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Hello guys!

It has been a while since I posted a topic, and I have become inactive.

I would just like to share part of my final project in my AP Computer Science class.

My teacher told my class to create any game we wanted using java eclipse and only the console.

So I created a randomly generated maze, it is not complete yet, I still have to add some functions n crap.

But basically you start off with 200 points and lose 5 points every step you take, type "u" to go up, "d" to go down, "r" to go right, and "l" to go left. (Pretty basic)

If you run the script in eclipse it is self explanatory. I put so many notes in the script so if you want to follow/learn the code you can try to.

Welp here it is:

Spoiler

import java.awt.event.KeyEvent;
import java.awt.event.KeyListener;
import java.io.*; 
import java.util.ArrayList;
import java.util.Random;
import java.util.Scanner;
public class CopyOfmaze {
	public static void main(String args[])
	{
		Scanner kbReader = new Scanner(System.in);//Declaring user input
		//Creating Arrays to hold maze data
		String printmaze[][]=new String[41][31];//Maze that will be printed (holds string values)
		
		boolean checkmaze[][]=new boolean[41][31];//Maze that tells if a wall can be removed (holds boolean values)
		
		boolean checkmaze2[][]=new boolean[41][31];//Maze to hold path of start to finish (solution)
		
		//---------Setting check maze default (tells if walls can be removed)------------//
		for(int i=0; i<41; i++){
			for(int u=0; u<31; u++){
				checkmaze[i][u]=true;
		}}
		//Sets all values of array to true
		
		//---------Setting check maze2 default (start to finish)------------//
		for(int i=0; i<41; i++){
			for(int u=0; u<31; u++){
				checkmaze2[i][u]=true;
		}}
		//Sets all values of array to true
		
		//------------Setting values of default maze (maze with no path)-----------//
		for(int i=0; i<41; i+=2){
			for(int u=0; u<31; u+=2){
				printmaze[i][u]=":";
		}}
		for(int j=0; j<20; j++){
			for(int k=0; k<15; k++){
					printmaze[(2*j)][(k*2)+1]="--";//Creates top wall
					printmaze[(2*j)+2][(k*2)+1]="--";//Creates bottom wall
					printmaze[(2*j)+1][(k*2)]="I";//Creates left wall
					printmaze[(2*j)+1][(k*2)+2]="I";//Creates right wall
					printmaze[(2*j)+1][(k*2)+1]="  ";//Creates middle wall
		}}
		
		//-------------Random Path From Finish -> Start------------//
		printmaze[0][15]="  ";//Makes beginning of maze
		int x=1;//Makes first spot below(right under top) start of maze
		int y=15;//Makes first spot in middle (in between right and left) of maze
		while(x>-1&&x<41&&y>-1&&y<31){//While the maze is inside bounds
		Random ran = new Random();
		int randomNum = ran.nextInt(4)+1;//Creates random number 1-4
		
		checkmaze2[x][y]=false;//Sets path from start to finish false
		
		if(randomNum==1){//If random number is 1, eliminates wall below spot
			printmaze[x+1][y]="  ";//bottom
			checkmaze[x-1][y]=false;//Sets top wall permanently by setting 
			checkmaze[x][y-1]=false;//Sets left wall permanently
			checkmaze[x][y+1]=false;//Sets right wall permanently
			x=x+2;}//Moves spot down one
		
		if(randomNum==2&&y>2){//If random number is 2, eliminates wall left of spot
			printmaze[x][y-1]=" ";//left
			checkmaze[x-1][y]=false;//Sets top wall permanently
			checkmaze[x+1][y]=false;//Sets bottom wall permanently
			checkmaze[x][y+1]=false;//Sets right wall permanently
			y=y-2;}//Moves spot left one
		
		if(randomNum==3&&y<28){//If random number is 3, eliminates right wall
			printmaze[x][y+1]=" ";//right
			checkmaze[x-1][y]=false;//Sets top wall permanently
			checkmaze[x+1][y]=false;//Sets bottom wall permanently
			checkmaze[x][y-1]=false;//Sets left wall permanently
			y=y+2;}//Moves spot right one
		
		if(randomNum==4&&x>2&&checkmaze[x-1][y]==true){//If random number is 4, eliminates top wall
			printmaze[x-1][y]="  ";//top
			checkmaze[x+1][y]=false;//Sets bottom wall permanently
			checkmaze[x][y-1]=false;//Sets left wall permanently
			checkmaze[x][y+1]=false;//Sets right wall permanently
			x=x-2;}//Moves spot up one
		}
		
