The function returns the part of a monitors area that should be
used for positioning popups, menus, etc. The only non-trivial
implementation atm is in the X backend, all the other backends
just return the full monitor area. The X implementation is
currently suboptimal, since it requires roundtrips to collect
the necessary information. It should be changed to monitor
the properties for changes, when XFixes allows to monitor
individual properties.
https://bugzilla.gnome.org/show_bug.cgi?id=641999
Dealing with disabled devices may turn into hierarchy/device
changed events on device IDs with no backing GdkDevice yet,
so protect against that. The device attachment will be handled
correctly when the device is enabled later.
Even if we can't change our sensitivity because the parent is insensitive we
should still flip the sensitive flag. Otherwise, with and insensitive parent,
child.set_sensitive(True)
...
parent.set_sensitive(True)
would result in child still being insensitive.
https://bugzilla.gnome.org/show_bug.cgi?id=666392
Instead of in the key_press handler, use a signal handler. The signal
handler runs before the default handler, and before other signal
handlers. In particular it runs before the signal handler installed via
gtk_entry_set_completion() which pops down the entry completion, and we
don't want that to happen.
The code does not change the code of the handler in any significant way,
it just refacotrs it to not call the parent anymore.
https://bugzilla.gnome.org/show_bug.cgi?id=663573
This was removed previously, but is necessary to support the case where
no base folder is in use, which should cause an error. This can be
experienced in save mode in the recent files list.
https://bugzilla.gnome.org/show_bug.cgi?id=663573
That way, we can use the regular filtering features of the
filesystemmodel instead of having our own filtering function that
duplicates much of the matching code.
This also removes the broken-on-windows feature where files strting with
a dot were not autocompleted.
Use all the clever functions we invented in recent refactorings to
compute the file and dir part and the current folder.
This also fixes the bug where "./" was not taken as the current
directory but interpreted as a file named "./".
This returns the text that should be completed on. As this is somewhat
tricky to compute (and in fact one place did it wrong), let's make it a
function.
Now that we don't need to know anymore why insertion failed, we can
simplify the append function quite a lot.
A simple rule now: If we did not insert anything, beep.
Too much special code for no gain.
I did a totally unscientific questionnaire on GNOME IRC (assuming
autocompletion is for advanced users) and nobody even knew what this is.
So I suspect it's useless. Also, it's positioned completely wrong anyway
and nobody noticed so far. Last but not least, I'm trying to imitate
bash here and bash doesn't show feedback.
Use dispatch_properties_changed() instead of GtkEditable to watch for
changes to the to-be-completed text. This is necessary because various
functions in GtkEntry don't use the interface vfuncs and one only
becomes aware of them via notifications. I'm not sure this is intended
behavior, but it's how it works today.
Also, use the same code for triggering in all situations.
What the code does is this: It looks at the part of the text in front of
the cursor (or selection) and completes for it. Once the directory has
been enumerated, inline completion is activated. Note that popping up of
the completion popup is completely handled by GtkEntry.
Instead, pass the text to use to refresh_current_folder_and_file_part().
This also gets rid of the problem introduced earlier that the position
is not properly updated in do_insert_text() and therefor the completion
is wrong.
... from GtkEntryCompletion instead of implementing a poor copy
ourselves. This also makes the file chooser entry behave a lot closer to
normal entries.
This is identical to the display name when not having a path that
changes the folder. Otherwise it will have the full path that was
entered in the entry. Say when from your home dir, you type
"../../usr/li", the full path for "lib" and "lib64" will be
"../../usr/lib" and "../../usr/lib64" respectively. This value isn't
used yet, but will be soon.
The new version does not need to muck with the entry, it just extracts
the required information. It returns a reference to the folder though,
as we extract the information now instead of returning something stored.
