49 	def appendLine(self, line):  argument
50 		self.lines.append(line)
90 		for line in self.lines:
91 			print("     {}{}".format(prefix, line))
110 	def parseLineWithTook(self, line):  argument
114 			words = line.split("  ")
115 			dataTimeO = self.lCTimeProcessor.parseTimeStamp(line)
116 			if line.find("took to complete") != -1:
118 				tookIndex = line.find(" took to complete:")
119 				uptoEnd= line[:tookIndex]
123 				value = re.findall(r'\d+', line[tookIndex:])[-1]
126 			elif line.find("took") != -1:
128 				tookIndex = line.find(" took")
129 				uptoEnd= line[:tookIndex]
159 					tookSubstring = line[tookIndex:]
170 							errLine = "LCItem:parseLineWithTook() ERROR invalid took in substring 1B {}".format(line)
179 					if line.find("seconds") != -1:
193 			self.lines.append(line)
202 	def parseLine(self, line):  argument
204 			words = line.split("  ")
205 			dateTimeO = self.lCTimeProcessor.parseTimeStamp(line)
208 				newLine = line[19:].rstrip()
223 		for line in self.lines:
224 			if line.find(keyword)!=-1:
228 		line = ""
232 		return line
335 	def parseTimeStamp(self, line):  argument
337 			if len(line)<19:
340 			words = line.split("  ")
350 			if line.find("beginning of")!=-1:
358 	def process(self, line):  argument
359 		timeStamp = self.parseTimeStamp(line)
429 	def parseLine(self, line):  argument
431 			dateTimeO = self.lCTimeProcessor.parseTimeStamp(line)
433 				lineText = line[19:].rstrip()
474 		for line in self.lines:
476 				_lines.append(line)
477 				self.lCTimeProcessor.process(line)
479 			elif line.find("beginning of kernel") != -1:
488 		for line in self.lines:
491 				if line.find("beginning of kernel=1") != -1:
496 			if line.find("sys.boot_completed=1") != -1:
499 			if line.find("took") != -1:
500 				self.linesWithTook.append(line.rstrip())
502 		for line in self.linesWithTook:
504 			if lCItem.parseLineWithTook(line)==True:
514 		for line in self.lines:
516 			lcLogLine.parseLine(line)
559 		for line in keywordFile.lines:
560 			line = line.strip()
561 			keywordSet = line.split(", ")