Abstract: State information is received from a server indicating an identity of a user logged into the server. An administrative domain wide policy is determined that specifies a relationship between user a group and services or servers accessible to users belonging to the user group. Relevant servers are sent updated management instructions corresponding to rules of the administrative domain wide policy. Such rules provide access to a service or server to users belonging to user groups related to the service. As a result, the servers allow communications that provide access to users based on the specified relationships.

Abstract: State information is received from a server indicating an identity of a user logged into the server. An administrative domain wide policy is determined that specifies a relationship between user a group and services or servers accessible to users belonging to the user group. Relevant servers are sent updated management instructions corresponding to rules of the administrative domain wide policy. Such rules provide access to a service or server to users belonging to user groups related to the service. As a result, the servers allow communications that provide access to users based on the specified relationships.

Abstract: State information is received from a server indicating an identity of a user logged into the server. An administrative domain wide policy is determined that specifies a relationship between user a group and services or servers accessible to users belonging to the user group. Relevant servers are sent updated management instructions corresponding to rules of the administrative domain wide policy. Such rules provide access to a service or server to users belonging to user groups related to the service. As a result, the servers allow communications that provide access to users based on the specified relationships.

Abstract: Described are embodiments directed to enabling the retrieval of content from a peer-to-peer network. In embodiments, a client requesting content from a server can indicate in an HTTP request that it is capable of retrieving content from a peer-to-peer network. When the server receives the HTTP request it will recognize the indication that the client is capable of retrieving content from a peer-to-peer network and may send content information instead of sending the requested content. The content information allows the client to retrieve the content from the peer-to-peer network.

Abstract: Described are embodiments directed to enabling the retrieval of content from a peer-to-peer network. In embodiments, a client requesting content from a server can indicate in an HTTP request that it is capable of retrieving content from a peer-to-peer network. When the server receives the HTTP request it will recognize the indication that the client is capable of retrieving content from a peer-to-peer network and may send content information instead of sending the requested content. The content information allows the client to retrieve the content from the peer-to-peer network.

Abstract: Described are embodiments directed to enabling the retrieval of content from a peer-to-peer network. In embodiments, a client requesting content from a server can indicate in an HTTP request that it is capable of retrieving content from a peer-to-peer network. When the server receives the HTTP request it will recognize the indication that the client is capable of retrieving content from a peer-to-peer network and may send content information instead of sending the requested content. The content information allows the client to retrieve the content from the peer-to-peer network.

Abstract: Described are embodiments directed to enabling the retrieval of content from a peer-to-peer network. In embodiments, a client requesting content from a server can indicate in an HTTP request that it is capable of retrieving content from a peer-to-peer network. When the server receives the HTTP request it will recognize the indication that the client is capable of retrieving content from a peer-to-peer network and may send content information instead of sending the requested content. The content information allows the client to retrieve the content from the peer-to-peer network.

Abstract: Described are embodiments directed to enabling the retrieval of content from a peer-to-peer network. In embodiments, a client requesting content from a server can indicate in an HTTP request that it is capable of retrieving content from a peer-to-peer network. When the server receives the HTTP request it will recognize the indication that the client is capable of retrieving content from a peer-to-peer network and may send content information instead of sending the requested content. The content information allows the client to retrieve the content from the peer-to-peer network.

Abstract: A client system and a server system use a Hypertext Transfer Protocol (HTTP) authentication mode preference header to negotiate an HTTP authentication mode. The client system sends an HTTP request to the server system. In response to the HTTP request, the server system sends an HTTP response to the client system. The HTTP response includes an HTTP authentication mode preference header. The HTTP authentication mode preference header indicates whether a preferred HTTP authentication mode is connection-based HTTP authentication or request-based HTTP authentication. In subsequent HTTP requests to the server system, the client system uses the HTTP authentication mode indicated by the HTTP authentication mode preference header.

Abstract: Described are embodiments directed to enabling the retrieval of content from a peer-to-peer network. In embodiments, a client requesting content from a server can indicate in an HTTP request that it is capable of retrieving content from a peer-to-peer network. When the server receives the HTTP request it will recognize the indication that the client is capable of retrieving content from a peer-to-peer network and may send content information instead of sending the requested content. The content information allows the client to retrieve the content from the peer-to-peer network.

Abstract: A client system and a server system use a Hypertext Transfer Protocol (HTTP) authentication mode preference header to negotiate an HTTP authentication mode. The client system sends an HTTP request to the server system. In response to the HTTP request, the server system sends an HTTP response to the client system. The HTTP response includes an HTTP authentication mode preference header. The HTTP authentication mode preference header indicates whether a preferred HTTP authentication mode is connection-based HTTP authentication or request-based HTTP authentication. In subsequent HTTP requests to the server system, the client system uses the HTTP authentication mode indicated by the HTTP authentication mode preference header.

Abstract: A namespace management module utilizes a persistent reservation store that associates URI namespaces with one or more permissions. The reservation store can contain a number of reservation entries that each include a URI identifying a URI namespace and a corresponding Access Control List (“ACLs”) that includes permissions for the identified URI namespace. When a request to register a URI namespace is received, the permissions of an appropriate ACL can be checked to determine if the registration is approved. When a resource request is received, permissions of the ACLs can also be checked to determine if the resource request should be routed to a registered process. Preemptive wildcards can be included in aggregated URIs to identify aggregated URI namespaces. Aggregated URIs can be included in registration requests to override the registration of unauthorized processes.

Abstract: A namespace management module utilizes a persistent reservation store that associates URI namespaces with one or more permissions. The reservation store can contain a number of reservation entries that each include a URI identifying a URI namespace and a corresponding Access Control List (“ACLs”) that includes permissions for the identified URI namespace. When a request to register a URI namespace is received, the permissions of an appropriate ACL can be checked to determine if the registration is approved. When a resource request is received, permissions of the ACLs can also be checked to determine if the resource request should be routed to a registered process. Preemptive wildcards can be included in aggregated URIs to identify aggregated URI namespaces. Aggregated URIs can be included in registration requests to override the registration of unauthorized processes.