Name Description Size
AltDataOutputStreamChild.cpp stabilize 5079
AltDataOutputStreamChild.h 1715
AltDataOutputStreamParent.cpp 2337
AltDataOutputStreamParent.h 1889
AlternateServices.cpp RFC 7838 Alternative Services http://httpwg.org/http-extensions/opsec.html note that connections currently do not do mixed-scheme (the I attribute in the ConnectionInfo prevents it) but could, do not honor tls-commit and should not, and always require authentication 44588
AlternateServices.h Alt-Svc allows separation of transport routing from the origin host without using a proxy. See https://httpwg.github.io/http-extensions/alt-svc.html and https://tools.ietf.org/html/draft-ietf-httpbis-alt-svc-06 Nice To Have Future Enhancements:: flush on network change event when we have an indicator use established https channel for http instead separate of conninfo hash pin via http-tls header clear based on origin when a random fail happens not just 421 upon establishment of channel, cancel and retry trans that have not yet written anything persistent storage (including private browsing filter) memory reporter for cache, but this is rather tiny 9206
AltServiceChild.cpp 3040
AltServiceChild.h 1336
AltServiceParent.cpp 1922
AltServiceParent.h 1280
AltSvcTransactionChild.cpp 2411
AltSvcTransactionChild.h 1137
AltSvcTransactionParent.cpp 2243
AltSvcTransactionParent.h 1814
ASpdySession.cpp Currently supported is h2 3139
ASpdySession.h 4089
BackgroundChannelRegistrar.cpp 2892
BackgroundChannelRegistrar.h 1909
BackgroundDataBridgeChild.cpp 1736
BackgroundDataBridgeChild.h 1390
BackgroundDataBridgeParent.cpp 2267
BackgroundDataBridgeParent.h 1182
CacheControlParser.cpp 3452
CacheControlParser.h 1338
CachePushChecker.cpp 8311
CachePushChecker.h 1324
ClassifierDummyChannel.cpp static 21588
ClassifierDummyChannel.h In child intercept mode, the decision to intercept a channel is made in the child process without consulting the parent process. The decision is based on whether there is a ServiceWorker with a scope covering the URL in question and whether storage is allowed for the origin/URL. When the "network.cookie.cookieBehavior" preference is set to BEHAVIOR_REJECT_TRACKER, annotated channels are denied storage which means that the ServiceWorker should not intercept the channel. However, the decision for tracking protection to annotate a channel only occurs in the parent process. The dummy channel is a hack to allow the intercept decision process to ask the parent process if the channel should be annotated. Because this round-trip to the parent has overhead, the dummy channel is only created 1) if the ServiceWorker initially determines that the channel should be intercepted and 2) it's a navigation request. This hack can be removed once Bug 1231208's new "parent intercept" mechanism fully lands, the pref is enabled by default it stays enabled for long enough to be confident we will never need/want to turn it off. Then as part of bug 1496997 we can remove this implementation. Bug 1498259 covers removing this hack in particular. 3461
ClassifierDummyChannelChild.cpp static 2759
ClassifierDummyChannelChild.h 1449
ClassifierDummyChannelParent.cpp 1602
ClassifierDummyChannelParent.h 1143
ClassOfService.h 1960
components.conf 583
ConnectionDiagnostics.cpp 9307
ConnectionEntry.cpp 31823
ConnectionEntry.h 7855
ConnectionHandle.cpp 2695
ConnectionHandle.h 1281
DnsAndConnectSocket.cpp 47965
DnsAndConnectSocket.h State: INIT: initial state. From this state: 1) change the state to RESOLVING and start the primary DNS lookup if mSkipDnsResolution is false, 2) or the lookup is skip and the state changes to CONNECTING and start the backup timer. 3) or changes to DONE in case of an error. RESOLVING: the primary DNS resolution is in progress. From this state we transition into CONNECTING or DONE. CONNECTING: We change to this state when the primary connection has started. At that point the backup timer is started. ONE_CONNECTED: We change into this state when one of the connections is connected and the second is in progres. DONE Events: INIT_EVENT: Start the primary dns resolution (if mSkipDnsResolution is false), otherwise start the primary connection. RESOLVED_PRIMARY_EVENT: the primary DNS resolution is done. This event may be resent due to DNS retries CONNECTED_EVENT: A connecion (primary or backup) is done 9421
