addpkg(main/python-trash-cli): 0.24.5.26

[robertkirkman]

• fix(main/yazi): force-enable trash-rs support on Android  #28186 but for Python ecosystem instead of Rust ecosystem

• Implement the fake /storage/emulated/0 mountpoint for the Termux derivative of the XDG Trash specification in python-trash-cli

In some Termux packages, a fake mountpoint at /storage/emulated/0
is mocked because it successfully causes Trashing files from /storage/emulated/0
and subfolders to go to a new or existing .Trash-$(id -u) folder in /storage/emulated/0 instead of
/storage/emulated being detected as the real mountpoint (it is) and causing
permission denied errors because Termux only has permission for /storage/emulated/0,
not /storage/emulated.
Doing that also reportedly allows Termux to detect and manage .Trash-$(id -u) folders
created in /storage/emulated/0 by desktop PCs when the Android
device was plugged into them and files were then Trashed from the PC file browser,
because there, that location does technically use a real mountpoint.

While such a behavior of special-casing /storage/emulated/0 when it's not
actually a real mountpoint is not part of the XDG Trash specification,
it has been reported that the most natural expected behavior for users trying to
use XDG Trash tools in Termux is for them to treat /storage/emulated/0 as though
it were a mountpoint that should be calculated as a valid directory for .Trash-$(id -u) folders, so this is deviating from the XDG Trash specification in the same way as the Rust packages currently are, meaning that this will allow Python to be able to find and manage the same Trashed files that were Trashed from the Rust packages like yazi, and vice versa.

• Fixes the error Permission denied: '/proc/filesystems' in the command python -c "import psutil; print(psutil.disk_partitions())"

• Fixes this series of commands:

pip install trash-cli
termux-setup-storage
cd /storage/emulated/0
touch tempfile
trash-put tempfile

[robertkirkman]

The data being mocked here does vary slightly between different devices, for example on Samsung Galaxy S III it's this,

nodev	sysfs
nodev	rootfs
nodev	bdev
nodev	proc
nodev	cgroup
nodev	tmpfs
nodev	debugfs
nodev	sockfs
nodev	pipefs
nodev	anon_inodefs
nodev	rpc_pipefs
nodev	configfs
nodev	devpts
	ext3
	ext2
	ext4
nodev	ramfs
	vfat
nodev	ecryptfs
nodev	sdcardfs
nodev	nfs
nodev	nfs4
nodev	cifs
	fuseblk
nodev	fuse
nodev	fusectl
	f2fs
nodev	selinuxfs

but this is expected to be an approximation close enough for python-psutil to work, for example, python -c "import psutil; print(psutil.disk_partitions())" still works on Samsung Galaxy S III if it is given the mocked data despite the content of filesystems not exactly matching the real one.

[robertkirkman]

Ok now, on samsung galaxy S III I can see that /proc/filesystems is accessible without root, so some devices do allow access to that without root, so I will make it check whether /proc/filesystems is readable first, then if it's readable use the real one, but fall back to the mock data only if the real one is not readable.

[robertkirkman]

this is sufficient to allow the commands pip install trash-cli , trash-empty and trash-list --debug-volumes to work for me