void testReclaimResourceNonSecure() {
Vector<MediaResource> resources;
resources.push_back(MediaResource(String8(kResourceNonSecureCodec), 1));
resources.push_back(MediaResource(String8(kResourceGraphicMemory), 150));
// ### secure codec can't coexist with non-secure codec ###
{
addResource();
mService->mSupportsSecureWithNonSecureCodec = false;
// priority too low
EXPECT_FALSE(mService->reclaimResource(kLowPriorityPid, resources));
EXPECT_FALSE(mService->reclaimResource(kMidPriorityPid, resources));
// reclaim all secure codecs
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(true /* c1 */, false /* c2 */, true /* c3 */);
// call again should reclaim one graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
// nothing left
EXPECT_FALSE(mService->reclaimResource(kHighPriorityPid, resources));
}
// ### secure codec can coexist with non-secure codec ###
{
addResource();
mService->mSupportsSecureWithNonSecureCodec = true;
// priority too low
EXPECT_FALSE(mService->reclaimResource(kLowPriorityPid, resources));
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
// one largest graphic memory from lowest process got reclaimed
verifyClients(true /* c1 */, false /* c2 */, false /* c3 */);
// call again should reclaim another graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
// call again should reclaim another graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, false /* c2 */, true /* c3 */);
// nothing left
EXPECT_FALSE(mService->reclaimResource(kHighPriorityPid, resources));
}
// ### secure codec can coexist with non-secure codec ###
{
addResource();
mService->mSupportsSecureWithNonSecureCodec = true;
Vector<MediaResource> resources;
resources.push_back(MediaResource(String8(kResourceNonSecureCodec), 1));
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
// one non secure codec from lowest process got reclaimed
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
// no more non-secure codec, secure codec from lowest priority process will be reclaimed
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(true /* c1 */, false /* c2 */, false /* c3 */);
// clean up client 3 which still left
mService->removeResource(kTestPid2, getId(mTestClient3));
}
}
/*
* register_new_client()
*/
static void register_new_client ( osiSockAddr & from,
tsFreeList < repeaterClient, 0x20 > & freeList )
{
bool newClient = false;
int status;
if ( from.sa.sa_family != AF_INET ) {
return;
}
/*
* the repeater and its clients must be on the same host
*/
if ( INADDR_LOOPBACK != ntohl ( from.ia.sin_addr.s_addr ) ) {
static SOCKET testSock = INVALID_SOCKET;
static bool init = false;
if ( ! init ) {
SOCKET sock;
if ( ! makeSocket ( PORT_ANY, true, & sock ) ) {
char sockErrBuf[64];
epicsSocketConvertErrnoToString (
sockErrBuf, sizeof ( sockErrBuf ) );
fprintf ( stderr, "%s: Unable to create repeater bind test socket because \"%s\"\n",
__FILE__, sockErrBuf );
}
else {
testSock = sock;
}
init = true;
}
/*
* Unfortunately on 3.13 beta 11 and before the
* repeater would not always allow the loopback address
* as a local client address so current clients alternate
* between the address of the first non-loopback interface
* found and the loopback addresss when subscribing with
* the CA repeater until all CA repeaters have been updated
* to current code.
*/
if ( testSock != INVALID_SOCKET ) {
osiSockAddr addr;
addr = from;
addr.ia.sin_port = PORT_ANY;
/* we can only bind to a local address */
status = bind ( testSock, &addr.sa, sizeof ( addr ) );
if ( status ) {
return;
}
}
else {
return;
}
}
tsDLIter < repeaterClient > pclient = client_list.firstIter ();
while ( pclient.valid () ) {
if ( pclient->identicalPort ( from ) ) {
break;
}
pclient++;
}
repeaterClient *pNewClient;
if ( pclient.valid () ) {
pNewClient = pclient.pointer ();
}
else {
pNewClient = new ( freeList ) repeaterClient ( from );
if ( ! pNewClient ) {
fprintf ( stderr, "%s: no memory for new client\n", __FILE__ );
return;
}
if ( ! pNewClient->connect () ) {
pNewClient->~repeaterClient ();
freeList.release ( pNewClient );
return;
}
client_list.add ( *pNewClient );
newClient = true;
}
if ( ! pNewClient->sendConfirm () ) {
client_list.remove ( *pNewClient );
pNewClient->~repeaterClient ();
freeList.release ( pNewClient );
# ifdef DEBUG
epicsUInt16 port = ntohs ( from.ia.sin_port );
debugPrintf ( ( "Deleted repeater client=%u (error while sending ack)\n",
port ) );
# endif
}
/*
* send a noop message to all other clients so that we dont
* accumulate sockets when there are no beacons
*/
caHdr noop;
memset ( (char *) &noop, '\0', sizeof ( noop ) );
AlignedWireRef < epicsUInt16 > ( noop.m_cmmd ) = CA_PROTO_VERSION;
fanOut ( from, &noop, sizeof ( noop ), freeList );
if ( newClient ) {
/*
* For HPUX and Solaris we need to verify that the clients
* have not gone away - because an ICMP error return does not
* get through to send(), which returns no error code.
