* `Socket.tcp` and `TCPSocket.new` raises `IO::TiemoutError` with user specified timeout
In https://github.com/ruby/ruby/pull/11880, `rsock_connect()` was changed to raise `IO::TimeoutError` when a user-specified timeout occurs.
However, when `TCPSocket.new` attempts to connect to multiple destinations, it does not use `rsock_connect()`, and instead raises `Errno::ETIMEDOUT` on timeout.
As a result, the exception class raised on timeout could differ depending on whether there were multiple destinations or not.
To align this behavior with the implementation of `rsock_connect()`, this change makes `TCPSocket.new` raise `IO::TimeoutError` when a user-specified timeout occurs.
Similarly, `Socket.tcp` is updated to raise `IO::TimeoutError` when a timeout occurs within the method.
(Note that the existing behavior of `Addrinfo#connect_internal`, which Socket.tcp depends on internally and which raises `Errno::ETIMEDOUT` on timeout, is not changed.)
* [ruby/net-http] Raise `Net::OpenTimeout` when `TCPSocket.open` raises `IO::TimeoutError`.
With the changes in https://github.com/ruby/ruby/pull/15602, `TCPSocket.open` now raises `IO::TimeoutError` when a user-specified timeout occurs.
This change updates #connect to handle this case accordingly.
https://github.com/ruby/net-http/commit/f64109e1cf
- Added a new `-j` option to `gem install` and `gem update`.
This option allows to specify the number of jobs we pass to `make`
when compiling gem with native extensions.
By default its the number of processors, but users may want a way
to control this.
You can use it like so: `gem install json -j8`
https://github.com/ruby/rubygems/commit/67aad88ca6
- ### Problem
Since https://github.com/ruby/rubygems/pull/9131, we are now
compiling make rules simultaneously. The number of jobs
is equal to the number of processors.
This may be problematic for some users as they want to control
this value.
### Solution
The number of jobs passed to `make` will now be equal to the
`BUNDLE_JOBS` value.
### Side note
It's also worth to note that since Bundler installs gems in
parallel, we may end up running multiple `make -j<JOB>` in parallel
which would cause exhaust the number of processors we have.
This problem can be fixed by implementing a GNU jobserver, which I
plan to do. But I felt that this would be too much change in one PR.
https://github.com/ruby/rubygems/commit/d51995deb9
The previous regex didn't properly match quoted strings
it would capture the opening quote as part of the version
if quotes were mismatched.
This change properly parses double-quoted, single-quoted,
and unquoted version strings separately.
https://github.com/ruby/rubygems/commit/81e48c8185
- Fix https://github.com/ruby/rubygems/pull/9186
- ### Problem
Running `bundle pristine` in a Gemfile where there is many git gem
pointing to the same repository will result in a error
"Another git process seems to be running in this repository".
### Context
This error is a regression since https://github.com/ruby/rubygems/commit/a555fd6ccd17
where `bundle pristine` now runs in parallel which could lead
to running simultaneous git operations in the same repository.
### Solution
When Bundler pristine a git gem it does a `git reset --hard` without
specifying a path.
This means the whole repository will be reset. In this case, we can
leverage that by just pristining one gem per unique git sources.
This is also more efficient.
https://github.com/ruby/rubygems/commit/710ba514a8
This change updates `write_binary` to use a new class,
`AtomicFileWriter.open` to write the gem's files. This implementation
is borrowed from Active Support's [`atomic_write`](https://github.com/rails/rails/blob/main/activesupport/lib/active_support/core_ext/file/atomic.rb).
Atomic write will write the files to a temporary file and then once
created, sets permissions and renames the file. If the file is corrupted
- ie on failed download, an error occurs, or for some other reason, the
real file will not be created. The changes made here make `verify_gz`
obsolete, we don't need to verify it if we have successfully created the
file atomically. If it exists, it is not corrupt. If it is corrupt, the
file won't exist on disk.
While writing tests for this functionality I replaced the
`RemoteFetcher` stub with `FakeFetcher` except for where we really do
need to overwrite the `RemoteFetcher`. The new test implementation is much
clearer on what it's trying to accomplish versus the prior test
implementation.
https://github.com/ruby/rubygems/commit/0cd4b54291
