This change primarily splits SAPI deactivation to module and destroy
parts. The reason is that currently some SAPIs might bail out
on deactivation. One of those SAPI is PHP-FPM that can bail out on
request end if for example the connection is closed by the client
(web sever). The problem is that in such case the resources are not
freed and some values reset. The most visible impact can have not
resetting the PG(headers_sent) which can cause erorrs in the next
request. One such issue is described in #77780 bug which this fixes
and is also cover by a test in this commit. It seems reasonable
to separate deactivation and destroying of the resource which means
that the bail out will not impact it.
We implement SQL_ATTR_CONNECTION_DEAD for ODBC and PDO_ODBC.
This is semantically appropriate and should be used whenever the
driver supports it. In the event that it fails or says the connection
isn't dead (which may be inaccurate in some cases), try the old
heuristic.
Closes GH-9353.
The Docbook parser module has been removed completely. Support for
XPointer locations (ranges and points) is disabled by default, and will
eventually be removed completely. Given that the maintainer comments
on the latter: "Be warned that this part of the code base is buggy and
had many security issues in the past", it seems to be prudent to no
longer build with XPointer locations support right away.
To be able to build against libxml2 2.10.0, we remove the export
definitions for Windows.
Closes GH-9358.
Add libxml_get_external_entity_loader(), which returns the currently
installed external entity loader, i.e. the value which was passed to
libxml_set_external_entity_loader() or null if no loader was installed
and the default entity loader will be used.
This allows libraries to save and restore the loader, controlling entity
expansion without interfering with the rest of the application.
Add macro Z_PARAM_FUNC_OR_NULL_WITH_ZVAL(). This allows us to get the
zval for a callable parameter without duplicating callable argument
parsing.
The saved zval keeps the object needed for fcc/fci alive, simplifying
memory management.
Fixes#76763.
This function works in exactly the same way as openssl_cipher_iv_length
but for a key length. This is especially useful to make sure that the
right key length is provided to openssl_encrypt and openssl_decrypt.
In addtion the change also updates implementation of
openssl_cipher_iv_length and adds a test for it.
This adds support for ChaCha20-Poly1305 AEAD algorithm so it is possible
to use it in the same way as AES GCM and other AEAD algorithms. This is
available in OpenSSL 1.1.0+.
Máté Kocsis