# from machine import Pin, ADC  # type: ignore
from app.display.fonts.font_5x7_opt import font_5x7
from app.display.neopixel_64x64 import NeoPixel_64x64
from app.utils.colors import BLUE, GREEN, ORANGE, RAINBOW, RED, WHITE, YELLOW, GOLD
from app.utils.system_load import show_system_load
import app.utils.utils as utils

from app.web.wlan import Wlan

from app.display.emoji.emoji_8x8 import emoji_8x8
from app.display.emoji.emoji_16x16 import emoji_16x16
from app.display.fonts.font_8x8 import font_8x8
from app.display.fonts.font_16x16 import font_16x16

display = NeoPixel_64x64()


def emoji_test():
	display.clear()
	# display.set_font(font_8x8)
	# display.show_hello()
	# display.rotate_text_left_continuous('FLOATING TEXT', 0, speed=8.0, duration=30)

	display.set_font(font_16x16)
	display.draw_text('ABCD', 1, 1, color=GOLD)

	# try emoji
	display.set_font(emoji_8x8)
	display.draw_text('😀', 1, 20, color=GREEN)
	display.draw_text('⭐', 1, 29)
	display.draw_text('✅', 1, 38)
	display.draw_text('😎', 1, 47, color=RED)
	display.draw_text('💙', 10, 47)
	display.draw_text('💚', 19, 47)
	display.draw_text('💛', 28, 47)

	# try emoji
	# display.set_font(emoji_16x16)
	# display.draw_text('😀', 10, 20, color=ORANGE)

	display.write()


def weather_check(test_mode: bool = False):
	wlan = Wlan('WOKWI-Guest', '12345678')

	try:
		display = NeoPixel_64x64()
		display.clear()
		display.draw_text('search wlan', 0, 0, color=YELLOW)
		display.write()

		display.clear_row(0, effect=False)

		# display.clear()
		display.draw_text('wlan connected', 0, 0, color=RAINBOW[1])
		display.draw_text('querying', 0, 8, color=RAINBOW[1])
		display.draw_text('weather data', 0, 16, color=RAINBOW[1])
		display.write()

		w_resp = wlan.actual_weather(test_mode=test_mode)

		display.clear()

		# display.draw_text(f'{str(w_resp.location.name)}', 0, 0, color=RAINBOW[0])
		# display.draw_text(f'{str(w_resp.current.temp_c)}°C', 0, 8, color=RAINBOW[1])
		# display.draw_text(f'upd: {str(w_resp.current.last_updated)[-5:]}', 0, 16, color=RAINBOW[2])
		# display.draw_text(f'cur: {str(w_resp.location.localtime)[-5:]}', 0, 24, color=RAINBOW[3])
		# display.write()

		delta = 8
		ypos = 0
		display.write_text(f'{str(w_resp.location.name)}', 0, ypos, color=RAINBOW[0])
		ypos += delta
		display.write_text(f'{str(w_resp.current.temp_c)}°C', 0, ypos, color=RAINBOW[1])
		ypos += delta
		display.write_text(f'{str(w_resp.current.condition.text)}°C', 0, ypos, color=RAINBOW[1])
		ypos += delta
		display.write_text(
			f'upd: {str(w_resp.current.last_updated)[-5:]}', 0, ypos, color=RAINBOW[2]
		)
		ypos += delta
		display.write_text(f'cur: {str(w_resp.location.localtime)[-5:]}', 0, ypos, color=RAINBOW[3])

		ypos += 3 * delta
		display.write_text('ready.', 30, ypos, color=WHITE)

	except OSError as e:
		print(f'Error: connection closed - {e}')
	finally:
		print('finally done.')


def font_5x7_test() -> None:
	alphabet: str = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
	char_line_1 = alphabet[:11]
	char_line_2 = alphabet[11:22]
	char_line_3 = alphabet[21:]
	num_line = '0123456789'

	display.write_text(num_line, 0, 0)
	display.write_text(char_line_1.lower(), 0, 1, YELLOW)
	display.write_text(char_line_2.lower(), 0, 2, YELLOW)
	display.write_text(char_line_3.lower(), 0, 3, YELLOW)
	display.write_text(' !?.,:;\'"-_+=*/\\()', 0, 4, ORANGE)


def bit_arrays():
	# def number_to_bitarray_msb(number):
	# 	"""Convert 8-bit number to bit array (MSB first)"""
	# 	return [(number >> i) & 1 for i in range(7, -1, -1)]

	# c = 'A'
	# print(c)
	# [print(utils.number_to_bitarray_msb(num)) for num in font_5x7[c]]
	char_row = '1'
	[display.write_text(c, 0, idx, YELLOW) for idx, c in enumerate(char_row)]

	utils.is_letter_assigned_right(char_row, font_5x7[char_row])

	# display.write_text(char_row, 0, len(char_row), ORANGE)
	# display.write_text('Kiel', 0, 7, BLUE)


# c = 'I'
# print(c)
# [print(number_to_bitarray_msb(num)) for num in font_5x7[c]]
# c = 'J'
# print(c)
# [print(number_to_bitarray_msb(num)) for num in font_5x7[c]]


if __name__ == '__main__':
	# emoji_test()
	weather_check(test_mode=False)
	# font_5x7_test()
	# bit_arrays()
	# show_system_load()