static drsym_error_t
drsym_enumerate_symbols_local(const char *modpath, drsym_enumerate_cb callback,
drsym_enumerate_ex_cb callback_ex, size_t info_size,
void *data, uint flags)
{
void *mod;
drsym_error_t r;
if (modpath == NULL || (callback == NULL && callback_ex == NULL))
return DRSYM_ERROR_INVALID_PARAMETER;
dr_recurlock_lock(symbol_lock);
mod = lookup_or_load(modpath);
if (mod == NULL) {
dr_recurlock_unlock(symbol_lock);
return DRSYM_ERROR_LOAD_FAILED;
}
recursive_context = true;
r = drsym_unix_enumerate_symbols(mod, callback, callback_ex, info_size, data, flags);
recursive_context = false;
dr_recurlock_unlock(symbol_lock);
return r;
}
drmf_status_t
drsyscall_os_init(void *drcontext)
{
uint i;
hashtable_init_ex(&systable, SYSTABLE_HASH_BITS, HASH_INTPTR, false/*!strdup*/,
false/*!synch*/, NULL, sysnum_hash, sysnum_cmp);
/* We initialize & leave secondary_systable empty to be in sync with our
* Windows & Linux solutions. Xref i#1438 i#1549.
*/
hashtable_init_ex(&secondary_systable, SECONDARY_SYSTABLE_HASH_BITS,
HASH_INTPTR, false/*!strdup*/, false/*!synch*/, NULL,
sysnum_hash, sysnum_cmp);
hashtable_init(&name2num_table, NAME2NUM_TABLE_HASH_BITS, HASH_STRING,
false/*!strdup*/);
dr_recurlock_lock(systable_lock);
for (i = 0; i < count_syscall_info_bsd; i++) {
IF_DEBUG(bool ok =)
hashtable_add(&systable, (void *) &syscall_info_bsd[i].num,
(void *) &syscall_info_bsd[i]);
ASSERT(ok, "no dups");
IF_DEBUG(ok =)
hashtable_add(&name2num_table, (void *) syscall_info_bsd[i].name,
(void *) &syscall_info_bsd[i].num);
ASSERT(ok || strcmp(syscall_info_bsd[i].name, "ni_syscall") == 0, "no dups");
}
dr_recurlock_unlock(systable_lock);
return DRMF_SUCCESS;
}
