nikhil-RGB

List<Checkers> continuedCapture(Point source, List<List<Point>> moves) {
    Checkers refBoard = this;
    List<Checkers> boards = [];
    for (List<Point> capDiagonal in moves) {
      Checkers childBoardCap = refBoard.cloneGame();
      List<List<Point>> newCaps =
          childBoardCap.executeCapture(source, capDiagonal);
      newCaps = childBoardCap.kingAfterMove(capDiagonal[1])
          ? childBoardCap.captureSequences(capDiagonal[1])
          : newCaps;

nikhil-RGB

One of Flutter's most efficient tricks is ability to use a build context to look up widget tree for something of interest. The most common of these are MediaQuery of context and theme of context. But popular state management solutions, like Flutter Block and Provider, is the same mechanism. And the pattern really is accustomed to. Because without it, every live widget that cares about the MediaQuery would have to accept it as a parameter from their parent, meaning every one of their ancestors would have to accept it as a parameter. This would couple every widget in your app to the position in a widget tree. Imagine that refactoring pane. But the pattern is even more useful than merely preventing a thick jungle of parameters. Simply having a widget run the line of code, MediaQuery of context ties the widget to the MediaQuery, meaning it will get rebuilt whenever the MediaQuery changes. And this is important. Because if you are laying out a widget based on the screen size, that layout is unlikely to remain valu

nikhil-RGB

  //Minimax related functions start from here:

  //1- This function clones the current board and returns a copy of it
  Checkers cloneGame() {
    Checkers cloneBoard = Checkers();
    cloneBoard.board =
        this.board.map((innerList) => List<Token>.from(innerList)).toList();
    return cloneBoard;
  }

nikhil-RGB

import 'package:hive_flutter/adapters.dart';
import 'package:turing_machines/models/Behaviour.dart';
import 'package:turing_machines/models/Configuration.dart';
import 'package:turing_machines/models/Tape.dart';
import 'package:turing_machines/models/TuringMachines.dart';
part "TuringMachineModel.g.dart";

@HiveType(typeId: 0)
class TuringMachineModel {
  @HiveField(0)

nikhil-RGB

package compiler_design;
import java.util.*;
public class FirstAndFollow {
public static void main(String[] args) 
{
 System.out.println("Input number of production rules");
 Scanner reader=new Scanner(System.in);
 int count=Integer.parseInt(reader.nextLine());
 LinkedHashMap<String,String[]> table=new LinkedHashMap<>();
 for(int i=0;i<count;++i) {

nikhil-RGB

import java.util.*;
public class CodeGenerationForIf {
public static void main(String[] args) {
// Example input: if (x > 5) { y = x * 2; }
String condition = "x>8";
String action = "y = y / 10;";
// Generate code for the if statement
String generatedCode = generateIfCode(condition, action);
System.out.println("Generated code for if:");

nikhil-RGB

// ignore: file_names
import 'package:flutter/material.dart';
import 'package:turing_machines/exceptions/ActionParserException.dart';

//Represents an Action which can be performed on the tape of a turing machine.
class Actions {
  String symbol;
  ActionType type;
  Actions({required this.type, this.symbol = ""});
  //Parses a String containing actions, seperated by a ,(comma)

nikhil-RGB

import java.util.*;

public class PostFix {



	public static void main(String[] args) {

	System.out.println("Input Postix Expression");

nikhil-RGB

oh-my-posh --init --shell pwsh --config ~/AppData/Local/Programs/oh-my-posh/themes/jandedobbeleer.omp.json | Invoke-Expression

function personal {
    Set-Location -Path C:\PROJECTS\personal
}

function openPersonal {
   
    $directoryPath = 'C:\PROJECTS\personal'
    

nikhil-RGB

public static int[] minMax(TicTacToeMin obj) 
	{
	 ArrayList<Integer> scores=new ArrayList<>(0);
	 ArrayList<TicTacToeMin> arrs=obj.simulate();
	 ArrayList<Integer> moves=obj.emptySpaces();
	 //return a list of cloned boards with current token fitted into all empty spaces.
	 if(arrs.size()==0) 
	 {
		 return new int[] {0,-1};