h4iku/coconut_java2006_preprocessed · Datasets at Hugging Face

} catch(org.omg.CORBA.ORBPackage.InvalidName ine) { throw new org.omg.CORBA.ORBPackage.InvalidName();

AllVTFactory vt = new AllVTFactory(); vt.register(orb); org.omg.CORBA.Object rootObj = orb.resolve_initial_references("NameService"); if (rootObj == null) { logger.info("Name service object is null!"); return;

public FissuresNamingServiceImpl (java.util.Properties props) throws org.omg.CORBA.ORBPackage.InvalidName{ this.props = props; String[] args = new String[0]; try { orb = (org.omg.CORBA_2_3.ORB)org.omg.CORBA.ORB.init(args, props); // register valuetype factories AllVTFactory vt = new AllVTFactory(); vt.register(orb); // get a reference to the Naming Service root_context org.omg.CORBA.Object rootObj = orb.resolve_initial_references("NameService"); if (rootObj == null) { //logger.error logger.info("Name service object is null!"); return; } namingContext = NamingContextExtHelper.narrow(rootObj); //logger.info logger.info("got Name context"); } catch(org.omg.CORBA.ORBPackage.InvalidName ine) { throw new org.omg.CORBA.ORBPackage.InvalidName(); } }

namingContext = NamingContextExtHelper.narrow(rootObj); logger.info("got Name context");

public FissuresNamingServiceImpl (java.util.Properties props) throws org.omg.CORBA.ORBPackage.InvalidName{ this.props = props; String[] args = new String[0]; try { orb = (org.omg.CORBA_2_3.ORB)org.omg.CORBA.ORB.init(args, props); // register valuetype factories AllVTFactory vt = new AllVTFactory(); vt.register(orb); // get a reference to the Naming Service root_context org.omg.CORBA.Object rootObj = orb.resolve_initial_references("NameService"); if (rootObj == null) { //logger.error logger.info("Name service object is null!"); return; } namingContext = NamingContextExtHelper.narrow(rootObj); //logger.info logger.info("got Name context"); } catch(org.omg.CORBA.ORBPackage.InvalidName ine) { throw new org.omg.CORBA.ORBPackage.InvalidName(); } }

public void rebind(String dns, String objectname, org.omg.CORBA.Object obj) throws org.omg.CosNaming.NamingContextPackage.NotFound, org.omg.CosNaming.NamingContextPackage.CannotProceed, org.omg.CosNaming.NamingContextPackage.InvalidName, Exception {

public void rebind(String dns, String objectname, org.omg.CORBA.Object obj) throws org.omg.CosNaming.NamingContextPackage.NotFound, org.omg.CosNaming.NamingContextPackage.CannotProceed, org.omg.CosNaming.NamingContextPackage.InvalidName {

public void rebind(String dns, String objectname, org.omg.CORBA.Object obj) throws org.omg.CosNaming.NamingContextPackage.NotFound, org.omg.CosNaming.NamingContextPackage.CannotProceed, org.omg.CosNaming.NamingContextPackage.InvalidName, Exception { logger.info("The CLASS Name is "+obj.getClass().getName()); String interfacename = getInterfaceName(obj); dns = appendKindNames(dns); if(interfacename != null && interfacename.length() != 0) dns = dns + "/" + interfacename + ".interface"; if(objectname != null && objectname.length() != 0) { objectname = objectname + getVersion(); dns = dns + "/" + objectname + ".object"; } logger.info("the dns to be bind is "+dns); NameComponent[] ncName; try { ncName = namingContext.to_name(dns); } catch(org.omg.CosNaming.NamingContextPackage.InvalidName ine) { logger.info("INVALID NAME EXCEPTION IS CAUGHT"); throw new org.omg.CosNaming.NamingContextPackage.InvalidName();//"The DNS name "+dns+" that is passed is InValid "); //return false; } NameComponent[] ncName1 = new NameComponent[1]; NamingContext namingContextTemp = (NamingContext)namingContext; int counter; for(counter = 0; counter < ncName.length; counter++) { //NameComponent temp[] = new NameComponent[counter]; int subcounter; try { namingContext.rebind(namingContext.to_name(dns), obj); //namingContext.reslove(namingContext.to_name(dns)); } catch(org.omg.CosNaming.NamingContextPackage.NotFound nfe) { switch(nfe.why.value()) { case NotFoundReason._missing_node: ncName1[0] = nfe.rest_of_name[0]; logger.info("The id of the context is "+ncName1[0].id) ; subcounter = 0; for(int i = 0 ; i < ncName.length && !ncName[i].id.equals(ncName1[0].id); i++) { subcounter++; } NameComponent temp[] = new NameComponent[subcounter]; for(int i = 0 ; i < ncName.length && !ncName[i].id.equals(ncName1[0].id); i++) { temp[i] = ncName[i]; } try { if(subcounter != 0){ logger.info("resolving new naming context"); namingContextTemp = NamingContextExtHelper.narrow(namingContext.resolve(temp)); } if(ncName1[0].id.equals(interfacename)) ncName1[0].kind = "interface"; else if(ncName1[0].id.equals(objectname)) ncName1[0].kind = "object"; else ncName1[0].kind = "dns"; namingContextTemp.bind_new_context(ncName1); } catch(Exception ex) { logger.info("This Exception must not occur"); ex.printStackTrace(); throw new Exception(); } break; case NotFoundReason._not_context: logger.info("Not a Context"); logger.info(nfe.rest_of_name[0].id+" IS PASSED AS A CONTEXT. ACTUALLY IT IS ALREADY BOUND AS AN OBJECT"); throw new org.omg.CosNaming.NamingContextPackage.NotFound(nfe.why, nfe.rest_of_name); //break; case NotFoundReason._not_object: logger.info("Not an Object"); logger.info(nfe.rest_of_name[0].id+" IS PASSED AS AN OBJECT. ACTUALLY IT IS ALREADY BOUND AS A CONTEXT"); throw new org.omg.CosNaming.NamingContextPackage.NotFound(nfe.why, nfe.rest_of_name); } } catch(org.omg.CosNaming.NamingContextPackage.CannotProceed cpe) { logger.info("Caught Exception cannot proceed"); throw new org.omg.CosNaming.NamingContextPackage.CannotProceed(); } } }

