int main (int argc, const char** argv)
{
try
{
CommonCommandLineParser cmdLine (argc, argv);
// Initialise the MAMA API
mamaBridge bridge = Mama::loadBridge (cmdLine.getMiddleware());
Mama::open ();
const vector<const char*>&
symbolList = cmdLine.getSymbolList ();
MamaSource* source = cmdLine.getSource();
MamaQueueGroup queues (cmdLine.getNumThreads(), bridge);
DictRequester dictRequester (bridge);
uint32_t intervalSecs = cmdLine.getOptInt('i');
if (intervalSecs == 0)
intervalSecs = 5;
// We might as well also enforce strict checking of order book updates.
MamdaOrderBook::setStrictChecking (true);
// Get and initialize the dictionary
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaOrderBookFields::setDictionary (*dictRequester.getDictionary());
for (vector<const char*>::const_iterator i = symbolList.begin();
i != symbolList.end();
++i)
{
const char* symbol = *i;
BookSelfTest* aSelfTest = new BookSelfTest;
MamdaOrderBookChecker* aBookChecker =
new MamdaOrderBookChecker (queues.getNextQueue(), aSelfTest,
source, symbol, intervalSecs);
}
Mama::start(bridge);
}
catch (MamaStatus &e)
{
// This exception can be thrown from Mama.open ()
// Mama::createTransport (transportName) and from
// MamdaSubscription constructor when entitlements is enabled.
cerr << "MamaStatus exception in main (): " << e.toString () << endl;
exit (1);
}
catch (exception &ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit (1);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit (1);
}
return 1;
}
void BookPublisher::createPublisherManager (const char* pubSource, mamaBridge bridge)
{
mPublisherManager = new MamaDQPublisherManager();
//create pub
mPublisherManager->create (mPubTransport,
mQueueGroup->getNextQueue(),
this,
pubSource);
}
void MamaPublisherSample::run()
{
try
{
mBridge = Mama::loadBridge (gMiddleware);
Mama::open ();
mDefaultQueue = Mama::getDefaultEventQueue (mBridge);
mMsg = new MamaMsg();
mMsg->create();
mTransport = new MamaTransport();
mTransport->create (gTransportName, mBridge);
mTimer = new MamaTimer();
mTimer->create (mDefaultQueue, this, gInterval);
mQueueGroup = new MamaQueueGroup(1, mBridge);
mSubscription = new MamaBasicSubscription();
mSubscription->createBasic (mTransport,
mDefaultQueue,
this,
gInBoundTopic);
mPublisher = new MamaPublisher();
if (gPubCb)
{
mPublisher->createWithCallbacks (mTransport,
mQueueGroup->getNextQueue(),
this,
NULL,
gOutBoundTopic,
gSource,
NULL);
}
else
{
mPublisher->create (mTransport, gOutBoundTopic);
}
}
catch (MamaStatus &status)
{
cerr << "Caught MAMA exception: " << status.toString () << endl;
exit (1);
}
Mama::start (mBridge);
Mama::close ();
}
void MamaEntitle::subscribeToSymbol (const char* symbol)
{
static int howMany = 0;
if (!mDisplayCallback)
{
mDisplayCallback = new DisplayCallback (this);
}
MamaSubscription* sub = NULL;
sub = new MamaSubscription;
sub->setRetries (3);
sub->setRequiresInitial (mRequireInitial);
if (mSnapshot)
{
sub->setSubscriptionType (MAMA_SUBSC_TYPE_NORMAL);
sub->setServiceLevel (MAMA_SERVICE_LEVEL_SNAPSHOT, 0);
}
else if (mGroupSubscription)
{
sub->setSubscriptionType (MAMA_SUBSC_TYPE_GROUP);
sub->setServiceLevel (MAMA_SERVICE_LEVEL_REAL_TIME, 0);
}
else
{
sub->setSubscriptionType (MAMA_SUBSC_TYPE_NORMAL);
sub->setServiceLevel (MAMA_SERVICE_LEVEL_REAL_TIME, 0);
}
sub->create (
mTransport,
mQueueGroup->getNextQueue (),
(DisplayCallback*)mDisplayCallback,
mSource,
symbol,
NULL);
mSubscriptionList.push_back (sub);
