def test_none(self):
res = watcher.watch({
'US.GOOG': {
'upper': None,
'lower': 8000
},
'US.FB': {
'upper': 4,
'lower': None
}
})
self.assertEqual(len(res), 2)
self.assertTrue(res['US.GOOG']['price'] < 8000)
self.assertTrue(res['US.FB']['price'] > 4)
def test_happy(self):
res = watcher.watch({
'US.GOOG': {
'upper': 9000,
'lower': 8000
},
'US.FB': {
'lower': 120
},
'US.MSFT': {
'upper': 100
}
})
self.assertTrue(res['US.GOOG']['price'] < 8000)
def test_inflate(self):
monthAgo = datetime.now() - relativedelta.relativedelta(months=1)
ticker = 'US.GOOG'
quote = quoter.quote([ticker])[ticker]
inflate = inflater.inflate({'date': monthAgo, 'factor': 0.18})
res = watcher.watch({
ticker: {
'lower': quote,
'upper': quote * 1.8,
'date': monthAgo,
'factor': 0.18
},
})
self.assertEqual(len(res), 1)
self.assertEqual(res[ticker]['inflate'], inflate['inflate'])
self.assertTrue(res[ticker]['adjLower'] > res[ticker]['lower'])
self.assertTrue(res[ticker]['adjUpper'] > res[ticker]['upper'])
def test_inflateNone(self):
monthAgo = datetime.now() - relativedelta.relativedelta(months=1)
ticker = 'US.GOOG'
quote = quoter.quote([ticker, 'US.MSFT'])[ticker]
print(quote)
inflate = inflater.inflate({'date': monthAgo, 'factor': 0.18})
print(inflate)
conf = {
ticker: {
'lower': None,
'upper': None,
'date': monthAgo,
'factor': 0.18
},
}
res = watcher.watch(conf)
self.assertEqual(conf[ticker]['inflate'], inflate['inflate'])
self.assertFalse('adjLower' in conf[ticker])
self.assertFalse('adjUpper' in conf[ticker])
def test_partition(self):
conf = {'SH.600004': {}, 'SH.600276': {}, 'US.GOOG': {}}
res = watcher.watch(conf)
self.assertTrue(conf['SH.600004']['price'] > 0)
self.assertTrue(conf['SH.600276']['price'] > 0)
self.assertTrue(conf['US.GOOG']['price'] > 0)
def test_empty(self):
self.assertEqual(watcher.watch({}), {})
def test_sideEffect(self):
conf = {'US.GOOG': {'upper': 90000, 'lower': 1}}
res = watcher.watch(conf)
self.assertEqual(res, {})
self.assertTrue(conf['US.GOOG']['price'] > 0)
def test_unhappy(self):
res = watcher.watch({'unhappy': None})
self.assertEqual(res, {})