daScript/modules/dasUnitTest/test_handles.cpp at master · WhyNot135/daScript · GitHub

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#include "daScript/misc/platform.h"

#include "unitTest.h"

#include "module_unitTest.h"

#include "daScript/simulate/simulate_visit_op.h"

#include "daScript/ast/ast_policy_types.h"

int32_t TestObjectSmart::total = 0;

//sample of your-engine-float3-type to be aliased as float3 in daslang.

template<> struct das::cast <Point3> : cast_fVec<Point3> {};

namespace das {

template <>

struct typeFactory<Point3> {

static TypeDeclPtr make(const ModuleLibrary &) {

auto t = new TypeDecl(Type::tFloat3);

t->alias = "Point3";

t->aotAlias = true;

return t;

}

};

template <> struct typeName<Point3> { constexpr static const char * name() { return "Point3"; } };

}

DAS_BASE_BIND_ENUM_98(SomeEnum_16, SomeEnum_16, SomeEnum_16_zero, SomeEnum_16_one, SomeEnum_16_two)

DAS_BASE_BIND_ENUM_98(OpCode, OpCode, op_nop, op_mov_a_arg, op_mov_arg_b, op_dec_a, op_cmple_a_low_zx, op_cjmp, op_mov_c_a, op_mov_a_low_zx, op_mov_b_low_zx, op_xchange_a_b, op_add_b_a, op_loop, op_return_b)

//sample of your engine annotated struct

MAKE_TYPE_FACTORY(TestObjectSmart,TestObjectSmart)

MAKE_TYPE_FACTORY(TestObjectFoo,TestObjectFoo)

MAKE_TYPE_FACTORY(TestObjectBar, TestObjectBar)

MAKE_TYPE_FACTORY(TestObjectNotLocal, TestObjectNotLocal)

MAKE_TYPE_FACTORY(TestObjectNotNullPtr, TestObjectNotNullPtr)

MAKE_TYPE_FACTORY(FancyClass, FancyClass)

MAKE_TYPE_FACTORY(SomeDummyType, SomeDummyType)

MAKE_TYPE_FACTORY(Point3Array, Point3Array)

MAKE_TYPE_FACTORY(ByteCode, ByteCode)

namespace das {

template <>

struct typeFactory<SampleVariant> {

static TypeDeclPtr make(const ModuleLibrary & library ) {

auto vtype = new TypeDecl(Type::tVariant);

vtype->alias = "SampleVariant";

vtype->aotAlias = true;

vtype->addVariant("i_value", typeFactory<decltype(SampleVariant::i_value)>::make(library));

vtype->addVariant("f_value", typeFactory<decltype(SampleVariant::f_value)>::make(library));

vtype->addVariant("s_value", typeFactory<decltype(SampleVariant::s_value)>::make(library));

// optional validation

DAS_ASSERT(sizeof(SampleVariant) == vtype->getSizeOf());

DAS_ASSERT(alignof(SampleVariant) == vtype->getAlignOf());

DAS_ASSERT(offsetof(SampleVariant, i_value) == vtype->getVariantFieldOffset(0));

DAS_ASSERT(offsetof(SampleVariant, f_value) == vtype->getVariantFieldOffset(1));

DAS_ASSERT(offsetof(SampleVariant, s_value) == vtype->getVariantFieldOffset(2));

return vtype;

}

};

struct TestObjectNotLocalAnnotation : ManagedStructureAnnotation <TestObjectNotLocal> {

TestObjectNotLocalAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("TestObjectNotLocal", ml) {

addField<DAS_BIND_MANAGED_FIELD(fooData)>("fooData");

}

virtual bool isLocal() const { return false; } // this is here so that the class is not local

virtual bool canBePlacedInContainer() const { return false; } // this can't be in the container either

};

struct TestObjectNotNullPtrAnnotation : ManagedStructureAnnotation <TestObjectNotNullPtr> {

TestObjectNotNullPtrAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("TestObjectNotNullPtr", ml) {

addField<DAS_BIND_MANAGED_FIELD(fooData)>("fooData");

}

virtual bool avoidNullPtr() const override { return true; } // obvious null-ptr-ing this object is an error

};

struct TestObjectSmartAnnotation : ManagedStructureAnnotation <TestObjectSmart> {

TestObjectSmartAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("TestObjectSmart", ml) {

addField<DAS_BIND_MANAGED_FIELD(fooData)>("fooData");

}

void init() {

// this needs to be separate

// reason: recursive type

addField<DAS_BIND_MANAGED_FIELD(first)>("first");

