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PAIRParserSeg.py
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PAIRParserSeg.py
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import os
import urllib
import zipfile
import re
import MySQLProcessor
import csv
import time
import LogProcessor
import multiprocessing
import SourceParser
class PAIRSeg(object):
"""
UPET(USPTO Patent Exploring Tool)
provides Python code for downloading, parsing, and loading USPTO patent bulk data into a local MySQL database.
Website:
http://abel.lis.illinois.edu/upet/
Authors:
Qiyuan Liu (http://liuqiyuan.com, [email protected]),
Vetle I. Torvik (http://people.lis.illinois.edu/~vtorvik/, [email protected])
Updated:
12/09/2012
"""
"""
This class is used to extract PAIR data and populate them into the database.
A file named 'PAIRLinks' (~/ID/PAIRLinks) consisting of all available PAIR data downloadable links is generated manually in the beginning
in basis of Google Patent USPTO Bulk Downloads website at http://www.google.com/googlebooks/uspto-patents-pair.html .
"""
def __init__(self):
self.filePath=os.getcwd().replace('\\','/')+"/ID/PAIRLinks"
self.dirPath=os.getcwd().replace('\\','/')+'/PAIR'
self.link=[] # A range like '08000001 - 08033366'
self.links=[] # all ranges 2496820 files?
self.linksStr=[] # http://commondatastorage.googleapis.com/uspto-pair/applications/APP_NUM.zip
# (correspondence) address and attorney/ agent
self.aa='' #addressAttorney='' path
self.aa_Name=''
self.aa_Address=''
self.aa_CustomerNum=''
self.aa_aReg=''
self.aa_aName=''
self.aa_aPhone=''
# application data
self.ad='' #application data
self.ad_appNum='' #12/102,391
self.ad_fileDate=''
self.ad_appType=''
self.ad_exmName=''
self.ad_grpArtUnit=''
self.ad_confirmNum=''
self.ad_atyDN='' #attorney docket number
self.ad_class='' #class/subclasss
self.ad_firstName=''
self.ad_customerNum=''
self.ad_status=''
self.ad_statusDate=''
self.ad_location=''
self.ad_locationDate=''
self.ad_earlyPubNo='' #Earliest Publication No US 2008-0283381 A1 Country:US PubNo.:20080283381 Kind:A1
self.ad_earlyPubDate=''
self.ad_patNum='' #7,528,338
self.ad_issueDate=''
self.ad_title=''
self.ad_list=[]
# continuity data
self.cd='' #continuity data
self.cd_desc=''
self.cd_parentNum=''
self.cd_parentFileDate=''
self.cd_parentStatus=''
self.cd_patentNum=''
#foreign priority
self.fp='' #foreign priority
self.fp_country=''
self.fp_priority=''
self.fp_priorityDate=''
#self.img='' #image file wrapper
# patent term adjustments
# *** including two different types:'on or after August 28, 2010' & 'Prior to August 28, 2010'
self.pta='' #patent term adjustments
self.pta_priorAfter=1
# prior
self.pta_fileDate='' #choose the same field name for prior & after records
self.pta_issueDate=''
self.pta_preIssuePetitions=''
self.pta_postIssuePetitions=''
self.pta_usptoAdjust=''
self.pta_usptoDely=''
self.pta_threeYears=''
self.pta_appDelay='' #applicant delay days
self.pta_total='' #total patent term adjustment days
#* desc
self.pta_date=''
self.pta_desc=''
self.pta_pto=''
self.pta_appl=''
# on or after
self.pta_fileDate=''
self.pta_issueDate=''
self.pta_aDelays=''
self.pta_bDelays=''
self.pta_cDelays=''
self.pta_overlap='' #overlapping days between (a&b) or (a&c)
self.pta_nonOverlap=''
