Lines Matching refs:uint16
64 std::map<ec_tagname_t, uint16> m_map_uint16;
100 void CreateTag(ec_tagname_t tagname, uint16 value, CECTag *parent)
102 CreateTagT<uint16>(tagname, value, m_map_uint16, parent);
225 uint16 GetRequests(uint16 *target = 0) const { return AssignIfExist(EC_TAG_KNOWNFILE_REQ_COUNT, target); }
228 uint16 GetAccepts(uint16 *target = 0) const { return AssignIfExist(EC_TAG_KNOWNFILE_ACCEPT_COUNT, target); }
234 uint16 GetCompleteSourcesLow(uint16 *target = 0) const { return AssignIfExist(EC_TAG_KNOWNFILE_COMPLETE_SOURCES_LOW, target); }
235 uint16 GetCompleteSourcesHigh(uint16 *target = 0) const { return AssignIfExist(EC_TAG_KNOWNFILE_COMPLETE_SOURCES_HIGH, target); }
236 uint16 GetCompleteSources(uint16 *target = 0) const { return AssignIfExist(EC_TAG_KNOWNFILE_COMPLETE_SOURCES, target); }
238 uint16 GetOnQueue(uint16 *target = 0) const { return AssignIfExist(EC_TAG_KNOWNFILE_ON_QUEUE, target); }
252 uint16 PartMetID() const { return GetTagByNameSafe(EC_TAG_PARTFILE_PARTMETID)->GetInt(); }
258 uint16 SourceCount(uint16 *target = 0) const { return AssignIfExist(EC_TAG_PARTFILE_SOURCE_COUNT, target); }
259 uint16 SourceNotCurrCount(uint16 *target = 0) const { return AssignIfExist(EC_TAG_PARTFILE_SOURCE_COUNT_NOT_CURRENT, target); }
260 uint16 SourceXferCount(uint16 *target = 0) const { return AssignIfExist(EC_TAG_PARTFILE_SOURCE_COUNT_XFER, target); }
261 uint16 SourceCountA4AF(uint16 *target = 0) const { return AssignIfExist(EC_TAG_PARTFILE_SOURCE_COUNT_A4AF, target); }
268 uint16 AvailablePartCount(uint16 *target = 0) const { return AssignIfExist(EC_TAG_PARTFILE_AVAILABLE_PARTS, target); }
278 uint16 id = PartMetID();
318 uint16 UserPort(uint16 *target = 0) const { return AssignIfExist(EC_TAG_CLIENT_USER_PORT, target); }
320 uint16 ServerPort(uint16 *target = 0) const { return AssignIfExist(EC_TAG_CLIENT_SERVER_PORT, target); }
322 bool KadPort(uint16 &target) const { return AssignIfExist(EC_TAG_CLIENT_KAD_PORT, target); }
325 uint16 WaitingPosition(uint16 *target = 0) const { return AssignIfExist(EC_TAG_CLIENT_WAITING_POSITION, target); }
326 uint16 RemoteQueueRank(uint16 *target = 0) const { return AssignIfExist(EC_TAG_CLIENT_REMOTE_QUEUE_RANK, target); }
327 uint16 OldRemoteQueueRank(uint16 *target = 0) const { return AssignIfExist(EC_TAG_CLIENT_OLD_REMOTE_QUEUE_RANK, target); }
332 bool NextRequestedPart(uint16 &target) const { return AssignIfExist(EC_TAG_CLIENT_NEXT_REQUESTED_PART, target); }
333 bool LastDownloadingPart(uint16 &target) const { return AssignIfExist(EC_TAG_CLIENT_LAST_DOWNLOADING_PART, target); }
342 bool AvailableParts(uint16 &target) const { return AssignIfExist(EC_TAG_CLIENT_AVAILABLE_PARTS, target); }
397 bool Port(uint16 &target) const { return AssignIfExist(EC_TAG_FRIEND_PORT, target); }