Sample Projects

Index

Basic authentication over SSL with LiteHTTPS in the BasicHttpBinding Binary data transmission to GlassFish using Fast Infoset and LiteHTTP Compare Noemax.GZip vs System.IO.Compression on .NET 4 Compare the performance and compactness of LZF3, LZF and GZIP Compare various Fast Infoset profiles and compression algorithms Compress both requests and responses when size is above threshold Duplex communication with .NET CF using SOAP/TCP Duplex Duplex streaming with SOAP/TCP Duplex and message compression Duplex streaming with Windows security and transport compression Envelope behavior provides compression when message security is used Expose the WSDL with LiteHTTP in a custom binding in code Fast Infoset and HTTP compression between Silverlight 4 and IIS Fast Infoset and HTTP negotiation and compression with REST Fast Infoset for cross-platform interoperability with Apache CXF Fast Infoset profile details specified in a configuration file Host a service in .NET CF by using LiteHTTP Host a service in .NET CF by using the BasicSoapTcpBinding in code LiteHTTP in a .NET CF client proxy generated by NetCFSvcUtil.exe Plug WCF-Xtensions in the BasicHttpBinding in a configuration file Plug WCF-Xtensions in the NetTcpBinding in a configuration file RESTful communication between .NET and Jersey hosted in Grizzly SOAP/TCP in a .NET CF client proxy generated by NetCFSvcUtil.exe SOAP/TCP with Fast Infoset and compression in code Speed up LINQ over WCF with Fast Infoset, LZF3 and EnumerableStream Stream binary data efficiently using Fast Infoset over HTTP SSL security with LiteHTTPS in a custom binding in code Transparent configuration using the XChannelFactory and XServiceHost Write/read compressed Fast Infoset documents using the XmlSerializer Write/read Fast Infoset documents using the DataContractSerializer

Basic authentication over SSL with LiteHTTPS in the BasicHttpBinding

This sample project demonstrates how to (a) perform basic authentication over SSL with LiteHTTPS as transport, (b) use Fast Infoset as message encoding, and (c) configure the BasicHttpBinding in configuration. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Note that (i) LiteHTTPS does not require the use of a tool to configure a port with an X.509 certificate, and (ii) for this sample to work you must have an appropriate X.509 certificate on both sides and make the necessary code changes to use this certificate.

Binary data transmission to GlassFish using Fast Infoset and LiteHTTP

This sample project demonstrates how to (a) transmit binary data to an Oracle GlassFish server using Fast Infoset as message encoding, (b) use LiteHTTP as transport, and (c) configure a custom binding in a configuration file for the .NET client and in code for the .NET CF client. This sample exposes a single service which is accessed by two different clients. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Compare Noemax.GZip vs System.IO.Compression on .NET 4

This sample project demonstrates how to create a simple benchmark that compares the relative performance and compactness of the GZIP implementation available in the Noemax.GZip namespace of DotNetCompression versus the one in the System.IO.Compression namespace of .NET 4. Uses DotNetCompression; you must add a reference to Noemax.GZip.

Note that for this benchmark to return meaningful results you must (i) build it in release mode, and (ii) run it outside Visual Studio.

Compare the performance and compactness of LZF3, LZF and GZIP

This sample project demonstrates how to create a simple benchmark that compares the relative performance and compactness of the LZF3, LZF and GZIP algorithms when compressing a file. Uses DotNetCompression; you must add a reference to Noemax.GZip and Noemax.Lzf.

Note that for this benchmark to return meaningful results you must (i) build it in release mode, and (ii) run it outside Visual Studio.

Compare various Fast Infoset profiles and compression algorithms

This sample project provides a basis for creating your own benchmark that compares the relative performance and compactness of different Fast Infoset writer profiles in combination with various compression algorithms. Uses FastInfoset.NET; you must add a reference to Noemax.FastInfoset.

Note that for this benchmark to return meaningful results you must (i) modify it to use real data, (ii) build it in release mode, and (iii) run it outside Visual Studio.

