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Задачи по ассемблеру


1)short M[12][18];

short* px;

short a, b;

struct s{

char ss[20];

double x[4];

short n;

float z;

};

s s1;

short m;

int i, j;

m = M[i][j+1]*a + (*px)/b — s1.n;

asm{

imul edi, i, 18

add edi, j

inc edi

mov bx, word ptr M[edi*2]

imul bx, a

mov ecx, px

mov ax, word ptr [ecx]

cwd

idiv b

add ax, bx

sbb ax, word ptr s1[20*1+4*8]

mov m, ax

}

2)short N[4][20];

short* pj;

short f, g;

struct s{

double y[8];

short d;

char c[8];

};

s s2;

short n;

int j, k;

n = f*s2.d/(*pj) + g*N[j][k*2]

asm{

mov ax, f

imul word ptr s2[8*8]

mov ecx, pj

mov bx, word ptr [ecx]

idiv bx

imul edi, j, 20

imul esi, k, 2

add edi, esi

mov bx, word ptr N[edi*2]

imul bx, g

add ax, bx

mov n, ax

}

3)short R[8][14];

short r, t;

short *pi;

struct s{

int u;

char w[4];

short v;

double y;

};

s s3;

short p;

int i, k;

p = r/s3.v + t*R[k+2][i] — *pi;

asm{

mov ax, r

cwd

idiv word ptr s3[4+1*4]

imul edi, k, 14

add edi, i

add edi, 2*14

mov bx, word ptr R[edi*2]

imul bx, word ptr t

add ax, bx

mov ecx, pi

mov bx, word ptr [ecx]

sbb ax, bx

mov p, ax

}

4)short K[6][8];

short m, n;

short *pk;

short r;

struct s{

float x[3];

char cc[10];

short z;

double g;

};

s s4;

int i, j;

r = s4.z*K[i][j-2]/m + n/(*pk);

asm{

imul edi, i, 8

add edi, j

sub edi, 2

mov ax, word ptr K[edi*2]

imul word ptr s4[4*3+1*10]

idiv m

mov bx, ax

mov ecx, pk

mov cx, word ptr [ecx]

mov ax, n

cwd

idiv cx

add ax, bx

mov r, ax

}

5)short D[9][10];

short e, f;

short *pl;

struct s{

char x[6];

short t;

float y[8];

};

s s5;

short q;

int i, j;

q = *pl + D[2*i][j]/e + f*s5.t;

asm{

imul edi, i, 10*2

add edi, j

mov ax, word ptr D[edi*2]

cwd

idiv word ptr e

mov bx, f

imul bx, word ptr s5[6*1]

mov ecx, pl

mov cx, word ptr [ecx]

add ax, bx

add ax, cx

mov q, ax

}

6)short Y[3][6];

short p, q;

short *pm;

struct s{

char d[12];

float r;

unsigned short g;

};

s s6;

short w;

int i, j,k;

w = s6.g*p/q + (*pm)/Y[i+k][j];

asm{

mov eax, i

add eax, k

imul edi, eax, 6

add edi, j

mov bx, word ptr Y[edi*2]

mov ecx, pm

mov ax, word ptr [ecx]

cwd

idiv bx

mov w, ax

mov ax, word ptr s6[12*1+1*4]

imul word ptr p

idiv word ptr q

add w, ax

}

7)unsigned short G[12][8];

unsigned short k, l;

unsigned short u;

unsigned short *pg;

struct s{

float r;

int a;

short k;

unsigned short g;

};

s s7;

int i, j;

u = k/G[i+2][j]*(*pg) — s7.g/l;

asm{

mov eax, i

add eax, 2

mov edi, 8

imul edi, eax

add edi, j

mov ax, word ptr k

cwd

div word ptr G[edi*2]

mov ecx, pg

mul ax, word ptr [ecx]

mov u, ax

mov ax, word ptr s7[4+4+2]

cwd

div word ptr l

sub u, ax

}

8)unsigned short H[6][8];

unsigned short u, v;

unsigned short *ph;

unsigned short t;

struct s{

int b[2];

char c[20];

unsigned short d;

float f;

