A while ago devast8a released a processor that had been made in powder toy. Later UM3K developed a way to load commands onto the processor efficiently. However you still have to fill in all the things in binary commands. Therefore I designed a simple programming language and compiler for the processors CNCT stack. (labelled "PCL Computer")

Instructions

- The Computer
The computer that is being used has 26 buttons that can be activated by a single click with NUET. A LCRY light should come on up the top, wait for it to turn off before writing the next command. to copy the stack copy from the red squares (Inclusive), and place it onto the stack on the processor. NOTE: use 'processor w/ stack (2)' as it has been modified for use with the programming computer. I take no credit for processor w/ stack (2)

- The language
The language is very basic, with no loops or conditional statements as the processor does not support it. There are 3 variables A, B and C you can write to A and B using constants or the storage.
to assign a constant: (2 line) (N/A for variable C)
---CON->A
---The Constant
eg:
---CON->B
---10
To assign to Storage: (2 line)
---A->STORE
--- Position in Storage //There are 16 Positions to write to (0-15)
To Read from Storage: (2 line) (N/A for variable C)
--- STORE->A
---Position in Storage
To add variable A and B and put the result in C
---ADD
To Subtract the variable B from A (A-B) and put the result in C
---SUB

Then when you have completed your program use NUL (you can hold down and the computer will lower the electric current automatically) to move your program down to the bottom so that it can be read instantly (when the CNCT is inline with the red arrow) to finnish compiling.
Finally, To stamp select everything within (and including) the red squares and export into another Simulation which can then be uploaded wherever you want.
The Maximum file size for these programs is 14 bytes or 28 lines! It is possible to split programs up into multiple stamps however this requires user interaction and is preferred against!

Example Program:
This program will subtract 2 from 6 and place the result in ram 10. (result should be 0100)
---CON->A
---6
---CON->B
---2
---SUB
---C->STORE
---10


LoadSaveBlock(47751);
LoadSaveBlock(44935);

Thanks for showing me how to link HeyJD
I'm fairly new

I was originally going to do it for a solid state on devasts cpu2 but I couldn't wait that long :P

the current solid state stack is actually smaller, it is 10bytes while the hard stack is 14 bytes. Also it would take longer to program because the time difference required is longer (don't ask me why)

EDIT: I think its because it uses heat and has to cool down

Which register are you trying to use and which ram slot. most helpful would be to post up the entire program