def test_pre_high_time(self):
# method test_pre_high_time checks if the time being
# returned from pre_high is not blank
stock_symbol = 'aapl'
test = after_hours.pre_high(stock_symbol)
test = test[2]
self.assertNotEqual(test, '', msg='Test pre_high time failed')
def test_pre_high_price(self):
# method test_pre_high_price checks if the price being
# returned from pre_high is greater than 0
stock_symbol = 'aapl'
test = after_hours.pre_high(stock_symbol)
test = test[1]
self.assertGreater(test, 0, msg='Test pre_high price failed')
def test_pre_high_symbol(self):
# method test_pre_high_symbol checks if the symbol being
# returned from pre_high is accurate
stock_symbol = 'aapl'
test = after_hours.pre_high(stock_symbol)
test = test[0]
self.assertEqual(test, 'aapl', msg='Test pre_high symbol failed')
def test_pre_high_time(self):
# method test_pre_high_time checks if the time being
# returned from pre_high is not blank
stock_symbol = 'aapl'
test = after_hours.pre_high(stock_symbol)
test = test[2]
self.assertNotEqual(test, '', msg='Test pre_high time failed')
def test_pre_high_price(self):
# method test_pre_high_price checks if the price being
# returned from pre_high is greater than 0
stock_symbol = 'aapl'
test = after_hours.pre_high(stock_symbol)
test = test[1]
self.assertGreater(test, 0, msg='Test pre_high price failed')
def test_pre_high_symbol(self):
# method test_pre_high_symbol checks if the symbol being
# returned from pre_high is accurate
stock_symbol = 'aapl'
test = after_hours.pre_high(stock_symbol)
test = test[0]
self.assertEqual(test, 'aapl', msg='Test pre_high symbol failed')
