"gio info" output doesn't contain any information about mount points, but
that information can be useful when debugging issues in facilities that
depend on knowing about mount points, such as the trash API.
Signed-off-by: Simon McVittie <smcv@collabora.com>
Co-authored-by: Ondrej Holy <oholy@redhat.com>
Documentation says that g_file_peek_path() returns exactly the same
what g_file_get_path(), but this is not true. Apart from that the code
segfaults for some uris (e.g. for "trash:///"), it returns target-uri
for trash and recent schemes. This is unexpected and can lead to various
issues among others because the target-uri paths are not automatically
translated back to GDaemonFile as it is done with gvfsd-fuse paths.
g_file_get_path() returns NULL for trash and recent schemes, because
fuse paths are not provided for those schemes. So g_file_peek_path()
should return NULL as well. It is up to the concrete application to
use target-uri when appropriate.
This change was made as a part of commit 4808a957, however, neither
the commit message, neither the corresponding bug doesn't mention this
crucial change and doesn't give any clear reasoning. So let's revert
this.
The GMemoryMonitor interface uses G_DECLARE_INTERFACE, which provides a
typedef for the interface dummy type. We declare the same type inside
the global giotypes.h header, which leads to typedef redeclaration
warnings on toolchains that do not support—intentionally or not—the C11
feature of typedef redefinition.
While we do have a toolchain requirement for C11 typedef redefinitions
listed on our wiki, we also suspended it temporarily to allow users of
non-C11 compilers to work on newer versions of GLib; so, let's keep them
working a while longer.
Python tuple comparisons actually do what we want for comparing major
and minor versions, so tidy things up by using that.
This introduces no functional changes.
Signed-off-by: Philip Withnall <withnall@endlessm.com>
Even if the key already exists in the table, `g_hash_table_add()` will
call the hash table’s key free func on the old key and will then replace
the old key with the newly-passed-in key. So `key` is always `(transfer
full)`.
In particular, `key` should never need to be freed by the caller if
`g_hash_table_add()` returns `FALSE`.
Signed-off-by: Philip Withnall <withnall@endlessm.com>
This reverts commit b6d8efbebc.
This GLib API is good, but the implentation is not ready, so there's no
reason to commit to the API in GLib 2.64. We can reland again when the
implementation is ready.
There are three problems: (a) The glib-networking implementation normally
works, but the test has been broken for a long time. I'm not comfortable
with adding a major new feature without a working test. This is
glib-networking#104. (b) The WebKit implementation never landed. There
is a working patch, but it hasn't been accepted upstream yet. This API
isn't needed in GLib until WebKit is ready to start using it.
https://bugs.webkit.org/show_bug.cgi?id=200805. (c) Similarly, even if
the WebKit API was ready, that itself isn't useful until an application
is ready to start using it, and the Epiphany level work never happened.
Let's try again for GLib 2.66. Reverting this commit now just means we
gain another six months before committing to the API forever. No reason
to keep this in GLib 2.64 when nothing is using it yet.
This is required to be able to build the doc. The debian docker is still
pinned to 0.49.2 which ensure we can build with both versions of meson.
Meson 0.52.0 warns about adding -Wall flag manually, we can remove that
because warning_level=1 (the default) option already implies it.
Now that we require Meson 0.52 to build the doc, we can also pull
gtk-doc as subproject when missing from the system. This requires
to pull gtk-doc master because needed changes there haven't been release
yet.
This has the side effect of always rebuilding the doc at each build when
gtk_doc option is enabled (not by default). Most importantly, this will
enable doc check on our CI.
This reverts commit 398c048c66.
It got removed because it used to cause build issues, but now that we
have a CI let's hope it won't be a problem any more.
794c1a30bc "macro wrappers for
g_once_init_enter/leave" added this line (whose intent is unclear to me).
<http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2019/p1152r4.html>
"Deprecating volatile" (scheduled for inclusion in C++20) will make the
assignment expression
*(location) = (result)
deprecated when the LHS is of (non-class) volatile type, which is the case when
g_once_init_leave is expanded as part of e.g. G_DEFINE_TYPE_WITH_CODE (in
gobject/gtype.h), where location is a pointer to some
static volatile gsize g_define_type_id__volatile = 0;
Recent Clang trunk emits -Wdeprecated-volatile for it under -std=c++2a since
<https://github.com/llvm/llvm-project/commit/
4a6861a7e5b59be24a09b8b9782255d028e7aade> "[c++20] P1152R4: warn on any
simple-assignment to a volatile lvalue".
The fix is to make the assignment expression a discared-value expression by
casting it to void (which in turn requires casting the second branch of the
surrounding conditional expression to void, too; not sure what the top-level
cast to void was intended for, and whether it would still be needed under
certain circumstances).
This avoids a crash when starting Evolution, and fixes the
network-monitor and network-monitor-race test cases on my developer
workstation. (I assume the CI is not crashing due to lack of network
access there.)
Problem is that if a network already exists in the networks table,
g_hash_table_add() "destroys" (unrefs) it before adding the new one
(which we failed to ref before adding). This means we just accidentally
lost a ref. In practice, the network gets unexpectedly destroyed here
before returning.
Fixes#2020
