genesis-3d_engine/Engine/addons/materialmaker/parser/GenesisShaderBison.ycc
zhongdaohuan ad5cd7b16a * upate genesis-3d engine to version 1.3.1.
match the genesis editor version 1.3.1.921.
2014-06-19 16:26:14 +08:00

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%{
#include "stdneb.h"
#include "rendersystem/base/RenderDeviceTypes.h"
#include "GenesisShaderParser.h"
#include "../GenesisMaterial.h"
#include "addons/shadercompiler/Utility/ShaderCompilerUtil.h"
void ResetParserParams();
int yyerror (const char *s);
extern int Genesislineno;
extern char* yytext;
int yylex ();
using namespace GenesisMaterialMaker;
using namespace ShaderProgramCompiler;
GenesisMaterial* g_GenesisMaterial;
static GenesisMakePass* g_curMakePass = NULL;
static GenesisMakeTechnique* g_curGenesisMakeTechnique = NULL;
static GenesisMakeMaterial* g_curGenesisMakeMaterial = NULL;
static GenesisMakeGPUProgram* g_curGenesisMakeGPUProgram = NULL;
static GenesisSubGPUProgram* g_curGenesisSubGPUProgram = NULL;
static Graphic::ShaderParam* g_curShaderParameter = NULL;
static Graphic::MaterialParam* g_curMatParam = NULL;
static GPtr<RenderBase::RenderStateDesc> g_rsDesc = 0;
#define ASSIGN(s,d) {s = *d; delete d;}
#define YYDEBUG 1
%}
%name-prefix "Genesis"
%union {
char* str;
float num;
Graphic::ShaderParamType spt;
bool boolean;
};
%token TSHADER
%token TTECHNIQUE
%token TPASS
%token TSETSHADERCODE
%token TPARAMETERS
%token TRENDERQUEUE
%token TSHADERTYPE
%token TRENDERDEVICETYPE
%token TSETPARAM
%token TRENDERSTATE
%token TCULLMODE
%token TFILLMODE
%token TCOLORMASK
%token TDEPTHTEST
%token TDEPTHWRITE
%token TBLENDCOLOR
%token TALPHATEST
%token TSAMPLER
%token TSUBGPUPROGRAM
%token TBUILTINMACRO
%token TCUSTOMMACRO
%token TMATTYPE;
%token <spt> TMATRIX TVECTOR TFLOAT TTEXTURE
%token <str> TREALSTRING TVAR TOPERATOR
%token <num> TNUMBER
%token <boolean> TBOOLEAN
%%
shader: TSHADER TREALSTRING{ //n_printf("init genesisshader\n");
g_GenesisMaterial->SetName($2);
delete[] $2;
ResetParserParams();
g_curGenesisMakeMaterial = new GenesisMakeMaterial();
}
'{' { //n_printf("in genesisshader,left\n");
}
PropertySection { //n_printf("from PropertySection to genesisshader\n");
}
'}' { //n_printf("out genesisshader,right\n");
g_GenesisMaterial->AddMaterial(*g_curGenesisMakeMaterial);
delete g_curGenesisMakeMaterial;
g_curGenesisMakeMaterial = 0;
}
PropertySection:/* empty */ {//n_printf("init PropertySection\n");
}
| PropertySection TPARAMETERS '{' {//n_printf("in ParameterSection,left\n");
}
ParameterSection {//n_printf("from ParameterSection to PropertySection\n");
}
'}' { //n_printf("out ParameterSection,right\n");
}
| PropertySection TRENDERQUEUE TREALSTRING { g_curGenesisMakeMaterial->SetRenderQueue(Graphic::RenderQueue::FromString($3));
//n_printf("in PropertySection,setrenderqueue:%s\n", Util::String($3).AsCharPtr());
}
| PropertySection TTECHNIQUE '{' { //n_printf("in TechniqueSection,left\n");
g_curGenesisMakeTechnique = new GenesisMakeTechnique();
}
TechniqueSection {//n_printf("from TechniqueSection to PropertySection\n");
}
| PropertySection TTECHNIQUE TREALSTRING '{' { //n_printf("in TechniqueSection,left\n");
g_curGenesisMakeTechnique = new GenesisMakeTechnique();
g_curGenesisMakeTechnique->SetName($3);
}
TechniqueSection {//n_printf("from TechniqueSection to PropertySection\n");
}
ParameterSection:/* empty */ {//n_printf("init ParameterSection\n");
}
| ParameterSection TTEXTURE TVAR '=' TREALSTRING { if($2 == Graphic::eShaderParamTexture2D)
