def serialize(self, downloadsfolder, replacelistforcreatingdestinationpath,
showresults):
from os.path import normpath, basename
## ########################
## How to get top directory
import os
downloadsdir_root = os.path.join(os.getcwd(), downloadsfolder)
# import mytools
# downloadsdir_bucketdatetime = mytools.mystrings.appendnormaldateddirectorybasedoncurrenttime15(downloadsdir_root)
# print(downloadsdir_bucketdatetime)
# downloadsdir_hour = os.path.dirname(downloadsdir_bucketdatetime)
# print('downloadsdir_hour','=',downloadsdir_hour)
# downloadsdir_day = os.path.dirname(downloadsdir_hour)
#
## #############################
## directory for processed files
#replacedirectory = ['\\downloads\\','\\downloadsprocessed\\']
## ####################
## Process downloads directories
import readfiltersortserializetobucketdirectories
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = self.countfiles(downloadsdir_check, '.csv')
print(iCount, downloadsdir_check)
# ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
sourcebasename = basename(normpath(sourcedirectoryfull))
if sourcebasename[:2] != 'x-':
o = readfiltersortserializetobucketdirectories.read(
sourcedirectoryfull,
minpairspreadpercent=0.6,
maxvalueatrisk=2.4,
maxbidaskspreadpercentagesell=0.25,
maxbidaskspreadpercentagebuy=0.25,
sortbymeasure='spreadpercentageopen'
) # spreadpercentageopen | valueatriskopen
dSerialized = o.DictionaryOfSerializedFileObjects
print('------------------------------')
print('-- Count of DictionaryOfSerializedFileObjects')
print('-- ', len(dSerialized))
for k, v in dSerialized.items():
oSerialized = v
print('--------------')
print('-- XMLFilenameOutput')
print('-- ', oSerialized.XMLFilenameOutput)
if oSerialized.Complete == 1:
print('Count', sourcedirectoryfull, iCount)
basename = basename(
normpath(sourcedirectoryfull))
destinationdirectoryfull = os.path.join(
os.path.dirname(sourcedirectoryfull),
'x-' + basename)
def serialize(self,downloadsfolder,replacelistforcreatingdestinationpath,showresults):
## ########################
## How to get top directory
import os
downloadsdir_root = os.path.join(os.getcwd(),downloadsfolder)
# import mytools
# downloadsdir_bucketdatetime = mytools.mystrings.appendnormaldateddirectorybasedoncurrenttime15(downloadsdir_root)
# print(downloadsdir_bucketdatetime)
# downloadsdir_hour = os.path.dirname(downloadsdir_bucketdatetime)
# print('downloadsdir_hour','=',downloadsdir_hour)
# downloadsdir_day = os.path.dirname(downloadsdir_hour)
#
## #############################
## directory for processed files
replacedirectory = ['\\downloads\\','\\downloadsprocessed\\']
## ####################
## Process downloads directories
import readfiltersortserializetobucketdirectories
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = self.countfiles(downloadsdir_check,'.csv')
print(iCount,downloadsdir_check)
# ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
o = readfiltersortserializetobucketdirectories.read(sourcedirectoryfull,
minpairspreadpercent = 0.6,
maxvalueatrisk = 2.4,
maxbidaskspreadpercentagesell = 0.25,
maxbidaskspreadpercentagebuy = 0.25,
sortbymeasure = 'spreadpercentageopen') # spreadpercentageopen | valueatriskopen
dSerialized = o.DictionaryOfSerializedFileObjects
print('------------------------------')
print('-- Count of DictionaryOfSerializedFileObjects')
print('-- ',len(dSerialized))
for k,v in dSerialized.items():
oSerialized = v
print('--------------')
print('-- XMLFilenameOutput')
print('-- ',oSerialized.XMLFilenameOutput)
if oSerialized.Complete == 1:
print('Count',sourcedirectoryfull,iCount)
#destinationdirectoryfull = sourcedirectoryfull
destinationdirectoryfull = sourcedirectoryfull.replace(replacedirectory[0],replacedirectory[1])