}

};

struct TestObjectFooAnnotation : ManagedStructureAnnotation <TestObjectFoo> {

TestObjectFooAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("TestObjectFoo", ml) {

addField<DAS_BIND_MANAGED_FIELD(hit)>("hit");

addField<DAS_BIND_MANAGED_FIELD(lookAt)>("lookAt");

addField<DAS_BIND_MANAGED_FIELD(fooData)>("fooData");

addField<DAS_BIND_MANAGED_FIELD(e16)>("e16");

addProperty<DAS_BIND_MANAGED_PROP(propAdd13)>("propAdd13");

addProperty<DAS_BIND_MANAGED_PROP(hitPos)>("hitPos");

addProperty<DAS_BIND_MANAGED_PROP(hitPosRef)>("hitPosRef");

addPropertyExtConst<

bool (TestObjectFoo::*)(), &TestObjectFoo::isReadOnly,

bool (TestObjectFoo::*)() const, &TestObjectFoo::isReadOnly

>("isReadOnly","isReadOnly");

addField<DAS_BIND_MANAGED_FIELD(fooArray)>("fooArray");

addProperty<DAS_BIND_MANAGED_PROP(getWordFoo)>("wordFoo","getWordFoo");

}

void init() {

addField<DAS_BIND_MANAGED_FIELD(foo_loop)>("foo_loop");

addPropertyExtConst<

TestObjectFoo * (TestObjectFoo::*)(), &TestObjectFoo::getLoop,

const TestObjectFoo * (TestObjectFoo::*)() const, &TestObjectFoo::getLoop

>("getLoop","getLoop");

}

};

struct TestObjectBarAnnotation : ManagedStructureAnnotation <TestObjectBar> {

TestObjectBarAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("TestObjectBar", ml) {

addField<DAS_BIND_MANAGED_FIELD(fooPtr)>("fooPtr");

addField<DAS_BIND_MANAGED_FIELD(barData)>("barData");

addFieldEx("simple_string", "simple_string", offsetof(TestObjectBar, simple_string), das::makeType<char *>(ml));

addProperty<DAS_BIND_MANAGED_PROP(getFoo)>("getFoo");

addProperty<DAS_BIND_MANAGED_PROP(getFooPtr)>("getFooPtr");

}

};

void testAdd ( int & a, int b ) {

a += b;

}

struct CheckRange : StructureAnnotation {

CheckRange() : StructureAnnotation("checkRange") {}

virtual bool touch(const StructurePtr & st, ModuleGroup &,

const AnnotationArgumentList & args, string & ) override {

// this is here for the 'example' purposes

// lets add a sample 'dummy' field

if (args.getBoolOption("dummy",false) && !st->findField("dummy")) {

st->fields.emplace_back("dummy", new TypeDecl(Type::tInt),

nullptr /*init*/, AnnotationArgumentList(), false /*move_to_init*/, LineInfo());

st->fieldLookup.clear();

}

return true;

}

virtual bool look ( const StructurePtr & st, ModuleGroup &,

const AnnotationArgumentList & args, string & err ) override {

bool ok = true;

if (!args.getBoolOption("disable", false)) {

for (auto & fd : st->fields) {

if (fd.type->isSimpleType(Type::tInt) && fd.annotation.size()) {

int32_t val = 0;

int32_t minVal = INT32_MIN;

int32_t maxVal = INT32_MAX;

if (fd.init && fd.init->rtti_isConstant()) {

val = static_cast<ExprConstInt*>(fd.init)->getValue();

}

if (auto minA = fd.annotation.find("min", Type::tInt)) {

minVal = minA->iValue;

}

if (auto maxA = fd.annotation.find("max", Type::tInt)) {

maxVal = maxA->iValue;

}

if (val<minVal || val>maxVal) {

err += fd.name + " out of annotated range [" + to_string(minVal) + ".." + to_string(maxVal) + "]\n";

ok = false;

}

return ok;

}

};

void test_das_string(const Block & block, Context * context, LineInfoArg * at) {

string str = "test_das_string";

string str2;

vec4f args[2];

args[0] = cast<void *>::from(&str);

args[1] = cast<void *>::from(&str2);

context->invoke(block, args, nullptr, at);

if (str != "out_of_it") context->throw_error_at(at, "test string mismatch");

if (str2 != "test_das_string") context->throw_error_at(at, "test string clone mismatch");

}

void testPipedDefaults(int32_t a, float b, const TBlock<void, int32_t, float> & blk, Context * context, LineInfoArg * at) {

das_invoke<void>::invoke(context, at, blk, a, b);

