def test_str():
bindings = {
keyutils.KeySequence.parse('a'): 'cmd-a',
keyutils.KeySequence.parse('ba'): 'cmd-ba',
keyutils.KeySequence.parse('bb'): 'cmd-bb',
keyutils.KeySequence.parse('cax'): 'cmd-cax',
keyutils.KeySequence.parse('cby'): 'cmd-cby',
}
trie = basekeyparser.BindingTrie()
trie.update(bindings)
expected = """
a:
=> cmd-a
b:
a:
=> cmd-ba
b:
=> cmd-bb
c:
a:
x:
=> cmd-cax
b:
y:
=> cmd-cby
"""
assert str(trie) == textwrap.dedent(expected).lstrip('\n')
def test_matches_single(entered, configured, match_type):
entered = keyutils.KeySequence.parse(entered)
configured = keyutils.KeySequence.parse(configured)
trie = basekeyparser.BindingTrie()
trie[configured] = "eeloo"
command = "eeloo" if match_type == QKeySequence.ExactMatch else None
result = basekeyparser.MatchResult(match_type=match_type,
command=command,
sequence=entered)
assert trie.matches(entered) == result
def test_matches_tree(configured, expected, benchmark):
trie = basekeyparser.BindingTrie()
trie.update(
{keyutils.KeySequence.parse(keys): "eeloo"
for keys in configured})
def run():
for entered, match_type in expected:
sequence = keyutils.KeySequence.parse(entered)
command = ("eeloo"
if match_type == QKeySequence.ExactMatch else None)
result = basekeyparser.MatchResult(match_type=match_type,
command=command,
sequence=sequence)
assert trie.matches(sequence) == result
benchmark(run)
def run():
trie = basekeyparser.BindingTrie()
trie.update(bindings)