import mytools
mytools.general.make_sure_path_exists(destinationdirectoryfull)
print('Destination',destinationdirectoryfull)
import shutil
# Move src to dst (mv src dst)
shutil.rmtree(destinationdirectoryfull,ignore_errors=True, onerror=None)
shutil.move(sourcedirectoryfull, destinationdirectoryfull)
def serialize(self,downloadsfolder,replacelistforcreatingdestinationpath,showresults):
from os.path import normpath, basename
## ########################
## How to get top directory
import os
downloadsdir_root = os.path.join(os.getcwd(),downloadsfolder)
# import mytools
# downloadsdir_bucketdatetime = mytools.mystrings.appendnormaldateddirectorybasedoncurrenttime15(downloadsdir_root)
# print(downloadsdir_bucketdatetime)
# downloadsdir_hour = os.path.dirname(downloadsdir_bucketdatetime)
# print('downloadsdir_hour','=',downloadsdir_hour)
# downloadsdir_day = os.path.dirname(downloadsdir_hour)
#
## #############################
## directory for processed files
#replacedirectory = ['\\downloads\\','\\downloadsprocessed\\']
## ####################
## Process downloads directories
import readfiltersortserializetobucketdirectories
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = self.countfiles(downloadsdir_check,'.csv')
print(iCount,downloadsdir_check)
# ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
sourcebasename = basename(normpath(sourcedirectoryfull))
if sourcebasename[:2] != 'x-':
o = readfiltersortserializetobucketdirectories.read(sourcedirectoryfull,
minpairspreadpercent = 0.6,
maxvalueatrisk = 2.4,
maxbidaskspreadpercentagesell = 0.25,
maxbidaskspreadpercentagebuy = 0.25,
sortbymeasure = 'spreadpercentageopen') # spreadpercentageopen | valueatriskopen
dSerialized = o.DictionaryOfSerializedFileObjects
print('------------------------------')
print('-- Count of DictionaryOfSerializedFileObjects')
print('-- ',len(dSerialized))
for k,v in dSerialized.items():
oSerialized = v
print('--------------')
print('-- XMLFilenameOutput')
print('-- ',oSerialized.XMLFilenameOutput)
if oSerialized.Complete == 1:
print('Count',sourcedirectoryfull,iCount)
basename = basename(normpath(sourcedirectoryfull))
destinationdirectoryfull = os.path.join(os.path.dirname(sourcedirectoryfull),'x-' + basename)
def serialize(self, downloadsdirectory,
replacelistforcreatingdestinationpath, minpairspreadpercent,
maxvalueatrisk, maxbidaskspreadpercentagesell,
maxbidaskspreadpercentagebuy, showresults):
## ########################
## How to get top directory
import os
downloadsdir_root = os.path.join(os.getcwd(), downloadsdirectory)
if showresults == 1:
print(downloadsdir_root)
# import mytools
# downloadsdir_bucketdatetime = mytools.mystrings.appendnormaldateddirectorybasedoncurrenttime15(downloadsdir_root)
# print(downloadsdir_bucketdatetime)
# downloadsdir_hour = os.path.dirname(downloadsdir_bucketdatetime)
# print('downloadsdir_hour','=',downloadsdir_hour)
# downloadsdir_day = os.path.dirname(downloadsdir_hour)
#
## #############################
## directory for processed files
#replacedirectory = replacelistforcreatingdestinationpath #['\\downloads\\','\\downloadsprocessed\\']
## ####################
## Process downloads directories
import readfiltersortserializetobucketdirectories
iCount = 0
# for root, dirs, files in os.walk(downloadsdir_root):
# if len(dirs) == 0:
# for name in files:
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = self.countfiles(downloadsdir_check, '.csv')
print('Count of Csv files:', iCount, downloadsdir_check)