};

s s8;

int j, k;

t = s8.d/(*ph) + H[k][j-2]*u + v;

asm{

mov ecx, ph

mov ax, word ptr s8[2*4+20*1]

cwd

div word ptr [ecx]

mov t, ax

mov di, word ptr k

mov ax, 8

mul di

add ax, word ptr j

sub ax, 2

movzx edi, ax

mov ax, word ptr H[edi*2]

mul ax, word ptr u

add t, ax

mov ax, word ptr v

add t, ax

}

9)unsigned short B[6][8];

unsigned short z, x;

unsigned short *pj;

unsigned short u;

struct s{

double x[2];

unsigned short d;

char w[10];

}

s s9;

int j, k;

u = z/x + B[k][j-1]*s9.d — *pj;

asm{

mov ax, word ptr k

mov bx, 8

mul ax, bx

movzx edi, ax

add edi, j

dec edi

mov ax, word ptr B[edi*2]

mul ax, word ptr s9[2*8]

mov u, ax

mov ax, word ptr z

cwd

div word ptr x

add u, ax mov ecx, pj

mov cx, word ptr [ecx]

sub u, cx

}

10)unsigned short Z[6][24];

unsigned short g, t;

unsigned short *pr;

unsigned short e;

struct s{

float w[10];

int id;

unsigned short y;

};

s s10;

int j, k;

e = t/(*pr) + Z[k+2][j]*q — s10.y;

asm{

mov ax, word ptr k

add ax, 2

mov bx, word ptr 24

mul ax, bx

add ax, word ptr j

movzx edi, ax

mov ax, word ptr Z[edi*2]

mul ax, word ptr q

mov e, ax

mov ecx, pr

mov cx, word ptr [ecx]

mov ax, word ptr t

cwd

div cx

add e, ax

mov ax, word ptr s10[10*4+4]

sub e, ax

}

11)unsigned short U[80][120];

unsigned short d, a;

unsigned short u;

unsigned short *pu;

struct s{

int m;

char c[24];

unsigned short w;

double z;

};

s s11;

int i, k;

u = d*U[k-2][i]/(*pu) + a — s11.w;

asm{

mov ax, word ptr k

sub ax, 2

mov bx, word ptr 120

mul ax, bx

add ax, word ptr i

movzx edi, ax

mov ax, word ptr U[edi*2]

mul ax, word ptr d

mov ecx, pu

cwd

div word ptr [ecx]

add ax, word ptr a

sbb ax, word ptr s11[1*4+24*1]

mov u, ax

}

12)unsigned short A[40][60];

unsigned short n, b;

unsigned short x;

struct s{

char p[36];

double f[4];

unsigned short h;

int u;

};

s s12;

unsigned short *pf;

int i, k;

x = n*b/s12.h + *pf — A[k+2][i];

asm{

mov ax, word ptr n

mul ax, word ptr b

cwd

div word ptr s12[36*1+4*8]

mov ecx, pf

add ax, word ptr [ecx]

mov x, ax

mov ax, word ptr k

add ax, 2

mov bx, word ptr 60

mul ax, bx

add ax, word ptr i

movzx edi, ax

mov ax, word ptr A[edi*2]

sub x, ax

}

13)int K[6][8];

int u, m;

int h;

int *pf;

struct s

{

char f[16];

int w;

float d;

int t;

};

s s13;

int k, j;

h = K[k+2][j]*u/m + *pf — s13.t;

asm{

mov ebx, k

add ebx, 2

imul edi, ebx, 8

add edi, j

mov eax, dword ptr K[edi*4]

imul u

idiv m

mov ecx, pf

add eax, [ecx]

sub eax, dword ptr s13[16+4+4]

mov h, eax

}

14)int H[10][80];

int g, k;

int r;

int *pf;

struct s

{

double e[4];

char u[26];

int f;