if(subcounter != 0){ logger.info("resolving new naming context"); namingContextTemp = NamingContextExtHelper.narrow(namingContext.resolve(temp)); } if(ncName1[0].id.equals(interfacename)) ncName1[0].kind = "interface"; else if(ncName1[0].id.equals(objectname)) ncName1[0].kind = "object"; else ncName1[0].kind = "dns";

public void rebind(String dns, String objectname, org.omg.CORBA.Object obj) throws org.omg.CosNaming.NamingContextPackage.NotFound, org.omg.CosNaming.NamingContextPackage.CannotProceed, org.omg.CosNaming.NamingContextPackage.InvalidName, Exception { logger.info("The CLASS Name is "+obj.getClass().getName()); String interfacename = getInterfaceName(obj); dns = appendKindNames(dns); if(interfacename != null && interfacename.length() != 0) dns = dns + "/" + interfacename + ".interface"; if(objectname != null && objectname.length() != 0) { objectname = objectname + getVersion(); dns = dns + "/" + objectname + ".object"; } logger.info("the dns to be bind is "+dns); NameComponent[] ncName; try { ncName = namingContext.to_name(dns); } catch(org.omg.CosNaming.NamingContextPackage.InvalidName ine) { logger.info("INVALID NAME EXCEPTION IS CAUGHT"); throw new org.omg.CosNaming.NamingContextPackage.InvalidName();//"The DNS name "+dns+" that is passed is InValid "); //return false; } NameComponent[] ncName1 = new NameComponent[1]; NamingContext namingContextTemp = (NamingContext)namingContext; int counter; for(counter = 0; counter < ncName.length; counter++) { //NameComponent temp[] = new NameComponent[counter]; int subcounter; try { namingContext.rebind(namingContext.to_name(dns), obj); //namingContext.reslove(namingContext.to_name(dns)); } catch(org.omg.CosNaming.NamingContextPackage.NotFound nfe) { switch(nfe.why.value()) { case NotFoundReason._missing_node: ncName1[0] = nfe.rest_of_name[0]; logger.info("The id of the context is "+ncName1[0].id) ; subcounter = 0; for(int i = 0 ; i < ncName.length && !ncName[i].id.equals(ncName1[0].id); i++) { subcounter++; } NameComponent temp[] = new NameComponent[subcounter]; for(int i = 0 ; i < ncName.length && !ncName[i].id.equals(ncName1[0].id); i++) { temp[i] = ncName[i]; } try { if(subcounter != 0){ logger.info("resolving new naming context"); namingContextTemp = NamingContextExtHelper.narrow(namingContext.resolve(temp)); } if(ncName1[0].id.equals(interfacename)) ncName1[0].kind = "interface"; else if(ncName1[0].id.equals(objectname)) ncName1[0].kind = "object"; else ncName1[0].kind = "dns"; namingContextTemp.bind_new_context(ncName1); } catch(Exception ex) { logger.info("This Exception must not occur"); ex.printStackTrace(); throw new Exception(); } break; case NotFoundReason._not_context: logger.info("Not a Context"); logger.info(nfe.rest_of_name[0].id+" IS PASSED AS A CONTEXT. ACTUALLY IT IS ALREADY BOUND AS AN OBJECT"); throw new org.omg.CosNaming.NamingContextPackage.NotFound(nfe.why, nfe.rest_of_name); //break; case NotFoundReason._not_object: logger.info("Not an Object"); logger.info(nfe.rest_of_name[0].id+" IS PASSED AS AN OBJECT. ACTUALLY IT IS ALREADY BOUND AS A CONTEXT"); throw new org.omg.CosNaming.NamingContextPackage.NotFound(nfe.why, nfe.rest_of_name); } } catch(org.omg.CosNaming.NamingContextPackage.CannotProceed cpe) { logger.info("Caught Exception cannot proceed"); throw new org.omg.CosNaming.NamingContextPackage.CannotProceed(); } } }

} catch(Exception ex) { logger.info("This Exception must not occur"); ex.printStackTrace(); throw new Exception(); }

} catch (AlreadyBound e) { logger.error("Caught AlreadyBound, should not happen, ignoring...", e); }

public void rebind(String dns, String objectname, org.omg.CORBA.Object obj) throws org.omg.CosNaming.NamingContextPackage.NotFound, org.omg.CosNaming.NamingContextPackage.CannotProceed, org.omg.CosNaming.NamingContextPackage.InvalidName, Exception { logger.info("The CLASS Name is "+obj.getClass().getName()); String interfacename = getInterfaceName(obj); dns = appendKindNames(dns); if(interfacename != null && interfacename.length() != 0) dns = dns + "/" + interfacename + ".interface"; if(objectname != null && objectname.length() != 0) { objectname = objectname + getVersion(); dns = dns + "/" + objectname + ".object"; } logger.info("the dns to be bind is "+dns); NameComponent[] ncName; try { ncName = namingContext.to_name(dns); } catch(org.omg.CosNaming.NamingContextPackage.InvalidName ine) { logger.info("INVALID NAME EXCEPTION IS CAUGHT"); throw new org.omg.CosNaming.NamingContextPackage.InvalidName();//"The DNS name "+dns+" that is passed is InValid "); //return false; } NameComponent[] ncName1 = new NameComponent[1]; NamingContext namingContextTemp = (NamingContext)namingContext; int counter; for(counter = 0; counter < ncName.length; counter++) { //NameComponent temp[] = new NameComponent[counter]; int subcounter; try { namingContext.rebind(namingContext.to_name(dns), obj); //namingContext.reslove(namingContext.to_name(dns)); } catch(org.omg.CosNaming.NamingContextPackage.NotFound nfe) { switch(nfe.why.value()) { case NotFoundReason._missing_node: ncName1[0] = nfe.rest_of_name[0]; logger.info("The id of the context is "+ncName1[0].id) ; subcounter = 0; for(int i = 0 ; i < ncName.length && !ncName[i].id.equals(ncName1[0].id); i++) { subcounter++; } NameComponent temp[] = new NameComponent[subcounter]; for(int i = 0 ; i < ncName.length && !ncName[i].id.equals(ncName1[0].id); i++) { temp[i] = ncName[i]; } try { if(subcounter != 0){ logger.info("resolving new naming context"); namingContextTemp = NamingContextExtHelper.narrow(namingContext.resolve(temp)); } if(ncName1[0].id.equals(interfacename)) ncName1[0].kind = "interface"; else if(ncName1[0].id.equals(objectname)) ncName1[0].kind = "object"; else ncName1[0].kind = "dns"; namingContextTemp.bind_new_context(ncName1); } catch(Exception ex) { logger.info("This Exception must not occur"); ex.printStackTrace(); throw new Exception(); } break; case NotFoundReason._not_context: logger.info("Not a Context"); logger.info(nfe.rest_of_name[0].id+" IS PASSED AS A CONTEXT. ACTUALLY IT IS ALREADY BOUND AS AN OBJECT"); throw new org.omg.CosNaming.NamingContextPackage.NotFound(nfe.why, nfe.rest_of_name); //break; case NotFoundReason._not_object: logger.info("Not an Object"); logger.info(nfe.rest_of_name[0].id+" IS PASSED AS AN OBJECT. ACTUALLY IT IS ALREADY BOUND AS A CONTEXT"); throw new org.omg.CosNaming.NamingContextPackage.NotFound(nfe.why, nfe.rest_of_name); } } catch(org.omg.CosNaming.NamingContextPackage.CannotProceed cpe) { logger.info("Caught Exception cannot proceed"); throw new org.omg.CosNaming.NamingContextPackage.CannotProceed(); } } }

