def test_question_list(self):
# given
# when
manager = MemoryManager(self.trainer)
q_list = manager.get_question_list()
# then
self.assertDictEqual(q_list, self.question_dict)
def test_today_list(self):
# given
# when
self.trainer.upsert_record('1', 1, datetime(2019, 1, 1), StatusEnum.PASS)
self.trainer.upsert_record('1', 2, datetime(2019, 1, 4), StatusEnum.NOT_STARTED)
manager = MemoryManager(self.trainer)
q_list = manager.get_today_question_list()
# then
target_list = {'2': '2 + 2', '3': '3 + 3'}
def test_history(self):
# given
# when
self.trainer.upsert_record('1', 1, datetime(2019, 1, 1), StatusEnum.PASS)
self.trainer.upsert_record('1', 2, datetime(2019, 1, 4), StatusEnum.NOT_STARTED)
manager = MemoryManager(self.trainer)
history = manager.get_history()
# then
target_dict = {'1': {'content': '1 + 1',
'records': [{'level': 1, 'date': '20190101', 'status': StatusEnum.PASS},
{'level': 2, 'date': '20190104', 'status': StatusEnum.NOT_STARTED}]},
'2': {'content': '2 + 2', 'records': []},
'3': {'content': '3 + 3', 'records': []}}
self.assertDictEqual(history, target_dict)
def test_red(self):
# given
# when
self.trainer.upsert_record('1', 1, datetime(2019, 1, 1), StatusEnum.PASS)
self.trainer.upsert_record('1', 2, datetime(2019, 1, 4), StatusEnum.NOT_STARTED)
manager = MemoryManager(self.trainer)
manager.red('1', today=datetime(2019, 3, 1))
manager.red('2', today=datetime(2019, 2, 1))
# then
last1 = self.trainer.training_log['1']['records'][-1]
last2 = self.trainer.training_log['1']['records'][-2]
self.assertDictEqual(last1, {'level': 1, 'date': '20190302', 'status': StatusEnum.NOT_STARTED})
self.assertDictEqual(last2, {'level': 2, 'date': '20190104', 'status': StatusEnum.FAIL})
last1 = self.trainer.training_log['2']['records'][-1]
last2 = self.trainer.training_log['2']['records'][-2]
self.assertDictEqual(last1, {'level': 1, 'date': '20190202', 'status': StatusEnum.NOT_STARTED})
self.assertDictEqual(last2, {'level': 1, 'date': '20190201', 'status': StatusEnum.FAIL})
def __init__(self, numIntRegisters = 32, numFloatRegisters = 32, timingModel = timingmodel.defaultTimingModel) :
self.memory = Memory()
self.registerFile = {}
self.numIntRegisters = numIntRegisters
self.numFloatRegisters = numFloatRegisters
self.__createRegisterFile()
self.memoryManager = MemoryManager(self.memory.heap[0], self.memory.heap[1] - self.memory.heap[0])
# print("Memory allocator " + str(self.memoryManager))
self.timingModel = timingModel()
# print(self.timingModel)
self.prog = None
self.pc = self.memory.text[0]
self.registerFile['sp'].write(self.memory.text[1] - 4) #initialize the stack pointer
print "| Copyright 2014 Devin Gund. All rights reserved. |"
print "\\-------------------------------------------------/"
print
if not isInternetConnected():
print "A connection to the Internet could not be established."
print "Some services may be unavailable."
print
# Create an instance of UserInfo, which encapsulates user data
userInfo = UserInfo()
# Create instances of the managers that govern Felix
# The extension manager compiles the dictionary and languagemodel,
# so it must be called before the speech manager
# Create an instance of MemoryManager, which encapsulates memory
memoryManager = MemoryManager(userInfo)
# Create an instance of ExtensionManager, which encapsulates extensions
extensionManager = ExtensionManager()
# Create an instance of SpeechManager, which encapsulates STT and TTS
speechManager = SpeechManager(speechInEngine(), speechOutEngine())
# Add speechManager to memoryManager once created
memoryManager.speechManager = speechManager
# Add speechManager and memoryManager to extensionManager once created
extensionManager.speechManager = speechManager
extensionManager.memoryManager = memoryManager
print "STARTING UP..."
message = "I am Felix, the intelligent computer personal assistant."
speechManager.speakText(message)
print "| Copyright 2014 Devin Gund. All rights reserved. |"
print "\\-------------------------------------------------/"
print
if not isInternetConnected():
print "A connection to the Internet could not be established."
print "Some services may be unavailable."
print
# Create an instance of UserInfo, which encapsulates user data
userInfo = UserInfo()
# Create instances of the managers that govern Felix
# The extension manager compiles the dictionary and languagemodel,
# so it must be called before the speech manager
# Create an instance of MemoryManager, which encapsulates memory
memoryManager = MemoryManager(userInfo)
# Create an instance of ExtensionManager, which encapsulates extensions
extensionManager = ExtensionManager()
# Create an instance of SpeechManager, which encapsulates STT and TTS
speechManager = SpeechManager(speechInEngine(), speechOutEngine())
# Add speechManager to memoryManager once created
memoryManager.speechManager = speechManager
# Add speechManager and memoryManager to extensionManager once created
extensionManager.speechManager = speechManager
extensionManager.memoryManager = memoryManager
print "STARTING UP..."
message = "I am Felix, the intelligent computer personal assistant."
speechManager.speakText(message)