unsigned char set_av( struct Aviao av[],
unsigned char d,
unsigned char p,
unsigned char disp){
unsigned char m1 = 0;
unsigned char m2 = 10;
if(d == 1){
av[disp].id=p+1;
av[disp].dir=1;
av[disp].x = m1;
av[disp].y=238;
av[disp].z=20;
av[disp].vel=8;
av[disp].bum = 1;
av[disp].ex = 0;
if(disp > 4){av[disp].ex = 1;}
print_av(av[disp]);
}
if(d > 1){
av[disp].id = p+1;
av[disp].dir = 2;
av[disp].x = m2;
av[disp].y = 238;
av[disp].z = 20;
av[disp].vel = 8;
av[disp].bum = 2;
av[disp].ex = 0;
if(disp > 4){av[disp].ex = 1;}
print_av(av[disp]);
}
return 1;
} /***************/
void print_arg(pid_t pid, unsigned int pos,
struct user_regs_struct regs, unsigned long long av)
{
if (strlen(g_tab_syscall[(int)regs.orig_rax].token) < pos)
return ;
if (pos > 0 && pos != (unsigned int)g_tab_syscall[(int)regs.orig_rax].avg)
printf(", ");
if (g_tab_syscall[(int)regs.orig_rax].token[pos] == '1')
print_av(av);
else if (g_tab_syscall[(int)regs.orig_rax].token[pos] == '2')
print_arg_string(pid, regs, av);
else if (g_tab_syscall[(int)regs.orig_rax].token[pos] == '3')
{
if (av == 0)
printf("NULL");
else{
print_av(av);
}
}
else if (g_tab_syscall[(int)regs.orig_rax].token[pos] == '0')
printf("void");
else if (g_tab_syscall[(int)regs.orig_rax].token[pos] == '4')
printf("%c", (char)av);
}
//----------------------------------------------------------//
// Execução do desenvolvimento
//----------------------------------------------------------//
void main()
{
unsigned char i =0, t = 0, j = 0, k = 0,
p = 0, e = 0, sub = 0, sum = 1,
m = 0, dir = 0, excesso = 0, d_1 = 0,
d_2 = 1, s = 0, r =0, disponivel = 0;
while (1) {
struct Aviao av[12]; //desses 12 só 5 aviao entra no CTA
if(p > 5){
for (r=0; r < 12; r++){
if(av[r].id == 0){ disponivel = r; break;}
}
} else {disponivel = p;}
//insere aviao manualmente sentido Norte -> Sul
if(!A1)
i=0;
if (A1 && i < 1){
set_av(av, 1, p, disponivel);
B1 = 1;
i = 1;
p += 1;
} /*********/
//insere aviao manualmente sentido Sul -> Norte
if(!A2)
t = 0;
if (A2 && t < 1){
set_av(av, 2, p, disponivel);
B1 = 1;
t = 1;
p += 1;
}/*********/
//Imprime o status atualizado de todas aeronaves
if(A3){
for(i=0; i < 12; i++){
printf("\n");
desloc_av(av,i); //simula deslocamento
if(!A0){
colisao_av(av);
}
if(av[0].id ==0 && av[1].id ==0 && av[2].id ==0 && av[3].id ==0 && av[4].id ==0){
printf("\nCTA Vazio");
B1 =0;
}
// print_av(av[i]);// relatorio de aeronaves
if(av[i].ex == 1){
B0 = 1;
printf("\n\nAeronave %d suba ate sair do CTA\n",av[i].id);
if(av[i].ex == 1){
sub += 1;
subir_av(av,i,sub);
av[i].ex = 2;
B0 = 0;}
if(sub > 4){
sub = 5;
}
}
if(av[i].ex == 2 ){
e = av[i].id;
dir = av[i].dir;
for(m = 0; m < 10; m++){
if(m < 5 && av[m].id == 0){
if(e > 0 && av[i].ex == 2){
printf("\n\nAviao:%d desca para o CTA\n",e);
descer_av(av,m,e,dir);
sub -= 1;
e = 0;
}
av[i].ex = 0;
}
if(av[m].dir == 1 && av[m].x == 10 && av[m].id > 0){
del_av(av,m);
d_1 = av[m].x;
}
if(av[m].dir == 2 && av[m].x == 0 && av[m].id > 0){
del_av(av,m);
d_2 = av[m].x;
}
}
}
if(av[i].dir == 1 && av[i].x == 10 && av[i].id > 0){
del_av(av,i);
}
if(av[i].dir == 2 && av[i].x == 0 && av[i].id > 0){
del_av(av,i);
}
}
}/************/
if(A3){
if(!vai_colidir_av(av, A0) && B1 == 1){
printf("Atualizacao:\n\nRotas sem risco de colisao\n");
}
}
/**GARANTINDO A LIBEAÇÃO DE ESPAÇO DE MEMÓRIA NO VETOR**/
for(s=0; s < 12; s++){
if (av[s].id == 0){
av[s].id= 0,
av[s].dir= 0,
av[s].x= 0,
av[s].y= 0,
av[s].z= 0;
av[s].vel= 0,
av[s].ex= 0;
av[s].bum= 0;
}
if (A3){
ordem_av(av,s); //evita aviao no mesmo ponto x
print_av(av[s]); // Atualiza relatorio
}
}
/**SÓ APÓS CHECAR EXPLOSAO**/
if (A7){
B3=0;
}
}//fim while
}//fim main
