static void
test_all(TestBatchRunner *runner) {
LockFreeRegistry *registry = LFReg_new(10);
StupidHashCharBuf *foo = StupidHashCharBuf_new("foo");
StupidHashCharBuf *bar = StupidHashCharBuf_new("bar");
StupidHashCharBuf *baz = StupidHashCharBuf_new("baz");
StupidHashCharBuf *foo_dupe = StupidHashCharBuf_new("foo");
TEST_TRUE(runner, LFReg_Register(registry, (Obj*)foo, (Obj*)foo),
"Register() returns true on success");
TEST_FALSE(runner,
LFReg_Register(registry, (Obj*)foo_dupe, (Obj*)foo_dupe),
"Can't Register() keys that test equal");
TEST_TRUE(runner, LFReg_Register(registry, (Obj*)bar, (Obj*)bar),
"Register() key with the same Hash_Sum but that isn't Equal");
TEST_TRUE(runner, LFReg_Fetch(registry, (Obj*)foo_dupe) == (Obj*)foo,
"Fetch()");
TEST_TRUE(runner, LFReg_Fetch(registry, (Obj*)bar) == (Obj*)bar,
"Fetch() again");
TEST_TRUE(runner, LFReg_Fetch(registry, (Obj*)baz) == NULL,
"Fetch() non-existent key returns NULL");
DECREF(foo_dupe);
DECREF(baz);
DECREF(bar);
DECREF(foo);
DECREF(registry);
}
void
Class_init_registry() {
LockFreeRegistry *reg = LFReg_new(256);
if (Atomic_cas_ptr((void*volatile*)&Class_registry, NULL, reg)) {
return;
}
else {
DECREF(reg);
}
}