import time
from PIL import Image
import requests
from io import BytesIO
import random
import threading

def do_the_thing():
	# load our image
	im = Image.open(r"what.png")
	# get it as a 2d array
	overlay = make_array(im)
	debug_image(overlay, "overlay.png")
	imgdat = overlay
	# how many threads do you want?
	num_threads = 10
	threads = []
	thread_pixels = []
	thread_content = []
	# make arrays
	for stuff in range(num_threads):
		thread_content.append([])
	# prepare a bunch of pixel packets
	# pretty much just: x, y, r, g, b
	print("Creating pixel packets...")
	for y in range(31):
		for x in range(88):
			# get pixel color information
			raw = imgdat[y][x]
			red = raw[0]
			green = raw[1]
			blue = raw[2]
			if (raw[3] == 0):
				print("transparent pixel, skipping")
				continue
			# create a pixel packet
			thread_pixels.append([x, y, red, green, blue])
	# shuffle for good measure
	random.shuffle(thread_pixels)
	print("Created " + str(len(thread_pixels)) + " pixel packets")
	count = 0
	# spread these out between threads
	for pixel in thread_pixels:
			thread_content[count].append(pixel)
			count += 1
			# make sure it doesn't overflow
			if (count == num_threads):
				count = 0
	# make threads
	print("Now creating threads...")
	for x in range(num_threads):
		random.shuffle(thread_content[x])
		thread = threading.Thread(target=draw_thread, args=(thread_content[x], "thread" + str(x),))
		threads.append(thread)
	print("Starting threads, prepare for vandalism!")
	for evil in threads:
		evil.start()
	for evil in threads:
		evil.join()
			
def draw_pixel(x, y, r, g, b):
	text = ""
	count = 0
	while (text != "\"OK\""):
		print("Send attempt #" + str(count))
		# headers for funny
		headers = {'User-Agent': "Mozilla/5.0 (World's shittiest code) Dankbrowser/4.20"}
		print("Sending pixel at X: " + str(x) + " Y: " + str(y))
		url = "https://cqql.site/chaosbtn/draw?x=" + str(x) + "&y=" + str(y) + "&r=" + str(r) + "&g=" + str(g) + "&b=" + str(b)
		# send the request
		resp = requests.get(url, headers=headers)
		# i dont think this actually matters
		text = resp.text
		print(text)
		count += 1
	
	
def draw_thread(array, name):
	print("Thread " + name + " is now ready to blast pixels!")
	# loop thru all pixel packets and do the thing
	for pixel in array:
		print("Drawing pixel at X:" + str(pixel[0]) + " Y:" + str(pixel[1]))
		draw_pixel(pixel[0], pixel[1], pixel[2], pixel[3], pixel[4])
	print("Thread " + name + " is done drawing its pixels!")
			
def debug_image(array, name):
	verify(array)
	test_save(array, name)
			
def test_save(array, name):
	im = Image.new(mode="RGBA", size=(88,31))
	for y in range(31):
		for x in range(88):
			crying = array[y][x]
			im.putpixel((x, y), (crying[0], crying[1], crying[2], crying[3]))
	im.save(name)
	
			
			
def verify(data):
	count = 0
	for y in range(31):
		for x in range(88):
			bruh = data[y][x]
			for c in range(4):
				if (bruh[c] > 0):
					count += 1
	if (count == 0):
		print("ERRROR: image is all 0!")
		exit()
			
def make_array(img):
	pixels = list(img.getdata())
	# index of current pixel
	index = 0
	theimg = []
	for y in range(31):
		row = []
		for x in range(88):
			row.append(list(pixels[index]))
			index += 1
		theimg.append(row)
	if (len(theimg) < 31):
		print("ERROR: The math didnt math. you should look into this")
		exit()
	return theimg
			
	
	
	
if __name__ == "__main__":
	do_the_thing()