Package com.collective2.signalEntry.adapter.dynamicSimulator

Examples of com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationLongTest

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    }

    @Test
    public void quantityPercentTest() {
        // validates commands and returns hard coded (canned) responses
        DynamicSimulationAdapter simulationAdapter = new DynamicSimulationAdapter(false);

        String password = "P455w0rd";
        String eMail = "someone@somewhere.com";
        Portfolio portfolio = new SimplePortfolioFactory().createPortfolio(new BigDecimal("10000"));
        BigDecimal commission = new BigDecimal("10.00");
        Integer systemId = simulationAdapter.createSystem("first system",password,portfolio,commission);
        simulationAdapter.subscribe(eMail,systemId,password);
        C2ServiceFactory factory = new C2ServiceFactory(simulationAdapter);
        C2EntryService sentryService = factory.signalEntryService(password, systemId, eMail);

        assertEquals(0, portfolio.position("msft").quantity().intValue());

        Response openResponse = sentryService.stockSignal(ActionForStock.BuyToOpen)
                .marketOrder().accountPercent(new BigDecimal("0.08143")).symbol("msft")
                .duration(Duration.GoodTilCancel).send();

        Integer signalId = openResponse.getInteger(C2Element.ElementSignalId);

        assertEquals(0,signalId.intValue());

        long timeStep = 60000l*60l*24l;
        long time = 100000l;
        BigDecimal fixedPrice = new BigDecimal("80.43");

        DynamicSimulationMockDataProvider dataProvider = new DynamicSimulationMockDataProvider(time,fixedPrice,fixedPrice,fixedPrice,fixedPrice,time+timeStep);

        simulationAdapter.tick(dataProvider,sentryService);

        Number buyPower = sentryService.buyPower(); // 10000 - ((10 * 80.43)+10) = 10000-814.30
        assertEquals(9185.7d,buyPower.doubleValue(),DELTA);

        Number systemEquity = sentryService.systemEquity(); //10 * 80.43 = 804.30
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        String mySystemName = "testSystem";
        BigDecimal commission = new BigDecimal("10");

        // simplest possible back test simulator setup
        try {
            DynamicSimulationAdapter adapter = new DynamicSimulationAdapter(marginAccount);

            //register our system and get our id from the simulator
            Integer systemId = adapter.createSystem(startingBuyPower, mySystemName, password, commission);

            C2ServiceFactory factory = new C2ServiceFactory(adapter);
            C2EntryService entryService = factory.signalEntryService(password,systemId);
            assertNotNull(entryService);
        } catch (Exception e) {
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        Iterator<DataProvider> dataIterator = myDataProvider();

        // simplest possible back test simulator setup
        try {
            DynamicSimulationAdapter adapter = new DynamicSimulationAdapter(marginAccount);

            //as the simulation progresses write a summary of the gains to system out.
            long startTimeMs = 0; //do not report gain before this time has passed.
            long periodMs = 60000*60*24*10;//print gains once every 10 days
            adapter.addGainListener(startTimeMs, periodMs, new SimpleGainListener(System.out));

            //register our system and get our id from the simulator
            Integer systemId = adapter.createSystem(startingBuyPower, mySystemName, password, commission);

            C2ServiceFactory factory = new C2ServiceFactory(adapter);
            C2EntryService entryService = factory.signalEntryService(password,systemId);

            while (dataIterator.hasNext()) {

                //get data provider for the next time period
                DataProvider data = dataIterator.next();

                //first, send the data for this time period to the simulator
                adapter.tick(data, entryService); //multiple ticks can be sent for finer granularity

                //second use that data for building up your own signals
                mySignalGenerator(data, entryService);

            }
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    @Test
    public void exampleServiceConstructionTest() {

        // validates commands and returns hard coded (canned) responses
        // for live production replace StaticSimulationAdapter with Collective2Adapter
        C2EntryServiceAdapter simulationAdapter = new StaticSimulationAdapter();
        C2ServiceFactory factory = new C2ServiceFactory(simulationAdapter);

        String password = "PA55WORD";
        Integer systemId = 99999999;
        String eMail = "someone@somewhere.com";
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    @Test
    public void exampleServiceUsageTest() {
        // validates commands and returns hard coded (canned) responses
        // for live production replace StaticSimulationAdapter with Collective2Adapter
        C2EntryServiceAdapter simulationAdapter = new StaticSimulationAdapter();
        C2ServiceFactory factory = new C2ServiceFactory(simulationAdapter);

        String password = "PA55WORD";
        Integer systemId = 99999999;
        String eMail = "someone@somewhere.com";
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    @Test
    public void  marketBTOTest() {

