def import_document(win, syncvar):
root = win.syntax_info
if not root:
return
lineno = win.GetCurrentLine() + 1
result = root.get_imports(lineno)
pout("import_document")
for importline, line in result:
if syncvar and not syncvar.empty:
raise StopException
pout("import", importline, line)
if importline.startswith("from"):
try:
exec(importline) in namespace
except:
# error.traceback()
pass
elif importline.startswith("import"):
try:
exec(importline) in namespace
except:
# error.traceback()
pass
def import_document(win, syncvar):
root = win.syntax_info
if not root:
return
lineno = win.GetCurrentLine() + 1
result = root.get_imports(lineno)
pout('import_document')
for importline, line in result:
if syncvar and not syncvar.empty:
raise StopException
pout('import', importline, line)
if importline.startswith('from'):
try:
exec(importline) in namespace
except:
#error.traceback()
pass
elif importline.startswith('import'):
try:
exec(importline) in namespace
except:
# error.traceback()
pass
def try_get_obj_type(win, t, v, lineno):
pout(INDENT, "try_get_obj_type", t, v, lineno)
flag = "obj"
node = None
if t in ("class", "function"):
node = v
flag = "source"
elif t not in ("reference", "import"):
node = v
else:
node = getObject(win, v)
return flag, node
def try_get_obj_type(win, t, v, lineno):
pout(INDENT, "try_get_obj_type", t, v, lineno)
flag = 'obj'
node = None
if t in ('class', 'function'):
node = v
flag = 'source'
elif t not in ('reference', 'import'):
node = v
else:
node = getObject(win, v)
return flag, node
def try_get_obj_type(win, t, v, lineno):
pout(INDENT, "try_get_obj_type", t, v, lineno)
flag = 'obj'
node = None
if t in ('class', 'function'):
node = v
flag = 'source'
elif t not in ('reference', 'import'):
node = v
else:
node = getObject(win, v)
return flag, node
def getAutoCompleteList(win, command="", syncvar=None):
from modules.callinmainthread import CallFunctionOnMainThread
_getattributes = CallFunctionOnMainThread(getattributes)
# if not hasattr(win, 'syntax_info') or not win.syntax_info:
# return []
if hasattr(win, "syntax_info") and win.syntax_info:
root = win.syntax_info
r_idens = _get_filter_list(win, command, root.idens)
else:
r_idens = []
pout("-" * 50)
pout("getAutoCompleteList", command)
v = guessWordObject(win, command, True, syncvar)
flag, object = v
pout(INDENT, "ready to output:", flag, object)
if object:
if flag == "obj":
return _getattributes(object) + r_idens
else:
if object.type == "class":
return getClassAttributes(win, object, syncvar) + r_idens
pout(INDENT, "return:", "***")
return r_idens
def getAutoCompleteList(win, command='', syncvar=None):
from modules.callinmainthread import CallFunctionOnMainThread
_getattributes = CallFunctionOnMainThread(getattributes)
# if not hasattr(win, 'syntax_info') or not win.syntax_info:
# return []
if hasattr(win, 'syntax_info') and win.syntax_info:
root = win.syntax_info
r_idens = _get_filter_list(win, command, root.idens)
else:
r_idens = []
pout('-'*50)
pout('getAutoCompleteList', command)
v = guessWordObject(win, command, True, syncvar)
flag, object = v
pout(INDENT, 'ready to output:', flag, object)
if object:
if flag == 'obj':
return _getattributes(object) + r_idens
else:
if object.type == 'class':
return getClassAttributes(win, object, syncvar) + r_idens
pout(INDENT, 'return:', '***')
return r_idens
def getObject(win, word, syncvar=None):
pout(INDENT, "getObject:", word)
object = None
line = win.GetLine(win.GetCurrentLine())
if syncvar and not syncvar.empty:
raise StopException
if re_match.match(line):
if sys.modules.has_key(word):
object = sys.modules[word]
else:
try:
object = __import__(word, [], [], [""])
except:
pass
else:
object = evaluate(win, word, syncvar)
# try:
# object = eval(word, namespace)
# if syncvar and not syncvar.empty:
# raise StopException
# except:
# try:
# import_document(win, syncvar)
# if syncvar and not syncvar.empty:
# raise StopException
#
# object = eval(word, namespace)
# except:
# try:
# pout(INDENT*2, 'import %s' % word)
# exec('import %s' % word) in namespace
# object = eval(word, namespace)
# except:
# pass
pout(INDENT, "getObject result [%s]:" % word, object)
