Program runs from up to the down

Each line consists of the command name and the value (constant value or memory address)

Commands are:

• 0000 - LODA - loads value from the given memory address to the A-register
• 0001 - LODB - loads value from the given memory address to the B-register
• 0010 - SETA - sets the given constant value to the A-register
• 0011 - SETB - sets the given constant value to the B-register
• 0100 - SAVEA - saves the value from the A-register to the given memory address
• 0101 - SAVEB - saves the value from the B-register to the given memory address
• 0110 - SUM - sums values from the A and B registers and saves it to the given memory address
• 0111 - AND - does AND logic operation on A and B registers and saves it to the given memory address
• 1000 - OR - does OR logic operation on A and B registers and saves it to the given memory address
• 1001 - LSH - does left bit shifting on A-register and saves the result in the given memory address
• 1010 - RSH - does right bit shifting on A-register and saves the result in the given memory address
• 1011 - WRT - writes value from the given memory address to the output console
• 1100 - GOUP - goes up in the code on the given constant number of lines
• 1101 - GODW - goes down in the code on the given constant number of lines
• 1110 - IF - runs the code below if the value from the given memory address is > 0, otherwise skips 1 line of code below
• 1111 - HALT - stops the program

Memory address is a value between 0000 and 0011