, v['later']['optionsymbol']
, v['earlier']['bucketquotedatetime']
)
print('')
print('--------------------')
print('-- End of test_loop_deserializecandidatexml')
#endtime1 = datetime.now()
#difftimexml = endtime1 - starttime # yields a timedelta object
import convertcandidatesdictionarytosortable
o_convertcandidatesdictionarytosortable = convertcandidatesdictionarytosortable.convert(d3,sortbymeasure='spreadpercentageopen')
d4 = o_convertcandidatesdictionarytosortable.DictionaryOfSortableCandidatesOutput
import sortasortablecandidatesdictionary
o_sortasortablecandidatesdictionary = sortasortablecandidatesdictionary.sort(d4)
d5 = o_sortasortablecandidatesdictionary.DictionaryOfSortedCandidatesOutput
for k1,v1 in d5.items():
v = v1['candidate']
earlieroptionsymbol = v['earlier']['optionsymbol']
expirationdate = mytools.get_from_optionsymbol.expirationdate(earlieroptionsymbol).date()
vdate = mytools.mystrings.ConvertStringToDate('2015-02-14')
#if expirationdate <= vdate:
print(
'k'
, str(k1+1)
# , v['keyid']
, v['specifications']['symbol']
, '='
def execute_process(self, directoryofcandidatexml, showresults):
self.Complete = 0
from datetime import datetime
starttime = datetime.now()
#datetime.strptime(t1, TIME_FORMAT2) - datetime.strptime(t2, TIME_FORMAT2)
#_.total_seconds()
#-9.254
showresults = 0
import os
import deserializecandidatesxml
d1 = {}
d2 = {}
d3 = {}
#topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-21\\00\\45'
#topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-21\\00'
#topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-21\\00 archive'
topdirectory = directoryofcandidatexml #'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-31'
rootdir = topdirectory
runningsumofxmlfiles = 0
runningsumofcandidates = 0
import mytools
for subdir, dirs, files in os.walk(rootdir):
runningsumofxmlfiles = runningsumofxmlfiles + len(files)
for file in files:
pathfilenamecandidatexml = os.path.join(subdir, file)
print('-----------------------------')
print('-- ', 'pathfilenamecandidatexml')
print('-- ', pathfilenamecandidatexml)
o1 = deserializecandidatesxml.deserialize(
pathfilenamecandidatexml)
d1 = o1.DictionaryOfCandidatesFromXML
runningsumofcandidates = runningsumofcandidates + len(d1)
print('--------------------')
print('-- processing ' + str(len(d1)) + ' candidates')
for k, v in d1.items():
d3[len(d3)] = v
if showresults == 1:
print('k', v['keyid'], v['specifications']['symbol'],
v['calculations']['sortbymeasurename'],
v['calculations']['sortbymeasurevalue'],
'VAR (open)',
v['calculations']['valueatriskopen'],
v['earlier']['optionsymbol'],
v['later']['optionsymbol'],
v['earlier']['bucketquotedatetime'])
print('')
print('--------------------')
print('-- End of test_loop_deserializecandidatexml')
#endtime1 = datetime.now()
#difftimexml = endtime1 - starttime # yields a timedelta object
import convertcandidatesdictionarytosortable
o_convertcandidatesdictionarytosortable = convertcandidatesdictionarytosortable.convert(
d3, sortbymeasure='spreadpercentageopen')
d4 = o_convertcandidatesdictionarytosortable.DictionaryOfSortableCandidatesOutput
import sortasortablecandidatesdictionary
o_sortasortablecandidatesdictionary = sortasortablecandidatesdictionary.sort(
d4)
d5 = o_sortasortablecandidatesdictionary.DictionaryOfSortedCandidatesOutput
for k1, v1 in d5.items():
v = v1['candidate']
#earlieroptionsymbol = v['earlier']['optionsymbol']
#expirationdate = mytools.get_from_optionsymbol.expirationdate(earlieroptionsymbol).date()
#vdate = mytools.mystrings.ConvertStringToDate('2015-02-14')
#if expirationdate <= vdate:
print(
'k',
str(k1 + 1)
# , v['keyid']
,
v['specifications']['symbol'],
'=',
v['specifications']['stockprice'],
v['calculations']['sortbymeasurename'],
v['calculations']['sortbymeasurevalue'],
'VAR',
v['calculations']['valueatriskopen'],
'earlierbid=',
v['earlier']['bid'],
'laterask=',
v['later']['ask'],
v['earlier']['optionsymbol'],
v['later']['optionsymbol'],
v['earlier']['bucketquotedatetime'])
endtime = datetime.now()
print(str(starttime))
print(str(endtime))