EarlyHintPreloader.cpp static 14431
EarlyHintPreloader.h 3596
EarlyHintsService.cpp 5131
EarlyHintsService.h 1143
http2_huffman_table.txt 17733
Http2Compression.cpp 45614
Http2Compression.h 6340
Http2ConnectTransaction.cpp 38479
Http2ConnectTransaction.h The input path of http over a spdy CONNECT tunnel once it is established as a stream note the "real http transaction" can be either a http/1 transaction or another spdy session inside the tunnel. nsHttpConnection::OnInputStreamReady (real socket) nsHttpConnection::OnSocketReadable() SpdySession::WriteSegment() SpdyStream::WriteSegment (tunnel stream) Http2ConnectTransaction::WriteSegment SpdyStream::OnWriteSegment(tunnel stream) SpdySession::OnWriteSegment() SpdySession::NetworkRead() nsHttpConnection::OnWriteSegment (real socket) realSocketIn->Read() return data from network now pop the stack back up to Http2ConnectTransaction::WriteSegment, the data that has been read is stored mInputData Http2ConnectTransaction.mTunneledConn::OnInputStreamReady(mTunnelStreamIn) Http2ConnectTransaction.mTunneledConn::OnSocketReadable() TLSFilterTransaction::WriteSegment() nsHttpTransaction::WriteSegment(real http transaction) TLSFilterTransaction::OnWriteSegment() removes tls on way back up stack Http2ConnectTransaction.mTunneledConn::OnWriteSegment() // gets data from mInputData Http2ConnectTransaction.mTunneledConn.mTunnelStreamIn->Read() The output path works similarly: nsHttpConnection::OnOutputStreamReady (real socket) nsHttpConnection::OnSocketWritable() SpdySession::ReadSegments (locates tunnel) SpdyStream::ReadSegments (tunnel stream) Http2ConnectTransaction::ReadSegments() Http2ConnectTransaction.mTunneledConn::OnOutputStreamReady (tunnel connection) Http2ConnectTransaction.mTunneledConn::OnSocketWritable (tunnel connection) TLSFilterTransaction::ReadSegment() nsHttpTransaction::ReadSegment (real http transaction generates plaintext on way down) TLSFilterTransaction::OnReadSegment (BUF and LEN gets encrypted here on way down) Http2ConnectTransaction.mTunneledConn::OnReadSegment (BUF and LEN) (tunnel connection) Http2ConnectTransaction.mTunneledConn.mTunnelStreamOut->Write(BUF, LEN) .. get stored in mOutputData Now pop the stack back up to Http2ConnectTransaction::ReadSegment(), where it has the encrypted text available in mOutputData SpdyStream->OnReadSegment(BUF,LEN) from mOutputData. Tunnel stream SpdySession->OnReadSegment() // encrypted data gets put in a data frame nsHttpConnection->OnReadSegment() realSocketOut->write() writes data to network ************************************************************************ 7630
Http2HuffmanIncoming.h THIS FILE IS AUTO-GENERATED. DO NOT EDIT! 45375
Http2HuffmanOutgoing.h THIS FILE IS AUTO-GENERATED. DO NOT EDIT! 5272
Http2Push.cpp 18216
Http2Push.h 6134
Http2Session.cpp 162276
Http2Session.h HTTP/2 framing 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Length (16) | Type (8) | Flags (8) | +-+-------------+---------------+-------------------------------+ |R| Stream Identifier (31) | +-+-------------------------------------------------------------+ | Frame Data (0...) ... +---------------------------------------------------------------+ 24884
Http2Stream.cpp 10147
Http2Stream.h 2027
Http2StreamBase.cpp 45730
Http2StreamBase.h 12050
Http2StreamTunnel.cpp 19527
Http2StreamTunnel.h 4415
Http2StreamWebSocket.cpp 3863
Http2StreamWebSocket.h 1824
Http3Session.cpp 66054
Http3Session.h 7893
Http3Stream.cpp 16681
