public void Lookup_SymbolTicker3_LookA() { test = new FinancialSecurityManager(idParser, lookupServices, combiner, false, false, cache); // lookup security data by security id // (securityId = "A", so it is a NYSE) SecurityData data = test.Lookup("A"); CheckData_SymbolTicker1_LookA(data, "A"); // first we check the number of elements in the cache. Assert.AreEqual(3, cache.GetCache().Count, "The cache should only have 3 element."); // check the cache key : A Object record = cache["A"]; bool isLookedUp = (bool)AccuracyTestsTestHelper.getPropertyField(record, "IsLookedUp"); Assert.IsTrue(isLookedUp, "The IsLookedUp tag should be set well"); SecurityData recordData = (SecurityData)AccuracyTestsTestHelper.getPropertyField(record, "SecurityData"); CheckData_SymbolTicker1_LookA(recordData, "A"); // check the cache key : B record = cache["B"]; isLookedUp = (bool)AccuracyTestsTestHelper.getPropertyField(record, "IsLookedUp"); Assert.IsFalse(isLookedUp, "The IsLookedUp tag should be set well"); recordData = (SecurityData)AccuracyTestsTestHelper.getPropertyField(record, "SecurityData"); CheckData_SymbolTicker1_LookA(recordData, "B"); // check the cache key : C record = cache["C"]; isLookedUp = (bool)AccuracyTestsTestHelper.getPropertyField(record, "IsLookedUp"); Assert.IsFalse(isLookedUp, "The IsLookedUp tag should be set well"); recordData = (SecurityData)AccuracyTestsTestHelper.getPropertyField(record, "SecurityData"); CheckData_SymbolTicker1_LookA(recordData, "C"); }
public void Lookup_SymbolTicker3_LookAAndB() { test = new FinancialSecurityManager(idParser, lookupServices, combiner, false, false, cache); test.Lookup("A"); SecurityData data = test.Lookup("B"); CheckData_SymbolTicker1_LookA(data, "B"); }
public void Lookup_SymbolTicker2_IdDetails_True() { test = new FinancialSecurityManager(idParser, lookupServices, combiner, true, true, cache); test.Lookup("A"); SecurityData data = test.Lookup(test.Parse("B")); CheckData_SymbolTicker1_LookAAndB(data, "B"); }
public void SetUp() { idParser = new DefaultSecurityIdParser(); lookupServices = new Dictionary <string, ISecurityLookupService>(); lookupServices.Add(SecurityIdType.SymbolTicker, new SimpleSecurityLookupService()); combiner = new DefaultSecurityDataCombiner(); cache = new SimpleCache(); test = new FinancialSecurityManager(idParser, lookupServices, combiner, false, true, cache); }
public void FinancialSecurityManager_Ctor1() { test = new FinancialSecurityManager(lookupServices, combiner, true, false, cache); Assert.IsNotNull(test, "The ctor should work well."); SecurityIdDetails details = test.Parse("037833100"); // get the property to test the method. Assert.AreEqual("037833100", details.Id, "The Id property should be set to '037833100'."); Assert.AreEqual(SecurityIdType.CUSIP, details.Type, "The Type property should be set to 'CUSIP'."); }
public void BenchmarkBuildFinancialSecurityManager() { Start(); for (int i = 0; i < ITERATION; i++) { FinancialSecurityManager manager = FinancialSecurityManagerBuilder.BuildFinancialSecurityManager (StressTestHelper.BuildConfiguration()); Assert.IsNotNull(manager, "the BuildFinancialSecurityManager() is wrong."); } Stop("Run FinancialSecurityManagerBuilder.BuildFinancialSecurityManager() "); }
protected void SetUp() { parser = new DefaultSecurityIdParser(); combiner = new DefaultSecurityDataCombiner(); lookupService = new SecurityLookupServiceMock(); dataCache = new SimpleCache(3, new FIFOCacheEvictionStrategy(), TimeSpan.FromSeconds(10)); securityLookupServices = new Dictionary <string, ISecurityLookupService>(); securityLookupServices[SecurityIdType.CUSIP] = lookupService; securityLookupServices[SecurityIdType.ISIN] = lookupService; securityLookupServices[SecurityIdType.SEDOL] = lookupService; securityLookupServices[SecurityIdType.SymbolTicker] = lookupService; instance = new FinancialSecurityManager(securityLookupServices, combiner, true, true, dataCache); }
public void BuildFinancialSecurityManager_OptionConfig() { IConfiguration config = AccuracyTestsTestHelper.GetConfigObject(); // the security_id_parser_key value is optional. config.RemoveAttribute("security_id_parser_key"); FinancialSecurityManager manager = FinancialSecurityManagerBuilder.BuildFinancialSecurityManager(config); Assert.IsNotNull(manager, "The build method should work well."); // 1 get the idParser to test the builder. ISecurityIdParser idParser = (ISecurityIdParser)AccuracyTestsTestHelper.getPrivateField(manager, "securityIdParser"); // this idParser should be not null. Assert.IsNotNull(idParser, "The build method should work well."); // 2 get the lookupServices to test the builder. IDictionary <string, ISecurityLookupService> lookupServices = (IDictionary <string, ISecurityLookupService>) AccuracyTestsTestHelper.getPrivateField(manager, "securityLookupServices"); Assert.AreEqual(2, lookupServices.Count, "Should have 2 element"); Assert.IsTrue(lookupServices.ContainsKey(SecurityIdType.CUSIP), "Should have this lookupService name"); Assert.IsTrue(lookupServices.ContainsKey(SecurityIdType.ISIN), "Should have this lookupService name"); // 3 get the recursive to test the builder. bool recursive = (bool)AccuracyTestsTestHelper.getPrivateField(manager, "recursiveLookup"); Assert.IsFalse(recursive, "Should set to false"); // 4 get the recursive to test the builder. bool reference = (bool)AccuracyTestsTestHelper.getPrivateField(manager, "referenceLookup"); Assert.IsTrue(reference, "Should set to true"); // 5 get the combiner to test the builder. ISecurityDataCombiner combiner = (ISecurityDataCombiner) AccuracyTestsTestHelper.getPrivateField(manager, "securityDataCombiner"); SecurityData data1 = new SecurityData("1", "TopCoder", new string[] { "1", "2", "3" }); SecurityData data2 = new SecurityData("2", "IBM", new string[] { "4", "2", "3" }); SecurityData result = combiner.Combine(data1, data2); // get the property to test the method. Assert.AreEqual("1", result.Id, "The Id property should be set to '1'."); Assert.AreEqual("TopCoder", result.CompanyName, "The CompanyName property should be set to 'TopCoder'."); }
public void SetUp() { IDictionary <string, ISecurityLookupService> securityLookupServices = new Dictionary <string, ISecurityLookupService>(); securityLookupServices[SecurityIdType.CUSIP] = new CustomSecurityLookupService(); securityLookupServices[SecurityIdType.ISIN] = new CustomSecurityLookupService(); securityLookupServices[SecurityIdType.SEDOL] = new CustomSecurityLookupService(); securityLookupServices[SecurityIdType.SymbolTicker] = new CustomSecurityLookupService(); ICache cache = new SimpleCache(); manager = new FinancialSecurityManager(new DefaultSecurityIdParser(), securityLookupServices, new DefaultSecurityDataCombiner(), true, false, cache); }
public void TearDown() { test = null; }
public void TearDown() { manager = null; }