int cmd_ls(const VSTRING& param)
{
int32_t size = param.size();
const char* path = (1 == size) ? param.at(0).c_str() : ".";
char sys_cmd[MAX_CMD_SIZE];
// just use system tool ls, maybe DIY
snprintf(sys_cmd, MAX_CMD_SIZE, "ls -FCl %s", path);
return system(sys_cmd);
}
int TestCommonUtils::getFilelist(int partNo, int partSize, VUINT32& crcSet,
VUINT32& crcSetPerThread, VSTRING& filenameSet, VSTRING& filenameSetPerThread)
{
// total size less than thread count
if (partSize == 0)
{
partSize = 1;
}
int offset = partNo * partSize;
int end = (offset + partSize) > (int)crcSet.size()? crcSet.size():(offset + partSize);
for (; offset < end; offset++)
{
crcSetPerThread.push_back(crcSet[offset]);
filenameSetPerThread.push_back( filenameSet.at(offset).c_str() );
}
// the last thread eat the left
if (partNo == (TestGFactory::_threadCount - 1) )
{
for (; offset < (int)crcSet.size(); offset++)
{
crcSetPerThread.push_back(crcSet[offset]);
filenameSetPerThread.push_back( filenameSet.at(offset).c_str() );
}
}
//debug
/*
char fileListPerThread[20] = {0};
sprintf(fileListPerThread, "./read_file_list_%d.txt", partNo);
FILE *fp = fopen(fileListPerThread, "w");
VSTRING::iterator it = filenameSetPerThread.begin();
for (; it != filenameSetPerThread.end(); it++)
{
fprintf(fp, "%s\n", it->c_str());
}
fflush(fp);
fclose(fp);
*/
return 0;
}