On !UNIX, return an error for send_fd() & receive_fd().
(the unixfdmessage unit is not compiled on !UNIX)
The header is installed under the common GIO include directory.
Ensure G_TYPE_UNIX_CONNECTION is registered on all platforms.
Signed-off-by: Marc-André Lureau <marcandre.lureau@redhat.com>
The header is now also installed under the common GIO include directory.
Sorry if it breaks any build, you had to use the correct header path.
Signed-off-by: Marc-André Lureau <marcandre.lureau@redhat.com>
Signed-off-by: Marc-André Lureau <marcandre.lureau@redhat.com>
Move the header under the common GIO include directory.
Sorry if it breaks any build, you had to use the correct header path.
Signed-off-by: Marc-André Lureau <marcandre.lureau@redhat.com>
Integer overflows in size calculations of buffers (GArray and GPtrArray)
allow subsequent buffer overflows. This happens due to conversions
between gsize and guint.
Proof of concept demonstrations of the overflows can be found in issue
2578. They are not being added as unit tests as they require too much
memory to test.
This will affect `GArray`s which are 4GB in size, or `GPtrArray`s which
are 48GB in size.
Fixes: #2578
They are not allowed in the specification, and can lead to infinite
loops when parsing.
That’s a security issue if your application is accepting D-Bus messages
from untrusted peers (perhaps in a peer-to-peer connection). It’s not
exploitable when your application is connected to a bus (such as the
system or session buses), as the bus daemons (dbus-daemon or
dbus-broker) filter out such broken messages and don’t forward them.
Arrays of zero-length elements are disallowed in the D-Bus
specification: https://dbus.freedesktop.org/doc/dbus-specification.html#container-types
oss-fuzz#41428, #41435Fixes: #2557
This fixes a bug in 7c4e6e9fbe.
The original approach in that commit accidentally only checked the depth
at the leaf nodes in the variant tree, whereas actually the depth should
be checked before recursing to avoid stack overflow.
It neglected to consider that `g_variant_serialised_is_normal()` would
be recursed into by some of the `DISPATCH(_is_normal)` cases. When that
happened, the depth check was after the recursion so couldn’t prevent a
stack overflow.
Fixes: #2572
Glib cannot be built statically on Windows because glib, gobject and gio
modules need to perform specific initialization when DLL are loaded and
cleanup when unloaded. Those initializations and cleanups are performed
using the DllMain function which is not called with static builds.
Issue is known for a while and solutions were already proposed but never
merged (see: https://gitlab.gnome.org/GNOME/glib/-/issues/692). Last
patch is from version 2.36.x and since then the
"constructor/destructor" mechanism has been implemented and used in
other part of the system.
This patch takes back the old idea and updates it to the last version of
glib to allow static compilation on Windows.
WARNING: because DllMain doesn't exist anymore in static compilation
mode, there is no easy way of knowing when a Windows thread finishes.
This patch implements a workaround for glib threads created by calling
g_thread_new(), so all glib threads created through glib API will behave
exactly the same way in static and dynamic compilation modes.
Unfortunately, Windows threads created by using CreateThread() or
_beginthread/ex() will not work with glib TLS functions. If users need
absolutely to use a thread NOT created with glib API under Windows and
in static compilation mode, they should not use glib functions within
their thread or they may encounter memory leaks when the thread finishes.
This should not be an issue as users should use exclusively the glib API
to manipulate threads in order to be cross-platform compatible and this
would be very unlikely and cumbersome that they may mix up Windows native
threads API with glib one.
Closes#692
According to build system (meson.build file), G_PLATFORM_WIN32 and G_OS_WIN32
are synonym. This commit just unify the usage of this define to prepare
for the static build conditional compilation code.
../glib/gsequence.c: In function 'g_sequence_move_range':
../glib/gsequence.c:640:24: warning:
'dest_seq' may be used uninitialized in this function [-Wmaybe-uninitialized]
640 | if (dest && dest_seq == src_seq &&
| ~~~~~~~~~^~~~~~~~~~
The gdbus-codegen tool generates documentation from the XML introspection
description of a D-Bus interface. Currently, only DocBook is supported at
the moment, but not every modern documentation generator can handle that
format. The reStructuredText format is a bit more well-supported,
especially in documentation generators for non-C languages.
Unlike DocBook, we get to make our own structure and conventions for how
we structure the documentation when using reStructuredText.
When parsing a comment we're adding <para> elements ourselves, but the
DocBook generator already wraps any block of text that does not start
with a <para> element with one.
