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"""
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NTRS-TopSenderAnalysis
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Created by:
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Emanuel Borges
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09.20.2023
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Very simple program that will read multiple CSV files and export a report based on LanID and other general information.
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To-Do: Method to QC for any parsing errors. There should be the same number of fields across all of the CSVs.;
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"""
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import csv, os, re
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class TopSendersAnalyzer(object):
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version = "0.10"
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def __init__(self):
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self.startDir = r"C:\Users\eborges\Documents\Cases\Northern Trust\20231227 - FileNetTopSenderAnalysis-Req"
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#self.startDir = r"C:\Users\eborges\Documents\Cases\Northern Trust\20230919 - FileNetTopSenderAnalysis-Req"
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#self.startDir = r"C:\Users\eborges\Documents\Cases\Northern Trust\20230919 - FileNetTopSenderAnalysis-Req\_LocalVersion\2023-08-14 FileNet Messages Delete Project - Top sender analysis\8_14_2023\xact_report_Dec_2014_CSV"
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## Matrix containing the scenarios to scenario descriptions
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self.scenarioDescriptionMatrix = {"A or B":"Sends to few recipients; evaluate subjects re: single or multi-purpose", "C":">75% of messages are to LAN IDs", "D":"<33% of messages are to LAN IDs","Uncategorized":"Remainders"}
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## All possible email addresses across all CSV files
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self.allPossibleEmailAddressesSet = set()
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self.allPossibleEmailAddressesOutputFileName = r"C:\Users\eborges\Documents\Cases\Northern Trust\Extracted_AllEmailAddresses_All-CSVs.txt"
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## All email addresses with an @NTRS.COM domain. Currently unsupported.
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#self.allToNtrsAddressesSet = set()
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#self.allToNtrsAddressesOutputFileName = r""
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## All true NTRS LAN ID matches, per specification provided to me.
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self.trueLanIdAddressesSet = set()
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self.trueLanIdAddressesOutputFileName = r"C:\Users\eborges\Documents\Cases\Northern Trust\Extracted_TRUE_LanAddresses.txt"
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## False positive NTRS LAN ID matches, per specification provided to me. Close but just outside of specification. (for analysis)
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self.falsePositiveLanIdAddressesSet = set()
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self.falsePositiveLanIdAddressesOutputFileName = r"C:\Users\eborges\Documents\Cases\Northern Trust\Extracted_FALSE-POSTIVE_LanAddresses.txt"
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## Sender values, deduplicated within each CSV only, where there is either no NTRS domain in the to or there is but it's not a lanID. Set of fileName|valuesSet.
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## Since there is only a single value in sender, I'm grabbing the entire value and not just the email address.
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self.senderEmailAddressesAcrossCSVsSet = set()
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self.senderEmailAddressesFileName = r"C:\Users\eborges\Documents\Cases\Northern Trust\SendersListSpecial.txt"
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## Top 10 Subject Lines Report across all CSVs, keepng track of the subject line, count and file from where it cam
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self.subjectLineTopTenReportSet = set()
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self.subjectLineTopTenReportFileName = r"C:\Users\eborges\Documents\Cases\Northern Trust\Top-10-SubjectLinesReport.txt"
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#self.lanIdRegExPattern = '[A-Za-z]{2}[0-9]{2,3}@NTRS.COM'
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self.lanIdRegExPattern = '[A-Za-z]{1,15}[0-9]{1,3}@NTRS.COM'
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## Simple match to pull out the date as recorded in the path
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self.dateInPathRegExPattern = '2023-[0-9]{2}-[0-9]{2}'
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## Match for pulling out all email addresses, regardless of domain.