return object
def getObject(win, word, syncvar=None):
pout(INDENT, 'getObject:', word)
object = None
line = win.GetLine(win.GetCurrentLine())
if syncvar and not syncvar.empty:
raise StopException
if re_match.match(line):
if sys.modules.has_key(word):
object = sys.modules[word]
else:
try:
object = __import__(word, [], [], [''])
except:
pass
else:
object = evaluate(win, word, syncvar)
# try:
# object = eval(word, namespace)
# if syncvar and not syncvar.empty:
# raise StopException
# except:
# try:
# import_document(win, syncvar)
# if syncvar and not syncvar.empty:
# raise StopException
#
# object = eval(word, namespace)
# except:
# try:
# pout(INDENT*2, 'import %s' % word)
# exec('import %s' % word) in namespace
# object = eval(word, namespace)
# except:
# pass
pout(INDENT, 'getObject result [%s]:' % word, object)
return object
def get_calltip(win, word, syncvar):
if not hasattr(win, "syntax_info") or not win.syntax_info:
return []
pout("-" * 50)
pout("get_calltip", word)
flag, object = guessWordObject(win, word, False, syncvar)
pout(INDENT, "ready to output:", flag, object)
if object:
if flag == "obj":
signature = getargspec(win, object)
doc = object.__doc__
return filter(None, [signature, doc])
else:
if object.type == "function":
return unicode("\n".join([object.info, object.docstring]), "utf8")
elif object.type == "class":
s = []
s.append(object.docstring)
t = object.get_local_name("__init__")
c = object.get_local_name("__call__")
if t:
_obj = t[1]
s.append("\n")
s.append(_obj.info)
s.append(_obj.docstring)
if c:
_obj1 = c[1]
s.append("\n")
s.append(_obj1.info)
s.append(_obj1.docstring)
return unicode("\n".join(s), "utf8")
pout(INDENT, "return:", None)
return None
def get_calltip(win, word, syncvar):
if not hasattr(win, 'syntax_info') or not win.syntax_info:
return []
pout('-'*50)
pout('get_calltip', word)
flag, object = guessWordObject(win, word, False, syncvar)
pout(INDENT, 'ready to output:', flag, object)
if object:
if flag == 'obj':
signature = getargspec(win,object)
doc = object.__doc__
return filter(None, [signature, doc])
else:
if object.type == 'function':
return '\n'.join([object.info, object.docstring])
elif object.type == 'class':
s = []
s.append(object.docstring)
t = object.get_local_name('__init__')
c = object.get_local_name('__call__')
if t:
_obj = t[1]
s.append("\n")
s.append(_obj.info)
s.append(_obj.docstring)
if c:
_obj1 = c[1]
s.append("\n")
s.append(_obj1.info)
s.append(_obj1.docstring)
return '\n'.join(s)
pout(INDENT, 'return:', None)
return None
def get_calltip(win, word, syncvar):
if not hasattr(win, 'syntax_info') or not win.syntax_info:
return []
pout('-'*50)
pout('get_calltip', word)
flag, object = guessWordObject(win, word, False, syncvar)
pout(INDENT, 'ready to output:', flag, object)
if object:
if flag == 'obj':
signature = getargspec(win,object)
doc = object.__doc__
return filter(None, [signature, doc])
else:
if object.type == 'function':
return unicode('\n'.join([object.info, object.docstring]), 'utf8')
elif object.type == 'class':
s = []
s.append(object.docstring)
t = object.get_local_name('__init__')
c = object.get_local_name('__call__')
if t:
_obj = t[1]
s.append("\n")
s.append(_obj.info)
s.append(_obj.docstring)
if c:
_obj1 = c[1]
s.append("\n")
s.append(_obj1.info)
s.append(_obj1.docstring)
return unicode('\n'.join(s), 'utf8')
pout(INDENT, 'return:', None)
return None
def try_get_obj_attribute(win, firstword, flag, object, attributes):
pout(INDENT, "try_get_obj_attribute", firstword, flag, object, attributes)
root = win.syntax_info
if object:
if flag == "obj":
if len(attributes) > 1 and attributes[:-1] == "":
attrs = attributes[:-1]
else:
attrs = attributes
s = []
for a in attrs:
if not a:
break
pout(INDENT * 2, "get attribute", a)
s.append(a)