Http3Stream.h SendStreamState: While sending request: - PREPARING_HEADERS: In this state we are collecting the headers and in some cases also waiting to be able to create a new stream. We need to read all headers into a buffer before calling Http3Session::TryActivating. Neqo may not have place for a new stream if it hits MAX_STREAMS limit. In that case the steam will be queued and dequeue when neqo can again create new stream (RequestsCreatable will be called). If transaction has data to send state changes to SENDING_BODY, otherwise the state transfers to READING_HEADERS. - SENDING_BODY: The stream will be in this state while the transaction is sending request body. Http3Session::SendRequestBody will be call to give the data to neqo. After SENDING_BODY, the state transfers to READING_HEADERS. - EARLY_RESPONSE: The server may send STOP_SENDING frame with error HTTP_NO_ERROR. That error means that the server is not interested in the request body. In this state the server will just ignore the request body. 6029
HttpAuthUtils.cpp host: bar.com foo.bar.com foobar.com foo.bar.com bar.com pref: bar.com bar.com bar.com .bar.com .bar.com result: accept accept reject accept reject 4742
HttpAuthUtils.h Tries to match the given URI against the value of a given pref The pref should be in pseudo-BNF format. url-list base-url ( base-url "," LWS )* base-url ( scheme-part | host-part | scheme-part host-part ) scheme-part scheme "://" host-part host [":" port] for example: "https://, http://office.foo.com" Will return true if the URI matches any of the patterns, or false otherwise. 925
HttpBackgroundChannelChild.cpp 16239
HttpBackgroundChannelChild.h 5594
HttpBackgroundChannelParent.cpp Helper class for continuing the AsyncOpen procedure on main thread. 16116
HttpBackgroundChannelParent.h 4492
HttpBaseChannel.cpp 188687
HttpBaseChannel.h This class is a partial implementation of nsIHttpChannel. It contains code shared by nsHttpChannel and HttpChannelChild. - Note that this class has nothing to do with nsBaseChannel, which is an earlier effort at a base class for channels that somehow never made it all the way to the HTTP channel. 41574
HttpChannelChild.cpp 103150
HttpChannelChild.h 18536
HttpChannelParams.ipdlh 1769
HttpChannelParent.cpp 69495
HttpChannelParent.h 12856
HttpConnectionBase.cpp 2156
HttpConnectionBase.h 8603
HttpConnectionMgrChild.cpp 6498
HttpConnectionMgrChild.h 2223
HttpConnectionMgrParent.cpp 10484
HttpConnectionMgrParent.h 1472
HttpConnectionMgrShell.h 11262
HttpConnectionUDP.cpp 21332
HttpConnectionUDP.h 3998
HttpInfo.cpp 522
HttpInfo.h Calls getConnectionData method in nsHttpConnectionMgr. 569
HttpLog.h This file should ONLY be #included by source (.cpp) files in the /http directory, not headers (.h). If you need to use LOG() in a .h file, call PR_LOG directly. This file should also be the first #include in your file. Yes, this is kludgy. ***************************************************************************** 2584
HTTPSRecordResolver.cpp 3976
HTTPSRecordResolver.h 1260
HttpTrafficAnalyzer.cpp 11452
HttpTrafficAnalyzer.h 1598
HttpTrafficAnalyzer.inc 4817
HttpTransactionChild.cpp 22691
HttpTransactionChild.h 5191
HttpTransactionParent.cpp stabilize 29272
HttpTransactionParent.h 6862
HttpTransactionShell.h 10936
HttpWinUtils.cpp merge 3507
HttpWinUtils.h 434
InterceptedHttpChannel.cpp 47972
InterceptedHttpChannel.h InterceptionTimeStamps is used to record the time stamps of the interception. The general usage: Step 1. Initialize the InterceptionTimeStamps; InterceptionTimeStamps::Init(channel); Step 2. Record time for each stage InterceptionTimeStamps::RecordTime(); or InterceptionTimeStamps::RecordTime(timeStamp); Step 3. Record time for the last stage with the final status InterceptionTimeStamps::RecordTime(InterceptionTimeStamps::Synthesized); 9862
make_incoming_tables.py 5798
make_outgoing_tables.py /* * THIS FILE IS AUTO-GENERATED. DO NOT EDIT! */ #ifndef mozilla__net__Http2HuffmanOutgoing_h #define mozilla__net__Http2HuffmanOutgoing_h namespace mozilla { namespace net { struct HuffmanOutgoingEntry { uint32_t mValue; uint8_t mLength; }; static const HuffmanOutgoingEntry HuffmanOutgoing[] = { 1473
metrics.yaml 960
moz.build 5963
NetworkMarker.cpp 7279
NetworkMarker.h 1321
nsAHttpConnection.h 14203
nsAHttpTransaction.h Xlib headers insist on this for some reason... Nuke it because it'll override our member name 13087
