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        Double N = new Double(
                "16260595201356777876687102055392856230368799478725437225418970788404092751540966827614883675066492383688147288741223234174448378892794567789551235835087027626536919406320142455677084743499141155821894102610573207343199194327005172833989486958434982393556326206485954223151805798621294965926069728816780985683043030371485847746616146554612001066554175545753760388987584593091716701780398711910886679925612838955858736102229719042291682456480437908426849734556856917891628730543729446245974891735371991588505429152639045721840213451875487038496578525189542369448895368117152818687795094021869963915318643663536132393791");

        double delta = 0.26;

        System.out.print(Math.pow(N.doubleValue(), delta));

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Ring ring1 = new Ring("x^2 + 23 *3y + x^3y^z");
Ring ring2 = new Ring("x^2 + 23 *3y + x*3y+z");
Ring ring3 = new Ring("x^2 + (23 *3y) + x^3y^z");
Ring ring4 = new Ring("x^2 + (23 *(2 + x)*3y)+z");
Ring ring5 = new Ring("2+16/2^4");
Ring ring6 = new Ring("2+16/2^4*2");
Ring ring7 = new Ring("2+16/2^4*2+(3-1*3-4^4^5)");
Ring ring8 = new Ring("4^4^5");
Ring ring9 = new Ring("4^4^5*3/3-1^4^5");
Ring ring10 = new Ring("4^4^5*3/3-1^(4^5)");

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from random import randint

def generate_matrix(dimention, modulus):
    array = []
    upper_limit = modulus * dimention
    
    for i in range(0, dimention):
        f = 0
        for j in range(0, dimention):
            f = f + (randrange(modulus, upper_limit) * x^j)

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import numpy as np
from sage.stats.distributions.discrete_gaussian_lattice import DiscreteGaussianDistributionLatticeSampler

n = 256
D = DiscreteGaussianDistributionLatticeSampler(ZZ^n, 3.0)

arr = [list(D()) for i in range(n)]

flat = flatten(list(arr))

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import asyncio
from time import sleep
from threading import Thread, Lock
from .task_model import Task
from typing import List

lock = Lock()


class TaskManager:

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        public static Func<TArg1, Func<TArg2, TResult>> Curry<TArg1, TArg2, TResult>(this Func<TArg1, TArg2, TResult> source)
        {
            return x => y => source(x, y);   
        }
        
        public static Func<TArg1, Func<TArg2, Func<TArg3, TResult>>> Curry<TArg1, TArg2, TArg3, TResult>(this Func<TArg1, TArg2, TArg3, TResult> source)
        {
            return x => y => z => source(x, y, z);   
        }
        

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"A,B\na,b".split(/\r?\n/).map(x => x.split(',').map(x => `"${x}"`).join(',')).join('\n')

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SPECS=First Follow
EXAMPLES_PATH=../..
ROOT_PATH=../${EXAMPLES_PATH}
SCALAV=2.12
APSLIB=${ROOT_PATH}/lib/aps-library-${SCALAV}.jar
SCALA_FLAGS=.:${APSLIB}
APS2SCALA=${ROOT_PATH}/bin/aps2scala

.PHONY:
all: $(addsuffix Spec.compile, $(SPECS)) $(addsuffix Spec.run, $(SPECS))

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    public record Cfg<T>(T Root, HashSet<T> Vertices, HashSet<(T, T)> Edges) where T : IEquatable<T>
    {
        private Dictionary<(T, T), bool> reach => Reach();

        private readonly Dictionary<T, HashSet<T>> dom = new();

        private readonly Dictionary<T, HashSet<T>> pred = new();

        /// <summary>
        /// <see href="https://en.wikipedia.org/wiki/Dominator_(graph_theory)#Algorithms"/>

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Components of Phylum Graph: Grammar
 Component #0
   G[Grammar]'shared_info$epsilon
 Component #1
   G[Grammar]'shared_info
 Component #2
   G[Grammar]'shared_info$firstTable!
   G[Grammar]'shared_info$firstTable
 Component #3
   grammar_first