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"""
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MCP_CopyUp_Request.py
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Created by
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Emanuel Borges
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08.14.2010
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TODO: Next make it gather the tar size and update your sheet on what's been uploaded. Also make it
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automatically make the destination point based on the case you select and the date.
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NOTE: What if the ftp connection times out while it's being compressed...?
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"""
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#import win32api
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import os, tarfile, time, ConcordanceHelperTools, NinoGenTools, shutil,zipfile,MCP_Lib
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from directorySize2 import pretty_filesize2
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def ReportAndStore(caseName, totalSize, reviewPlatform):
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reportSize = pretty_filesize2(totalSize)
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epoch = str(int(time.time()))
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#casesDir = r"C:\Documents and Settings\eborges\My Documents\My Dropbox\Documents\Cases"
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casesList,officeCases, allCases, casesDir = MCP_Lib.GetCaseList()
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if caseName in casesList:
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if casesDir:
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casePath = os.path.join(casesDir,caseName)
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outputFile = open(os.path.join(casePath,"UploadReport.txt"),'a')
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outputFile.write(epoch + " | " + reviewPlatform + " | " + time.strftime('%Y%m%d') + " | " +reportSize + "\n")
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outputFile.close()
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print 'MCP: Connecting to the Access Database...'
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clientMatter = caseName.split("_(")[1]
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clientMatter = clientMatter[:-1]
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clientMatter = clientMatter.replace('-','.')
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#accessDB = MCP_Lib.AccessDBConnection(r"W:\Manny\testing\TPM_CaseTracking.mdb")
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accessDB = MCP_Lib.AccessDBConnection(r"\\chiads01\app\DS_CaseTrack\TPM_CaseTracking.mdb")
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accessDB.UpdateCaseUpload(clientMatter,reviewPlatform,{epoch:(time.strftime('%m/%d/%Y'),reportSize)})
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accessDB.CloseAccessConnection()
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print 'MCP: Access database updated.'
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def CompressSelected(pathToCompress, workDir, fileName):
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## check available space. Acutally this could take too long to calculate the source media.
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## warn them to check the available size, for now.
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#availSize = win32api.GetDiskFreeSpaceEx(rootPath)
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## create the tar
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if os.path.splitext(fileName)[1].upper() in [".ZIP", ".RAR",".TAR",".7Z"]:
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print "MCP: It's already compressed. Skipping step."
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tFileName = pathToCompress
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else:
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#print "this is second workdir %s"% workDir
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tFileName = os.path.join(workDir , fileName) +".tar"
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tFile = tarfile.open(tFileName,'w')
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tFile.add(pathToCompress,arcname = fileName,recursive = True)
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tFile.close()
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return tFileName
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def CopyUpRemote(compressedFile,newLocation,expeObj):
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newTargetPath = os.path.split(newLocation)[0]
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pathExists = expeObj.TestPath(newTargetPath)
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tempPath = newTargetPath
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pathRemainingList = []
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while pathExists == False:
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tempPath, tempPart = os.path.split(tempPath)
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pathRemainingList.append(tempPart)
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pathExists = expeObj.TestPath(tempPath)
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if pathRemainingList:
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pathRemainingList.reverse()
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for pathPiece in pathRemainingList:
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tempPath = os.path.join(tempPath,pathPiece)
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expeObj.CreateNewPath(tempPath)
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drive,null = os.path.splitdrive(compressedFile)
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if drive.upper() == "C:":
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print "MCP: moving up %s"%compressedFile
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print "MCP: to %s"% newLocation
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errCode = expeObj.CopyToLN(compressedFile,newTargetPath)
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if errCode == True:
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os.remove(compressedFile)
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else:
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print "MCP: copying up %s"%compressedFile
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print "MCP: to %s"% newLocation
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errCode = expeObj.CopyToLN(compressedFile,newTargetPath)
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def CopyUpMWESFTP(compressedFile,newLocation,mweSftpObj):
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newTargetPath = os.path.split(newLocation)[0]
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pathExists = mweSftpObj.TestPath(newTargetPath)
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if pathExists:
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pass
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else:
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mweSftpObj.CreateNewPath(newTargetPath)
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drive,null = os.path.splitdrive(compressedFile)
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if drive.upper() == "C:":
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print "MCP: moving up %s"%compressedFile
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print "MCP: to %s"% newLocation
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mweSftpObj.CopyToDis(compressedFile,newTargetPath)
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os.remove(compressedFile)
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else:
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print "MCP: copying up %s"%compressedFile
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print "MCP: to %s"% newLocation
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mweSftpObj.CopyToDis(compressedFile,newTargetPath)
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def CopyUp(compressedFile, newLocation):
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## WARNING! needs to be changes so it increments a dir. What if this dir already exists.
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if os.path.exists(os.path.split(newLocation)[0]):
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pass
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else:
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os.makedirs(os.path.split(newLocation)[0])
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## if the pre archive is on C, move it. Else just copy it.ie a dvd with a zip on it.
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drive,null = os.path.splitdrive(compressedFile)
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if drive.upper() == "C:":
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print "MCP: copying up %s"%compressedFile
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print "MCP: to %s"% newLocation
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os.rename(compressedFile, newLocation)
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else:
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shutil.copy2(compressedFile, newLocation)
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print "MCP: moving up %s"%compressedFile
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print "MCP: to %s"% newLocation
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def Process(caseName, workDir, startDir, platform = 'Concordance DIS', sourceMediaLocation = 'local'):
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##This should be external too.