}

vec4f new_and_init ( Context & context, SimNode_CallBase * call, vec4f * ) {

TypeInfo * typeInfo = call->types[0];

if ( typeInfo->dim || typeInfo->type!=Type::tStructure ) {

context.throw_error_at(call->debugInfo, "invalid type");

return v_zero();

}

auto size = getTypeSize(typeInfo);

auto data = context.allocate(size, &call->debugInfo);

if ( typeInfo->structType && typeInfo->structType->init_mnh ) {

auto fn = context.fnByMangledName(typeInfo->structType->init_mnh);

context.callWithCopyOnReturn(fn, nullptr, data, 0);

} else {

memset(data, 0, size);

}

return cast<char *>::from(data);

}

int g_st = 0;

int *getPtr() {return &g_st;}

uint2 get_screen_dimensions() {return uint2{1280, 720};}

uint64_t CheckEid ( TestObjectFoo & foo, char * const name, Context * context, LineInfoArg * at ) {

if (!name) context->throw_error_at(at, "invalid id");

return hash_function(*context, name) + foo.fooData;

}

uint64_t CheckEidHint ( TestObjectFoo & foo, char * const name, uint64_t hashHint, Context * context, LineInfoArg * at ) {

if (!name) context->throw_error_at(at, "invalid id");

uint64_t hv = hash_function(*context, name) + foo.fooData;

if ( hv != hashHint ) context->throw_error_at(at, "invalid hash value");

return hashHint;

}

struct CheckEidFunctionAnnotation : TransformFunctionAnnotation {

CheckEidFunctionAnnotation() : TransformFunctionAnnotation("check_eid") { }

virtual ExpressionPtr transformCall ( ExprCallFunc * call, string & err ) override {

auto arg = call->arguments[1];

if ( arg->type && arg->type->isString() && arg->type->isConst() && arg->rtti_isConstant() ) {

auto starg = static_cast<ExprConstString*>(arg);

if (!starg->getValue().empty()) {

auto hv = hash_blockz64((uint8_t *)starg->text.c_str());

auto hconst = new ExprConstUInt64(arg->at, hv);

hconst->type = new TypeDecl(Type::tUInt64);

hconst->type->constant = true;

auto newCall = static_cast<ExprCallFunc*>(call->clone());

newCall->arguments.insert(newCall->arguments.begin() + 2, hconst);

return newCall;

} else {

err = "EID can't be an empty string";

}

return nullptr;

}

// note:

// the hints will appear only on the non-transformed function!!!

string aotArgumentPrefix(ExprCallFunc * /*call*/, int argIndex) override {

return "/*arg-" + to_string(argIndex) + "-prefix*/ ";

}

string aotArgumentSuffix(ExprCallFunc * /*call*/, int argIndex) override {

return " /*arg-" + to_string(argIndex) + "-suffix*/";

}

};

struct TestFunctionAnnotation : FunctionAnnotation {

TestFunctionAnnotation() : FunctionAnnotation("test_function") { }

virtual bool apply ( const FunctionPtr & fn, ModuleGroup &, const AnnotationArgumentList &, string & ) override {

TextPrinter tp;

tp << "test function: apply " << fn->describe() << "\n";

return true;

}

virtual bool finalize ( const FunctionPtr & fn, ModuleGroup &, const AnnotationArgumentList &, const AnnotationArgumentList &, string & ) override {

TextPrinter tp;

tp << "test function: finalize " << fn->describe() << "\n";

return true;

}

virtual bool apply ( ExprBlock * blk, ModuleGroup &, const AnnotationArgumentList &, string & ) override {

TextPrinter tp;

tp << "test function: apply to block at " << blk->at.describe() << "\n";

return true;

}

virtual bool finalize ( ExprBlock * blk, ModuleGroup &, const AnnotationArgumentList &, const AnnotationArgumentList &, string & ) override {

TextPrinter tp;

tp << "test function: finalize block at " << blk->at.describe() << "\n";

return true;

}

};

struct EventRegistrator : StructureAnnotation {

EventRegistrator() : StructureAnnotation("event") {}

bool touch ( const StructurePtr & st, ModuleGroup & /*libGroup*/,

const AnnotationArgumentList & /*args*/, string & /*err*/ ) override {

st->fields.emplace(st->fields.begin(), "eventFlags", new TypeDecl(Type::tUInt16),

ExpressionPtr(), AnnotationArgumentList(), false, st->at);

st->fields.emplace(st->fields.begin(), "eventSize", new TypeDecl(Type::tUInt16),

ExpressionPtr(), AnnotationArgumentList(), false, st->at);

st->fields.emplace(st->fields.begin(), "eventType", new TypeDecl(Type::tUInt64),

ExpressionPtr(), AnnotationArgumentList(), false, st->at);

return true;

