daScript/src/simulate/simulate_fusion_call2.cpp at master · nolankramer/daScript · GitHub

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#include "daScript/misc/platform.h"

#ifdef _MSC_VER

#pragma warning(disable:4505)

#endif

#include "daScript/simulate/simulate_fusion.h"

#if DAS_FUSION

#include "daScript/simulate/sim_policy.h"

#include "daScript/ast/ast.h"

#include "daScript/simulate/simulate_visit_op.h"

namespace das {

struct SimNode_Op2Call2 : SimNode_Op2Fusion {

virtual SimNode * visit(SimVisitor & vis) override {

V_BEGIN();

string name = op;

name += "2";

name += getSimSourceName(l.type);

name += getSimSourceName(r.type);

vis.op(name.c_str());

if ( fnPtr ) {

vis.arg(fnPtr->name,"fnPtr");

vis.arg(Func(), fnPtr->mangledName, "fnIndex");

}

if ( cmresEval ) {

V_SUB(cmresEval);

}

l.visit(vis);

r.visit(vis);

V_END();

}

virtual SimNode * copyNode ( Context & context, NodeAllocator * code ) override {

SimNode_Op2Call2 * that = (SimNode_Op2Call2 *) SimNode_Op2Fusion::copyNode(context, code);

if ( fnPtr ) {

that->fnPtr = context.fnByMangledName(fnPtr->mangledNameHash);

// printf("OP2 %p to %p\n", fnPtr, that->fnPtr );

}

return that;

}

SimFunction * fnPtr = nullptr;

SimNode * cmresEval = nullptr;

};

/* Call */

#define EVAL_NODE(TYPE,CTYPE)\

virtual CTYPE eval##TYPE ( Context & context ) override { \

return cast<CTYPE>::to(compute(context)); \

}

#define DAS_EVAL_NODE \

EVAL_NODE(Ptr,char *); \

EVAL_NODE(Int,int32_t); \

EVAL_NODE(UInt,uint32_t); \

EVAL_NODE(Int64,int64_t); \

EVAL_NODE(UInt64,uint64_t); \

EVAL_NODE(Float,float); \

EVAL_NODE(Double,double); \

EVAL_NODE(Bool,bool);

// OP(COMPUTEL,*)

#undef IMPLEMENT_OP2_NODE_ANYR

#define IMPLEMENT_OP2_NODE_ANYR(INLINE,OPNAME,TYPE,CTYPE,COMPUTEL) \

struct SimNode_##OPNAME##_Any_##COMPUTEL : SimNode_Op2Call2 { \

INLINE vec4f compute ( Context & context ) { \

DAS_PROFILE_NODE \

vec4f argValues[2]; \

argValues[0] = l.subexpr->eval(context); \

argValues[1] = v_ldu((const float *)r.compute##COMPUTEL(context)); \

return context.call(fnPtr, argValues, &debugInfo); \

} \

DAS_EVAL_ABI virtual vec4f eval ( Context & context ) override { \

return compute(context); \

} \

DAS_EVAL_NODE \

};

// OP(*,COMPUTER)

#undef IMPLEMENT_OP2_NODE_ANYL

#define IMPLEMENT_OP2_NODE_ANYL(INLINE,OPNAME,TYPE,CTYPE,COMPUTER) \

struct SimNode_##OPNAME##_##COMPUTER##_Any : SimNode_Op2Call2 { \

INLINE auto compute ( Context & context ) { \

DAS_PROFILE_NODE \

vec4f argValues[2]; \

argValues[0] = v_ldu((const float *)l.compute##COMPUTER(context)); \

argValues[1] = r.subexpr->eval(context); \

return context.call(fnPtr, argValues, &debugInfo); \

} \

DAS_EVAL_ABI virtual vec4f eval ( Context & context ) override { \

return compute(context); \

} \

DAS_EVAL_NODE \

};

// OP(COMPUTEL,COMPUTER)

