def setupManiFile(daycode):
batchdir = getBatchDir(daycode)
if not os.path.exists(batchdir):
os.system("mkdir %s" % batchdir)
manimap = {}
for onex in SynchUtil.getExchanges():
for logtype in SynchUtil.getBigLogList():
sizemap = LogFileDataSize.getHdfsPathList(onex, logtype, daycode)
for onefile in sizemap:
manimap[onefile] = sizemap[onefile]
sizegb = sum(sizemap.values()) / 1000000000
print "Found %d files, %d gb for %s %s %s" % (len(sizemap), sizegb, onex, logtype, daycode)
fhandle = open(getManiFilePath(daycode), 'w')
for onefile in manimap:
fhandle.write(onefile + "\t" + str(manimap[onefile]) + "\n")
fhandle.close()
print "Finished building manifest, %d total files and %d gb size" % (len(manimap), sum(manimap.values())/1000000000)
def setupManiFile(daycode):
batchdir = getBatchDir(daycode)
if not os.path.exists(batchdir):
os.system("mkdir %s" % batchdir)
manimap = {}
for onex in SynchUtil.getExchanges():
for logtype in SynchUtil.getBigLogList():
sizemap = LogFileDataSize.getHdfsPathList(onex, logtype, daycode)
for onefile in sizemap:
manimap[onefile] = sizemap[onefile]
sizegb = sum(sizemap.values()) / 1000000000
print "Found %d files, %d gb for %s %s %s" % (
len(sizemap), sizegb, onex, logtype, daycode)
fhandle = open(getManiFilePath(daycode), 'w')
for onefile in manimap:
fhandle.write(onefile + "\t" + str(manimap[onefile]) + "\n")
fhandle.close()
print "Finished building manifest, %d total files and %d gb size" % (
len(manimap), sum(manimap.values()) / 1000000000)
def checkExchangeDirs(logmail, logtype, daycode):
hadcall = "hadoop fs -ls /data/%s/%s/" % (logtype, daycode)
hadlines = SynchUtil.sysCallResult(hadcall)
warncount = 0
for excname in SynchUtil.getExchanges():
if excname in noDataOkaySet():
continue
dirpath = "/data/%s/%s/%s" % (logtype, daycode, excname)
if not any(dirpath in hline for hline in hadlines):
logmail.addLogLine("Warning: directory not found: %s" % (dirpath))
warncount += 1
continue # no point in continuing
subhadls = "hadoop fs -ls %s" % (dirpath)
subfiles = SynchUtil.sysCallResult(subhadls)
if len(subfiles) < FILE_COUNT_WARN_CUTOFF:
logmail.addLogLine("Warning: found only %d files for exchange %s" % (len(subfiles), excname))
warncount += 1
return warncount
def checkExchangeDirs(logmail, logtype, daycode):
hadcall = "hadoop fs -ls /data/%s/%s/" % (logtype, daycode)
hadlines = SynchUtil.sysCallResult(hadcall)
warncount = 0
for excname in SynchUtil.getExchanges():
if excname in noDataOkaySet():
continue
dirpath = "/data/%s/%s/%s" % (logtype, daycode, excname)
if not any(dirpath in hline for hline in hadlines):
logmail.addLogLine("Warning: directory not found: %s" % (dirpath))
warncount += 1
continue # no point in continuing
subhadls = "hadoop fs -ls %s" % (dirpath)
subfiles = SynchUtil.sysCallResult(subhadls)
if len(subfiles) < FILE_COUNT_WARN_CUTOFF:
logmail.addLogLine("Warning: found only %d files for exchange %s" %
(len(subfiles), excname))
warncount += 1
return warncount
def addOneMani(exchange, logtype, daycode, usepref):
SynchUtil.writeManiFile(exchange, logtype, daycode, usepref)
manipath = SynchUtil.getManiPath(exchange, logtype, daycode)
for line in open(manipath):
print line,
