Task $2-$ Vector addition

$2$ points $-$ Write a macro program that adds two two$-$component vectors. The two vectors should first be stored as

pairs of numbers on the stack, the addition function clears these and stores the result on the stack.

Start with the following approach for the two vectors $(\frac{10}{4})$ and $(\frac{3}{2})$ and the sum $(\frac{13}{6})$ :

$.$main

BIPUSH $10$

BIPUSH $4$

BIPUSH $3$

BIPUSH $2$

$.$end$-$main

$6$ points $-$ Now extend the instruction set $($ microcode $)$ to include vector addition. The name of the function should

be IVECADD and it should not have any parameters; the vectors are passed via the stack.

The value Value $1$ corresponds to the line in the microprogram in which the first line of the implementation is

located. Precede the first line with a hexadecimal value in brackets that corresponds to the previous Value$1.$ The

function will be in this line after compilation. This value should be unique in the microprogram, otherwise you will

receive an error message.

By calling the stack, the last four words on the stack $($from bottom to top: Vector$1.$x Vector$1.$y Vector$2.$x Vector$2.$y$)$

should be replaced by the two words of the solution. After a call, the original vectors are gone! THIS IS A MIC$1$ CODE

THIS is not a macroassembly code

This is a microprogramm code so what you need to do is to create such a microassembler that is named IVECADD which has language like this:

Main$1$: PC$=$PC$+1$; fetch; goto$($MBR$)$

$(0$x$00)$NOP:; goto Main$1$

$(0$x$10)$BIPUSH: SP$=$MAR$=$SP$+1$;

PC$=$PC$+1$; fetch

MDR$=$TOS$=$MBR; wr; goto Main$1$;

$(0$x$13)$ISUB: MAR$=$SP$=$SP$-1$; rd

H$=$TOS

MDR$=$TOS$=$MDR$-$H; wr; goto Main$1$

$(0$x$16)$IAND: MAR$=$SP$=$SP$-1$; rd

H$=$TOS

MDR$=$TOS$=$MDR AND H; wr; goto Main$1$

$(0$x$02)$IOR:MAR$=$SP$=$SP$-1$; rd

H$=$TOS

MDR$=$TOS$=$MDR OR H; wr; goto Main$1$

$(0$x$05)$DUP: MAR $=$ SP $=$ SP$+1$

MDR$=$TOS;wr;goto Main$1$

$(0$x$57)$POP: MAR$=$SP$=$SP$-1$; rd;

pop$1$: $//$wait

TOS$=$MDR;goto Main$1$

$(0$x$19)$SWAP: MAR$=$SP$-1$; rd;

MAR$=$SP

H$=$MDR;wr

MDR$=$TOS

MAR$=$SP$-1$; wr

TOS$=$H; goto Main$1$

$(0$x$0$D$)$IADD: MAR$=$SP$=$SP$-1$; rd

H$=$TOS

MDR$=$TOS$=$MDR$+$H; wr; goto Main$1$

$(0$x$1$F$)$ILOAD:H$=$LV;

MAR$=$MBRU$+$H;rd;

iload$3$: MAR$=$SP$=$SP$+1$;

PC$=$PC$+1$; fetch; wr;

TOS$=$MDR; goto Main$1$

$(0$x$24)$ISTORE: H$=$LV

MAR$=$MBRU$+$H

istore$3$: MDR$=$TOS;wr;

SP$=$MAR$=$SP$-1$;rd

PC$=$PC$+1$;fetch

TOS$=$MDR; goto Main$1$

$(0$x$2$A$)$WIDE: PC$=$PC$+1$; fetch; goto$($MBR or $0$x$100)$

$(0$x$2$B$)$LDC$\_$W: PC$=$PC$+1$; fetch;

H$=$MBRU

H$=$MBRU OR H

MAR$=$H$+$CPP; rd; goto iload$3$

$(0$x$2$F$)$IINC: H$=$LV

MAR$=$MBRU$+$H; rd

PC$=$PC$+1$; fetch

H$=$MDR

PC$=$PC$+1$; fetch

MDR$=$MBR$+$H; wr; goto Main$1$

$(0$xA$7)$GOTO:OPC$=$PC$-1$

goto$2$: PC$=$PC$+1$; fetch;

H$=$MBR

H$=$MBRU OR H

PC$=$OPC$+$H; fetch

goto Main$1$

$(0$x$09)$IFLT: MAR$=$SP$=$SP$-1$; rd;

OPC$=$TOS

TOS$=$MDR

N$=$OPC; if$($N$)$ goto T; else goto F

$(0$x$35)$IFEQ:MAR$=$SP$=$SP$-1$; rd;

OPC$=$TOS

TOS$=$MDR

Z$=$OPC; if$($Z$)$ goto T; else goto F

$(0$x$39)$IF$\_$ICMPEQ: MAR$=$SP$=$SP$-1$; rd

MAR$=$SP$=$SP$-1$

H$=$MDR;rd

OPC$=$TOS

TOS$=$MDR

Z$=$OPC$-$H; if$($Z$)$ goto T; else goto F

F:PC$=$PC$+1$

PC$=$PC$+1$; fetch;

goto Main$1$

$(0$x$13$F$)$T:OPC$=$PC$-1$;fetch; goto goto$2$

$(0$xB$6)$INVOKEVIRTUAL:PC$=$PC$+1$; fetch

H$=$MBRU

H $=$ MBRU OR H

MAR$=$CPP $+$ H; rd

OPC $=$ PC$+1$

PC$=$MDR; fetch

PC$=$PC$+1$; fetch

H $=$ MBRU

H $=$ MBRU OR H

PC$=$PC$+1$; fetch

TOS$=$SP$-$H

TOS$=$MAR$=$TOS$+1$

PC$=$PC$+1$; fetch

H $=$ MBRU

H $=$ MBRU OR H

MDR $=$ SP $+$ H $+1$; wr

MAR$=$SP$=$MDR

MDR $=$ OPC; wr

MAR $=$ SP $=$ SP$+1$

MDR $=$ LV; wr

PC$=$PC$+1$; fetch

LV$=$TOS; goto Main$1$

$(0$xCC$)$IRETURN:MAR$=$SP$=$LV; rd

ireturn$1$: $//$wait

LV$=$MAR$=$MDR; rd

MAR$=$LV$+1$

PC$=$MDR;rd;fetch

MAR$=$SP

LV$=$MDR

MDR$=$TOS; wr; goto Main$1$

addtional information:

you need to test run it in following website to ensure it is working: https:$//$vs$-$ude.github.io$/$mic$-1-$toolbox$/$