nsCORSListenerProxy.cpp 58434
nsCORSListenerProxy.h 4986
nsHttp.cpp 33805
nsHttp.h 15514
nsHttpActivityDistributor.cpp 9854
nsHttpActivityDistributor.h 1171
nsHttpAtomList.h This file contains the list of all HTTP atoms See nsHttp.h for access to the atoms. It is designed to be used as inline input to nsHttp.cpp *only* through the magic of C preprocessing. All entries must be enclosed in the macro HTTP_ATOM which will have cruel and unusual things done to it. The first argument to HTTP_ATOM is the C++ name of the atom. The second argument to HTTP_ATOM is the string value of the atom. **** 4037
nsHttpAuthCache.cpp 11806
nsHttpAuthCache.h 7740
nsHttpAuthManager.cpp 3538
nsHttpAuthManager.h 845
nsHttpBasicAuth.cpp 3568
nsHttpBasicAuth.h 1150
nsHttpChannel.cpp 337242
nsHttpChannel.h 35596
nsHttpChannelAuthProvider.cpp 65801
nsHttpChannelAuthProvider.h Following three methods return NS_ERROR_IN_PROGRESS when nsIAuthPrompt2.asyncPromptAuth method is called. This result indicates the user's decision will be gathered in a callback and is not an actual error. 7391
nsHttpChunkedDecoder.cpp 5267
nsHttpChunkedDecoder.h 1570
nsHttpConnection.cpp 83590
nsHttpConnection.h 14075
nsHttpConnectionInfo.cpp 19981
nsHttpConnectionInfo.h 11353
nsHttpConnectionMgr.cpp 126709
nsHttpConnectionMgr.h 20124
nsHttpDigestAuth.cpp 23413
nsHttpDigestAuth.h 3323
nsHttpHandler.cpp ;q=0.1" #define ACCEPT_HEADER_ALL " 95739
nsHttpHandler.h FRAMECHECK_LAX - no check FRAMECHECK_BARELY - allows: 1) that chunk-encoding does not have the last 0-size chunk. So, if a chunked-encoded transfer ends on exactly a chunk boundary we consider that fine. This will allows us to accept buggy servers that do not send the last chunk. It will make us not detect a certain amount of cut-offs. 2) When receiving a gzipped response, we consider a gzip stream that doesn't end fine according to the gzip decompressing state machine to be a partial transfer. If a gzipped transfer ends fine according to the decompressor, we do not check for size unalignments. This allows to allow HTTP gzipped responses where the Content-Length is not the same as the actual contents. 3) When receiving HTTP that isn't content-encoded/compressed (like in case 2) and not chunked (like in case 1), perform the size comparison between Content-Length: and the actual size received and consider a mismatch to mean a NS_ERROR_NET_PARTIAL_TRANSFER error. FRAMECHECK_STRICT_CHUNKED - This is the same as FRAMECHECK_BARELY only we enforce that the last 0-size chunk is received in case 1). FRAMECHECK_STRICT - we also do not allow case 2) and 3) from FRAMECHECK_BARELY. 34043
nsHttpHeaderArray.cpp 15055
nsHttpHeaderArray.h 11344
nsHttpNTLMAuth.cpp 14152
nsHttpNTLMAuth.h 883
nsHttpRequestHead.cpp = nsHttpHeaderArray::eFilterAll 10558
nsHttpRequestHead.h 5649
nsHttpResponseHead.cpp 39409
nsHttpResponseHead.h Xlib headers insist on this for some reason... Nuke it because it'll override our member name 9550
nsHttpTransaction.cpp 117276
nsHttpTransaction.h 21933
nsIBackgroundChannelRegistrar.idl Registrar for pairing HttpChannelParent and HttpBackgroundChannelParent via channel Id. HttpChannelParent::OnBackgroundParentReady and HttpBackgroundChannelParent::LinkToChannel will be invoked to notify the existence of associated channel object. 2438
nsICorsPreflightCallback.h 1094
nsIEarlyHintObserver.idl This method is called when the transaction has early hint (i.e. the '103 Early Hint' informational response) headers. 603
nsIHttpActivityObserver.idl nsIHttpActivityObserver This interface provides a way for http activities to be reported to observers. 9351
nsIHttpAuthenticableChannel.idl If the channel being authenticated is using SSL. 3869
nsIHttpAuthenticator.idl nsIHttpAuthenticator Interface designed to allow for pluggable HTTP authentication modules. Implementations are registered under the ContractID: "@mozilla.org/network/http-authenticator;1?scheme=<auth-scheme>" where <auth-scheme> is the lower-cased value of the authentication scheme found in the server challenge per the rules of RFC 2617. 10074
