def handle_info(self, cts, doc_text, source_code, offset):
obj_fullname = ''
calltip = ''
argspec = ''
note = ''
if cts:
cts = cts.replace('.__init__', '')
parpos = cts.find('(')
if parpos:
obj_fullname = cts[:parpos]
obj_name = obj_fullname.split('.')[-1]
cts = cts.replace(obj_fullname, obj_name)
calltip = cts
if ('()' in cts) or ('(...)' in cts):
# Either inspected object has no argument, or it's
# a builtin or an extension -- in this last case
# the following attempt may succeed:
calltip = getsignaturefromtext(doc_text, obj_name)
if not obj_fullname:
obj_fullname = sourcecode.get_primary_at(source_code, offset)
if obj_fullname and not obj_fullname.startswith('self.'):
# doc_text was generated by utils.dochelpers.getdoc
if type(doc_text) is dict:
obj_fullname = doc_text['name'] or obj_fullname
argspec = doc_text['argspec']
note = doc_text['note']
doc_text = doc_text['docstring']
elif calltip:
argspec_st = calltip.find('(')
argspec = calltip[argspec_st:]
module_end = obj_fullname.rfind('.')
module = obj_fullname[:module_end]
note = 'Present in %s module' % module
if not doc_text and not calltip:
return
return dict(name=obj_fullname,
argspec=argspec,
note=note,
docstring=doc_text,
calltip=calltip)
def _get_definition_location_regex(self, source_code, offset, filename):
"""
Find the definition for an object within a set of source code
This is used to find the path of python-like modules
(e.g. cython and enaml) for a goto definition
"""
token = sourcecode.get_primary_at(source_code, offset)
eol = sourcecode.get_eol_chars(source_code) or '\n'
lines = source_code[:offset].split(eol)
line_nr = None
if '.' in token:
temp = token.split('.')[-1]
line_nr = self.get_definition_with_regex(source_code, temp,
len(lines))
if line_nr is None:
line_nr = self.get_definition_with_regex(source_code, token,
len(lines), True)
if line_nr is None and '.' in token:
temp = token.split('.')[-1]
line_nr = self.get_definition_with_regex(source_code, temp,
len(lines), True)
if line_nr is None:
return None, None
line = source_code.split(eol)[line_nr - 1].strip()
exts = self.python_like_exts()
if not osp.splitext(filename)[-1] in exts:
return filename, line_nr
if line.startswith('import ') or line.startswith('from '):
alt_path = osp.dirname(filename)
source_file = self.python_like_mod_finder(line,
alt_path=alt_path,
stop_token=token)
if (not source_file or not osp.splitext(source_file)[-1] in exts):
line_nr = self.get_definition_with_regex(
source_code, token, line_nr)
return filename, line_nr
mod_name = osp.basename(source_file).split('.')[0]
if mod_name == token or mod_name == '__init__':
return source_file, 1
else:
line_nr = self.get_definition_from_file(source_file, token)
return source_file, line_nr
return filename, line_nr
def _get_definition_location_regex(self, source_code, offset, filename):
"""
Find the definition for an object within a set of source code
This is used to find the path of python-like modules
(e.g. cython and enaml) for a goto definition
"""
token = sourcecode.get_primary_at(source_code, offset)
eol = sourcecode.get_eol_chars(source_code) or '\n'
lines = source_code[:offset].split(eol)
line_nr = None
if '.' in token:
temp = token.split('.')[-1]
line_nr = self.get_definition_with_regex(source_code, temp,
len(lines))
if line_nr is None:
line_nr = self.get_definition_with_regex(source_code, token,
len(lines), True)
if line_nr is None and '.' in token:
temp = token.split('.')[-1]
line_nr = self.get_definition_with_regex(source_code, temp,
len(lines), True)
if line_nr is None:
return None, None
line = source_code.split(eol)[line_nr - 1].strip()
exts = self.python_like_exts()
if not osp.splitext(filename)[-1] in exts:
return filename, line_nr
if line.startswith('import ') or line.startswith('from '):
alt_path = osp.dirname(filename)
source_file = self.python_like_mod_finder(line, alt_path=alt_path,
stop_token=token)
if (not source_file or
not osp.splitext(source_file)[-1] in exts):
line_nr = self.get_definition_with_regex(source_code, token,
line_nr)
return filename, line_nr
mod_name = osp.basename(source_file).split('.')[0]
if mod_name == token or mod_name == '__init__':
return source_file, 1
else:
line_nr = self.get_definition_from_file(source_file, token)
return source_file, line_nr
return filename, line_nr
def handle_info(self, cts, doc_text, source_code, offset):
obj_fullname = ''
calltip = ''
argspec = ''
note = ''
if cts:
cts = cts.replace('.__init__', '')
parpos = cts.find('(')
if parpos:
obj_fullname = cts[:parpos]
obj_name = obj_fullname.split('.')[-1]
cts = cts.replace(obj_fullname, obj_name)
calltip = cts
if ('()' in cts) or ('(...)' in cts):
# Either inspected object has no argument, or it's
# a builtin or an extension -- in this last case
# the following attempt may succeed:
calltip = getsignaturefromtext(doc_text, obj_name)
if not obj_fullname:
obj_fullname = sourcecode.get_primary_at(source_code, offset)
if obj_fullname and not obj_fullname.startswith('self.'):
# doc_text was generated by utils.dochelpers.getdoc
if type(doc_text) is dict:
obj_fullname = doc_text['name'] or obj_fullname
argspec = doc_text['argspec']
note = doc_text['note']
doc_text = doc_text['docstring']
elif calltip:
argspec_st = calltip.find('(')
argspec = calltip[argspec_st:]
module_end = obj_fullname.rfind('.')
module = obj_fullname[:module_end]
note = 'Present in %s module' % module
if not doc_text and not calltip:
return
return dict(name=obj_fullname, argspec=argspec, note=note,
docstring=doc_text, calltip=calltip)
def handle_info(self, cts, doc_text, source_code, offset):
obj_fullname = ""
calltip = ""
argspec = ""
note = ""
if cts:
cts = cts.replace(".__init__", "")
parpos = cts.find("(")
if parpos:
obj_fullname = cts[:parpos]
obj_name = obj_fullname.split(".")[-1]
cts = cts.replace(obj_fullname, obj_name)
calltip = cts
if ("()" in cts) or ("(...)" in cts):
# Either inspected object has no argument, or it's
# a builtin or an extension -- in this last case
# the following attempt may succeed:
calltip = getsignaturefromtext(doc_text, obj_name)
if not obj_fullname:
obj_fullname = sourcecode.get_primary_at(source_code, offset)
if obj_fullname and not obj_fullname.startswith("self."):
# doc_text was generated by utils.dochelpers.getdoc
if type(doc_text) is dict:
obj_fullname = doc_text["name"] or obj_fullname
argspec = doc_text["argspec"]
note = doc_text["note"]
doc_text = doc_text["docstring"]
elif calltip:
argspec_st = calltip.find("(")
argspec = calltip[argspec_st:]
module_end = obj_fullname.rfind(".")
module = obj_fullname[:module_end]
note = "Present in %s module" % module
if not doc_text and not calltip:
return
return dict(name=obj_fullname, argspec=argspec, note=note, docstring=doc_text, calltip=calltip)