self.pta_ptoManualAdjust='' #PTO manual adjustments
self.pta_appDelays='' #applicant delays
self.pta_total='' #total pta adjustments
#* desc
self.pta_number=''
self.pta_date=''
self.pta_desc=''
self.pta_pto=''
self.pta_appl=''
self.pta_start=''
# patent term extension history
self.pteh='' #patent term extension history
self.pteh_fileDate=''
self.pteh_usptoAdjust=''
self.pteh_usptoDelay=''
self.pteh_correctDelay=''
self.pteh_total=''
self.pteh_date=''
self.pteh_desc=''
self.pteh_pto=''
self.pteh_appl=''
# transaction history
self.th='' #transaction history
self.th_date=''
self.th_desc=''
self.position=1
self.csvPath_applicationpair=os.getcwd().replace('\\','/')+'/CSV_PAIR/application_pair_'
self.csvPath_attorney=os.getcwd().replace('\\','/')+'/CSV_PAIR/agent_'
self.csvPath_transaction=os.getcwd().replace('\\','/')+'/CSV_PAIR/transaction_'
self.csvPath_foreignpriority=os.getcwd().replace('\\','/')+'/CSV_PAIR/foreignpriority_'
self.csvPath_correspondence=os.getcwd().replace('\\','/')+'/CSV_PAIR/correspondence_'
self.csvPath_adjustment=os.getcwd().replace('\\','/')+'/CSV_PAIR/adjustment_'
self.csvPath_adjustmentdesc=os.getcwd().replace('\\','/')+'/CSV_PAIR/adjustmentdesc_'
self.csvPath_continuity_child=os.getcwd().replace('\\','/')+'/CSV_PAIR/continuity_child_'
self.csvPath_continuity_parent=os.getcwd().replace('\\','/')+'/CSV_PAIR/continuity_parent_'
self.csvPath_extension=os.getcwd().replace('\\','/')+'/CSV_PAIR/extension_'
self.csvPath_extensiondesc=os.getcwd().replace('\\','/')+'/CSV_PAIR/extensiondesc_'
def __ResetSQLVariables(self):
# ***** SQL Using *****
self.sql_application_pair=[]
self.sql_attorney=[]
self.sql_transaction=[]
self.sql_foreignpriority=[]
self.sql_correspondence=[]
self.sql_adjustment=[]
self.sql_adjustmentdesc=[]
self.sql_continuity_child=[]
self.sql_continuity_parent=[]
self.sql_extension=[]
self.sql_extensiondesc=[]
# transform string ranges like '08000001 - 08033366' to list
def TransformToList(self,str):
ls_str=str.replace('-','').split()
ls_num=[]
ls_str2=[]
for num in range(int(ls_str[0]),int(ls_str[1])+1):
ls_num.append(num)
for n in ls_num:
ls_str2.append(self.AddZero(n))
return ls_str2
def AddZero(self,num):
strZero=''
if(num<10000001):
for i in range(0,8-len(str(num))):
strZero+='0'
return strZero+str(num)
else:return str(num)
# TRANSFORM application number & patent number into FORMAL
def __TransAppPatNum(self,strNum):
#remove all the symbols like '/' & ','
return strNum.replace('/','').replace(',','').strip()
def __returnInt(self,s):
try:
if(s=='' or s==None):return 'NULL';
else:return int(s)
except:return 'NULL'
def __returnStr(self,s):
try:
if(s=='' or s==None):return '';
else:return s.encode('utf-8').replace('"','\'').strip()
except:return ''
def __returnDate(self,s):
try:
if(len(s)<8):return '0000-00-00';
else:
s=s.strip()
ss=(s[6:len(s)],s[0:2],s[3:5])
return '-'.join(ss)
except:return '0000-00-00'
def ExtractTSV(self,filePath):
#st=time.time()
myzip=zipfile.ZipFile(filePath,'r')
fileNameList=myzip.namelist()
for n in fileNameList:
if(re.search('address_and_attorney_agent',n)!=None):self.aa=n
if(re.search('application_data',n)!=None):self.ad=n
if(re.search('continuity_data',n)!=None):self.cd=n
if(re.search('foreign_priority',n)!=None):self.fp=n
#if(re.search('image_file',n)!=None)