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#self.allPossibleEmailAddressesRegExPattern = '([A-Za-z0-9]+[.-_])*[A-Za-z0-9]+@[A-Za-z0-9-]+(\.[A-Z|a-z]{2,})+'
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#self.allPossibleEmailAddressesRegExPattern = """(?:[a-z0-9!#$%&'*+/=?^_`{|}~-]+(?:\.[a-z0-9!#$%&'*+/=^_`{|}~-]+)*|"(?:[\x01-\x08\x0b\x0c\x0e-\x1f\x21\x23-\x5b\x5d-\x7f]|\\[\x01-\x09\x0b\x0c\x0e-\x7f])*")@(?:(?:[a-z0-9](?:[a-z0-9-]*[a-z0-9])?\.)+[a-z0-9](?:[a-z0-9-]*[a-z0-9])?|\[(?:(?:(2(5[0-5]|[0-4][0-9])|1[0-9][0-9]|[1-9]?[0-9]))\.){3}(?:(2(5[0-5]|[0-4][0-9])|1[0-9][0-9]|[1-9]?[0-9])|[a-z0-9-]*[a-z0-9]:(?:[\x01-\x08\x0b\x0c\x0e-\x1f\x21-\x5a\x53-\x7f]|\\[\x01-\x09\x0b\x0c\x0e-\x7f])+)\])"""
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#self.allPossibleEmailAddressesRegExPattern = r"([-!#-'*+/-9=?A-Z^-~]+(\.[-!#-'*+/-9=?A-Z^-~]+)*|\"([]!#-[^-~ \t]|(\\[\t -~]))+\")@([-!#-'*+/-9=?A-Z^-~]+(\.[-!#-'*+/-9=?A-Z^-~]+)*|\[[\t -Z^-~]*])"
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#self.allPossibleEmailAddressesRegExPattern = r"[\w\.-]+@[\w\.-]+\.\w+"
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self.allPossibleEmailAddressesRegExPattern = r"[\w.+-]+@[\w-]+\.[\w.-]+"
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def AnalyzeTopSenders(self, writeTrueLanIDLogFile = False, writeFalsePositiveLanIDLogFile = False, writeAllPossibleEmailAddressesLogFile = False, writeSpecialSendersListLogFile = False, writeTopTenSubjectLinesReportLogFile = False):
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"""Main Method in this program"""
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print("FileName|CSV Date|Count no Header|80 Char TO Row Count|# Rows with NO EMAIL ADDRESSES|non-80 Char TO Row Count|TO over 80 Char?|Unique Email Addresses Count|Average # of Recipients|# Rows No NTRS Domains|% No NTRS Domains|# Rows NTRS and LAN IDs|% NTRS and LAN IDs|# Rows NTRS No LAN IDs|% NTRS No LAN IDs|Scenario|Scenario Short Description|Unique Subject Line Count|Unique Subject Line %")
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for (root,dirs,files) in os.walk(self.startDir):
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for fl in files:
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fileRowCount = 0
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noAddressesInToFieldCount = 0
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eightyCharRowCount = 0
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nonEightyCharRowCount = 0
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charsOverEighty = False
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noNtrsDomainBucketCount = 0
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ntrsAndLanBucketCount = 0
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ntrsNoLanBucketCount = 0
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dateInPath = re.findall(self.dateInPathRegExPattern, root)
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allEmailAddressesInCSVSet = set()
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## This is the full count of receipient addresses found in the CSV, not unique addresses
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toFieldAddressesInCSVCount = 0
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## This set holds the list of unique subject lines, so that I can get a count below.
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uniqueSubjectLineSet = set()
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## This is duplicative to the above set but I'm creating a matrix here that tracks the number of times a subject appears to gather a top 10
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subjectLineCountMatrix = {}
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with open(os.path.join(root,fl),mode='r',encoding='ANSI') as csv_file:
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csv_reader = csv.DictReader(csv_file)
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for row in csv_reader:
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fileRowCount += 1
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if len(row['To']) == 80:
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eightyCharRowCount +=1
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else:
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nonEightyCharRowCount +=1
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if len(row['To']) > 80:
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charsOverEighty = True
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toValue = row['To']
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toValue = toValue.upper()
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## Match and gather all possible email addresses, adding it to the per CSV set.
