def create_catalog():
path = check_string(request, params.PATH)
name = check_string(request, params.NAME)
if not check_path(path):
path = None
if path == None:
return send_error(error_codes.INVALID_PATH, "You need to specify path parameter")
if not os.path.isdir(path):
return send_no_dir_error(path)
if name == "":
return jsonify({
"code" : error_codes.INVALID_CATALOG_NAME,
"message" : "Invalid name"
})
final_path = os.path.join(path, name)
if os.path.isdir(final_path):
return jsonify({
"code" : error_codes.DATA_MANAGEMENT_ERROR,
"message" : "Folder already exsists."
})
try:
os.mkdir(final_path)
return jsonify({
"code" : error_codes.SUCCESFULL_QUERY,
"message" : "Folder succesfully created"
})
except:
return jsonify({
"code" : error_codes.DATA_MANAGEMENT_ERROR,
"message" : "An error has occured."
})
def youtube_upload():
path = check_string(request, params.PATH)
if not check_path(path):
path = None
if path == None:
return send_error(error_codes.INVALID_PATH, "You need to specify path parameter")
if not os.path.isdir(path):
return send_no_dir_error(path)
url = check_string(request, params.URL)
if url == None:
return send_error(error_codes.INVALID_URL, "You need to specify URL parameter")
threaded = check_boolean(request, params.THREADED)
if threaded:
thread = threading.Thread(target = explorer.downloadYouTube, args = (path, url))
thread.daemon = True
thread.start()
else:
explorer.downloadYouTube(path, url)
return jsonify({
"code" : error_codes.SUCCESFULL_QUERY,
"message" : "Query has been dispatched"
})
def getAllPlaylists(): local = check_boolean(request, params.LOCAL) sortingMethod = check_integer(request, params.SORT) if sortingMethod == None: sortingMethod = check_string(request, params.SORT) sortingMethod = translate_sorting_method(sortingMethod) trackSortingMethod = check_integer(request, params.TRACK_SORT) if trackSortingMethod == None: trackSortingMethod = check_string(request, params.TRACK_SORT) trackSortingMethod = translate_sorting_method(trackSortingMethod, 1) filters = check_int_array(request, params.FILTER) if len(filters) == 0: filters.append(0) #0 means no filtering initialPath = check_string(request, params.PATH) if not check_path(initialPath): initialPath = None if initialPath == None: initialPath = get_defaults()["defaults"]["default_path"] if not os.path.isdir(initialPath): return send_error(error_codes.INVALID_PATH, "Invalid path") respone = explorer.getAllPlaylists(initialPath, sortingMethod, trackSortingMethod, filters, local) if not 'error' in respone: respone['code'] = error_codes.SUCCESFULL_QUERY return jsonify(respone)
def getAllTracks(): simple = check_boolean(request, params.SIMPLE) local = check_boolean(request, params.LOCAL) initialPath = check_string(request, params.PATH) sortingMethod = check_integer(request, params.SORT) if sortingMethod == None: sortingMethod = check_string(request, params.SORT) sortingMethod = translate_sorting_method(sortingMethod, 1) if not check_path(initialPath): initialPath = None if initialPath == None: initialPath = get_defaults()["defaults"]["default_path"] if not os.path.isdir(initialPath): return send_error(error_codes.INVALID_PATH, "Invalid path") respone = explorer.getAllTracks(initialPath, sortingMethod, simple, local) if not 'error' in respone: respone['code'] = error_codes.SUCCESFULL_QUERY return jsonify(respone)
def filter_hyperlinks(self, args):
""" for a given paragraph text or a table text,
this function filters the table text
and returns the table data
args = [table,
paragraph,
text,
spec_name]"""
#context = Context.from_request(self.req, 'wiki')
context = web_context(self.req, 'wiki')
#print('inside filter_hyperlinks -> everthing is ok so far before -> regex_id, hypermatches = find_hyperlinks(args[2])')
regex_id, hypermatches = find_hyperlinks(args[2])
#print('regex_id, hypermatches = find_hyperlinks(args[2])', regex_id, hypermatches)
hyperlink = ''
if len(hypermatches) > 0:
link_name = ''
rest = hypermatches.pop()
for hyper in hypermatches:
flt_text = ''
if self.add_hyper_link == True:
#args[2].rows[args[0]].cells[args[1]].\
