public void CanSearchWithRequest()
{
var request = new SecuritySearchRequest(PagingRequest.First(20), "*", "FUTURE");
var searchResult = Context.SecurityMaster.Search(request);
Assert.NotEmpty(searchResult.Documents);
var securitytoFind = searchResult.Documents.First();
var identifierBundle = securitytoFind.Security.Identifiers;
{
var identifierSearch = new ExternalIdSearch(identifierBundle.Identifiers, ExternalIdSearchType.All);
request = new SecuritySearchRequest(PagingRequest.All, "*", "FUTURE", identifierSearch);
var singleSearchResult = Context.SecurityMaster.Search(request);
Assert.NotEmpty(singleSearchResult.Documents);
Assert.Single(singleSearchResult.Documents);
Assert.Equal(singleSearchResult.Documents.Single().Security.UniqueId, securitytoFind.UniqueId);
}
{
var identifierSearch = new ExternalIdSearch(identifierBundle.Identifiers.Concat(Enumerable.Repeat(ExternalId.Create("XXX", "YYY"), 1)), ExternalIdSearchType.Any);
request = new SecuritySearchRequest(PagingRequest.All, "*", "FUTURE", identifierSearch);
var singleSearchResult = Context.SecurityMaster.Search(request);
Assert.NotEmpty(singleSearchResult.Documents);
Assert.Single(singleSearchResult.Documents);
Assert.Equal(singleSearchResult.Documents.Single().Security.UniqueId, securitytoFind.UniqueId);
}
}
public void CanQueryMetadata()
{
var result = Context.SecurityMaster.MetaData(new SecurityMetaDataRequest());
Assert.NotNull(result);
Assert.NotEmpty(result.SecurityTypes);
Assert.Contains("FUTURE", result.SecurityTypes);
foreach (var securityType in result.SecurityTypes)
{
var request = new SecuritySearchRequest(PagingRequest.One, "*", securityType, null);
var searchResult = Context.SecurityMaster.Search(request);
switch (securityType)
{
default:
Assert.NotEqual(0, searchResult.Paging.TotalItems);
Assert.Equal(securityType, searchResult.Documents.Single().Security.SecurityType);
break;
}
}
var request1 = new SecuritySearchRequest(PagingRequest.None, "*", null, null);
Assert.Equal(
Context.SecurityMaster.Search(request1).Paging.TotalItems,
result.SecurityTypes.Sum(r =>
{
var request = new SecuritySearchRequest(PagingRequest.None, "*", r, null);
return Context.SecurityMaster.Search(request).Paging.TotalItems;
})
);
}
public void CanSearchWithObjectId()
{
const string type = "FUTURE";
var request = new SecuritySearchRequest(PagingRequest.First(1), "*", type);
var searchResult = Context.SecurityMaster.Search(request);
Assert.NotEmpty(searchResult.Documents);
var securitytoFind = searchResult.Documents.First();
request = new SecuritySearchRequest(PagingRequest.All, "*", type, null,
new List<ObjectId> {securitytoFind.UniqueId.ObjectID});
var singleSearchResult = Context.SecurityMaster.Search(request);
Assert.NotEmpty(singleSearchResult.Documents);
//Assert.Single(singleSearchResult.Documents);
foreach (var securityDocument in singleSearchResult.Documents)
{
Assert.Equal(securityDocument.Security.UniqueId.ObjectID, securitytoFind.UniqueId.ObjectID);
}
}
private static SearchResult<SecurityDocument> GetSomeEquities()
{
var remoteSecurityMaster = Context.SecurityMaster;
var request = new SecuritySearchRequest(PagingRequest.First(3), "*", "EQUITY");
return remoteSecurityMaster.Search(request);
}
private void Update()
{
var token = ++_cancellationToken;
string type = (string) typeBox.SelectedItem;
string name = nameBox.Text;
if (type == string.Empty)
{
type = null; //Wildcard
}
int currentPage = CurrentPage;
ThreadPool.QueueUserWorkItem(delegate
{
try
{
CancelIfCancelled(token);
var request = new SecuritySearchRequest(PagingRequest.OfPage(currentPage, 20), name, type);
var results = SecurityMaster.Search(request);
CancelIfCancelled(token);
Dispatcher.Invoke((Action)(() =>
{
CancelIfCancelled(token);
itemGrid.DataContext = results.Documents.Select(s => s.Security).ToList();
itemGrid.SelectedIndex = 0;
pageCountLabel.DataContext = results.Paging;
currentPageLabel.DataContext = results.Paging;
outerGrid.UpdateLayout();
}));
}
catch (OperationCanceledException)
{
}
});
}
public SearchResult<SecurityDocument> Search(SecuritySearchRequest request)
{
return _restTarget.Resolve("securitySearches").Post<SearchResult<SecurityDocument>>(request);
}
public void PagingBehavesAsExpected()
{
const int initialDocs = 10;
var request = new SecuritySearchRequest(PagingRequest.First(initialDocs), "*", "FUTURE", null);
var intialResult = Context.SecurityMaster.Search(request);
Assert.Equal(initialDocs, intialResult.Documents.Count);
Assert.InRange(intialResult.Paging.TotalItems, initialDocs, int.MaxValue);
request = new SecuritySearchRequest(PagingRequest.OfIndex(0, 1), "*", "FUTURE", null);
var searchResult = Context.SecurityMaster.Search(request);
Assert.Equal(1, searchResult.Documents.Count);
Assert.Equal(intialResult.Documents[0].UniqueId, searchResult.Documents.Single().UniqueId);
request = new SecuritySearchRequest(PagingRequest.OfPage(1, 1), "*", "FUTURE", null);
searchResult = Context.SecurityMaster.Search(request);
Assert.Equal(1, searchResult.Documents.Count);
Assert.Equal(intialResult.Documents[0].UniqueId, searchResult.Documents.Single().UniqueId);
request = new SecuritySearchRequest(PagingRequest.OfIndex(2, 1), "*", "FUTURE", null);
searchResult = Context.SecurityMaster.Search(request);
Assert.Equal(1, searchResult.Documents.Count);
Assert.Equal(intialResult.Documents[2].UniqueId, searchResult.Documents.Single().UniqueId);
request = new SecuritySearchRequest(PagingRequest.OfIndex(intialResult.Paging.TotalItems, 1), "*", "FUTURE", null);
searchResult = Context.SecurityMaster.Search(request);
Assert.Empty(searchResult.Documents);
}
public void GetsMatchSearch()
{
var request = new SecuritySearchRequest(PagingRequest.One, "*", "FUTURE", null);
var searchResult = Context.SecurityMaster.Search(request);
foreach (var securityDocument in searchResult.Documents)
{
var security = Context.SecurityMaster.GetSecurity(securityDocument.UniqueId);
Assert.NotNull(security);
Assert.Equal(securityDocument.Security.Name, security.Name);
}
}