When parsing an address, we need to re-set "len" between IPv4 and
IPv6, since WSAStringToAddress() might set it to sizeof(struct sin_addr)
when trying to parse the string as IPv4, even if it fails. Also, we
need to make sure to not pass strings to WSAStringToAddress() that it
will accept but that we don't want it to.
When stringifying an address, we need to clear the sockaddr before
filling it in, so we don't accidentally end up with an unwanted
scope_id or the like.
https://bugzilla.gnome.org/show_bug.cgi?id=701401
Previously, g_file_copy() would (on Unix) create files with the
default mode of 644. For applications which might at user request
copy arbitrary private files such as ~/.ssh or /etc/shadow, a
world-readable copy would be temporarily exposed.
This patch is suboptimal in that it *only* fixes g_file_copy()
for the case where both source and destination are instances of
GLocalFile on Unix.
The reason for this is that the public GFile APIs for creating files
allow very limited control over the access permissions for the created
file; one can either say a file is "private" or not. Fixing
this by adding e.g. g_file_create_with_attributes() would make sense,
except this would entail 8 new API calls for all the variants of
_create(), _create_async(), _replace(), _replace_async(),
_create_readwrite(), _create_readwrite_async(), _replace_readwrite(),
_replace_readwrite_async(). That can be done as a separate patch
later.
https://bugzilla.gnome.org/show_bug.cgi?id=699959
Previously, we called g_file_query_info() *again* on the source at the
very end of the copy. This has the lame semantics that if the source
happened to be deleted, we would fail to apply attributes to the
destination. This could even be a security flaw.
This commit changes things so that we query info from the source
*stream* after opening - i.e. on Unix we use the proper fstat() and
friends. That way we operate more atomically.
https://bugzilla.gnome.org/show_bug.cgi?id=699959
The freedesktop application specification is largely overlapping the
GLib application D-Bus interface but implementing it will allow for
applications to be launched directly from desktop files, which we want.
We keep the old Gtk interface for compatibility reasons and because it
has some functionality not in the freedesktop spec (Busy state,
CommandLine, etc.).
https://bugzilla.gnome.org/show_bug.cgi?id=699259
Since services are based on D-Bus activation and desktop files are
supposed to be named like the busname for DBusActivatable applications
and since gnome-shell wants wmclass equal to the desktop file name, we
therefore want wmclass equal to the application ID in this case.
wmclass is determined from the prgname, which is otherwise pretty
pointless to set to some random thing in $(libexec) for a D-Bus service,
so set that to the appid.
This means that for D-Bus services, the following things are now all the
same:
- application ID
- prgname
- wmclass property set on all windows
- desktop file name
- well-known bus name
There are not many applications running as D-Bus services at present so
this shouldn't impact anybody except for gnome-clocks (where this change
will be fixing a bug) and gnome-terminal.
https://bugzilla.gnome.org/show_bug.cgi?id=699259
OS X's getaddrinfo() only supports IPv6 scope IDs that are interface
names, not numbers. So use if_indextoname() to get the name of an
interface and construct an address using that.
https://bugzilla.gnome.org/show_bug.cgi?id=700123
In the case that HAVE_DBUS_DAEMON was undefined (as in ostree where glib
is built before D-Bus) this test was failing. Move it inside the
HAVE_DBUS_DAEMON block.
Remove the complications that were introduced in an attempt to make the
gsettings and gschema-compile tests function as installed tests. These
tests are designed (in large part for gsettings and entirely for
gschema-compile) to test the in-tree tools and should not be testing the
system versions.
In the future we may want to move the use of the in-tree tools from the
gsettings testcase into the Makefile and install the resulting files,
allowing this testcase to run against those files, installed.
Perform a substantial cleanup of the build system with respect to
building and installing testcases.
First, Makefile.decl has been renamed glib.mk and substantially
expanded. We intend to add more stuff here in the future, like canned
rules for mkenums, marshallers, resources, etc.
By default, tests are no longer compiled as part of 'make'. They will
be built when 'make check' is run. The old behaviour can be obtained
with --enable-always-build-tests.
--disable-modular-tests is gone (because tests are no longer built by
default). There is no longer any way to cause 'make check' to be a
no-op, but that's not very useful anyway.
A new glibtests.m4 file is introduced. Along with glib.mk, this
provides for consistent handling of --enable-installed-tests and
--enable-always-build-tests (mentioned above).
Port our various test-installing Makefiles to the new framework.
This patch substantially improves the situation in the toplevel tests/
directory. Things are now somewhat under control there. There were
some tests being built that weren't even being run and we run those now.
The long-running GObject performance tests in this directory have been
removed from 'make check' because they take too long.
As an experiment, 'make check' now runs the testcases on win32 builds,
by default. We can't run them under gtester (since it uses a pipe to
communicate with the subprocess) so just toss them in TESTS. Most of
them are passing on win32.
Things are not quite done here, but this patch is already a substantial
improvement. More to come.
This should be the last users that need to be ported.
For some of the oldschool non-gtester-ified tests, we call g_test_init()
from main() because it is necessary in order to use
g_test_build_filename().
Since this feature is so utterly automake-centric, we may as well be
using the same terminology as automake itself (ie: although it's
BUILT_SOURCES, it's DIST_EXTRA, not DISTED).
Also add some comments to the enum explaining that these terms are
really corresponding directly to the automake terms.
https://bugzilla.gnome.org/show_bug.cgi?id=549783
Both g_[file|bytes]_icon_load() leave the `type' out parameter
untouched, while the async methods g_[file|bytes]_icon_load_finish()
always set it to NULL.
For consistency's sake NULLify it in the sync methods too.
https://bugzilla.gnome.org/show_bug.cgi?id=700725
While those strings ("Expecting 1 control message, got %d" and
"Expecting one fd, but got %d\n") have same singular/plural form
in english, it is not necessarily the case in other languages.
https://bugzilla.gnome.org/show_bug.cgi?id=695233
It's a recipe for race conditions and error; on some hardware
architectures one thread isn't guaranteed to see the results
of writes from another thread without a cache flush.
https://bugzilla.gnome.org/show_bug.cgi?id=700855
The test /gdbus/connection/large_message waits for a dbus name to appear.
The dbus name is created by a another process executed in the background.
If for some reason this fails, the test will likely wait forever.
This will avoid this situation by making the test fail if the dbus service
has not appeared after 10 seconds.
https://bugzilla.gnome.org/show_bug.cgi?id=698981
Back in the far-off twentieth century, it was normal on unix
workstations for U+0060 GRAVE ACCENT to be drawn as "‛" and for U+0027
APOSTROPHE to be drawn as "’". This led to the convention of using
them as poor-man's ‛smart quotes’ in ASCII-only text.
However, "'" is now universally drawn as a vertical line, and "`" at a
45-degree angle, making them an `odd couple' when used together.
Unfortunately, there are lots of very old strings in glib, and also
lots of new strings in which people have kept up the old tradition,
perhaps entirely unaware that it used to not look stupid.
Fix this by just using 'dumb quotes' everywhere.
https://bugzilla.gnome.org/show_bug.cgi?id=700746
It tries to run glib-compile-schemas and glib-mkenums, which
we won't have in the runtime tree.
Anyways it's kind of a dumb test since the best test for
compilation tools is...compiling things, which we already
do frequently.
