example.casm

; Existing Registers:

; ACC (Accumulator) "Operational Output from Logic and Arithmetic"
; B (General Purpose) "Cache"
; CIN (Input A) "Operational Input A for Logic and Arithmetic"
; DIN (Input B) "Operational Input B for Logic and Arithmetic"
; OUT (Display Output) "Displays Register Value"

; Existing Instructions:
; FUNC (ARGUMENTS):

; ADD "CIN and DIN Addition"
; SUB "CIN and DIN Subtraction"
; AND "CIN && DIN Logical Operation"
; OR "CIN || DIN Logical Operation"
; NOT (anyREGISTER) "Logical Operation"
; JMP (lineADDRESS) "Jump to Line"
; JZ (anyREGISTER, lineADDRESS) "Jump to Line if Value is 0"
; JNZ (anyREGISTER, lineADDRESS) "Jump to Line if Value is not 0"
; MOV (anyREGISTER. anyREGISTER) "Copy Value from Register A to Register B"
; SET (anyREGISTER, value) "Set Register to Integer Value (HEX)"

; Technical Information:

; The .casm code must be a maximum of 8 lines long.
; Values ​​must be less than the integer 16 (0xF)
; The line address starts with the value 0x0 and goes up to max. 0xF

; Set registers to value 
SET B, 0x4
SET DIN, 0xB

; Move register B value to register CIN
MOV B, CIN

; Adding value from CIN with value from DIN (4 + 11)
ADD

; Move result from Accumulator to Output Display
MOV ACC, OUT