void main()
{
Aggregator aggregator;
RunTest1( aggregator );
RunTest2( aggregator );
RunTest3( aggregator );
ProcessCSV( aggregator );
}
int _tmain(int argc, _TCHAR* argv[])
{
int iCSVCount = CountCSVs();
int iCurrCompiledLine = 0;
int iTotalWPCount = iCSVCount+1;
char compiledFilename[256];
int iCompiledFileCount = 0;
int iCompiledLineCount = 0;
if(!iCSVCount)
{
return 0;
}
sprintf(compiledFilename, "PeZBOT_WP_%d.csv", iCompiledFileCount);
FILE *pCompiledFile = fopen(compiledFilename, "w");
//print number of csvs on first line
fprintf(pCompiledFile, "%d,%d,0,0\n",iCurrCompiledLine++, iCSVCount);
//build the header for the compiled csv
BuildCompiledCSVHeader(pCompiledFile, &iCurrCompiledLine, &iTotalWPCount);
struct _finddata_t csv_file;
long hFile;
// Find first .csv file in current directory
if((hFile = _findfirst("*.csv", &csv_file)) == -1L)
{
printf("No *.csv files in current directory!\n");
}
else
{
//Find the .csv files
do
{
/*
printf( ( csv_file.attrib & _A_RDONLY ) ? " Y " : " N " );
printf( ( csv_file.attrib & _A_SYSTEM ) ? " Y " : " N " );
printf( ( csv_file.attrib & _A_HIDDEN ) ? " Y " : " N " );
printf( ( csv_file.attrib & _A_ARCH ) ? " Y " : " N " );
printf( " %-12s %.24s %9ld\n",
csv_file.name, ctime( &( csv_file.time_write ) ), csv_file.size );
*/
if(!strstr(csv_file.name, "PeZBOT_WP_"))
{
if(iCompiledLineCount > 800)
{
iCompiledFileCount++;
sprintf(compiledFilename, "PeZBOT_WP_%d.csv", iCompiledFileCount);
fclose(pCompiledFile);
pCompiledFile = fopen(compiledFilename, "w");
iCompiledLineCount = 0;
}
int iOldCurrCompiledLine = iCurrCompiledLine;
ProcessCSV(pCompiledFile, csv_file, &iCurrCompiledLine);
iCompiledLineCount += iCurrCompiledLine-iOldCurrCompiledLine;
}
}
while(_findnext(hFile, &csv_file) == 0);
_findclose(hFile);
}
fclose(pCompiledFile);
return 0;
}