}

bool look (const StructurePtr & /*st*/, ModuleGroup & /*libGroup*/,

const AnnotationArgumentList & /*args*/, string & /* err */ ) override {

return true;

}

};

#if defined(__APPLE__)

void builtin_printw(char * utf8string) {

fprintf(stdout, "%s", utf8string);

fflush(stdout);

}

#else

#include <iostream>

#include <codecvt>

#include <locale>

#if defined(_MSC_VER)

#include <fcntl.h>

#include <io.h>

#endif

void builtin_printw(char * utf8string) {

std::wstring_convert<std::codecvt_utf8<wchar_t>> utf8_conv;

auto outs = utf8_conv.from_bytes(utf8string);

#if defined(_MSC_VER)

_setmode(_fileno(stdout), _O_U8TEXT);

#else

std::wcout.sync_with_stdio(false);

std::wcout.imbue(std::locale("en_US.utf8"));

#endif

std::wcout << outs;

#if defined(_MSC_VER)

_setmode(_fileno(stdout), _O_TEXT);

#endif

}

#endif

bool tempArrayExample( const TArray<char *> & arr,

const TBlock<void, TTemporary<const TArray<char *>>> & blk, Context * context, LineInfoArg * at ) {

vec4f args[1];

args[0] = cast<void *>::from(&arr);

context->invoke(blk, args, nullptr, at);

return (arr.size == 1) && (strcmp(arr[0], "one") == 0);

}

void testPoint3Array(const TBlock<void,const Point3Array> & blk, Context * context, LineInfoArg * at) {

Point3Array arr;

for (int32_t x = 0; x != 10; ++x) {

Point3 p;

p.x = 1.0f;

p.y = 2.0f;

p.z = 3.0f;

arr.push_back(p);

}

vec4f args[1];

args[0] = cast<Point3Array *>::from(&arr);

context->invoke(blk, args, nullptr, at);

}

float2 test_abi_mad2 ( float2 a, float2 b, float2 c ) {

return v_add(v_mul(a,b),c);

}

float3 test_abi_mad3 ( float3 a, float3 b, float3 c ) {

return v_add(v_mul(a,b),c);

}

float4 test_abi_mad4 ( float4 a, float4 b, float4 c ) {

return v_add(v_mul(a,b),c);

}

Func test_abi_func ( Func a, Context * ctx ) {

bool found = false;

for ( int i=0; i!=ctx->getTotalFunctions(); ++i ) {

if ( ctx->getFunction(i)==a.PTR ) {

found = true;

break;

}

if ( !found ) ctx->throw_error("function not found");

return a;

}

TDim<int32_t,10> testCMRES ( Context * __context__ )

{

TDim<int32_t,10> __a_rename_at_7; das_zero(__a_rename_at_7);

{

bool __need_loop_8 = true;

// j : int& -const

das_iterator<TDim<int32_t,10>> __j_iterator(__a_rename_at_7);

int32_t * __j_rename_at_8;

__need_loop_8 = __j_iterator.first(__context__,(__j_rename_at_8)) && __need_loop_8;

for ( ; __need_loop_8 ; __need_loop_8 = __j_iterator.next(__context__,(__j_rename_at_8)) )

{

das_copy((*__j_rename_at_8),13);

}

__j_iterator.close(__context__,(__j_rename_at_8));

};

return das_auto_cast_ref<TDim<int32_t,10>>::cast(__a_rename_at_7);

}

void testFooArray(const TBlock<void,FooArray> & blk, Context * context, LineInfoArg * at) {

FooArray arr;

arr.reserve(16);

for (int32_t x = 0; x != 10; ++x) {

TestObjectFoo p;

p.fooData = x;

p.foo_loop = nullptr;

p.lookAt = nullptr;

arr.push_back(p);

}

vec4f args[1];

args[0] = cast<FooArray *>::from(&arr);

context->invoke(blk, args, nullptr, at);

}

void tableMojo ( TTable<char *,int> & in, const TBlock<void,TTable<char *,int>> & block, Context * context, LineInfoArg * at ) {

vec4f args[1];

args[0] = cast<Table *>::from(&in);

context->invoke(block, args, nullptr, at);

}

class Point3ArrayAnnotation : public ManagedVectorAnnotation<Point3Array> {

public:

Point3ArrayAnnotation(ModuleLibrary & lib)

