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USING THE WEB SERVER AS REVERSE PROXY in .NET Create Code 128 Code Set B in .NET USING THE WEB SERVER AS REVERSE PROXY




How to generate, print barcode using .NET, Java sdk library control with example project source code free download:
8.5 USING THE WEB SERVER AS REVERSE PROXY use .net vs 2010 barcode 128a maker tointegrate code128 in .net USPS POSTNET Barcode To con gure Web S .NET Code 128 Code Set B erver 7.0 to act as a reverse proxy, you need to specify a mapping between a URI and one or more origin servers.

You can perform this with the create-reverse-proxy subcommand in the CLI or by accessing the Reverse Proxy con guration page in the Administration Console.. Note: The Reverse Proxy con guration page can be found in the Administration Console by navigating as follows: Con gurations, con g_name, Virtual Servers, virtual_server_name, Content Handling, Reverse Proxy.. The syntax for th code 128 barcode for .NET e create-reverse-proxy subcommand is as follows:. create-reverse-pr oxy [--echo] [--no-prompt] [--verbose] --con g=con g-name --vs=vs-name --uri-pre x=uri-pre x --server=remote-server-url. The uri-pre x opt .net framework barcode standards 128 ion speci es the URI by which the client is attempting to access content on the reverse proxy. This is forwarded or remapped to content on a particular origin server.

The server option speci es the protocol and host for the origin server that is hosting the content. If the content may be found on multiple servers, then you can specify a comma-delimited list of servers as follows:. wadm> create-r everse-proxy --con g=www.example.com --vs=www.

example.com --uri-pre x= / --server=http://www1.example.

com, http://www2.example.com.

This subcommand g Code-128 for .NET enerates a NameTrans directive that matches the speci ed URI. The NameTrans directive also speci es the name of a newly created object (reverse-proxy-/) that maps the URI to one or more origin servers.

If you de ne multiple URLs, the server distributes the load among the speci ed servers in a round-robin fashion. Example 8.11 demonstrates the entries generated by this subcommand.

. Example 8.11 Reverse Proxy Directives in the Object Con guration File <Object name= visual .net code 128 barcode default > ..

. NameTrans fn= map from= / to= http:/ name= reverse-proxy-/ ..

. </Object> ..

.. SECURING WEB SERVER 7.0 <Object name= Visual Studio .NET barcode 128a reverse-proxy-/ > Route fn= set-origin-server server= http://www1.example.

com server= http://www2.example.com </Object>.

Warning: The URI you are proxying must exist on the origin server as well; otherwise you will receive a status code of 404 (Not Found). The reverse proxy URI maps to the same URI on the origin server by default..

A reverse proxy c barcode standards 128 for .NET an be con gured to secure data by utilizing Secure Socket Layers (SSL). This type of con guration is known as a secure reverse proxy.

A secure reverse proxy can provide an encrypted connection from a proxy server outside a rewall to a secure content server inside the rewall. It also enables clients to connect securely to the proxy server, facilitating the secure transmission of information (such as credit card numbers)..

8.6 Summary. Web Server 7.0 pr visual .net Code128 ovides an extensive security framework that makes it one of the most secure web servers available today.

Access to resources can be secured through the use of access control lists, and users identities are validated through multiple types of authentication databases. Data is secured across the network because Web Server 7.0 supports SSL v2 and v3, TLS 1.

0, and Elliptic Curve Cryptography (all with key sizes of up to 4k). Administrators have the exibility to use certi cates signed by commercial Certi cate Authorities such as VeriSign, or they can generate their own self-signed certi cates through the easy-to-use Administration Console or command line interface. Dynamic updating of certi cate revocation lists allows PKI management to be maintained while the requirements of high service availability are still met.

Web Server 7.0 provides protection from denial of service attacks by allowing administrators to monitor requests and connections and refuse service to potential DoS threats. Finally, a fully integrated HTTP User Agent in Web Server 7.

0 enables it to act as the HTTP endpoint between any User Agent and HTTP origin server. This provides companies with the peace of mind to provide indirect access to content while keeping the servers themselves safe and secure behind the corporate rewall..

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