def readFile(self, url):
try:
f = open(url, 'r')
except:
print('File not found')
newPath = input('Enter new path > ');
return self.readFile(newPath) #TODO: this doesn't work for entirely unknown reasons
newdate = re.compile('\s*([0-9]{1,2}-[0-9]{1,2}-[0-9]{2})\s*')
currentDateStr = None
currentDateObj = None
numWords = 0
namesFound = set()
totalWordNum = 0
currentDayEntry = '' #holds all the lines for the current day, so we can compute a hash of the day later on
line = f.readline()
while (line != ''):
if self.prefs.GUESS_NAMES:
self.guessNames(line)
#check a line to see if it's a date, therefore a new day
dateFound = newdate.match(line)
if dateFound != None: #it's a new date, so wrapup the previous date and set up to move onto the next one
if namesFound != None:
self.addRelatedNames(namesFound)
namesFound = set()
self.dayEntryHashTable[currentDateObj] = hashlib.md5(currentDayEntry.encode()) #TODO: deal with first date
if numWords > 0:
self.wordCountOfEntriesDict[currentDateObj] = numWords #should be here, since we want it triggered at the end
totalWordNum += numWords
numWords = 0
currentDateStr = dateFound.group(0)
currentDateStr = Helper.formatDateStringIntoCleanedString(currentDateStr)
currentDateObj = Helper.makeDateObject(currentDateStr)
if currentDateObj > self.mostRecentDate: #found a higher date than what we've seen so far
self.mostRecentDate = currentDateObj
if currentDateObj < self.firstDate: #found a lower date than what we have now
self.firstDate = currentDateObj
line = line[len(currentDateStr):] #remove date from line, so it's not a word
if currentDateStr != None:
(wordsFound, namesFoundThisLine) = self.addLine(line, currentDateObj)
for name in namesFoundThisLine:
namesFound.add(name)
numWords += wordsFound
line = f.readline()
currentDayEntry += line #add line to the day's entry
#need to capture the last date for the entry length
self.wordCountOfEntriesDict[currentDateObj] = numWords
self.totalNumberOfWords = totalWordNum + numWords #need to get words from last line
f.close()
