def update_file_database_timestamps(self): # This isn't very elegant, but in order to force the game scanner to # refresh the game list based on files, we update the stamps in the # file database. Also, since we haven't keep track of additions / # deletions, we set both stamps for now... file_database = FileDatabase.instance() file_database.last_file_insert = time.time() file_database.last_file_delete = time.time() file_database.update_last_event_stamps() file_database.commit()
def check_sha1(self, sha1): database = FileDatabase.instance() result = database.check_sha1(sha1) if not result and is_locker_enabled(): database = LockerDatabase.instance() result = database.check_sha1(sha1) # print("check sha1", sha1, "in locker database - result", result) # if not result: # result = self.context.get_game_database().find_file_by_sha1(sha1) return result
def check_sha1(self, sha1): database = FileDatabase.instance() result = database.check_sha1(sha1) if not result and is_locker_enabled(): database = LockerDatabase.instance() result = database.check_sha1(sha1) # print("check sha1", sha1, "in locker database - result", result) # if not result: # result = self.context.get_game_database().find_file_by_sha1(sha1) return result
def find_by_sha1(self, sha1): database = FileDatabase.instance() result = database.find_file(sha1=sha1)["path"] if not result: path = Downloader.get_cache_path(sha1) if os.path.exists(path): result = path # result = self.context.get_game_database().find_file_by_sha1(sha1) # print("find by sha1", sha1, "in file database - result", result) if not result and is_locker_enabled(): database = LockerDatabase.instance() if database.check_sha1(sha1): result = "locker://" + sha1 # print("find by sha1", sha1, "in locker database - result", # result) return result
def find_by_sha1(self, sha1): database = FileDatabase.instance() result = database.find_file(sha1=sha1)["path"] if not result: path = Downloader.get_cache_path(sha1) if os.path.exists(path): result = path # result = self.context.get_game_database().find_file_by_sha1(sha1) # print("find by sha1", sha1, "in file database - result", result) if not result and is_locker_enabled(): database = LockerDatabase.instance() if database.check_sha1(sha1): result = "locker://" + sha1 # print("find by sha1", sha1, "in locker database - result", # result) return result
def upload_check(self, prefix): self.progressed( gettext("Finding files eligible for OAGD.net Locker") + " ({:0.0%})".format((prefix / 16.0))) file_database = FileDatabase.instance() cursor = file_database.cursor() # FIXME: prefix p = "0123456789ABCDEF"[prefix] cursor.execute( "SELECT DISTINCT sha1 FROM file " "WHERE hex(sha1) LIKE ?", (p + "%", )) string_io = StringIO() for row in cursor: string_io.write(row[0]) # print(prefix, len(string_io.getvalue())) self.stop_check() retry_seconds = 1 while True: try: result = self.client.post("/api/locker-upload-check", data=string_io.getvalue()) except OGDClient.ForbiddenError: raise Task.Failure( gettext("OAGD.net Locker is not enabled for your user. " "It may be available only to a few select beta " "users.")) except OGDClient.NonRetryableHTTPError as e: raise e except Exception: traceback.print_exc() self.progressed( gettext("Re-trying in {0} seconds...").format( retry_seconds)) for _ in range(retry_seconds): self.stop_check() time.sleep(1.0) retry_seconds = min(retry_seconds * 2, 60 * 10) else: return result
def upload_check(self, prefix): self.progressed( gettext("Finding files eligible for OAGD.net Locker") + " ({:0.0%})".format((prefix / 16.0))) file_database = FileDatabase.instance() cursor = file_database.cursor() # FIXME: prefix p = "0123456789ABCDEF"[prefix] cursor.execute("SELECT DISTINCT sha1 FROM file " "WHERE hex(sha1) LIKE ?", (p + "%",)) string_io = StringIO() for row in cursor: string_io.write(row[0]) # print(prefix, len(string_io.getvalue())) self.stop_check() retry_seconds = 1 while True: try: result = self.client.post("/api/locker-upload-check", data=string_io.getvalue()) except OGDClient.ForbiddenError: raise Task.Failure( gettext("OAGD.net Locker is not enabled for your user. " "It may be available only to a few select beta " "users.")) except OGDClient.NonRetryableHTTPError as e: raise e except Exception: traceback.print_exc() self.progressed(gettext( "Re-trying in {0} seconds...").format(retry_seconds)) for _ in range(retry_seconds): self.stop_check() time.sleep(1.0) retry_seconds = min(retry_seconds * 2, 60 * 10) else: return result