		//--------------Changing check maze (makes it so border wall can't be removed)---------//
		for(int u=1; u<41;u+=2){
			checkmaze[u][0]=false;//Sets left wall to false
			checkmaze[u][30]=false;}//Sets right wall to false
		for(int i=1; i<30;i+=2){
			checkmaze[0][i]=false;//Sets top wall to false
			checkmaze[40][i]=false;}//Sets bottom wall to false
		
		
		//--------------Creates misleading paths---------//
				for(int a=1;a<41;a+=2){
					//System.out.println("");
					for(int q=1;q<30;q+=2){//Goes through every spot in maze
						Random ran = new Random();
						int randomNum = ran.nextInt(4)+1;//Finds a random number 1-4
						//Checks if bottom wall is removable, if not it goes to next statement
						if(randomNum==1&&checkmaze[a+1][q]==false){
							randomNum=2;
						}
						//Checks if bottom wall is already open, if not it goes to next statement
						if(randomNum==1&&printmaze[a+1][q].equals("  ")){
							randomNum=2;
						}
						if(randomNum==1&&a<39&&checkmaze[a+1][q]==true){ 
							printmaze[a+1][q]="  ";//Opens bottom wall, if the if statements above were false
							//System.out.print("bottom ");
						}
						//Checks if top wall is removable, if not it goes to next statement
						if(randomNum==2&&checkmaze[a-1][q]==false){
							randomNum=3;
						}
						//Checks if top wall is already open, if not it goes to next statement
						if(randomNum==2&&printmaze[a-1][q].equals("  ")){
							randomNum=3;
						}
						if(randomNum==2&&a>1&&checkmaze[a-1][q]==true){
							printmaze[a-1][q]="  ";//Opens top wall, if the if statements above were false
							//System.out.print("top ");
						}
						//Checks if right wall is removable, if not it goes to next statement
						if(randomNum==3&&checkmaze[a][q+1]==false){
							randomNum=4;
						}
						//Checks if right wall is already open, if not it goes to next statement
						if(randomNum==3&&printmaze[a][q+1].equals(" ")){
							randomNum=4;
						}
						if(randomNum==3&&q<29&&checkmaze[a][q+1]==true){
							printmaze[a][q+1]=" ";//Opens right wall, if the if statements above were false
							//System.out.print("right ");
						}
						//Checks if left wall is removable, if not it goes to next statement
						if(randomNum==4&&checkmaze[a][q-1]==false){
							randomNum=1;
						}
						//Checks if left wall is already open, if not it goes to next statement
						if(randomNum==4&&printmaze[a][q-1].equals(" ")){
							randomNum=1;
						}
						if(randomNum==4&&q>1&&checkmaze[a][q-1]==true){
							printmaze[a][q-1]=" ";//Opens left wall, if the if statements above were false
							//System.out.print("left ");
						}
						if(randomNum==1&&a<39&&checkmaze[a+1][q]==true){
							printmaze[a+1][q]="  ";//Opens bottom wall, if the if statements above were false
							//System.out.print("bottom ");
						}
				}}
		
				
				
				//--------------Changing check maze---------//			
				for(int u=0; u<41;u+=2){
					for(int i=0; i<31; i++){//Goes through walls
						if(printmaze[u][i]!="--"){//If wall is open
							checkmaze[u][i]=true;//Sets wall to true
				}}}
				for(int u=0; u<41;u++){
					for(int i=0; i<31; i++){//Goes through maze
						if(printmaze[u][i]==" "){//If wall is open
							checkmaze[u][i]=true;}//Sets wall to true
						if(printmaze[u][i]=="  "){//If wall is open
							checkmaze[u][i]=true;}//Sets wall to true
				}}
		
