def _get_results(self, context):
is_async = False
results = []
for cnt, parent in enumerate(self._parents):
if cnt in self._prev_results:
# Use previous result
results += copy.deepcopy(self._prev_results[cnt])
else:
result = parent.merge_results(context)
is_async = is_async or result[0]
if not result[0]:
self._prev_results[cnt] = result[1]
results += result[1]
return [is_async, results]
def _get_results(self, context):
is_async = False
results = []
for cnt, parent in enumerate(self._parents):
if cnt in self._prev_results:
# Use previous result
results += copy.deepcopy(self._prev_results[cnt])
else:
result = parent.merge_results(context)
is_async = is_async or result[0]
if not result[0]:
self._prev_results[cnt] = result[1]
results += result[1]
return [is_async, results]
def _merge_results(self, context):
use_prev = (context['input'] == self._prev_input
and context['next_input'] == self._prev_next_input
and context['event'] != 'Manual')
if not use_prev:
self._prev_merged_results = {}
is_async = False
merged_results = []
for cnt, parent in enumerate(self._parents):
if use_prev and cnt in self._prev_merged_results:
# Use previous result
merged_results += copy.deepcopy(
self._prev_merged_results[cnt])
else:
result = parent.merge_results(context)
is_async = is_async or result[0]
if not result[0]:
self._prev_merged_results[cnt] = result[1]
merged_results += result[1]
self._prev_input = context['input']
self._prev_next_input = context['next_input']
if not merged_results:
return (is_async, -1, [])
complete_position = min(x['complete_position']
for x in merged_results)
all_candidates = []
for result in sorted(merged_results,
key=lambda x: x['rank'], reverse=True):
candidates = result['candidates']
prefix = context['input'][
complete_position:result['complete_position']]
if prefix != '':
for candidate in candidates:
# Add prefix
candidate['word'] = prefix + candidate['word']
all_candidates += candidates
# self.debug(candidates)
max_list = self._vim.call('deoplete#custom#_get_option', 'max_list')
if max_list > 0:
all_candidates = all_candidates[: max_list]
return (is_async, complete_position, all_candidates)
def _merge_results(self, context):
use_prev = (context['input'] == self._prev_input
and context['next_input'] == self._prev_next_input
and context['event'] != 'Manual')
if not use_prev:
self._prev_merged_results = {}
is_async = False
merged_results = []
for cnt, parent in enumerate(self._parents):
if use_prev and cnt in self._prev_merged_results:
# Use previous result
merged_results += copy.deepcopy(self._prev_merged_results[cnt])
else:
result = parent.merge_results(context)
is_async = is_async or result[0]
if not result[0]:
self._prev_merged_results[cnt] = result[1]
merged_results += result[1]
self._prev_input = context['input']
self._prev_next_input = context['next_input']
if not merged_results:
return (is_async, -1, [])
complete_position = min(x['complete_position'] for x in merged_results)
all_candidates = []
for result in sorted(merged_results,
key=lambda x: x['rank'],
reverse=True):
candidates = result['candidates']
prefix = context['input'][
complete_position:result['complete_position']]
if prefix != '':
for candidate in candidates:
# Add prefix
candidate['word'] = prefix + candidate['word']
all_candidates += candidates
# self.debug(candidates)
max_list = self._vim.call('deoplete#custom#_get_option', 'max_list')
if max_list > 0:
all_candidates = all_candidates[:max_list]
return (is_async, complete_position, all_candidates)
def _get_results(self, context: UserContext) -> typing.List[typing.Any]:
is_async = False
needs_poll = False
results: typing.List[Candidates] = []
for cnt, parent in enumerate(self._parents):
if cnt in self._prev_results:
# Use previous result
results += copy.deepcopy(
self._prev_results[cnt]) # type: ignore
else:
result = parent.merge_results(context)
is_async = is_async or result[0]
needs_poll = needs_poll or result[1]
if not result[0]:
self._prev_results[cnt] = result[2]
results += result[2]
return [is_async, needs_poll, results]
