def test_Interpreter_create_path_2(): #IGNORE:C01111
msg = 'Interpreter: create_path method: return existing path, extend path'
#skip_test(msg)
print msg
from freeode.interpreter import InterpreterObject, Interpreter
from freeode.util import DotName
#create an interpreter
intp = Interpreter()
#the root object where the long name will be created
root = InterpreterObject()
#create all attributes so that this dotname can be looked up
#o_name_1 should be the object representing the rightmost element (name)
o_name_1 = intp.create_path(root, DotName('this.is_.a.long.dotted.name'))
#access existing path, don't try to create it twice
o_name_2 = intp.create_path(root, DotName('this.is_.a.long.dotted.name'))
assert o_name_1 is o_name_2
#extend existing path
o_indeed = intp.create_path(root, DotName('this.is_.a.long.dotted.name.indeed'))
o_indeed_2 = o_name_1.indeed #pylint:disable-msg=E1103
assert o_indeed is o_indeed_2
def test_Interpreter_create_path_1(): #IGNORE:C01111
msg = 'Interpreter: create_path method: create non-existing path.'
#skip_test(msg)
print msg
from freeode.interpreter import InterpreterObject, Interpreter
from freeode.util import DotName
#create an interpreter
intp = Interpreter()
#the root object where the long name will be created
root = InterpreterObject()
#create all attributes so that this dotname can be looked up
#o_name_1 should be the object representing the rightmost element (name)
o_name_1 = intp.create_path(root, DotName('this.is_.a.long.dotted.name'))
#see if all attributes have been created
o_name_2 = root.this.is_.a.long.dotted.name #pylint:disable-msg=E1101
#the create_path function must return the final element
assert o_name_1 is o_name_2