candidate.setAvailableRangeSet( availableRanges );

try { candidate.setAvailableRangeSet( availableRanges ); } catch ( IllegalArgumentException exp ) { NLogger.error(NLoggerNames.Download_Engine, "Failed to parse X-Available-Ranges in " + candidate.getVendor() + " request: " + response.buildHTTPResponseString(), exp ); }

public void exchangeHTTPHandshake( SWDownloadSegment aSegment ) throws IOException, UnusableHostException, HTTPMessageException { NetworkManager networkMgr = NetworkManager.getInstance(); isDownloadSuccessful = false; segment = aSegment; long downloadOffset = segment.getTransferStartPosition(); OutputStreamWriter writer = new OutputStreamWriter( connection.getOutputStream() ); // reset to default input stream inStream = connection.getInputStream(); String requestUrl = candidate.getDownloadRequestUrl(); HTTPRequest request = new HTTPRequest( "GET", requestUrl, true ); request.addHeader( new HTTPHeader( HTTPHeaderNames.HOST, candidate.getHostAddress().getFullHostName() ) ); request.addHeader( new HTTPHeader( GnutellaHeaderNames.LISTEN_IP, networkMgr.getLocalAddress().getFullHostName() ) ); long segmentEndOffset = segment.getEnd(); if ( segmentEndOffset == -1 ) {// create header with open end request.addHeader( new HTTPHeader( HTTPHeaderNames.RANGE, "bytes=" + downloadOffset + "-" ) ); } else { request.addHeader( new HTTPHeader( HTTPHeaderNames.RANGE, "bytes=" + downloadOffset + "-" + segmentEndOffset ) ); } request.addHeader( new HTTPHeader( GnutellaHeaderNames.X_QUEUE, "0.1" ) ); // request a HTTP keep alive connection, needed for queuing to work. request.addHeader( new HTTPHeader( HTTPHeaderNames.CONNECTION, "Keep-Alive" ) ); if ( candidate.isG2FeatureAdded() ) { request.addHeader( new HTTPHeader( "X-Features", "g2/1.0" ) ); } buildAltLocRequestHeader(request); if ( ServiceManager.sCfg.isChatEnabled ) { DestAddress ha = networkMgr.getLocalAddress(); IpAddress myIp = ha.getIpAddress(); if ( myIp == null || !myIp.isSiteLocalIP() ) { request.addHeader( new HTTPHeader( "Chat", ha.getFullHostName() ) ); } } String httpRequestStr = request.buildHTTPRequestString(); NLogger.debug(NLoggerNames.Download_Engine, "HTTP Request to: " + candidate.getHostAddress() + "\n" + httpRequestStr ); candidate.addToCandidateLog( "HTTP Request:\n" + httpRequestStr ); // write request... writer.write( httpRequestStr ); writer.flush(); HTTPResponse response = HTTPProcessor.parseHTTPResponse( connection ); if ( NLogger.isDebugEnabled( NLoggerNames.Download_Engine ) ) { NLogger.debug(NLoggerNames.Download_Engine, "HTTP Response from: " + candidate.getHostAddress() + "\n" + response.buildHTTPResponseString() ); } if ( ServiceManager.sCfg.downloadCandidateLogBufferSize > 0 ) { candidate.addToCandidateLog( "HTTP Response:\n" + response.buildHTTPResponseString() ); } HTTPHeader header = response.getHeader( HTTPHeaderNames.SERVER ); if ( header != null ) { candidate.setVendor( header.getValue() ); } header = response.getHeader( HTTPHeaderNames.TRANSFER_ENCODING ); if ( header != null ) { if ( header.getValue().equals("chunked") ) { inStream = new ChunkedInputStream( connection.getInputStream() ); } } replyContentRange = null; header = response.getHeader( HTTPHeaderNames.CONTENT_RANGE ); if ( header != null ) { replyContentRange = parseContentRange( header.getValue() ); // startPos of -1 indicates '*' (free to choose) if ( replyContentRange.startPos != -1 && replyContentRange.startPos != downloadOffset ) { throw new IOException( "Invalid 'CONTENT-RANGE' start offset." ); } } replyContentLength = -1; header = response.getHeader( HTTPHeaderNames.CONTENT_LENGTH ); if ( header != null ) { try { replyContentLength = header.longValue(); } catch ( NumberFormatException exp ) { //unknown } } URN downloadFileURN = downloadFile.getFileURN(); List<HTTPHeader> contentURNHeaders = new ArrayList<HTTPHeader>(); header = response.getHeader( GnutellaHeaderNames.X_GNUTELLA_CONTENT_URN ); if ( header != null ) { contentURNHeaders.add( header ); } // Shareaza 1.8.10.4 send also a bitprint urn in multiple X-Content-URN headers! HTTPHeader[] headers = response.getHeaders( GnutellaHeaderNames.X_CONTENT_URN ); CollectionUtils.addAll( contentURNHeaders, headers ); if ( downloadFileURN != null ) { Iterator<HTTPHeader> contentURNIterator = contentURNHeaders.iterator(); while ( contentURNIterator.hasNext() ) { header = contentURNIterator.next(); String contentURNStr = header.getValue(); // check if I can understand urn. if ( URN.isValidURN( contentURNStr ) ) { URN contentURN = new URN( contentURNStr ); if ( !downloadFileURN.equals( contentURN ) ) { throw new IOException( "Required URN and content URN do not match." ); } } } } // check Limewire chat support header. header = response.getHeader( GnutellaHeaderNames.CHAT ); if ( header != null ) { candidate.setChatSupported( true ); } // read out REMOTE-IP header... to update my IP header = response.getHeader( GnutellaHeaderNames.REMOTE_IP ); if ( header != null ) { byte[] remoteIP = AddressUtils.parseIP( header.getValue() ); if ( remoteIP != null ) { IpAddress ip = new IpAddress( remoteIP ); DestAddress address = PresentationManager.getInstance().createHostAddress(ip, -1); networkMgr.updateLocalAddress( address ); } } int httpCode = response.getStatusCode(); // read available