regression-test-project/AIO/Operators/Operators.gd

extends Node2D

class_name Operators

signal roman

@onready var sew : int = 0

			
func _process(delta: float) -> void:
	
	assert(2>1)
		
	var arr : Array = [25,235236,236,236,23,6,236,236,236,23,634,63,7,35,4734,64,64,34,62,72,32,535]
	var dict : Dictionary = {35:535,5236:535,35236:"35","safasf":"w","etwet":"qwrqrqwrqwrq","t":"wet"}
	var number = 5242434
	var strin = "asfqwfasfasf"
	
	52 % -25
	arr.append(254)
	arr[45 % arr.size()]
	arr[-45 % arr.size()]
	if dict.has(strin):
		dict[strin]
	sew = sew
	number is Node2D
	~45
	-45
	45 * 45
	45 / (21)
	45 % (21)
	45 + 45
	45 - 45
	1 >> int(max(min(12,0),61))
	1 << int(max(min(12,0),61))
	45 & 45
	45 ^ 45
	45 | 45
	45 < 45
	45 > 45
	45 == 45
	45 != 45
	45 >= 45
	45 <= 45
	45 in ["asfasfqw","asfqwgqani"]
	!45
	not 45
	45 and 45
	45 && 45
	45 or 45
	45 || 45
		
	number = 45
	number += 45
	number -= 45
	number *= 45
	number /= 21
	number %= 21
	number &= 45
	number |= 45
	
	1234567890
	0x0123456789ABCDEF
	0x123456789ABCDEF
	0b101010101010101010101
	0b010101010101010101010
	3.242
	25.1e-125
	125e+24
	"2122222222222222222222222222222225125125125215s"
	"Chrabąszcz"
	"""
	MULTILINIONOWOŚĆ
	"""
	$"."
	
	#Comment
	
	var _r2 = qq()
	var _rr = qqr("WRT")
	call("qqr","QWT")
	
	if 45:
		pass
	else:  
		pass
		
	var rr : int = 10
	while(rr != 0):
		rr -= 1
	
	match 45:
		2:
			45
		5:
			pass
			45
		3:
			continue
			false
		_:
			[521252,"asfasfw", "asfw"]
	
	match typeof(45):
		TYPE_AABB:
			45
		TYPE_INT:
			45
			
	match 45:
		2:
			45
#		var RR:
#			RR = 45
			
	match randi() % 26:
		2:
			pass
#		var TT:
#			var ss = TT  # BUG GH#34384
			
	for _i in [5,2,5]:
		pass
	for _i in {"a":0}:
		pass
	for _i in range(3):
		pass
	for _i in range(1,2):
		pass
	for _i in range(1,1,3):
		pass
	for _i in "Roman":
		pass
	for _i in 3:
		pass
	for _i in 2.2:
		pass
		

enum {TILE, MILE}
enum State {STATE_IDLE, STATE_JUMP = 5, STATE_SHOOT}
const TITLE = 0
const TITLE2 : int = 0
var describtion


func qq():
	return

func qqr(_stat : String = "TQW") -> String:
	return "FAASFW"
	
static func ff(_rr : String = "FA") -> String:
	return "qtqwtwey"
	
class ram:
	var sa : int = 0
	var qq
	static func rr() -> ram:
		return ram.new()
	static func Wr() -> Node:
		return Node.new()
	static func rqq() -> String:
		return "as"
	func roman() ->  String:
		return "wqr"
	func wykop() ->  String:
		return "wqr"

func func_ready() -> void:
	var rr : ram = ram.new()
	rr.sa = 125
	rr.qq  = "qw"
	var _s = rr.rr()
	var _r = rr.rqq()
	var _t = rr.roman()
	var _y = rr.wykop()