JASMtable

Commands: (Program_Counter starts at 200)
NON - Tells the CPU to not use New Lines on print functions
CHC - Tells the CPU to do a Checksum function, sets Register_A to 1 if the checksum passes
RGAB - Compares Register B and Register A, if Register A = Register B then do next instruction otherwise do second instruction from the RGAB instruction. Use this in conjunction with CHC to create a Checksum verify technique.
SKP - Skips over next instruction.
A,[value] - Sets Register_A to [value]
B,[value] - Sets Register_B to [value]
T,[value] - Sets Register_Temp to [value]
P,[value] - If [value] is 1 then it prints ASCII from Register A, if [value] is 2 it prints ASCII from Register B, if [value] is 3 then it prints ASCII from Register Temp, if [value] is 4 then it prints a new line.
LIN - Tells the CPU to use New Lines on print functions
CHK,[checksum] - Tells the compiler that the predefined checksum is the value next to it.
END	- Tells the CPU to stop executing code.
; - Comment (there is an error where it treats the Comment as character 0000, so dont use this only at the end of a file.)
FJT - Tells the CPU to Jump from Register_Temp.
J,[value] - Jumps to [value]. (basically sets Program_Counter to [value])
Assembled CPU functions: (for those who want to make your own JASM compiler, these are all also in Hex)
0000 - Nothing
00EA - Skips over next instruction
0100 - Shift Register_A to Register_B
0200 - Shift Register_B to Register_A
0300 - Shift Register_Temp to Register_A
0400 - Shift Register_A to Register_Temp
00EB - Do an IF statement (RGAB type IF statement)
00EC - Do what CHC does
00ED - Enable Newlines on Print function
00EE - Disable newlines on Print function
00EF - Does what FJT does
1nnn - Sets Register_A to nnn
2nnn - Sets Register_B to nnn
3nnn - Sets Register_Temp to nnn
400n - Base print class
	4001: Print from Register_A
	4002: Print from Register_B
	4003: Print from Register_Temp
	4004: Print a Newline
	Default: Print from Register_A
5nnn - Jump to NNN (sets Program_Counter to NNN)
600n - Does math function (Register A Math Function Register B = Register Temp
	0001 - Add
	0002 - Subtract
	0003 - Divide
	0004 - Multiply
	0005 - Modulo
	Default - Add
7nnn - Delays for nnn
8nnn - Byte writes Register_Temp to address NNN
9000 - Incomplete
Annn - Byte reads Register_Temp from address NNN
F000 - End program