# for root, dirs, files in os.walk(downloadsdir_root):
# for name in dirs:
# downloadsdir_check = os.path.join(root, name)
# iCount = len(files) #self.countfiles(downloadsdir_check,'.csv')
# print('Count of Csv files:',iCount,downloadsdir_check)
# # ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
o = readfiltersortserializetobucketdirectories.read(
sourcedirectoryfull,
minpairspreadpercent=minpairspreadpercent,
maxvalueatrisk=maxvalueatrisk,
maxbidaskspreadpercentagesell=
maxbidaskspreadpercentagesell,
maxbidaskspreadpercentagebuy=
maxbidaskspreadpercentagebuy,
sortbymeasure='spreadpercentageopen'
) # spreadpercentageopen | valueatriskopen
self.DictionaryOfSerializedFileObjects = o.DictionaryOfSerializedFileObjects
dSerialized = o.DictionaryOfSerializedFileObjects
print('------------------------------')
print('-- Count of DictionaryOfSerializedFileObjects')
print('-- ', len(dSerialized))
for k, v in dSerialized.items():
oSerialized = v
print('--------------')
print('-- XMLFilenameOutput')
print('-- ', oSerialized.XMLFilenameOutput)
if oSerialized.Complete == 1:
print('Count', sourcedirectoryfull, iCount)
#destinationdirectoryfull = sourcedirectoryfull
destinationdirectoryfull = sourcedirectoryfull.replace(
replacelistforcreatingdestinationpath[0],
replacelistforcreatingdestinationpath[1])
import mytools
mytools.general.make_sure_path_exists(
destinationdirectoryfull)
print('Destination', destinationdirectoryfull)
import shutil
# Move src to dst (mv src dst)
shutil.rmtree(destinationdirectoryfull,
ignore_errors=True,
onerror=None)
shutil.move(sourcedirectoryfull,
destinationdirectoryfull)
if file.endswith(extension): # eg: '.txt'
count += 1
return count
iCount = 0
topdirectory = 'C:\Documents and Settings\jmalinchak\My Documents\My Python\Active\py\downloads\\TEST\\01\\15'
print(topdirectory)
for (topdirectory, dirs, files) in os.walk(topdirectory):
for directoryname in dirs:
directoryname = os.path.join(topdirectory, directoryname)
iCount = countfiles(directoryname, '.csv')
print(str(iCount) + ' ' + directoryname)
if iCount > 0:
o = readfiltersortserializetobucketdirectories.read(directoryname)
# for pathfilename in files:
# pathfilename = os.path.join(topdirectory,pathfilename)
# print(pathfilename)
#
# o1 = deserializecandidatesxml.deserialize('C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\xml\\calendarspreads 20150119053018.xml')
# d1 = o1.DictionaryOfCandidatesFromXML
# print(len(d1))
# for k,v in d1.items():
# print(k,v['keyid'],v['calculations']['sortbymeasurevalue'],
# v['specifications']['symbol'],
# v['earlier']['optionsymbol'],
# v['earlier']['bucketquotedatetime'],
# v['calculations']['sortbymeasurename']
# )
def serialize(self, downloadsdirectory,
replacelistforcreatingdestinationpath, minpairspreadpercent,
maxvalueatrisk, maxbidaskspreadpercentagesell,
maxbidaskspreadpercentagebuy, showresults):
## ########################
## How to get top directory
import os
downloadsdir_root = os.path.join(os.getcwd(), downloadsdirectory)
if showresults == 1:
print(downloadsdir_root)
## ####################
## Process downloads directories
import readfiltersortserializetobucketdirectories
dSerializedQuadCandidateXMLPathNames = {}
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = self.countfiles(downloadsdir_check, '.csv')
print('Count of Csv files:', iCount, downloadsdir_check)
# ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
print(sourcedirectoryfull)
o = readfiltersortserializetobucketdirectories.read(
sourcedirectoryfull,
minpairspreadpercent=minpairspreadpercent,
maxvalueatrisk=maxvalueatrisk,
maxbidaskspreadpercentagesell=
maxbidaskspreadpercentagesell,
maxbidaskspreadpercentagebuy=
maxbidaskspreadpercentagebuy,
sortbymeasure='spreadpercentageopen'
) # spreadpercentageopen | valueatriskopen
self.DictionaryOfSerializedFileObjects = o.DictionaryOfSerializedFileObjects