def addOneMani(exchange, logtype, daycode, usepref): SynchUtil.writeManiFile(exchange, logtype, daycode, usepref) manipath = SynchUtil.getManiPath(exchange, logtype, daycode) for line in open(manipath): print line,
def runIntUpdate(exchange, logtype, daycode): SynchUtil.writeManiFile(exchange, logtype, daycode, writesize=True) callHadoop(exchange, logtype, daycode) # delete manifest file manipath = SynchUtil.getManiPath(exchange, logtype, daycode) locRmCall = "rm %s" % (manipath) #print "Local rm call is %s" % (locRmCall) os.system(locRmCall)
def runIntUpdate(exchange, logtype, daycode):
SynchUtil.writeManiFile(exchange, logtype, daycode, writesize=True)
callHadoop(exchange, logtype, daycode)
# delete manifest file
manipath = SynchUtil.getManiPath(exchange, logtype, daycode)
locRmCall = "rm %s" % (manipath)
#print "Local rm call is %s" % (locRmCall)
os.system(locRmCall)
def getS3sizeMap(adex, logtype, daycode):
sizemap = {}
s3buck = SynchUtil.s3BucketGrab()
s3keyl = SynchUtil.s3KeyList(s3buck, adex, logtype, daycode)
for key in s3keyl:
simpname = key.name.split('/')[-1]
sizemap[simpname] = key.size
return sizemap
def logFailureList(): todaycode = SynchUtil.get_today() failpath = "/var/log/cronlogs/hdfs/lzoindexer/nolzolist_%s.txt" % (todaycode) hadJavaCall.runHadoopCall(FINDER_CLASS, [LZO_PATTERN, failpath])
def doSimpleSynch(adex, logtype, daycode): print "Running SimpleSynch for adex=%s, logtype=%s, daycode=%s" % (adex, logtype, daycode) # Generate a manifest file, using appropriate prefix manipath = SynchUtil.writeManiFile(adex, logtype, daycode) hdfsMani = "/tmp/mani/%s" % (manipath) # Put the manifest file on HDFS putCall = "hadoop fs -put %s %s" % (manipath, hdfsMani) print "PutCall: %s" % (hdfsMani) os.system(putCall) # run distcp hdfsDir = "/data/%s/%s/%s/" % (logtype, daycode, adex) distCpCall = "hadoop distcp -f %s %s" % (hdfsMani, hdfsDir) print "DistCpCall: %s" % (distCpCall) os.system(distCpCall) # delete mani file hdfsRmCall = "hadoop fs -rm %s" % (hdfsMani) print hdfsRmCall os.system(hdfsRmCall) # Delete local file locRmCall = "rm %s" % (manipath) print "Local rm call is %s" % (manipath) os.system(locRmCall)
def doSimpleSynch(adex, logtype, daycode):
print "Running SimpleSynch for adex=%s, logtype=%s, daycode=%s" % (
adex, logtype, daycode)
# Generate a manifest file, using appropriate prefix
manipath = SynchUtil.writeManiFile(adex, logtype, daycode)
hdfsMani = "/tmp/mani/%s" % (manipath)
# Put the manifest file on HDFS
putCall = "hadoop fs -put %s %s" % (manipath, hdfsMani)
print "PutCall: %s" % (hdfsMani)
os.system(putCall)
# run distcp
hdfsDir = "/data/%s/%s/%s/" % (logtype, daycode, adex)
distCpCall = "hadoop distcp -f %s %s" % (hdfsMani, hdfsDir)
print "DistCpCall: %s" % (distCpCall)
os.system(distCpCall)
# delete mani file
hdfsRmCall = "hadoop fs -rm %s" % (hdfsMani)
print hdfsRmCall
os.system(hdfsRmCall)
# Delete local file
locRmCall = "rm %s" % (manipath)
print "Local rm call is %s" % (manipath)
os.system(locRmCall)
def callHadoop(exchange, logtype, daycode): manifilepath = SynchUtil.getManiPath(exchange, logtype, daycode) hadoopsys = "hadoop jar %s %s %s" % (SynchUtil.JAR_PATH, INT_UPDATE_CLASS, manifilepath) #print "Hadoop call is %s" % ( hadoopsys ) os.system(hadoopsys)