: ManagedVectorAnnotation<Point3Array>("Point3Array",lib) {

}

virtual bool isIndexMutable ( const TypeDeclPtr & ) const override { return true; }

};

MAKE_TYPE_FACTORY(BigEntityId,BigEntityId);

struct BigEntityIdAnnotation final: das::ManagedValueAnnotation <BigEntityId> {

BigEntityIdAnnotation(ModuleLibrary & mlib) : ManagedValueAnnotation (mlib,"BigEntityId","BigEntityId") {}

virtual void walk ( das::DataWalker & walker, void * data ) override {

if ( !walker.reading ) {

const BigEntityId * t = (BigEntityId *) data;

auto value = int4(t->value[0], t->value[1], t->value[2], t->value[3]);

walker.Int4(value);

}

virtual bool isLocal() const override { return true; }

virtual bool hasNonTrivialCtor() const override { return false; }

virtual bool canBePlacedInContainer() const override { return true; }

};

MAKE_TYPE_FACTORY(EntityId,EntityId);

struct EntityIdAnnotation final: das::ManagedValueAnnotation <EntityId> {

EntityIdAnnotation(ModuleLibrary & mlib) : ManagedValueAnnotation (mlib,"EntityId","EntityId") {}

virtual void walk ( das::DataWalker & walker, void * data ) override {

if ( !walker.reading ) {

const EntityId * t = (EntityId *) data;

int32_t eidV = t->value;

walker.Int(eidV);

}

virtual bool isLocal() const override { return true; }

virtual bool hasNonTrivialCtor() const override { return false; }

virtual bool canBePlacedInContainer() const override { return true;}

};

void tempArrayAliasExample(const das::TArray<Point3> & arr,

const das::TBlock<void, das::TTemporary<const das::TArray<Point3>>> & blk,

das::Context * context, LineInfoArg * at) {

vec4f args[1];

args[0] = cast<void *>::from(&arr);

context->invoke(blk, args, nullptr, at);

}

struct FancyClassAnnotation : ManagedStructureAnnotation <FancyClass,true,true> {

FancyClassAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("FancyClass", ml) {

addField<DAS_BIND_MANAGED_FIELD(value)>("value");

}

virtual bool isLocal() const override { return true; } // this is here so that we can make local variable and init with special c-tor

virtual bool canBePlacedInContainer() const override { return true; } // this is here so that we can make array<FancyClass>

};

void test_abi_lambda_and_function ( Lambda lambda, Func fn, int32_t lambdaSize, Context * context, LineInfoArg * lineinfo ) {

das_invoke_function<void>::invoke(context, lineinfo, fn, lambdaSize);

das_invoke_lambda<void>::invoke(context, lineinfo, lambda, lambdaSize);

}

MAKE_TYPE_FACTORY(SceneNodeId,SceneNodeId);

struct SceneNodeIdAnnotation final: das::ManagedValueAnnotation <SceneNodeId> {

SceneNodeIdAnnotation(ModuleLibrary & mlib) : ManagedValueAnnotation (mlib,"SceneNodeId","SceneNodeId") {}

virtual void walk ( das::DataWalker & walker, void * data ) override {

if ( !walker.reading ) {

const SceneNodeId * t = (SceneNodeId *) data;

uint32_t eidV = t->id;

walker.UInt(eidV);

}

virtual bool isLocal() const override { return true; }

virtual bool hasNonTrivialCtor() const override { return false; }

virtual bool canBePlacedInContainer() const override { return true;}

};

SceneNodeId __create_scene_node() {

static uint32_t id = 1;

return SceneNodeId{id++};

}

struct ByteCodeAnnotation : ManagedStructureAnnotation <ByteCode> {

ByteCodeAnnotation(ModuleLibrary & ml) : ManagedStructureAnnotation ("ByteCode", ml) {

addField<DAS_BIND_MANAGED_FIELD(op_code)>("op_code");

addField<DAS_BIND_MANAGED_FIELD(high)>("high");

addField<DAS_BIND_MANAGED_FIELD(low)>("low");

}

};

// Escape-analysis test sinks. Bound like `hash` (interop over vec4f) so any typed pointer flows in

// with no cast. test_escape_pure is declared pure (the analysis may free the argument);

// test_escape_keep retains the pointer in a global and is declared modifyExternal (must NOT free).

static void * g_escape_test_retained = nullptr;

vec4f test_escape_pure ( Context &, SimNode_CallBase *, vec4f * ) {

return cast<int32_t>::from(0);

}

vec4f test_escape_keep ( Context &, SimNode_CallBase *, vec4f * args ) {

g_escape_test_retained = cast<void *>::to(args[0]);

return v_zero();

