With Z and I Emulator for Web, the client applet contains the emulation functionality. The browser downloads the Z and I Emulator for Web Java applet from the Web server and then connects to most standard Telnet servers to access host applications. Z and I Emulator for Web provides access to host applications from a Web browser. Because Z and I Emulator for Web is based on Java technology, its interface has the same look and feel across various operating environments. With support for TN3270E, TN5250, VT52, VT100, VT220, VT320, VT420 and CICS (R) Transaction Gateway access, along with Database On-Demand and FTP, users can have a single interface to their key host data. This Web-to-host connectivity solution helps provide secure Web-browser access to hostĪpplications, so you can take existing host applications to the Web without programming. Just click a hyperlink to launch the Z and I Emulator for Web Java (TM) applet. The Web browser-based access of HCL Z and I Emulator for Web gives your users a simple way to reach critical host data. The following icons are used in this document:įeatures and benefits of Z and I Emulator for Web
(C) Copyright HCL Technologies Limited 2020. Releases and modifications until otherwise indicated in new editions. This edition applies to Version 1.0 of HCL Z and I Emulator for Web and to all subsequent
Note: Before using this information and the product it supports, read the information in Notices. Users who were connected at the time the configuration changes were made are not affected.Z and I Emulator for Web on iSeries Z and I Emulator for Web on iSeries: You can also modify or delete the IP addresses that the TN5250/AS400 definitions have in common and that appear on the IP address list.Ĭonfiguration changes are apparent only to users who establish a connection after the changes are saved. If the new IP address or subnet mask already exists on some of the TN5250/AS400 definitions, but not on others, the addition will occur without duplication in the ones that already have the IP address or subnet mask. You can add new IP addresses and subnet masks to multiple TN5250/AS400 definitions. You cannot change the name of remote LUs. If you want to change the configuration of multiple TN5250/AS400 definitions, you can only change the properties of items that the TN5250/AS400 definitions have in common. You can modify, delete, or add IP addresses and subnet masks within a TN5250/AS400 definition.
Tn5250 host windows#
For more information about WINS and DHCP, see the Windows Help. Name resolution works with WINS, DHCP, or similar name-resolution services. For example, if a workstation name is Giraffe, and if the IP name list contains that name, it will allow that workstation access. If a workstation's name can be resolved using name resolution, it can be used in place of IP addresses. For client computers using Windows, you can determine the IP address, subnet mask, and host name by typing ipconfig/all at the command prompt on the client computer. If you want to restrict the use of a TN5250/AS400 definition to one or more specific TN5250 clients, you should determine the IP addresses or host names of the client computers that will use the TN5250/AS400 definition. This will allow any TN5250 client to connect to the AS/400.
By default, the TN5250/AS400 definition is not assigned an IP address or a subnet mask. IP settings assigned to TN5250/AS400 definitions allow TN5250 clients to connect to the AS/400. TN5250 supports multiple sessions up to the limits of the mode used in the TN5250/AS400 definition. TN5250/AS400 definitions include local and remote APPC LUs, the mode (the default is QPCSUPP), AS/400 user name and password, terminal type, and IP address and subnet mask. To provide for TN5250 service, you must create TN5250/AS400 definitions that map to the AS/400. TN5250 acts as a gateway that allows an AS/400 access to TN5250 clients providing 5250 terminal emulation.
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