Some Ruby apps subclass Logger without running the superclass
constructor, which means that `@level_override` isn't initialized
properly. This can be fixed in some cases, but the gem should maintain
backwards compatibility.
https://github.com/ruby/logger/commit/3246f38328
As @jeremyevans pointed out for commit eb2d8b1:
> Each Tempfile instance has a separate File instance and file descriptor:
>
> t = Tempfile.new
> t.to_i # => 6
> t.dup.to_i => 7
FinalizerManager will keep track of the open File objects for the
particular file and will only unlink the file when all of the File objects
have been closed.
https://github.com/ruby/tempfile/commit/753ab16642
The Closer and Remover finalizers are defined on different objects in
Tempfile. The Closer is defined on the Tempfile object while the Remover
is defined on the finalizer_obj. This means that there is no guarantee
of the finalizer order.
On Windows, we must close the file before removing it because we cannot
remove an open file. But since the order is not guaranteed, the GC may
run the Remover finalizer first, which will fail with an Errno::EACCES
(Permission denied @ apply2files).
This commit changes it so that both the Closer and Remover finalizers
are defined on the finalizer_obj, which guarantees the order that it is
ran.
https://github.com/ruby/tempfile/commit/eb2d8b1175
This test is checking what happens if you try and define a class in a C
extension where that constant is already not a class. It was doing this
by overriding ::Date and then trying to require 'date. The issue with
this is that if we ever add 'date' as a dependency for the test runner,
this test will break because the test runner files get implicitly
required in an `assert_separately` block.
Better use an explicit class for this purpose which can't be accidentally
required elsewhere.
Previously, proc calls such as:
```ruby
proc{|| }.(**empty_hash)
proc{|b: 1| }.(**r2k_array_with_empty_hash)
```
both allocated hashes unnecessarily, due to two separate code paths.
The first call goes through CALLER_SETUP_ARG/vm_caller_setup_keyword_hash,
and is simple to fix by not duping an empty keyword hash that will be
dropped.
The second case is more involved, in setup_parameters_complex, but is
fixed the exact same way as when the ruby2_keywords hash is not empty,
by flattening the rest array to the VM stack, ignoring the last
element (the empty keyword splat). Add a flatten_rest_array static
function to handle this case.
Update test_allocation.rb to automatically convert the method call
allocation tests to proc allocation tests, at least for the calls
that can be converted. With the code changes, all proc call
allocation tests pass, showing that proc calls and method calls
now allocate the same number of objects.
I've audited the allocation tests, and I believe that all of the low
hanging fruit has been collected. All remaining allocations are
either caller side:
* Positional splat + post argument
* Multiple positional splats
* Literal keywords + keyword splat
* Multiple keyword splats
Or callee side:
* Positional splat parameter
* Keyword splat parameter
* Keyword to positional argument conversion for methods that don't accept keywords
* ruby2_keywords method called with keywords
Reapplies abc04e898b627ab37fa9dd5e330f239768778d8b, which was reverted at
d56470a27c5a8a2e7aee7a76cea445c2d29c0c59, with the addition of a bug fix and
test.
Fixes [Bug #20679]
When assertions are enabled, the following code triggers an assertion
error:
GC.disable
GC.start(immediate_mark: false, immediate_sweep: false)
10_000_000.times { Object.new }
This is because the GC.start ignores that the GC is disabled and will
start incremental marking and lazy sweeping. But the assertions in
gc_marks_continue and gc_sweep_continue assert that GC is not disabled.
This commit changes it for the assertion to pass if the GC was triggered
from a method.
Avoids warnings like
```
/path/to/ruby/3.3.4/lib/ruby/gems/3.3.0/gems/rbs-3.4.0/lib/rdoc/discover.rb:10: warning: method redefined; discarding old scan
/path/to/ruby/3.3.4/lib/ruby/gems/3.3.0/gems/rbs-3.5.1/lib/rdoc/discover.rb:10: warning: previous definition of scan was here
```
https://github.com/ruby/rdoc/commit/e47920d8f3
Make Range#step to consistently use + for iteration [Feature #18368]
Previously, non-numerics expected step to be integer,
and iterated with begin#succ, skipping over step value
steps. Since this commit, numeric and non-numeric iteration
behaves the same way, by using + operator.
TracePoints with incompatible events (i.e. events not in ISEQ_TRACE_EVENTS)
with a method target will fail an assertion error because it does not
filter for the supported events. For example, the following lines will
cause an assertion error:
def foo; end
# No arguments passed into TracePoint.new enables all ISEQ_TRACE_EVENTS
TracePoint.new {}.enable(target: method(:foo))
# Raise is not supported with a target
TracePoint.new(:raise, :return) {}.enable(target: method(:foo))
foo
Crashes with:
Assertion Failed: vm_insnhelper.c:7026:vm_trace:(iseq_local_events & ~(0x0001 | 0x0002 | 0x0004 | 0x0008 | 0x0010| 0x0020| 0x0040 | 0x0100 | 0x0200 | 0x4000 | 0x010000| 0x020000)) == 0
This commit fixes the following failure on OpenSSL master FIPS case.
```
1) Failure: test_ed25519_not_approved_on_fips(OpenSSL::TestPKey): OpenSSL::PKey::PKeyError expected but nothing was raised.
/home/runner/work/openssl/openssl/vendor/bundle/ruby/3.0.0/gems/test-unit-ruby-core-1.0.6/lib/core_assertions.rb:462:in `assert_raise'
/home/runner/work/openssl/openssl/test/openssl/test_pkey.rb:174:in `test_ed25519_not_approved_on_fips'
171: MC4CAQAwBQYDK2VwBCIEIEzNCJso/5banbbDRuwRTg9bijGfNaumJNqM9u1PuKb7
172: -----END PRIVATE KEY-----
173: EOF
=> 174: assert_raise(OpenSSL::PKey::PKeyError) do
175: OpenSSL::PKey.read(priv_pem)
176: end
177: end
```
Because FIPS compliance is a continually moving target. According to the [1],
FIPS 140-3 *currently* allows ED25519. The ED25519 is allowed again with the
latest OpenSSL FIPS by the commit [2], while it is not allowed in OpenSSL stable
version 3.x FIPS.
Remove this test because we want to keep our tests stable.
[1] https://github.com/openssl/openssl/discussions/22054
[2] 5f04124aabhttps://github.com/ruby/openssl/commit/d43904b834
If the object being finalized does not have an object ID, then we don't
need to insert into the object ID table, we can simply just allocate a
new object ID by bumping the next_object_id counter. This speeds up
finalization for objects that don't have an object ID. For example, the
following script now runs faster:
1_000_000.times do
o = Object.new
ObjectSpace.define_finalizer(o) {}
end
Before:
Time (mean ± σ): 1.462 s ± 0.019 s [User: 1.360 s, System: 0.094 s]
Range (min … max): 1.441 s … 1.503 s 10 runs
After:
Time (mean ± σ): 1.199 s ± 0.015 s [User: 1.103 s, System: 0.086 s]
Range (min … max): 1.181 s … 1.229 s 10 runs