}

// reads the first int field of the last pointer handed to test_escape_keep; lets a .das soundness

// test confirm a retained (escaping) pointer was not wrongly freed and reused.

int32_t test_escape_retained_first_int () {

return g_escape_test_retained ? *(int32_t *)g_escape_test_retained : -1;

}

Module_UnitTest::Module_UnitTest() : Module("UnitTest") {

ModuleLibrary lib(this);

lib.addBuiltInModule();

addBuiltinDependency(lib, Module::require("math"));

addEnumTest(lib);

// options

options["unit_test"] = Type::tFloat;

// constant

addConstant(*this, "UNIT_TEST_CONSTANT", 0x12345678);

// structure annotations

addAnnotation(new CheckRange());

// dummy type example

addAnnotation(new DummyTypeAnnotation("SomeDummyType", "SomeDummyType", sizeof(SomeDummyType), alignof(SomeDummyType)));

// register types

addAnnotation(new TestObjectNotNullPtrAnnotation(lib));

addAnnotation(new TestObjectNotLocalAnnotation(lib));

auto fooann = new TestObjectFooAnnotation(lib);

addAnnotation(fooann);

initRecAnnotation(fooann,lib);

addAnnotation(new TestObjectBarAnnotation(lib));

// smart object recursive type

auto tosa = new TestObjectSmartAnnotation(lib);

addAnnotation(tosa);

initRecAnnotation(tosa, lib);

// events

addAnnotation(new EventRegistrator());

// test

addAnnotation(new TestFunctionAnnotation());

// point3 array

addAlias(typeFactory<Point3>::make(lib));

addVectorAnnotation<Point3Array>(this,lib,new Point3ArrayAnnotation(lib));

addCtorAndUsing<Point3Array>(*this, lib, "Point3Array", "Point3Array");

addExtern<DAS_BIND_FUN(testPoint3Array)>(*this, lib, "testPoint3Array",

SideEffects::modifyExternal, "testPoint3Array");

addExtern<DAS_BIND_FUN(testCMRES),SimNode_ExtFuncCallAndCopyOrMove>(*this, lib, "testCMRES",

SideEffects::modifyExternal, "testCMRES");

// abi tests. We use it in JIT.

addExtern<DAS_BIND_FUN(test_abi_mad2) >(*this,lib,"test_abi_mad",SideEffects::worstDefault,"test_abi_mad2")

->args({"a","b","c"});

addExtern<DAS_BIND_FUN(test_abi_mad3) >(*this,lib,"test_abi_mad",SideEffects::worstDefault,"test_abi_mad3")

->args({"a","b","c"});

addExtern<DAS_BIND_FUN(test_abi_mad4) >(*this,lib,"test_abi_mad",SideEffects::worstDefault,"test_abi_mad4")

->args({"a","b","c"});

addExtern<DAS_BIND_FUN(test_abi_func) >(*this,lib,"test_abi_func",SideEffects::worstDefault,"test_abi_func")

->args({"fn","context"});

// foo array

addExtern<DAS_BIND_FUN(testFooArray)>(*this, lib, "testFooArray",

SideEffects::modifyExternal, "testFooArray");

addExtern<DAS_BIND_FUN(set_foo_data)>(*this, lib, "set_foo_data",

das::SideEffects::modifyArgument, "set_foo_data");

// utf8 print

addExtern<DAS_BIND_FUN(builtin_printw)>(*this, lib, "printw",

SideEffects::modifyExternal, "builtin_printw");

// register function

addEquNeq<TestObjectFoo>(*this, lib);

addExtern<DAS_BIND_FUN(complex_bind)>(*this, lib, "complex_bind",

SideEffects::modifyExternal, "complex_bind");

addInterop<new_and_init,void *,vec4f>(*this, lib, "new_and_init",

SideEffects::none, "new_and_init");

addInterop<test_escape_pure,int32_t,vec4f>(*this, lib, "test_escape_pure",

SideEffects::none, "test_escape_pure")->arg("ptr");

addInterop<test_escape_keep,void,vec4f>(*this, lib, "test_escape_keep",

SideEffects::modifyExternal, "test_escape_keep")->arg("ptr");

addExtern<DAS_BIND_FUN(test_escape_retained_first_int)>(*this, lib, "test_escape_retained_first_int",

SideEffects::modifyExternal, "test_escape_retained_first_int");

addExtern<DAS_BIND_FUN(get_screen_dimensions)>(*this, lib, "get_screen_dimensions",

