Motivation:
We should keep bitwise operations simple and easy to understand.
Modification:
Simplify few Bitwise operations.
Result:
Less complicated bitwise operation code
Motivation:
We cannot control when "the system" reuses file descriptors.
This makes any test that assert on the behaviour of closed file descriptors inherently racy.
Modification:
Allow the EpollSocketChannelConfigTest socketoption tests a few tries to get the correct assertion on the behaviour of closed socket file descriptors.
Result:
The EpollSocketChannelConfigTest should now be much less flaky.
Motivation:
We should get rid of the unnecessary toString calls because they're redundant in nature.
Modification:
Removed unnecessary toString calls.
Result:
Better code
Motivation:
We should get rid of unnecessary semicolons because they don't do anything in code.
Modification:
Removed unnecessary semicolons.
Result:
Better code
Motivation:
There are lots of imports which are unused. We should get rid of them to make the code look better,
Modification:
Removed unused imports.
Result:
No unused imports.
Motivation:
This bug could occasionally cause SSL handshakes to time out, because the server-side handshake would fail to resume its event loop.
Modification:
Async delegate SSL tasks now lower their NEED_TASK status after they have executed, but before they run their completion callback.
This is important because the completion callback could be querying the handshake status.
This could cause the task delegator thread and the event look to race.
If the event look queries the handshake status first, it might think that it still needs to delegate another task.
If this happens, the delegator find a null task, and then fail to resume the event loop, causing the handshake to stall.
Result:
This data race no longer causes handshake timeouts.
Motivation:
We need to ensure we call wrap as long as there is something left to be send to the remote peer in cases of non-application data (like for example alerts).
Modifications:
Check the pending data and based on it return NEED_WRAP even when the handshake was done.
Result:
Always produce alerts etc
Motivation:
We should have guards in place to check increment or decrement count in `ReferenceCountUtil`. Increment and Decrement counts must be a positive integer.
Modification:
Added `ObjectUtil#checkPositive` checks.
Result:
Prevent release due to invalid count.
Motivation:
We the build failed we should ensure we also include hs_err* files as it may have failed due a native crash
Modifications:
Adjust path matching to include hs_err as well
Result:
Easier to debug native crashes
Motivation:
There is no decoder and encoder for TCP based DNS.
Result:
- Added decoder and encoder
- Added tests
- Added example
Result:
Be able to decode and encode TCP based dns
Co-authored-by: Norman Maurer <norman_maurer@apple.com>
Motivation:
Due a bug in the statemachine we produced an decoding error when the GZIP footer was fragmented in some cases
Modifications:
- Fix statemachine
- Add testcase
Result:
Correctly decode GZIP in all cases
Motivation:
Users may want to clear the cache manually. For this it should be possible to access it first.
Modifications:
Change the visibility to public
Result:
Be able to clear the cache manually. Related to https://github.com/netty/netty/issues/11519
Motivation:
At the moment FastLzFrameEncoder depends on the buffer type. This is not needed and may cause memory copies
Modifications:
Rewrite to be able to just act on the ByteBuf
Result:
Less memory copies
Motivation:
750d235 did introduce a change in ApplicationProtocolNegotiationHandler that let the handler buffer all inbound data until the SSL handshake was completed. Due of this change a user might get buffer data forever if the SslHandler is not in the pipeline but the ApplicationProtocolNegotiationHandler was added. We should better guard the user against this "missconfiguration" of the ChannelPipeline.
Modifications:
- Remove the ApplicationProtocolNegotiationHandler when no SslHandler is present when the first message was received
- Add unit test
Result:
No possible that we buffer forever
Motivation:
While its technical impossible that a chunk is larger than 64kb it still makes things easier to read and more robust to add some size checks to LzfDecoder.
Modifications:
Check the maximum length
Result:
More robust and easier to reason about code
Motivation:
We did observe that the mutal auth tests are flaky on windows when running on the CI. Let's disable these for now.
Modifications:
Disable mutual auth tests on windows
Result:
More stable build. Related to https://github.com/netty/netty/issues/11489
Motivation:
For the code pattern of `Object.wait(...)` in `io.netty.util.concurrent.DefaultPromise.await0(...)`, it's better to follow the recommended code pattern according to [Object.wait(...)'s doc](https://docs.oracle.com/javase/7/docs/api/java/lang/Object.html#wait()):
```
synchronized (obj) {
while (<condition does not hold>)
obj.wait();
... // Perform action appropriate to condition
}
```
Modification:
Change the `Object.wait(...)`'s code pattern in `io.netty.util.concurrent.DefaultPromise.await0(...)`.
Result:
The `Object.wait(...)`'s code pattern in `io.netty.util.concurrent.DefaultPromise.await0(...)` meets the Java doc.
Motivation:
SelfSignedCertificate generates EC/RSA key pair and this should be explicitly mentioned in JavaDoc. Currently, only "RSA" was mentioned not "EC".