def getPixelLogPath(pixid, opcode):
logdir = "/mnt/data/userindex/%s/" % (SynchUtil.get_today())
if not os.path.exists(logdir):
os.system("mkdir %s" % (logdir))
logpath = "%slog_%s_%s.txt" % (logdir, opcode, pixid)
return logpath
def callHadoop(exchange, logtype, daycode):
manifilepath = SynchUtil.getManiPath(exchange, logtype, daycode)
hadoopsys = "hadoop jar %s %s %s" % (SynchUtil.JAR_PATH, INT_UPDATE_CLASS,
manifilepath)
#print "Hadoop call is %s" % ( hadoopsys )
os.system(hadoopsys)
def cleanHdfsDirs():
cleancall = "hadoop fs -rmr %s/*" % (HDFS_ADA_DIR)
print "Cleaning adaclass dir with command %s" % (cleancall)
if SynchUtil.promptOkay("Okay to delete? "):
os.system(cleancall)
else:
print "Okay, quitting"
sys.exit(1)
def getNfsSizeMap(adex, logtype, daycode):
sizeMap = {}
nfsdirpath = SynchUtil.getNfsDirPath(adex, logtype, daycode)
for filename in os.listdir(nfsdirpath):
if filename.find('.gz') == -1:
continue
filesize = os.path.getsize(nfsdirpath + "/" + filename)
sizeMap[filename] = filesize
return sizeMap
def createHdfsDirs(pixset):
extantdirs = SynchUtil.sysCallResult("hadoop fs -ls %s" % HDFS_ADA_DIR)
for onepix in pixset:
pixpref = pixprefFromDir(onepix)
if any([pixpref in exline for exline in extantdirs]):
print "Found directory %s" % (pixpref)
else:
hadmkdir = "hadoop fs -mkdir %s/%s" % (HDFS_ADA_DIR, pixpref)
print "Mkdir call is %s" % (hadmkdir)
os.system(hadmkdir)
def getHDsizeMap(adex, logtype, daycode):
sizeMap = {}
hadlscall = "hadoop fs -ls /data/%s/%s/%s/" % (logtype, daycode, adex)
hadooplines = SynchUtil.sysCallResult(hadlscall)
for line in hadooplines:
toks = line.split()
if line.find('.gz') == -1:
continue
filename = toks[7].split('/')[-1]
filesize = int(toks[4])
sizeMap[filename] = filesize
return sizeMap
for missfile in misslist:
print "File is MISSING: %s" % (missfile)
for sizefile in sizelist:
print "File %s \n\t has incorrect size of %d, should be %d" % (
sizefile, bMap[sizefile], aMap[sizefile])
if __name__ == "__main__":
if not len(sys.argv) == 4:
print "Usage: SimpleSynch <all|adex> <big|mini|comp|logtype> <yest|daycode>"
sys.exit(1)
exclist = SynchUtil.getCheckExcList(sys.argv[1])
loglist = SynchUtil.getCheckLogList(sys.argv[2])
daylist = SynchUtil.getCheckDayList(sys.argv[3])
# need to make sure we're running in a folder where the .mani files
# can be written
os.chdir('/mnt/src/cronjobs/')
for onex in exclist:
# DBH has no Big Data logs
if onex == 'dbh':
continue
for logtype in loglist:
for daycode in daylist:
def runTrackUpdate(daycode):
hadoopsys = "hadoop jar %s %s %s" % (SynchUtil.JAR_PATH,
UPDATE_TRACK_CLASS, daycode)
print "Hadoop call is %s" % (hadoopsys)
os.system(hadoopsys)
if __name__ == "__main__":
"""
This is a one-time operation to copy the impression logs and update
the tracking file
"""
exclist = SynchUtil.getCheckExcList('all')
daylist = SynchUtil.getCheckDayList(sys.argv[1])
logtype = 'imp'
for daycode in daylist:
for onex in exclist:
print "Uploading logs for %s %s %s" % (onex, logtype, daycode)
ConcatLzoSynch.runLogSync(onex, logtype, daycode)
ConcatLzoSynch.runIndexer()
# Now we have indexed LZO files, so we can run Java UpdateTrackFile
runTrackUpdate(daycode)
