def scan(self):
s= Scraper()
self.portfolio = s.OL()
for item in self.portfolio:
print(item)
try:
#s = st("GSF.OL", None, self.length)
s = st(item, None, self.length)
s.df['test'] = 0
s.df['test'][0] = 1
l = len(s.df)
#Execute all calculatation methods before scanning
for prereq in self.prereqs:
func = getattr(s, prereq)
func()
if s.df.iloc[l-1][self.triggers] == 1:
print("Found")
self.found.append(item)
except:
print("Import Error")
print("---------------------------------------")
def scan(self):
s = Scraper()
self.portfolio = s.OL()
for item in self.portfolio:
print(item)
try:
#s = st("GSF.OL", None, self.length)
s = st(item, None, self.length)
s.df['test'] = 0
s.df['test'][0] = 1
l = len(s.df)
#Execute all calculatation methods before scanning
for prereq in self.prereqs:
func = getattr(s, prereq)
func()
if s.df.iloc[l - 1][self.triggers] == 1:
print("Found")
self.found.append(item)
except:
print("Import Error")
print("---------------------------------------")
def __init__(self, buy_signal, sell_signal, item):
self.result = BacktestingResult()
self.buy_signal = buy_signal
self.sell_signal = sell_signal
self.item = item
try:
self.s = st(item, None, 730)
except:
print("Import Error")
def Test_MACDCrossover1(self):
s = st("GSF.OL", "2014-05-15", 700)
s.macd_crossover()
assert(s.df.ix["2015-05-11"]["macd_cross_down"]==1)
assert(s.df.ix["2015-05-26"]["macd_cross_down"]==1)
assert(s.df.ix["2015-03-11"]["macd_cross_down"]==1)
assert(s.df.ix["2015-05-19"]["signal_cross_down"]==1)
assert(s.df.ix["2015-04-09"]["signal_cross_down"]==1)
print(s)
def Test_StochCrossover1(self):
s = st("GSF.OL", "2014-05-15", 700)
s.stoch_crossover()
assert (s.df.ix["2015-05-11"]["array_K_cross_down"] == 1)
assert (s.df.ix["2015-05-26"]["array_K_cross_down"] == 1)
assert (s.df.ix["2015-03-11"]["array_K_cross_down"] == 1)
assert (s.df.ix["2015-05-19"]["array_D_cross_down"] == 1)
assert (s.df.ix["2015-04-09"]["array_D_cross_down"] == 1)
print(s)
def Test_MACDCrossover1(self):
s = st("GSF.OL", "2014-05-15", 700)
s.macd_crossover()
assert (s.df.ix["2015-05-11"]["macd_cross_down"] == 1)
assert (s.df.ix["2015-05-26"]["macd_cross_down"] == 1)
assert (s.df.ix["2015-03-11"]["macd_cross_down"] == 1)
assert (s.df.ix["2015-05-19"]["signal_cross_down"] == 1)
assert (s.df.ix["2015-04-09"]["signal_cross_down"] == 1)
print(s)
def Test_StochCrossover1(self):
s = st("GSF.OL", "2014-05-15", 700)
s.stoch_crossover()
assert(s.df.ix["2015-05-11"]["array_K_cross_down"]==1)
assert(s.df.ix["2015-05-26"]["array_K_cross_down"]==1)
assert(s.df.ix["2015-03-11"]["array_K_cross_down"]==1)
assert(s.df.ix["2015-05-19"]["array_D_cross_down"]==1)
assert(s.df.ix["2015-04-09"]["array_D_cross_down"]==1)
print(s)
def test1(self):
nickname = "Name"
assert nickname == "Name"
a = A()
ma = Mock(wraps=a)
ma.data = "D"
f = ma.meth(1)
#real = ProductionClass()
#real.something = MagicMock()
#real.method()
s = st("TEL.OL", "2014-01-01", 200)
test = "sdadsa"
def test1(self):
nickname = "Name"
assert nickname == "Name"
a = A()
ma = Mock(wraps=a)
ma.data = "D";
f = ma.meth(1)
#real = ProductionClass()
#real.something = MagicMock()
#real.method()
s = st("TEL.OL", "2014-01-01", 200)
test = "sdadsa"
def test_Valleys(self):
s = st("AAPL", "2014-08-04", 200)
s.df['index'] = pd.to_datetime(s.df.index)
sub = pd.Series(s.df.close, index=s.df.index)
pivots = peak_valley_pivots(sub, 0.01, -0.01)
points = {}
i = 0
while i < len(s.df):
if (pivots[i] != 0):
#Dato = -1/1
#points[s.df.index[i]] = pivots[i]
#indexnummer = -1/1
#points[i] = pivots[i]
points[i] = s.df.iloc[i]['close']
i=i+1
print(points)
def test_Valleys(self):
s = st("AAPL", "2014-08-04", 200)
s.df['index'] = pd.to_datetime(s.df.index)
sub = pd.Series(s.df.close, index=s.df.index)
pivots = peak_valley_pivots(sub, 0.01, -0.01)
points = {}
i = 0
while i < len(s.df):
if (pivots[i] != 0):
#Dato = -1/1
#points[s.df.index[i]] = pivots[i]
#indexnummer = -1/1
#points[i] = pivots[i]
points[i] = s.df.iloc[i]['close']
i = i + 1
print(points)
def Test_StockQuoteConstructor2(self):
s2 = st("GSF.OL", None, 20)
print(s2)
def Test_StockQuoteConstructor1(self):
start_str = "2015-01-01"
start = datetime.datetime.strptime(start_str, "%Y-%m-%d")
s = st("GSF.OL", "2015-01-01")
print(s)
def Test_StockQuoteConstructor2(self):
s2 = st("GSF.OL", "2015-01-01", 200)
print(s2)
def Test_StockQuoteConstructor1(self):
start_str = "2015-01-01"
start = datetime.datetime.strptime(start_str, "%Y-%m-%d")
s = st("GSF.OL", "2015-01-01")
print(s)
def Test_StockQuoteConstructor2(self):
s2 = st("GSF.OL", "2015-01-01", 200)
print(s2)
def Test_StockQuoteConstructor2(self):
s2 = st("GSF.OL", None, 20)
print(s2)