# paragraphs[0].add_run(hyper[0])
wiki = process_blockquote(check_string(hyper[0]))
self.parse_html(args, context, wiki)
hyperlink, link_name = self.get_hyperlink(
args[3], regex_id, hyper)
if hyperlink == None:
break
add_hyperlink(args[1], hyperlink, link_name, '0000FF',
True)
elif self.add_hyper_link == False:
flt_text = flt_text + hyper[0]
#args[2].rows[args[0]].cells[args[1]].\
# paragraphs[0].add_run(flt_text)
wiki = process_blockquote(check_string(flt_text))
self.parse_html(args, context, wiki)
#args[2].rows[args[0]].cells[args[1]].paragraphs[0].add_run(rest)
wiki = process_blockquote(check_string(rest))
self.parse_html(args, context, wiki)
else:
#print('inside filter_hyperlinks(self, args): after else:')
#print('args[2]', args[2])
wiki = process_blockquote(check_string(args[2]))
#print('wiki', wiki)
#print('args', args)
self.parse_html(args, context, wiki)
#print('fine so far after self.parse_html(args, context, wiki) in inside filter_hyperlinks(self, args): after else:')
#args[2].rows[args[0]].cells[args[1]].text = \
# unicode(args[3], "utf-8")
return (args[0], hypermatches)
def file_delete():
path = check_string(request, params.PATH)
if not check_path(path):
path = None
if path == None:
return send_error(error_codes.INVALID_PATH, "You need to specify path parameter")
if not os.path.exists(path):
return send_no_file_error(path)
try:
if(os.path.isdir(path)):
shutil.rmtree(path)
else:
os.remove(path)
return jsonify({
"code" : error_codes.SUCCESFULL_QUERY,
"message" : "File/directory deleted"
})
except:
return jsonify({
"code" : error_codes.DATA_MANAGEMENT_ERROR,
"message" : "An error while deleting file has occured"
})
def file_upload():
path = check_string(request, params.PATH)
if not check_path(path):
path = None
if path == None:
return send_error(error_codes.INVALID_PATH, "You need to specify path parameter")
if not os.path.isdir(path):
return send_no_dir_error(path)
file = request.files['file']
if file and allowed_file(file.filename):
filename = secure_filename(file.filename)
file_path = os.path.join(path, filename)
file.save(file_path)
return jsonify({
"code" : error_codes.SUCCESFULL_QUERY,
"path" : file_path,
"message" : "File uploaded"
})
return jsonify({
"code" : error_codes.UNALLOWED_EXTENSION,
"message" : "Unallowed extension"
})
def send_audio(): path = check_string(request, params.PATH) if not check_path(path): path = None if path == None: return send_error(error_codes.INVALID_PATH, "You need to specify path parameter") if not file_exsists(path): return send_no_file_error(path) return send_from_directory(directory = os.path.dirname(path), filename = os.path.basename(path))
def get_metadata(): path = check_string(request, params.PATH) if path == None: return send_error(error_codes.INVALID_PATH, "You need to specify path parameter") if not file_exsists(path): return send_no_file_error(path) respone = explorer.getMetadata(path) respone['code'] = error_codes.SUCCESFULL_QUERY return jsonify(respone)
def getDirectory(): path = check_string(request, params.PATH) if path == None: path = get_defaults()['defaults']['default_path'] metadata = check_boolean(request, params.METADATA) sortingMethod = check_integer(request, params.SORT) if sortingMethod == None: sortingMethod = check_string(request, params.SORT) sortingMethod = translate_sorting_method(sortingMethod, 0) if check_path(path): respone = explorer.getPathContent(path, metadata, sorting = sortingMethod) if respone == None: return send_error(error_codes.INVALID_PATH, "Invalid path") else: return send_error(error_codes.INVALID_PATH, "Invalid path") respone['code'] = error_codes.SUCCESFULL_QUERY return jsonify(respone)
def play_track(): currentTrack = trackThreader.currentTrack() trackPath = check_string(request, params.PATH) terminate = check_boolean(request, params.TERMINATE) if not file_exsists(trackPath) or not check_path(trackPath): return send_no_file_error(trackPath) if currentTrack == None: return startTrack(trackPath) else: if terminate: currentTrack.stop() trackThreader.setTrack(None) return startTrack(trackPath) return send_error(error_codes.TRACK_ALREADY_PLAYING, "Track already exsists")