SideEffects::none, "get_screen_dimensions");

addExtern<DAS_BIND_FUN(test_das_string)>(*this, lib, "test_das_string",

SideEffects::modifyExternal, "test_das_string");

addExtern<DAS_BIND_FUN(testPipedDefaults)>(*this, lib, "testPipedDefaults",

SideEffects::invoke, "testPipedDefaults")

->args({"a","b","blk","context","at"})

->arg_init(1, new ExprConstFloat(3.125f));

addExtern<DAS_BIND_FUN(testFoo)>(*this, lib, "testFoo",

SideEffects::modifyArgument, "testFoo");

addExtern<DAS_BIND_FUN(testAdd)>(*this, lib, "testAdd",

SideEffects::modifyArgument, "testAdd");

addExtern<DAS_BIND_FUN(getSamplePoint3)>(*this, lib, "getSamplePoint3",

SideEffects::modifyExternal, "getSamplePoint3");

addExtern<DAS_BIND_FUN(doubleSamplePoint3)>(*this, lib, "doubleSamplePoint3",

SideEffects::none, "doubleSamplePoint3");

addExtern<DAS_BIND_FUN(project_to_nearest_navmesh_point)>(*this, lib, "project_to_nearest_navmesh_point",

SideEffects::modifyArgument, "project_to_nearest_navmesh_point");

addExtern<DAS_BIND_FUN(getPtr)>(*this, lib, "getPtr",

SideEffects::modifyExternal, "getPtr");

addExtern<DAS_BIND_FUN(makeDummy)>(*this, lib, "makeDummy", SideEffects::none, "makeDummy");

addExtern<DAS_BIND_FUN(makeDummy), SimNode_ExtFuncCallAndCopyOrMove>(*this, lib, "makeDummy",

SideEffects::none, "makeDummy");

addExtern<DAS_BIND_FUN(makeDummy), SimNode_ExtFuncCallAndCopyOrMove>(*this, lib, "makeTempDummy",

SideEffects::none, "makeDummy")->setTempResult();

addExtern<DAS_BIND_FUN(takeDummy)>(*this, lib, "takeDummy",

SideEffects::none, "takeDummy");

// register Cpp alignment functions

addExtern<DAS_BIND_FUN(CppS1Size)>(*this, lib, "CppS1Size",

SideEffects::modifyExternal, "CppS1Size");

addExtern<DAS_BIND_FUN(CppS2Size)>(*this, lib, "CppS2Size",

SideEffects::modifyExternal, "CppS2Size");

addExtern<DAS_BIND_FUN(CppS2DOffset)>(*this, lib, "CppS2DOffset",

SideEffects::modifyExternal, "CppS2DOffset");

// register CheckEid functions

addExtern<DAS_BIND_FUN(CheckEidHint)>(*this, lib, "CheckEid",

SideEffects::none, "CheckEidHint");

auto ceid = addExtern<DAS_BIND_FUN(CheckEid)>(*this, lib,

"CheckEid", SideEffects::none, "CheckEid");

auto ceid_decl = new AnnotationDeclaration();

ceid_decl->annotation = new CheckEidFunctionAnnotation();

ceid->annotations.push_back(ceid_decl);

// register CheckEid2 functoins and macro

addExtern<DAS_BIND_FUN(CheckEidHint)>(*this, lib, "CheckEid2",

SideEffects::modifyExternal, "CheckEidHint");

addExtern<DAS_BIND_FUN(CheckEid)>(*this, lib, "CheckEid2",

SideEffects::modifyExternal, "CheckEid");

addExtern<DAS_BIND_FUN(CheckEid)>(*this, lib, "CheckEid3",

SideEffects::modifyExternal, "CheckEid");

// extra tests

addExtern<DAS_BIND_FUN(start_effect)>(*this, lib, "start_effect",

SideEffects::modifyExternal, "start_effect");

addExtern<DAS_BIND_FUN(tempArrayExample)>(*this, lib, "temp_array_example",

SideEffects::modifyExternal, "tempArrayExample");

addExtern<DAS_BIND_FUN(tempArrayAliasExample)>(*this, lib, "temp_array_alias_example",

SideEffects::invoke, "tempArrayAliasExample");

// ptr2ref

addExtern<DAS_BIND_FUN(fooPtr2Ref),SimNode_ExtFuncCallRef>(*this, lib, "fooPtr2Ref",

SideEffects::none, "fooPtr2Ref");

// compiled functions

appendCompiledFunctions();

// add sample variant type

addAlias(typeFactory<SampleVariant>::make(lib));

addExtern<DAS_BIND_FUN(makeSampleI), SimNode_ExtFuncCallAndCopyOrMove>(*this, lib, "makeSampleI",