if(re.search('patent_term_adjustment',n)!=None):self.pta=n
if(re.search('patent_term_extension_history',n)!=None):self.pteh=n
if(re.search('transaction_history',n)!=None):self.th=n
else:pass
# *** application data ***
if(len(self.ad)>1):
tsvFile=myzip.open(self.ad,'r')
tsvFile_ad=tsvFile.readlines()
self.ad_appNum=self.__TransAppPatNum(tsvFile_ad[0].split('\t')[1])
self.ad_fileDate=tsvFile_ad[1].split('\t')[1].strip()
self.ad_appType=tsvFile_ad[2].split('\t')[1].strip()
self.ad_exmName=tsvFile_ad[3].split('\t')[1].strip()
self.ad_grpArtUnit=tsvFile_ad[4].split('\t')[1].strip()
self.ad_confirmNum=tsvFile_ad[5].split('\t')[1].strip()
self.ad_atyDN=tsvFile_ad[6].split('\t')[1].strip()
self.ad_class=tsvFile_ad[7].split('\t')[1].strip()
self.ad_firstName=tsvFile_ad[8].split('\t')[1].strip()
self.ad_customerNum=tsvFile_ad[9].split('\t')[1].strip()
self.ad_status=tsvFile_ad[10].split('\t')[1].strip()
self.ad_statusDate=tsvFile_ad[11].split('\t')[1].strip()
self.ad_location=tsvFile_ad[12].split('\t')[1].strip()
self.ad_locationDate=tsvFile_ad[13].split('\t')[1].strip()
self.ad_earlyPubNo=self.__TransAppPatNum(tsvFile_ad[14].split('\t')[1])
self.ad_earlyPubDate=tsvFile_ad[15].split('\t')[1].strip()
self.ad_patNum=self.__TransAppPatNum(tsvFile_ad[16].split('\t')[1])
self.ad_issueDate=tsvFile_ad[17].split('\t')[1].strip()
self.ad_title=tsvFile_ad[18].split('\t')[1].strip()
self.sql_application_pair.append([self.ad_appNum,self.__returnDate(self.ad_fileDate),self.ad_appType
,self.__returnStr(self.ad_exmName),self.__returnStr(self.ad_grpArtUnit)
,self.__returnStr(self.ad_confirmNum),self.__returnStr(self.ad_atyDN)
,self.__returnStr(self.ad_class),self.__returnStr(self.ad_firstName)
,self.__returnStr(self.ad_customerNum),self.__returnStr(self.ad_status)
,self.__returnDate(self.ad_statusDate),self.__returnStr(self.ad_location)
,self.__returnDate(self.ad_locationDate),self.__returnStr(self.ad_earlyPubNo)
,self.__returnDate(self.ad_earlyPubDate),self.__returnStr(self.ad_patNum)
,self.__returnDate(self.ad_issueDate),self.__returnStr(self.ad_title)])
# *** address and attorney/agent ***
if(len(self.aa)>1):
tsvFile=myzip.open(self.aa,'r')
tsvFile_aa=tsvFile.readlines()
self.aa_Name=tsvFile_aa[0].split('\t')[1]
self.aa_Address=tsvFile_aa[1].split('\t')[1]
self.aa_CustomerNum=tsvFile_aa[2].split('\t')[1]
self.sql_correspondence.append([self.ad_appNum,self.__returnStr(self.aa_Name),self.__returnStr(self.aa_Address),self.__returnStr(self.aa_CustomerNum)])
if(len(tsvFile_aa)>5):
self.position=1
for l in tsvFile_aa[5:len(tsvFile_aa)]:
arr=l.split('\t')
self.aa_aReg=arr[0].strip()
self.aa_aName=arr[1].strip()
self.aa_aPhone=arr[2].strip()
self.sql_attorney.append([self.ad_appNum
,self.position
,self.aa_aReg
,self.aa_aName.split(',')[0]
,self.aa_aName.split(',')[1]
,self.aa_aPhone])
self.position+=1
# *** continuity data ***
if(len(self.cd)>1):
tsvFile_cd=myzip.open(self.cd,'r').readlines()
for line in tsvFile_cd:
#if(line.find('Description\tParent Number')!=-1):index1=tsvFile_cd.index(line)
if(line.find('Child Continuity Data')!=-1):index2=tsvFile_cd.index(line) #str.find() which returns -1 if not found is better than str.index() which returns error
else:continue
self.position=1
for line1 in tsvFile_cd[1:index2-1]:
ls=line1.split('\t')