Compress both requests and responses when size is above threshold

This sample project demonstrates how to (a) compress both requests and responses when their size exceeds a threshold, (b) use LiteHTTP as transport, (c) use Fast Infoset as message encoding, (d) use HTTP content negotiation and compression, and (e) configure a custom binding in a configuration file. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Duplex communication with .NET CF using SOAP/TCP Duplex

This sample project demonstrates how to (a) perform duplex communication with a .NET CF client using SOAP/TCP Duplex as transport, (b) use Fast Infoset as message encoding, (c) use message compression, and (d) configure a custom binding in code. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Duplex streaming with SOAP/TCP Duplex and message compression

This sample project demonstrates how to (a) perform duplex communication in streamed mode using SOAP/TCP Duplex as transport, (b) use Fast Infoset as message encoding, (c) use message compression, and (d) configure a custom binding in code for the client and in a configuration file for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Duplex streaming with Windows security and transport compression

This sample project demonstrates how to (a) perform duplex communication in streamed mode using SOAP/TCP Duplex as transport, and perform duplex communication in buffered mode using TCP as transport, (b) use the Windows stream security transport upgrade, (c) use transport compression, (d) use Fast Infoset as message encoding, and (f) configure custom bindings in code. This sample exposes two services each of which is accessed by a different client. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Envelope behavior provides compression when message security is used

This sample project demonstrates how to (a) use the Envelope behavior to provide compression with message security, (b) use Fast Infoset as message encoding, and (c) configure the WSHttpBinding in code. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Note that for this sample to work you must have an appropriate X.509 certificate on both sides and make the necessary code changes to use this certificate.

Expose the WSDL with LiteHTTP in a custom binding in code

This sample project demonstrates how to (a) expose the service's WSDL when using LiteHTTP as transport, (b) use Fast Infoset as message encoding, (c) use HTTP content negotiation and compression, (d) compress requests when their size exceeds a threshold, and (e) configure a custom binding in a configuration file for the client and in code for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Fast Infoset and HTTP compression between Silverlight 4 and IIS

This sample project demonstrates how to (a) use WCF-Xtensions components in a Silverlight application and in an IIS-hosted server, (b) use LiteHTTP as transport, (c) use Fast Infoset as message encoding, (d) use the HTTP compression provided by LiteHTTP on the client, and use HTTP content negotiation and compression on the server, and (e) configure a custom binding in code for the client and in a configuration file for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Fast Infoset and HTTP negotiation and compression with REST

This sample project demonstrates how to (a) inject WCF-Xtensions components into the WebHttpBinding for REST-based communication, (b) use Fast Infoset as message encoding on the client, and support both text XML and Fast Infoset as message encodings on the server, (c) use HTTP content negotiation and compression, and (d) configure the WebHttpBinding in code for the client and in a configuration file for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Fast Infoset for cross-platform interoperability with Apache CXF

This sample project demonstrates how to (a) use Fast Infoset as message encoding for cross-platform communication between .NET and an Apache CXF server, and (d) configure a custom binding in a configuration file. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Fast Infoset profile details specified in a configuration file

This sample project demonstrates how to (a) specify the Fast Infoset writer profile details in the configuration file of the server, (b) use LiteHTTP as transport, (c) support both text XML and Fast Infoset as message encodings, (d) use HTTP content negotiation and compression, and (e) configure a custom binding in a configuration file. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Host a service in .NET CF by using LiteHTTP

This sample project demonstrates how to (a) host a service on .NET CF using LiteHTTP as transport, and consume it using a .NET CF client, (b) support both text XML and Fast Infoset as message encodings, (c) use HTTP content negotiation and compression, and (d) configure a custom binding in code. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Host a service in .NET CF by using the BasicSoapTcpBinding in code

This sample project demonstrates how to (a) host a service on .NET CF using the BasicSoapTcpBinding, and consume it using a .NET CF client, (b) use SOAP/TCP as transport, (c) use Fast Infoset as message encoding, and (d) configure the BasicSoapTcpBinding in code. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

LiteHTTP in a .NET CF client proxy generated by NetCFSvcUtil.exe

This sample project demonstrates how to (a) inject WCF-Xtensions components into a .NET CF client proxy generated by NetCFSvcUtil.exe, (b) use LiteHTTP as transport, (c) use Fast Infoset as message encoding on the client, and support both text XML and Fast Infoset as message encodings on the server, (d) use HTTP content negotiation and compression, and (e) configure a custom binding in client proxy code and in a configuration file for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Plug WCF-Xtensions in the BasicHttpBinding in a configuration file