		
		//---------------Fixing Open Areas--------------//
				int swi=0;//Makes value 0
				for(x=1;x<39;x+=2){
					for(y=0; y<29; y+=2){//Goes through maze spots
						if(swi%2==0&&printmaze[x][y]==" "&&printmaze[x+2][y]==" "&&printmaze[x+1][y-1]=="  "&&printmaze[x+1][y+1]=="  "){
							//If the value swi is divisible by 2 (even)
							//Also if there is large space in maze
							swi++;//Adds one to value
							printmaze[x+1][y-1]="--";//Makes left spot of open space closed
							checkmaze[x+1][y-1]=false;//Sets wall to false so it can't be removed
						}
						if(swi%2==1&&printmaze[x][y]==" "&&printmaze[x+2][y]==" "&&printmaze[x+1][y-1]=="  "&&printmaze[x+1][y+1]=="  "){
							//If the value swi is not divisible by 2 (odd)
							//Also if there is large space in maze
							swi++;//Adds one to value
							printmaze[x+1][y+1]="--";//Makes left spot of open space closed
							checkmaze[x+1][y+1]=false;//Sets wall to false so it can't be removed
						}	
				}}
		//------------------Fixing closed in areas-------------//
				int ti=0;
				for(x=1;x<40;x+=2){
					for(y=1; y<30; y+=2){
						if(y>1&&checkmaze[x-1][y]==false&&checkmaze[x+1][y]==false&&checkmaze[x][y-1]==false){
							//If top bottom left walls are false
							checkmaze[x][y-1]=true;//makes left wall true
							printmaze[x][y-1]=" ";//Opens left wall
							}
						
						if(y<29&&checkmaze[x-1][y]==false&&checkmaze[x+1][y]==false&&checkmaze[x][y+1]==false){
							//If top bottom right walls are false
							checkmaze[x][y+1]=true;//makes right wall true
							printmaze[x][y+1]=" ";//Opens right wall
							}
						if(x>1&&checkmaze[x-1][y]==false&&checkmaze[x][y+1]==false&&checkmaze[x][y-1]==false){
							//If top right left walls are false
							checkmaze[x-1][y]=true;//makes left wall true
							printmaze[x-1][y]="  ";//Opens left wall
							}
						
						if(x<39&&checkmaze[x+1][y]==false&&checkmaze[x][y+1]==false&&checkmaze[x][y-1]==false){
							//If bottom right left walls are false
							checkmaze[x+1][y]=true;//makes bottom wall true
							printmaze[x+1][y]="  ";//Opens bottom wall
							}	
						ti++;
						
				}}
				
		//Changing stuff again to make sure everything runs smoothly
		//This is already in code above
				for(int u=1; u<41;u+=2){
					checkmaze[u][0]=false;//Sets left wall to false
					checkmaze[u][30]=false;}//Sets right wall to false
				for(int i=1; i<30;i+=2){
					checkmaze[0][i]=false;//Sets top wall to false
					checkmaze[40][i]=false;}//Sets bottom wall to false
		
				for(int u=0; u<41;u+=2){
					for(int i=0; i<31; i++){//Goes through walls
						if(printmaze[u][i]!="--"){//If wall is open
							checkmaze[u][i]=true;//Sets wall to true
				}}}
				for(int u=0; u<41;u++){
					for(int i=0; i<31; i++){//Goes through maze
						if(printmaze[u][i]==" "){//If wall is open
							checkmaze[u][i]=true;}//Sets wall to true
						if(printmaze[u][i]=="  "){//If wall is open
							checkmaze[u][i]=true;}//Sets wall to true
				}}
		