*
* This is done each time that a new client is created.
* See also the note in the file header.
*
* This is done here in order to avoid deleting a client
* prior to sending its confirm message.
*/
verifyClients ( freeList );
}
}
void testReclaimResourceSecure() {
Vector<MediaResource> resources;
resources.push_back(MediaResource(String8(kResourceSecureCodec), 1));
resources.push_back(MediaResource(String8(kResourceGraphicMemory), 150));
// ### secure codec can't coexist and secure codec can coexist with non-secure codec ###
{
addResource();
mService->mSupportsMultipleSecureCodecs = false;
mService->mSupportsSecureWithNonSecureCodec = true;
// priority too low
EXPECT_FALSE(mService->reclaimResource(kLowPriorityPid, resources));
EXPECT_FALSE(mService->reclaimResource(kMidPriorityPid, resources));
// reclaim all secure codecs
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(true /* c1 */, false /* c2 */, true /* c3 */);
// call again should reclaim one largest graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
// nothing left
EXPECT_FALSE(mService->reclaimResource(kHighPriorityPid, resources));
}
// ### secure codecs can't coexist and secure codec can't coexist with non-secure codec ###
{
addResource();
mService->mSupportsMultipleSecureCodecs = false;
mService->mSupportsSecureWithNonSecureCodec = false;
// priority too low
EXPECT_FALSE(mService->reclaimResource(kLowPriorityPid, resources));
EXPECT_FALSE(mService->reclaimResource(kMidPriorityPid, resources));
// reclaim all secure and non-secure codecs
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(true /* c1 */, true /* c2 */, true /* c3 */);
// nothing left
EXPECT_FALSE(mService->reclaimResource(kHighPriorityPid, resources));
}
// ### secure codecs can coexist but secure codec can't coexist with non-secure codec ###
{
addResource();
mService->mSupportsMultipleSecureCodecs = true;
mService->mSupportsSecureWithNonSecureCodec = false;
// priority too low
EXPECT_FALSE(mService->reclaimResource(kLowPriorityPid, resources));
EXPECT_FALSE(mService->reclaimResource(kMidPriorityPid, resources));
// reclaim all non-secure codecs
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
// call again should reclaim one largest graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(true /* c1 */, false /* c2 */, false /* c3 */);
// call again should reclaim another largest graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, false /* c2 */, true /* c3 */);
// nothing left
EXPECT_FALSE(mService->reclaimResource(kHighPriorityPid, resources));
}
// ### secure codecs can coexist and secure codec can coexist with non-secure codec ###
{
addResource();
mService->mSupportsMultipleSecureCodecs = true;
mService->mSupportsSecureWithNonSecureCodec = true;
// priority too low
EXPECT_FALSE(mService->reclaimResource(kLowPriorityPid, resources));
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
// one largest graphic memory from lowest process got reclaimed
verifyClients(true /* c1 */, false /* c2 */, false /* c3 */);
// call again should reclaim another graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
// call again should reclaim another graphic memory from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, false /* c2 */, true /* c3 */);
// nothing left
EXPECT_FALSE(mService->reclaimResource(kHighPriorityPid, resources));
}
// ### secure codecs can coexist and secure codec can coexist with non-secure codec ###
{
addResource();
mService->mSupportsMultipleSecureCodecs = true;
mService->mSupportsSecureWithNonSecureCodec = true;
Vector<MediaResource> resources;
resources.push_back(MediaResource(String8(kResourceSecureCodec), 1));
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
// secure codec from lowest process got reclaimed
verifyClients(true /* c1 */, false /* c2 */, false /* c3 */);
// call again should reclaim another secure codec from lowest process
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, false /* c2 */, true /* c3 */);
// no more secure codec, non-secure codec will be reclaimed.
EXPECT_TRUE(mService->reclaimResource(kHighPriorityPid, resources));
verifyClients(false /* c1 */, true /* c2 */, false /* c3 */);
}
}