ranges header = response.getHeader( GnutellaHeaderNames.X_AVAILABLE_RANGES ); if ( header != null ) { HTTPRangeSet availableRanges = HTTPRangeSet.parseHTTPRangeSet( header.getValue(), false ); if ( availableRanges == null ) {// failed to parse... give more detailed error report NLogger.error(NLoggerNames.Download_Engine, "Failed to parse X-Available-Ranges in " + candidate.getVendor() + " request: " + response.buildHTTPResponseString() ); } candidate.setAvailableRangeSet( availableRanges ); } else if ( httpCode >= 200 && httpCode < 300 && downloadFile.getTotalDataSize() != SWDownloadConstants.UNKNOWN_FILE_SIZE) {// OK header and no available range header.. we assume candidate // shares the whole file candidate.setAvailableRangeSet( new HTTPRangeSet( 0, downloadFile.getTotalDataSize() - 1) ); } // collect alternate locations... List<AlternateLocation> altLocList = new ArrayList<AlternateLocation>(); headers = response.getHeaders( GnutellaHeaderNames.ALT_LOC ); List<AlternateLocation> altLocTmpList = AltLocContainer.parseUriResAltLocFromHeaders( headers ); altLocList.addAll( altLocTmpList ); headers = response.getHeaders( GnutellaHeaderNames.X_ALT_LOC ); altLocTmpList = AltLocContainer.parseUriResAltLocFromHeaders( headers ); altLocList.addAll( altLocTmpList ); headers = response.getHeaders( GnutellaHeaderNames.X_ALT ); altLocTmpList = AltLocContainer.parseCompactIpAltLocFromHeaders( headers, downloadFileURN ); altLocList.addAll( altLocTmpList ); // TODO1 huh?? dont we pare X-NALT???? Iterator<AlternateLocation> iterator = altLocList.iterator(); while( iterator.hasNext() ) { downloadFile.addDownloadCandidate( iterator.next() ); } // collect push proxies. // first the old headers.. headers = response.getHeaders( "X-Pushproxies" ); handlePushProxyHeaders( headers ); headers = response.getHeaders( "X-Push-Proxies" ); handlePushProxyHeaders( headers ); // now the standard header headers = response.getHeaders( GnutellaHeaderNames.X_PUSH_PROXY ); handlePushProxyHeaders( headers ); updateKeepAliveSupport( response ); if ( httpCode >= 200 && httpCode < 300 ) {// code accepted // check if we can accept the urn... if ( contentURNHeaders.size() == 0 && requestUrl.startsWith(GnutellaRequest.GNUTELLA_URI_RES_PREFIX) ) {// we requested a download via /uri-res resource urn. // we expect that the result contains a x-gnutella-content-urn // or Shareaza X-Content-URN header. throw new IOException( "Response to uri-res request without valid Content-URN header." ); } // check if we need and can update our file and segment size. if ( downloadFile.getTotalDataSize() == SWDownloadConstants.UNKNOWN_FILE_SIZE ) { // we have a file with an unknown data size. For aditional check assert // certain parameters assert( segment.getTotalDataSize() == -1 ); // Now verify if we have the great chance to update our file data! if ( replyContentRange != null && replyContentRange.totalLength != SWDownloadConstants.UNKNOWN_FILE_SIZE ) { downloadFile.setFileSize( replyContentRange.totalLength ); // we learned the file size. To allow normal segment use // interrupt the download! stopDownload(); throw new ReconnectException(); } } // connection successfully finished NLogger.debug(NLoggerNames.Download_Engine, "HTTP Handshake successfull."); return; } // check error type else if ( httpCode == 503 ) {// 503 -> host is busy (this can also be returned when remotly queued) header = response.getHeader( GnutellaHeaderNames.X_QUEUE ); XQueueParameters xQueueParameters = null; if ( header != null ) { xQueueParameters = XQueueParameters.parseHTTPRangeSet( header.getValue() ); } // check for persistent connection (gtk-gnutella uses queuing with 'Connection: close') if ( xQueueParameters != null && isKeepAliveSupported ) { throw new RemotelyQueuedException( xQueueParameters ); } else { header = response.getHeader( HTTPHeaderNames.RETRY_AFTER ); if ( header != null ) { int delta = HTTPRetryAfter.parseDeltaInSeconds( header ); if ( delta > 0 ) { throw new HostBusyException( delta ); } } throw new HostBusyException(); } } else if ( httpCode == HTTPCodes.HTTP_401_UNAUTHORIZED || httpCode == HTTPCodes.HTTP_403_FORBIDDEN ) { if ( "Network Disabled".equals( response.getStatusReason() ) ) { if ( candidate.isG2FeatureAdded() ) { // already tried G2 but no success.. better give up and dont hammer.. throw new UnusableHostException( "Request Forbidden" ); } else { // we have not tried G2 but we could.. candidate.setG2FeatureAdded( true ); throw new HostBusyException( 60 * 5 ); } } else { throw new UnusableHostException( "Request Forbidden" ); } } else if ( httpCode == 408 ) { // 408 -> Time out. Try later? throw new HostBusyException(); } else if ( httpCode == 404 || httpCode == 410 ) {// 404: File not found / 410: Host not sharing throw new FileNotAvailableException(); } else if ( httpCode == 416 ) {// 416: Requested Range Unavailable header = response.getHeader( HTTPHeaderNames.RETRY_AFTER ); if ( header != null ) { int delta = HTTPRetryAfter.parseDeltaInSeconds( header ); if ( delta > 0 ) { throw new RangeUnavailableException( delta ); } } throw new RangeUnavailableException(); } else if ( httpCode == 500 ) { throw new UnusableHostException( "Internal Server Error" ); } else { throw new IOException( "Unknown HTTP code: " + httpCode ); } }