# Got rid of all the Mani-file nonsense
#SynchUtil.writeManiFile(exchange, logtype, daycode, writesize=True)
callHadoop(exchange, logtype, daycode)
if __name__ == "__main__":
if not len(sys.argv) == 4:
print "Usage: ConcatLzoSynch <all|adex> <big|mini|comp|logtype> <yest|daycode>"
sys.exit(1)
# need to make sure we're running in a folder where we have write permissions,
# otherwise we won't be able to write the manifest file
os.chdir('/local/src/cronjobs/')
exclist = SynchUtil.getCheckExcList(sys.argv[1])
loglist = SynchUtil.getCheckLogList(sys.argv[2])
daylist = SynchUtil.getCheckDayList(sys.argv[3])
idxlist = []
for onex in exclist:
for logtype in loglist:
for daycode in daylist:
# This is now done by Java code
##if not SynchUtil.nfsFilesExist(onex, logtype, daycode):
# print "No NFS files for %s %s %s" % (onex, logtype, daycode)
# continue
print "Running ConcatLogSynch for %s %s %s" % (onex, logtype, daycode)
os.system(hadcall)
print "... done"
if __name__ == "__main__":
daylist = []
if len(sys.argv) < 2:
print "Usage UploadExelate.py <daycode|daylist.txt>"
sys.exit(1)
singarg = sys.argv[1]
if singarg.endswith(".txt"):
gimp = [daylist.append(oneday.strip()) for oneday in open(singarg)]
elif singarg == "yest":
daylist.append(SynchUtil.get_yesterday())
else:
daylist.append(singarg)
for daycode in daylist:
grabExelateFile(daycode)
upload2hdfs(daycode)
# TODO: change this to use LocalConf
hadcall = "hadoop jar /local/bin/jars/adnetik.jar %s %s %s" % (dmclass, daycode, tempfile)
print "\nHadoop call is : \n\t%s" % (hadcall)
os.system(hadcall)
#print "\nFinished with %s" % (dmclass)
if __name__ == "__main__":
if not len(sys.argv) == 2:
print "Usage: BmUpdate <yest|daycode>"
sys.exit(1)
daylist = SynchUtil.getCheckDayList(sys.argv[1])
daycode = daylist[0]
# This is kind of the hacky way to do things
sys.path.append("/local/src/python/util")
import SimpleMail
logmail = SimpleMail.SimpleMail("DbStageSlice")
javalist = []
# TODO: going to roll all of this into a single Java file StagingInfoManager, obviate this Python script
#javalist.append("com.adnetik.data_management.Special2Staging")
javalist.append("com.adnetik.userindex.StagingInfoManager")
#javalist.append("com.adnetik.data_management.Click2Staging")
#javalist.append("com.adnetik.data_management.Negative2Staging")
# delete manifest file
manipath = SynchUtil.getManiPath(exchange, logtype, daycode)
locRmCall = "rm %s" % (manipath)
#print "Local rm call is %s" % (locRmCall)
os.system(locRmCall)
if __name__ == "__main__":
if not len(sys.argv) == 4:
print "Usage: InterestUpdateWrapper <all|adex> <big|mini|comp|logtype> <yest|daycode|filename>"
sys.exit(1)
# need to make sure we're running in a folder where we have write permissions,
# otherwise we won't be able to write the manifest file
os.chdir('/mnt/src/cronjobs/')
exclist = SynchUtil.getCheckExcList(sys.argv[1])
loglist = SynchUtil.getCheckLogList(sys.argv[2])
daylist = SynchUtil.getCheckDayList(sys.argv[3])
for onex in exclist:
for logtype in loglist:
for daycode in daylist:
runIntUpdate(onex, logtype, daycode)
print "... done"
if __name__ == "__main__":
daylist = []
if len(sys.argv) < 2:
print "Usage UploadExelate.py <daycode|daylist.txt>"
sys.exit(1)
singarg = sys.argv[1]
if singarg.endswith(".txt"):
