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StatusInsopcode
(first 6 bits)		1 bit9 bitsDescriptionExampleSyntax
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0okINP0x0register selectorinput channelinput - input channel 2 - ascii keyboard<#LABELNAME> COMMAND <Rx/y>,< Rx/y> / 8-bit number
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0okOUT0x1register selectorinput channeloutput - output channel 2 - numeric console, 3 - binary console, 4 - ascii console!!! ONLY SPACES AND NO TABS OR \n
after labelname
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0okLDR0x02register selector1st bit - whether load is done with adress from another register / immediate value
last 8 bits : memory address if immediate value is used / lsb register selector		load reg ( in memory)LDR R0,R1
LDR R1,255
000010 0 0 000 0000 1
000010 1 1 1111 1111		no whitespaces between ,
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0okSTR0x03register selector1st bit - whether store is done with adress from another register / immediate value
last 8 bits : memory address if immediate value is used / lsb register selector		store reg (in memory)STR R0, R1
STR R0,128
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0okHLT0x04--stop
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0okJMS0x05if 0, use register from lsb from the 9 bits, otherwise use 8 bit immediate address valueimmediate value if used / register selectorjumpJMS R0
000101 0 0000 0000 0
JMS 255
000101 1 01111 1111
JMS #LABEL
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0okPSH0x06register selector-stack push
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0okPOP0x07register selector-stack pop
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0okRET0x08--suboutine return
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0okCMP0x09register selector1st bit - whether comparison is done with another register / immediate value

immediate comparison : next 8 bits are the value with which the register is compared

register comparison : lsb indicates the register used for comparison		compare
CMP A,B // NZCV
A == B // 0110
A < B // 1000
A > B // 0010		CMP R0,255
command bits look like : opcode(first 6) - 0(register selector) - 1 (first bit indicates immediate comparison is done) 1111 1111(255, imediate value)
so : <opcode>0 1 1111 1111

CMP R1,R0
command bits look like : opcode(first 6) - 1(register selector) - 0 (first bit indicates register comparison is done) 0000 0000(0, because register 0 is used)
so : <opcode>0 0 0000 0000
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0okBRA0x0A-8 bit mem address (msb unused)branch always
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0okBEQ0x0B-8 bit mem address (msb unused)br equal
when Z=1, C=1
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0okBRZ0x0C-8 bit mem address (msb unused)branch if accumulator is zero

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0okBMI0x0D-8 bit mem address (msb unused)Branch if minus
(when N == 1)
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0okBPL0x0E-8 bit mem address (msb unused)branch plus
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0okBGT0x0F-8 bit mem address (msb unused)branch >
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0okBLT0x10-8 bit mem address (msb unused)branch <
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0okADD0x11register destination1st bit - whether operation is done with another register / immediate value
register operation : lsb indicates the register used for operation
immediate operation : next 8 bits are the value with which the register does the operation
additionADD R0, R1
command bits : opcode(first 6),0(register 0 used), 0(first bit in the 9 bits indicates register is used as second operand), 0000 0001 (register 1 used)
so : <opcode>0 0 0000 0001
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0okSUB0x12register destinationsubtraction
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0okMUL0x13register destinationmultiplication
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0okDIV0x14register destinationdivision
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0okMOD0x15register destinationmodulus
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0AND0x16register destinationbitwise and
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0okOR0x17register destinationbitwise orXOR R0, 128
command bits : opcode(first 6),1(register 1 used), 1(first bit in the 9 bits indicates immediate value is used as second operand), 1000 0000 (128)
so : <opcode>1 1 1000 0000
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0XOR0x18register destinationbitwise xor
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0>>0x19register destinationshift right
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0<<0x1Aregister destinationshift left
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0NOT0x19register destination-bitwise not
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0okMOV0x1Cregister destination8-bit immediate value (msb unused)move imeediate value into register
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