Modification:
Changed RSA to EC/RSA
Result:
Correct JavaDoc
Motivation:
Brotli4j had some changes for performance improvements. So we should upgrade to the latest version of Brotli4j.
See https://github.com/hyperxpro/Brotli4j/pull/27
Modification:
Upgraded Broti4j from 1.4.2 to 1.5.0.
Result:
Up-to-date Broti4j library.
Motivation:
As the release of JDK17 is getting closer and there are ea builds already we should ensure we can actually build netty with it.
Modifications:
- Add profile for JDK17
- Remove test-code that would fail with JDK17 due the changes in 4f4d0f5366.
Result:
Be able to build and run testsuite with JDK17
Motivation:
japicmp did fix some issues related to Java16+. Let's update so we can also enable it in later java versions
Modifications:
Update to 0.15.3
Result:
Be able to use japicmp with all java versions
Motivation:
FastLzFrameDecoder currently not use the allocator to alocate the output buffer. This means that if you use the PooledByteBufAllocator you still can't make use of the pooling. Beside this the decoder also does an uncessary memory copy when no compression is used.
Modifications:
- Allocate the output buffer via the allocator
- Don't allocate and copy if we handle an uncompressed chunk
- Make use of ByteBufChecksum for a few optimizations when running on a recent JDK
Result:
Less allocations when using FastLzFrameDecoder
Motivation:
There is no test case of `StringDecoder` here
Modification:
Need to add `StringDecoder` test case
Result:
Added test case of `StringDecoder`
Signed-off-by: xingrufei <xingrufei@sogou-inc.com>
Co-authored-by: xingrufei <xingrufei@sogou-inc.com>
Co-authored-by: Norman Maurer <norman_maurer@apple.com>
Motivation:
At the moment we not correctly propagate cancellation in some case when we use the PromiseNotifier.
Modifications:
- Add PromiseNotifier static method which takes care of cancellation
- Add unit test
- Deprecate ChannelPromiseNotifier
Result:
Correctly propagate cancellation of operation
Co-authored-by: Nitesh Kant <nitesh_kant@apple.com>
Motivation:
Chunks are splitted up into even smaller chunks when the underlying
buffer's readable bytes are less than the chunk size.
The underlying buffer can be smaller than a chunk size if:
- The chunk size is larger than the maximum plaintext chunk allowed by the TLS RFC,
see: io.netty.handler.ssl.SslHandler.MAX_PLAINTEXT_LENGTH.
- The chunk sizes are variable in size,
which may cause Netty guess a buffer size that is smaller than a chunk size.
Modification:
Create a variable in HttpObjectDecoder: ByteBuf chunkedContent
- Initialize chunkedContent in READ_CHUNK_SIZE with chunkSize as buffer size.
- In READ_CHUNKED_CONTENT write bytes into chunkedContent
- If the remaining chunk size is not 0 and toRead ==maxChunkSize,
create a chunk using the chunkedContent and add it to the output messages
before re-initializing chunkedContent with the remaining chunkSize as buffer size.
- If the remaining chunk size is not 0 and toRead != maxChunkSize,
return without adding any output messages.
- If the remaining chunk size is 0,
create a chunk using the chunkedContent and add it to the output messages;
set chunkedContent = null and fall-through.
Result:
Support chunk sizes higher than the underlying buffer's readable bytes.
Co-authored-by: Nitesh Kant <nitesh_kant@apple.com>
Co-authored-by: Norman Maurer <norman_maurer@apple.com>
Motivation:
New versions of Bouncy Castle libraries are out and we should upgrade to them.
Modification:
Upgraded all Bouncy Castle libraries to the latest version.
Result:
The latest versions of Bouncy Castle libraries.
Motivation:
As suggested in [section 5.3.4 in http2 spec](https://datatracker.ietf.org/doc/html/rfc7540#section-5.3.4):
> When a stream is removed from the dependency tree, its dependencies can be moved to become dependent on the parent of the closed stream. The weights of new dependencies are recalculated by distributing the weight of the dependency of the closed stream proportionally based on the weights of its dependencies.
For example, we have stream A and B depend on connection stream with default weights (16), and stream C depends on A with max weight (256). When stream A was closed, we move stream C to become dependent on the connection stream, then we should distribute the weight of stream A to its children (only stream C), so the new weight of stream C will be 16. If we keep the weight of stream C unchanged, it will get more resource than stream B
Modification:
- distribute weight to its children when closing a stream
- add a unit test for the case above and fix other related unit tests
Result:
More spec-compliant and more appropriate stream reprioritization
Co-authored-by: Heng Zhang <zhangheng@imo.im>
Motivation:
The TLS handshake must be able to finish on its own, without being driven by outside read calls.
This is currently not the case when TCP FastOpen is enabled.
Reads must be permitted and marked as pending, even when a channel is not active.