gimp = [daylist.append(oneday.strip()) for oneday in open(singarg)]
elif singarg == "yest":
daylist.append(SynchUtil.get_yesterday())
else:
daylist.append(singarg)
for daycode in daylist:
grabExelateFile(daycode)
upload2hdfs(daycode)
#pc_set = set()
#for x in targlist:
# pc_set.add(x)
# pc_set.add(pix_comp_map[x])
#
#for onepix in pc_set:
# Got rid of all the Mani-file nonsense
#SynchUtil.writeManiFile(exchange, logtype, daycode, writesize=True)
callHadoop(exchange, logtype, daycode)
if __name__ == "__main__":
if not len(sys.argv) == 4:
print "Usage: ConcatLzoSynch <all|adex> <big|mini|comp|logtype> <yest|daycode>"
sys.exit(1)
# need to make sure we're running in a folder where we have write permissions,
# otherwise we won't be able to write the manifest file
os.chdir('/local/src/cronjobs/')
exclist = SynchUtil.getCheckExcList(sys.argv[1])
loglist = SynchUtil.getCheckLogList(sys.argv[2])
daylist = SynchUtil.getCheckDayList(sys.argv[3])
idxlist = []
for onex in exclist:
for logtype in loglist:
for daycode in daylist:
# This is now done by Java code
##if not SynchUtil.nfsFilesExist(onex, logtype, daycode):
# print "No NFS files for %s %s %s" % (onex, logtype, daycode)
# continue
print "Running ConcatLogSynch for %s %s %s" % (onex, logtype,
# need to make sure we're running in a folder where we have write permissions,
# otherwise we won't be able to write the manifest file
os.chdir('/mnt/src/cronjobs/')
exclist = []
daylist = []
loglist = []
for line in sys.stdin:
if len(line.strip().split('\t')) < 3:
continue
(excCode, logType, dayCode) = line.strip().split('\t')
#print "Syncing %s %s %s" % (excCode, logType, dayCode)
exclist.append(SynchUtil.getCheckExcList(excCode)[0])
loglist.append(SynchUtil.getCheckLogList(logType)[0])
daylist.append(SynchUtil.getCheckDayList(dayCode)[0])
idxlist = []
for i in range(len(exclist)):
print "Syncing %s %s %s" % (exclist[i], loglist[i], daylist[i])
ConcatLzoSynch.runLogSync(exclist[i], loglist[i], daylist[i])
idxlist.add(SynchUtil.getHdfsPath(exclist[i], loglist[i], daylist[i]))
for toidx in idxlist:
ConcatLzoSynch.runIndexer(toidx)
os.system(hdfsRmCall)
# Delete local file
locRmCall = "rm %s" % (manipath)
print "Local rm call is %s" % (manipath)
os.system(locRmCall)
if __name__ == "__main__":
if not len(sys.argv) == 4:
print "Usage: SimpleSynch <all|adex> <big|mini|comp|logtype> <yest|daycode>"
sys.exit(1)
exclist = SynchUtil.getCheckExcList(sys.argv[1])
loglist = SynchUtil.getCheckLogList(sys.argv[2])
daylist = SynchUtil.getCheckDayList(sys.argv[3])
# need to make sure we're running in a folder where the .mani files
# can be written
os.chdir('/var/log/cronlogs/hdfs/manifiles/')
for onex in exclist:
for logtype in loglist:
for daycode in daylist:
if not SynchUtil.nfsFilesExist(onex, logtype, daycode):
print "No NFS files for %s %s %s" % (onex, logtype, daycode)
continue
subhadls = "hadoop fs -ls %s" % (dirpath)
subfiles = SynchUtil.sysCallResult(subhadls)
if len(subfiles) < FILE_COUNT_WARN_CUTOFF:
logmail.addLogLine("Warning: found only %d files for exchange %s" % (len(subfiles), excname))
warncount += 1
return warncount
if __name__ == "__main__":
"""
Check to make sure that the daily Synch Jobs ran correctly.