{
g_curMatParam = new Graphic::MaterialParamTex2D();
}
else if($2 == Graphic::eShaderParamTextureCUBE)
{
g_curMatParam = new Graphic::MaterialParamTexCube();
}
else if($2 == Graphic::eShaderParamTexture1D)
{
g_curMatParam = new Graphic::MaterialParamTex1D();
}
else if($2 == Graphic::eShaderParamTexture3D)
{
g_curMatParam = new Graphic::MaterialParamTex3D();
}
else
{
n_error("GenesisShader Parser : Invalid Texture Type !");
}
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($3);
g_curMatParam->SetStringValue($5);
if ( g_curMatParam->GetStringValue() == "#UserDefTex")
{
g_curMatParam->SetHiddenInEditor(true);
}
//n_printf("define texture\n");
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
if ($2 == Graphic::eShaderParamTexture2D)
{
char texOffestScaleValue[] = "0.0,0.0,1.0,1.0";
Util::String texOffestScale;
texOffestScale.Clear();
texOffestScale.Format("%s_UV_OffsetScale",$3);
g_curMatParam = new Graphic::MaterialParamVector();
g_curMatParam->SetName(texOffestScale);
g_curMatParam->SetDesc(texOffestScale);
g_curMatParam->SetStringValue(texOffestScaleValue);
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
}
| ParameterSection TTEXTURE TVAR TOPERATOR '=' TREALSTRING { if($2 == Graphic::eShaderParamTexture2D)
{
g_curMatParam = new Graphic::MaterialParamTex2D();
}
else if($2 == Graphic::eShaderParamTextureCUBE)
{
g_curMatParam = new Graphic::MaterialParamTexCube();
}
else if($2 == Graphic::eShaderParamTexture1D)
{
g_curMatParam = new Graphic::MaterialParamTex1D();
}
else if($2 == Graphic::eShaderParamTexture3D)
{
g_curMatParam = new Graphic::MaterialParamTex3D();
}
else
{
n_error("GenesisShader Parser : Invalid Texture Type !");
}
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($4);
g_curMatParam->SetStringValue($6);
if ( g_curMatParam->GetStringValue() == "#UserDefTex")
{
g_curMatParam->SetHiddenInEditor(true);
}
//n_printf("define texture\n");
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
if ($2 == Graphic::eShaderParamTexture2D)
{
char texOffestScaleValue[] = "0.0,0.0,1.0,1.0";
Util::String texOffestScale;
texOffestScale.Clear();
texOffestScale.Format("%s_UV_OffsetScale",$3);
g_curMatParam = new Graphic::MaterialParamVector();
g_curMatParam->SetName(texOffestScale);
g_curMatParam->SetDesc(texOffestScale);
g_curMatParam->SetStringValue(texOffestScaleValue);
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
}
| ParameterSection TMATRIX TVAR TOPERATOR '=' TREALSTRING { g_curMatParam = new Graphic::MaterialParamMatrix();
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($4);
g_curMatParam->SetStringValue($6);
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
| ParameterSection TMATRIX TVAR '=' TREALSTRING { g_curMatParam = new Graphic::MaterialParamMatrix();
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($3);
g_curMatParam->SetStringValue($5);
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
| ParameterSection TVECTOR TVAR TOPERATOR '=' TREALSTRING { g_curMatParam = new Graphic::MaterialParamVector();
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($4);
g_curMatParam->SetStringValue($6);
if (
Util::String::MatchPattern(g_curMatParam->GetName(), "*Color*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*color*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*emissive*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*specular*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*diffuse*")
)
{
g_curMatParam->SetUseForColor(true);