if (++howMany % 1000 == 0)
{
printf ("Subscribed to %d subjects.\n", howMany);
}
}
void MamaEntitle::shutdown ()
{
if (mQueueGroup != NULL)
{
mQueueGroup->stopDispatch();
}
if (mDictionary != NULL)
{
delete mDictionary;
mDictionary = NULL;
}
SubscriptionList::const_iterator i;
for (i = mSubscriptionList.begin (); i != mSubscriptionList.end (); i++)
{
((MamaSubscription*)*i)->destroy();
delete *i;
}
if (mQueueGroup != NULL)
{
delete mQueueGroup;
mQueueGroup = NULL;
}
if ((mDictTransport != NULL) && (mDictTransport != mTransport))
{
delete mDictTransport;
mDictTransport = NULL;
}
if (mTransport != NULL)
{
delete mTransport;
mTransport = NULL;
}
Mama::close ();
}
void MamaSymbolListSubscriber::subscribeToSymbols ()
{
mQueueGroup = new MamaQueueGroup (mThreads, mBridgeImpl);
mSubscriptionCallback = new SubscriptionCallback (this);
vector<string>::iterator i;
for (i=mSubjectList.begin(); i != mSubjectList.end(); i++)
{
MamaSubscription* sub = NULL;
sub = new MamaSubscription;
string symbol = *(i);
sub->create (mTransport,
mQueueGroup->getNextQueue (),
(SubscriptionCallback*)mSubscriptionCallback,
mSourceName,
symbol.c_str(),
NULL);
mSubscriptionList.push_back (sub);
}
}
int main (int argc, const char **argv)
{
try
{
CommonCommandLineParser cmdLine (argc, argv);
// Initialise the MAMA API
mamaBridge bridge = cmdLine.getBridge();
Mama::open ();
const vector<const char*>& symbolList = cmdLine.getSymbolList ();
MamaSource* source = cmdLine.getSource();
MamaQueueGroup queues (cmdLine.getNumThreads(), bridge);
DictRequester dictRequester (bridge);
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaOrderImbalanceFields::setDictionary (*dictRequester.getDictionary ());
MamdaCommonFields::setDictionary (*dictRequester.getDictionary());
const char* symbolMapFile = cmdLine.getSymbolMapFile ();
if (symbolMapFile)
{
MamaSymbolMapFile* aMap = new MamaSymbolMapFile;
if (MAMA_STATUS_OK == aMap->load (symbolMapFile))
{
source->getTransport()->setSymbolMap (aMap);
}
}
for (vector<const char*>::const_iterator i = symbolList.begin ();
i != symbolList.end ();
++i)
{
const char* symbol = *i;
MamdaSubscription* aSubscription = new MamdaSubscription;
MamdaOrderImbalanceListener* aListener = new MamdaOrderImbalanceListener();
OrderImbalanceTicker* aTicker = new OrderImbalanceTicker();
aListener->addHandler (aTicker);
aSubscription->addMsgListener (aListener);
aSubscription->addQualityListener (aTicker);
aSubscription->addErrorListener (aTicker);
aSubscription->create (queues.getNextQueue(), source, symbol);
}
Mama::start(bridge);
}
catch (MamaStatus &e)
{
// This exception can be thrown from Mama.open (),
// Mama::createTransport (transportName) and from
// MamdaSubscription constructor when entitlements is enabled.
cerr << "Exception in main (): " << e.toString () << endl;
exit (1);
}
catch (exception &ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit (1);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit (1);
}
}
int main (int argc, const char **argv)
{
setbuf (stdout, NULL);
try
{
CommonCommandLineParser cmdLine (argc, argv);
// Initialize the MAMA API
mamaBridge bridge = cmdLine.getBridge();
Mama::open ();
const vector<const char*>& symbolList = cmdLine.getSymbolList ();
MamaSource* source = cmdLine.getSource();
MamaQueueGroup queues (cmdLine.getNumThreads(), bridge);
DictRequester dictRequester (bridge);
// We might as well enforce strict checking of order book updates
// (at the expense of some performance).
