This reverts commit 280c8d41fb.
It breaks the unit tests on macOS (see #3314) and no fix has been
forthcoming.
The alternate stack changes can be resubmitted once they include a
working unit test on macOS, as evidently its treatment of alternate
stacks differs from that on Linux, and hence needs testing.
Helps: #3314
With the shell in nounset mode, an error is emitted on referencing
`schemadir` as it is not initialized in all code paths.
Initialize to an empty string to fix.
Signed-off-by: Ville Skyttä <ville.skytta@iki.fi>
The source language of GLib is technically en-US, so we should
consistently use en-US spellings.
Signed-off-by: Philip Withnall <pwithnall@gnome.org>
Helps: #3269
Some applications, toolkits or languages may define an alternative stack
to use for traces. This is for example the case of go.
So, in case an application defines an alternate signal stack, GLib should
use that instead of the default one to receive signals otherwise it may
break the application expectations and write where it's not allowed to.
The python interpreter found by `/usr/bin/env python3` is not
necessarily the same installation as the one that's found by meson's
`pymod.find_installation('python')`. This means that even though meson
is checking that the python installation it found includes the
'packaging' module, the scripts might not have access to that module
when run.
For distribution packaging, it's usually desirable to have python script
interpreters be fully specified paths, rather than use `/usr/bin/env`,
to ensure the scripts run using the expected python installation (i.e.
the one where the python 'packaging' dependency is installed).
The easiest way to fix this is to set the script interpreter to the
`full_path()` of the python interpreter found by meson. The specific
python interpreter that will be used can be selected through the use of
a meson machine file by overriding the "python" program. Many
distributions already have this set up using meson packaging helpers.
This fixes an issue with the number getting very big due to
CPU_ISSET not returning exactly 0 or 1.
This also fixes scenarios where there are holes in the CPU
set. E.g. for a simple run like `taskset --cpu-list 1,2,4 ...`
the old code would return 2 instead of 3, due to iterating
until `ncores` (which is 3) and therefore not accounting for
CPUs further in the set.
Ref https://gitlab.gnome.org/GNOME/glib/-/merge_requests/3784
There are a lot of links to the description of I/O priority in the GIO
docs, and they’re all currently broken since the docs build was ported
to gi-docgen.
Use a simple find and replace (see below) to fix them. This doesn’t port
any of the surrounding docs to gi-docgen format, but should still
improve things overall.
```sh
git search-replace --fix '\[I/O priority\]\[io-priority\]///[I/O priority](iface.AsyncResult.html#io-priority)'
```
Signed-off-by: Philip Withnall <pwithnall@gnome.org>
Helps: #3250
This is put together through git archaeology:
```
git log -- glib/tests/dataset.c
```
The following commits were too trivial to have meaningful copyright:
- 1a2c5e155d
- ea06ec8063
- 0178402c6d
- e3d1869ee3
- c34cc2348c
- d15e6f7c9c
- de8672fe0b
Signed-off-by: Philip Withnall <pwithnall@gnome.org>
Helps: #1415