}
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
| ParameterSection TVECTOR TVAR '=' TREALSTRING { g_curMatParam = new Graphic::MaterialParamVector();
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($3);
g_curMatParam->SetStringValue($5);
if (
Util::String::MatchPattern(g_curMatParam->GetName(), "*Color*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*color*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*emissive*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*specular*")
|| Util::String::MatchPattern(g_curMatParam->GetName(), "*diffuse*")
)
{
g_curMatParam->SetUseForColor(true);
}
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
| ParameterSection TFLOAT TVAR TOPERATOR '=' TREALSTRING { g_curMatParam = new Graphic::MaterialParamFloat();
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($4);
g_curMatParam->SetStringValue($6);
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
| ParameterSection TFLOAT TVAR '=' TREALSTRING { g_curMatParam = new Graphic::MaterialParamFloat();
g_curMatParam->SetName($3);
g_curMatParam->SetDesc($3);
g_curMatParam->SetStringValue($5);
g_curGenesisMakeMaterial->AddMatParam(g_curMatParam);
g_curMatParam = NULL;
}
TechniqueSection: { //n_printf("init TechniqueSection\n");
}
| PassSection { //n_printf("from PassSection to TechniqueSection\n");
}
'}' { //n_printf("out TechniqueSection,right\n");
g_curGenesisMakeMaterial->AddTechnique(*g_curGenesisMakeTechnique);
delete g_curGenesisMakeTechnique;
g_curGenesisMakeTechnique = 0;
}
PassSection: { //n_printf("init PassSection\n");
}
| PassSection TMATTYPE TREALSTRING { printf("set MatType\n");
g_curGenesisMakeTechnique->SetIsMatTemplate($3);
}
| PassSection TPASS PassType { //n_printf("init Pass\n");
}
'{' { //n_printf("in PassSection,left\n");
}
codeSection { //n_printf("from codeSection to PassSection\n");
}
'}' {
//n_printf("out PassSection,right\n");
g_curGenesisMakeTechnique->AddPass(*g_curMakePass);
delete g_curMakePass;
g_curMakePass = 0;
}
PassType: {
n_printf("in PassSection,left\n");
g_curMakePass = new GenesisMakePass();
g_curMakePass->SetName("NoName");
}
| PassType TREALSTRING {
n_printf("in PassSection,left\n");
g_curMakePass = new GenesisMakePass();
g_curMakePass->SetName($2);
}
codeSection : { //n_printf("in codeSection\n");
}
| codeSection StateSection { //n_printf("from shadertype,to StateSection\n");
}
| codeSection shadertype { //n_printf("from shadertype,to shadertype\n");
}
| codeSection TBUILTINMACRO '{' TREALSTRING '}' {
g_curMakePass->SetBuiltInMacro($4);
n_printf("set builtinMacro\n");
}
| codeSection TCUSTOMMACRO '{' TREALSTRING '}' {
g_curMakePass->SetCustumMacro($4);
n_printf("set custominMacro\n");
}
StateSection : { //n_printf("in StateSection\n");
}
| StateSection TRENDERSTATE '{'{
g_rsDesc = RenderBase::RenderStateDesc::Create();
g_rsDesc->Setup();
//n_printf("Create StateSection\n");//n_printf("init StateSection\n");
}
RenderStateSetup { }
'}'{
g_curMakePass->SetRenderStateDesc(g_rsDesc);
g_rsDesc = 0;
//n_printf("from RenderStateSetup,to shadertype\n");
}
RenderStateSetup : { //n_printf("in RenderStateSetup\n");
}
| RenderStateSetup TCULLMODE TREALSTRING { RenderBase::DeviceRasterizerState rrs = g_rsDesc->GetRasterizerState();
rrs.m_cullMode = RenderBase::CullModeConverter::FromString($3);
g_rsDesc->SetRasterizerState(rrs);
}
| RenderStateSetup TFILLMODE TREALSTRING { RenderBase::DeviceRasterizerState rrs = g_rsDesc->GetRasterizerState();
