Scanning

5.Select the address type. Options are IPv4 or Host Name.

6.Type the appropriately formatted address and port number in the Address: Port field for the server where the file repository is located. The default port number is 139.

7.Type the Share Name in the Share field.

8.In the Document Path field, type the directory path of the folder starting at the root of the shared folder. Example: If you have a folder named scans in the shared folder, type \scans.

9.Under Login Credentials to Access the Destination, select one of the following:

•Authenticated User and Domain: The authentication server validates the user credentials prepended by the domain name against the LDAP server.

•Authenticated User: The authentication server validates the user credentials against the LDAP server.

•Prompt at User Interface: Users type their credentials at the control panel.

•System: Login name and password credentials are specified in this field and stored in the printer. The printer uses the system credentials go log into the file server.

10.Type the Login Name and Password if the system will be directly accessing the file server.

11.Click Save.

HTTP/HTTPS

Before you begin:

•Enable HTTP or Secure HTTP (SSL). Ensure that a certificate is installed on the printer if you are using SSL.

•Configure your web server, and ensure that HTTP/HTTPS services are running. POST requests and scanned data will be sent to the server to be processed by a CGI script. Note the IP address or host name of the web server.

•Create a user account and password for the printer on the Web server. Note the user name and password.

•Create a home directory for the printer.

•Create a bin directory in the home directory

•Copy an executable CGI script in the bin directory. You can create your own script, or download a sample script. For details, see CGI Scripts on page 109. Note the path to the script. The script can be defined with script_name.extension or by path/script_name.extension.

•Create a folder with read and write permissions on the Web server, or alternate server. Note the directory path, user name, and password. This is your file repository.

•Test the connection by logging in to the printer’s home directory on the Web server. Send a POST request and file to the Web server. Check to see if the file is in the repository.

CGI Scripts

A CGI (Common Gateway Interface) script is a program on a Web server that is executed when the server receives a request from a browser. A CGI script is required to allow files to be transferred to your HTTP server from your printer.

When a document is scanned, the printer logs into the Web server, sends a POST request along with the scanned file, then logs out. The CGI script handles the remaining details of file transfer.

WorkCentre 6400 Multifunction Printer

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System Administrator Guide

 

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Xerox 6400 manual Http/Https, CGI Scripts
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6400 specifications

The Xerox 6400, a notable entry in the multifunction printer category, emerged during the 1990s, when technology was rapidly evolving. Known for its robust functionality and exceptional output quality, the Xerox 6400 became a reliable choice for businesses that needed efficient document production.

One of the standout features of the Xerox 6400 is its versatile printing capabilities. It offered both color and black-and-white printing, allowing organizations to create a variety of documents, from standard reports to impressive marketing materials. With a maximum print resolution of 600 x 600 dpi, it delivered crisp text and vibrant images, ensuring that printed materials were of professional quality.

The Xerox 6400 utilized laser printing technology, which provided advantages such as faster print speeds compared to inkjet counterparts. The printer achieved print speeds of up to 8 pages per minute for color and 16 pages per minute for black-and-white, catering to the needs of busy office environments. Additionally, with its high-capacity toner cartridges, users experienced less frequent toner replacements, enhancing productivity.

Another significant characteristic of the 6400 was its user-friendly interface. The printer featured a simple control panel, making it easy for users to navigate settings and perform tasks. It also supported various connectivity options, including parallel and optional Ethernet interfaces, enabling seamless integration into existing network setups.

The Xerox 6400 also prioritized paper handling, accommodating various media types and sizes. Its standard paper tray held up to 250 sheets, while an optional second tray could expand capacity even further. This flexibility made it suitable for various printing tasks, from general office documents to specialty media.

In terms of durability and reliability, the Xerox 6400 was built to withstand the demands of a high-volume printing environment. Its robust construction and high monthly duty cycle meant that it could handle substantial workloads without compromising performance.

In conclusion, the Xerox 6400 stood out in the market due to its combination of high-quality printing, user-friendly features, and a robust design. It effectively addressed the diverse needs of businesses, making it a popular choice for those requiring a dependable color printer capable of delivering professional results. While technology has advanced since its release, the Xerox 6400 remains a testament to the evolution of office printing solutions.
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