self.cd_desc=ls[0].strip()
if(len(ls)>1):
self.cd_parentNum=ls[1].strip()
self.cd_parentFileDate=ls[2].strip()
self.cd_parentStatus=ls[3].strip()
self.cd_patentNum=ls[4].strip()
self.sql_continuity_parent.append([self.ad_appNum,
self.position,
self.__returnStr(self.cd_desc),
self.__returnStr(self.cd_parentNum),
self.__returnDate(self.cd_parentFileDate),
self.__returnStr(self.cd_parentStatus),
self.__TransAppPatNum(self.cd_patentNum)])
self.position+=1
self.position=1
for line2 in tsvFile_cd[index2+1:len(tsvFile_cd)]:
self.sql_continuity_child.append([self.ad_appNum,
self.position,
self.__returnStr(line2.strip())])
self.position+=1
# *** foreign priority ***
if(len(self.fp)>1):
tsvFile_fp=myzip.open(self.fp,'r').readlines()
self.position=1
for line in tsvFile_fp[1:len(tsvFile_fp)]:
self.fp_country=line.split('\t')[0].strip()
self.fp_priority=line.split('\t')[1].strip()
self.fp_priorityDate=line.split('\t')[2].strip()
self.sql_foreignpriority.append([self.ad_appNum,
self.position,
self.__returnStr(self.fp_country),
self.__returnStr(self.fp_priority),
self.__returnDate(self.fp_priorityDate)])
self.position+=1
# *** patent term adjustments ***
if(len(self.pta)>1):
tsvFile_pta=myzip.open(self.pta,'r').readlines()
index_a,index_p=(0,0)
for line in tsvFile_pta:
if(line.find('Total PTA Adjustments')!=-1):index_a=tsvFile_pta.index(line)
if(line.find('Total Patent Term Adjustment (days)')!=-1):index_p=tsvFile_pta.index(line)
if(index_a==0 and index_p!=0):
self.position=1
self.pta_priorAfter=1
self.pta_fileDate=tsvFile_pta[0].split('\t')[1].strip()
self.pta_issueDate=tsvFile_pta[1].split('\t')[1].strip()
self.pta_preIssuePetitions=tsvFile_pta[2].split('\t')[1].strip()
self.pta_postIssuePetitions=tsvFile_pta[3].split('\t')[1].strip()
self.pta_usptoAdjust=tsvFile_pta[4].split('\t')[1].strip()
self.pta_usptoDely=tsvFile_pta[5].split('\t')[1].strip()
self.pta_threeYears=tsvFile_pta[6].split('\t')[1].strip()
self.pta_appDelay=tsvFile_pta[7].split('\t')[1].strip()
self.pta_total=tsvFile_pta[8].split('\t')[1].strip()
for line in tsvFile_pta[index_p+3:len(tsvFile_pta)]:
self.pta_date=line.split('\t')[0]
self.pta_desc=line.split('\t')[1]
self.pta_pto=line.split('\t')[2]
self.pta_appl=line.split('\t')[3]
self.sql_adjustmentdesc.append([self.ad_appNum,
self.position,
self.pta_priorAfter,
self.__returnInt(self.pta_number),
self.__returnDate(self.pta_date),
self.__returnStr(self.pta_desc),
self.__returnStr(self.pta_pto),
self.__returnStr(self.pta_appl),
self.__returnStr(self.pta_start)])
self.position+=1
elif(index_a!=0 and index_p==0):
self.position=1
self.pta_priorAfter=0
self.pta_fileDate=tsvFile_pta[0].split('\t')[1].strip()
self.pta_issueDate=tsvFile_pta[1].split('\t')[1].strip()
self.pta_aDelays=tsvFile_pta[2].split('\t')[1].strip()
self.pta_bDelays=tsvFile_pta[3].split('\t')[1].strip()
self.pta_cDelays=tsvFile_pta[4].split('\t')[1].strip()
self.pta_overlap=tsvFile_pta[5].split('\t')[1].strip()
self.pta_nonOverlap=tsvFile_pta[6].split('\t')[1].strip()
self.pta_ptoManualAdjust=tsvFile_pta[7].split('\t')[1].strip()
self.pta_appDelays=tsvFile_pta[8].split('\t')[1].strip()
self.pta_total=tsvFile_pta[9].split('\t')[1].strip()
for line in tsvFile_pta[index_a+3:len(tsvFile_pta)]:
self.pta_number=line.split('\t')[0].strip()
