define COVERAGE_CALL_ARGS6(FUNC, PARAM1, PARAM2, PARAM3, PARAM4, PARAM5, PARAM6) \
{ \
LOG(Info, #FUNC); \
scriptTwo->FUNC(PARAM1, PARAM2, PARAM3, PARAM4, PARAM5, PARAM6); \
}
void MyScript::OnStart()
{
LOG(Info, "C++ OnStart");
MyScript2* scriptTwo = (MyScript2*)GetActor()->GetScript(1);
if (scriptTwo == nullptr)
return;
bool coverageTests = false;
bool otherTests = true;
bool arrayTests = true;
bool asRefTests = true;
Array<uint64> results(TIMES);
auto CyclesToSeconds = 1.0 / static_cast<double>(Platform::GetClockFrequency());
LOG(Info, "CyclesToSeconds: {}, freq: {}", CyclesToSeconds, Platform::GetClockFrequency());
String shortString = TEXT("Testing string parameter marshalling");
StringAnsi shortStringAnsi = "Testing string parameter marshalling";
Actor* actor = GetActor();
SceneReference sceneRef; sceneRef.ID = actor->GetScene()->GetID();
BehaviorUpdateContext behaviorUpdateContext = {};
RenderContext renderContext = MainRenderTask::Instance;
renderContext.List = RenderList::GetFromPool();
Array<int> simpleArray; for (int i=0; i<10; i++) simpleArray.Add(i);
Array<Actor*> actorArray; for (int i=0; i<10; i++) actorArray.Add(actor);
TestStruct testStruct; testStruct.Object = actor; testStruct.SceneRef = sceneRef;
Array<TestStruct> complexArray; for (int i=0; i<10; i++) complexArray.Add(testStruct);
// Coverage
if (coverageTests)
{
int32 integer = 1;
bool boolean = true;
Float3 f3(1.0f, 2.0f, 3.0f);
Guid fontAssetGuid; Guid::Parse("ab96b25a49461d9f4f819484cf5c8213", fontAssetGuid);
FontAsset* fontAsset = Content::LoadAsync<FontAsset>(fontAssetGuid);
NetworkChannelType networkChannelType = NetworkChannelType::Reliable;
OnlineLeaderboardSortModes onlineLeaderboardSortModes = OnlineLeaderboardSortModes::Ascending;
OnlineLeaderboardValueFormats onlineLeaderboardValueFormats = OnlineLeaderboardValueFormats::Numeric;
AssetReference<FontAsset> fontAssetRef(fontAsset);
ModelLOD* lod = nullptr;
Array<int32> ints(&integer, 1);
Array<bool> booleans(&boolean, 1);
Array<Actor*> actors(&actor, 1);
Array<String> strings(&shortString, 1);
Array<StringAnsi> ansiStrings(&shortStringAnsi, 1);
Array<Float3> float3s(&f3, 1);
Array<ModelLOD*> lods(&lod, 1);
COVERAGE_CALL_ARGS6(CoverageTest1, integer, boolean, actor, shortString, shortStringAnsi, f3);
COVERAGE_CALL_ARGS6(CoverageTest1Array, ints, booleans, actors, strings, ansiStrings, float3s);
COVERAGE_CALL_ARGS5(CoverageTest1ByRef, integer, boolean/*, actor*/, shortString, shortStringAnsi, f3);
COVERAGE_CALL_ARGS5(CoverageTest1ArrayByRef, ints, booleans/*, actors*/, strings, ansiStrings, float3s);
COVERAGE_CALL_ARGS4(CoverageTest2, fontAssetGuid, fontAssetRef, Array<Guid>(&fontAssetGuid, 1), Array<AssetReference<FontAsset>>(&fontAssetRef, 1));
COVERAGE_CALL_ARGS2(CoverageTest3, lod, lods);
COVERAGE_CALL_ARGS6(CoverageNamespaces1, networkChannelType, Array<NetworkChannelType>(&networkChannelType, 1), onlineLeaderboardSortModes, Array<OnlineLeaderboardSortModes>(&onlineLeaderboardSortModes, 1), onlineLeaderboardValueFormats, Array<OnlineLeaderboardValueFormats>(&onlineLeaderboardValueFormats, 1));
scriptTwo->ManagedCoverageTests();
}
#if NEW_VERSION
int64 allocationsBefore, deallocationsBefore;
scriptTwo->GetStats(allocationsBefore, deallocationsBefore);
#endif
if (otherTests)
{
BENCHMARK_CALL_ARGS0(TIMES2, SimpleCall);
BENCHMARK_THUNK_BEGIN_ARGS0(TIMES2, SimpleCall);
BENCHMARK_THUNK_CALL_ARGS0();
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS5(TIMES4, SimpleParams, 1, 2, '3', 4, 5);
BENCHMARK_THUNK_BEGIN_ARGS5(TIMES3, SimpleParams);
params[0] = MUtils::Box<int>(1, MCore::TypeCache::Int32);
params[1] = MUtils::Box<float>(2, MCore::TypeCache::Single);
params[2] = MUtils::Box<char>('3', MCore::TypeCache::SByte);
params[3] = MUtils::Box<double>(4, MCore::TypeCache::Double);
params[4] = MUtils::Box<long>(5, MCore::TypeCache::Int64);
BENCHMARK_THUNK_CALL_ARGS5();
#if NEW_VERSION
auto __param0_handle = *(MGCHandle*)&params[0];
MCore::GCHandle::Free(__param0_handle);
auto __param1_handle = *(MGCHandle*)&params[1];
MCore::GCHandle::Free(__param1_handle);
auto __param2_handle = *(MGCHandle*)&params[2];
MCore::GCHandle::Free(__param2_handle);
auto __param3_handle = *(MGCHandle*)&params[3];
MCore::GCHandle::Free(__param3_handle);
auto __param4_handle = *(MGCHandle*)&params[4];