d1 = o.DictionaryOfSerializedFileObjects
print(
'-- --',
'Looping DictionaryOfSerializedFileObjects in runquadbysymbol'
)
for k1, v1 in d1.items():
print('-- --', 'XMLFilenameOutput',
v1.XMLFilenameOutput)
import deserializecandidatesxml
o1 = deserializecandidatesxml.deserialize(
v1.XMLFilenameOutput)
d1 = o1.DictionaryOfCandidatesFromXML
#minpairspreadpercent = 0.4
dSortableDictionary = {}
import mytools
mysymbol = '---'
for k1, v1 in d1.items():
optiontype1 = mytools.get_from_optionsymbol.optiontype(
v1['earlier']['optionsymbol'])
if optiontype1 == 'C':
for k2, v2 in d1.items():
if v1['specifications'][
'bucketquotedatetime'] == v2[
'specifications'][
'bucketquotedatetime']:
if v1['specifications']['symbol'] == v2[
'specifications']['symbol']:
mysymbol = v1['specifications'][
'symbol']
optiontype2 = mytools.get_from_optionsymbol.optiontype(
v2['earlier']['optionsymbol'])
if optiontype2 == 'P':
if float(
v1['calculations']
['spreadpercentageopen']
) > minpairspreadpercent and float(
v2['calculations']
['spreadpercentageopen']
) > minpairspreadpercent:
EarlierStrike1 = mytools.get_from_optionsymbol.strike(
v1['earlier']
['optionsymbol'])
LaterStrike1 = mytools.get_from_optionsymbol.strike(
v1['later']
['optionsymbol'])
EarlierStrike2 = mytools.get_from_optionsymbol.strike(
v2['earlier']
['optionsymbol'])
LaterStrike2 = mytools.get_from_optionsymbol.strike(
v2['later']
['optionsymbol'])
if float(
EarlierStrike1
) > float(
v1['specifications']
['stockprice']
) and float(
LaterStrike1
) > float(v1[
'specifications']
['stockprice']):
if float(
EarlierStrike2
) < float(
v1['specifications']
['stockprice']
) and float(
LaterStrike2
) < float(v1[
'specifications']
['stockprice']
):
if k1 != k2:
sumofvalueatrisk = float(
v1['calculations']
['valueatriskopen']
) + float(
v2['calculations']
['valueatriskopen']
)
dSortableDictionary[len(
dSortableDictionary
)] = {
'sortbymeasurevalue':
sumofvalueatrisk,
'callcalendarspread':
v1,
'putcalendarspread':
v2,
'sortbymeasurename':
'valueatrisk'
}
from collections import OrderedDict
dOrdered = OrderedDict(
sorted(dSortableDictionary.items(),
key=lambda t: t[1]['sortbymeasurevalue']))
import serializedictionaryofcalendarspreadquadstoxml
oquads = serializedictionaryofcalendarspreadquadstoxml.serialize(
sourcedirectoryfull, mysymbol, dOrdered, 1000, 0)
#print('got to here 2212')
if oquads.Complete == 1 and len(
oquads.XMLFilenameOutput) > 0:
print("oquads.XMLFilenameOutput=",
oquads.XMLFilenameOutput)
dSerializedQuadCandidateXMLPathNames[
len(dSerializedQuadCandidateXMLPathNames
)] = oquads.XMLFilenameOutput
#print('Count',sourcedirectoryfull,iCount)
#destinationdirectoryfull = sourcedirectoryfull
destinationdirectoryfull = sourcedirectoryfull.replace(
replacelistforcreatingdestinationpath[0],
replacelistforcreatingdestinationpath[1])
import mytools
mytools.general.make_sure_path_exists(
destinationdirectoryfull)
print('Destination', destinationdirectoryfull)
import shutil
# Move src to dst (mv src dst)
shutil.rmtree(destinationdirectoryfull,
ignore_errors=True,
onerror=None)
shutil.move(sourcedirectoryfull,
destinationdirectoryfull)
print('got here 8181', len(dSerializedQuadCandidateXMLPathNames))
self.DictionaryOfSerializedQuadCandidateXMLPathNames = dSerializedQuadCandidateXMLPathNames
## Process downloads directories
import readfiltersortserializetobucketdirectories
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = countfiles(downloadsdir_check, ".csv")
print(iCount, downloadsdir_check)
# ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
o = readfiltersortserializetobucketdirectories.read(
sourcedirectoryfull,
minpairspreadpercent=0.6,
maxvalueatrisk=2.4,
maxbidaskspreadpercentagesell=0.25,