self.pta_date=line.split('\t')[1].strip()
self.pta_desc=line.split('\t')[2].strip()
self.pta_pto=line.split('\t')[3].strip()
self.pta_appl=line.split('\t')[4].strip()
self.pta_start=line.split('\t')[5].strip()
self.sql_adjustmentdesc.append([self.ad_appNum,
self.position,
self.pta_priorAfter,
self.__returnInt(self.pta_number),
self.__returnDate(self.pta_date),
self.__returnStr(self.pta_desc),
self.__returnStr(self.pta_pto),
self.__returnStr(self.pta_appl),
self.__returnStr(self.pta_start)])
self.position+=1
self.sql_adjustment.append([self.ad_appNum,
self.pta_priorAfter,
self.__returnDate(self.pta_fileDate),
self.__returnDate(self.pta_issueDate),
self.__returnStr(self.pta_preIssuePetitions),
self.__returnStr(self.pta_postIssuePetitions),
self.__returnStr(self.pta_usptoAdjust),
self.__returnStr(self.pta_usptoDely),
self.__returnStr(self.pta_threeYears),
self.__returnStr(self.pta_appDelay),
self.__returnStr(self.pta_total),
self.__returnStr(self.pta_aDelays),
self.__returnStr(self.pta_bDelays),
self.__returnStr(self.pta_cDelays),
self.__returnStr(self.pta_overlap),
self.__returnStr(self.pta_nonOverlap),
self.__returnStr(self.pta_ptoManualAdjust)])
# *** patent term extension history ***
if(len(self.pteh)>1):
tsvFile_pteh=myzip.open(self.pteh,'r').readlines()
self.pteh_fileDate=tsvFile_pteh[0].split('\t')[1]
self.pteh_usptoAdjust=tsvFile_pteh[1].split('\t')[1]
self.pteh_usptoDelay=tsvFile_pteh[2].split('\t')[1]
self.pteh_correctDelay=tsvFile_pteh[3].split('\t')[1]
self.pteh_total=tsvFile_pteh[4].split('\t')[1]
self.sql_extension.append([self.ad_appNum,
self.__returnDate(self.pteh_fileDate),
self.__returnInt(self.pteh_usptoAdjust),
self.__returnInt(self.pteh_usptoDelay),
self.__returnInt(self.pteh_correctDelay),
self.__returnInt(self.pteh_total)])
self.position=1
for line in tsvFile_pteh[7:len(tsvFile_pteh)]:
self.pteh_date=line.split('\t')[0].strip()
self.pteh_desc=line.split('\t')[1].strip()
self.pteh_pto=line.split('\t')[2].strip()
self.pteh_appl=line.split('\t')[3].strip()
self.sql_extensiondesc.append([self.ad_appNum,
self.position,
self.__returnDate(self.pteh_date),
self.__returnStr(self.pteh_desc),
self.__returnStr(self.pteh_pto),
self.__returnStr(self.pteh_appl)])
self.position+=1
# *** transaction history ***
if(len(self.th)>1):
self.position=1
tsvFile_th=myzip.open(self.th,'r').readlines()
for line in tsvFile_th[1:len(tsvFile_th)]:
self.th_date=line.split('\t')[0].strip()
self.th_desc=line.split('\t')[1].strip()
self.sql_transaction.append([self.ad_appNum,
self.position,
self.__returnStr(self.th_desc),
self.__returnDate(self.th_date)])
self.position+=1
myzip.close()
self.__init__()
#print 'APP{0},ATN{1},TRA{2},FOR{3},COR{4},ADJ{5},ADJD{6},CONC{7},CONP{8},EXT{9},EXTD{10}'.format(len(self.sql_application_pair),
# len(self.sql_attorney),
# len(self.sql_transaction),
# len(self.sql_foreignpriority),
# len(self.sql_correspondence),
# len(self.sql_adjustment),
# len(self.sql_adjustmentdesc),
# len(self.sql_continuity_child),
# len(self.sql_continuity_parent),
# len(self.sql_extension),
# len(self.sql_extensiondesc))
#print """Extracted FileName:{0}""".format(os.path.basename(filePath))
def writeCSV(self,linkStrLine):
addPath=linkStrLine.strip().replace(' - ','_')+'.csv'
#print 'Getting started to write CSV file...'
