def _get_document_symbols(
code_lines: List[str],
names: List[Name],
current: Optional[Name] = None) -> List[types.DocumentSymbol]:
# Looks like names are sorted by order of appearance, so
# children are after their parents
result = []
while names:
if current and names[0].parent() != current:
break
name = names.pop(0)
if name.type == 'param':
continue
children = _get_document_symbols(code_lines, names, name)
line = name.line - 1
r = types.Range(start=types.Position(line=line, character=name.column),
end=types.Position(line=line,
character=len(code_lines[line]) -
1))
result.append(
types.DocumentSymbol(name=name.name,
kind=_DOCUMENT_SYMBOL_KINDS.get(
name.type, types.SymbolKind.Null),
range=r,
selection_range=r,
children=children or None))
return result
def _symbols():
for name in names:
if name.type == 'param':
continue
parent = name.parent()
parent_name = parent and parent.full_name
if parent_name:
module_name = name.module_name
if parent_name == module_name:
parent_name = None
elif parent_name.startswith(f'{module_name}.'):
parent_name = parent_name[len(module_name) + 1:]
yield types.SymbolInformation(
name=name.name,
kind=_DOCUMENT_SYMBOL_KINDS.get(name.type,
types.SymbolKind.Null),
location=types.Location(
uri=uri,
range=types.Range(
start=types.Position(line=name.line - 1,
character=name.column),
end=types.Position(
line=name.line - 1,
characret=len(code_lines[name.line - 1]) - 1))),
container_name=parent_name)
def _append():
if replace_lines:
end = types.Position(line=line_number, character=0)
else:
end = start
result.append(
types.TextEdit(range=types.Range(start=start, end=end),
new_text=''.join(lines)))
def unexpectedError(self, _filename, msg):
self.result.append(
types.Diagnostic(range=types.Range(
start=types.Position(line=0, character=0),
end=types.Position(line=0, character=0)),
message=msg,
severity=types.DiagnosticSeverity.Error,
source='pyflakes'))
def syntaxError(self, _filename, msg, lineno, offset, _text):
line = lineno - 1
col = offset or 0
self.result.append(
types.Diagnostic(range=types.Range(
start=types.Position(line=line, character=col),
end=types.Position(line=line,
character=len(self._get_codeline(line)) -
col)),
message=msg,
severity=types.DiagnosticSeverity.Error,
source='pyflakes'))
def flake(self, message):
line = message.lineno - 1
if message.__class__.__name__ in self.errors:
severity = types.DiagnosticSeverity.Error
else:
severity = types.DiagnosticSeverity.Warning
self.result.append(
types.Diagnostic(range=types.Range(
start=types.Position(line=line, character=message.col),
end=types.Position(line=line,
character=len(self._get_codeline(line)))),
message=message.message % message.message_args,
severity=severity,
source='pyflakes'))
def error(self, line_number, offset, text, check):
code = text[:4]
if self._ignore_code(code) or code in self.expected:
return
line = line_number - 1
self.result.append(
types.Diagnostic(range=types.Range(
start=types.Position(line=line, character=offset),
end=types.Position(line=line,
character=len(
self.lines[line].rstrip('\n\r')))),
message=text,
severity=types.DiagnosticSeverity.Warning,
code=code,
source='pycodestyle'))
def hover(ls: LanguageServer,
params: types.TextDocumentPositionParams) -> Optional[types.Hover]:
"""Get hover information for a symbol, if present at position"""
markdown_file = get_markdown_file(ls, params.text_document.uri)
key, start, stop = find_key(markdown_file, params.position)
if start is None or stop is None:
return None
if key is not None and key in cached_bibliographies:
return types.Hover(
contents=info(cached_bibliographies[key]),
range=types.Range(
start=types.Position(line=params.position.line,
character=start),
end=types.Position(line=params.position.line, character=stop),
),
)
return None
def _completion_item(completion: Completion, r: types.Range) -> Dict:
label = completion.name
_r = r
lnm = completion._like_name_length
if lnm == 1 and label[0] in {'"', "'"}:
lnm = 0
label = label[1:]
elif lnm:
_r = types.Range(start=types.Position(line=r.start.line,
