MiniMac is a virtual processor with a tiny but extendable memory and a tiny but extendable instruction set.Heres a screenshot of the MiniMac user interface:A screenshot of a computerDescription automatically generatedThe view panel on the right contains two lists $($javax$.$swing.JList$).$ The top list shows the contents of memory. The bottom list shows the program currently being executed. The control panel on the left contains three buttons $($javax$.$swing.JButton$).$ The first button prompts the user for a program to parse:A screenshot of a computer programDescription automatically generatedThe second button executes the program. The third button resets all memory cells to $0.$These commands are duplicated under the Edit menu. The Help menu explains each command. The File menu contains the items: New, Save, Open, and Quit.The MiniMax memory is an array of integers:int size $=32$;Integer$[]$ memory $=$ new Integer$[$size$]$;A MiniMax program is a list of instructions. An instruction pointer $($ip$)$ indicates the position in the list of the next instruction to be executed.GrammarHeres the instruction set grammar $($note: ~ means followed by and all unquoted tokens are integers$)$:Load ::$=$ load ~ location ~ value $//$ memory$[$location$]=$ valueHalt ::$=$ halt $//$ terminates the programadd ::$=$ add ~ src$1$ ~ src$2$ ~ dest $//$ memory$[$dest$]=$ memory$[$src$1]+$ memory$[$src$2]$mul ::$=$ mul ~ src$1$ ~ src$2$ ~ dest $//$ memory$[$dest$]=$ memory$[$src$1]*$ memory$[$src$2]$bgt ::$=$ bgt ~ location ~ offset $//$ if $0<$ memory$[$location$]$ ip $+=$ offsetblt ::$=$ blt ~ location ~ offset $//$ if memory$[$location$]<0$ ip $+=$ offsetloop ::$=$ loop ~ count ~ instruction $//$ executes instruction count timesA block is a list of one or more instructions separated by semicolons and bracketed by curly braces:block ::$=\{$ ~ instruction ~ $($; ~ instruction$)*$ ~ $\}$Executing a block sequentially executes each instruction in the blocks body.For example, the program shown in the screenshot computes kn$,$ where n is stored in memory$[0].$ The base, k$,$ is stored in memory$[2].$ In this case k $=2,$ n was $7$ and the result, $128,$ is stored in memory$[1].$ Memory$[3]$ is the amount to decrement memory$[0]$ each time the result is multiplied by k$.$DesignHeres the design of MiniMac:A diagram of a programDescription automatically generatedParserHeres a partial implementation of MiniMacParser.java. Note that it is a utility class $($aka singleton$),$ all of its methods are static.TestingImplement and test the following functions in MiniMax:Tri$($n$)=1+2+...+$ n $//$ stored in a file called triFib$($n$)=$ nth Fibonacci number $//$ stored in a file called fibLess$($n$,$ m$)=($n $<$ m$)?1$:$0//1=$ true and $0=$ falseLog$($n$)=$ m where $2$m $<=$ n and n $<2$m$+1$In each case the input, n$,$ should be stored in memory$[0]$ and the output, f$($n$),$ should be stored in memory$[1].$Hints$1.$ The MiniMax is a publisher and the view panel is its subscriber. Each time memory is updated or a new program is set, MiniMax notifies its subscribers$\mathrm{.}2.$ The control panel is the action listener for its buttons. It navigates to the MiniMax and calls the appropriate procedure $($execute and clear$)\mathrm{.}3.$ Parsing is more complicated. The control panel must prompt the user for a file name, read the file $($as a string$),$ then pass the string to MiniMaxParser.parse$($program$).$ It then sets the MiniMax program to the parsers output, which causes a subscriber notification. Suggestion: ask ChatGPT how to read a text file in Java$\mathrm{.}4.$ Ask ChatGPT for a simple example of how to use a JList.

Please give me the instructions how to complete this and solve it to me completely. I really stuck on this and need help i want it correct not just a soloution from an AI because i already tried AI and chatgpt but it was incorrect. I will upvote if you answer correct and complete but if not i will give you a bad rate and diike. Thanks!

A block is a list of one or more instructions separated by semicolons and bracketed by curly braces:

block ::$=\{$ instruction $($; instruction$)*\}$

Executing a block sequentially executes each instruction in the block's body.

For example, the program shown in the screenshot computes $k^n,$ where $n$ is stored in memory $[0].$ The base, $k,$ is stored in memory$[2].$ In this case $k=2,n$ was $7$ and the result, $128,$ is stored in memory$[1].$ Memory$[3]$ is the amount to decrement memory$[0]$ each time the result is multiplied by $k.$

Design

Here's the design of MiniMar.

Parser

Here's a partial implementation of MiniMacParser.java. Note that it is a utility class $($aka singleton$),$ all of its methods are static.

Testing

Implement and test the following functions in MiniMax:

Tri$(n)=1+2$

MiniMac

MiniMac is a virtual processor$+$dots$+n//$ stored in a file called tri

Fib $(n)=$ nth Fibonacci number $//$ stored in a file called fib