static thread_storage* get_thread_storage(JNIEnv* env) {
thread_storage* tls = (thread_storage *)TLS_GET(tls_thread_data_key);
if (tls == NULL) {
tls = (thread_storage*)malloc(sizeof(thread_storage));
if (!tls) {
throwByName(env, EOutOfMemory, "JNA: Can't allocate thread storage");
}
else {
snprintf(tls->name, sizeof(tls->name), "<uninitialized thread name>");
tls->jvm_thread = JNI_TRUE;
tls->last_error = 0;
tls->termination_flag = NULL;
if ((*env)->GetJavaVM(env, &tls->jvm) != JNI_OK) {
free(tls);
throwByName(env, EIllegalState, "JNA: Could not get JavaVM");
tls = NULL;
}
else if (!TLS_SET(tls_thread_data_key, tls)) {
free(tls);
throwByName(env, EOutOfMemory, "JNA: Internal TLS error");
tls = NULL;
}
}
}
return tls;
}
void INTERNAL hazardous_ptr(unsigned int which,
void *ptr)
{/*{{{*/
uintptr_t *hzptrs = TLS_GET(ts_hazard_ptrs);
if (hzptrs == NULL) {
{
qthread_worker_t *wkr = qthread_internal_getworker();
if (wkr == NULL) {
hzptrs = calloc(sizeof(uintptr_t), HAZARD_PTRS_PER_SHEP + 1);
assert(hzptrs);
do {
hzptrs[HAZARD_PTRS_PER_SHEP] = (uintptr_t)QTHREAD_CASLOCK_READ(hzptr_list);
} while (QT_CAS(hzptr_list, hzptrs[HAZARD_PTRS_PER_SHEP], hzptrs)
!= (void *)hzptrs[HAZARD_PTRS_PER_SHEP]);
(void)qthread_incr(&hzptr_list_len, 1);
} else {
hzptrs = wkr->hazard_ptrs;
}
}
TLS_SET(ts_hazard_ptrs, hzptrs);
}
assert(hzptrs);
assert(which < HAZARD_PTRS_PER_SHEP);
hzptrs[which] = (uintptr_t)ptr;
}/*}}}*/