nsIHttpAuthManager.idl nsIHttpAuthManager This service provides access to cached HTTP authentication user credentials (domain, username, password) for sites visited during the current browser session. This interface exists to provide other HTTP stacks with the ability to share HTTP authentication credentials with Necko. This is currently used by the Java plugin (version 1.5 and higher) to avoid duplicate authentication prompts when the Java client fetches content from a HTTP site that the user has already logged into. 4889
nsIHttpChannel.idl nsIHttpChannel This interface allows for the modification of HTTP request parameters and the inspection of the resulting HTTP response status and headers when they become available. 19312
nsIHttpChannelAuthProvider.idl nsIHttpChannelAuthProvider This interface is intended for providing authentication for http-style channels, like nsIHttpChannel and nsIWebSocket, which implement the nsIHttpAuthenticableChannel interface. When requesting pages AddAuthorizationHeaders MUST be called in order to get the http cached headers credentials. When the request is unsuccessful because of receiving either a 401 or 407 http response code ProcessAuthentication MUST be called and the page MUST be requested again with the new credentials that the user has provided. After a successful request, checkForSuperfluousAuth MAY be called, and disconnect MUST be called. 3237
nsIHttpChannelChild.idl 1455
nsIHttpChannelInternal.idl The callback interface for nsIHttpChannelInternal::HTTPUpgrade() 16891
nsIHttpHeaderVisitor.idl Implement this interface to visit http headers. 898
nsIHttpProtocolHandler.idl Get the HTTP advertised user agent string. 7067
nsIRaceCacheWithNetwork.idl This holds methods used to race the cache with the network for a specific channel. This interface is was designed with nsHttpChannel in mind, and it's expected this will be the only class implementing it. 2329
nsITlsHandshakeListener.idl 471
nsIWellKnownOpportunisticUtils.idl For parsing JSON from http://httpwg.org/http-extensions/opsec.html 754
nsServerTiming.cpp 3608
nsServerTiming.h 1326
NullHttpChannel.cpp 21654
NullHttpChannel.h 1835
NullHttpTransaction.cpp 7055
NullHttpTransaction.h 3051
OpaqueResponseUtils.cpp 6686
OpaqueResponseUtils.h 1217
PAltDataOutputStream.ipdl 1268
PAltService.ipdl 1147
PAltSvcTransaction.ipdl 604
ParentChannelListener.cpp 9675
ParentChannelListener.h 3179
PBackgroundDataBridge.ipdl 891
PClassifierDummyChannel.ipdl 2123
PendingTransactionInfo.cpp 4669
PendingTransactionInfo.h 2108
PendingTransactionQueue.cpp = false 9725
PendingTransactionQueue.h 3164
PHttpBackgroundChannel.ipdl 2673
PHttpChannel.ipdl 5036
PHttpChannelParams.h 9590
PHttpConnectionMgr.ipdl 1804
PHttpTransaction.ipdl 3967
PSpdyPush.h A pushed stream is put into a memory buffer (The SpdyPushTransactionBuffer) and spooled there until a GET is made that can be matched up with it. At that time we have two spdy streams - the GET (aka the sink) and the PUSH (aka the source). Data is copied between those two streams for the lifetime of the transaction. This is true even if the transaction buffer is empty, partly complete, or totally loaded at the time the GET correspondence is made. correspondence is done through a hash table of the full url, the spdy session, and the load group. The load group is implicit because that's where the hash is stored, the other items comprise the hash key. Pushed streams are subject to aggressive flow control before they are matched with a GET at which point flow control is effectively disabled to match the client pull behavior. 2083
QuicSocketControl.cpp 4888
QuicSocketControl.h 2150
README Darin Fisher 4209
SpeculativeTransaction.cpp 3246
SpeculativeTransaction.h 2322
TimingStruct.h 1168
TlsHandshaker.cpp 10422
TlsHandshaker.h 3135
TLSTransportLayer.cpp 25289
TLSTransportLayer.h 6327
TRRServiceChannel.cpp 48521
TRRServiceChannel.h 6522
WellKnownOpportunisticUtils.jsm -*- indent-tabs-mode: nil; js-indent-level: 2 -*- 820