def newline_separated_statements(args):
transformed = []
for arg in args:
if isinstance(arg, list):
transformed.append(arg[0])
transformed = list(flatten_list(transformed))
return transformed
def __generate_tree_guess(self):
self.req_syntax_tree.create_tree(replace_characters(self.requirement.description))
transformed = self.req_transformer.transform(self.req_syntax_tree.tree)
req = list(flatten_list(transformed.children))
if isinstance(req[0], dict):
logic = req[0]['logic']
if_part = req[0]['if_part']
then_part = req[0]['then_part']
print(logic)
print(if_part)
print(then_part)
else:
print(req)
var1 = ""
var2 = ""
scope = 'GLOBALLY'
scoped_pattern = ScopedPattern(
Scope[scope],
Pattern(name='BoundedResponse')
)
mapping = {
'R': "%s" % var1,
'S': "%s" % var2,
'T': 'MAX_TIME'
}
return scoped_pattern, mapping
def test_transform(self):
s = ReqSyntaxTree()
transformer = ReqTransformer()
for i, req in enumerate(reqs):
s.create_tree(req)
new_tree = transformer.transform(s.tree)
flattend_list = list(flatten_list(new_tree.children))
self.assertEqual(flattend_list, results[i])
def comparison(args):
lhs = args[0]
rhs = args[2].replace('"', '').upper().strip()
if rhs == 'TRUE':
transformed = "%s" % lhs
elif rhs == 'FALSE':
transformed = "!%s" % lhs
else:
transformed = " ".join(list(flatten_list(args)))
return transformed
def statement_in_parentheses(args):
transformed = list(flatten_list(args))
transformed = " ".join(transformed)
return transformed
def arithmetic(args):
transformed = " ".join(list(flatten_list(args)))
return transformed
def else_part(args):
return {'else_part': list(flatten_list(args))}
def then_part(args):
return {'then_part': list(flatten_list(args))}
def if_part(self, args):
return {'if_part': list(flatten_list(args)), 'logic': self.current_logic}
def assign(args):
transformed = " ".join(list(flatten_list(args)))
return transformed
