when the RUBY_FREE_ON_SHUTDOWN environment variable is set, manually free memory at shutdown.
Co-authored-by: Nobuyoshi Nakada <nobu@ruby-lang.org>
Co-authored-by: Peter Zhu <peter@peterzhu.ca>
The operands in each instruction needs to be pinned because if
auto-compaction runs in iseq_set_sequence, then the objects could exist
on the generated_iseq buffer, which would not be reference updated which
can lead to T_MOVED (and subsequently T_NONE) objects on the iseq.
* Provide a new API compile_file_prism which mirrors compile_file
but uses prism to parse/compile.
* Provide the ability to run test-all with RUBY_ISEQ_DUMP_DEBUG set
to "prism". If it is, we'll use the new compile_file_prism API to
load iseqs during the test run.
pm_scope_node_init is only used for CRuby, so should not live in the
ruby/prism repo. We will merge the changes here first so they're
not breaking, and will then remove from ruby/prism
We changed ScopeNodes to point to their parent (previous) ScopeNodes.
Accordingly, we can remove pm_compile_context_t, and store all
necessary context in ScopeNodes, allowing us to access locals from
outer scopes.
It's an estimator for application size and could be used as a
compilation heuristic later.
Co-authored-by: Maxime Chevalier-Boisvert <maxime.chevalierboisvert@shopify.com>
Co-authored-by: Takashi Kokubun <takashikkbn@gmail.com>
* Add a compile_context arg to yp_compile_node
The compile_context will allow us to pass around the parser, and
the constants and lookup table (to be used in future commits).
* Compile yp_program_node_t and yp_statements_node_t
Add the compilation for program and statements node so that we can
successfully compile an empty program with YARP.
* Helper functions for parsing numbers, strings, and symbols
* Compile basic numeric / boolean node types in YARP
* Compile StringNode and SymbolNodes in YARP
* Compile several basic node types in YARP
* Added error return for missing node
* Add yarp/yarp_compiler.c as stencil for compiling YARP
This commit adds yarp/yarp_compiler.c, and changes the sync script
to ensure that yarp/yarp_compiler.c will not get overwritten
* [Misc #119772] Create and expose RubyVM::InstructionSequence.compile_yarp
This commit creates the stencil for a compile_yarp function, which
we will continue to fill out. It allows us to check the output
of compiled YARP code against compiled code without using YARP.
cc is callcache.
cc->klass (klass) should not be marked because if the klass is
free'ed, the cc->klass will be cleared by `vm_cc_invalidate()`.
cc->cme (cme) should not be marked because if cc is invalidated
when cme is free'ed.
- klass marks cme if klass uses cme.
- caller classe's ccs->cme marks cc->cme.
- if cc is invalidated (klass doesn't refer the cc),
cc is invalidated by `vm_cc_invalidate()` and cc->cme is
not be accessed.
- On the multi-Ractors, cme will be collected with global GC
so that it is safe if GC is not interleaving while accessing
cc and cme.
fix [Bug #19436]
```ruby
10_000.times{|i|
# p i if (i%1_000) == 0
str = "x" * 1_000_000
def str.foo = nil
eval "def call#{i}(s) = s.foo"
send "call#{i}", str
}
```
Without this patch:
```
real 1m5.639s
user 0m6.637s
sys 0m58.292s
```
and with this patch:
```
real 0m2.045s
user 0m1.627s
sys 0m0.164s
```
According to the C99 specification section 7.20.3.2 paragraph 2:
> If ptr is a null pointer, no action occurs.
So we do not need to check that the pointer is a null pointer.
Introduce Universal Parser mode for the parser.
This commit includes these changes:
* Introduce `UNIVERSAL_PARSER` macro. All of CRuby related functions
are passed via `struct rb_parser_config_struct` when this macro is enabled.
* Add CI task with 'cppflags=-DUNIVERSAL_PARSER' for ubuntu.
The `catch_except_p` flag is used for communicating between parent and
child iseq's that a throw instruction was emitted. So for example if a
child iseq has a throw in it and the parent wants to catch the throw, we
use this flag to communicate to the parent iseq that a throw instruction
was emitted.
This flag is only useful at compile time, it only impacts the
compilation process so it seems to be fine to move it from the iseq body
to the compile_data struct.
Co-authored-by: Aaron Patterson <tenderlove@ruby-lang.org>
If the iseq only contains `opt_invokebuiltin_delegate_leave` insn and
the builtin-function (bf) is inline-able, the caller doesn't need to
build a method frame.
`vm_call_single_noarg_inline_builtin` is fast path for such cases.
Adam Hess
Nobuyoshi Nakada
HParker
Peter Zhu
Kevin Newton
Jemma Issroff
Alan Wu
Matt Valentine-House
Koichi Sasada
Ruby
Takashi Kokubun
yui-knk
eileencodes
John Bampton
Samuel Williams