MamdaOrderBook::setStrictChecking (true);
signal (SIGINT, finish); /* arrange interrupts to terminate */
bool useColor = !cmdLine.getOptBool ('b'); /* check for blk & white */
start (useColor);
// Get and initialize the dictionary
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaCommonFields::setDictionary (*dictRequester.getDictionary ());
MamdaOrderBookFields::setDictionary (*dictRequester.getDictionary ());
const char* symbolMapFile = cmdLine.getSymbolMapFile ();
if (symbolMapFile)
{
MamaSymbolMapFile* aMap = new MamaSymbolMapFile;
if (MAMA_STATUS_OK == aMap->load (symbolMapFile))
{
source->getTransport()->setSymbolMap (aMap);
}
}
for (vector<const char*>::const_iterator i = symbolList.begin ();
i != symbolList.end ();
++i)
{
const char* symbol = *i;
MamdaSubscription* aSubscription = new MamdaSubscription;
MamdaOrderBookListener* aBookListener = new MamdaOrderBookListener;
BookViewer* aViewer =
new BookViewer (*aBookListener->getOrderBook());
aBookListener->setProcessEntries (true);
aBookListener->addHandler (aViewer);
aSubscription->addMsgListener (aBookListener);
aSubscription->addQualityListener (aViewer);
aSubscription->addErrorListener (aViewer);
aSubscription->setType (MAMA_SUBSC_TYPE_BOOK);
aSubscription->setMdDataType (MAMA_MD_DATA_TYPE_ORDER_BOOK);
aSubscription->create (queues.getNextQueue (),
source,
symbol);
aViewer->setShowEntries (false);
(new MamaIo ())->create (queues.getNextQueue (),
aViewer,
0, /* stdin */
MAMA_IO_READ);
}
Mama::start (bridge);
}
catch (MamaStatus &e)
{
/*
This exception can be thrown from Mama::start ().
Mama::createTransport (transportName) and from
MamdaSubscription constructor when entitlements is enabled.
*/
cerr << "MamaStatus exception in main (): " << e.toString () << endl;
exit (1);
}
catch (std::exception &ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit (1);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit (1);
}
return 1;
}
int main (int argc, const char **argv)
{
try
{
CommonCommandLineParser cmdLine (argc, argv);
setvbuf (stdout, (char *) NULL, _IONBF, 0);
// Initialise the MAMA API
mamaBridge bridge = cmdLine.getBridge();
Mama::open ();
const vector<const char*>&
symbolList = cmdLine.getSymbolList ();
double throttleRate = cmdLine.getThrottleRate ();
int snapshotInterval = cmdLine.getOptInt ("snapshot");
int precision = cmdLine.getPrecision ();
bool processEntries = cmdLine.getOptBool ('e');
bool strictChecking = !cmdLine.getOptBool ('C');
bool processMarketOrders = cmdLine.getOptBool ('k');
bool showDeltas = cmdLine.showDeltas ();
const char* dictFile = cmdLine.getOptString("use_dict_file");
MamaSource* source = cmdLine.getSource ();
MamaQueueGroup queues (cmdLine.getNumThreads(), bridge);
DictRequester dictRequester (bridge);
// We might as well enforce strict checking of order book updates
// (at the expense of some performance).