This is important because, with TCP FastOpen, the handshake processing of a TLS connection will start
before the connection has been established -- before the process of connecting has even been started.
The SslHandler on the client side will add the Client Hello message to the ChannelOutboundBuffer, then
issue a `ctx.read` call for the anticipated Server Hello response, and then flush the Client Hello
message which, in the case of TCP FastOpen, will cause the TCP connection to be established.
In this transaction, it is important that the `ctx.read` call is not ignored since, if auto-read is
turned off, this could delay or even prevent the Server Hello message from being processed, causing
the server-side handshake to time out.
Modification:
Attach a listener to the SslHandler.handshakeFuture in the EchoClient, that will call ctx.read.
Result:
The SocketSslEchoTest now tests that the SslHandler can finish handshakes on its own, without being driven by 3rd party ctx.read calls.
The various channel implementations have been updated to comply with this behaviour.
Motivation:
In JDK version >= 9 the access to sun.* is not permitted anymore by default. Because of this we should better first try the BouncyCastle based implementation before falling back to the JDK based version.
Modifications:
Switch ordering of usage of BouncyCastle vs JDK internals.
Result:
Less surprising errors when using SelfSignedCertificate in Java >9
Motivation:
JdkOpenSslEngineInteroptTest.testMutualAuthSameCerts() is flaky on the CI and so fails the PR build quite often.
Let's disable it for now until we were able to reproduce it locally and fix it.
Modifications:
Disable flaky test
Result:
More stable CI builds
__Motivation__
Upon receiving a DNS answer, we match whether the name in the question matches the name in the record. Some DNS servers we have encountered append a search domain to the record name which fails this match. eg: for question name `netty` and search domains `io` and `com`, we will do 2 queries: `netty.io.` and `netty.com.`, if the answer for `netty.io` contains `netty.com` then we ignore this record.
__Modification__
If the name in the record does not match the name in the question, append configured search domains to the question name to see if it matches the record name.
__Result__
Records names with appended search domains are still returned as valid answers.
Motivation:
We need to add `--add-exports java.base/sun.security.x509=ALL-UNNAMED` when running the tests for codec-http2 as some of the tests use SelfSignedCertificate.
Modifications:
- Add `--add-exports java.base/sun.security.x509=ALL-UNNAMED` when running the tests for codec-http2
- Ensure we export correct when running with JDK12, 13, 14 and 15 as well
Result:
No more tests failure due not be able to access classes
Motivation:
#11468 was merged but didn't fix tests completely. There is a fight between `LF` and `CRLF`. So to eliminate this, we should just get rid of them.
Modification:
Use a small sample dataset without `LF` and `CRLF`.
Result:
Simple and passing test.
Motivation:
We did migrate all these modules to junit5 before but missed a few usages of junit4
Modifications:
Replace all junit4 imports by junit5 apis
Result:
Part of https://github.com/netty/netty/issues/10757
Motivation:
JavaDoc of StandardCompressionOptions should point towards public methods. Also, Brotli tests were failing on Windows.
Modification:
Fixed JavaDoc and enabled Brotli tests on Windows.
Result:
Better JavaDoc and Brotli tests will run on Windows
Co-authored-by: Norman Maurer <norman_maurer@apple.com>
Motivation:
The `HttpContentCompressor.beginEncode()` method has too many if else, so consider refactoring
Modification:
Create the corresponding `CompressionEncoderFactory` according to the compression algorithm, remove the if else
Result:
The code of `HttpContentCompressor` is cleaner than the previous implementation
Signed-off-by: xingrufei <xingrufei@sogou-inc.com>
Co-authored-by: Norman Maurer <norman_maurer@apple.com>
Motivation:
In #11256, We introduced `Iterable` as a parameter but later in review, it was removed. But we forgot to change `compressionOptionsIterable` to just `compressionOptions`.
Modification:
Changed `compressionOptionsIterable` to `compressionOptions`.
Result:
Correct ObjectUtil message
Motivation:
There are use cases when Unix domain datagram sockets are needed for communication. This PR adds such support for Epoll/KQueue.
Modification:
- Expose Channel, Config and Packet interfaces/classes for Unix domain datagram sockets. All interfaces/classes are in `transport-native-unix-common` module in order to be available for KQueue and Epoll implementations
- Add JNI code for Unix domain datagram sockets
- Refactor `DatagramUnicastTest` so that it can be used for testing also Unix domain datagram sockets
- Add Unix domain datagram sockets implementation for KQueue transport
- Add Unix domain datagram sockets implementation for Epoll transport
Result:
Fixes#6737
Motivation:
Currently the PR verification takes a lot of time. We should try to only run builds for the affected modules in most cases to speed up the build.
Modifications:
Adjust docker files and workflow to only run build for affected modules for a lot of jobs while still run full builds for windows + java11 with BoringSSL
Result:
Hopefully quicker feedback loop when verify PRs