MCore::GCHandle::Free(__param4_handle);
#endif
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES3, StringParamAnsi, shortStringAnsi);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES2, StringParamAnsi);
params[0] = MUtils::Box<StringAnsi>(shortStringAnsi, MCore::TypeCache::String);
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<StringAnsi>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES3, StringParam, shortString);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES2, StringParam);
params[0] = MUtils::Box<String>(shortString, MCore::TypeCache::String);
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<String>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES3, StringParamRef, shortString);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES2, StringParamRef);
params[0] = MUtils::Box<String>(shortString, MCore::TypeCache::String);
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<String>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES3, StringParamRefConst, shortString);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES2, StringParamRefConst);
params[0] = MUtils::Box<String>(shortString, MCore::TypeCache::String);
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<String>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (asRefTests)
{
String str = shortString;
BENCHMARK_CALL_ARGS1_REF(TIMES3, StringParamAsRef, str);
LOG(Info, " - InvokeThunkOnly: not valid");
/* str = shortString;
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, StringParamAsRef);
#if NEW_VERSION
auto __param_orig_str = MUtils::Box<String>(str, MCore::TypeCache::String);
auto __param_str = __param_orig_str;
params[0] = &__param_str;
#else
auto __param_str = MUtils::Box<String>(str, MCore::TypeCache::String);
params[0] = &__param_str;
#endif
BENCHMARK_THUNK_CALL_ARGS1_REF({ params[0] = &__param_str; });
str = MUtils::Unbox<String>(*(MObject**)params[0]);
ASSERT(str == shortString);
#if NEW_VERSION
MUtils::FreeManaged<String>((MObject*)__param_str);
if (__param_orig_str != __param_str)
MUtils::FreeManaged<String>((MObject*)__param_orig_str);
#endif
BENCHMARK_THUNK_END();*/
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES2, ActorParam, actor);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES2, ActorParam);
params[0] = ScriptingObject::ToManaged((ScriptingObject*)actor);
BENCHMARK_THUNK_CALL_ARGS1();
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES3, ComplexParam, behaviorUpdateContext);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES2, ComplexParam);
params[0] = MUtils::Box<BehaviorUpdateContext>(behaviorUpdateContext, BehaviorUpdateContext::TypeInitializer.GetClass());
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<BehaviorUpdateContext>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES4, Complex2Param, renderContext);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, Complex2Param);
params[0] = MUtils::Box<RenderContext>(renderContext, RenderContext::TypeInitializer.GetClass());
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<RenderContext>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (otherTests)
{
BENCHMARK_CALL_ARGS1(TIMES4, Complex2ParamConst, renderContext);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, Complex2ParamConst);
params[0] = MUtils::Box<RenderContext>(renderContext, RenderContext::TypeInitializer.GetClass());
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManaged<RenderContext>((MObject*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (asRefTests)
{
RenderContext context = renderContext;
BENCHMARK_CALL_ARGS1_REF(TIMES4, Complex2ParamAsRef, context);
LOG(Info, " - InvokeThunkOnly: not valid");
/* context = renderContext;
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, Complex2ParamAsRef);
#if NEW_VERSION
auto __param_orig_context = MUtils::Box<RenderContext>(context, RenderContext::TypeInitializer.GetClass());
auto __param_context = __param_orig_context;
params[0] = &__param_context;
#else
auto __param_context = MUtils::Box<RenderContext>(context, RenderContext::TypeInitializer.GetClass());
params[0] = &__param_context;
#endif
BENCHMARK_THUNK_CALL_ARGS1_REF({ if (__param_orig_context != __param_context) MUtils::FreeManaged<RenderContext>((MObject*)__param_orig_context); params[0] = &__param_context; });
