def __lvalue(self, assign_node):
lvalue_node = ast.LValue()
lvalue_node.path.append(self.current_token)
self.__eat(token.ID, 'expecting ID')
while self.current_token.tokentype == token.DOT:
self.__advance()
lvalue_node.path.append(self.current_token)
self.__eat(token.ID, 'expecting ID')
assign_node.lhs = lvalue_node
def __lvalue(self):
lval_node = ast.LValue()
lval_node.path.append(self.current_token)
self.__eat(token.ID, "expecting an ID")
while self.current_token.tokentype == token.DOT:
self.__advance()
lval_node.path.append(self.current_token)
self.__eat(token.ID, "expecting an ID")
return lval_node
def __lvalue(self):
"""<lvalue> ::= ID (DOT ID)*"""
lvalue_node = ast.LValue()
lvalue_node.path.append(self.current_token)
self.__eat(token.ID, "expecting an identifier")
while self.current_token.tokentype == token.DOT:
self.__eat(token.DOT, 'expecting a "."')
lvalue_node.path.append(self.current_token)
self.__eat(token.ID, "expecting an identifier")
return lvalue_node
def __lvalue(self):
"""<lvalue> ::= ID ( DOT ID )∗"""
lvalueStmt = ast.LValue()
lvalueStmt.path.append(self.current_token)
self.__eat(token.ID, "expecting ID")
while self.current_token.tokentype == token.DOT:
self.__advance()
lvalueStmt.path.append(self.current_token)
self.__eat(token.ID, "expecting ID")
return lvalueStmt
def __lvalue(self):
"""<lvalue> ::= ID ( DOT ID )*"""
l_value_node = ast.LValue()
l_value_node.path.append(self.current_token)
self.__eat(token.ID, 'expecting "ID"')
while (self.current_token.tokentype == token.DOT):
self.__advance()
l_value_node.path.append(self.current_token)
self.__eat(token.ID, 'expecting "ID"')
return l_value_node
def __lvalue(self):
# print("lvalue: " + str(self.current_token))
lvalue_node = ast.LValue()
lvalue_node.path.append(self.current_token) # add first lvalue
self.__eat(token.ID, 'expected ID')
while self.current_token.tokentype == token.DOT:
self.__advance() # eat DOT (we already know from 1 line up)
lvalue_node.path.append(self.current_token) # add following lvalues if they exist
self.__eat(token.ID, 'expected ID')
return lvalue_node
def __lvalue(self):
"""<lvalue> ::= ID ( DOT ID )*"""
lvalue = ast.LValue()
lvalue.path.append(self.current_token)
self.__eat(token.ID, "expected ID")
while self.__tokenIs(token.DOT):
self.__advance()
lvalue.path.append(self.current_token)
self.__eat(token.ID, "expected 'ID'")
return lvalue