character=r.start.character -
lnm),
end=r.end)
return dict(label=label,
kind=_COMPLETION_TYPES.get(completion.type,
types.CompletionItemKind.Text),
documentation=completion.docstring(raw=True),
text_edit=types.TextEdit(range=_r, new_text=label))
def completions(ls: LanguageServer, params: types.CompletionParams):
global completionFunction
script = get_script(ls, params.text_document.uri)
completions = script.complete(params.position.line + 1,
params.position.character,
fuzzy=config['completion_fuzzy'])
code_line = script._code_lines[params.position.line]
word_match = RE_WORD.match(code_line[params.position.character:])
if word_match:
word_rest = word_match.end()
else:
word_rest = 0
r = types.Range(start=types.Position(line=params.position.line,
character=params.position.character),
end=types.Position(line=params.position.line,
character=params.position.character +
word_rest))
return types.CompletionList(is_incomplete=False,
items=list(completionFunction(completions, r)))
def _mypy_check(ls: LanguageServer, uri: str, script: Script,
result: List[types.Diagnostic]):
from mypy import api
assert jediEnvironment is not None
version_info = jediEnvironment.version_info
if config['diagnostic_on_change']:
args = ['--command', script._code]
else:
args = [to_fs_path(uri)]
lines = api.run([
'--python-executable', jediEnvironment.executable, '--python-version',
f'{version_info.major}.{version_info.minor}', '--config-file',
get_mypy_config(ls,
uri), '--hide-error-context', '--show-column-numbers',
'--show-error-codes', '--no-pretty', '--no-error-summary'
] + args)
if lines[1]:
ls.show_message(lines[1], types.MessageType.Error)
return
for line in lines[0].split('\n'):
parts = line.split(':', 4)
if len(parts) < 5:
continue
_fn, row, column, err_type, message = parts
row = int(row) - 1
column = int(column) - 1
if err_type.strip() == 'note':
severity = types.DiagnosticSeverity.Hint
else:
severity = types.DiagnosticSeverity.Warning
result.append(
types.Diagnostic(range=types.Range(
start=types.Position(line=row, character=column),
end=types.Position(line=row,
character=len(script._code_lines[row]))),
message=message.strip(),
severity=severity,
source='mypy'))
return result
def definition(
ls: LanguageServer,
params: types.TextDocumentPositionParams = None
) -> Optional[types.Location]:
"""Goto definition of symbol, if a bibliography key is present"""
if params is None:
return None
markdown_file = get_markdown_file(ls, params.text_document.uri)
key, *_ = find_key(markdown_file, params.position)
if key is None or not key in keys:
return None
key_position = keys[key]
return types.Location(
uri=key_position.text_document.uri,
range=types.Range(
start=key_position.position,
end=types.Position(
line=key_position.position.line,
character=key_position.position.character + len(key),
),
),
)
def _validate(ls: LanguageServer, uri: str, script: Script = None):
if script is None:
script = get_script(ls, uri)
# Jedi
result = [
types.Diagnostic(
range=types.Range(start=types.Position(line=x.line - 1,
character=x.column),
end=types.Position(line=x.until_line - 1,
character=x.until_column)),
message=x.get_message(),
severity=types.DiagnosticSeverity.Error,
source='jedi') for x in script.get_syntax_errors()
]
if result:
ls.publish_diagnostics(uri, result)
return
# pyflakes
pyflakes_check(script._code, script.path,
PyflakesReporter(result, script, config['pyflakes_errors']))
# pycodestyle
codestyleopts = get_pycodestyle_options(ls, uri)
CodestyleChecker(script.path, script._code.splitlines(True), codestyleopts,
CodestyleReport(codestyleopts, result)).check_all()
# mypy
if config['mypy_enabled']:
try:
_mypy_check(ls, uri, script, result)
except Exception as e:
ls.show_message(f'mypy check error: {e}',
types.MessageType.Warning)
ls.publish_diagnostics(uri, result)
def _get_name_range(name: Name) -> types.Range:
return types.Range(start=types.Position(line=name.line - 1,
character=name.column),
end=types.Position(line=name.line - 1,
character=name.column +
len(name.name)))