rrs.m_fillMode = RenderBase::FillModeConverter::FromString($3);
g_rsDesc->SetRasterizerState(rrs);
}
| RenderStateSetup TCOLORMASK TREALSTRING { RenderBase::DeviceBlendState rbs = g_rsDesc->GetBlendState();
rbs.m_colorWriteMask[0] = RenderBase::ColorMaskConverter::FromString($3);
g_rsDesc->SetBlendState(rbs);
}
|RenderStateSetup DepthTestSetup { //n_printf("set depthtest complete \n");
}
|RenderStateSetup TDEPTHWRITE TBOOLEAN { RenderBase::DeviceDepthAndStencilState rdss = g_rsDesc->GetDepthAndStencilState();
rdss.m_depthWriteMask = $3;
g_rsDesc->SetDepthAndStencilState(rdss);
}
|RenderStateSetup BlendSetup { //n_printf("set blendmode complete \n");
}
|RenderStateSetup AlphaTestSetup { //n_printf("set alphatest complete \n");
}
|RenderStateSetup SamplerSetup { //n_printf("set samplerstate complete \n");
}
SamplerSetup: TSAMPLER TREALSTRING TVAR { g_curGenesisMakeMaterial->AddTextureSampler($2,RenderBase::TextureAddressModeConverter::FromString($3));
}
| TSAMPLER TREALSTRING TVAR TVAR {
g_curGenesisMakeMaterial->AddTextureSampler($2,RenderBase::TextureAddressModeConverter::FromString($3),RenderBase::TextureFilterOperationConverter::FromString($4));
}
DepthTestSetup: TDEPTHTEST TVAR {
RenderBase::DeviceDepthAndStencilState rdss = g_rsDesc->GetDepthAndStencilState();
rdss.m_depthEnable = true;
rdss.m_zFunc = RenderBase::CompareFunctionConverter::FromString($2);
g_rsDesc->SetDepthAndStencilState(rdss);
}
| TDEPTHTEST TBOOLEAN {
RenderBase::DeviceDepthAndStencilState rdss = g_rsDesc->GetDepthAndStencilState();
rdss.m_depthEnable = $2;
g_rsDesc->SetDepthAndStencilState(rdss);
}
BlendSetup: TBLENDCOLOR TVAR TREALSTRING TREALSTRING {
RenderBase::DeviceBlendState rbs = g_rsDesc->GetBlendState();
rbs.m_alphaBlendEnable[0] = true;
rbs.m_blendOP[0] = RenderBase::BlendOperationConverter::FromString($2);
rbs.m_srcBlend[0] = RenderBase::AlphaBlendFactorConverter::FromString($3);
rbs.m_destBlend[0] = RenderBase::AlphaBlendFactorConverter::FromString($4);
g_rsDesc->SetBlendState(rbs);
}
| TBLENDCOLOR TBOOLEAN {
RenderBase::DeviceBlendState rbs = g_rsDesc->GetBlendState();
rbs.m_alphaBlendEnable[0] = $2;
g_rsDesc->SetBlendState(rbs);
}
AlphaTestSetup: TALPHATEST TVAR TREALSTRING {
RenderBase::DeviceBlendState rbs = g_rsDesc->GetBlendState();
rbs.m_alphaTestEnable = true;
rbs.m_alphaFunc = RenderBase::CompareFunctionConverter::FromString($2);
const Util::String& valueStr = g_curGenesisMakeMaterial->GetMatParamValueByName($3);
if(!valueStr.IsValidFloat() || valueStr.IsEmpty())
{
n_error("Invalid alpha_to_coverage_ref value!please check your parameter type(float) and name!");
}
else
{
rbs.m_alphaRef = valueStr.AsFloat();
}
g_rsDesc->SetBlendState(rbs);
}
| TALPHATEST TBOOLEAN {
RenderBase::DeviceBlendState rbs = g_rsDesc->GetBlendState();
rbs.m_alphaTestEnable = $2;
g_rsDesc->SetBlendState(rbs);
}
shadertype: TSHADERTYPE TREALSTRING {
g_curGenesisMakeGPUProgram = new GenesisMakeGPUProgram();
g_curGenesisMakeGPUProgram->SetShaderType($2);
//n_printf("in shaderType,SetShaderType\n");
delete[] $2;
}
'{' { //n_printf("in shaderType,left\n");
}
DeviceTypeSetup { //n_printf("from DeviceTypeSetup to shaderType\n");
}
'}' {
if(g_curGenesisMakeGPUProgram != NULL)
{
delete g_curGenesisMakeGPUProgram;
g_curGenesisMakeGPUProgram = NULL;
}
//n_printf("out shaderType,right\n");
}
DeviceTypeSetup: { n_printf("in DeviceTypeSetup\n");}
| DeviceTypeSetup TRENDERDEVICETYPE TREALSTRING {
g_curGenesisMakeGPUProgram->SetDeviceType($3);