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availableShare = "Dis29"
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expeObj = None
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mweSftpObj = None
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if sourceMediaLocation == 'local':
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if platform == 'Concordance DIS':
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mweSftpObj = MCP_Lib.MweFtpConnection()
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connectionTest = os.path.isdir(os.path.join(r'\\lisdisdss01',availableShare))
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else:
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expeObj = MCP_Lib.ExpeDatConnection(platform)
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connectionTest = True
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if connectionTest:
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totalSize = NinoGenTools.Counter()
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networkDir = GetCopyToLocation(caseName, availableShare,expeObj,platform)
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if os.path.isfile(startDir):
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startDir,indFile = os.path.split(startDir)
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compressList = [indFile]
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else:
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compressList = os.listdir(startDir)
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for item in compressList:
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if item.upper() == 'SYSTEM VOLUME INFORMATION':
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## If it's the system folder skip it.
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## Consider changing this to a try or to a list of stuff to skip.
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pass
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else:
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pathToCompress = os.path.join(startDir,item)
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fileName = item
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## TODO: check to see if the file already exists. If so, skip that request and give them a dialog.
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print "MCP: Compressing %s"% item
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compressedFile = CompressSelected(pathToCompress, workDir, fileName)
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#print compressedFile
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print "MCP: Done!"
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print "MCP: Gathering size..."
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if os.path.splitext(fileName)[1].upper() in [".ZIP"]:
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print "MCP: It's a ZIP, so gathering uncompressed size..."
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try:
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tempZipSize = 0
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tempZip = zipfile.ZipFile(compressedFile,'r')
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for zipInfo in tempZip.infolist():
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tempZipSize = tempZipSize + zipInfo.file_size
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tempZip.close()
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totalSize.inc(tempZipSize)
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print "MCP: Uncompressed size gathered."
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except:
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print "MCP: Warning: Zip error. Defaulting to compressed size."
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totalSize.inc(os.path.getsize(compressedFile))
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else:
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totalSize.inc(os.path.getsize(compressedFile))
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print "MCP: Size gathered."
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print "MCP: Copying up %s"% item
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#print "comressedFile is %s"% compressedFile
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## Copy or move it up.
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#CopyUp(compressedFile, os.path.join(networkDir+"\\"+time.strftime('%Y%m%d'), os.path.split(compressedFile)[1]))
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if platform == 'Concordance DIS':
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## SFTP coping is now only way.
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CopyUpMWESFTP(compressedFile, os.path.join(networkDir, os.path.split(compressedFile)[1]),mweSftpObj)
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## Wan copying totally disabled.
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## CopyUp(compressedFile, os.path.join(networkDir, os.path.split(compressedFile)[1]))
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else:
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CopyUpRemote(compressedFile, os.path.join(networkDir, os.path.split(compressedFile)[1]),expeObj)
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print "MCP: Done!"
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print "MCP: Saving sizes..."
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ReportAndStore(caseName, totalSize.count, platform)
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print "MCP: Saving complete."
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print "MCP: All Items processed and copied!"
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else:
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print "MCP: ERROR!!! You are not connected to the DIS.\nPlease connect to the DIS and try your request again. \n\n\tEnd Of Line.\n"
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else:
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## User is copying from LN to LN
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expeObj = MCP_Lib.ExpeDatConnection(platform)
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totalSize = expeObj.GatherSize(startDir)
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ReportAndStore(caseName, totalSize, platform)
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if mweSftpObj:
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mweSftpObj.CloseConnection()
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raw_input("\n\nMCP: Press Enter key to exit.\n\n\tEnd Of Line.\n")
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def GetCopyToLocation(caseName, availableShare,expeObj,platform = 'Concordance DIS'):
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clientMatter = caseName.split("_(")[1]
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clientMatter = clientMatter[:-1]
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if platform == 'Concordance DIS':
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parsedPath = ConcordanceHelperTools.ParseClientMatter(clientMatter)
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parsedClientMatter = os.path.split(parsedPath)[1]
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copyToLocation = os.path.join(r"\\lisdisdss01\%s\C_D"%availableShare,parsedClientMatter)
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copyToLocation = os.path.join(copyToLocation,time.strftime('%Y%m%d'))
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## Check to see if this path already exists. If it does, keep incrementing it until it dosent.
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dirIncrement = NinoGenTools.Counter(1)
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if os.path.exists(copyToLocation):
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copyToLocation = copyToLocation+ "_"+"%0*d"%(4,dirIncrement.count)
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dirIncrement.inc()
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while os.path.exists(copyToLocation):
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copyToLocation = copyToLocation[:-4] +"%0*d"%(4,dirIncrement.count)
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dirIncrement.inc()
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## Now that it's SFTP only, remove the part before c_d
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copyToLocation = copyToLocation.split("\\\\lisdisdss01\\%s\\"%availableShare)[1]
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else:
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parsedPath = ConcordanceHelperTools.ParseClientMatterRemote(clientMatter)
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copyToLocation = parsedPath
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copyToLocation = os.path.join(copyToLocation,time.strftime('%Y%m%d'))
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## Check to see if this path already exists. If it does, keep incrementing it until it dosent.
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dirIncrement = NinoGenTools.Counter(1)
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if expeObj.TestPath(copyToLocation) == True:
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copyToLocation = copyToLocation+ "_"+"%0*d"%(4,dirIncrement.count)
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dirIncrement.inc()
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while expeObj.TestPath(copyToLocation) == True:
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copyToLocation = copyToLocation[:-4] +"%0*d"%(4,dirIncrement.count)
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dirIncrement.inc()
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return copyToLocation
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if __name__ == '__main__':
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caseName = "DaVita-Dallas_(039323-0308)"
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workDir = r"C:\Documents and Settings\eborges\Desktop\Working"
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#workDir = r"E:"
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startDir = r"C:\Documents and Settings\eborges\Desktop\Working\STCL_EML_IMAGE_1101.zip"
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Process(caseName, workDir, startDir)
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