		
		/* *******************************Made these into a comment because I used them to only look the maze data**********************
		//---------------prints maze-------------//
		for(int u=0; u<41;u++){
			System.out.println("");
			for(int i=0; i<31; i++){//Goes through maze
				System.out.print(printmaze[u][i]);//Prints values of maze 
		}}
		
		//-------------prints check maze----------------//
		System.out.println("");
		for(int u=0; u<41;u++){
			System.out.println("");
			for(int i=0; i<31; i++){//Goes through maze
				if(checkmaze[u][i]==true){//If wall is removable
					System.out.print(printmaze[u][i]);//Prints regular maze value
				}
				if(checkmaze[u][i]==false&&u%2==0){//If wall is permanent
					System.out.print("FF");//Prints FF
				}
				else if(checkmaze[u][i]==false){//If wall is permanent
					System.out.print("F");//Prints F
				}
		}}
		
		//-------------prints check maze2----------------//
				System.out.println("");
				for(int u=0; u<41;u++){
					System.out.println("");
					for(int i=0; i<31; i++){//Goes through maze
						if(checkmaze2[u][i]==true){//If wall is removable
							System.out.print(printmaze[u][i]);//Prints regular maze value
						}
						if(checkmaze2[u][i]==false){//If wall is permanent
							System.out.print("FF");//Prints F
						}
				}}
		*/
				
		//-----------------Explains game to user----------------//
				String con="";
				//Explaining game and point system
				System.out.println("Welcome to A-Maze-ing, a fun maze game.");
				System.out.println("In this game you start off with 200 points, each step you take you lose 5 points.");
				System.out.println("You can use portals labled P1, P2 and P3 to move around the maze faster, they do not lower the amount of points you have.");
				System.out.println("The goal of the game is to reach the end of the maze with the most points.");
				System.out.println("Type in c to continue");//Tells user to type c to continue
				con=kbReader.next( );//Takes in user input
				while(!con.equals("c")){//while c does not equal c
					System.out.println("Type in c to continue");
					con=kbReader.next( );//Takes in user input
				}		
				
				
		//*******************************************//
		//******************In Progress**************//
		//*******************************************//
		//-----------Creating Portals------------------//
		Random ran = new Random();
		for(int i=0;i<3;i++){
			int p = ran.nextInt(39)+2;//Finds a random number 1-40
			int v = ran.nextInt(29)+2;//Finds a random number 1-30
			while(checkmaze2[p][v]==true||p%2==0||v%2==0){
				p = ran.nextInt(39)+2;//Finds a random number 1-40
				v = ran.nextInt(29)+2;//Finds a random number 1-30
			}
			int z = ran.nextInt(39)+2;//Finds a random number 1-40
			int q = ran.nextInt(29)+2;//Finds a random number 1-30
			while(checkmaze2[z][q]==false||z%2==0||q%2==0){
				z = ran.nextInt(39)+2;//Finds a random number 1-40
				q = ran.nextInt(29)+2;//Finds a random number 1-30
			}
			if(i==0){
			printmaze[p][v]="P1";
			printmaze[z][q]="P1";}
			if(i==1){
			printmaze[p][v]="P2";
			printmaze[z][q]="P2";}
			if(i==2){
			printmaze[p][v]="P3";
			printmaze[z][q]="P3";}
			
		}
		
		//--------------User entering their character-----//
		int points=200;//Number of points you start off with
		int steps=0;//Number of steps taken
		String chara=" ";//Auto-sets character to empty space
		System.out.println("");
		System.out.println("Type in the 2 letter string you want your character to be.");
		chara=kbReader.next( );//Sets character to what user inputs
		
		while(chara.length()!=2){//While the character is not 2 letters long it will continue asking the user to input a character
		System.out.println("That string is not 2 letters long, please type in another string.");
		chara=kbReader.next( );//Sets character to what user inputs
		}
		printmaze[1][15]=chara;//Puts the character into the beginning of the maze
		int cx=1;
		int cy=15;
		