};

s s14;

int j, i;

r = (g*s14.f — *pf)/H[j][i+1] + k;

asm{

imul edi, j, 80

add edi, i

inc edi

mov ebx, dword ptr H[edi*4]

mov eax, dword ptr g

imul dword ptr s14[4*8+26]

mov ecx, pf

sub eax, [ecx]

cdq

idiv ebx

add eax, k

mov r, eax

}

15)int H[20][50];

int r, t;

int e;

int *pq;

struct s

{

int m;

float b[5];

int x;

};

s s15;

int k, j;

e = (t/s15.x + r)*H[k-2][j] — *pq;

asm{

mov eax, dword ptr t

cdq

idiv dword ptr s15[4+5*4]

add eax, r

mov ebx, k

sub ebx, 2

imul edi, ebx, 50

add edi, j

imul dword ptr H[edi*4]

mov ecx, pq

sub eax, [ecx]

mov e, eax

}

16)int R[24][72];

int f, g;

int a;

int *pc;

struct s

{

double d[4];

int k[4];

char c[4];

int e;

};

s s16;

int i, j;

f + *pc — (R[i][j+1] + g)/s16.e;

asm{

mov eax, g

imul edi, i, 72

add edi, j

inc edi

add eax, dword ptr R[edi*4]

cdq

idiv dword ptr s16[4*8+4*4+4]

mov ebx, dword ptr f

sub ebx, eax

mov ecx, pc

add ebx, [ecx]

mov a, ebx

}

17)double X[12][18];

int r, t;

double e;

float *q;

struct s

{

int i;

float b[5];

int j;

};

s sA;

int m, n;

e = t*sA. b[3]/r + X[m][n+2] — *q;

asm{

fild t

fld dword ptr sA[4+4*3]

fmulp st(1), st(0)

fild r

fdivp

imul edi, m, 18

add edi, n

add edi, 2

fld qword ptr X[edi*8]

faddp

mov edx, q

fld [edx]

fsub

fstp e

}

18)float Z[24][72];

float f, g;

int a;

double *p;

struct s

{

double d[4];

int k[4];

char c[4];

short e;

};

s sB;

int i, j;

q = a + *p — Z[2*i][j+1]*g/sB. e;

asm{

imul edi, i, 72*2

add edi, j

inc edi

fld dword ptr Z[edi*4]

fld g

fmulp st(1), st(0)

fild word ptr sB[4*8+4*4+1*4]

fdivp

mov ecx, p

fld qword ptr [ecx]

fsubrp

fild dword ptr a

faddp st(1), st(0)

fstp f

}

19)int M[20][64];

int* q;

int u, v,m;

struct s{

double z[8];

int n;

char ss[20];

float z;

};

s s1;

int i, j;

m = M[i][j]/u + (*q)*v — s1.n;

asm{

imul edi, i, 64

add edi, j

mov eax, dword ptr M[edi*4]

cdq

idiv dword ptr u

mov m, eax

mov ecx, q

mov eax, [ecx]

imul eax, v

add m, eax

mov eax, dword ptr s1[8*8]

sbb m, eax

}

20)short N[4][20];

short* pj;

short f, g,n;

struct s{

double y[8];

short d;

char c[8];

};

s s2;

short n;

int i, j,k;

n = f * s2.d / *pj + g*N[j][k*2]

asm{

mov ecx, pj

mov ax, word ptr f

imul word ptr s2[8*8]

idiv word ptr [ecx]

mov n, ax

imul edi, j, 20

imul esi, k, 2

add edi, esi

mov ax, word ptr N[2*edi]

imul ax, word ptr g

add n, ax

}

21)int Z[8][14];

int r, t,p;

int *px;

struct s{

int m;

float w[4];

int v;

double y;

