laba4

gistfile1.asm

         .DATA
Matr DB 13,10,'Ishodnya matrica: ',13,10,0
Result1 DB ' '
ResStr1 DB 16 DUP (' '),13,10,0
res2 db ' '
ResStr2 DB 5 DUP (' '),13,10,0
Perechod DB 13,10,' ',13,10,0
result db 13,10,'Result:  ',13,10,0
ots db ' ',0
A SDWORD 20,3,4,5,6
  SDWORD 3,4,5,6,6
  SDWORD 0,7,8,9,7
  SDWORD -9,7,-8,1,8
x sdword 1200
         .DATA?
z SDWORD ?,?,?,?,?
y sdword ?
z1 sdword ?
buffer DB 10 DUP (?)
inbuf DB 100 DUP (?)
        .CODE
Start:
mov eax,x
mov edi,0
mov ecx,5
mov edx,0
    cycle1: 
    push ecx
    mov ecx,4
    mov ebx,0
    push eax
        cycle2:
            cmp eax,A[ebx+edi]
         
            jle con1
            mov eax,A[ebx+edi]
                con1:
                    add ebx,20
        loop cycle2
    mov z[edx],eax
    pop eax
    pop ecx
    add edi,4
    add edx,4    
loop cycle1

 Invoke StdOut,ADDR Perechod
Invoke StdOut,ADDR Matr
mov EBX,0 
mov ECX,4
cycle3: 
	push ECX
	mov ECX,5
	mov z1,5
	mov EAX,0	
	Invoke StdOut,ADDR Perechod
		cycle4: 
			Invoke dwtoa,A[EBX],ADDR ResStr1
			Invoke StdOut,ADDR Result1
			mov ECX,z1
			dec z1
			add EBX,4
		loop cycle4
pop ECX 
loop cycle3
Invoke StdOut,ADDR Perechod
Invoke StdOut,ADDR result
mov ebx,0
mov ecx,5
mov z1,5
output:
    Invoke dwtoa,z[ebx],ADDR ResStr2
    Invoke StdOut,ADDR res2
    mov ECX,z1
    dec z1
    add ebx,4
loop output
; 
;    Add you statements
;
         XOR    EAX,EAX
         Invoke StdOut,ADDR MsgExit
         Invoke StdIn,ADDR inbuf,LengthOf inbuf		
	
         Invoke ExitProcess,0
         End    Start