Awesome

Tovie Lang

An Advanced Programming Language (Compiler + Interpreter + Transpiler ).

Docs :

For Help join our discord server : https://discord.gg/3h5S2cSbm8

https://github.com/Jaysmito101/tovie/wiki

What can it do?

All Arithmetic operations
Dynamic Memory Allocation
Call Native Functions By Loading DLL or SO
String management
Library System
While, Do, For loops
If statements
User Input, ...

Todo

A standard library in tovie
A standard library implemented in c
Add more examples

Usage

Usage: C:\Users\Jaysmito Mukherjee\Desktop\tovie\bin\tovie.exe [options] <input>

Options:
  -h, --help ............ prints this message and exits
  -v, --version ......... prints tovie's version and exits
  -r, --run ............. runs <input> instead of compiling (`-f` will specify the backend; will also compile if `-o` is given)
  -d, --debug ........... prints useful debug information
  -o, --output <path> ... specifies the output-file
  -f, --format <format> . specifies the output-format (bytecode,table,c,python; default: bytecode)
  -i, --include <path> .. specifies include directories (can be used multiple times)
  -I, --input <format> .. specifies the input-format (source,bytecode; default: extension)

Examples :

1. Hello World

proc_main
    "Hello World!"
    puts
proc_end

2. Factorial

def<factorial 1>
proc_factorial
1 memset_0
true while
	dup memget_0 * memset_0
	1 -
	dup > 0
while_end
memget_0
proc_end

4. Using Arrays

dec data:int[35]
proc_main
dec i:int
0 >i
1
for_15
	dup >data[i]
	1 +
	<i 1 + >i
for_end

for_15
	<i 1 - >i
	<data[i] println
for_end
proc_end

5. Rule 110 (Proving Tovie is Turing Complete)

 dec board:int[32]
def<COUNT 16>

def<print_arr 2>
proc_2
	dec tmp:int
	0 >tmp
	32 for
		<board[tmp]
		if dup 1 == do
			"#" puts
		end_if
		if 0 == do
			"-" puts
		end_if
		<tmp 1 + >tmp
	for_end
proc_end

def<load_arr 3>
proc_3
	0 >board[0]
	0 >board[1]
	0 >board[2]
	0 >board[3]
	0 >board[4]
	1 >board[5]
	0 >board[6]
	1 >board[7]
	0 >board[8]
	0 >board[9]
	0 >board[10]
	0 >board[11]
	0 >board[12]
	0 >board[13]
	0 >board[14]
	0 >board[15]
	0 >board[16]
	0 >board[17]
	0 >board[18]
	0 >board[19]
	0 >board[20]
	1 >board[21]
	0 >board[22]
	1 >board[23]
	0 >board[24]
	0 >board[25]
	0 >board[26]
	0 >board[27]
	0 >board[28]
	0 >board[29]
	0 >board[30]
	0 >board[31]
proc_end

def<cycle_core 5>
proc_5
	dec t1:int
	dec t2:int
	dec t3:int
	>t3 >t2 >t1
	if <t1 0 == <t2 0 == && <t3 0 == && do
		0 ret
	end_if
	if <t1 0 == <t2 0 == && <t3 1 == && do
		1 ret
	end_if
	if <t1 0 == <t2 1 == && <t3 0 == && do
		1 ret
	end_if
	if <t1 0 == <t2 1 == && <t3 1 == && do
		1 ret
	end_if
	if <t1 1 == <t2 0 == && <t3 0 == && do
		0 ret
	end_if
	if <t1 1 == <t2 0 == && <t3 1 == && do
		1 ret
	end_if
	if <t1 1 == <t2 1 == && <t3 0 == && do
		1 ret
	end_if
	if <t1 1 == <t2 1 == && <t3 1 == && do
		0 ret
	end_if
proc_end


def<do_cycle 4>
proc_4
	dec b0:int
	dec b1:int
	dec tmp2:int
	dec tmp3:int
	dec tmp4:int
	dec tmp5:int
	dec tmp:int
	<board[0] >b0
	<board[1] >b1
	0 >tmp
	32 for
		<board[tmp]
		if <tmp 30 < do
			<board[tmp]
			<tmp 1 + >tmp2
			<board[tmp2]
			<tmp 2 + >tmp2
			<board[tmp2]
			>tmp5
			>tmp4
			>tmp3
		end_if
		if <tmp 30 == do
			<b0 >tmp5
			<tmp 1 + >tmp2
			<board[tmp2] >tmp4
			<board[tmp] >tmp3
		end_if
		if <tmp 31 == do
			<b0 >tmp5
			<b1 >tmp4
			<board[tmp] >tmp3
		end_if
		<tmp3 <tmp4 <tmp5 cycle_core call
		>board[tmp]
		<tmp 1 + >tmp
	for_end
proc_end

proc_main
	load_arr call
	COUNT for
		print_arr call
		" " putsln
		do_cycle call
	for_end
proc_end

How to install and use tovie?

Requirements:

git (optional)
make
g++

You have to download this repository, you go to tags and download the latest version or use git clone:

$ git clone https://github.com/Jaysmito101/tovie
$ cd tovie

To build tovie just run make:

$ make

Your built tovie executable (or tovie.exe on windows) is in bin, run tovie -h to print a help message.

Have fun using Tovie!

Support

Any support would be highly appretiated!

For example you could add a feature and contribute via pull requests or you could even report any issues with the program!

And the best thing you could do to support this project is spread word about this so that more people who might be interested in this may use this!

Please considering tweeting about this!