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allEmailAddresses = re.findall(self.allPossibleEmailAddressesRegExPattern, toValue)
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for eAddress in allEmailAddresses:
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allEmailAddressesInCSVSet.add(eAddress)
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## If there are no email addresses in the TO field at all, increment that count. Else, add the number to the full count of email addresses for average calculation
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if len(allEmailAddresses) == 0:
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noAddressesInToFieldCount +=1
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else:
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toFieldAddressesInCSVCount += len(allEmailAddresses)
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## Perform the main logic tests
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if "NTRS.COM" in toValue:
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## The domain was found. Apply next test.
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ntrsLanAddressesList = re.findall(self.lanIdRegExPattern, toValue)
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ntrsLanIDTrueTestResult = self.LanIDTrueTest(ntrsLanAddressesList)
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if ntrsLanIDTrueTestResult:
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## At least 1 LAN ID was found, using the True Test
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ntrsAndLanBucketCount +=1
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#for a in ntrsLanAddressesList:
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# allToLanAddressesSet.add(a)
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else:
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## Not 1 true LAN ID was found, using the True Test
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ntrsNoLanBucketCount +=1
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## Also since no LAN ID was found in the TO field, add to the unique senders list.
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senderValue = row['Sender']
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self.senderEmailAddressesAcrossCSVsSet.add(f"{fl}|{senderValue.upper()}")
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else:
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## No ntrs addresses found at all,
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noNtrsDomainBucketCount +=1
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## Also since no NTRS address was found in the TO field at all, add to the unique senders list.
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senderValue = row['Sender']
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self.senderEmailAddressesAcrossCSVsSet.add(f"{fl}|{senderValue.upper()}")
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## Gather the subject line, so that I can later get a deduplicated count.
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subjectLineValue = row['Subject']
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uniqueSubjectLineSet.add(subjectLineValue.upper())
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## Also populate a subject line matrix, tracking the number of times it appears, to gather a top 10
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try:
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subjectLineCountMatrix[subjectLineValue.upper()] += 1
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except:
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subjectLineCountMatrix[subjectLineValue.upper()] = 1
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## This is the count of unique subject lines that exist within the CSV.
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uniqueSubjectLineCount = len(uniqueSubjectLineSet)
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scenario = self.CalculateScenario(ntrsAndLanBucketCount/fileRowCount, toFieldAddressesInCSVCount/fileRowCount)
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## Gather the top 10 subject lines
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sortedSubjectLineCountMatrix = dict(sorted(subjectLineCountMatrix.items(), key=lambda item: item[1], reverse=True))
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sortedSubjectKeyList = list(sortedSubjectLineCountMatrix.keys())
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if len(sortedSubjectKeyList) < 10:
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sNumbMax = len(sortedSubjectKeyList)
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else:
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sNumbMax = 10
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for sNumb in range(sNumbMax):
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#print(f"{sortedSubjectKeyList[s]}|{sortedSubjectLineCountMatrix[sortedSubjectKeyList[s]]}")
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self.subjectLineTopTenReportSet.add(f"{fl}|{sortedSubjectKeyList[sNumb]}|{sortedSubjectLineCountMatrix[sortedSubjectKeyList[sNumb]]}")
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print(f"{fl}|{dateInPath}|{fileRowCount}|{eightyCharRowCount}|{noAddressesInToFieldCount}|{nonEightyCharRowCount}|{charsOverEighty}|{len(allEmailAddressesInCSVSet)}|{toFieldAddressesInCSVCount/fileRowCount}|{noNtrsDomainBucketCount}|{noNtrsDomainBucketCount/fileRowCount}|{ntrsAndLanBucketCount}|{ntrsAndLanBucketCount/fileRowCount}|{ntrsNoLanBucketCount}|{ntrsNoLanBucketCount/fileRowCount}|{scenario}|{self.scenarioDescriptionMatrix[scenario]}|{uniqueSubjectLineCount}|{uniqueSubjectLineCount/fileRowCount}")
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csv_file.close()
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## Update the global all email addresses set, if they selected this option
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if writeAllPossibleEmailAddressesLogFile:
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self.allPossibleEmailAddressesSet.update(allEmailAddressesInCSVSet)
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if writeTrueLanIDLogFile:
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print("Writing the True LAN ID log file...")
