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https://github.com/scenent/hsml
programming language i made for fun.
https://github.com/scenent/hsml
Last synced: 17 days ago
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programming language i made for fun.
- Host: GitHub
- URL: https://github.com/scenent/hsml
- Owner: scenent
- License: mit
- Created: 2024-01-28T10:39:01.000Z (about 1 year ago)
- Default Branch: main
- Last Pushed: 2024-03-10T06:38:48.000Z (11 months ago)
- Last Synced: 2024-11-15T02:29:20.240Z (3 months ago)
- Language: C++
- Homepage:
- Size: 21.5 KB
- Stars: 0
- Watchers: 0
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- License: LICENSE
Awesome Lists containing this project
README
- ## High-level aSseMbly Language
> programming language i made for fun.
### Simple Swap Program
```
lab .swap
adr temp &0
adr a &1
adr b &2
pop b
pop a
set temp *a
set a *b
set b *temp
psh *a
psh *b
ret
lab .catch
prl "Runtime Error !"
lab .main
adr a &0
adr b &1
prl "Input Number 1: "
inp a
try 1 catch
int a *a
prl "Input Number 2 : "
inp b
try 1 catch
int b *b
prt *a
prt " "
prt *b
prt "\n"
psh *b
psh *a
cal swap
pop a
pop b
prt *a
prt " "
prt *b
prt "\n"
ret
```
### Labels
- define label with "lab" keyword.
- the content must be indented 4 spaces after the label keyword.
```
lab .[labelName]
[command1]
[command2]
[command3]
[...]
```
### Comments
- write comments with // and /* */.
### Commands
- `adr [addressName] &[address]` -> define address name
- `pop [address]` -> pop value from global stack and copy it to given address
- `psh [value]` -> push value to global stack
- `set [address] [value]` -> set address with given value
- `inc [address] [value]` -> increase value of given address
- `dec [address] [value]` -> decrease value of given address
- `jmp [index]` -> jump to (currentIndex + givenIndex)
- `ret` -> end label and return to last call index
- `prt [value]` -> print given value
- `prl [value]` -> println given value
- `try [index] [labelName]` -> (use it with "int", "flt", "str") try to execute (currentIndex + givenIndex) and if it returns error, then jump to given label
- `int [address] [value]` -> int(value) and copy it to given address
- `str [address] [value]` -> str(value) and copy it to given address
- `flt [address] [value]` -> float(value) and copy it to given address
- `inp [address]` -> get string input from user
- `cal [labelName]` -> call given label
- `ext [code]` -> exit program with given code.
- `add [address] [left] [right]` -> add left and right and copy it to given address
- `sub [address] [left] [right]` -> subtract left and right and copy it to given address
- `mul [address] [left] [right]` -> multiply left and right and copy it to given address
- `div [address] [left] [right]` -> divide left to right and copy it to given address
- `mod [address] [left] [right]` -> modulo left to right and copy it to given address
- `pow [address] [left] [right]` -> power left and right and copy it to given address
- `grt [leftAddress] [rightAddress] [index]` -> jump to given index if left > right
- `goe [leftAddress] [rightAddress] [index]` -> jump to given index if left >= right
- `les [leftAddress] [rightAddress] [index]` -> jump to given index if left < right
- `loe [leftAddress] [rightAddress] [index]` -> jump to given index if left <= right
- `eql [leftAddress] [rightAddress] [index]` -> jump to given index if left == right
- `neq [leftAddress] [rightAddress] [index]` -> jump to given index if left != right
- `lad [leftAddress] [rightAddress] [index]` -> jump to given index if left && right
- `lor [leftAddress] [rightAddress] [index]` -> jump to given index if left || right