st=time.time()
self.f_applicationpair=open(self.csvPath_applicationpair+addPath,'wt')
self.f_attorney=open(self.csvPath_attorney+addPath,'wt')
self.f_transaction=open(self.csvPath_transaction+addPath,'wt')
self.f_foreignpriority=open(self.csvPath_foreignpriority+addPath,'wt')
self.f_correspondence=open(self.csvPath_correspondence+addPath,'wt')
self.f_adjustment=open(self.csvPath_adjustment+addPath,'wt')
self.f_adjustmentdesc=open(self.csvPath_adjustmentdesc+addPath,'wt')
self.f_continuity_child=open(self.csvPath_continuity_child+addPath,'wt')
self.f_continuity_parent=open(self.csvPath_continuity_parent+addPath,'wt')
self.f_extension=open(self.csvPath_extension+addPath,'wt')
self.f_extensiondesc=open(self.csvPath_extensiondesc+addPath,'wt')
w_applicationpair=csv.writer(self.f_applicationpair,delimiter='\t',lineterminator='\n')
w_applicationpair.writerows(self.sql_application_pair)
w_attorney=csv.writer(self.f_attorney,delimiter='\t',lineterminator='\n')
w_attorney.writerows(self.sql_attorney)
w_transaction=csv.writer(self.f_transaction,delimiter='\t',lineterminator='\n')
w_transaction.writerows(self.sql_transaction)
w_foreignpriority=csv.writer(self.f_foreignpriority,delimiter='\t',lineterminator='\n')
w_foreignpriority.writerows(self.sql_foreignpriority)
w_correspondence=csv.writer(self.f_correspondence,delimiter='\t',lineterminator='\n')
w_correspondence.writerows(self.sql_correspondence)
w_adjustment=csv.writer(self.f_adjustment,delimiter='\t',lineterminator='\n')
w_adjustment.writerows(self.sql_adjustment)
w_adjustmentdesc=csv.writer(self.f_adjustmentdesc,delimiter='\t',lineterminator='\n')
w_adjustmentdesc.writerows(self.sql_adjustmentdesc)
w_continuity_child=csv.writer(self.f_continuity_child,delimiter='\t',lineterminator='\n')
w_continuity_child.writerows(self.sql_continuity_child)
w_continuity_parent=csv.writer(self.f_continuity_parent,delimiter='\t',lineterminator='\n')
w_continuity_parent.writerows(self.sql_continuity_parent)
w_extension=csv.writer(self.f_extension,delimiter='\t',lineterminator='\n')
w_extension.writerows(self.sql_extension)
w_extensiondesc=csv.writer(self.f_extensiondesc,delimiter='\t',lineterminator='\n')
w_extensiondesc.writerows(self.sql_extensiondesc)
self.f_applicationpair.close()
self.f_attorney.close()
self.f_transaction.close()
self.f_foreignpriority.close()
self.f_correspondence.close()
self.f_adjustment.close()
self.f_adjustmentdesc.close()
self.f_continuity_child.close()
self.f_continuity_parent.close()
self.f_extension.close()
self.f_extensiondesc.close()
#print 'Written CSV File. Time:{0}'.format(time.time()-st)
st=time.time()
self.processor=MySQLProcessor.MySQLProcess()
self.processor.connect()
#print '***** APPLICATION *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.APPLICATION_PAIR FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n'
""".format(filePath=self.csvPath_applicationpair+addPath))
self.processor.load("""SET foreign_key_checks = 0;""")
#print '***** ATTORNEY *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.ATTORNEY FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_attorney+addPath))
#print '***** TRANSACTION *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.TRANSACTION FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_transaction+addPath))
#print '***** FOREIGNPRIORITY *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.FOREIGNPRIORITY FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_foreignpriority+addPath))