#undef IMPLEMENT_OP2_NODE

#define IMPLEMENT_OP2_NODE(INLINE,OPNAME,TYPE,CTYPE,COMPUTEL,COMPUTER) \

struct SimNode_##OPNAME##_##COMPUTEL##_##COMPUTER : SimNode_Op2Call2 { \

INLINE auto compute ( Context & context ) { \

DAS_PROFILE_NODE \

vec4f argValues[2]; \

argValues[0] = v_ldu((const float *)l.compute##COMPUTEL(context)); \

argValues[1] = v_ldu((const float *)r.compute##COMPUTER(context)); \

return context.call(fnPtr, argValues, &debugInfo); \

} \

DAS_EVAL_ABI virtual vec4f eval ( Context & context ) override { \

return compute(context); \

} \

DAS_EVAL_NODE \

};

#undef IMPLEMENT_OP2_SETUP_NODE

#define IMPLEMENT_OP2_SETUP_NODE(result,node) \

auto rn = (SimNode_Op2Call2 *)result; \

auto sn = (SimNode_CallBase *)node; \

rn->fnPtr = sn->fnPtr; \

rn->cmresEval = sn->cmresEval; \

rn->baseType = Type::none;

__forceinline SimNode * safeArg2 ( SimNode * node, int index ) {

auto cb = static_cast<SimNode_CallBase *>(node);

return (cb->nArguments==2) ? cb->arguments[index] : nullptr;

}

#define FUSION_OP2_SUBEXPR_LEFT(CTYPE,node) (safeArg2(node,0))

#define FUSION_OP2_SUBEXPR_RIGHT(CTYPE,node) (safeArg2(node,1))

#include "daScript/simulate/simulate_fusion_op2_impl.h"

IMPLEMENT_ANY_OP2(__forceinline, Call, Ptr, StringPtr)

/* CallWithCopyOnReturn */

// OP(COMPUTEL,*)

#undef IMPLEMENT_OP2_NODE_ANYR

#define IMPLEMENT_OP2_NODE_ANYR(INLINE,OPNAME,TYPE,CTYPE,COMPUTEL) \

struct SimNode_##OPNAME##_Any_##COMPUTEL : SimNode_Op2Call2 { \

__forceinline char * compute ( Context & context ) { \

DAS_PROFILE_NODE \

auto cmres = cmresEval->evalPtr(context); \

vec4f argValues[2]; \

argValues[0] = l.subexpr->eval(context); \

argValues[1] = v_ldu((const float *)r.compute##COMPUTEL(context)); \

return cast<char *>::to(context.callWithCopyOnReturn(fnPtr, argValues, cmres, &debugInfo)); \

} \

DAS_PTR_NODE; \

};

// OP(*,COMPUTER)

#undef IMPLEMENT_OP2_NODE_ANYL

#define IMPLEMENT_OP2_NODE_ANYL(INLINE,OPNAME,TYPE,CTYPE,COMPUTER) \

struct SimNode_##OPNAME##_##COMPUTER##_Any : SimNode_Op2Call2 { \

__forceinline char * compute ( Context & context ) { \

DAS_PROFILE_NODE \

auto cmres = cmresEval->evalPtr(context); \

vec4f argValues[2]; \

argValues[0] = v_ldu((const float *)l.compute##COMPUTER(context)); \

argValues[1] = r.subexpr->eval(context); \

return cast<char *>::to(context.callWithCopyOnReturn(fnPtr, argValues, cmres, &debugInfo)); \

} \

DAS_PTR_NODE; \

};

// OP(COMPUTEL,COMPUTER)

#undef IMPLEMENT_OP2_NODE

#define IMPLEMENT_OP2_NODE(INLINE,OPNAME,TYPE,CTYPE,COMPUTEL,COMPUTER) \

struct SimNode_##OPNAME##_##COMPUTEL##_##COMPUTER : SimNode_Op2Call2 { \

__forceinline char * compute ( Context & context ) { \

DAS_PROFILE_NODE \

auto cmres = cmresEval->evalPtr(context); \

vec4f argValues[2]; \

argValues[0] = v_ldu((const float *)l.compute##COMPUTEL(context)); \

argValues[1] = v_ldu((const float *)r.compute##COMPUTER(context)); \

return cast<char *>::to(context.callWithCopyOnReturn(fnPtr, argValues, cmres, &debugInfo)); \

} \

DAS_PTR_NODE; \

};

