Implement `completion-item-focus next-category` and
`completion-item-focus prev-category` to jump through completions by
category rather than by item.
Resolves#1567.
Command completions for `:bind` and `:` will now show bindings for
aliases. The binding is only included if it is bound to that alias, not
if it is bound to the command the alias points to.
Consolidate the logic used to generate the command completion category
into one place. This is shared by CommandCompletionModel,
HelpCompletionModel, and BindCompletionModel.
Hidden commands are not shown in command completion as they typically
would not be run directly. However, a user might still might like to see
help for them if, for example, they are writing a script or creating a
binding.
Addresses #1707.
Completion.empty existed to fill a slot in the old Command.completions
interface if the first positional arg had no completions but the second
did, as is the case for the `bind` command. Now that
`Command.completions` is replaced by `Command.get_pos_arg_info`, this
is no longer needed.
Command completion types are now identified by ArgInfo, so just use
that directly and cut out the middle-man. This shouldn't change any
completion behavior.
Adds a test for get_pos_arg_info to test_cmdutils.
Modifies test_completer to test the use of get_pos_arg_info. Instead of
using FakeCommand, real Command objects are used, to validate that the
Completer works with the real Command interface. This also cleans out
some test cases that were testing things already covered by other cases.
This is a more rigorous test than filterAcceptsRow as it tests behavior
with multiple columns and different sort settings. In addition, it
tests intelligentLessThan which is not tested in the filterAcceptsRow
test (as lessThan is never called if there is only 1 item to filter).
first_item and last_item return an invalid index when there are no
items in the completion, and the completionwidget will throw on an
invalid index. However, setting an invalid index on the selection view
is fine, so just remove the assertion.
Resolves#1731.
These commands are more closely tied to the CompletionView than
Completer. This removes the need for an extra signal tying the
CompletionView to the Completer.
The call to _open_completion_if_needed was moved to
on_selection_changed, as this will already be called when a new item is
selected.
Rather than having a CompletionView instantiate and register a
Completer, instantiate both in MainWindow. The CompletionView is the
parent of the Completer, and communicates by emitting
selection_changed, meaning it no longer needs to contain a reference to
the Completer.
- clean up docstring typos
- use _ to name an unused loop variable
- parent the filter model to avoid an issue with disposal
- use mocker.patch instead of monkeypatch to mock Completer creation
- use is instead of == to compare by identity
The CompletionView looks in objreg for 'status-cmd', so move it from a
private fixture in test_completer to a public fixture that handles
objreg registration/deletion.
update_completion is only used internally, so instead test the real
public entry point which is schedule_completion_update.
This required mocking out QTimer to fire immediately so the test didn't
have to do flaky artificial delays.
For the Completer unit tests:
Although `change_completed_part` looks like a public method, it was
only used internally. Test the externally-used method
`selection_changed` instead.
Based on code review:
- Use qtbot.waitSignal to test a signal firing
- Use pytest.mark.xfail for an expected test failure
- Ensure there are 2 newlines between module-level functions
Based on code review:
- import modules, not classes
- use methods, not lambdas for the mock command prompt class
- use None rather than Mock for DUMB_SORT
- autouse two fixtures and remove them from test signatures
Had to add the `raw` parameter to ConfigStub.get as the setting option
completion model passes this argument explicitly (although the docs say
only raw=True is supported).
