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options rtti=true
require rtti
require strings
require daslib/strings_boost

class V2
    x : float
    y : float

class V3: V2

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module brainfuck_macro shared public

require ast
require strings public
require fio public
require daslib/defer
require daslib/ast_boost
require daslib/templates_boost
require daslib/strings_boost
require daslib/apply

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//options log_nodes=true

require strings
require fio
//require brainfuck_mandelbrot 

[sideeffects]
def read_char_from_input()
	var s = ""
	while length(s) <= 0

spiiin

require daslib/coroutines
require daslib/jobque_boost
require fio

typedef 
    ValueOrReady = variant<value:int; ready:bool>
struct Answer
    value:int

def work_in_thread(var channel: Channel?)

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module macro_test

require ast
require daslib/ast_boost
require daslib/templates
require daslib/templates_boost
require daslib/functional

// reduce value, any invokable
def private reduce_while_any(it:iterator<auto(TT)>;functor; condition)

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require daslib/apply
require daslib/algorithm

typedef Field = int4[4]
typedef FieldPathInfo = tuple<field:Field; fieldFrom:Field; rate:int>

//4
var source = [[Field int4(1,2,2,1); int4(3,4,4,3); int4(3,4,4,3); int4(2,4,4,2) ]]
var target = [[Field int4(4,3,4,2); int4(3,1,2,4); int4(4,2,4,3); int4(2,4,3,1) ]]

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require daslib/apply
require daslib/algorithm

typedef FieldPathInfo = tuple<field:int[16]; fieldFrom:int[16];  rate:int>

//4
var source=[[int[16] 1;2;2;1; 3;4;4;3; 3;4;4;3; 2;4;4;2]]
var target=[[int[16] 4;3;4;2; 3;1;2;4; 4;2;4;3; 2;4;3;1]]

var zeros = [[int[16] 0; 0; 0; 0; 0; 0; 0; 0; 0; 0; 0; 0; 0; 0; 0; 0]]

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существительные
absence - отсутствие, недостаток
abundance - избыток, изобилие
acclaim - приветствие, одобрение, признание
accord - соглашение, договор, собственное желание
accusation - обвинение
acquaintance - знакомство, знакомый
acquisition - получение, сбор
admission - допуск, признание, принятие, допущение
adoration - обожание

spiiin

import os
import tkinter as tk
from tkinter import ttk
import itertools

root=tk.Tk()
frame = tk.Frame(root)
tree=ttk.Treeview(frame, show='tree')
ybar=tk.Scrollbar(frame, orient=tk.VERTICAL, command=tree.yview)
tree.configure(yscroll=ybar.set)

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def calc_padding(size, roundFactor):
    return ((size - 1) // roundFactor + 1) * roundFactor
#for 64-bits archs
def calc_padding_8(size):
    return calc_padding(size, 8)

def print_class_padding(class_die):
    virtual_ancestors = OrderedDict()
    virtual_ancestors_proccessed = set()
    class_size_without_padding = 0   # sum of member sizes