public OptionContractTicker(
MamdaOptionContract contract,
MamdaOptionChainView view,
OptionChainDisplay display)
{
myContract = contract;
myView = view;
myDisplay = display;
}
public static void Main(string[] args)
{
MamaTransport baseTransport = null;
MamaTransport optionTransport = null;
MamaTransport dictTransport = null;
MamaQueue defaultQueue = null;
MamaDictionary dictionary = null;
CommandLineProcessor options = new CommandLineProcessor (args);
if (options.hasLogLevel())
{
logLevel_ = options.getLogLevel();
Mama.enableLogging(logLevel_);
}
try
{
// Initialize MAMA
myBridge = new MamaBridge(options.getMiddleware());
Mama.open ();
// Initialize transports. We're assuming that options and
// underlyings might be on different transports. Note:
// some companies might use multiple transports for
// underlyings (e.g., CTA and NASDAQ), which case it woud
// be necessary to create three transports here and be
// sure to pass the correct transport later.
baseTransport = new MamaTransport();
baseTransport.create(options.getTransport(), myBridge);
optionTransport = baseTransport;
defaultQueue = Mama.getDefaultEventQueue(myBridge);
// The dictionary transport might be different from the
// other transports (although in this example we're just
// using the same transport name as the underlying).
dictTransport = baseTransport;
// Fetch and initialize the data dictionary
MamaSource dictionarySource = new MamaSource();
dictionarySource.symbolNamespace = options.getDictSource();
dictionarySource.transport = baseTransport;
dictionary = buildDataDictionary(dictTransport, defaultQueue, dictionarySource);
MamdaQuoteFields.setDictionary(dictionary, null);
MamdaTradeFields.setDictionary(dictionary, null);
MamdaFundamentalFields.setDictionary(dictionary, null);
MamdaOptionFields.setDictionary(dictionary, null);
// Create listeners for each chain. Two subscriptions are
// necessary.
foreach (string symbol in options.getSymbolList())
{
// Create chain and listener objects.
MamdaTradeListener aBaseTradeListener = new MamdaTradeListener();
MamdaQuoteListener aBaseQuoteListener = new MamdaQuoteListener();
MamdaOptionChain anOptionChain = new MamdaOptionChain (symbol);
anOptionChain.setUnderlyingQuoteListener(aBaseQuoteListener);
anOptionChain.setUnderlyingTradeListener(aBaseTradeListener);
MamdaOptionChainListener anOptionListener =
new MamdaOptionChainListener(anOptionChain);
// Set up the view (could be configurable, of course):
MamdaOptionChainView anOptionView =
new MamdaOptionChainView (anOptionChain);
anOptionView.setNumberOfExpirations(2);
anOptionView.setStrikeRangeNumber(4);
anOptionView.setJitterMargin(1.0);
// Create our handlers (the UnderlyingTicker and
// OptionChainDisplay could be a single class).
UnderlyingTicker aBaseTicker =
new UnderlyingTicker(anOptionChain, false);
OptionChainDisplay aDisplay =
new OptionChainDisplay(anOptionView);
// Create subscriptions for underlying and option chain:
MamdaSubscription aBaseSubscription = new MamdaSubscription();
MamdaSubscription anOptionSubscription =
new MamdaSubscription();
// Register for underlying quote and trade events.
aBaseTradeListener.addHandler(aBaseTicker);
aBaseQuoteListener.addHandler(aBaseTicker);
aBaseSubscription.addMsgListener(aBaseTradeListener);
aBaseSubscription.addMsgListener(aBaseQuoteListener);
aBaseSubscription.create(
baseTransport,
defaultQueue,
options.getSource(),
symbol,
null);
mamdaSubscriptions.Add(aBaseSubscription);
// Register for underlying option events.
anOptionListener.addHandler(aDisplay);
anOptionListener.addHandler(anOptionView);
// We set the timeout 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.
// There will be a separate time interval for this in
// the future.
