static void ServerToClientTimeoutConnectClient () {
const TCHAR *pszPipeName = CNamedPipe::GetTestPipePrefix ();
CPipeServerThread *poServer = new CPipeServerThread (pszPipeName, false, false, 0);
CPipeClientThread *poClient = new CPipeClientThread (pszPipeName, true, 1);
ASSERT (poServer->Wait (TIMEOUT_JOIN));
ASSERT (poClient->Wait (TIMEOUT_JOIN));
#ifdef _WIN32
ASSERT_FAILURE (FAIL_NONE, FAIL_NO_READWRITE);
#else
ASSERT_FAILURE (FAIL_NONE, FAIL_NO_CREATE);
#endif
CThread::Release (poServer);
CThread::Release (poClient);
}
static void ServerToClientTimeoutWriteServer () {
const TCHAR *pszPipeName = CNamedPipe::GetTestPipePrefix ();
CPipeServerThread *poServer = new CPipeServerThread (pszPipeName, false, true, 1);
CPipeClientThread *poClient = new CPipeClientThread (pszPipeName, true, 0);
ASSERT (poServer->Wait (TIMEOUT_JOIN));
ASSERT (poClient->Wait (TIMEOUT_JOIN));
ASSERT_FAILURE (FAIL_NO_READWRITE, FAIL_NONE);
CThread::Release (poServer);
CThread::Release (poClient);
}
static void ClientToServerComplete () {
const TCHAR *pszPipeName = CNamedPipe::GetTestPipePrefix ();
CPipeServerThread *poServer = new CPipeServerThread (pszPipeName, true, true, 2);
CPipeClientThread *poClient = new CPipeClientThread (pszPipeName, false, 2);
ASSERT (poServer->Wait (TIMEOUT_JOIN));
ASSERT (poClient->Wait (TIMEOUT_JOIN));
ASSERT_FAILURE (FAIL_NONE, FAIL_NONE);
CThread::Release (poServer);
CThread::Release (poClient);
}
static void TestCancelLazyClose (bool bClientToServer, bool bCloseServer) {
const TCHAR *pszPipeName = CNamedPipe::GetTestPipePrefix ();
CPipeServerThread *poServer = new CPipeServerThread (pszPipeName, bClientToServer, true, READWRITE_OPERATIONS);
CPipeClientThread *poClient = new CPipeClientThread (pszPipeName, !bClientToServer, READWRITE_OPERATIONS);
CPipeClosingThread *poCloser = new CPipeClosingThread (bCloseServer ? &poServer->m_poPipe : &poClient->m_poPipe, TIMEOUT_READWRITE * 2, true);
ASSERT (poServer->Wait (TIMEOUT_JOIN));
ASSERT (poClient->Wait (TIMEOUT_JOIN));
ASSERT (poCloser->Wait (TIMEOUT_JOIN));
ASSERT_FAILURE (FAIL_NONE, FAIL_NONE);
CThread::Release (poServer);
CThread::Release (poClient);
CThread::Release (poCloser);
}
int test_hkdf_precond(void)
{
unsigned char key[4] = {0};
unsigned char salt[4] = {0};
unsigned char info[4] = {0};
unsigned char out[4];
/* Invalid hash function (failure) */
ASSERT_FAILURE(kdf_hkdf(0, 0,
key, sizeof(key),
salt, sizeof(salt),
info, sizeof(info),
out, sizeof(out)));
ASSERT_FAILURE(kdf_hkdf(BLOCK_AES, 0,
key, sizeof(key),
salt, sizeof(salt),
info, sizeof(info),
out, sizeof(out)));
/* Zero length key (failure) */
ASSERT_FAILURE(kdf_hkdf(HASH_SHA256, 0,
key, 0,
salt, sizeof(salt),
info, sizeof(info),
out, sizeof(out)));
/* Zero length output (failure) */
ASSERT_FAILURE(kdf_hkdf(HASH_SHA256, 0,
key, sizeof(key),
salt, sizeof(salt),
info, sizeof(info),
out, 0));
/* Zero length salt (success) */
ASSERT_SUCCESS(kdf_hkdf(HASH_SHA256, 0,
key, sizeof(key),
salt, 0,
info, sizeof(info),
out, sizeof(out)));
/* Zero length info (success) */
ASSERT_SUCCESS(kdf_hkdf(HASH_SHA256, 0,
key, sizeof(key),
salt, sizeof(salt),
info, 0,
out, sizeof(out)));
{
static unsigned char out_large[HASH_DIGEST_LEN * 255 + 1];
prim_t hash = prim_default(PRIM_TYPE_HASH);
size_t digest_len = digest_length(hash);
/* Largest output length (success) */
ASSERT_SUCCESS(kdf_hkdf(hash, 0,
key, sizeof(key),
salt, sizeof(salt),
info, sizeof(info),
out_large, digest_len * 255));
/* Too long output length (failure) */
ASSERT_FAILURE(kdf_hkdf(HASH_SHA256, 0,
key, sizeof(key),
salt, sizeof(salt),
info, sizeof(info),
out_large, digest_len * 255 + 1));
}
return 1;
}