		//---------------prints maze-------------//
		System.out.println("***********************");
		System.out.println("* Points:"+points+"  Steps:"+steps+" *");//Prints points and number of steps
		System.out.print("***********************");
				for(int u=0; u<41;u++){
					System.out.println("");
					for(int i=0; i<31; i++){//Goes through maze
						System.out.print(printmaze[u][i]);//Prints out the maze values
				}}
		System.out.println("");
		boolean lose=false;//Lose is set to false default
		boolean win=false;//Win is set to false default
		//-------------------------------------------------//
		//----------------User Input/Game------------------//
		//-------------------------------------------------//
		boolean game=true;//Game is set to true default
		while(game==true){//While game is true game runs
		lose=false;//Lose is set to false default
		win=false;//Win is set to false default
			
		//--------------Finds end-------------------//
		int en=0;
			for(int i=1; i<30;i+=2){//goes through bottom border of maze
			if(printmaze[40][i]=="  "){//If spot is open
				en=i;}//Sets value to end spot
		}
		String mov="";
		
		System.out.println("Type which direction you want to move: u for up, d for down, l for left,and r for right.");
		mov=kbReader.next( );//Sets value to user input
		
		//--------If user inputs a word not in a direction----------------//
		while(mov!="r"&&mov!="l"&&mov!="d"&&mov=="u"){//While user input is not a proper direction
			System.out.println("Sorry that was not a direction, please type in a proper direction.");
			mov=kbReader.next( );//Sets value to user input, because it was not a proper direction
		}
		//---------If user tries going through walls------//
		while(mov.equals("u")&&cx==1||mov.equals("r")&&printmaze[cx][cy+1]!=" "||mov.equals("l")&&printmaze[cx][cy-1]!=" "||mov.equals("d")&&printmaze[cx+1][cy]!="  "||mov.equals("u")&&printmaze[cx-1][cy]!="  "){
			System.out.println("You can't move in that direction, please type in a proper direction.");
			mov=kbReader.next( );//Sets value to user input, because user tried going through a wall
		}
		
		if(mov.equals("u")&&cx>1&&printmaze[cx-1][cy]=="  "){//If user entered up
			printmaze[cx][cy]="  ";//Removes character from previous place
			cx-=2;//Changes place up one
			printmaze[cx][cy]=chara;//Sets place as character
			steps++;//Adds one to steps
			points-=5;//Subtracts five from points
		}
		if(mov.equals("d")&&cx<39&&printmaze[cx+1][cy]=="  "){
			printmaze[cx][cy]="  ";//Removes character from previous place
			cx+=2;//Changes place down one
			printmaze[cx][cy]=chara;//Sets place as character
			steps++;//Adds one to steps
			points-=5;//Subtracts five from points
		}
		if(mov.equals("l")&&cy>1&&printmaze[cx][cy-1]==" "){
			printmaze[cx][cy]="  ";//Removes character from previous place
			cy-=2;//Changes place left one
			printmaze[cx][cy]=chara;//Sets place as character
			steps++;//Adds one to steps
			points-=5;//Subtracts five from points
		}
		if(mov.equals("r")&&cy<29&&printmaze[cx][cy+1]==" "){
			printmaze[cx][cy]="  ";//Removes character from previous place
			cy+=2;//Changes place right one
			printmaze[cx][cy]=chara;//Sets place as character
			steps++;//Adds one to steps
			points-=5;//Subtracts five from points
		}
		
		if(points<=0){//If points are less than or equal to 0
			lose=true;//User loses
		}
		if(points<=0){//If points are less than or equal to 0
			game=false;//game ends
		}
		if(cx==39&&cy==en&&mov.equals("d")){//If user enters down right above end of maze
			win=true;//User wins
		}
		if(cx==39&&cy==en&&mov.equals("d")){//If user enters down right above end of maze
			game=false;//Game ends
		}
		
