//--------------------------------------------------------------------------
void VeGraphicsTest::OnTouchCancelled(VeUInt32 u32Time, VeVector<VeInputMessage::TouchPointParam>& kParams)
{
for(VeVector<VeInputMessage::TouchPointParam>::iterator it = kParams.Begin(); it != kParams.End(); ++it)
{
VeDebugOutput("OnTouchCancelled[time:%d,id:%d,x:%.0f,y:%.0f]", u32Time, it->id, it->x, it->y);
}
}
void Compile(VeChar8* pcFileName, VeChar8* pcDstDir)
{
VeChar8* pcFile = VeStrrchr(pcFileName, '/');
VeSizeT stNum = pcFile - pcFileName;
VeChar8 acBuffer[2048];
VeMemcpy(acBuffer, pcFileName, stNum);
acBuffer[stNum] = 0;
++pcFile;
VeFileDir kFile(acBuffer);
VeChar8* pcContent;
VeChar8* pcTemp = VeStrtok(pcDstDir, "/", &pcContent);
VE_ASSERT(pcTemp && *pcTemp);
VeFileDir kDstFile(pcTemp);
pcTemp = VeStrtok(NULL, "/", &pcContent);
while(pcTemp && *pcTemp)
{
kDstFile.Change(pcTemp);
pcTemp = VeStrtok(NULL, "/", &pcContent);
}
VeBinaryIStreamPtr spStream = kFile.OpenSync(pcFile);
VE_ASSERT(spStream);
VeXMLDocument kDoc;
(*spStream) >> kDoc;
VE_ASSERT(!kDoc.Error());
VeXMLElement* pkRoot = kDoc.RootElement();
VeXMLElement* pkGroup = pkRoot->FirstChildElement("Group");
while(pkGroup)
{
VeXMLElement* pkShader = pkGroup->FirstChildElement();
while(pkShader)
{
const VeChar8* pcName = pkShader->Value();
const VeChar8* pcSrc = pkShader->GetAttribute("src");
const VeChar8* pcEntry = pkShader->GetAttribute("entry");
VeStringA kFile(acBuffer);
kFile += '/';
kFile += pcSrc;
VeVector<const VeChar8*> kProfileList;
VeXMLElement* pkProfile = pkShader->FirstChildElement("Profile");
while(pkProfile)
{
const VeChar8* pcProfile = pkProfile->GetAttribute("value");
kProfileList.PushBack(pcProfile);
pkProfile = pkProfile->NextSiblingElement("Profile");
}
VeVector<D3D_SHADER_MACRO> kMacroList;
VeXMLElement* pkMacro = pkShader->FirstChildElement("Macro");
while(pkMacro)
{
D3D_SHADER_MACRO kMac;
kMac.Name = pkMacro->GetAttribute("name");
kMac.Definition = pkMacro->GetAttribute("define");
kMacroList.PushBack(kMac);
pkMacro = pkMacro->NextSiblingElement("Macro");
}
D3D_SHADER_MACRO kLast = {NULL, NULL};
kMacroList.PushBack(kLast);
for(VeVector<const VeChar8*>::iterator it = kProfileList.Begin(); it != kProfileList.End(); ++it)
{
HRESULT hRes = S_OK;
ID3DBlob* pkOut;
ID3DBlob* pkErrorBlob;
hRes = D3DX11CompileFromFile(kFile, kMacroList.Begin(), NULL, pcEntry, *it,
D3DCOMPILE_ENABLE_STRICTNESS | D3DCOMPILE_OPTIMIZATION_LEVEL3 | D3DCOMPILE_PACK_MATRIX_COLUMN_MAJOR,
0, NULL, &pkOut, &pkErrorBlob, NULL);
if(VE_FAILED(hRes))
{
if(pkErrorBlob)
{
VE_LOG_EString("HLSLComplier", (VeChar8*)pkErrorBlob->GetBufferPointer());
}
}
else
{
VeStringA kOutputName(pcName);
kOutputName += '.';
kOutputName += *it;
VeMemoryOStreamPtr spOutputStream = VE_NEW VeMemoryOStream();
spOutputStream->AddBlob(pkOut->GetBufferPointer(), pkOut->GetBufferSize());
kDstFile.WriteAsync(kOutputName, spOutputStream, g_kWriteDelegate);
}
VE_SAFE_RELEASE(pkOut);
VE_SAFE_RELEASE(pkErrorBlob);
}
pkShader = pkShader->NextSiblingElement();
}
pkGroup = pkGroup->NextSiblingElement("Group");
}
}