#include "daScript/simulate/simulate_fusion_op2_impl.h"

IMPLEMENT_ANY_OP2(__forceinline, CallAndCopyOrMove, Ptr, StringPtr)

/* FastCall */

// OP(COMPUTEL,*)

#undef IMPLEMENT_OP2_NODE_ANYR

#define IMPLEMENT_OP2_NODE_ANYR(INLINE,OPNAME,TYPE,CTYPE,COMPUTEL) \

struct SimNode_##OPNAME##_Any_##COMPUTEL : SimNode_Op2Call2 { \

INLINE auto compute ( Context & context ) { \

DAS_PROFILE_NODE \

vec4f argValues[2]; \

argValues[0] = l.subexpr->eval(context); \

argValues[1] = v_ldu((const float *)r.compute##COMPUTEL(context)); \

auto aa = context.abiArg; \

context.abiArg = argValues; \

auto res = fnPtr->code->eval(context); \

context.stopFlags &= ~(EvalFlags::stopForReturn | EvalFlags::stopForBreak | EvalFlags::stopForContinue); \

context.abiArg = aa; \

return res; \

} \

DAS_EVAL_ABI virtual vec4f eval ( Context & context ) override { \

return compute(context); \

} \

DAS_EVAL_NODE \

};

// OP(*,COMPUTER)

#undef IMPLEMENT_OP2_NODE_ANYL

#define IMPLEMENT_OP2_NODE_ANYL(INLINE,OPNAME,TYPE,CTYPE,COMPUTER) \

struct SimNode_##OPNAME##_##COMPUTER##_Any : SimNode_Op2Call2 { \

INLINE auto compute ( Context & context ) { \

DAS_PROFILE_NODE \

vec4f argValues[2]; \

argValues[0] = v_ldu((const float *)l.compute##COMPUTER(context)); \

argValues[1] = r.subexpr->eval(context); \

auto aa = context.abiArg; \

context.abiArg = argValues; \

auto res = fnPtr->code->eval(context); \

context.stopFlags &= ~(EvalFlags::stopForReturn | EvalFlags::stopForBreak | EvalFlags::stopForContinue); \

context.abiArg = aa; \

return res; \

} \

DAS_EVAL_ABI virtual vec4f eval ( Context & context ) override { \

return compute(context); \

} \

DAS_EVAL_NODE \

};

// OP(COMPUTEL,COMPUTER)

#undef IMPLEMENT_OP2_NODE

#define IMPLEMENT_OP2_NODE(INLINE,OPNAME,TYPE,CTYPE,COMPUTEL,COMPUTER) \

struct SimNode_##OPNAME##_##COMPUTEL##_##COMPUTER : SimNode_Op2Call2 { \

INLINE auto compute ( Context & context ) { \

DAS_PROFILE_NODE \

vec4f argValues[2]; \

argValues[0] = v_ldu((const float *)l.compute##COMPUTEL(context)); \

argValues[1] = v_ldu((const float *)r.compute##COMPUTER(context)); \

auto aa = context.abiArg; \

context.abiArg = argValues; \

auto res = fnPtr->code->eval(context); \

context.stopFlags &= ~(EvalFlags::stopForReturn | EvalFlags::stopForBreak | EvalFlags::stopForContinue); \

context.abiArg = aa; \

return res; \

} \

DAS_EVAL_ABI virtual vec4f eval ( Context & context ) override { \

return compute(context); \

} \

DAS_EVAL_NODE \

};

#include "daScript/simulate/simulate_fusion_op2_impl.h"

IMPLEMENT_ANY_OP2(__forceinline, FastCall, Ptr, StringPtr)

void createFusionEngine_call2() {

(*getFusionEngine())["Call"].emplace_back(new FusionPoint_Call_StringPtr());

(*getFusionEngine())["CallAndCopyOrMove"].emplace_back(new FusionPoint_CallAndCopyOrMove_StringPtr());

(*getFusionEngine())["FastCall"].emplace_back(new FusionPoint_FastCall_StringPtr());

}

#endif

daScript/src/simulate/simulate_fusion_call2.cpp at master · nolankramer/daScript · GitHub

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