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 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 Lookup_SymbolTicker1_LookAAndB()
{
// lookup security data by security id
// (securityId = "A", so it is a NYSE)
test.Lookup("A");
SecurityData data = test.Lookup("B");
CheckData_SymbolTicker1_LookAAndB(data, "B");
// first we check the number of elements in the cache.
Assert.AreEqual(4, cache.GetCache().Count, "The cache should only have 4 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_LookAAndB(recordData, "A");
// check the cache key : B
record = cache["B"];
isLookedUp = (bool)AccuracyTestsTestHelper.getPropertyField(record, "IsLookedUp");
Assert.IsTrue(isLookedUp, "The IsLookedUp tag should be set well");
recordData = (SecurityData)AccuracyTestsTestHelper.getPropertyField(record, "SecurityData");
CheckData_SymbolTicker1_LookAAndB(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_LookAAndB(recordData, "C");
// check the cache key : D
record = cache["D"];
isLookedUp = (bool)AccuracyTestsTestHelper.getPropertyField(record, "IsLookedUp");
Assert.IsFalse(isLookedUp, "The IsLookedUp tag should be set well");
recordData = (SecurityData)AccuracyTestsTestHelper.getPropertyField(record, "SecurityData");
CheckData_SymbolTicker1_LookAAndB(recordData, "D");
}