candidate.setAvailableRangeSet( new HTTPRangeSet( 0, downloadFile.getTotalDataSize() - 1) );

try { candidate.setAvailableRangeSet( new HTTPRangeSet( 0, downloadFile.getTotalDataSize() - 1) ); } catch ( IllegalArgumentException exp ) { NLogger.error(NLoggerNames.Download_Engine, "Failed to parse X-Available-Ranges in " + candidate.getVendor() + " request: " + response.buildHTTPResponseString(), exp ); }

public void exchangeHTTPHandshake( SWDownloadSegment aSegment ) throws IOException, UnusableHostException, HTTPMessageException { NetworkManager networkMgr = NetworkManager.getInstance(); isDownloadSuccessful = false; segment = aSegment; long downloadOffset = segment.getTransferStartPosition(); OutputStreamWriter writer = new OutputStreamWriter( connection.getOutputStream() ); // reset to default input stream inStream = connection.getInputStream(); String requestUrl = candidate.getDownloadRequestUrl(); HTTPRequest request = new HTTPRequest( "GET", requestUrl, true ); request.addHeader( new HTTPHeader( HTTPHeaderNames.HOST, candidate.getHostAddress().getFullHostName() ) ); request.addHeader( new HTTPHeader( GnutellaHeaderNames.LISTEN_IP, networkMgr.getLocalAddress().getFullHostName() ) ); long segmentEndOffset = segment.getEnd(); if ( segmentEndOffset == -1 ) {// create header with open end request.addHeader( new HTTPHeader( HTTPHeaderNames.RANGE, "bytes=" + downloadOffset + "-" ) ); } else { request.addHeader( new HTTPHeader( HTTPHeaderNames.RANGE, "bytes=" + downloadOffset + "-" + segmentEndOffset ) ); } request.addHeader( new HTTPHeader( GnutellaHeaderNames.X_QUEUE, "0.1" ) ); // request a HTTP keep alive connection, needed for queuing to work. request.addHeader( new HTTPHeader( HTTPHeaderNames.CONNECTION, "Keep-Alive" ) ); if ( candidate.isG2FeatureAdded() ) { request.addHeader( new HTTPHeader( "X-Features", "g2/1.0" ) ); } buildAltLocRequestHeader(request); if ( ServiceManager.sCfg.isChatEnabled ) { DestAddress ha = networkMgr.getLocalAddress(); IpAddress myIp = ha.getIpAddress(); if ( myIp == null || !myIp.isSiteLocalIP() ) { request.addHeader( new HTTPHeader( "Chat", ha.getFullHostName() ) ); } } String httpRequestStr = request.buildHTTPRequestString(); NLogger.debug(NLoggerNames.Download_Engine, "HTTP Request to: " + candidate.getHostAddress() + "\n" + httpRequestStr ); candidate.addToCandidateLog( "HTTP Request:\n" + httpRequestStr ); // write request... writer.write( httpRequestStr ); writer.flush(); HTTPResponse response = HTTPProcessor.parseHTTPResponse( connection ); if ( NLogger.isDebugEnabled( NLoggerNames.Download_Engine ) ) { NLogger.debug(NLoggerNames.Download_Engine, "HTTP Response from: " + candidate.getHostAddress() + "\n" + response.buildHTTPResponseString() ); } if ( ServiceManager.sCfg.downloadCandidateLogBufferSize > 0 ) { candidate.addToCandidateLog( "HTTP Response:\n" + response.buildHTTPResponseString() ); } HTTPHeader header = response.getHeader( HTTPHeaderNames.SERVER ); if ( header != null ) { candidate.setVendor( header.getValue() ); } header = response.getHeader( HTTPHeaderNames.TRANSFER_ENCODING ); if ( header != null ) { if ( header.getValue().equals("chunked") ) { inStream = new ChunkedInputStream( connection.getInputStream() ); } } replyContentRange = null; header = response.getHeader( HTTPHeaderNames.CONTENT_RANGE ); if ( header != null ) { replyContentRange = parseContentRange( header.getValue() ); // startPos of -1 indicates '*' (free to choose) if ( replyContentRange.startPos != -1 && replyContentRange.startPos != downloadOffset ) { throw new IOException( "Invalid 'CONTENT-RANGE' start offset." ); } } replyContentLength = -1; header = response.getHeader( HTTPHeaderNames.CONTENT_LENGTH ); if ( header != null ) { try { replyContentLength = header.longValue(); } catch ( NumberFormatException exp ) { //unknown } } URN downloadFileURN = downloadFile.getFileURN(); List<HTTPHeader> contentURNHeaders = new ArrayList<HTTPHeader>(); header = response.getHeader( GnutellaHeaderNames.X_GNUTELLA_CONTENT_URN ); if ( header != null ) { contentURNHeaders.add( header ); } // Shareaza 1.8.10.4 send also a bitprint urn in multiple X-Content-URN headers! HTTPHeader[] headers = response.getHeaders( GnutellaHeaderNames.X_CONTENT_URN ); CollectionUtils.addAll( contentURNHeaders, headers ); if ( downloadFileURN != null ) { Iterator<HTTPHeader> contentURNIterator = contentURNHeaders.iterator(); while ( contentURNIterator.hasNext() ) { header = contentURNIterator.next(); String contentURNStr = header.getValue(); // check if I can understand urn. if ( URN.isValidURN( contentURNStr ) ) { URN contentURN = new URN( contentURNStr ); if ( !downloadFileURN.equals( contentURN ) ) { throw new IOException( "Required URN and content URN do not match." ); } } } } // check Limewire chat support header. header = response.getHeader( GnutellaHeaderNames.CHAT ); if ( header != null ) { candidate.setChatSupported( true ); } // read out REMOTE-IP header... to update my IP header = response.getHeader( GnutellaHeaderNames.REMOTE_IP ); if ( header != null ) { byte[] remoteIP = AddressUtils.parseIP( header.getValue() ); if ( remoteIP != null ) { IpAddress ip = new IpAddress( remoteIP ); DestAddress address = PresentationManager.getInstance().createHostAddress(ip, -1); networkMgr.updateLocalAddress( address ); } } int httpCode = response.getStatusCode(); // read available ranges header = response.getHeader( GnutellaHeaderNames.X_AVAILABLE_RANGES ); if ( header != null ) { HTTPRangeSet availableRanges = HTTPRangeSet.parseHTTPRangeSet( header.getValue(), false ); if ( availableRanges == null ) {// failed to parse... give more detailed error report NLogger.error(NLoggerNames.Download_Engine, "Failed to parse X-Available-Ranges in " + candidate.getVendor() + " request: " + response.buildHTTPResponseString() ); } candidate.setAvailableRangeSet( availableRanges ); } else if ( httpCode >= 200 && httpCode < 300 && downloadFile.getTotalDataSize() != SWDownloadConstants.UNKNOWN_FILE_SIZE) {// OK header and no available range header.. we assume candidate // shares the whole file candidate.setAvailableRangeSet( new HTTPRangeSet( 0, downloadFile.getTotalDataSize() - 1) ); } // collect alternate locations... List<AlternateLocation> altLocList = new ArrayList<AlternateLocation>(); headers = response.getHeaders( GnutellaHeaderNames.ALT_LOC ); List<AlternateLocation> altLocTmpList = AltLocContainer.parseUriResAltLocFromHeaders( headers ); altLocList.addAll( altLocTmpList ); headers = response.getHeaders( GnutellaHeaderNames.X_ALT_LOC ); altLocTmpList = AltLocContainer.parseUriResAltLocFromHeaders( headers ); altLocList.addAll( altLocTmpList ); headers = response.getHeaders( GnutellaHeaderNames.X_ALT ); altLocTmpList = AltLocContainer.parseCompactIpAltLocFromHeaders( headers, downloadFileURN ); altLocList.addAll( altLocTmpList ); // TODO1 huh?? dont we pare X-NALT???? Iterator<AlternateLocation> iterator = altLocList.iterator(); while( iterator.hasNext() ) { downloadFile.addDownloadCandidate( iterator.next() ); } // collect push proxies. // first the old headers.. headers = response.getHeaders( "X-Pushproxies" ); handlePushProxyHeaders( headers ); headers = response.getHeaders( "X-Push-Proxies" ); handlePushProxyHeaders( headers ); // now the standard header headers = response.getHeaders( GnutellaHeaderNames.X_PUSH_PROXY ); handlePushProxyHeaders( headers ); updateKeepAliveSupport( response ); if ( httpCode >= 200 && httpCode < 300 ) {// code accepted // check if we can accept the urn... if ( contentURNHeaders.size() == 0 && requestUrl.startsWith(GnutellaRequest.GNUTELLA_URI_RES_PREFIX) ) {// we requested a download via /uri-res resource urn. // we expect that the result contains a x-gnutella-content-urn // or Shareaza X-Content-URN header. throw new IOException( "Response to uri-res request without valid Content-URN header." ); } // check if we need and can update our file and segment size. if ( downloadFile.getTotalDataSize() == SWDownloadConstants.UNKNOWN_FILE_SIZE ) { // we have a file with an unknown data size. For aditional check assert // certain parameters assert( segment.getTotalDataSize() == -1 ); // Now verify if we have the great chance to update our file data! if ( replyContentRange != null && replyContentRange.totalLength != SWDownloadConstants.UNKNOWN_FILE_SIZE ) { downloadFile.setFileSize( replyContentRange.totalLength ); // we learned the file size. To allow normal segment use // interrupt the download! stopDownload(); throw new ReconnectException(); } } // connection successfully finished NLogger.debug(NLoggerNames.Download_Engine, "HTTP Handshake successfull."); return; } // check error type else if ( httpCode == 503 ) {// 503 -> host is busy (this can also be returned when remotly queued) header = response.getHeader( GnutellaHeaderNames.X_QUEUE ); XQueueParameters xQueueParameters = null; if ( header != null ) { xQueueParameters = XQueueParameters.parseHTTPRangeSet( header.getValue() ); } // check for persistent connection (gtk-gnutella uses queuing with 'Connection: close') if ( xQueueParameters != null && isKeepAliveSupported ) { throw new RemotelyQueuedException( xQueueParameters ); } else { header = response.getHeader( HTTPHeaderNames.RETRY_AFTER ); if ( header != null ) { int delta = HTTPRetryAfter.parseDeltaInSeconds( header ); if ( delta > 0 ) { throw new HostBusyException( delta ); } } throw new HostBusyException(); } } else if ( httpCode == HTTPCodes.HTTP_401_UNAUTHORIZED || httpCode == HTTPCodes.HTTP_403_FORBIDDEN ) { if ( "Network Disabled".equals( response.getStatusReason() ) ) { if ( candidate.isG2FeatureAdded() ) { // already tried G2 but no success.. better give up and dont hammer.. throw new UnusableHostException( "Request Forbidden" ); } else { // we have not tried G2 but we could.. candidate.setG2FeatureAdded( true ); throw new HostBusyException( 60 * 5 ); } } else { throw new UnusableHostException( "Request Forbidden" ); } } else if ( httpCode == 408 ) { // 408 -> Time out. Try later? throw new HostBusyException(); } else if ( httpCode == 404 || httpCode == 410 ) {// 404: File not found / 410: Host not sharing throw new FileNotAvailableException(); } else if ( httpCode == 416 ) {// 416: Requested Range Unavailable header = response.getHeader( HTTPHeaderNames.RETRY_AFTER ); if ( header != null ) { int delta = HTTPRetryAfter.parseDeltaInSeconds( header ); if ( delta > 0 ) { throw new RangeUnavailableException( delta ); } } throw new RangeUnavailableException(); } else if ( httpCode == 500 ) { throw new UnusableHostException( "Internal Server Error" ); } else { throw new IOException( "Unknown HTTP code: " + httpCode ); } }

public void setValidValue(boolean val) { validValue = val; }

public void setValidValue(boolean val) { if(isConstant()) return; validValue = val; }

public void setValidValue(boolean val) { validValue = val; }

return new Variable(name,value);