SideEffects::none, "makeSampleI");

addExtern<DAS_BIND_FUN(makeSampleF), SimNode_ExtFuncCallAndCopyOrMove>(*this, lib, "makeSampleF",

SideEffects::none, "makeSampleF");

addExtern<DAS_BIND_FUN(makeSampleS), SimNode_ExtFuncCallAndCopyOrMove>(*this, lib, "makeSampleS",

SideEffects::none, "makeSampleS");

// smart ptr

addExtern<DAS_BIND_FUN(getTotalTestObjectSmart)>(*this, lib, "getTotalTestObjectSmart",

SideEffects::accessExternal, "getTotalTestObjectSmart");

addExtern<DAS_BIND_FUN(makeTestObjectSmart)>(*this, lib, "makeTestObjectSmart",

SideEffects::modifyExternal, "makeTestObjectSmart");

addExtern<DAS_BIND_FUN(countTestObjectSmart)>(*this, lib, "countTestObjectSmart",

SideEffects::none, "countTestObjectSmart");

// div

addExtern<DAS_BIND_FUN(testGetDiv)>(*this, lib, "testGetDiv",

SideEffects::none, "testGetDiv");

addExtern<DAS_BIND_FUN(testGetNan)>(*this, lib, "testGetNan",

SideEffects::none, "testGetNan");

// call line

addExtern<DAS_BIND_FUN(testCallLine)>(*this, lib, "testCallLine",

SideEffects::modifyExternal, "testCallLine");

// table mojo

addExtern<DAS_BIND_FUN(tableMojo)>(*this, lib, "tableMojo",

SideEffects::modifyExternal, "tableMojo");

// BigEntityId

addAnnotation(new BigEntityIdAnnotation(lib));

// EntityId

addAnnotation(new EntityIdAnnotation(lib));

addExtern<DAS_BIND_FUN(make_invalid_id)>(*this, lib, "make_invalid_id",

SideEffects::none, "make_invalid_id");

addExtern<DAS_BIND_FUN(eidToInt)>(*this, lib, "int",

SideEffects::none, "eidToInt");

addExtern<DAS_BIND_FUN(intToEid)>(*this, lib, "EntityId",

SideEffects::none, "intToEid");

// FancyClass

addAnnotation(new FancyClassAnnotation(lib));

addCtorAndUsing<FancyClass>(*this,lib,"FancyClass","FancyClass");

addCtorAndUsing<FancyClass,int32_t,int32_t>(*this,lib,"FancyClass","FancyClass");

addExtern<DAS_BIND_FUN(deleteFancyClass)>(*this, lib, "deleteFancyClass",

SideEffects::modifyArgumentAndExternal, "deleteFancyClassDummy");

// member function

using method_hitMe = DAS_CALL_MEMBER(TestObjectFoo::hitMe);

addExtern< DAS_CALL_METHOD(method_hitMe) >(*this, lib, "hit_me", SideEffects::modifyArgument,

DAS_CALL_MEMBER_CPP(TestObjectFoo::hitMe));

// abit

addExtern<DAS_BIND_FUN(test_abi_lambda_and_function)>(*this, lib, "test_abi_lambda_and_function",

SideEffects::invokeAndAccessExternal, "test_abi_lambda_and_function");

// SceneNodeId

addAnnotation(new SceneNodeIdAnnotation(lib));

addExtern<DAS_BIND_FUN(__create_scene_node)>(*this, lib, "__create_scene_node",

SideEffects::none, "__create_scene_node");

// byte code interpreter

addEnumeration(new EnumerationOpCode());

addAnnotation(new ByteCodeAnnotation(lib));

addExtern<DAS_BIND_FUN(evalByteCode)>(*this, lib, "evalByteCode",

SideEffects::modifyArgumentAndAccessExternal, "evalByteCode");

// and verify

verifyAotReady();

}

ModuleAotType Module_UnitTest::aotRequire ( TextWriter & tw ) const {

tw << "#include \"unitTest.h\"\n";

return ModuleAotType::cpp;

}

#include "unit_test.das.inc"

bool Module_UnitTest::appendCompiledFunctions() {

return compileBuiltinModule(this, "unit_test.das",unit_test_das, sizeof(unit_test_das));

}

REGISTER_DYN_MODULE(Module_UnitTest, Module_UnitTest);

REGISTER_MODULE(Module_UnitTest);

daScript/modules/dasUnitTest/test_handles.cpp at master · WhyNot135/daScript · GitHub

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