u8 do2(struct sockaddr_in servaddr, struct hostent *hp, int sock_id, u8 upDown, int slot, t_stinf *state, u8 *dest, u8 timeout)
{
memcpy((char *)&servaddr.sin_addr.s_addr, (char *)hp->h_addr, hp->h_length);
servaddr.sin_port = htons(80);
servaddr.sin_family = AF_INET;
u8 connected = connect(sock_id, (struct sockaddr *)&servaddr, sizeof(servaddr));
if(connected != 0) {
return 0;
}
else {
u8 do3(int sock_id, u8 upDown, int slot, t_stinf *state, u8 *dest, u8 timeout);
return do3(sock_id, upDown, slot, state, dest, timeout);
}
}
cDo()
{
printf(str3,0x0b14,41);
while (buffer1 < 9)
{
getch(&order[buffer1]);
if (order[buffer1] == '1' || order[buffer1] == '2' || order[buffer1] == '3' || order[buffer1] == '4'|| order[buffer1] == '5'|| order[buffer1] == '6'|| order[buffer1] == '7'|| order[buffer1] == '8' || order[buffer1] == '9')
{
putch(order[buffer1]);
buffer1++;
}
else if (order[buffer1] == '\r') break;
}
for (; j < buffer1; j++)
{
if (order[j] == '1')
{
cls();
load(0x1000,1,12);
do1();
}
else if (order[j] == '2')
{
cls();
load(0x2000,1,13);
do2();
}
else if (order[j] == '3')
{
cls();
load(0x3000,1,14);
do3();
}
else if (order[j] == '4')
{
cls();
load(0x4000,1,15);
do4();
}
else if (order[j] == '5')
{
cls();
load(0x5000,1,16);
do5();
}
else if (order[j] == '6')
{
cls();
load(0x6000,2,17);
do6();
}
else if (order[j] == '7')
{
cls();
load(0x7000,1,19);
do7();
}
else if (order[j] == '8')
{
cls();
load(0x8000,1,20);
do8();
}
else if (order[j] == '9')
{
cls();
freeAll();
Program_Num = 1;
CurrentPCBno = 1;
load(0x9000,2,21);
init(&pcb_list[0],0,0x7e00);
init(&pcb_list[1],0x9000,0x100);
setClock();
do9();
Program_Num = 0;
}
}
cls();
printf(str4,0x0a20,17);
printf("Press any key to return...",0x0c15,26);
buffer1 = 0;
getch(&ret);
return;
}
