def __iter__(self):
'''Built-in function __iter__
Generator function, yielding each testable item within this container
in the order of appearance inside the test cases. This is the main
mechanism that allows looping through CleanTestcase Section's child
items.
This function relies on discover's returned list of sub sections in
their sorted runtime order. It then takes each object class,
instantiate them and run each. In case an object is looped, the loop
iterations are processed.
'''
for section in self.discover():
if not hasattr(section, '__testcls__'):
raise TypeError("Expected a subsection object with "
"'__testcls__' set by the section decorator")
# discovered Subsection
# ------------------------
if loopable(section):
# section is marked to be looped
# offer up each iteration in its own class instance
for iteration in get_iterations(section):
new_section = section.__testcls__(section,
uid = iteration.uid,
parameters = iteration.parameters,
parent = self)
yield new_section
else:
# run section a single time.
new_section = section.__testcls__(section, parent = self)
yield new_section
def __iter__(self, *args, **kwargs):
for section in self._discover():
if loopable(section):
for iteration in get_iterations(section):
new_section = section.__testcls__(section,
uid=iteration.uid,
parameters=iteration.parameters,
parent=self)
yield new_section
else:
new_section = section.__testcls__(section, parent=self)
yield new_section
def __iter__(self):
'''Built-in function __iter__
Generator function, yielding each testable item within this container
in the order of appearance inside the test cases. This is the main
mechanism that allows looping through CleanTestcase Section's child
items.
This function relies on discover's returned list of sub sections in
their sorted runtime order. It then takes each object class,
instantiate them and run each. In case an object is looped, the loop
iterations are processed.
'''
for section in self.discover():
if not hasattr(section, '__testcls__'):
raise TypeError("Expected a subsection object with "
"'__testcls__' set by the section decorator")
# If image handler has a method to update this section - execute it
if self.image_handler:
getattr(self.image_handler, 'update_section')(section.uid)
# discovered Subsection
# ------------------------
if loopable(section):
# section is marked to be looped
# offer up each iteration in its own class instance
for iteration in get_iterations(section):
new_section = section.__testcls__(
section,
uid=iteration.uid,
parameters=iteration.parameters,
parent=self)
yield new_section
else:
# run section a single time.
new_section = section.__testcls__(section, parent=self)
yield new_section
if not new_section.result:
# Do not run anything else as it did not passed
log.error(banner("*** Terminating Genie Clean ***"))
aetest.executer.goto_result = results.Blocked
aetest.executer.goto = [[
'{} has not Passed'.format(new_section.uid), str
]]
# image handler updates latest image
if self.image_handler:
self.image_handler.update_image_references(section)