#print '***** CORRESPONDENCE *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.CORRESPONDENCE FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_correspondence+addPath))
#print '***** ADJUSTMENT *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.ADJUSTMENT FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_adjustment+addPath))
#print '***** ADJUSTMENTDESC *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.ADJUSTMENTDESC FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_adjustmentdesc+addPath))
#print '***** CONTINUITY_CHILD *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.CONTINUITY_CHILD FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_continuity_child+addPath))
#print '***** CONTINUITY_PARENT *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.CONTINUITY_PARENT FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_continuity_parent+addPath))
#print '***** EXTENSION *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.EXTENSION FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_extension+addPath))
#print '***** EXTENSIONDESC *****'
self.processor.load("""LOAD DATA LOCAL INFILE '{filePath}'
IGNORE INTO TABLE qliu14.EXTENSIONDESC FIELDS TERMINATED BY '\\t' OPTIONALLY ENCLOSED BY '\"' LINES TERMINATED BY '\\n';
""".format(filePath=self.csvPath_extensiondesc+addPath))
self.processor.load("""SET foreign_key_checks = 1;""")
self.processor.close()
print 'Loaded CSV File. Time:{0}'.format(time.time()-st)
self.__init__()
self.__ResetSQLVariables()
def mainProcess(linkList=[]):
print 'Process {0} is starting to work!'.format(os.getpid())
st=time.time()
p=PAIRSeg()
p._PAIRSeg__ResetSQLVariables()
log=LogProcessor.LogProcess()
fNum=os.path.basename(linkList[0]).split('.')[0]
lNum=os.path.basename(linkList[len(linkList)-1]).split('.')[0]
numRange=fNum+'-'+lNum
for link in linkList:
fileName=os.path.basename(link)
filePath=p.dirPath+'/'+fileName
try:
urllib.urlretrieve(link,filePath)
#print '[Downloaded .zip File: [{0}]'.format(fileName)
urllib.urlcleanup()
zipOrNot=zipfile.is_zipfile(filePath)
if(zipOrNot==True):
p.ExtractTSV(filePath)
os.remove(filePath) # save space on sofus
elif(zipOrNot==False):
os.remove(filePath)
log.write(log.logPath_PAIR,fileName+'\t'+link+'\t'+'PAIR\tProcessed')
except:
print 'ERROR: time out. {fileName}'.format(fileName)
log.write(log.logPath_PAIR_Error,fileName+'\t'+link+'\t'+'PAIR\tProcessed')
p.writeCSV(numRange)
print 'Processed range:{range}'.format(range=numRange)
print '[Process {0} is finished. Populated {1} links. Time:{2}]'.format(os.getpid(),len(linkList),time.time()-st)
def partTen(bList):
n=10
m=len(bList)
sList=[bList[0:m/n],bList[m/n:2*m/n],bList[2*m/n:3*m/n],bList[3*m/n:4*m/n],bList[4*m/n:5*m/n],bList[5*m/n:6*m/n],bList[6*m/n:7*m/n],bList[7*m/n:8*m/n],bList[8*m/n:9*m/n],bList[9*m/n:10*m/n]]
return sList
def multiProcess(allLinkList,numStep):
for i in range(0,len(allLinkList),numStep):
st=time.time()
linkList=allLinkList[i:i+numStep]
linkListProcesses=partTen(linkList)
processes=[]
for linkList in linkListProcesses:
processes.append(multiprocessing.Process(target=mainProcess,args=(linkList,)))
for ps in processes:
ps.start()
for ps in processes:
ps.join()
print '[multiProcess finished! Time:{time}]'.format(time=time.time()-st)
if __name__=="__main__":
st=time.time()
sp=SourceParser.SourceParser()
allLinkList=sp.getdLinksPAIR()
multiProcess(allLinkList,1000)
print 'All PAIR data have been POPULATED successfully! Cost time:{0}'.format(time.time()-st)