// Move register to register
mov_rr
// Move literal into register
mov_rl
// Move register pointer into register
mov_rp
// Move register into register pointer
mov_pr
// Move literal pointer into register
mov_rlp
// Move register into literal pointer
mov_lpr
// Pop a dword off the stack into a register
pop
// Push a register onto the stack
push_r
// Push a dword onto the stack
push_l
// Jump
jmp
// Jump if less
jl
// Jump if equal
je
// Jump if greater
jg
// Jump if less than or equal
jle
// Jump if greater than or equal
jge
// Add a register to a register
add_rr
// Add a literal to a register
add_rl
// Subtract a register from a register
sub_rr
// Subtract a literal from a register
sub_rl
// Compare a register to another register
cmp_rr
// Compare a register to a literal
cmp_rl
// Halt the application
halt
// Sleep execution for a while
sleep
// Write the value of a register
write_r
// Write a literal 4 byte integer
write_i
// Write a literal character
write_c
// Write a string (literal address)
write_ls
// Write a string (register pointer)
write_rs
// Increment a register
inc
// Decrement a register
dec
// Jump if not equal
jne
// Call to literal address
call
// Return from call
ret
// Modulus (r % r)
mod_rr
// Modulus (r % l)
mod_rl
// External call to function in call table
extcall
// XOR register with another register
xor_rr
// XOR register with a literal
xor_rl
// OR register with another register
or_rr
// OR register with a literal
or_rl
// AND register with another register
and_rr
// AND register with a literal
and_rl
// Bitwise NOT a register
not
// Mathematical sign inversion of a register
neg
// Push all registers
pushad
// Pop all registers
popad
// Multiply two registers
mul_rr
// Multiply a register by a literal
mul_rl
// Divide two registers
div_rr
// Divide a register by a literal
div_rl
// Divide a literal by a register
div_lr
// Bitwise shift left (e.g. shl eax, eax)
shl_rr
// Bitwise shift left (e.g. shl eax, 2)
shl_rl
// Bitwise shift right (e.g. shl eax, eax)
shr_rr
// Bitwise shift right (e.g. shl eax, 2)
shr_rl
// Jump if overflow flag is set
jo
// Jump if overflow flag is not set
jno