n_printf("in DeviceTypeSetup\n");
delete[] $3;
}
'{' { n_printf("in DeviceTypeSetup,left\n");
}
SubGPUProgramSetup { n_printf("from SubGPUProgramSetup to DeviceTypeSetup\n");
}
'}' { n_printf("out DeviceTypeSetup,right\n");
g_curMakePass->AddShaderProgram(*g_curGenesisMakeGPUProgram);
}
SubGPUProgramSetup: { n_printf("in empty SubGPUProgramSetup\n");}
| SubGPUProgramSetup TSUBGPUPROGRAM TREALSTRING { n_printf("in SubGPUProgramSetup\n");
}
'{' { n_printf("in SubGPUProgramSetup,left\n");
g_curGenesisSubGPUProgram = new GenesisSubGPUProgram();
g_curGenesisSubGPUProgram->SetShaderMask($3);
}
CodeBlock { n_printf("from CodeBlock to SubGPUProgramSetup\n");
}
'}' { n_printf("out SubGPUProgramSetup,right\n");
g_curGenesisMakeGPUProgram->AddSubGpuProgram(*g_curGenesisSubGPUProgram);
if(g_curGenesisSubGPUProgram != NULL)
{
delete g_curGenesisSubGPUProgram;
g_curGenesisSubGPUProgram = NULL;
}
}
CodeBlock: { n_printf("in CodeBlock\n");
}
| CodeBlock TSETSHADERCODE TREALSTRING{
g_curGenesisSubGPUProgram->SetShaderCode($3);
n_printf("in CodeBlock,AddGPUProgram\n");
delete[] $3;
}
| CodeBlock TSETPARAM TNUMBER TVAR TTEXTURE { g_curShaderParameter = new Graphic::ShaderParam();
g_curShaderParameter->SetParamType($5);
g_curShaderParameter->SetRegister($3);
g_curShaderParameter->SetName($4);
g_curGenesisSubGPUProgram->AddParam(*g_curShaderParameter);
n_printf("bind texture\n"); delete[] $4;
delete g_curShaderParameter;
g_curShaderParameter = 0;
}
| CodeBlock TSETPARAM TNUMBER TVAR TMATRIX { g_curShaderParameter = new Graphic::ShaderParam();
g_curShaderParameter->SetParamType($5);
g_curShaderParameter->SetRegister($3);
g_curShaderParameter->SetName($4);
g_curGenesisSubGPUProgram->AddParam(*g_curShaderParameter);
//n_printf("setparam matrix register\n"); delete[] $4;
delete g_curShaderParameter;
g_curShaderParameter = 0;
}
| CodeBlock TSETPARAM TNUMBER TVAR TVECTOR { g_curShaderParameter = new Graphic::ShaderParam();
g_curShaderParameter->SetParamType($5);
g_curShaderParameter->SetRegister($3);
g_curShaderParameter->SetName($4);
g_curGenesisSubGPUProgram->AddParam(*g_curShaderParameter);
//n_printf("setparam vector register\n"); delete[] $4;
delete g_curShaderParameter;
g_curShaderParameter = 0;
}
| CodeBlock TSETPARAM TNUMBER TVAR TFLOAT { g_curShaderParameter = new Graphic::ShaderParam();
g_curShaderParameter->SetParamType($5);
g_curShaderParameter->SetRegister($3);
g_curShaderParameter->SetName($4);
g_curGenesisSubGPUProgram->AddParam(*g_curShaderParameter);
//n_printf("setparam float register\n"); delete[] $4;
delete g_curShaderParameter;
g_curShaderParameter = 0;
}
;
%%
int yyerror (const char *s)
{
n_printf("GenesisShader Error: %s At line:%d\n",s,Genesislineno);
return 0;
}
void ResetParserParams()
{
if(g_curGenesisMakeGPUProgram != NULL)
{
delete g_curGenesisMakeGPUProgram;
g_curGenesisMakeGPUProgram = NULL;
}
if(g_curGenesisSubGPUProgram != NULL)
{
delete g_curGenesisSubGPUProgram;
g_curGenesisSubGPUProgram = NULL;
}
if(g_curShaderParameter != NULL)
{
delete g_curShaderParameter;
g_curShaderParameter = NULL;
}
if(g_curMatParam != NULL)
{
delete g_curMatParam;
g_curMatParam = NULL;
}
if(g_rsDesc.isvalid())
{
g_rsDesc = 0;
}
if(g_curMakePass != NULL)
{
delete g_curMakePass;
g_curMakePass = NULL;
}
if(g_curGenesisMakeTechnique != NULL)
{
delete g_curGenesisMakeTechnique;
g_curGenesisMakeTechnique = NULL;
}
if(g_curGenesisMakeMaterial != NULL)
{
delete g_curGenesisMakeMaterial;
g_curGenesisMakeMaterial = NULL;
}
}