The Firebox configuration should include an HTTP-proxy policy to handle all incoming port 80 traffic. In the public DNS record for this web server, the IP address associated with the web server is the external IP address of the Firebox. In this example, the web server has a private IP address and is connected to a network behind an optional interface of the Firebox. This is transparent to the Internet user. This solution uses a static NAT action in an HTTP-proxy policy to forward incoming traffic on port 80 to the private IP address of the web server located behind the Firebox. Static NAT also operates on traffic sent from networks that your Firebox protects. When a packet comes in to a port on a Firebox interface, a static NAT action can change the destination IP address to a different IP address and port behind the firewall. Static NAT, also known as port forwarding, is a port-to-host NAT. Network Address Translation (NAT) refers to any of several forms of IP address and port translation. When a computer sends traffic over the Internet to a server or another computer, it uses an IP address to identify the server, and a TCP or UDP port number to identify the process on the server that receives the data. Additional configuration settings could be necessary, or more appropriate, for your network environment. This configuration example is provided as a guide. We also want local users on their own internal network to use the public URL to browse to this website. In this example, we want to direct incoming website traffic from the Internet to the private address of this web server. The objective of this configuration example is to show how an organization can set up a public web server on a protected network behind the firewall. The documentation on Web Services Authentication seems to imply that for Windows credential type, HTTP Basic Authentication for Web Services is not possible, but that isn't very explicit and I'm not sure if I am parsing the documentation correctly.Īs an aside, the above documentation suggests that OAuth may also be used as an authentication mechanism but the linked documentation is behind a PartnerSource portal wall.Set Up a Public Web Server Behind a Firebox - Configuration Example More specifically, if I request a protected resource from the NavUserPassword instance, I recieve a 401 with a This suggests that it's not a simple case of providing the wrong password but a more complicated case of the NAV instance not being configured to accept any Web Service Access Keys. However, this doesn't work for the instance with Windows credential type. I have done this successfully on other NAV instances that are configured to use the NavUserPassword credential type. I understand that if I set the Basic Authentication Username to the User Name and the password to the Web Service Access Key from the NAV User Card, I should be able to use Basic HTTP Authentication. I understand that one can create an Access Key for authentication. However, I would prefer to use HTTP basic authentication to authenticate against the service. I am able to authenticate against these Web Services successfully with NTLM. I have a NAV instance which exposes (OData) Web Services and is configured to use Windows as the credential type.
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