difftimetotal = endtime - starttime # yields a timedelta object
print('-- ', directoryofcandidatexml)
print('-- ',
str(runningsumofxmlfiles) + ' candidate xml files deserialized')
print('-- ', str(runningsumofcandidates) + ' total candidates')
print('-- ', str(len(d3)) + ' candidates now in base dictionary')
#print('-- ', str(difftimexml.microseconds/100000.0), 'microseconds to process xml files')
print('-- ', str(difftimetotal.microseconds / 100000.0),
'seconds to process everything')
self.Complete = 1
def execute_process(self, directoryofcandidatexml, showresults):
self.Complete = 0
from datetime import datetime
starttime = datetime.now()
# datetime.strptime(t1, TIME_FORMAT2) - datetime.strptime(t2, TIME_FORMAT2)
# _.total_seconds()
# -9.254
showresults = 0
import os
import deserializecandidatesxml
d1 = {}
d2 = {}
d3 = {}
# topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-21\\00\\45'
# topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-21\\00'
# topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-21\\00 archive'
topdirectory = (
directoryofcandidatexml
) #'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\calendarspreadcandidates\\2015-01-31'
rootdir = topdirectory
runningsumofxmlfiles = 0
runningsumofcandidates = 0
import mytools
for subdir, dirs, files in os.walk(rootdir):
runningsumofxmlfiles = runningsumofxmlfiles + len(files)
for file in files:
pathfilenamecandidatexml = os.path.join(subdir, file)
print("-----------------------------")
print("-- ", "pathfilenamecandidatexml")
print("-- ", pathfilenamecandidatexml)
o1 = deserializecandidatesxml.deserialize(pathfilenamecandidatexml)
d1 = o1.DictionaryOfCandidatesFromXML
runningsumofcandidates = runningsumofcandidates + len(d1)
print("--------------------")
print("-- processing " + str(len(d1)) + " candidates")
for k, v in d1.items():
d3[len(d3)] = v
if showresults == 1:
print(
"k",
v["keyid"],
v["specifications"]["symbol"],
v["calculations"]["sortbymeasurename"],
v["calculations"]["sortbymeasurevalue"],
"VAR (open)",
v["calculations"]["valueatriskopen"],
v["earlier"]["optionsymbol"],
v["later"]["optionsymbol"],
v["earlier"]["bucketquotedatetime"],
)
print("")
print("--------------------")
print("-- End of test_loop_deserializecandidatexml")
# endtime1 = datetime.now()
# difftimexml = endtime1 - starttime # yields a timedelta object
import convertcandidatesdictionarytosortable
o_convertcandidatesdictionarytosortable = convertcandidatesdictionarytosortable.convert(
d3, sortbymeasure="spreadpercentageopen"
)
d4 = o_convertcandidatesdictionarytosortable.DictionaryOfSortableCandidatesOutput
import sortasortablecandidatesdictionary
o_sortasortablecandidatesdictionary = sortasortablecandidatesdictionary.sort(d4)
d5 = o_sortasortablecandidatesdictionary.DictionaryOfSortedCandidatesOutput
for k1, v1 in d5.items():
v = v1["candidate"]
# earlieroptionsymbol = v['earlier']['optionsymbol']
# expirationdate = mytools.get_from_optionsymbol.expirationdate(earlieroptionsymbol).date()
# vdate = mytools.mystrings.ConvertStringToDate('2015-02-14')
# if expirationdate <= vdate:
print(
"k",
str(k1 + 1)
# , v['keyid']
,
v["specifications"]["symbol"],
"=",
v["specifications"]["stockprice"],
v["calculations"]["sortbymeasurename"],
v["calculations"]["sortbymeasurevalue"],
"VAR",
v["calculations"]["valueatriskopen"],
"earlierbid=",
v["earlier"]["bid"],
"laterask=",
v["later"]["ask"],
v["earlier"]["optionsymbol"],
v["later"]["optionsymbol"],
v["earlier"]["bucketquotedatetime"],
)
endtime = datetime.now()
print(str(starttime))
print(str(endtime))
difftimetotal = endtime - starttime # yields a timedelta object
print("-- ", directoryofcandidatexml)
print("-- ", str(runningsumofxmlfiles) + " candidate xml files deserialized")
print("-- ", str(runningsumofcandidates) + " total candidates")
print("-- ", str(len(d3)) + " candidates now in base dictionary")
# print('-- ', str(difftimexml.microseconds/100000.0), 'microseconds to process xml files')
print("-- ", str(difftimetotal.microseconds / 100000.0), "seconds to process everything")
self.Complete = 1