Variable var = new Variable(name,value); return var;

public Variable createVariable(String name, Object value) { return new Variable(name,value); }

Writer w = new OutputStreamWriter(new FileOutputStream(new File(getRootDir(),"build.xml")),"UTF-8");

Writer w = new BufferedWriter(new OutputStreamWriter(new FileOutputStream(new File(getRootDir(),"build.xml")),"UTF-8"));

public synchronized void save() throws IOException { Writer w = new OutputStreamWriter(new FileOutputStream(new File(getRootDir(),"build.xml")),"UTF-8"); w.write("<?xml version='1.0' encoding='UTF-8'?>\n"); createConfiguredStream().toXML(this,w); w.close(); }

final String dateRange = ">=" + outputDate.format(m_start);

final String dateRange = ">=" + outputDate.format(safeStart);

public void execute() throws BuildException { File savedDir = m_dir; // may be altered in validate try { validate(); final Properties userList = new Properties(); loadUserlist(userList); for (Enumeration e = m_cvsUsers.elements(); e.hasMoreElements();) { final CvsUser user = (CvsUser) e.nextElement(); user.validate(); userList.put(user.getUserID(), user.getDisplayname()); } setCommand("log"); if (getTag() != null) { CvsVersion myCvsVersion = new CvsVersion(); myCvsVersion.setProject(getProject()); myCvsVersion.setTaskName("cvsversion"); myCvsVersion.setCvsRoot(getCvsRoot()); myCvsVersion.setCvsRsh(getCvsRsh()); myCvsVersion.setPassfile(getPassFile()); myCvsVersion.setDest(m_dir); myCvsVersion.execute(); if (myCvsVersion.supportsCvsLogWithSOption()) { addCommandArgument("-S"); } } if (null != m_start) { final SimpleDateFormat outputDate = new SimpleDateFormat("yyyy-MM-dd"); // We want something of the form: -d ">=YYYY-MM-dd" final String dateRange = ">=" + outputDate.format(m_start); // Supply '-d' as a separate argument - Bug# 14397 addCommandArgument("-d"); addCommandArgument(dateRange); } // Check if list of files to check has been specified if (!m_filesets.isEmpty()) { for (String file : m_filesets) { addCommandArgument(file); } } final ChangeLogParser parser = new ChangeLogParser(this); final RedirectingStreamHandler handler = new RedirectingStreamHandler(parser); log(getCommand(), Project.MSG_VERBOSE); setDest(m_dir); setExecuteStreamHandler(handler); try { super.execute(); } finally { final String errors = handler.getErrors(); if (null != errors && errors.length()!=0) { log(errors, Project.MSG_ERR); } } final CVSEntry[] entrySet = parser.getEntrySetAsArray(); final CVSEntry[] filteredEntrySet = filterEntrySet(entrySet); replaceAuthorIdWithName(userList, filteredEntrySet); writeChangeLog(filteredEntrySet); } finally { m_dir = savedDir; } }

disabled = req.getParameter("disable")!=null;

public synchronized void doConfigSubmit( StaplerRequest req, StaplerResponse rsp ) throws IOException, ServletException { try { if(!Hudson.adminCheck(req,rsp)) return; int scmidx = Integer.parseInt(req.getParameter("scm")); scm = SCMManager.getSupportedSCMs()[scmidx].newInstance(req); jdk = req.getParameter("jdk"); if(req.getParameter("hasCustomQuietPeriod")!=null) { quietPeriod = Integer.parseInt(req.getParameter("quiet_period")); } else { quietPeriod = null; } if(req.getParameter("hasSlaveAffinity")!=null) { canRoam = false; assignedNode = req.getParameter("slave"); if(assignedNode !=null) { if(Hudson.getInstance().getSlave(assignedNode)==null) { assignedNode = null; // no such slave } } } else { canRoam = true; assignedNode = null; } buildDescribable(req, BuildStep.BUILDERS, builders, "builder"); buildDescribable(req, BuildStep.PUBLISHERS, publishers, "publisher"); for (Trigger t : triggers) t.stop(); buildDescribable(req, Trigger.TRIGGERS, triggers, "trigger"); for (Trigger t : triggers) t.start(this); super.doConfigSubmit(req,rsp); } catch (InstantiationException e) { sendError(e,req,rsp); } }

return true;

return !isDisabled();

public boolean isBuildable() { return true; }

getParent().getQueue().add(this);

if(!disabled) getParent().getQueue().add(this);

public void scheduleBuild() { getParent().getQueue().add(this); }

if(!local.mkdirs())

if(!local.mkdirs() && !local.exists())

public void mkdirs() throws IOException { if(!local.mkdirs()) throw new IOException("Failed to mkdirs: "+local); }

if(awtProblem) { rsp.sendRedirect2(req.getContextPath()+"/images/headless.png"); return; }

public void doGraph( StaplerRequest req, StaplerResponse rsp) throws IOException { try { if(req.checkIfModified(owner.getTimestamp(),rsp)) return; class BuildLabel implements Comparable<BuildLabel> { private final Build build; public BuildLabel(Build build) { this.build = build; } public int compareTo(BuildLabel that) { return this.build.number-that.build.number; } public boolean equals(Object o) { BuildLabel that = (BuildLabel) o; return build==that.build; } public int hashCode() { return build.hashCode(); } public String toString() { return build.getDisplayName(); } } boolean failureOnly = Boolean.valueOf(req.getParameter("failureOnly")); DataSetBuilder<String,BuildLabel> dsb = new DataSetBuilder<String,BuildLabel>(); for( TestResultAction a=this; a!=null; a=a.getPreviousResult() ) { dsb.add( a.getFailCount(), "failed", new BuildLabel(a.owner)); if(!failureOnly) dsb.add( a.getTotalCount()-a.getFailCount(),"total", new BuildLabel(a.owner)); } String w = req.getParameter("width"); if(w==null) w="500"; String h = req.getParameter("height"); if(h==null) h="200"; BufferedImage image = createChart(dsb.build()).createBufferedImage(Integer.parseInt(w),Integer.parseInt(h)); rsp.setContentType("image/png"); ServletOutputStream os = rsp.getOutputStream(); ImageIO.write(image, "PNG", os); os.close(); } catch(HeadlessException e) { // not available. send out error message rsp.sendRedirect2(req.getContextPath()+"/images/headless.png"); } }