If they didn't, send an AdminMail
"""
daycode = SynchUtil.get_yesterday() if "yest" in sys.argv[1] else sys.argv[1]
logmail = SimpleMail.SimpleMail("File Synch Check for %s" % (daycode))
warncount = 0
warncount += checkExchangeDirs(logmail, "no_bid", daycode)
warncount += checkExchangeDirs(logmail, "bid_all", daycode)
if warncount > 0:
logmail.send2admin()
print hdfsRmCall
os.system(hdfsRmCall)
# Delete local file
locRmCall = "rm %s" % (manipath)
print "Local rm call is %s" % (manipath)
os.system(locRmCall)
if __name__ == "__main__":
if not len(sys.argv) == 4:
print "Usage: SimpleSynch <all|adex> <big|mini|comp|logtype> <yest|daycode>"
sys.exit(1)
exclist = SynchUtil.getCheckExcList(sys.argv[1])
loglist = SynchUtil.getCheckLogList(sys.argv[2])
daylist = SynchUtil.getCheckDayList(sys.argv[3])
# need to make sure we're running in a folder where the .mani files
# can be written
os.chdir('/var/log/cronlogs/hdfs/manifiles/')
for onex in exclist:
for logtype in loglist:
for daycode in daylist:
if not SynchUtil.nfsFilesExist(onex, logtype, daycode):
print "No NFS files for %s %s %s" % (onex, logtype,
daycode)
continue
continue # no point in continuing
subhadls = "hadoop fs -ls %s" % (dirpath)
subfiles = SynchUtil.sysCallResult(subhadls)
if len(subfiles) < FILE_COUNT_WARN_CUTOFF:
logmail.addLogLine("Warning: found only %d files for exchange %s" %
(len(subfiles), excname))
warncount += 1
return warncount
if __name__ == "__main__":
"""
Check to make sure that the daily Synch Jobs ran correctly.
If they didn't, send an AdminMail
"""
daycode = SynchUtil.get_yesterday(
) if "yest" in sys.argv[1] else sys.argv[1]
logmail = SimpleMail.SimpleMail("File Synch Check for %s" % (daycode))
warncount = 0
warncount += checkExchangeDirs(logmail, "no_bid", daycode)
warncount += checkExchangeDirs(logmail, "bid_all", daycode)
if warncount > 0:
logmail.send2admin()
#!/usr/bin/python
###################################################
# Just a wrapper for the two SliceInterest jobs
# Want these to run back to back, hard to do without a wrapper
###################################################
import os, sys
import SynchUtil
def runCall(dmclass, daycode):
hadcall = "hadoop jar /mnt/jars/adnetik.jar com.adnetik.data_management.%s %s" % (dmclass, daycode)
print "\nHadoop call is : \n\t%s" % (hadcall)
os.system(hadcall)
print "\nFinished with %s" % (dmclass)
if __name__ == "__main__":
# this is ALWAYS going to run using "yesterday"
daycode = SynchUtil.get_yesterday()
runCall("SliceInterestActivity", daycode)
runCall("SliceInterestSecond", daycode)
os.chdir('/mnt/src/cronjobs/')
exclist = []
daylist = []
loglist = []
for line in sys.stdin:
if len(line.strip().split('\t')) < 3:
continue
(excCode, logType, dayCode) = line.strip().split('\t')
#print "Syncing %s %s %s" % (excCode, logType, dayCode)
exclist.append(SynchUtil.getCheckExcList(excCode)[0])
loglist.append(SynchUtil.getCheckLogList(logType)[0])
daylist.append(SynchUtil.getCheckDayList(dayCode)[0])
idxlist = []
for i in range(len(exclist)):
print "Syncing %s %s %s" % (exclist[i], loglist[i], daylist[i])
ConcatLzoSynch.runLogSync(exclist[i], loglist[i], daylist[i])
idxlist.add(SynchUtil.getHdfsPath(exclist[i], loglist[i], daylist[i]))
for toidx in idxlist:
ConcatLzoSynch.runIndexer(toidx)
hadcall = "hadoop fs -cat %s | gunzip | %s > %s" % (filename, javacall,
batchfile)
#print hadcall
os.system(hadcall)
if __name__ == "__main__":
if not len(sys.argv) == 3:
print "Usage BatchSort.py daycode a/b/c"
sys.exit(1)
daycode = sys.argv[1]
if "yest" == daycode:
daycode = SynchUtil.get_yesterday()
(proc_id, num_proc, num_batch) = [int(x) for x in sys.argv[2].split("/")]
if int(proc_id) == 0:
setupManiFile(daycode)
