INT32 EnableCore(UINT32 core_id) {
if(check_Enable_Core_parm(core_id)) {
printf("check_Enable_Core_parm fail\n");
return API_RTN_ERROR;
}
Core* pCore_temp = create_core(core_id);
if(insert_core(pCore_temp)) {
printf("insert_core fail\n");
return API_RTN_ERROR;
}
return API_RTN_OK;
}
NickAlias *makenick(const char *nick)
{
NickAlias *na;
NickCore *nc;
/* First make the core */
nc = scalloc(1, sizeof(NickCore));
nc->display = sstrdup(nick);
slist_init(&nc->aliases);
insert_core(nc);
alog("%s: group %s has been created", s_NickServ, nc->display);
/* Then make the alias */
na = scalloc(1, sizeof(NickAlias));
na->nick = sstrdup(nick);
na->nc = nc;
slist_add(&nc->aliases, na);
alpha_insert_alias(na);
return na;
}
/* Name: BuildCPUTree
* Description: Given a cpustats struct, build and "link" the CPU tree.
* Notes: This is an externally referenced API - read the full description in
* cpustat.h.
*/
int BuildCPUTree(struct cpustats *cpus)
{
struct rawsyscpu *rscl;
struct rawsyscpu *thisrsc;
struct cpu_socket *cpu_tree;
struct cpustat *thiscpus;
int i;
/* Make sure we are dealing with a real struct here */
if ( NULL == cpus )
return(1);
/* Read in a linked list of CPU info */
if (NULL == (rscl = read_sys_cpus()))
{
return(1);
}
/* Build out the cpu_sockets */
thisrsc = rscl;
cpu_tree = NULL;
while( thisrsc )
{
cpu_tree = insert_socket(cpu_tree, thisrsc);
thisrsc = thisrsc->next;
}
/* Build out the cpu_cores */
thisrsc = rscl;
while( thisrsc )
{
if(insert_core(cpu_tree, thisrsc))
return(1);
thisrsc = thisrsc->next;
}
/* Build out the cpu_threads */
thisrsc = rscl;
while( thisrsc )
{
if(insert_thread(cpu_tree, thisrsc))
return(1);
thisrsc = thisrsc->next;
}
thiscpus = cpus->cpulist;
i = 0;
while ( i < cpus->cpucnt )
{
if(insert_cpustat(cpu_tree, &thiscpus[i]))
return(1);
i++;
}
/* Only insert the tree when complete -> 100% successful */
cpus->cpu_tree = cpu_tree;
return(0);
}
void simp_rule_sets::insert(name const & eqv, congr_rule const & r) {
return insert_core(eqv, r);
}