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self.WriteLogFile(self.trueLanIdAddressesSet, self.trueLanIdAddressesOutputFileName)
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print("Done.\n")
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if writeFalsePositiveLanIDLogFile:
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print("Writing the False-Positive LAN ID log file...")
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self.WriteLogFile(self.falsePositiveLanIdAddressesSet, self.falsePositiveLanIdAddressesOutputFileName)
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print("Done.\n")
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if writeAllPossibleEmailAddressesLogFile:
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print("Writing the All Possible Email Addresses Across All CSV Files log file...")
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self.WriteLogFile(self.allPossibleEmailAddressesSet, self.allPossibleEmailAddressesOutputFileName)
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print("Done.\n")
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if writeSpecialSendersListLogFile:
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print("Writing the deduplicated special senders data to log file....")
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self.WriteLogFile(self.senderEmailAddressesAcrossCSVsSet, self.senderEmailAddressesFileName)
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print("Done.\n")
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if writeTopTenSubjectLinesReportLogFile:
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print("Writing the Top 10 Subject Lines Report to log file....")
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self.WriteLogFile(self.subjectLineTopTenReportSet, self.subjectLineTopTenReportFileName)
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print("Done.\n")
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def LanIDTrueTest(self, listOfIds):
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"""A need for a more complicated LAN ID test was needed. Returns True if at least 1 true LAN ID is found in the list."""
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lanIDTestResult = False
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for lanID in listOfIds:
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alphaOnly = [x.lower() for x in lanID if x.isalpha()]
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if len(alphaOnly) > 10:
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## I'm too big to be a true LAN ID
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self.falsePositiveLanIdAddressesSet.add(lanID)
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else:
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self.trueLanIdAddressesSet.add(lanID)
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lanIDTestResult = True
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return lanIDTestResult
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def WriteLogFile(self, setOfValues, outputFilePath):
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"""Takes a Set containing values, sorts these, and then writes them to the given outputFilePath)"""
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fileNameInc = 0
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while os.path.isfile(outputFilePath):
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fileNameInc +=1
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outputFile, extension = os.path.splitext(outputFilePath)
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outputFilePath = outputFile + str(fileNameInc) + extension
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outFl = open(outputFilePath,'w')
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tempList = list(setOfValues)
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tempList.sort()
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for i in tempList:
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try:
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outFl.write(f"{i}\n")
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except:
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print(i)
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outFl.close()
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def CalculateScenario(self,rawNumber, averageNumbRecip):
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"""This method takes the raw number, which should be a decimal calculation of the percent, and returns the scenario code"""
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scenario = "Uncategorized"
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if rawNumber > .76:
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scenario = "C"
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elif averageNumbRecip < 15 and rawNumber < .019:
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scenario = "A or B"
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elif rawNumber > .009 and rawNumber < .34:
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scenario = "D"
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return scenario
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if __name__ == '__main__':
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tsa = TopSendersAnalyzer()
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tsa.AnalyzeTopSenders(writeTrueLanIDLogFile = True, writeFalsePositiveLanIDLogFile = True, writeAllPossibleEmailAddressesLogFile = True, writeSpecialSendersListLogFile = True, writeTopTenSubjectLinesReportLogFile = True)
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#print(f"There are {len(allToLanAddressesSet)} unique LAN ID addresses.")
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#outputFile = open(r"C:\Users\eborges\Documents\Cases\Northern Trust\ExtractedLanAddresses.txt",'w')
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#allToLanAddressesList = list(allToLanAddressesSet)
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#allToLanAddressesList.sort()
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#for i in allToLanAddressesList:
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# outputFile.write(f"{i}\n")
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#outputFile.close()
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## Initially gathering some very basic information across the CSV files, not using csv lib
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# for (root,dirs,files) in os.walk(r"C:\Users\eborges\Documents\Cases\Northern Trust"):
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# for fl in files:
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# contents = open(os.path.join(root,fl), encoding='ANSI').readlines()
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# print(f"{fl}|{len(contents)-1}") |