# TODO: don't use temp file, instead hadoop cat into another program
# that does the scrubbing, and direct output to the batch file.
print "proc=%d, num=%d, nbatch=%d" % (proc_id, num_proc, num_batch)
manimap = getManiData(daycode)
# TODO: prefilter files so that we can print "finished with file 52/652..."
targlist = [
onefile for onefile in manimap
if ((hash(onefile) % num_batch) % num_proc) == proc_id
for subpixdir in listset: pixpref = pixprefFromDir(subpixdir) hdfsdir = "/userindex/adaclass/%s/" % (pixpref) #rmcall = "hadoop fs -rmr %s hadcall = "hadoop fs -put %s%s/*.ser %s" % (locdir, subpixdir, hdfsdir) print "Upload call is %s" % (hadcall) os.system(hadcall) if __name__ == "__main__": daycode = SynchUtil.get_today() if len(sys.argv) < 2 else sys.argv[1] print "\nCalling for daycode %s" % (daycode) locadadir = "/mnt/data/userindex/%s/" % (daycode) listset = set() for onedir in os.listdir(locadadir): if "adaclass_" in onedir: serfiles = [onefile for onefile in os.listdir(locadadir + "/" + onedir) if ".ser" in onefile] if len(serfiles) > 0: print "Found directory %s with %d serfiles" % (onedir, len(serfiles))
hdfsdir = sys.argv[1]
ftypemap = {}
for onefile in os.listdir("."):
ftoks = onefile.split(".")
if not len(ftoks) == 2:
continue
basename = ftoks[0]
ftype = ftoks[1]
ftypemap.setdefault(ftype, 0)
ftypemap[ftype] += 1
for ftype in ftypemap:
print "Found %d files of type %s" % (ftypemap[ftype], ftype)
if not SynchUtil.promptOkay("Going to upload files to %s" % (hdfsdir)):
sys.exit(1)
for onefile in os.listdir("."):
upcall = "hadoop fs -put %s %s" % (onefile, hdfsdir)
print "Upload call is %s" % (upcall)
os.system(upcall)
def runTrackUpdate(daycode):
hadoopsys = "hadoop jar %s %s %s" % (SynchUtil.JAR_PATH, UPDATE_TRACK_CLASS, daycode)
print "Hadoop call is %s" % ( hadoopsys )
os.system(hadoopsys)
if __name__ == "__main__":
"""
This is a one-time operation to copy the impression logs and update
the tracking file
"""
exclist = SynchUtil.getCheckExcList('all')
daylist = SynchUtil.getCheckDayList(sys.argv[1])
logtype = 'imp'
for daycode in daylist:
for onex in exclist:
print "Uploading logs for %s %s %s" % (onex, logtype, daycode)
ConcatLzoSynch.runLogSync(onex, logtype, daycode)
ConcatLzoSynch.runIndexer()
# Now we have indexed LZO files, so we can run Java UpdateTrackFile
runTrackUpdate(daycode)
