public RepositoryTagMap( AbstractRepository repository, RepositoryTagMap parent, Map<String, RepositoryTagEntry> tagMap) throws IOException { _tagMap = Collections.unmodifiableMap(tagMap); long now = Alarm.getCurrentTime(); if (parent.getSequence() < now) _sequence = now; else _sequence = parent.getSequence() + 1; TempStream os = new TempStream(); WriteStream out = new WriteStream(os); writeTagMap(out); out.close(); String tagHash; InputStream is = os.getInputStream(); try { tagHash = repository.addBlob(is); } finally { is.close(); } _tree = new GitTree(); _tree.addBlob("tags", 0775, tagHash); for (String key : tagMap.keySet()) { RepositoryTagEntry entry = tagMap.get(key); String sha1 = entry.getTagEntryHash(); String root = entry.getRoot(); _tree.addBlob(sha1, 0644, sha1); GitType type = repository.getType(root); if (type == GitType.BLOB) _tree.addBlob(root, 0644, root); else if (type == GitType.TREE) _tree.addDir(root, root); else throw new IllegalStateException(L.l("'{0}' has an unknown type {1}", root, type)); } String treeHash = repository.addTree(_tree); _commit = new GitCommit(); _commit.setTree(treeHash); _commit.put("sequence", String.valueOf(_sequence)); _commitHash = repository.addCommit(_commit); }
/** Close the connection. */ public void close() throws IOException { if (_isKeepalive) { // If recycling, read any unread data if (!_didGet) getConnInput(); if (!_isRequestDone) { if (_tempBuffer == null) _tempBuffer = new byte[256]; try { while (read(_tempBuffer, 0, _tempBuffer.length) > 0) {} } catch (IOException e) { _isKeepalive = false; } } } if (_isKeepalive) { HttpStream oldSaved; long now; now = CurrentTime.getCurrentTime(); synchronized (LOCK) { oldSaved = _savedStream; _savedStream = this; _saveTime = now; } if (oldSaved != null && oldSaved != this) { oldSaved._isKeepalive = false; oldSaved.close(); } return; } try { try { if (_ws != null) _ws.close(); } catch (Throwable e) { } _ws = null; try { if (_rs != null) _rs.close(); } catch (Throwable e) { } _rs = null; try { if (_os != null) _os.close(); } catch (Throwable e) { } _os = null; try { if (_is != null) _is.close(); } catch (Throwable e) { } _is = null; } finally { if (_s != null) _s.close(); _s = null; } }