Our goals:

A 16-bit VM built into the OS.
A blue colour scheme across the whole OS.
{planned apps} Calculator, Astral (programming language), Files, Settings, Chatbot (possibly), Docs.
Widgets - little displays you can drag around the homepage.

Our Team:

7368696E6F - RigelOS Leader, VM Developer, among other things.
PowPro1502 - Desktop & App Developer and Graphic Designer.

Important Links:

The official RigelOS account
RigelOS Signups Project
RigelOS Official Team Project
The official OS Wars 26 account
Main RigelOS Studio
RigelOS Developer Studio

test

For the record, I'm posting the entire instruction set.

• 1.(32)LDA : Write 16-bit value to A register
  2.(32)LD : Write 16-bit value to RAM at the address indicated by A register
  3.(32)ADD
  4.(32)SUB
  5.(48)AJ : If A equals the 16-bit immediate, set PC to the address
  6.(32)JMP : Jump to address
  7.(32)JZ : Jump if zero flag is set
  8.(32)JNZ : Jump if zero flag is not set
  9.(32)CALL : Save current PC and jump
  10.(16)RET : Return to address saved by CALL
  11.(16)INC : Increment A
  12.(16)DEC : Decrement A
  13.(64)BOOT
  14.(16)NOP : No operation
  15.(32)LDM : Write RAM data to A register
  16.(16)PUSH A : Push A register onto stack
  17.(32)PUSH : Push 16-bit immediate onto stack
  18.(16)POP A : Pop stack value into A register
  19.(32)POP : Pop stack value into RAM
  20.20.(16)CLP Free the entire stack area.
  

7368696E6F wrote:

test

I need to get an image format working, you'll be able to save it as a “.rif” file in the “Files” app (RIF stands for Rigel Image File)

7368696E6F wrote:

For the record, I'm posting the entire instruction set.

• 1.(32)LDA : Write 16-bit value to A register
  2.(32)LD : Write 16-bit value to RAM at the address indicated by A register
  3.(32)ADD
  4.(32)SUB
  5.(48)AJ : If A equals the 16-bit immediate, set PC to the address
  6.(32)JMP : Jump to address
  7.(32)JZ : Jump if zero flag is set
  8.(32)JNZ : Jump if zero flag is not set
  9.(32)CALL : Save current PC and jump
  10.(16)RET : Return to address saved by CALL
  11.(16)INC : Increment A
  12.(16)DEC : Decrement A
  13.(64)BOOT
  14.(16)NOP : No operation
  15.(32)LDM : Write RAM data to A register
  16.(16)PUSH A : Push A register onto stack
  17.(32)PUSH : Push 16-bit immediate onto stack
  18.(16)POP A : Pop stack value into A register
  19.(32)POP : Pop stack value into RAM
  20.20.(16)CLP Free the entire stack area.
  

Noted. I'll pop this into the OP (top post)

PowPro1502 wrote:

7368696E6F wrote:

test

I need to get an image format working, you'll be able to save it as a “.rif” file in the “Files” app (RIF stands for Rigel Image File)

It looks like the implementation of that will be a while off, though…

PowPro1502 wrote:

7368696E6F wrote:

For the record, I'm posting the entire instruction set.

• 1.(32)LDA : Write 16-bit value to A register
  2.(32)LD : Write 16-bit value to RAM at the address indicated by A register
  3.(32)ADD
  4.(32)SUB
  5.(48)AJ : If A equals the 16-bit immediate, set PC to the address
  6.(32)JMP : Jump to address
  7.(32)JZ : Jump if zero flag is set
  8.(32)JNZ : Jump if zero flag is not set
  9.(32)CALL : Save current PC and jump
  10.(16)RET : Return to address saved by CALL
  11.(16)INC : Increment A
  12.(16)DEC : Decrement A
  13.(64)BOOT
  14.(16)NOP : No operation
  15.(32)LDM : Write RAM data to A register
  16.(16)PUSH A : Push A register onto stack
  17.(32)PUSH : Push 16-bit immediate onto stack
  18.(16)POP A : Pop stack value into A register
  19.(32)POP : Pop stack value into RAM
  20.20.(16)CLP Free the entire stack area.
  

Noted. I'll pop this into the OP (top post)

andRAM Configuration
01: ALU, Output destination (default: A-register 0104)
02: ALU, Input 1
03: ALU, Input 2
04: ALU, Command type
05: Borrow/Loan register, Output
06: IOU, Input
07: IOU, Output available I/O (status)
08: GPU, Input 1
09: GPU, Input 2
10: GPU, Input 3
0a: GPU, Input 4
0b: GPU, Output 1
0c: GPU, Output 2
0d: GPU, Output 3
0f: GPU, Output 4
From here to ff, each UNIT has: 2 I/O (32-bit) inputs, 1 connection check, and 1 output. (= 60 units)
10: Input
11: Input
12: Connection
13: Output

0100–0111: Registers
0113–3fff: Stack

7368696E6F wrote:

PowPro1502 wrote:

7368696E6F wrote:

test

I need to get an image format working, you'll be able to save it as a “.rif” file in the “Files” app (RIF stands for Rigel Image File)

It looks like the implementation of that will be a while off, though…

I can make that quite fast, just implementation is the problem.

I am active between 0:00 and 14:00.so im sleppy now

PowPro1502 wrote:

7368696E6F wrote:

PowPro1502 wrote:

7368696E6F wrote:

test

I need to get an image format working, you'll be able to save it as a “.rif” file in the “Files” app (RIF stands for Rigel Image File)

It looks like the implementation of that will be a while off, though…

I can make that quite fast, just implementation is the problem.

They all end up being implemented in assembly language on the VM LOL