int
rclose( RD rd )
{
clsvbuff.data.clsv_rclose.rd = rd;
send_rcv( &clsvbuff, RCLOSE, sizeof( CLSV_RCLOSE ) );
return clsvbuff.data.svcl_rclose.status;
}
int run_serveur(t_serv *serv)
{
t_user *user_list;
fd_set readfd;
int max;
int socks;
char *buff;
max = serv->s;
user_list = NULL;
if ((buff = malloc(4096 * sizeof(char))) == NULL)
return (EXIT_FAILURE);
while (1)
{
reset_list(&readfd, user_list, serv, max);
if (FD_ISSET(serv->s, &readfd))
{
accept_connect(&socks, serv);
if (read_client(socks, buff) != 0)
{
client_connexion(&max, socks, &readfd);
add_user(&user_list, DEFAULT_USER, socks, NULL);
}
}
else
send_rcv(&user_list, &readfd);
}
}
RD
ropen( const char *pathname, const char *mode )
{
CLSV_ROPEN *pc; SVCL_ROPEN *ps;
pc = &clsvbuff.data.clsv_ropen;
ps = &clsvbuff.data.svcl_ropen; strcpy( pc->pathname, pathname ); strcpy( pc->mode, mode );
send_rcv( &clsvbuff, ROPEN, sizeof( CLSV_ROPEN ) );
return ps->rd;
}
int
rwrite( RD rd, const void *data, int qty )
{
CLSV_RWRITE *pc; SVCL_RWRITE *ps;
pc = &clsvbuff.data.clsv_rwrite;
ps = &clsvbuff.data.svcl_rwrite;
pc->rd = rd;
pc->qty = qty;
if( qty > 0 )
memcpy( pc->data, data, qty );
send_rcv( &clsvbuff, RWRITE, sizeof( CLSV_RWRITE ) );
return ps->status;
}
int adoptar_pokemon(POKEMON * pokemon){
CLSV_POKEMON_TRANSFER * ps;
SVCL_POKEMON_TRANSFER * pr;
ps = &p.data.clsv_pokemon_transfer;
pr = &p.data.svcl_pokemon_transfer;
ps->cant = 0;
ps->id = getpid();
send_rcv(ADOPTAR,sizeof(CLSV_POKEMON_TRANSFER));
memcpy(pokemon, &(ps->pokemons[0]),sizeof(POKEMON));
return 1;
}
int
rread( RD rd, void *data, int qty )
{
CLSV_RREAD *pc; SVCL_RREAD *ps;
int status;
pc = &clsvbuff.data.clsv_rread;
ps = &clsvbuff.data.svcl_rread;
pc->rd = rd;
pc->qty = qty;
send_rcv( &clsvbuff, RREAD, sizeof( CLSV_RREAD ) );
status = ps->status;
if( status > 0 )
memcpy( data, ps->data, status );
return status;
}
int regalar_pokemon(POKEMON *pokemones, int index){
CLSV_POKEMON_TRANSFER * ps;
SVCL_POKEMON_TRANSFER * pr;
ps = &p.data.clsv_pokemon_transfer;
pr = &p.data.svcl_pokemon_transfer;
memcpy(&(ps->pokemons[0]),&(pokemones[index]),sizeof(POKEMON));
ps->cant = 1;
ps->id = getpid();
send_rcv(REGALAR,sizeof(CLSV_POKEMON_TRANSFER));
pokemones[index].life = -1;
return 1;
}
int curar_pokemones(POKEMON* pokemones,int cant) {
CLSV_POKEMON_TRANSFER * ps;
SVCL_POKEMON_TRANSFER * pr;
ps = &p.data.clsv_pokemon_transfer;
pr = &p.data.svcl_pokemon_transfer;
memcpy(ps->pokemons,pokemones,cant*sizeof(POKEMON));
ps->cant=cant;
ps->id=getpid();
send_rcv(CURAR,sizeof(CLSV_POKEMON_TRANSFER));
memcpy(pokemones,ps->pokemons, cant*sizeof(POKEMON));
return 1;
}
