This is an unavoidable breaking change to both the type and
parameter name.
The assertion that was supposed to prevent this was overly lax
and accepted any object type for string parameters.
mysqlnd already creates interned zend_strings for us, so let's
make use of them.
This also required updating the PDO case changing code to work
with potentially shared strings. For the lowercasing, use the
optimized zend_string_tolower() implementation.
Don't truncate the file length to unsigned int...
I have no idea whether that fully fixes the problem because the
process gets OOM killed before finishing, but at least the
immediate parse error is gone now.
Like Cygwin, this platform needs to use a real-time timer.
This was based on a patch by @kadler, but it didn't handle unsetting
the timer, so the timeout would continue to be active, triggering
`hard_timeout` unexpectedly. The patch is fixed to handle unsetting.
Closes GH-6503.
Missed a check for info in this code. Add it, and add an assertion
in type source removal to make it easier to catch this issue.
Fixes oss-fuzz #28208 and #28257.
The use of no-sanitize may result in an inlining failure, which
will be promoted into a compile error by always-inline. Use a
normal inlining hint without enforcing it.
Our CPU detection code currently only checks whether hardware
support for AVX exists. However, we also need to check for operating
system support for XSAVE, as well as whether XCR0 has the SSE and
AVX bits set.
If this is not the case, unset the AVX and AVX2 bits in the cpuinfo
structure.
Hopefully this resolves our issues with CPU support detection.
Closes GH-6460.
Make sure the $PHP_THREAD_SAFETY variable is always available
when configuring extensions. It was previously available for
phpized extensions, but for in-tree builds it was being set
too late.
Then, use $PHP_THREAD_SAFETY instead of $enable_zts to check for
ZTS in bundled extensions, which makes sure these checks also
work for phpize builds.
For a division like [1..1]/[2..2] produce [0..1] as a result, which
would be the integer envelope of the floating-point result.
The implementation is pretty ugly (we're now taking min/max across
eight values...) but I couldn't come up with a more elegant way
to handle this that doesn't make things a lot more complex (the
division sign handling is the annoying issue here).
Export the zend_is_callable_impl() function as
zend_is_callable_at_frame() for use by extension. As twose pointed
out, an extension may want to retrieve fcc for a private method.
For x ? y : z style structures, the live range starts at z, but
may also hold the value of y. Make sure that the refcounting check
takes this into account, by checking the type of a potential phi
user.
Failure to rebind such closures is not necessarily related to them
being created by `ReflectionFunctionAbstract::getClosure()`, so we fix
the error message.
Closes GH-6424.
Let's test the current behavior here. It might not be right, but
it's long-standing behavior.
Nearly missed an assertion failure here because the test was
XFAILed...
We should use normal function renaming if the function is declared
during preloading itself, rather than afterwards.
This fixes a regression introduced by
68f80be9d1.
We should only disable early binding during the opcache_compile_file()
calls, not inside the preloading script or anything it includes.
The right condition to check for is whether we compile the file
without execution, as declaring classes is "execution".
This is a bit annoying: When preloading is used, types might be
resolved during inheritance checks, so we need to deal with CE
types rather than just NAME types everywhere.
While fixing bugs in mbstring, one of my new test cases failed with a strange
error message stating: 'Warning: Undefined array key 1...', when clearly the
array key had been set properly.
GDB'd that sucker and found that JIT'd PHP code was calling directly into
`zend_hash_add_new` (which was not converting the numeric string key to an
integer properly). But where was that code coming from? I examined the disasm,
looked up symbols to figure out where call instructions were going, then grepped
the codebase for those function names. It soon became clear that the disasm I
was looking at was compiled from `zend_jit_fetch_dim_w_helper`.