        Portfolio portfolio = new SimplePortfolioFactory().createPortfolio(new BigDecimal("1000.00"));

        int id = 42;
        long time = stop;
        Instrument instrument = Instrument.Forex;
        String symbol = "GG";
        SignalAction action = SignalAction.BTO;
        Integer quantity = 10;
        QuantityComputable quantityComputable = new QuantityComputableFixed(quantity);
        long cancelAtMs = Long.MAX_VALUE;
        Duration timeInForce = Duration.GoodTilCancel;
        OrderProcessorMarket processor = new OrderProcessorMarket(time, symbol);
        Order order = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,processor, null);

        //test only the processor and do it outside the order
        boolean processed = processor.process(dataProvider, portfolio, commission, order, action, quantityComputable, null);

        assertTrue(processed);
        assertEquals(new BigDecimal("961.00"),portfolio.cash());
        assertEquals(quantity,portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("60"),portfolio.equity(dataProvider));

        //sell to close this open position.

        action = SignalAction.STC;
        order = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,processor, null);

        //test only the processor and do it outside the order
        processed = processor.process(dataProvider, portfolio, commission, order, action, quantityComputable, null);

        assertTrue(processed);
        assertEquals(new BigDecimal("982.00"),portfolio.cash());
        assertEquals(Integer.valueOf(0),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("0"),portfolio.equity(dataProvider));

    }
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    }


    private void  marketShortTest(SignalAction sellAction) {

        Portfolio portfolio = new SimplePortfolioFactory().createPortfolio(new BigDecimal("1000.00"));

        int id = 42;
        long time = stop;
        Instrument instrument = Instrument.Forex;
        String symbol = "GG";
        Integer quantity = 10;
        QuantityComputable quantityComputable = new QuantityComputableFixed(quantity);
        long cancelAtMs = Long.MAX_VALUE;
        Duration timeInForce = Duration.GoodTilCancel;
        OrderProcessorMarket processor = new OrderProcessorMarket(time, symbol);
        Order order = new Order(null, id,instrument,symbol,sellAction,quantityComputable,cancelAtMs,timeInForce,processor, null);

        //test only the processor and do it outside the order
        boolean processed = processor.process(dataProvider, portfolio, commission, order, sellAction, quantityComputable, null);

        assertTrue(processed);
        assertEquals(new BigDecimal("1021.00"),portfolio.cash());
        assertEquals(Integer.valueOf(-quantity),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("-60"),portfolio.equity(dataProvider));

        //Buy to cover this short position

        SignalAction action = SignalAction.BTC;
        order = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,processor, null);

        processed = processor.process(dataProvider, portfolio, commission, order, action, quantityComputable, null);

        assertTrue(processed);
        assertEquals(new BigDecimal("982.00"),portfolio.cash());
        assertEquals(Integer.valueOf(0),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("0"),portfolio.equity(dataProvider));

    }
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    @Test
    public void  conditionalOrderTest() {

        Portfolio portfolio = new SimplePortfolioFactory().createPortfolio(new BigDecimal("1000.00"));

        int id = 42;
        long time = stop;
        Instrument instrument = Instrument.Forex;
        String symbol = "GG";
        SignalAction action = SignalAction.BTO;
        Integer quantity = 10;
        QuantityComputable quantityComputable = new QuantityComputableFixed(quantity);
        long cancelAtMs = Long.MAX_VALUE;
        Duration timeInForce = Duration.GoodTilCancel;
        OrderProcessorMarket processor = new OrderProcessorMarket(time, symbol);
        Order buyOrder = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,processor, null);

        //final quantity is not known until this order is processed
        //this however has the quantity because QuantityComputableFixed is used above
        assertEquals(Integer.valueOf(10), Integer.valueOf(buyOrder.quantity()));

        action = SignalAction.STC;
        quantityComputable = new QuantityComputableEntry(buyOrder);
        Order sellOrder = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,processor, buyOrder);

        //final quantity is not known until this order is processed
        //this however has the quantity because QuantityComputableFixed is used above
        assertEquals(Integer.valueOf(10), Integer.valueOf(sellOrder.quantity()));

        assertTrue(buyOrder.process(dataProvider,portfolio,commission,null));

        assertEquals(quantity, Integer.valueOf(buyOrder.quantity()));
        assertEquals(quantity, Integer.valueOf(sellOrder.quantity()));

        assertTrue(sellOrder.process(dataProvider, portfolio, commission,null));

        assertEquals(new BigDecimal("982.00"),portfolio.cash());
        assertEquals(Integer.valueOf(0),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("0"),portfolio.equity(dataProvider));

    }
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    }

    private void limitBTOTest(RelativeNumber buyBelow, RelativeNumber sellAbove, BigDecimal expectedBuy, BigDecimal expectedSell) {

