def test_biss_startend02():
a = np.array(values)
biss = BISS()
res = biss.request('TCNUSAER',start=2000001, end=2000366)
t = res['TCNUSAER']._data
for i in range(0,366):
if not np.isnan(t[i]):
assert a[i]-t[i]<1e-10
def test_biss_startend04():
biss = BISS()
res1 = biss.request('TCNUSAER',start=2001360, end=2001366)
res2 = biss.request('TCNUSAER',start=2001366, end=2002010)
t1 = res1['TCNUSAER']._data
t2 = res2['TCNUSAER']._data
import scikits.timeseries.lib.reportlib as rl
basicReport = rl.Report(t1,t2)
basicReport()
def test_biss_startend01():
target = +3.38395879999993E+003
biss = BISS()
res = biss.request('TCNUSAER',start=2000001, end=2011000)
t = res['TCNUSAER']._data
a = np.nansum( t.series )
assert a-target < 1e-10
assert t.start_date == ts.Date('D',year=2000,month=1,day=1)
assert len(t)==4026
def test_biss_data01():
target = +3.65999489999992E+003
biss = BISS()
res = biss.request('TCNUSAER',end=2011000)
t = res['TCNUSAER']._data
a = np.nansum( t.series )
assert a-target < 1e-10
assert t.start_date == ts.Date('D',year=1999,month=1,day=1)
assert len(t)==4392
def test_biss_startend03():
a = np.array(values)
b = a.cumsum()
biss = BISS()
for i in range(1,366):
end = 2000*1000+i
target = b[i-1]
res = biss.request('TCNUSAER',start=2000001, end=end)
t = res['TCNUSAER']._data
h = np.nansum( t.series )
# print end, i, target , h, len(t),a[i-1],t[i-1]
assert (h-target) < 1e-10 if target else True
assert len(t)==i
def test_biss_freq03():
biss_prod = BISS()
biss_test = BISS(hostname='DB2T')
freq_t = biss_test.frequenza('TCNUSAER')
freq_p = biss_prod.frequenza('TCNUSAER')
assert freq_t==freq_p
def test_biss_freq02():
biss = BISS()
freq = biss.ts_freq('TCNUSAER')
assert freq=='D'
def test_biss_freq01():
biss = BISS()
freq = biss.frequenza('TCNUSAER')
assert freq==366