def parseLog(file_in, file_out):
	# file_in - combat log'
	# file_out - combatlog with only WG casts and applications
	fi = open(file_in, 'r')
	fo = open(file_out, 'w')

	# this holds all the data from the combatlog
	igot = fi.readlines()

	# find all the wild growth casts
	for line in igot:
		if line.find("Wild Growth") > -1:
			if line.find("SPELL_AURA_APPLIED") > -1:
				fo.write(line)
			elif line.find("SPELL_CAST_SUCCESS") > -1:
				fo.write(line)

	fi.close()
	fo.close()

def parseWG(file_in, file_out):
	# file_in - combat log lines with just WG applications
	# file_out - each line is: time, number of people hit
	fi = open(file_in, 'r')
	fo = open(file_out, 'w')

	# capture all the lines
	igot = fi.readlines()

	# first we read the current line's cast type
	# if its a cast success, we print the last cast's numbers
	# and then start a new count
	# if its an aura, we just add one to the count

	# counters and such
	count = 0
	s = ','
	n = '\n'

	for line in igot:
		temp = line.split()
		temp2 = temp[2].split(',')
		if temp2[0] == "SPELL_CAST_SUCCESS":
			# uncomment these if you want to see cast times
			#fo.write(temp[1])
			#fo.write(s)
			fo.write(str(count))
			fo.write(n)
			count = 0
		else:
			count = count+1
	fi.close()
	fo.close()

import parse
parse.chopLog('ICC.txt', 'chop.out', 'Festergut')
parse.parseAll('chop.out', 'Rosar')

# chops out all the parts of the log that dont
# belong to a certain boss fight
# does not work for A, B, A fight orders
def chopLog(file_in, file_out, boss):
	# file_in - raw combat log
	# file_out - portion of raw combat log
	# boss - boss name for which you wish to find attempts
	fi = open(file_in, 'r')
	fo = open(file_out, 'w')

	first = 0
	last = 0

	# find the first mention of the boss
	for line in fi:
		if line.find(boss) > -1:
			first = fi.tell()
			break

	# find the last mention of the boss
	for line in fi:
		if line.find(boss) > -1:
			last = fi.tell()

	fi.seek(first)

	# print out the file
	for line in fi:
		if fi.tell() > first:
			fo.write(line)
			if fi.tell() > last:
				break

	fi.close()
	fo.close()

# does all parsing in a single pass
def parseAll(file_in, player):
	# file_in - combatlog
	# player - resto druid
	fi = open(file_in, 'r')

	# data holders
	time = []
	players = []
	pets = []
	both = []

	# control parameters
	current_time = 0

	# main loop
	for line in fi:
		if line.find('Wild Growth') > -1:
			if line.find(player) > -1:
				if line.find('SPELL_AURA_APPLIED') > -1:
					# first we do a little parsing to get the timestamp
					temp = line.split()
					time_raw = temp[1].split('.')
					time_str = time_raw[0].split(':')
					time_num = int(time_str[0])*10000 + int(time_str[1])*100 + int(time_str[2])

					# now we compare the timestamp to the last event
					# new casts are more than a second after the last event
					if time_num > current_time+1:
						# for a new cast, we update all the lists
						time.append(time_num)
						players.append(0)
						pets.append(0)
						both.append(0)
						current_time = time_num

					# for all events we update what kind it is
					temp2 = temp[2].split(',')
					hex = temp2[4]
					type = hex[4]
					if type == '8':
						players.append(players.pop() + 1)
					elif type == '4':
						pets.append(pets.pop() + 1)
					both.append(both.pop() + 1)
	fi.close()
	
	# now we need to display the results
	total = len(players)
	sum = 1.0*players.count(1) + 2*players.count(2) + 3*players.count(3) + 4*players.count(4) + 5*players.count(5) + 6*players.count(6)
	print('Total Casts on Players: %d' % (total))
	print('1: %d' % (players.count(1)))
	print('2: %d' % (players.count(2)))
	print('3: %d' % (players.count(3)))
	print('4: %d' % (players.count(4)))
	print('5: %d' % (players.count(5)))
	print('6: %d' % (players.count(6)))
	print('Mean: %f' % (sum / total))

	total = len(both)
	sum = 1.0*both.count(1) + 2*both.count(2) + 3*both.count(3) + 4*both.count(4) + 5*both.count(5) + 6*both.count(6)
	print('Total Casts on Players and Pets: %d' % (total))
	print('1: %d' % (both.count(1)))
	print('2: %d' % (both.count(2)))
	print('3: %d' % (both.count(3)))
	print('4: %d' % (both.count(4)))
	print('5: %d' % (both.count(5)))
	print('6: %d' % (both.count(6)))
	print('Mean: %f' % (sum / total))