maxbidaskspreadpercentagebuy=0.25,
sortbymeasure="spreadpercentageopen",
) # spreadpercentageopen | valueatriskopen
dSerialized = o.DictionaryOfSerializedFileObjects
print("------------------------------")
print("-- Count of DictionaryOfSerializedFileObjects")
print("-- ", len(dSerialized))
for k, v in dSerialized.items():
oSerialized = v
print("--------------")
print("-- XMLFilenameOutput")
print("-- ", oSerialized.XMLFilenameOutput)
if oSerialized.Complete == 1:
print("Count", sourcedirectoryfull, iCount)
#topdirectory = 'C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\downloads\\2015-01-27\\23\\30'
#for subdir, dirs, files in os.walk(rootdir):
# runningsumofxmlfiles = runningsumofxmlfiles + len(files)
# for file in files:
# pathfilenamecandidatexml = os.path.join(subdir, file)
for (topdirectory, dirs, files) in os.walk(topdirectory):
print('looping ' + topdirectory)
for sourcedirectoryname in dirs:
sourcedirectoryfull = os.path.join(topdirectory, sourcedirectoryname)
iCount = countfiles(sourcedirectoryfull, '.csv')
#print('loop',sourcedirectoryfull)
o = readfiltersortserializetobucketdirectories.read(
sourcedirectoryfull,
minpairspreadpercent=0.6,
maxvalueatrisk=2.4,
maxbidaskspreadpercentagesell=0.25,
maxbidaskspreadpercentagebuy=0.25,
sortbymeasure='spreadpercentageopen'
) # spreadpercentageopen | valueatriskopen
dSerialized = o.DictionaryOfSerializedFileObjects
print('------------------------------')
print('-- Count of DictionaryOfSerializedFileObjects')
print('-- ', len(dSerialized))
for k, v in dSerialized.items():
oSerialized = v
print('--------------')
print('-- XMLFilenameOutput')
print('-- ', oSerialized.XMLFilenameOutput)
if oSerialized.Complete == 1:
print('Count', sourcedirectoryfull, iCount)
def serialize(self,
downloadsdirectory ,
replacelistforcreatingdestinationpath ,
minpairspreadpercent ,
maxvalueatrisk ,
maxbidaskspreadpercentagesell ,
maxbidaskspreadpercentagebuy ,
showresults
):
## ########################
## How to get top directory
import os
downloadsdir_root = os.path.join(os.getcwd(),downloadsdirectory)
if showresults == 1:
print(downloadsdir_root)
## ####################
## Process downloads directories
import readfiltersortserializetobucketdirectories
dSerializedQuadCandidateXMLPathNames = {}
iCount = 0
for root, dirs, files in os.walk(downloadsdir_root):
for name in dirs:
downloadsdir_check = os.path.join(root, name)
iCount = self.countfiles(downloadsdir_check,'.csv')
print('Count of Csv files:',iCount,downloadsdir_check)
# ## ###################################
if iCount > 0:
sourcedirectoryfull = downloadsdir_check
print(sourcedirectoryfull)
o = readfiltersortserializetobucketdirectories.read(sourcedirectoryfull,
minpairspreadpercent = minpairspreadpercent,
maxvalueatrisk = maxvalueatrisk,
maxbidaskspreadpercentagesell = maxbidaskspreadpercentagesell,
maxbidaskspreadpercentagebuy = maxbidaskspreadpercentagebuy,
sortbymeasure = 'spreadpercentageopen') # spreadpercentageopen | valueatriskopen
self.DictionaryOfSerializedFileObjects = o.DictionaryOfSerializedFileObjects
d1 = o.DictionaryOfSerializedFileObjects
print('-- --','Looping DictionaryOfSerializedFileObjects in runquadbysymbol')
for k1,v1 in d1.items():
print('-- --','XMLFilenameOutput',v1.XMLFilenameOutput)
import deserializecandidatesxml
o1 = deserializecandidatesxml.deserialize(v1.XMLFilenameOutput)
d1 = o1.DictionaryOfCandidatesFromXML
#minpairspreadpercent = 0.4
dSortableDictionary = {}
import mytools
mysymbol = '---'
for k1,v1 in d1.items():
optiontype1 = mytools.get_from_optionsymbol.optiontype(v1['earlier']['optionsymbol'])
if optiontype1 == 'C':
for k2,v2 in d1.items():
