Bumps
[namespacelabs/nscloud-cache-action](https://github.com/namespacelabs/nscloud-cache-action)
from 1.2.7 to 1.2.8.
<details>
<summary>Commits</summary>
<ul>
<li><a
href="449c929cd5"><code>449c929</code></a>
Merge pull request <a
href="https://redirect.github.com/namespacelabs/nscloud-cache-action/issues/20">#20</a>
from namespacelabs/niklas-timeout</li>
<li><a
href="a63596ed5b"><code>a63596e</code></a>
Wrap action with a timeout.</li>
<li>See full diff in <a
href="https://github.com/namespacelabs/nscloud-cache-action/compare/v1.2.7...v1.2.8">compare
view</a></li>
</ul>
</details>
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The current documentation for actions are very sparse and would leave
someone (even including contributors) as to what exactly they do. On top
of that there are many stylistic and grammatical problems that are
simply no longer in line with our current standards, and certainly not
on par with our configuration options reference.
Hence, I've taken it upon myself to add, clarify, supplement, edit and
even rewrite the documentation for most of these actions, in a wider
effort of trying to offer better, clearer documentation for our users.
The current documentation for actions are very sparse and would leave
someone (even including contributors) as to what exactly they do.
On top of that there are many stylistic and grammatical problems that are
simply no longer in line with our current standards, and certainly not
on par with our configuration options reference.
Hence, I've taken it upon myself to add, clarify, supplement, edit and
even rewrite the documentation for most of these actions, in a wider
effort of trying to offer better, clearer documentation for our users.
`TabView` assumes to be the sole owner of all `Tab`s within a Window.
As such, it could close the managed `Window` once all tabs are removed
from its widget.
However, during `AdwTabView::close-page` signal triggered by libadwaita,
the `Tab` to be closed will gain an another reference for the duration
of the signal, breaking `TabView.closeTab` (called via
`Tab.closeWithConfirmation`) assumptions that having no tabs meant they
are all destroyed.
This commit solves the issue by scheduling `Tab.closeWithConfirmation`
to be run after `AdwTabView::close-page` signal has finished processing.
This is done to match against the default application id when Ghostty is
built using debug configuration, preparing the Flatpak version for D-Bus
activation support (#7433).
This is done to match against the default application id when Ghostty is
built using debug configuration, done to prepare the Flatpak version for
D-Bus activation support.
First, remove the always-inlined openTerminalFromPasteboard code and
combine it with openTerminal. Now that we're doing a bit of work inside
openTerminal, there's little better to having an intermediate, inlined
function.
Second, combine some type-casting operations (saving a .map() call).
Lastly, adjust some variable names because a generic `objs` or `urls`
was a little ambiguous now that we're all in one function scope.
This fixes a small memory leak I found where the `SplitNode.Leaf` was
not being deinitialized properly when closing a split. It would get
deinitialized the next time a split was made or the window was closed,
so the leak wasn't big. The surface view underneath the split was also
properly deinitialized because we forced it, so again, the leak was
quite small.
But conceptually this is a big problem, because when we change the
surface tree we expect the deinit chain to propagate properly through
the whole thing, _including_ to the SurfaceView.
This fixes that by removing the `id(node)` call. I don't find this to be
necessary anymore. I don't know when that happened but we've changed
quite a lot in our split system since it was introduced. I'm also not
100% sure why the `id(node)` was causing a strong reference to begin
with... which bothers me a bit.
AI note: While I manually hunted this down, I started up Claude Code and
Codex in separate tabs to also hunt for the memory leak. They both
failed to find it and offered solutions that didn't work.
This fixes a small memory leak I found where the `SplitNode.Leaf` was
not being deinitialized properly when closing a split. It would get
deinitialized the next time a split was made or the window was closed,
so the leak wasn't big. The surface view underneath the split was also
properly deinitialized because we forced it, so again, the leak was
quite small.
But conceptually this is a big problem, because when we change the
surface tree we expect the deinit chain to propagate properly through
the whole thing, _including_ to the SurfaceView.
This fixes that by removing the `id(node)` call. I don't find this to be
necessary anymore. I don't know when that happened but we've changed
quite a lot in our split system since it was introduced. I'm also not
100% sure why the `id(node)` was causing a strong reference to begin
with... which bothers me a bit.
AI note: While I manually hunted this down, I started up Claude Code and
Codex in separate tabs to also hunt for the memory leak. They both
failed to find it and offered solutions that didn't work.