public ByteCopier(InputStream in, OutputStream out) {

public ByteCopier(String threadName, InputStream in, OutputStream out) { super(threadName);

public ByteCopier(InputStream in, OutputStream out) { this.in = in; this.out = out; }

public Copier(InputStream in, OutputStream out) {

public Copier(String threadName, InputStream in, OutputStream out) { super(threadName);

public Copier(InputStream in, OutputStream out) { this.in = in; this.out = out; }

if(!checkBits(bits[1],cal.get(Calendar.HOUR)))

if(!checkBits(bits[1],cal.get(Calendar.HOUR_OF_DAY)))

boolean check(Calendar cal) { if(!checkBits(bits[0],cal.get(Calendar.MINUTE))) return false; if(!checkBits(bits[1],cal.get(Calendar.HOUR))) return false; if(!checkBits(bits[2],cal.get(Calendar.DAY_OF_MONTH))) return false; if(!checkBits(bits[3],cal.get(Calendar.MONTH)+1)) return false; if(!checkBits(dayOfWeek,cal.get(Calendar.DAY_OF_WEEK)-1)) return false; return true; }

public void addStyle(String name, Color foreground, Color background, boolean bold)

public void addStyle(String name, Color foreground)

public void addStyle(String name, Color foreground, Color background, boolean bold) { if (m_textPane == null) return; StyledDocument doc = m_textPane.getStyledDocument(); StyleContext context = StyleContext.getDefaultStyleContext(); Style def = context.getStyle(StyleContext.DEFAULT_STYLE); Style style = doc.addStyle(name, def); if (foreground != null) StyleConstants.setForeground(style, foreground); if (background != null) StyleConstants.setForeground(style, background); StyleConstants.setBold(style, bold); if (m_noLineSpacing) StyleConstants.setLineSpacing(style, 0f); }

if (m_textPane == null) return; StyledDocument doc = m_textPane.getStyledDocument(); StyleContext context = StyleContext.getDefaultStyleContext(); Style def = context.getStyle(StyleContext.DEFAULT_STYLE); Style style = doc.addStyle(name, def); if (foreground != null) StyleConstants.setForeground(style, foreground); if (background != null) StyleConstants.setForeground(style, background); StyleConstants.setBold(style, bold); if (m_noLineSpacing) StyleConstants.setLineSpacing(style, 0f);

addStyle(name, foreground, null, false);

public void addStyle(String name, Color foreground, Color background, boolean bold) { if (m_textPane == null) return; StyledDocument doc = m_textPane.getStyledDocument(); StyleContext context = StyleContext.getDefaultStyleContext(); Style def = context.getStyle(StyleContext.DEFAULT_STYLE); Style style = doc.addStyle(name, def); if (foreground != null) StyleConstants.setForeground(style, foreground); if (background != null) StyleConstants.setForeground(style, background); StyleConstants.setBold(style, bold); if (m_noLineSpacing) StyleConstants.setLineSpacing(style, 0f); }

if(printPartialEquations && deriv.hasEquation())

if(((mode & PRINT_PARTIAL_EQNS)!=0) && deriv.hasEquation())

public Object visit(ASTVarNode node, Object data) throws ParseException { Variable var = node.getVar(); if(var instanceof PartialDerivative) { PartialDerivative deriv = (PartialDerivative) var; if(printPartialEquations && deriv.hasEquation()) deriv.getEquation().jjtAccept(this,null); else sb.append(node.getName()); } else if(var instanceof DVariable) { DVariable dvar = (DVariable) var; if(printVariableEquations && dvar.hasEquation()) dvar.getEquation().jjtAccept(this,null); else sb.append(node.getName()); } else sb.append(node.getName()); return data; }

if(printVariableEquations && dvar.hasEquation())

if(((mode & PRINT_VARIABLE_EQNS)!=0) && dvar.hasEquation())

public Object visit(ASTVarNode node, Object data) throws ParseException { Variable var = node.getVar(); if(var instanceof PartialDerivative) { PartialDerivative deriv = (PartialDerivative) var; if(printPartialEquations && deriv.hasEquation()) deriv.getEquation().jjtAccept(this,null); else sb.append(node.getName()); } else if(var instanceof DVariable) { DVariable dvar = (DVariable) var; if(printVariableEquations && dvar.hasEquation()) dvar.getEquation().jjtAccept(this,null); else sb.append(node.getName()); } else sb.append(node.getName()); return data; }

public Object visit(ASTVarNode node, Object data) throws ParseException { sb.append(node.getName()); return data; }

public Object visit(ASTFunNode node, Object data) throws ParseException { if(!node.isOperator()) return visitFun(node); if(node instanceof PrintRulesI) { ((PrintRulesI) node).append(node,this); return null; } if(node.getOperator()==null) { throw new ParseException("Null operator in print for "+node); } if(specialRules.containsKey(node.getOperator())) { ((PrintRulesI) specialRules.get(node.getOperator())).append(node,this); return null; } if(node.getPFMC() instanceof org.nfunk.jep.function.List) { append("["); for(int i=0;i<node.jjtGetNumChildren();++i) { if(i>0) append(","); node.jjtGetChild(i).jjtAccept(this, null); } append("]"); return null; } if(((XOperator) node.getOperator()).isUnary()) return visitUnary(node,data); if(((XOperator) node.getOperator()).isBinary()) { XOperator top = (XOperator) node.getOperator(); if(node.jjtGetNumChildren()!=2) return visitNaryBinary(node,top); Node lhs = node.jjtGetChild(0); Node rhs = node.jjtGetChild(1); if(testLeft(top,lhs)) printBrackets(lhs); else printNoBrackets(lhs); sb.append(node.getOperator().getSymbol()); if(testRight(top,rhs)) printBrackets(rhs); else printNoBrackets(rhs); } return null; }

public Object visit(ASTVarNode node, Object data) throws ParseException { sb.append(node.getName()); return data; }

public void fireUploadFileChanged(UploadState file)

private void fireUploadFileChanged(final int position)