Windows 7 provides a powerful, highly extensible, and manageable platform for building and integrating the Web services and applications of the future. Windows 7 offers both managed-code APIs and native APIs for building and running web services. A variety of new features are built on top of a new extensibility layer that allows developers to extend all APIs, in native code or within the .NET Framework. Windows 7 also lets developers take advantage of better caching and searching capabilities. With these enhancements, developers can retrieve data faster and reduce network bandwidth usage.
Windows Web Services
With Windows Web Services, you can create applications that communicate easily with a local computer or a remote web service. Windows Web Services is a native-code implementation of SOAP and provides core network communication by supporting a broad set of the web services (WS) family of protocols. Windows Web Services is a peer to Windows Communication Foundation (WCF – managed-code web services), and provides a high-performance subset of WCF functionality. Windows Web Services provides the following benefits:
• The ability to build native code web services in C/C++ in Windows client and server.
• Extensive integration with Windows Communication Foundation services.
• The ability to build web services with minimal startup time.
• The ability to build services based on the core WS family of protocols and W3C standards.
• The ability to use web services in resource-constrained environments.
Distributed Routing Table
Windows 7 makes it easier to build sophisticated peer-to-peer applications like distributed file systems and content distribution networks with the Distributed Routing Table. The Distributed Routing Table provides a secure, scalable mechanism for publishing and searching for keys in a peer-to-peer system. It can be used to build distributed hash tables and construct topologies for overlay networks.
Windows BranchCache™
Windows 7 improves application responsiveness between central servers and branch-office computers. In today’s networks, communication between central servers and branch offices is often congested, which leads to slower performance for applications in the branch office. With Windows BranchCache, clients can retrieve data from other clients in their own branch that have already downloaded the data, instead of having to retrieve the data over remote servers. As a result, WAN link traffic decreases and application responsiveness improves. The cache keeps a copy of all content that clients in the branch have requested and ensures that only the clients that are authorized by the content server can access the requested data, while preserving end-to-end encryption of the data. Windows BranchCache is already integrated with HTTP and SMB. If an application uses the Windows APIs for either of these protocols, Windows BranchCache can help increase the performance of this application on Windows 7 without making any changes to it.
If your application retrieves the same data multiple times from a server over a WAN link and is not automatically optimized using Windows 7, it is easy for you to use the Windows BranchCache APIs to optimize your application to work faster on Windows 7 and satisfy your branch users. These new features help reduce wide area network (WAN) traffic and latency while ensuring compliance with security mandates.
Windows Connectivity Platform
Windows 7 provides a platform that gives users ubiquitous connectivity to their data from nearly any locale. Trends in network convergence of voice, video, and data are driving the deployment of higher bandwidth everywhere. However, limitations in addressing have forced the deployment of private addressing and Network Address Translators (NATs). Windows Connectivity Platform addresses these limitations by defining a pluggable extension that provides the following benefits:
• Enables developers to build applications to work with this technology through existing APIs in Windows 7.
• Defines a public interface that’s a third-party NAT traversal that solutions can use.
• Enables multiple NAT traversal solutions to coexist on the same computer in a secure manner.
• Enables Windows applications to get better end-to-end IP connectivity.
Source of Information : Guia Windows 7 Developer Guide
Windows Web Services
With Windows Web Services, you can create applications that communicate easily with a local computer or a remote web service. Windows Web Services is a native-code implementation of SOAP and provides core network communication by supporting a broad set of the web services (WS) family of protocols. Windows Web Services is a peer to Windows Communication Foundation (WCF – managed-code web services), and provides a high-performance subset of WCF functionality. Windows Web Services provides the following benefits:
• The ability to build native code web services in C/C++ in Windows client and server.
• Extensive integration with Windows Communication Foundation services.
• The ability to build web services with minimal startup time.
• The ability to build services based on the core WS family of protocols and W3C standards.
• The ability to use web services in resource-constrained environments.
Distributed Routing Table
Windows 7 makes it easier to build sophisticated peer-to-peer applications like distributed file systems and content distribution networks with the Distributed Routing Table. The Distributed Routing Table provides a secure, scalable mechanism for publishing and searching for keys in a peer-to-peer system. It can be used to build distributed hash tables and construct topologies for overlay networks.
Windows BranchCache™
Windows 7 improves application responsiveness between central servers and branch-office computers. In today’s networks, communication between central servers and branch offices is often congested, which leads to slower performance for applications in the branch office. With Windows BranchCache, clients can retrieve data from other clients in their own branch that have already downloaded the data, instead of having to retrieve the data over remote servers. As a result, WAN link traffic decreases and application responsiveness improves. The cache keeps a copy of all content that clients in the branch have requested and ensures that only the clients that are authorized by the content server can access the requested data, while preserving end-to-end encryption of the data. Windows BranchCache is already integrated with HTTP and SMB. If an application uses the Windows APIs for either of these protocols, Windows BranchCache can help increase the performance of this application on Windows 7 without making any changes to it.
If your application retrieves the same data multiple times from a server over a WAN link and is not automatically optimized using Windows 7, it is easy for you to use the Windows BranchCache APIs to optimize your application to work faster on Windows 7 and satisfy your branch users. These new features help reduce wide area network (WAN) traffic and latency while ensuring compliance with security mandates.
Windows Connectivity Platform
Windows 7 provides a platform that gives users ubiquitous connectivity to their data from nearly any locale. Trends in network convergence of voice, video, and data are driving the deployment of higher bandwidth everywhere. However, limitations in addressing have forced the deployment of private addressing and Network Address Translators (NATs). Windows Connectivity Platform addresses these limitations by defining a pluggable extension that provides the following benefits:
• Enables developers to build applications to work with this technology through existing APIs in Windows 7.
• Defines a public interface that’s a third-party NAT traversal that solutions can use.
• Enables multiple NAT traversal solutions to coexist on the same computer in a secure manner.
• Enables Windows applications to get better end-to-end IP connectivity.
Source of Information : Guia Windows 7 Developer Guide
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