Just a quick follow-up to #7462: I noticed Swift was admonishing me
about a `var` that could be a `let`, and realized that it was I who had
failed to make that change. Apologies for the noise.
This is the conversion of #7496 into a PR. The problem was discussed in
#3288: When `macos-titlebar-style = tabs`, the reset zoom button doesn't
appear with only a single tab, i.e., no tab bar.
This fix was simply to remove an unnecessary branch, as the titlebar
style doesn't make any difference for the required logic. If the tab bar
is visible, you should unconditionally hide the titlebar's button and
rely on the per-tab buttons. If the tab bar is not visible, you should
hide or show the titlebar button depending on `surfaceIsZoomed`.
One wrinkle was that the main toolbar title started showing on top of
the tabs. Turns out it was previously not showing only because it would
always be pushed into the hidden overflow menu. With the reset zoom
button present (either hidden or visible, but always there), this no
longer happens reliably, presumably due to some cascading change in the
overflow calculations. In any case, it seems brittle to rely on this way
of concealing the main title, so I added a few lines of code to properly
hide it when the tab bar is visible.
Screenshots:
Related to #7433
This extracts our "launched from desktop" logic into a config option.
The default value is detection using the same logic as before, but now
this can be overridden by the user.
This also adds the systemd and dbus activation sources from #7433.
There are a number of reasons why we decided to do this:
1. It automatically gets us caching since the configuration is only
loaded once (per reload, a rare occurrence).
2. It allows us to override the logic when testing. Previously, we had
to do more complex environment faking to get the same behavior.
3. It forces exhaustive switches in any desktop handling code, which
will make it easier to ensure valid behaviors if we introduce new launch
sources (as we are in #7433).
4. It lowers code complexity since callsites don't need to have N
`launchedFromX()` checks and can use a single value.
Related to #7433
This extracts our "launched from desktop" logic into a config option.
The default value is detection using the same logic as before, but now
this can be overridden by the user.
This also adds the systemd and dbus activation sources from #7433.
There are a number of reasons why we decided to do this:
1. It automatically gets us caching since the configuration is only
loaded once (per reload, a rare occurrence).
2. It allows us to override the logic when testing. Previously, we
had to do more complex environment faking to get the same
behavior.
3. It forces exhaustive switches in any desktop handling code, which
will make it easier to ensure valid behaviors if we introduce new
launch sources (as we are in #7433).
4. It lowers code complexity since callsites don't need to have N
`launchedFromX()` checks and can use a single value.
Fixes#6766
This ensures that during surface deinit the cgroup is removed. By the
time the surface is deinitialized, the subprocess should already be dead
so the cgroup can be safely removed. If the cgroup cannot be removed for
any reason we log a warning.
I'm still investigating whether we also need to remove the transient
cgroup we create per app but that's a lot less noisy since app startup
and shutdown is a lot more rare.
Fixes#6766
This ensures that during surface deinit the cgroup is removed. By the
time the surface is deinitialized, the subprocess should already be
dead so the cgroup can be safely removed. If the cgroup cannot be
removed for any reason we log a warning.
This should make the sorting more robust to fonts with questionable
metadata or atypical style names.
I was originally just going to change the scoring slightly to account
for fonts whose regular italic style is named "Regular Italic" - which
previously resulted in the Bold Italic or Thin Italic style being chosen
instead because they're shorter names, but I decided to do some better
inspection of the metadata and looser style name matching while I was
changing code here anyway.
Also adds a unit test to verify the sorting works correctly, though a
more comprehensive set of tests may be desirable in the future.
(Feel free to make any changes to the PR you feel necessary before
merging while I'm gone over the weekend.)
This improves "outer edge" alignment of octants and other elements drawn
using `yQuads` and friends with blocks drawn with `draw_block` -- this
should guarantee alignment along a continuous edge, but may result in a
1px overlap of opposing edges (such as a top half block followed by a
bottom half block with an odd cell height, they will both have the
center row filled).
This is very necessary since several block elements are needed to
complete the set of octants, since dedicated octant characters aren't
included when they would be redundant.
Fixes#7479
<details>
<summary><b><code>Box.ppm</code> diff</b></summary>
</details>
> [!NOTE]
> In the future I think we should have a unified single source of truth
for grid positions (divisions of the cell) to ensure this type of thing
can't happen with other characters, and also it would make a lot of the
code cleaner. For now this works though.