		//-----------------Prints Board--------------//
		if(points>99&&steps<10){
		System.out.println("***********************");
		System.out.println("* Points:"+points+"  Steps:"+steps+" *");//Prints points and number of steps
		System.out.print("***********************");}
		if(points<100&&steps<10){
			System.out.println("***********************");
			System.out.println("* Points:"+points+"  Steps:"+steps+"  *");//Prints points and number of steps
			System.out.print("***********************");
		}
		if(points<100&&steps>9){
			System.out.println("***********************");
			System.out.println("*Points:"+points+"  Steps:"+steps+" *");//Prints points and number of steps
			System.out.print("***********************");
		}
		if(points>99&&steps>9){
			System.out.println("***********************");
			System.out.println("*Points:"+points+"   Steps:"+steps+" *");//Prints points and number of steps
			System.out.print("***********************");
		}
		
		for(int u=0; u<41;u++){
			System.out.println("");
			for(int i=0; i<31; i++){//Goes through maze
				System.out.print(printmaze[u][i]);//prints maze values
		}}
		System.out.println("");
		
		}
		
		
		if(win==true){//If user wins
			System.out.println("***********************");
			System.out.println("*   CONGRATULATIONS   *");//Prints Congratulations
			System.out.println("*      YOU   WON      *");//Prints You Win
			System.out.println("***********************");
			System.out.println("");
			System.out.println(" ...       ...    .........      ...         ...");
			System.out.println("  ...     ...    ...........     ...         ...");
			System.out.println("   ...   ...    ...       ...    ...         ...");
			System.out.println("    ... ...    ...         ...   ...         ...");
			System.out.println("     .....     ...         ...   ...         ...");
			System.out.println("      ...      ...         ...    ...       ...");
			System.out.println("      ...       ...       ...     ...       ...");
			System.out.println("      ...        ...........       ...........");
			System.out.println("      ...         .........         .........");
			System.out.println(" ");
			System.out.println("   ...          ...   ...........   ...     ...");
			System.out.println("   ...          ...       ...       .....   ...");
			System.out.println("   ...    ...   ...       ...       ......  ...");
			System.out.println("   ...   .....  ...       ...       ... ... ...");
			System.out.println("    ... ... ... ...       ...       ...  ......");
			System.out.println("     .....   .....    ...........   ...   .....");
		}
		
		
		
		if(lose==true){//If user wins
			System.out.println("*************************");
			System.out.println("*         SORRY         *");//Prints Sorry
			System.out.println("*       YOU  LOST       *");//Prints You Lost
			System.out.println("* YOU RAN OUT OF POINTS *");//Prints You Lost
			System.out.println("*************************");
			System.out.println("");
			System.out.println("     ...       ...    .........      ...         ...");
			System.out.println("      ...     ...    ...........     ...         ...");
			System.out.println("       ...   ...    ...       ...    ...         ...");
			System.out.println("        ... ...    ...         ...   ...         ...");
			System.out.println("         .....     ...         ...   ...         ...");
			System.out.println("          ...      ...         ...    ...       ...");
			System.out.println("          ...       ...       ...     ...       ...");
			System.out.println("          ...        ...........       ...........");
			System.out.println("          ...         .........         .........");
			System.out.println(" ");
			System.out.println(" ...           .........       ..........   ............... ");
			System.out.println(" ...          ...........     ............  ............... ");
			System.out.println(" ...         ...       ...    ...       ...       ...       ");
			System.out.println(" ...        ...         ...    ....    ...        ...         ");
			System.out.println(" ...        ...         ...      ....             ...       ");
			System.out.println(" ...        ...         ...        ....           ...       ");
			System.out.println(" ...         ...       ...   ...     ....         ...       ");
			System.out.println(" .........    ...........     ............        ...       ");
			System.out.println(" .........     .........      ...........         ...       ");	
		}
	}
}

 

 

Updated by StrangePickle

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  • Our picks

    • Plants vs. Zombies™ 2 v12.5.2 +4 Cheats [Unlimited Currencies]
      Modded/Hacked App: Plants vs. Zombies™ 2 By PopCap
      Bundle ID: com.popcap.ios.PvZ2
      iTunes Store Link: https://itunes.apple.com/us/app/plants-vs-zombies-2/id597986893
       

      Mod Requirements:
      - Non-Jailbroken/Jailed or Jailbroken iPhone/iPad/iPod Touch.
      - Cydia Impactor.
      - A Computer Running Windows/Mac/Linux.