anOptionSubscription.setTimeout(1);
anOptionSubscription.addMsgListener(anOptionListener);
anOptionSubscription.addStaleListener(aDisplay);
anOptionSubscription.addErrorListener(aDisplay);
anOptionSubscription.setType(mamaSubscriptionType.MAMA_SUBSC_TYPE_GROUP);
anOptionSubscription.create(
optionTransport,
defaultQueue,
options.getSource(),
symbol,
null);
optionSubscriptions.Add(anOptionSubscription);
}
//Start dispatching on the default event queue
Mama.start(myBridge);
GC.KeepAlive(dictionary);
Console.WriteLine("Press ENTER or Ctrl-C to quit...");
Console.ReadLine();
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
Environment.Exit(1);
}
}
public OptionContractTicker(
MamdaOptionContract contract,
MamdaOptionChainView view,
OptionChainDisplay display)
{
myContract = contract;
myView = view;
myDisplay = display;
}
public OptionChainDisplay(MamdaOptionChainView view)
{
myView = view;
}
public static void Main(string[] args)
{
MamaTransport baseTransport = null;
MamaTransport optionTransport = null;
MamaTransport dictTransport = null;
MamaQueue defaultQueue = null;
MamaDictionary dictionary = null;
CommandLineProcessor options = new CommandLineProcessor(args);
if (options.hasLogLevel())
{
logLevel_ = options.getLogLevel();
Mama.enableLogging(logLevel_);
}
try
{
// Initialize MAMA
myBridge = new MamaBridge(options.getMiddleware());
Mama.open();
// Initialize transports. We're assuming that options and
// underlyings might be on different transports. Note:
// some companies might use multiple transports for
// underlyings (e.g., CTA and NASDAQ), which case it woud
// be necessary to create three transports here and be
// sure to pass the correct transport later.
baseTransport = new MamaTransport();
baseTransport.create(options.getTransport(), myBridge);
optionTransport = baseTransport;
defaultQueue = Mama.getDefaultEventQueue(myBridge);
// The dictionary transport might be different from the
// other transports (although in this example we're just
// using the same transport name as the underlying).
dictTransport = baseTransport;
// Fetch and initialize the data dictionary
MamaSource dictionarySource = new MamaSource();
dictionarySource.symbolNamespace = options.getDictSource();
dictionarySource.transport = baseTransport;
dictionary = buildDataDictionary(dictTransport, defaultQueue, dictionarySource);
MamdaQuoteFields.setDictionary(dictionary, null);
MamdaTradeFields.setDictionary(dictionary, null);
MamdaFundamentalFields.setDictionary(dictionary, null);
MamdaOptionFields.setDictionary(dictionary, null);
// Create listeners for each chain. Two subscriptions are
// necessary.
foreach (string symbol in options.getSymbolList())
{
// Create chain and listener objects.
MamdaTradeListener aBaseTradeListener = new MamdaTradeListener();
MamdaQuoteListener aBaseQuoteListener = new MamdaQuoteListener();
MamdaOptionChain anOptionChain = new MamdaOptionChain(symbol);
anOptionChain.setUnderlyingQuoteListener(aBaseQuoteListener);
anOptionChain.setUnderlyingTradeListener(aBaseTradeListener);
MamdaOptionChainListener anOptionListener =
new MamdaOptionChainListener(anOptionChain);
// Set up the view (could be configurable, of course):
MamdaOptionChainView anOptionView =
new MamdaOptionChainView(anOptionChain);
anOptionView.setNumberOfExpirations(2);
anOptionView.setStrikeRangeNumber(4);
anOptionView.setJitterMargin(1.0);
// Create our handlers (the UnderlyingTicker and
// OptionChainDisplay could be a single class).
UnderlyingTicker aBaseTicker =
new UnderlyingTicker(anOptionChain, false);
OptionChainDisplay aDisplay =
new OptionChainDisplay(anOptionView);
// Create subscriptions for underlying and option chain:
MamdaSubscription aBaseSubscription = new MamdaSubscription();
MamdaSubscription anOptionSubscription =
new MamdaSubscription();
// Register for underlying quote and trade events.
aBaseTradeListener.addHandler(aBaseTicker);
aBaseQuoteListener.addHandler(aBaseTicker);
aBaseSubscription.addMsgListener(aBaseTradeListener);
aBaseSubscription.addMsgListener(aBaseQuoteListener);
aBaseSubscription.create(
baseTransport,
defaultQueue,
options.getSource(),
symbol,
null);
mamdaSubscriptions.Add(aBaseSubscription);
// Register for underlying option events.
anOptionListener.addHandler(aDisplay);
anOptionListener.addHandler(anOptionView);
// We set the timeout 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.
// There will be a separate time interval for this in
// the future.
anOptionSubscription.setTimeout(1);
anOptionSubscription.addMsgListener(anOptionListener);
anOptionSubscription.addStaleListener(aDisplay);
anOptionSubscription.addErrorListener(aDisplay);
anOptionSubscription.setType(mamaSubscriptionType.MAMA_SUBSC_TYPE_GROUP);
anOptionSubscription.create(
optionTransport,
defaultQueue,
options.getSource(),
symbol,
null);
optionSubscriptions.Add(anOptionSubscription);
}
//Start dispatching on the default event queue
Mama.start(myBridge);
GC.KeepAlive(dictionary);
Console.WriteLine("Press ENTER or Ctrl-C to quit...");
Console.ReadLine();
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
Environment.Exit(1);
}
}
bool myGotRecap = false; // Updated when we get the first recap.
public OptionChainDisplay(MamdaOptionChainView view)
{
myView = view;
}
