void EventLogger::add(const char* lpStrDesc, EVENTTYPE t,
const char* lpStrSource, int value)
{
if(lpStrDesc == NULL)
return;
DAnsiStr strEvent;
//Write Event Type
if(m_bWriteEventTypes)
{
if(t == etInfo)
strEvent += printToAStr("INFO: ");
else if(t == etWarning)
strEvent += printToAStr("WARNING: ");
else if(t == etError)
strEvent += printToAStr("ERROR: ");
}
//Write Event Time
if(m_bWriteTimeStamps)
{
time_t rawtime;
time (&rawtime);
#ifdef PS_SECURE_API
char buffer[64];
struct tm timeinfo;
localtime_s(&timeinfo, &rawtime);
asctime_s(timeinfo, buffer, 64)
strEvent += printToAStr("TIME: [%s], ", buffer);
#else
struct tm * timeinfo = localtime ( &rawtime );
DAnsiStr strTime = DAnsiStr(asctime(timeinfo));
strTime.trim();
strEvent += printToAStr("TIME: [%s], ", strTime.cptr());
#endif
}
//Write Source + Value
if(m_bWriteSourceInfo && lpStrSource)
{
strEvent += printToAStr("SOURCE: [%s, LINE:%d], ", lpStrSource, value);
}
//Write Event itself
strEvent += DAnsiStr(lpStrDesc);
m_lstLog.push_back(strEvent);
//Write Message to screen
if(m_bWriteToScreen)
display(strEvent.cptr());
//Update Buffer size and Flush if ready
m_szBufferSize += strEvent.length();
if(m_szBufferSize > PS_LOG_BUFFER_SIZE)
flush();
}
U32 ShaderManager::addFromFile(const char* chrVertexShaderPath,
const char* chrFragShaderPath,
const char* name) {
char* lpVertShaderCode = NULL;
char* lpFragShaderCode = NULL;
if(!ReadShaderCode(chrVertexShaderPath, &lpVertShaderCode)) {
LogErrorArg1("Unable to read vertex shader code at: %s", chrVertexShaderPath);
return false;
}
if(!ReadShaderCode(chrFragShaderPath, &lpFragShaderCode)) {
LogErrorArg1("Unable to read fragment shader code at: %s", chrFragShaderPath);
return false;
}
DAnsiStr strTitle = (name != NULL) ? DAnsiStr(name) : ExtractFileTitleOnly(chrVertexShaderPath);
return this->add(lpVertShaderCode, lpFragShaderCode, strTitle.cptr());
}