        BigDecimal startingCash = new BigDecimal("1000.00");
        Portfolio portfolio = new SimplePortfolioFactory().createPortfolio(startingCash);

        int id = 42;
        long time = stop;
        Instrument instrument = Instrument.Forex;
        String symbol = "GG";
        SignalAction action = SignalAction.BTO;
        Integer quantity = 10;
        QuantityComputable quantityComputable = new QuantityComputableFixed(quantity);
        long cancelAtMs = Long.MAX_VALUE;
        Duration timeInForce = Duration.GoodTilCancel;


        OrderProcessorLimit processor = new OrderProcessorLimit(time, symbol, buyBelow);
        Order order = new Order(null,id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,processor,null);

        //test only the processor and do it outside the order
        boolean processed = processor.process(dataProvider, portfolio, commission, order, action, quantityComputable,null);

        assertTrue(processed);
        BigDecimal expectedCash = startingCash.subtract(expectedBuy.multiply(new BigDecimal(quantity)).add(commission));

        assertEquals(expectedBuy, processor.transactionPrice());
        assertEquals(expectedCash, portfolio.cash());
        assertEquals(quantity,portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("60"),portfolio.equity(dataProvider));

        //sell to close this open position.

        action = SignalAction.STC;

        OrderProcessorLimit sellProcessor = new OrderProcessorLimit(time, symbol, sellAbove);
        order = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,sellProcessor,null);

        //test only the processor and do it outside the order
        processed = sellProcessor.process(dataProvider, portfolio, commission, order, action, quantityComputable,null);

        assertTrue(processed);
        expectedCash = expectedCash.add(expectedSell.multiply(new BigDecimal(quantity))).subtract(commission);

        assertEquals(expectedSell, sellProcessor.transactionPrice());
        assertEquals(expectedCash,portfolio.cash());
        assertEquals(Integer.valueOf(0),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("0"),portfolio.equity(dataProvider));

    }
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    private void  limitShortTest(SignalAction sellAction, RelativeNumber sellAbove, RelativeNumber buyBelow, BigDecimal expectedSell, BigDecimal expectedBuy) {

        BigDecimal startingCash = new BigDecimal("1000.00");
        Portfolio portfolio = new SimplePortfolioFactory().createPortfolio(startingCash);

        int id = 42;
        long time = stop;
        Instrument instrument = Instrument.Forex;
        String symbol = "GG";
        Integer quantity = 10;
        QuantityComputable quantityComputable = new QuantityComputableFixed(quantity);
        long cancelAtMs = Long.MAX_VALUE;
        Duration timeInForce = Duration.GoodTilCancel;

        OrderProcessorLimit processor = new OrderProcessorLimit(time,symbol,sellAbove);
        Order order = new Order(null, id,instrument,symbol,sellAction,quantityComputable,cancelAtMs,timeInForce,processor,null);

        //test only the processor and do it outside the order
        boolean processed = processor.process(dataProvider, portfolio, commission, order, sellAction, quantityComputable,null);

        BigDecimal expectedCash = startingCash.add(expectedSell.multiply(new BigDecimal(quantity)).subtract(commission));

        assertTrue(processed);
        assertEquals("sell ", expectedSell, processor.transactionPrice());
        assertEquals(expectedCash,portfolio.cash());
        assertEquals(Integer.valueOf(-quantity),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("-60"),portfolio.equity(dataProvider));

        //Buy to cover this short position

        SignalAction action = SignalAction.BTC;
        OrderProcessorLimit buyProcessor = new OrderProcessorLimit(time,symbol,buyBelow);
        order = new Order(null, id,instrument,symbol,action,quantityComputable,cancelAtMs,timeInForce,buyProcessor,null);

        processed = buyProcessor.process(dataProvider, portfolio, commission, order, action, quantityComputable,null);
        expectedCash = expectedCash.subtract(expectedBuy.multiply(new BigDecimal(quantity))).subtract(commission);

        assertTrue(processed);
        assertEquals("buy ",expectedBuy, buyProcessor.transactionPrice());
        assertEquals(expectedCash,portfolio.cash());
        assertEquals(Integer.valueOf(0),portfolio.position("GG").quantity());
        assertEquals(new BigDecimal("0"),portfolio.equity(dataProvider));

    }
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Related Classes of com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationLongTest

  • com.collective2.signalEntry.adapter.C2EntryServiceAdapter
  • com.collective2.signalEntry.adapter.Collective2Adapter
  • com.collective2.signalEntry.adapter.Collective2AdapterTest
  • com.collective2.signalEntry.adapter.DynamicSimulationAdapter
  • com.collective2.signalEntry.adapter.dynamicSimulator.DataProvider
  • com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationLongTest
  • com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationLongXReplaceTest
  • com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationMockDataProvider
  • com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationQuanityTest
  • com.collective2.signalEntry.adapter.dynamicSimulator.DynamicSimulationRelativeTest
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