};

s s3;

int i, k;

p = r*s3.v — t/Z[k+2][i] + *px;

asm{

mov eax, r

imul eax, dword ptr s3[4+4*4]

mov p, eax

mov ebx, k

add ebx, 2

imul edi, ebx, 14

add edi, i

mov ebx, dword ptr Z[edi*4]

mov eax, t

cdq

idiv dword ptr Z[edi*4]

sub p, eax

mov edx, px

mov eax, [edx]

add p, eax

}

22)short B[60][80];

short m, n,r;

short *qx;

short r;

struct s{

float x[2];

char c[40];

short z;

double g;

};

s s4;

int i, j;

r = s4.z * B[i][j-2] + m – n/(*qx);

asm{

imul edi, i, 80

add edi, j

sub edi, 2

mov ax, word ptr B[2*edi]

imul ax, word ptr s4[2*4+40]

add ax, m

mov r, ax

mov ecx, qx

mov ax, n

cwd

idiv word ptr [ecx]

sub r, ax

}

23)short F[12][40];

short e, f,q;

short *p;

struct s{

char x[60];

short t;

float y[8];

};

s s5;

int i, j;

q = *p — F[i][j*2] / e + f * s5.t;

asm{

imul edi, i, 40

imul esi, j, 2

add edi, esi

mov ax, word ptr F[edi*2]

cwd

idiv word ptr e

mov edx, p

mov cx, word ptr [edx]

sub cx, ax

mov ax, f

imul ax, word ptr s5[60]

add ax, cx

mov q, ax

}

24)unsigned short C[30][16];

unsigned short p, q,w;

unsigned short *pn;

struct s{

char c[24];

float x[8];

unsigned short g;

};

s s6;

int i, j,k;

w = s6.g*p/q — (*pn)*C[i+k][j+k];

asm{

mov ax, word ptr s6[24+8*4]

mul ax, word ptr p

cwd

div word ptr q

mov w, ax

mov edx, pn

mov ax, word ptr [edx]

mov edx, i

add edx, k

imul edi, edx, 16

add edi, j

add edi, k

mul ax, word ptr C[edi*2]

sub w, ax

}

25)unsigned short H[12][8];

unsigned short k, l,u;

unsigned short *pg;

struct s{

float r;

int a;

double k;

unsigned short g;

};

s s7;

int i, j;

u = k/H[i+2][j]*(*pg) — s7.g/l;

asm{

mov eax, i

add eax, 2

imul edi, eax, 8

add edi, j

mov ax, k

cwd

div word ptr H[edi*2]

mov ecx, pg

mul ax, word ptr [ecx]

mov u, ax

mov ax, word ptr s7[4+4+8]

cwd

div l

sub u, ax

}

26)unsigned short G[16][80];

unsigned short u, v,t;

unsigned short *ph;

struct s{

int b;

char c[20];

unsigned short d;

float f;

};

s s8;

int j, k;

t = s8.d*(*ph) — G[k][j-2]/u + v;

asm{

mov ecx, ph

mov ax, word ptr s8[4+20]

mul ax, word ptr [ecx]

mov t, ax

imul edi, k, 80

add edi, j

sub edi, 2

mov ax, word ptr G[edi*2]

cwd

div u

sub t, ax

mov ax, v

add t, ax

}

27)unsigned short F[16][12];

unsigned short z, x,u;

unsigned short *pj;

unsigned short u;

struct s{

double z;

unsigned short d;

char s[10];

}

s s9;

int j, k;

u = z*x + F[k+1][j]/s9.d — *pj;

asm{

mov ax, z

mul ax, x

mov u, ax

mov eax, k

inc eax

imul edi, eax, 12

mov ax, word ptr F[edi*2]

cwd

div word ptr s9[8]

add u, ax

mov ecx, pj

mov ax, word ptr [ecx]

sub u, ax

}

28)unsigned short U[16][44];

unsigned short g, t,e;

unsigned short *pr;

struct s{

float w[20];

int id[10];

unsigned short y;