if (strictChecking)
{
cout << "MamdaOrderBook strict checking is on" << endl;
MamdaOrderBook::setStrictChecking (true);
}
else
{
cout << "MamdaOrderBook strict checking is off" << endl;
MamdaOrderBook::setStrictChecking (false);
}
// Get and initialize the dictionary
if(dictFile)
{
MamaDictionary* dict =new MamaDictionary;
dict->populateFromFile(dictFile);
MamdaCommonFields::setDictionary (*dict);
MamdaOrderBookFields::setDictionary (*dict);
}
else
{
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaCommonFields::setDictionary (*dictRequester.getDictionary());
MamdaOrderBookFields::setDictionary (*dictRequester.getDictionary ());
}
const char* symbolMapFile = cmdLine.getSymbolMapFile ();
if (symbolMapFile)
{
MamaSymbolMapFile* aMap = new MamaSymbolMapFile;
if (MAMA_STATUS_OK == aMap->load (symbolMapFile))
{
source->getTransport()->setSymbolMap (aMap);
}
}
for (vector<const char*>::const_iterator i = symbolList.begin ();
i != symbolList.end ();
++i)
{
const char* symbol = *i;
MamdaSubscription* aSubscription = new MamdaSubscription;
MamdaOrderBookListener* aBookListener = new MamdaOrderBookListener;
aSubscription->addMsgListener (aBookListener);
aBookListener->setProcessMarketOrders (processMarketOrders);
aBookListener->setProcessEntries (processEntries);
BookTicker* aTicker = new BookTicker;
aBookListener->addHandler (aTicker);
aSubscription->addQualityListener (aTicker);
aSubscription->addErrorListener (aTicker);
aTicker->setShowEntries (processEntries);
aTicker->setShowMarketOrders (processMarketOrders);
aTicker->setShowDeltas (showDeltas);
aTicker->setPrecision (precision);
aSubscription->setType (MAMA_SUBSC_TYPE_BOOK);
aSubscription->setMdDataType (MAMA_MD_DATA_TYPE_ORDER_BOOK);
aSubscription->create (queues.getNextQueue(), source, symbol);
}
Mama::start (bridge);
}
catch (MamaStatus &e)
{
// This exception can be thrown from Mama.open ()
// Mama::createTransport (transportName) and from
// MamdaSubscription constructor when entitlements is enabled.
cerr << "MamaStatus exception in main (): " << e.toString () << endl;
exit (1);
}
catch (std::exception &ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit (1);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit (1);
}
exit (1);
}
void BookPublisher::createTimer (const char* symbol, mamaBridge bridge)
{
//create timer, on next queue, for editing book and publishing changes every 1s
mTimer = new MamaTimer();
mTimer->create (mQueueGroup->getNextQueue(), this, 1);
}
int main (int argc, const char** argv)
{
MamaQueueGroup* queues = NULL;
mamaBridge bridge = NULL;
setbuf (stdout, NULL);
try
{
// Initialize the MAMA API
CommonCommandLineParser cmdLine (argc, argv);
bridge = cmdLine.getBridge();
Mama::open ();
DictRequester dictRequester (bridge);
const vector<const char*>& symbolList = cmdLine.getSymbolList ();
int threads = cmdLine.getNumThreads ();
MamaSource* source = cmdLine.getSource();
bool processMarketOrders = cmdLine.getOptBool ('k');
queues = new MamaQueueGroup (threads, bridge);
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaCommonFields::setDictionary (*dictRequester.getDictionary ());
MamdaTradeFields::setDictionary (*dictRequester.getDictionary ());
MamdaQuoteFields::setDictionary (*dictRequester.getDictionary ());
MamdaOrderBookFields::setDictionary (*dictRequester.getDictionary ());
const char* symbolMapFile = cmdLine.getSymbolMapFile ();
if (symbolMapFile)
{
MamaSymbolMapFile* aMap = new MamaSymbolMapFile;
if (MAMA_STATUS_OK == aMap->load (symbolMapFile))
{
source->getTransport()->setSymbolMap (aMap);
}
}
bool showEntries = cmdLine.getOptBool ('e');
bool showMarketOrders = cmdLine.getOptBool ('k');
int precision = cmdLine.getPrecision();
for (vector < const char*>::const_iterator i = symbolList.begin ();
i != symbolList.end (); ++i)
{
const char* symbol =*i;
MamdaSubscription* aSubscription = new MamdaSubscription;