      Hack Features:
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      - Unlimited Gems
      - Unlimited Mints
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      Bundle ID: com.shikudo.fitrpg
      App Store Link: https://apps.apple.com/ca/app/fitness-rpg-hero-health-game/id1252580641?uo=4

      🤩 Hack Features

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      - Super Card Active
      - Normal Card Active
      - Currency / NO Need
      - Resources / NO Need
      - DMG / When Opp Turn OFF
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      Bundle ID: com.shikudo.fitrpg
      App Store Link: https://apps.apple.com/ca/app/fitness-rpg-hero-health-game/id1252580641?uo=4

      🤩 Hack Features

      - ADS NO / Rewards Free
      - Super Card Active
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    • Travel Town - Merge Adventure v2.12.1231 Jailed Cheats +1
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      iTunes Store Link: https://apps.apple.com/us/app/travel-town-merge-adventure/id1521236603?uo=4


      Hack Features:
      - Infinite Currencies


      iOS Hack Download Link: https://iosgods.com/topic/148953-travel-town-merge-adventure-v212287-jailed-cheats-1/
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      Hack Features:
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      iOS Hack Download Link: https://iosgods.com/topic/161038-superstar-smtown-cheats-v378-2/
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      Bundle ID: com.tencent.nikke
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      📌 Mod Requirements

      - Jailbroken iPhone or iPad.
      - iGameGod / Filza / iMazing.
      - Cydia Substrate, ElleKit, Substitute or libhooker depending on your jailbreak (from Sileo, Cydia or Zebra).

       

      🤩 Hack Features

      - Never Die
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      - No Charge Time
      - Fire Rate Multiplier

       

      ⬇️ iOS Hack Download Link


      Hidden Content

      Download Hack







       

      📖 iOS Installation Instructions

      STEP 1: Download the .deb hack file from the link above. Use Safari, Google Chrome or other iOS browsers to download.
      STEP 2: Once the file has downloaded, tap on it and then you will be prompted on whether you want to open the deb with iGameGod or copy it to Filza.
      STEP 3: If needed, tap on the downloaded file again, then select ‘Normal Install’ from the options on your screen.
      STEP 4: Let iGameGod/Filza finish the cheat installation. If it doesn’t install successfully, see the note below.
      STEP 5: Open the game, log in to your iOSGods account when asked, then toggle on the features you want and enjoy!

       

      NOTE: If you have any questions or problems, read our Jailbreak iOS Hack Troubleshooting & Frequently Asked Questions & Answers topic. If you still haven't found a solution, post your issue below and we'll do our best to help! If the hack does work for you, please post your feedback below and help out other fellow members that are encountering issues.

       

      🙌 Credits

      - AlyssaX64

       

      📷 Cheat Video/Screenshots

      N/A

       

      More iOS App Hacks
      If you’re looking for Non-Jailbroken & No Jailbreak required iOS IPA hacks, visit the iOS Game Cheats & Hacks or the iOSGods App for a variety of modded games and apps for non-jailbroken iOS devices.

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      📌 Mod Requirements

      - Non-Jailbroken/Jailed or Jailbroken iPhone or iPad.
      - Sideloadly or alternatives.
      - Computer running Windows/macOS/Linux with iTunes installed.