if v1['specifications']['bucketquotedatetime'] == v2['specifications']['bucketquotedatetime']:
if v1['specifications']['symbol'] == v2['specifications']['symbol']:
mysymbol = v1['specifications']['symbol']
optiontype2 = mytools.get_from_optionsymbol.optiontype(v2['earlier']['optionsymbol'])
if optiontype2 == 'P':
if float(v1['calculations']['spreadpercentageopen']) > minpairspreadpercent and float(v2['calculations']['spreadpercentageopen']) > minpairspreadpercent:
EarlierStrike1 = mytools.get_from_optionsymbol.strike(v1['earlier']['optionsymbol'])
LaterStrike1 = mytools.get_from_optionsymbol.strike(v1['later']['optionsymbol'])
EarlierStrike2 = mytools.get_from_optionsymbol.strike(v2['earlier']['optionsymbol'])
LaterStrike2 = mytools.get_from_optionsymbol.strike(v2['later']['optionsymbol'])
if float(EarlierStrike1) > float(v1['specifications']['stockprice']) and float(LaterStrike1) > float(v1['specifications']['stockprice']):
if float(EarlierStrike2) < float(v1['specifications']['stockprice']) and float(LaterStrike2) < float(v1['specifications']['stockprice']):
if k1 != k2:
sumofvalueatrisk = float(v1['calculations']['valueatriskopen']) + float(v2['calculations']['valueatriskopen'])
dSortableDictionary[len(dSortableDictionary)] = {'sortbymeasurevalue' : sumofvalueatrisk, 'callcalendarspread' : v1, 'putcalendarspread' : v2, 'sortbymeasurename' : 'valueatrisk'}
from collections import OrderedDict
dOrdered = OrderedDict(sorted(dSortableDictionary.items(), key=lambda t: t[1]['sortbymeasurevalue']))
import serializedictionaryofcalendarspreadquadstoxml
oquads = serializedictionaryofcalendarspreadquadstoxml.serialize(sourcedirectoryfull,mysymbol,dOrdered,1000,0)
#print('got to here 2212')
if oquads.Complete == 1 and len(oquads.XMLFilenameOutput)>0:
print("oquads.XMLFilenameOutput=",oquads.XMLFilenameOutput)
dSerializedQuadCandidateXMLPathNames[len(dSerializedQuadCandidateXMLPathNames)] = oquads.XMLFilenameOutput
#print('Count',sourcedirectoryfull,iCount)
#destinationdirectoryfull = sourcedirectoryfull
destinationdirectoryfull = sourcedirectoryfull.replace(replacelistforcreatingdestinationpath[0],replacelistforcreatingdestinationpath[1])
import mytools
mytools.general.make_sure_path_exists(destinationdirectoryfull)
print('Destination',destinationdirectoryfull)
import shutil
# Move src to dst (mv src dst)
shutil.rmtree(destinationdirectoryfull,ignore_errors=True, onerror=None)
shutil.move(sourcedirectoryfull, destinationdirectoryfull)
print('got here 8181',len(dSerializedQuadCandidateXMLPathNames))
self.DictionaryOfSerializedQuadCandidateXMLPathNames = dSerializedQuadCandidateXMLPathNames
for file in list_dir:
if file.endswith(extension): # eg: '.txt'
count += 1
return count
iCount = 0
topdirectory = 'C:\Documents and Settings\jmalinchak\My Documents\My Python\Active\py\downloads\\TEST\\01\\15'
print(topdirectory)
for (topdirectory, dirs, files) in os.walk(topdirectory):
for directoryname in dirs:
directoryname = os.path.join(topdirectory,directoryname)
iCount = countfiles(directoryname,'.csv')
print(str(iCount) + ' ' + directoryname)
if iCount > 0:
o = readfiltersortserializetobucketdirectories.read(directoryname)
# for pathfilename in files:
# pathfilename = os.path.join(topdirectory,pathfilename)
# print(pathfilename)
#
# o1 = deserializecandidatesxml.deserialize('C:\\Documents and Settings\\jmalinchak\\My Documents\\My Python\\Active\\py\\output\\xml\\calendarspreads 20150119053018.xml')
# d1 = o1.DictionaryOfCandidatesFromXML
# print(len(d1))
# for k,v in d1.items():
# print(k,v['keyid'],v['calculations']['sortbymeasurevalue'],
# v['specifications']['symbol'],
# v['earlier']['optionsymbol'],
# v['earlier']['bucketquotedatetime'],
# v['calculations']['sortbymeasurename']
# )
