ArithmeticCPU

Just a cpu LOL.

You need to input the instructions as if it's assembly this read me will explain how!

Commands

If theres an s at the end that means the result will be stored in the address you choose

Examples will be what follows after --

Descriptions are what's in between ** **

To start the app do python app.py, that's it.

Syntax

Arithmetic commands

** to add 2 numbers **
add {store address} {store address} -- add 1 2

adds {store address} {store address} {address to store in} -- adds 1 2 5

** to subtract 2 numbers **
sub {store address} {store address} -- sub 1 2

subs {store address} {store address} {address to store in} -- subs 1 2 5

** to divide 2 numbers **
div {store address} {store address} -- div 1 2

divs {store address} {store address} {address to store in} -- divs 1 2 5

** to multiple 2 numbers **
mul {store address} {store address} -- mul 1 2

muls {store address} {store address} {address to store in} -- muls 1 2 5

Memory mangment commands

** to store a number to an address**
store {value} {store address} -- store 10 1

** to retrieve a number from an address**
retrieve {store address} -- store 1

** to delete a number from an address**
del {store address} -- del 1

One line commands

** to show the memory of the cpu/fake computer**
showMem

** to show the cache of the cpu**
showCache

Time to get crazy

Yes you read that right it's getting crazy up in here! You can chain commands, it was annoying how much typing is needed so I fixed it!

By just adding a semicolon ; to the end of the command you chain commans.

Example: store 5 1;store 3 2; muls 1 2 3

This command will store 5 and 3 in address 1 and 2. Then multiply them both and store them in address 3. Like I said it's getting crazy.

Note

I feel like I've added error handling for everything that can go wrong but I'm sure there's a 100 ones I missed. I did get the most common ones I believe, if you run into errors open an issue LOL