       

      🤩 Hack Features

      - Never Die
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      - No Charge Time
      - Fire Rate Multiplier

       

      ⬇️ iOS Hack Download IPA Link


      Hidden Content

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      📖 PC Installation Instructions

      STEP 1: Download the pre-hacked .IPA file from the link above to your computer. To download from the iOSGods App, see our iOSGods App IPA Download Tutorial which includes a video example.
      STEP 2: Download Sideloadly and install it on your Windows or Mac.
      STEP 3: Open Sideloadly on your computer, connect your iOS device, and wait until your device name appears in Sideloadly.
      STEP 4: Once your iDevice is recognized, drag the modded .IPA file you downloaded and drop it into the Sideloadly application.
      STEP 5: Enter your Apple Account email, then press “Start.” You’ll then be asked to enter your password. Go ahead and provide the required information.
      STEP 6: Wait for Sideloadly to finish sideloading/installing the hacked IPA. If there are issues during installation, please read the note below.
      STEP 7: Once the installation is complete and you see the app on your Home Screen, you will need to go to Settings -> General -> Profiles / VPN & Device Management. Once there, tap on the email you entered from step 6, and then tap on 'Trust [email protected]'.
      STEP 8: Now go to your Home Screen and open the newly installed app and everything should work fine. You may need to follow further per app instructions inside the hack's popup in-game.

      NOTE: iOS/iPadOS 16 and later, you must enable Developer Mode. For free Apple Developer accounts, you will need to repeat this process every 7 days. If you have any questions or problems, read our Sideloadly FAQ section of the topic and if you don't find a solution, please post your issue below and we'll do our best to help! If the hack does work for you, post your feedback below and help out other fellow members that are encountering issues.

       

      🙌 Credits

      - AlyssaX64

       

      📷 Cheat Video/Screenshots

      N/A
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    • Jobmania Eternal Dungeon v2.38.0 +3 Jailed Cheats
      Modded/Hacked App: Jobmania Eternal Dungeon By Aubrey Puan
      Bundle ID: com.aubjective.jobmania
      iTunes Store Link: https://apps.apple.com/us/app/jobmania-eternal-dungeon/id1643100440?uo=4


      Mod Requirements:
      - Non-Jailbroken/Jailed or Jailbroken iPhone/iPad/iPod Touch.
      - Sideloadly / Cydia Impactor or alternatives.
      - A Computer Running Windows/macOS/Linux with iTunes installed.


      Hack Features:
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      Jailbreak required hack(s): 


      iOS Hack Download IPA Link:

      Hidden Content

      Download via the iOSGods App








      PC Installation Instructions:
      STEP 1: If necessary, uninstall the app if you have it installed on your iDevice. Some hacked IPAs will install as a duplicate app. Make sure to back it up so you don't lose your progress.
      STEP 2: Download the pre-hacked .IPA file from the link above to your computer. To download from the iOSGods App, see this tutorial topic.
      STEP 3: Download Sideloadly and install it on your PC.
      STEP 4: Open/Run Sideloadly on your computer, connect your iOS Device, and wait until your device name shows up.
      STEP 5: Once your iDevice appears, drag the modded .IPA file you downloaded and drop it inside the Sideloadly application.
      STEP 6: You will now have to enter your iTunes/Apple ID email login, press "Start" & then you will be asked to enter your password. Go ahead and enter the required information.
      STEP 7: Wait for Sideloadly to finish sideloading/installing the hacked IPA. If there are issues during installation, please read the note below.
      STEP 8: Once the installation is complete and you see the app on your Home Screen, you will need to go to Settings -> General -> Profiles/VPN & Device Management. Once there, tap on the email you entered from step 6, and then tap on 'Trust [email protected]'.
      STEP 9: Now go to your Home Screen and open the newly installed app and everything should work fine. You may need to follow further per app instructions inside the hack's popup in-game.

      NOTE: iOS/iPadOS 16 and later, you must enable Developer Mode. For free Apple Developer accounts, you will need to repeat this process every 7 days. Jailbroken iDevices can also use Sideloadly/Filza/IPA Installer to normally install the IPA with AppSync. If you have any questions or problems, read our Sideloadly FAQ section of the topic and if you don't find a solution, please post your issue down below and we'll do our best to help! If the hack does work for you, post your feedback below and help out other fellow members that are encountering issues.


      Credits:
      - AlyssaX64


      Cheat Video/Screenshots:

      N/A
        • Agree
        • Thanks
        • Winner
        • Like
      • 49 replies
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