MamdaBookAtomicListener* aBookListener = new MamdaBookAtomicListener;
AtomicBookBuilder* aBuilder = new AtomicBookBuilder(symbol);
/*
* Add the book handler to recieve book begin and end callbacks
*/
aBookListener->addBookHandler (aBuilder);
/*
* Add the level handler to handle level updates where available
*/
aBookListener->addLevelHandler (aBuilder);
/*
* Add the entry handler to handle entry updates where available
*/
aBookListener->addLevelEntryHandler (aBuilder);
aBuilder->setShowEntries (showEntries);
aBuilder->setShowMarketOrders (showMarketOrders);
aBuilder->setPrecision (precision);
aSubscription->addMsgListener (aBookListener);
aSubscription->addQualityListener (aBuilder);
aSubscription->addErrorListener (aBuilder);
aSubscription->setType (MAMA_SUBSC_TYPE_BOOK);
aSubscription->setMdDataType (MAMA_MD_DATA_TYPE_ORDER_BOOK);
aSubscription->create (queues->getNextQueue(), source, symbol);
aBookListener->setProcessMarketOrders (processMarketOrders);
}
// Dispatch on the default MAMA queue
Mama::start(bridge);
}
catch (MamaStatus& e)
{
cerr << "Exception in main (): " << e.toString () << endl;
exit(EXIT_FAILURE);
}
catch (std::exception& ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit(EXIT_FAILURE);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit(EXIT_FAILURE);
}
return 0;
}
int main (int argc, const char **argv)
{
try
{
CommonCommandLineParser cmdLine (argc, argv);
// Initialise the MAMA API
mamaBridge bridge = cmdLine.getBridge();
Mama::open ();
const vector<const char*>& symbolList = cmdLine.getSymbolList ();
MamaSource* source = cmdLine.getSource();
MamaSource* optionSource = cmdLine.getOptionSource();
int duration = cmdLine.getOptInt ("duration");
double timeout = cmdLine.getTimeout ();
MamaLogLevel subscLogLevel = cmdLine.getSubscLogLevel();
MamaQueueGroup queues (cmdLine.getNumThreads(), bridge);
double throttleRate = cmdLine.getThrottleRate ();
if ((throttleRate > 100.0) || (throttleRate <= 0.0))
{
// We don't really want to swamp the FHs with these types of
// subscriptions.
throttleRate = 100.0;
}
source->getTransport()->setOutboundThrottle (throttleRate,
MAMA_THROTTLE_DEFAULT);
DictRequester dictRequester (bridge);
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaTradeFields::setDictionary (*dictRequester.getDictionary());
MamdaQuoteFields::setDictionary (*dictRequester.getDictionary());
MamdaFundamentalFields::setDictionary (*dictRequester.getDictionary());
MamdaOptionFields::setDictionary (*dictRequester.getDictionary());
const char* symbolMapFile = cmdLine.getSymbolMapFile ();
if (symbolMapFile)
{
MamaSymbolMapFile* aMap = new MamaSymbolMapFile;
if (MAMA_STATUS_OK == aMap->load (symbolMapFile))
{
source->getTransport()->setSymbolMap (aMap);
optionSource->getTransport()->setSymbolMap (aMap);
}
}
for (vector<const char*>::const_iterator i = symbolList.begin ();
i != symbolList.end ();
++i)
{
const char* symbol = *i;
MamaQueue* queue = queues.getNextQueue();
// Create chain and listener objects.
MamdaTradeListener* aBaseTradeListener = new MamdaTradeListener;
MamdaQuoteListener* aBaseQuoteListener = new MamdaQuoteListener;
MamdaFundamentalListener* aFundamentalListener
= new MamdaFundamentalListener;
MamdaOptionChain* anOptionChain = new MamdaOptionChain (symbol);
anOptionChain->setUnderlyingQuoteListener (aBaseQuoteListener);
anOptionChain->setUnderlyingTradeListener (aBaseTradeListener);
MamdaOptionChainListener* anOptionListener =
new MamdaOptionChainListener (anOptionChain);
// By Default Expirate Date , Strike Price and PutCall fields
// are considered manditory to the creation of an option contract
// Clear monditory status of each of these fields if so directed
// n the command line.
anOptionListener->setManditoryFields (
!cmdLine.getOptBool ("noExpire"),
!cmdLine.getOptBool ("noStrike"),
!cmdLine.getOptBool ("noPutCall"));
// Create our handlers (the UnderlyingTicker and
// OptionChainDisplay could be a single class).
