int main() {
int retval = -2;
ZipFileList zf;
#ifdef _WIN32
// replace with the path/file wildcard of your choice
string home = string("C:/Documents and Settings/All Users/Documents");
string result_dir = home + string("/testresult");
CreateDirectoryA(result_dir.c_str(), NULL);
string zipfile = result_dir + string("/test.zip");
string source_dir = home + string("/Testfiles");
if (boinc_filelist(source_dir.c_str(), ".txt", &zf) && zf.size()) {
retval = boinc_zip(ZIP_IT, zipfile, &zf);
retval = boinc_zip(UNZIP_IT, zipfile, result_dir.c_str());
}
#else
string home = string(getenv("HOME"));
string result_dir = home + string("/testresult");
if (mkdir(result_dir.c_str(), 0777) < 0) {
perror("mkdir");
}
string zipfile = result_dir + string("/test.zip");
string source_dir = home + string("/Testfiles");
if (boinc_filelist(source_dir, string(".txt"), &zf) && zf.size()) {
retval = boinc_zip(ZIP_IT, zipfile, &zf);
retval = boinc_zip(UNZIP_IT, zipfile, result_dir.c_str());
}
#endif
return retval;
}
int boinc_zip(
int bZipType, const std::string szFileZip, const std::string szFileIn
) {
ZipFileList tempvec;
tempvec.push_back(szFileIn);
return boinc_zip(bZipType, szFileZip, &tempvec);
}
// same, but with char[] instead of string
//
int boinc_zip(int bZipType, const char* szFileZip, const char* szFileIn) {
string strFileZip, strFileIn;
strFileZip.assign(szFileZip);
strFileIn.assign(szFileIn);
ZipFileList tempvec;
tempvec.push_back(strFileIn);
return boinc_zip(bZipType, strFileZip, &tempvec);
}
int main()
{
int retval = -2;
ZipFileList zf;
#ifdef _WIN32
// replace with the path/file wildcard of your choice
int retval = boinc_zip(ZIP_IT,
"e:\\temp\\netsup.vxd e:\\temp\\vredir.vxd",
"e:\\temp\\test.zip", NULL);
retval = boinc_zip(UNZIP_IT, "e:\\temp\\test.zip",
"/home/carlc/testing", NULL);
#else
std::string zipfile = "test.zip";
if (boinc_filelist("/var/home/carlc/", ".txt", &zf) && zf.size()) {
retval = boinc_zip(ZIP_IT, zipfile, &zf);
retval = boinc_zip(UNZIP_IT, zipfile, NULL);
}
#endif
return retval;
}
int main(int argc, char* argv[])
{
ZipFileList zflist;
#ifdef _WIN32
boinc_filelist("c:\\temp", "", &zflist, SORT_NAME | SORT_ASCENDING);
#else
boinc_filelist("/tmp/junk", "", &zflist, SORT_NAME | SORT_ASCENDING);
#endif
int jj;
char strTmp[128], strTmp2[128];
for (jj = 0; jj < zflist.size(); jj++) {
printf("%s %d\n", zflist[jj].c_str(), zflist[jj].m_statFile.st_mtime);
// now gzip it, silly but see how it goes!
sprintf(strTmp, "%s.gz", zflist[jj].c_str());
sprintf(strTmp2, "%s.zip", strTmp);
printf("infile=%s outfile=%s\n", strTmp, strTmp2);
do_gzip(strTmp, zflist[jj].c_str());
boinc_zip(ZIP_IT, strTmp2, strTmp);
}
boinc_zip(UNZIP_IT, "/tmp/boinc_zip.zip", "/tmp/junk/boinc_zip");
return 0;
}
// get the list of output files to zip
//
void get_zip_inputs(ZipFileList &files) {
vector<string> initial_files;
char fname[256];
read_initial_file_list(initial_files);
DIRREF d = dir_open(".");
while (!dir_scan(fname, d, sizeof(fname))) {
string filename = string(fname);
if (in_vector(filename, initial_files)) continue;
for (unsigned int i=0; i<zip_patterns.size(); i++) {
regmatch match;
if (re_exec_w(zip_patterns[i], fname, 1, &match) == 1) {
files.push_back(filename);
break;
}
}
}
}
