int NaClReverseThreadIfCtor_protected(
struct NaClReverseCountingThreadInterface *self,
void *factory_data,
NaClThreadIfStartFunction fn_ptr,
void *thread_data,
size_t thread_stack_size) {
struct NaClReverseService *nrsp = (struct NaClReverseService *) factory_data;
NaClLog(3, "Entered NaClReverseThreadIfCtor_protected\n");
if (!NaClThreadInterfaceCtor_protected(
(struct NaClThreadInterface *) self,
NaClReverseThreadIfFactoryFn,
NaClRefCountRef((struct NaClRefCount *) nrsp),
fn_ptr,
thread_data,
thread_stack_size)) {
NaClLog(4, "NaClThreadInterfaceCtor_protected failed\n");
NaClRefCountUnref((struct NaClRefCount *) nrsp);
return 0;
}
self->reverse_service = nrsp;
(*NACL_VTBL(NaClReverseService, nrsp)->ThreadCountIncr)(nrsp);
NACL_VTBL(NaClRefCount, self) =
(struct NaClRefCountVtbl *) &kNaClReverseThreadInterfaceVtbl;
NaClLog(3, "Leaving NaClAddrSpSquattingThreadIfCtor_protected\n");
return 1;
}
int NaClAddrSpSquattingThreadIfCtor_protected(
struct NaClAddrSpSquattingThreadInterface *self,
void *factory_data,
NaClThreadIfStartFunction thread_fn_ptr,
void *thread_fn_data,
size_t thread_stack_size) {
NaClLog(3, "Entered NaClAddrSpSquattingThreadIfCtor_protected\n");
if (!NaClThreadInterfaceCtor_protected(
(struct NaClThreadInterface *) self,
NaClAddrSpSquattingThreadIfFactoryFunction,
factory_data, /* nap */
thread_fn_ptr,
thread_fn_data,
thread_stack_size)) {
NaClLog(3,
("NaClAddrSpSquattingThreadIfCtor_protected: placement base class"
" ctor failed\n"));
return 0;
}
self->nap = (struct NaClApp *) factory_data;
NACL_VTBL(NaClRefCount, self) =
(struct NaClRefCountVtbl *) &kNaClAddrSpSquattingThreadInterfaceVtbl;
NaClLog(3, "Leaving NaClAddrSpSquattingThreadIfCtor_protected\n");
return 1;
}