context = MUtils::Unbox<RenderContext>(*(MObject**)params[0]);
ASSERT(context.Buffers == renderContext.Buffers);
ASSERT(context.Task == renderContext.Task);
#if NEW_VERSION
context = MUtils::Unbox<RenderContext>(*(MObject**)params[0]);
MUtils::FreeManaged<RenderContext>((MObject*)__param_context);
if (__param_orig_context != __param_context)
MUtils::FreeManaged<RenderContext>((MObject*)__param_orig_context);
#endif
BENCHMARK_THUNK_END();*/
}
if (arrayTests)
{
BENCHMARK_CALL_ARGS1(TIMES4, SimpleArrayParam, simpleArray);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, SimpleArrayParam);
params[0] = MUtils::ToArray(simpleArray, MCore::TypeCache::Int32);
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManagedArray<int>((MArray*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (arrayTests && asRefTests)
{
Array<int> arr = simpleArray;
BENCHMARK_CALL_ARGS1_REF(TIMES4, SimpleArrayParamAsRef, simpleArray);
LOG(Info, " - InvokeThunkOnly: not valid");
/* arr = simpleArray;
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, SimpleArrayParamAsRef);
#if NEW_VERSION
auto __param_orig_arr = MUtils::ToArray(arr, MCore::TypeCache::Int32);
auto __param_arr = __param_orig_arr;
params[0] = &__param_arr;
#else
auto __param_arr = MUtils::ToArray(arr, MCore::TypeCache::Int32);
params[0] = &__param_arr;
#endif
BENCHMARK_THUNK_CALL_ARGS1();
arr = MUtils::Unbox<Array<int>>(*(MObject**)params[0]);
ASSERT(arr.Count() == simpleArray.Count());
for (int i=0; i<arr.Count(); i++) ASSERT(arr[i] == simpleArray[i]);
#if NEW_VERSION
MUtils::FreeManagedArray<int>(__param_arr); //fgfgh3
if (__param_orig_arr != __param_arr)
MUtils::FreeManagedArray<int>(__param_orig_arr); //fgfgh4
#endif
BENCHMARK_THUNK_END();*/
}
if (arrayTests)
{
BENCHMARK_CALL_ARGS1(TIMES4, ActorArrayParam, actorArray);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, ActorArrayParam);
params[0] = MUtils::ToArray(actorArray, Actor::TypeInitializer.GetClass());
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManagedArray<Actor*>((MArray*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (arrayTests)
{
BENCHMARK_CALL_ARGS1(TIMES4, ComplexArrayParam, complexArray);
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES3, ComplexArrayParam);
params[0] = MUtils::ToArray(complexArray, TestStruct::TypeInitializer.GetClass());
BENCHMARK_THUNK_CALL_ARGS1();
#if NEW_VERSION
MUtils::FreeManagedArray<TestStruct>((MArray*)params[0]);
#endif
BENCHMARK_THUNK_END();
}
if (arrayTests && asRefTests)
{
Array<TestStruct> arr = complexArray;
BENCHMARK_CALL_ARGS1_REF(TIMES4, ComplexArrayParamAsRef, arr);
LOG(Info, " - InvokeThunkOnly: not valid");
/* arr = complexArray;
BENCHMARK_THUNK_BEGIN_ARGS1(TIMES4, ComplexArrayParamAsRef);
#if NEW_VERSION
auto __param_orig_arr = MUtils::ToArray(arr, TestStruct::TypeInitializer.GetClass());
auto __param_arr = __param_orig_arr;
params[0] = &__param_arr;
#else
auto __param_arr = MUtils::ToArray(arr, TestStruct::TypeInitializer.GetClass());
params[0] = &__param_arr;
#endif
BENCHMARK_THUNK_CALL_ARGS1();
arr = MUtils::Unbox<Array<TestStruct>>(*(MObject**)params[0]);
ASSERT(arr.Count() == complexArray.Count());
for (int i = 0; i < arr.Count(); i++) ASSERT(arr[i] == complexArray[i]);
#if NEW_VERSION
MUtils::FreeManagedArray<TestStruct>(__param_arr);
if (__param_orig_arr != __param_arr)
MUtils::FreeManagedArray<TestStruct>(__param_orig_arr);
#endif
BENCHMARK_THUNK_END();*/
}
#if NEW_VERSION
int64 allocationsAfter, deallocationsAfter;
scriptTwo->GetStats(allocationsAfter, deallocationsAfter);
int64 allocationsDiff = allocationsAfter-allocationsBefore;
int64 deallocationsDiff = deallocationsAfter-deallocationsBefore;
int64 leftover = allocationsDiff - deallocationsDiff;
LOG(Info, "Total ManagedHandle allocations: {}, deallocations: {}, leftover: {}", allocationsDiff, deallocationsDiff, leftover);
#endif
}
void MyScript::OnEnable()
{
//LOG(Info, "C++ OnEnable");
}
void MyScript::OnDisable()
{
LOG(Info, "running garbage collector");
MCore::GC::Collect(MCore::GC::MaxGeneration(), MGCCollectionMode::Aggressive, true, true);
MCore::GC::WaitForPendingFinalizers();
}
void MyScript::OnUpdate()
{
}
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