def test_bad_funcName(self):
"""
Check that FSM.save_graph() catches bad plugin funcName.
"""
nodeDictBad = dict(START=dict(title="start here", path="ct:home", funcName="fsm.fsm_plugin.testme.invalid"))
try:
FSM.save_graph(self.fsmDict, nodeDictBad, (), "jacob")
except AttributeError:
pass
else:
raise AssertionError("FSM.save_graph() failed to catch bad plugin funcName")
def test_bad_funcName(self):
"""
Check that FSM.save_graph() catches bad plugin funcName.
"""
nodeDictBad = dict(
START=dict(title='start here', path='ct:home', funcName='fsm.fsm_plugin.testme.invalid')
)
try:
FSM.save_graph(self.fsmDict, nodeDictBad, (), 'jacob')
except AttributeError:
pass
else:
raise AssertionError('FSM.save_graph() failed to catch bad plugin funcName')
def test_load(self):
"""
Check loading an FSM graph, and replacing it.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
self.assertEqual(f.fsmnode_set.count(), 3)
self.assertEqual(f.startNode.name, 'START')
self.assertEqual(f.startNode.outgoing.count(), 1)
e = f.startNode.outgoing.all()[0]
self.assertEqual(e.name, 'next')
self.assertEqual(e.toNode.name, 'END')
f2 = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob') # replace
self.assertEqual(FSM.objects.get(pk=f.pk).name, 'testOLD') # renamed
self.assertNotEqual(f.startNode, f2.startNode)
self.assertEqual(f.startNode.name, f2.startNode.name)
def test_load(self):
"""
Check loading an FSM graph, and replacing it.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
self.assertEqual(f.fsmnode_set.count(), 3)
self.assertEqual(f.startNode.name, 'START')
self.assertEqual(f.startNode.outgoing.count(), 1)
e = f.startNode.outgoing.all()[0]
self.assertEqual(e.name, 'next')
self.assertEqual(e.toNode.name, 'END')
f2 = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob') # replace
self.assertEqual(FSM.objects.get(pk=f.pk).name, 'testOLD') # renamed
self.assertNotEqual(f.startNode, f2.startNode)
self.assertEqual(f.startNode.name, f2.startNode.name)
def test_start3(self):
"""
Check that FSMState saves unitLesson, select_ data, and logging.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
fsmStack = self.do_start(f, unitLesson=self.unitLesson)
self.assertEqual(fsmStack.state.unitLesson, self.unitLesson)
request = FakeRequest(self.user, method='GET')
# check logging on the MID node
fsmStack.event(request, None) # send a render event to log
self.assertEqual(fsmStack.state.activity.fsmName, 'test')
ae = fsmStack.state.activityEvent
self.assertEqual(ae.nodeName, 'MID')
self.assertEqual(ae.unitLesson, self.unitLesson)
self.assertIsNotNone(ae.startTime)
self.assertIsNone(ae.endTime)
request = FakeRequest(self.user)
# now try a select_ event
fsmStack.event(request, 'select_Lesson', lesson=self.lesson)
self.assertEqual(fsmStack.state.get_data_attr('lesson'), self.lesson)
# check that exit from MID node was logged
self.assertIsNotNone(ae.endTime)
self.assertTrue(ae.endTime > ae.startTime)
self.assertEqual(ae.exitEvent, 'select_Lesson')
self.assertIsNone(fsmStack.state.activityEvent)
def test_start3(self):
"""
Check that FSMState saves unitLesson, select_ data, and logging.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
fsmStack = self.do_start(f, unitLesson=self.unitLesson)
self.assertEqual(fsmStack.state.unitLesson, self.unitLesson)
request = FakeRequest(self.user, method='GET')
# check logging on the MID node
fsmStack.event(request, None) # send a render event to log
self.assertEqual(fsmStack.state.activity.fsmName, 'test')
ae = fsmStack.state.activityEvent
self.assertEqual(ae.nodeName, 'MID')
self.assertEqual(ae.unitLesson, self.unitLesson)
self.assertIsNotNone(ae.startTime)
self.assertIsNone(ae.endTime)
request = FakeRequest(self.user)
# now try a select_ event
fsmStack.event(request, 'select_Lesson', lesson=self.lesson)
self.assertEqual(fsmStack.state.get_data_attr('lesson'), self.lesson)
# check that exit from MID node was logged
self.assertIsNotNone(ae.endTime)
self.assertTrue(ae.endTime > ae.startTime)
self.assertEqual(ae.exitEvent, 'select_Lesson')
self.assertIsNone(fsmStack.state.activityEvent)
def save_graph(self, *args, **kwargs):
"""
Load this FSM specification into the database.