if hasattr(object, a):
object = getattr(object, a)
pout(INDENT * 2, "found", firstword, s)
else:
pout(INDENT * 2, "unfound", "try to get", ".".join([firstword] + s))
object = getObject(win, ".".join([firstword] + s))
if not object:
break
else:
if not root:
return flag, None
o = attributes[0]
del attributes[0]
r = object.get_local_name(o)
if r:
t, v, line = r
if t == "reference":
gt = root.guess_type(line, v)
if gt:
t, v = gt
flag, object = try_get_obj_type(win, t, v, line)
if attributes:
return try_get_obj_attribute(win, firstword, flag, object, attributes)
else:
return flag, object
else:
for b in object.bases:
c = root.search_name(object.lineno, b)
if c:
cls = root.guess_class(c[2])
gr = cls.get_local_name(o)
if gr:
t, v, line = gr
if t == "reference":
gt = root.guess_type(line, v)
if gt:
t, v = gt
flag, object = try_get_obj_type(win, t, v, line)
if attributes:
return try_get_obj_attribute(win, firstword, flag, object, attributes)
else:
return flag, object
else:
flag = "obj"
obj = getObject(win, b)
if hasattr(obj, o):
return flag, getattr(obj, o)
object = None
return flag, object
def guessWordObject(win, command, striplast=True, syncvar=None):
"""
Guess command's type, if striplast is True, then don't care the last
word. command will be splitted into list according to '.'
"""
root = win.syntax_info
attributes = []
# Get the proper chunk of code from the command.
flag = None
object = None
# while command.endswith('.'):
# command = command[:-1]
if syncvar and not syncvar.empty:
raise StopException
lineno = win.GetCurrentLine() + 1
attributes = command.split(".")
if command == "self.": # process self.
if not root:
return flag, object
cls = root.guess_class(lineno)
if cls:
return "source", cls
elif command.startswith("self."): # process self.a. then treat self.a as a var
if len(attributes) == 2: # self.xxx
pass
else:
key = attributes[0] + "." + attributes[1]
del attributes[0]
attributes[0] = key
else:
if root:
result = root.guess_type(lineno, command)
if result:
attributes = [command]
if syncvar and not syncvar.empty:
raise StopException
# deal first word
firstword = attributes[0]
del attributes[0]
pout(INDENT, "attributes:", attributes, "firstword:", firstword)
if root:
result = root.guess_type(lineno, firstword)
else:
result = None
pout(INDENT, "guess [%s] result:" % firstword, result)
if syncvar and not syncvar.empty:
raise StopException
if striplast:
if attributes:
del attributes[-1]
if result:
t, v = result
pout(INDENT, "begin try_get_obj_type:", t, v, attributes)
flag, object = try_get_obj_type(win, t, v, lineno)
pout(INDENT, "result:", flag, object, attributes)
if syncvar and not syncvar.empty:
raise StopException
if not attributes or attributes[0] == "":
return flag, object
if flag == "source" or attributes:
# deal other rest
flag, object = try_get_obj_attribute(win, firstword, flag, object, attributes)
pout(INDENT, "result:", flag, "object=", object)
else:
if firstword.startswith("self."):
word = firstword.split(".", 1)[1]
if root:
cls = root.guess_class(lineno)
else:
cls = None
if syncvar and not syncvar.empty:
raise StopException
if cls:
for b in cls.bases:
if syncvar and not syncvar.empty:
raise StopException
obj = getObject(win, b, syncvar)
if obj:
if hasattr(obj, word):
object = getattr(obj, word)
flag = "obj"
else:
flag = "obj"
object = getObject(win, firstword, syncvar)
if object:
s = []
for a in attributes:
if not a:
break
pout(INDENT * 2, "get attribute", a)
s.append(a)
if hasattr(object, a):
object = getattr(object, a)
pout(INDENT * 2, "found", firstword, s)
else:
pout(INDENT * 2, "unfound", "try to get", ".".join([firstword] + s))
object = getObject(win, ".".join([firstword] + s), syncvar)
if not object:
break
if syncvar and not syncvar.empty:
raise StopException
return flag, object
def try_get_obj_attribute(win, firstword, flag, object, attributes):
pout(INDENT, "try_get_obj_attribute", firstword, flag, object, attributes)
root = win.syntax_info
if object:
if flag == 'obj':
if len(attributes) > 1 and attributes[:-1] == '':
attrs = attributes[:-1]
else:
attrs = attributes
s = []
for a in attrs:
if not a:
break
pout(INDENT*2, 'get attribute', a)
s.append(a)
if hasattr(object, a):
object = getattr(object, a)
pout(INDENT*2, 'found', firstword, s)
else:
pout(INDENT*2, 'unfound', 'try to get', '.'.join([firstword]+s))
object = getObject(win, '.'.join([firstword]+s))
if not object:
break
else:
if not root:
return flag, None
o = attributes[0]
del attributes[0]
r = object.get_local_name(o)
if r:
t, v, line = r
if t == 'reference':
gt = root.guess_type(line, v)
if gt:
t, v = gt
flag, object = try_get_obj_type(win, t, v, line)
if attributes:
return try_get_obj_attribute(win, firstword, flag, object, attributes)
else:
return flag, object
else:
for b in object.bases:
c = root.search_name(object.lineno, b)
if c:
cls = root.guess_class(c[2])
gr = cls.get_local_name(o)
if gr:
t, v, line = gr
if t == 'reference':
gt = root.guess_type(line, v)
if gt:
t, v = gt
flag, object = try_get_obj_type(win, t, v, line)
if attributes:
return try_get_obj_attribute(win, firstword, flag, object, attributes)
else:
return flag, object
else:
flag = 'obj'
obj = getObject(win, b)
if hasattr(obj, o):
return flag, getattr(obj, o)
object = None
return flag, object
def guessWordObject(win, command, striplast=True, syncvar=None):
'''
Guess command's type, if striplast is True, then don't care the last
word. command will be splitted into list according to '.'
'''
root = win.syntax_info
attributes = []
# Get the proper chunk of code from the command.
flag = None
object = None
# while command.endswith('.'):
# command = command[:-1]
if syncvar and not syncvar.empty:
raise StopException
lineno = win.GetCurrentLine() + 1
attributes = command.split('.')
if command == 'self.': #process self.
if not root:
return flag, object
cls = root.guess_class(lineno)
if cls:
return 'source', cls
elif command.startswith('self.'): #process self.a. then treat self.a as a var
if len(attributes) == 2: #self.xxx
pass
else:
key = attributes[0] + '.' + attributes[1]
del attributes[0]
attributes[0] = key
else:
if root:
result = root.guess_type(lineno, command)
if result:
attributes = [command]
if syncvar and not syncvar.empty:
raise StopException
#deal first word
firstword = attributes[0]
del attributes[0]
pout(INDENT, 'attributes:', attributes, 'firstword:', firstword)
if root:
result = root.guess_type(lineno, firstword)
else:
result = None
pout(INDENT, 'guess [%s] result:' % firstword, result)
if syncvar and not syncvar.empty:
raise StopException
if striplast:
if attributes:
del attributes[-1]
if result:
t, v = result
pout(INDENT, 'begin try_get_obj_type:', t, v, attributes)
flag, object = try_get_obj_type(win, t, v, lineno)
pout(INDENT, 'result:', flag, object, attributes)
if syncvar and not syncvar.empty:
raise StopException
if not attributes or attributes[0] == '':
return flag, object
if flag == 'source' or attributes:
#deal other rest
flag, object = try_get_obj_attribute(win, firstword, flag, object, attributes)
pout(INDENT, 'result:', flag, 'object=', object)
else:
if firstword.startswith('self.'):
word = firstword.split('.', 1)[1]
if root:
cls = root.guess_class(lineno)
else:
cls = None
if syncvar and not syncvar.empty:
raise StopException
if cls:
for b in cls.bases:
if syncvar and not syncvar.empty:
raise StopException
obj = getObject(win, b, syncvar)
if obj:
if hasattr(obj, word):
object = getattr(obj, word)
flag = 'obj'
else:
flag = 'obj'
object = getObject(win, firstword, syncvar)
if object:
s = []
for a in attributes:
if not a:
break
pout(INDENT*2, 'get attribute', a)
s.append(a)
if hasattr(object, a):
object = getattr(object, a)
pout(INDENT*2, 'found', firstword, s)
else:
pout(INDENT*2, 'unfound', 'try to get', '.'.join([firstword]+s))
object = getObject(win, '.'.join([firstword]+s), syncvar)
if not object:
break
if syncvar and not syncvar.empty:
raise StopException
return flag, object
