def test_dp_fl_options():
provider = FlinpProvider()
from StringIO import StringIO
F = """
option://param/BASEYEAR?2010
option://param/ATSRANGE?start=2000001&end=2000012
option://param/TSRANGE?start=2009001&end=2011012
option://param/D_TSRANGE_AVG?~2005-12-31~2005-01-01~M
option://param/D_TSRANGE?~2011-12-31~2009-01-01~M
option://param/AVG?proc=convert(freq=A,func=mean)|oper(div=100)
option://func/p_w_avg(B,Y)?proc=convert(freq=M,func=mean)|weighted_avg(base=$B)|deltap|limitY(year=$Y,n=2)|drop($B)
flinp://DB22/ECB_STS1/M.SBBA.HU.01?name=IHUN_AVG&$ATSRANGE&$AVG
flinp://DB22/ECB_STS1/M.SBBA.HU.01?name=IPHUN&$TSRANGE&p_w_avg(IPHUN_AVG,$BASEYEAR)
"""
for l in StringIO(F).readlines():
provider.append(l)
res = provider.request()
print "SERIES",res.keys()
for k,r in res.items():
print k
r.report()
assert False
def test_dp_flinp_proc_convert():
provider = FlinpProvider()
provider.append('flinp://DB22/ECB_STS1/M.PL.N.PROD.NS0020.4.000?name=IPPOL2000AVG&start=2000001&end=2000012&proc=convert(freq=A,func=mean)')
res = provider.request()
pprint(res)
ts = res.items()[0][1].items()[0][1].data
pprint(ts)
def test_dp_flinp_name():
provider = FlinpProvider()
# provider.append('flinp://DB22/ECB_STS1/M.BG.N.PROD.NS0020.4.000?name=IPBUL&start=$NOW-24M&end=$NOW&proc=weigthed_avg&check.0000.Z01.E')
provider.append('flinp://DB22/ECB_STS1/M.BG.N.PROD.NS0020.4.000?name=IPBUL&start=2010001&end=2011012&proc=weighted_avg&check.0000.Z01.E')
provider.append('flinp://DB22/ECB_STS1/M.PL.N.PROD.NS0020.4.000?name=IPPOL&start=2010001&end=2011012&proc=weigthed_avg')
res = provider.request()
pprint(res)
ts = res.items()[0][1].items()[0][1].data
pprint(ts)
def test_dp_flinp_proc_convert_avg():
provider = FlinpProvider()
provider.append('flinp://DB22/ECB_STS1/M.PL.N.PROD.NS0020.4.000?name=IPPOL2000AVG&start=2000001&end=2000012&proc=convert(freq=A,func=mean)|oper(div=100)')
provider.append('flinp://DB22/ECB_STS1/M.PL.N.PROD.NS0020.4.000?name=IPPOL&start=2009001&end=2011012&')
# provider.append('flinp://DB22/ECB_ICP1/M.PL.N.000000.4.INX?name=HCPPOL2005AVG&start=2005001&end=2005012&proc=convert(freq=A,func=mean)|oper(div=100)')
# provider.append('flinp://DB22/ECB_ICP1/M.PL.N.000000.4.INX?name=HCPPOL&start=2010001&end=2011012&proc=weighted_avg(base=HCPPOL2005AVG)')
res = provider.request()
for k,r in res.items():
print k
r.report()
def test_dp_options():
provider = FlinpProvider()
# Param definitions
provider.append('option://param/BASEYEAR?2010')
provider.append('option://param/TSRANGE?start=2009001&end=2011012')
provider.append('option://param/AVG?proc=convert(freq=A,func=mean)|oper(div=100)')
provider.append('option://func/p_w_avg(B,Y)?proc=weighted_avg(base=$B)|deltap|limitY(year=$Y,n=2)|drop($B)')
# Param use
provider.append('flinp://DB22/ECB_STS1/M.PL.N.PROD.NS0020.4.000?name=IPPOL2000AVG&$TSRANGE&$AVG')
provider.append('flinp://DB22/ECB_STS1/M.PL.N.PROD.NS0020.4.000?name=IPPOL&$TSRANGE&p_w_avg(IPPOL2000AVG,$BASEYEAR)')
provider.append('flinp://DB22/ECB_STS1/M.CZ.N.PROD.NS0020.4.000?name=IPCZE2000AVG&$TSRANGE&$AVG')
provider.append('flinp://DB22/ECB_STS1/M.CZ.N.PROD.NS0020.4.000?name=IPCZE&$TSRANGE&p_w_avg(IPCZE2000AVG,$BASEYEAR)')
provider.append('flinp://DB22/BIS_MACRO/M.SBBA.HU.01?name=IPHUN2000AVG&$TSRANGE&$AVG')
provider.append('flinp://DB22/BIS_MACRO/M.SBBA.HU.01?name=IPHUN&$TSRANGE&p_w_avg(IPHUN2000AVG,$BASEYEAR)')
res = provider.request()
for k,r in res.items():
print k
r.report()
def test_dp_flinp_request02():
provider = FlinpProvider()
provider.append('flinp://db22/ECB_BSI1/M.AT.N.A.AXG.A.1.U4.0000.Z01.E?start=2009001')
res = provider.request()
pprint(res)
def test_dp_flinp_simple_request():
provider = FlinpProvider()
provider.append('flinp://db22/ECB_BSI1/M.AT.N.A.AXG.A.1.U4.0000.Z01.E')
res = provider.request()
pprint(res)