"""
return FSM.save_graph(self.fsmData,
self.nodeData,
self.edgeData,
fsmGroups=self.fsmGroups,
*args,
**kwargs)
def test_trivial_plugin(self):
"""
Check trivial plugin import and call.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, "jacob")
request = FakeRequest(self.user)
fsmStack = FSMStack(request)
fsmStack.state = FSMState(user=self.user, fsmNode=f.startNode)
self.assertEqual(f.startNode.event(fsmStack, request, "start"), "/ct/about/")
self.assertEqual(f.startNode.get_path(fsmStack.state, request), "/ct/some/where/else/")
def test_trivial_plugin(self):
"""
Check trivial plugin import and call.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
request = FakeRequest(self.user)
fsmStack = FSMStack(request)
fsmStack.state = FSMState(user=self.user, fsmNode=f.startNode)
self.assertEqual(f.startNode.event(fsmStack, request, 'start'),
'/ct/about/')
self.assertEqual(f.startNode.get_path(fsmStack.state, request),
'/ct/some/where/else/')
def save_graph(self, *args, **kwargs):
"""
Load this FSM specification into the database.
"""
return FSM.save_graph(
self.fsmData,
self.nodeData,
self.edgeData,
fsmGroups=self.fsmGroups,
*args,
**kwargs
)
def test_json_blob4(self):
"""
Check roundtrip dump/load via db storage.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, "jacob")
d = f.startNode.load_json_data()
self.assertEqual(d, {})
d["fruity"] = self.unit
d["anumber"] = 3
d["astring"] = "jeff"
f.startNode.save_json_data(d)
node = FSMNode.objects.get(pk=f.startNode.pk)
d2 = node.load_json_data()
self.assertEqual(d2, {"fruity": self.unit, "anumber": 3, "astring": "jeff"})
def test_json_blob4(self):
"""
Check roundtrip dump/load via db storage.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
d = f.startNode.load_json_data()
self.assertEqual(d, {})
d['fruity'] = self.unit
d['anumber'] = 3
d['astring'] = 'jeff'
f.startNode.save_json_data(d)
node = FSMNode.objects.get(pk=f.startNode.pk)
d2 = node.load_json_data()
self.assertEqual(d2, {'fruity': self.unit, 'anumber': 3,
'astring': 'jeff'})
def test_json_blob4(self):
"""
Check roundtrip dump/load via db storage.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
d = f.startNode.load_json_data()
self.assertEqual(d, {})
d['fruity'] = self.unit
d['anumber'] = 3
d['astring'] = 'jeff'
f.startNode.save_json_data(d)
node = FSMNode.objects.get(pk=f.startNode.pk)
d2 = node.load_json_data()
self.assertEqual(d2, {'fruity': self.unit, 'anumber': 3,
'astring': 'jeff'})
def load_fsm2(username):
'load an FSM that displays a standard node page'
fsmDict = dict(name='test2', title='try this')
nodeDict = dict(
START=dict(title='Welcome, Stranger',
path='fsm:fsm_node',
description='Thanks for your valuable input!'),
END=dict(title='end here', path='ct:home'),
)
edgeDict = (dict(
name='next',
fromNode='START',
toNode='END',
title='Write an Amazing Question',
description='''Your mission, should you choose to accept it,
is to write an amazing question that yields wonderful insights.'''
), )
return FSM.save_graph(fsmDict, nodeDict, edgeDict, username)
def load_fsm2(username):
"load an FSM that displays a standard node page"
fsmDict = dict(name="test2", title="try this")
nodeDict = dict(
START=dict(title="Welcome, Stranger", path="fsm:fsm_node", description="Thanks for your valuable input!"),
END=dict(title="end here", path="ct:home"),
)
edgeDict = (
dict(
name="next",
fromNode="START",
toNode="END",
title="Write an Amazing Question",
description="""Your mission, should you choose to accept it,
is to write an amazing question that yields wonderful insights.""",
),
)
return FSM.save_graph(fsmDict, nodeDict, edgeDict, username)
def load_fsm2(username):
'load an FSM that displays a standard node page'
fsmDict = dict(name='test2', title='try this')
nodeDict = dict(
START=dict(
title='Welcome, Stranger',
path='fsm:fsm_node',
description='Thanks for your valuable input!'
),
END=dict(title='end here', path='ct:home'),
)
edgeDict = (
dict(
name='next',
fromNode='START',
toNode='END',
title='Write an Amazing Question',
description='''Your mission, should you choose to accept it,
is to write an amazing question that yields wonderful insights.'''
),
)
return FSM.save_graph(fsmDict, nodeDict, edgeDict, username)
def test_start(self):
"""
Check basic startup of new FSM instance.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
self.do_start(f)
def test_start(self):
"""
Check basic startup of new FSM instance.
"""
f = FSM.save_graph(self.fsmDict, self.nodeDict, self.edgeDict, 'jacob')
self.do_start(f)
