def runCommand(self, args): if self.killed(): return try: searchnow, file2trash, file2edit, url, self.manualsearchsite, autosearchsites, filename, scrollpos = args.split('|') # self.logger.debug("manualsearchsite: " + self.manualsearchsite) if searchnow: self.fp.currentalbum = '<conTEXT:reinit>' self.searchnow = searchnow self.update = True if file2trash: file2trash = tounicode(file2trash) self.logger.debug("trash file: %s", file2trash) run("kioclient move", file2trash, "trash:/") self.update = True if file2edit: file2edit = tounicode(file2edit) run("kioclient exec", file2edit) if url: self.logger.debug("CLICKED URL: %s", url) run(self.browser, url) if self.manualsearchsite: self.fp.manualSearch(self.manualsearchsite) self.update = True # self.logger.debug(autosearchsites) if (not self.searchnow == searchAllTemporary or searchnow == searchAllTemporary) and autosearchsites != "": self.config["autoSearchSites"] = autosearchsites self.config["fileName"] = filename self.config["scrollPos"] = scrollpos except ValueError: return
def main(): args = sys.argv[1:] if len(args) == 0: args = ["--help"] parser = OptionParser(usage="usage: treecheck.py [-f <md5file>] <path>") parser.add_option( "-f", "--filename", action="store", dest="filename", type="string", help= "A file describing the expected directory contents (md5sum.exe file format)" ) (options, args) = parser.parse_args(args) path = tounicode(args[0]) if not os.path.isabs(path): path = tounicode(os.getcwd()) + u"/" + path assert os.path.exists(path), "Path does not exist: " + path if options.filename == "-": fo = sys.stdin else: fo = open(tounicode(options.filename)) expected = {} for line in fo: expected[line[34:].strip()] = line[0:32] tree = get_tree(path) extra_files = [] diff_files = [] missing_files = [] for fn in tree: md5 = md5sum_file(fn) if fn not in expected: extra_files.append(fn) print "?", fn else: if expected[fn] != md5: diff_files.append(fn) print "M", fn for fn in expected.keys(): if fn not in tree: missing_files.append(fn) print "D", fn if extra_files or diff_files or missing_files: print >> sys.stderr, "*** Content does not match" sys.exit(1)
def setUp(self): self.repopath = tounicode( tempfile.mktemp(prefix="boar_test_repository_", dir=TMPDIR)) repository.create_repository(self.repopath) self.repo = repository.Repo(self.repopath) self.sessioninfo1 = {"foo": "bar", "name": SESSION_NAME} self.fileinfo1 = {"filename": u"testfilename.txt", "md5sum": DATA1_MD5} self.fileinfo2 = {"filename": "testfilename2.txt", "md5sum": DATA2_MD5} self.fileinfo3 = {"filename": "testfilename3.txt", "md5sum": DATA3_MD5}
def main(): args = sys.argv[1:] if len(args) == 0: args = ["--help"] parser = OptionParser(usage="usage: treecheck.py [-f <md5file>] <path>") parser.add_option("-f", "--filename", action="store", dest = "filename", type="string", help="A file describing the expected directory contents (md5sum.exe file format)") (options, args) = parser.parse_args(args) path = tounicode(args[0]) if not os.path.isabs(path): path = tounicode(os.getcwd()) + u"/" + path assert os.path.exists(path), "Path does not exist: " + path if options.filename == "-": fo = sys.stdin else: fo = open(tounicode(options.filename)) expected = {} for line in fo: expected[line[34:].strip()] = line[0:32] tree = get_tree(path) extra_files = [] diff_files = [] missing_files = [] for fn in tree: md5 = md5sum_file(fn) if fn not in expected: extra_files.append(fn) print "?", fn else: if expected[fn] != md5: diff_files.append(fn) print "M", fn for fn in expected.keys(): if fn not in tree: missing_files.append(fn) print "D", fn if extra_files or diff_files or missing_files: print >>sys.stderr, "*** Content does not match" sys.exit(1)
def main(): args = sys.argv[1:] if len(args) != 3: print "mkrandfile.py <seed integer> <filesize in bytes> <filename>" sys.exit(1) seed = int(args.pop(0)) filesize_kbytes = int(args.pop(0)) filename = tounicode(args.pop(0)) md5 = mkrandfile_deterministic(filename, filesize_kbytes, seed=seed) print md5 + " " + filename
def append2PATH(paths, tmp_path): """ Appends the given argument to the PATH in the registry. The paths argument can contain multiple paths separated by ';'. """ from common import is_win32, Path, call_read, subprocess, \ chunks, tounicode, tounicodes paths, tmp_path = tounicodes((paths, tmp_path)) sep = ";" path_list = paths.split(sep) # 1. Get the current PATH value. echo_cmd = ["wine", "cmd.exe", "/c", "echo", "%PATH%"][is_win32:] CUR_PATH = call_read(echo_cmd).rstrip('\r\n') # Remove trailing \r\n. CUR_PATH = tounicode(CUR_PATH) if not is_win32 and '/' in paths: # Convert the Unix paths to Windows paths. winepath = lambda p: call_read(["winepath", "-w", p])[:-1] path_list = map(winepath, path_list) path_list = tounicodes(path_list) # 2. Avoid appending the same path(s) again. Strip '\' before comparing. op_list = [p.rstrip('\\') for p in CUR_PATH.split(sep)] path_list = filter((lambda p: p.rstrip('\\') not in op_list), path_list) if not path_list: return # 3. Create a temporary reg file. paths = sep.join(path_list) NEW_PATH = CUR_PATH + sep + paths + '\0' # Join with the current PATH. if 1 or is_win32: # Encode in hex. NEW_PATH = NEW_PATH.encode('utf-16')[2:].encode('hex') NEW_PATH = ','.join(chunks(NEW_PATH, 2)) # Comma separated byte values. var_type = 'hex(2)' #else: # Escape backslashes and wrap in quotes. #NEW_PATH = '"%s"' % NEW_PATH.replace('\\', '\\\\') #var_type = 'str(2)' # Write to "tmp_path/newpath.reg". tmp_reg = Path(tmp_path)/"newpath.reg" tmp_reg.open("w", "utf-16").write("""Windows Registry Editor Version 5.00\r \r [HKEY_LOCAL_MACHINE\\System\\CurrentControlSet\ Control\\Session Manager\\Environment]\r "Path"=%s:%s\r\n""" % (var_type, NEW_PATH)) # 4. Apply the reg file to the registry. "/s" means run silently. regedit = ["wine", "regedit.exe", "/s", tmp_reg][is_win32:] subprocess.call(regedit)