};

s s10;

int j, k;

e = t*(*pr) + U[k][j+2]/q — s10.y;

asm{

mov ecx, pr

mov ax, word ptr [ecx]

mul ax, t

mov e, ax

imul edi, k, 44

add edi, j

add edi, 2

mov ax, word ptr U[edi*2]

cwd

div q

sub ax, word ptr s10[20*4+10*4]

add e, ax

}

29)unsigned short W[8][12];

unsigned short d, a,u;

unsigned short *pu;

struct s{

double z;

char c[40];

unsigned short w;

double z;

};

s s11;

int i, k;

u = d + W[k-2][i]/(*pu) + a*s11.w;

asm{

mov eax, k

sub eax, 2

imul edi, eax, 12

add edi, i

mov ax, word ptr W[edi*2]

cwd

mov ecx, pu

div word ptr [ecx]

add ax, d

mov u, ax

mov ax, a

mul ax, word ptr s11[8+40]

add u, ax

}

30)unsigned short D[4][16];

unsigned short n, b,x;

struct s{

char p[64];

double v[4];

unsigned short h;

int u;

};

s s12;

unsigned short *pf;

int i, k;

x = n/b*s12.h — *pf + D[k+2][i+1];

asm{

mov ax, n

cwd

div word ptr b

mul ax, word ptr s12[64+4*8]

mov ecx, pf

add ax, word ptr [ecx]

mov ebx, k

add ebx, 2

imul edi, ebx, 16

add edi, i

inc edi

add ax, word ptr D[edi*2]

}

31)int R[16][80];

int u, m,h;

int *pf;

struct s

{

char c[64];

int w;

float d[10];

int t;

};

s s13;

int k, j;

h = R[k+2][j]/u*m + *pf — s13.t;

asm{

mov eax, k

add eax, 2

imul edi, eax, 80

add edi, j

mov eax, dword ptr R[edi*4]

cdq

idiv u

imul eax, m

mov ecx, pf

add eax, [ecx]

sub eax, dword ptr s13[64+4+10*4]

mov h, eax

}

32)int M[20][8];

int g, k,r;

int *pf;

struct s

{

double e[4];

char u[26];

int f;

};

s s14;

int j, i;

r = (g + s14.f — *pf)/M[j+1][i+1] — k;

asm{

mov eax, g

add eax, dword ptr s14[4*8+26]

mov ecx, pf

sub eax, [ecx]

cdq

mov ecx, j

inc ecx

imul edi, ecx, 8

add edi, i

inc edi

idiv dword ptr M[edi*4]

sub eax, k

mov r, eax

}

33)int R[12][24];

int r, t,e;

int *pq;

struct s

{

int m[20];

float b[16];

int x;

};

s s15;

int k, j;

e = (t*s15.x — r)/R[k+2][j] + *pq;

asm{

mov eax, t

imul eax, dword ptr s15[20*4+16*4]

sub eax, r

cdq

mov ecx, k

add ecx, 2

imul edi, ecx, 24

add edi, j

idiv dword ptr R[4*edi]

mov ecx, pq

add eax, [ecx]

mov e, eax

}

34)int D[24][20];

int f, g,a;

int *pc;

struct s

{

double d;

int k;

char c[40];

int e;

};

s s16;

int i, j;

f/(*pc) — (D[i+2][j+1] + g)*s16.e;

asm{

mov ecx, pc

mov eax, f

cdq

idiv [ecx]

mov a, eax

mov ecx, i

add ecx, 2

imul edi, ecx, 20

add edi, j

inc edi

mov eax, dword ptr D[edi*4]

add eax, g

imul eax, dword ptr s16[8+4+40]

sub a, eax

}

Наташа

Автор

Наташа — контент-маркетолог и блогер, но все это не мешает ей оставаться адекватным человеком. Верит во все цвета радуги и не верит в теорию всемирного заговора. Увлекается «нефрохиромантией» и тайно мечтает воссоздать дома Александрийскую библиотеку.

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