This sample project demonstrates how to (a) plug WCF-Xtensions components in the configuration of the BasicHttpBinding in a configuration file, (b) use LiteHTTP as transport, (c) support both text XML and Fast Infoset as message encodings, and (d) use HTTP content negotiation and compression. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Plug WCF-Xtensions in the NetTcpBinding in a configuration file

This sample project demonstrates how to (a) plug WCF-Xtensions components in the configuration of the NetTcpBinding in a configuration file, (b) perform duplex communication using SOAP/TCP Duplex as transport, (c) use Fast Infoset as message encoding, and (d) use message compression. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

RESTful communication between .NET and Jersey hosted in Grizzly

This sample project demonstrates how to perform cross-platform communications between .NET and the Jersey RESTful framework hosted in Grizzly when using (a) Fast Infoset as message encoding, (b) HTTP content negotiation and compression, and (c) LiteHTTP as transport. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

SOAP/TCP in a .NET CF client proxy generated by NetCFSvcUtil.exe

This sample project demonstrates how to (a) inject WCF-Xtensions components into a .NET CF client proxy generated by NetCFSvcUtil.exe, (b) use SOAP/TCP as transport, (c) use Fast Infoset as message encoding, (d) use message compression, and (e) configure a custom binding in client proxy code and in a configuration file for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

SOAP/TCP with Fast Infoset and compression in code

This sample project demonstrates how to (a) use SOAP/TCP as transport, (b) use Fast Infoset as message encoding, (c) use message compression, and (d) configure a custom binding in code. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Speed up LINQ over WCF with Fast Infoset, LZF3 and EnumerableStream

This sample project uses the Northwind database to demonstrate how to reduce the size and increase the performance of large LINQ queries over WCF by using (a) the Fast Infoset message encoding, (b) HTTP content negotiation and compression using the LZF3 algorithm, and (c) the EnumerableStream behavior to serialize the queries in streaming mode. The XBindingConfigurator and the XServiceHost are used to transparently configure the client's and the server's BasicHttpBinding respectively. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Stream stream binary data efficiently using Fast Infoset over HTTP

This sample project demonstrates how to (a) stream binary data over HTTP using Fast Infoset as message encoding, and (b) configure a custom binding in code for the client and in a configuration file for the server. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

SSL security with LiteHTTPS in a custom binding in code

This sample project demonstrates how to (a) use SSL security with LiteHTTPS as transport, (b) use Fast Infoset as message encoding, and (c) configure a custom binding in code. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

Note that (i) LiteHTTPS does not require the use of a tool to configure a port with an X.509 certificate, and (ii) for this sample to work you must have an appropriate X.509 certificate on both sides and make the necessary code changes to use this certificate.

Transparent configuration using the XChannelFactory and XServiceHost

This sample project demonstrates the ease with which the XChannelFactory and XServiceHost can be used to transparently configure a binding with (a) the Fast Infoset message encoding, and (b) HTTP content negotiation and compression or message compression or envelope behavior. Uses WCF-Xtensions; you must add a reference to Noemax.WCFX.

In this sample the XChannelFactory and XServiceHost are used to configure the BasicHttpBinding with the necessary WCF-Xtensions components. Three services are exposed, one self-hosted and two IIS-hosted.

• The client sends requests to the self-hosted service using Fast Infoset and LZF3 compression, and the server responds using Fast Infoset and LZF3 compression.
• The client sends requests to the first IIS-hosted service using Fast Infoset and GZIP compression, and the server responds using Fast Infoset and GZIP compression.
• The client sends requests to the second IIS-hosted service using Fast Infoset and LZMA compression, and the server responds using Fast Infoset and the envelope behavior with LZMA compression.

Write/read compressed Fast Infoset documents using the XmlSerializer

This sample project demonstrates how to serialize an object into a compressed Fast Infoset document using the XmlSerializer. Uses FastInfoset.NET; you must add a reference to Noemax.FastInfoset.

Write/read Fast Infoset documents using the DataContractSerializer

This sample project demonstrates how to serialize an object into a Fast Infoset document using the DataContractSerializer. Uses FastInfoset.NET; you must add a reference to Noemax.FastInfoset.