void TimeLogger::end()
{
struct timeb time;
string strMessage;
ftime(&time);
char* endtimeline = ctime( &time.time );
*(endtimeline + 20 + 4 ) = 0;
*(endtimeline + 19 ) = 0;
sprintf(endTimeLineText," %.19s.%.3hu ",&endtimeline[11], time.millitm );
finishTime = getTimeMilli();
startToFinish = finishTime - startTime;
pfile = fopen(fileName,"a+");
fprintf(pfile,"-----------------------------------------------------------------------------------------------------------------\n");
if(!stkMessageStack.empty())
{
strMessage=stkMessageStack.top();
stkMessageStack.pop();
strMessage+=funcName;
}
fprintf(pfile,"%-120.120s", strMessage.c_str());
funcName[0]='\0';
hasEnd=true;
if(miscArg1[0] != '\0')
fprintf(pfile,"%-8.8s", miscArg1);
else
fprintf(pfile,"%-8.8s", miscArg1);
if(miscArg2[0] != '\0')
fprintf(pfile,"%-8.8s", miscArg2);
else
fprintf(pfile,"%-8.8s", miscArg2);
fprintf(pfile,"%s %s %8.3Lf\n", startTimeLineText, endTimeLineText, startToFinish);
fclose(pfile);
};
void TimeLogger::start(char* fName, char* arg1, char* arg2)
{
miscArg1[0]='\0';
miscArg2[0]='\0';
startTime=0; finishTime=0;
memset(startTimeLineText,'\0', sizeof(startTimeLineText));
memset(endTimeLineText,'\0', sizeof(endTimeLineText));
hasEnd=false;
stkMessageStack.push(fName);
struct timeb currentTime;
ftime(¤tTime);
char* starttimeline = ctime( ¤tTime.time );
*(starttimeline + 20 + 4 ) = 0;
*(starttimeline + 19 ) = 0;
sprintf(startTimeLineText," %.19s.%.3hu ",&starttimeline[11], currentTime.millitm );
startTime = getTimeMilli();
//strcpy(funcName, fName);
if(arg1 != NULL)
strcpy(miscArg1, arg1);
if(arg2 != NULL)
strcpy(miscArg2, arg2);
};
/**
returns passed time in microseconds.
*/
CV_WRAP double getTimeMicro() const
{
return getTimeMilli()*1e3;
}
