'cik': str,
'conm': str,
'type': str,
'path': str
})
## Most recent filing in TestData: 2019 Q1
NRPCanslimParams = CanslimParams("NRP", all10Qs, all10Ks)
## Load the data, and proceed if successful.
if NRPCanslimParams.loadData(testDir):
## Test all the EPS stuff
## Test the last four quarters to cover the case where the 10-K was filed instead of the 10-Q.
print("Getting EPS for Q0:")
expect = 2.26
val = NRPCanslimParams.getEpsQuarter(0)
areEqual(expect, val)
print("Getting EPS for Q-1:")
expect = 8.77 - 1.71 - 2.46 - 1.49
val = NRPCanslimParams.getEpsQuarter(-1)
areEqual(expect, val)
print("Getting EPS for Q-2:")
expect = 1.71
val = NRPCanslimParams.getEpsQuarter(-2)
areEqual(expect, val)
print("Getting EPS for Q-3:")
expect = 0.0
val = NRPCanslimParams.getEpsQuarter(-3)
areEqual(expect, val)
from CanslimParams import CanslimParams
from SecFiling10Q import SecFiling10Q
from myAssert import areEqual
from os import path as ospath
testDir = ospath.join("..", "TestData")
ticker = "ALEX"
all10Qs = pd.read_csv(ospath.join(testDir, "{:s}_all_10qs.csv".format(ticker.lower())), \
dtype={'cik':str, 'conm':str, 'type':str, 'path':str, 'date':str})
testfile = all10Qs[all10Qs.date == "2018-05-10"]
filing = SecFiling10Q(ticker)
filename = filing.download(testfile.cik.iloc[0], testfile.conm.iloc[0], testfile.type.iloc[0], \
testfile.date.iloc[0], testfile.path.iloc[0], downloadPath = testDir)
## Load the data, and proceed if successful.
if filing.load(filename):
print("Verifying EPS")
areEqual(0.71, filing.getEps())
print("Verifying Sales")
areEqual(113.3 * 1e6, filing.getSales())
print("Verifying ROE")
areEqual(47.3 / 1320.6, filing.getRoe())
print("Verifying Net Income")
areEqual(47.3 * 1e6, filing.getNetIncome())
print("Verifying Stockholders' Equity")
areEqual(1320.6 * 1e6, filing.getStockholdersEquity())
dtype={
'cik': str,
'conm': str,
'type': str,
'path': str
})
canslim = CanslimParams(ticker, all10Qs, all10Ks)
## Load the data, and proceed if successful.
oldestDate = datetime(2014, 1, 1)
if canslim.loadData("TestData", oldestDate):
## Test all the EPS stuff
for q in range(0, len(epsQ)):
print("Getting EPS for quarter {:d}".format(q))
value = canslim.getEpsQuarter(-q)
areEqual(epsQ[q], value)
for y in range(0, len(epsY)):
print("Getting EPS for year {:d}".format(y))
value = canslim.getEpsAnnual(-y)
areEqual(epsY[y], value)
print("Getting EPS growth for Q-1 to Q-2:")
expect = epsQ[1] / epsQ[2] * 100.0
val = canslim.getEpsGrowthQuarter(-1, -2)
areEqual(expect, val)
# print("Getting EPS growth for Y0 to Y-1:")
# expect = -0.37/-2.58
# val = canslim.getEpsGrowthAnnual(0, -1)
# areEqual(expect, val)
dtype={
'cik': str,
'conm': str,
'type': str,
'path': str
})
NvdaCanslimParams = CanslimParams("NVDA", all10Qs, all10Ks)
## Load the data, and proceed if successful.
if NvdaCanslimParams.loadData(testDir):
## Test all the EPS stuff
## Test the last four quarters to cover the case where the 10-K was filed instead of the 10-Q.
print("Getting EPS for Q0:")
expect = 1.81
val = NvdaCanslimParams.getEpsQuarter(0)
areEqual(expect, val)
print("Getting EPS for Q-1:")
expect = 2.05
val = NvdaCanslimParams.getEpsQuarter(-1)
areEqual(expect, val)
print("Getting EPS for Q-2:")
expect = 5.09 - 1.39 - 0.98 - 0.86
val = NvdaCanslimParams.getEpsQuarter(-2)
areEqual(expect, val)
print("Getting EPS for Q-3:")
expect = 1.39
val = NvdaCanslimParams.getEpsQuarter(-3)
areEqual(expect, val)