UnderlyingTicker* aBaseTicker =
new UnderlyingTicker (*anOptionChain);
OptionChainDisplay* aDisplay =
new OptionChainDisplay (*anOptionChain);
// Create subscriptions for underlying and option chain:
MamdaSubscription* anOptionSubscription = new MamdaSubscription;
// Register for underlying quote and trade events.
aBaseTradeListener->addHandler (aBaseTicker);
aBaseQuoteListener->addHandler (aBaseTicker);
aFundamentalListener->addHandler (aBaseTicker);
// Register for underlying option events.
anOptionListener->addHandler (aDisplay);
// The timeout defaults to 1 for this example because we
// currently use the timeout feature to determine when
// to say that we have received all of the initials.
anOptionSubscription->setTimeout (timeout);
anOptionSubscription->addMsgListener (anOptionListener);
anOptionSubscription->addQualityListener (aDisplay);
anOptionSubscription->addErrorListener (aDisplay);
anOptionSubscription->setType (MAMA_SUBSC_TYPE_GROUP);
anOptionSubscription->create (queue, source, symbol);
// logger...
anOptionSubscription->getMamaSubscription ()->
setDebugLevel (subscLogLevel);
}
ShutdownTimer shutdownCallback (bridge);
MamaTimer shutdownTimer;
if (duration > 0)
{
shutdownTimer.create (Mama::getDefaultEventQueue (bridge),
&shutdownCallback, duration,
queues.getNextQueue());
}
Mama::start(bridge);
}
catch (MamaStatus &e)
{
// This exception can be thrown from Mama::start (),
// Mama::createTransport (transportName) and from
// MamdaSubscription constructor when entitlements is enabled.
cerr << "Exception in main (): " << e.toString () << endl;
exit (1);
}
catch (exception &ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit (1);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit (1);
}
}
int main (int argc, const char* argv[])
{
try
{
// Process some command line arguments:
CommonCommandLineParser cmdLine (argc, argv);
// Initialise the MAMA API
mamaBridge bridge = Mama::loadBridge (cmdLine.getMiddleware());
Mama::open ();
const vector<const char*>& symbolList = cmdLine.getSymbolList ();
MamaSource* source = cmdLine.getSource();
MamaQueueGroup queues (cmdLine.getNumThreads(), bridge);
double throttleRate = cmdLine.getThrottleRate ();
if ((throttleRate > 100.0) || (throttleRate <= 0.0))
{
// We don't really want to swamp the FHs with these types of
// subscriptions.
throttleRate = 100.0;
}
source->getTransport()->setOutboundThrottle (throttleRate,
MAMA_THROTTLE_DEFAULT);
DictRequester dictRequester (bridge);
dictRequester.requestDictionary (cmdLine.getDictSource());
MamdaCommonFields::setDictionary (*dictRequester.getDictionary ());
MamdaTradeFields::setDictionary (*dictRequester.getDictionary ());
MamdaQuoteFields::setDictionary (*dictRequester.getDictionary ());
const char* symbolMapFile = cmdLine.getSymbolMapFile ();
if (symbolMapFile)
{
MamaSymbolMapFile* aMap = new MamaSymbolMapFile;
if (MAMA_STATUS_OK == aMap->load (symbolMapFile))
{
source->getTransport()->setSymbolMap (aMap);
}
}
for (vector<const char*>::const_iterator i = symbolList.begin ();
i != symbolList.end ();
++i)
{
const char* symbol = *i;
MamdaSubscription* aSubscription = new MamdaSubscription;
MultiSecurityExample* anExampleHandler =
new MultiSecurityExample;
MamdaMultiSecurityManager* aSecurityManager =
new MamdaMultiSecurityManager (symbol);
aSecurityManager->addHandler (anExampleHandler);
aSubscription->addMsgListener (aSecurityManager);
aSubscription->setType (MAMA_SUBSC_TYPE_GROUP);
aSubscription->create (queues.getNextQueue(), source, symbol);
}
Mama::start(bridge);
}
catch (MamaStatus &e)
{
// This exception can be thrown from Mama::start (),
// Mama::createTransport (transportName) and from
// MamdaSubscription constructor when entitlements is enabled.
cerr << "MamaStatus exception in main (): " << e.toString () << endl;
exit (1);
}
catch (exception &ex)
{
cerr << "Exception in main (): " << ex.what () << endl;
exit (1);
}
catch (...)
{
cerr << "Unknown Exception in main ()." << endl;
exit (1);
}
return 1;
}
