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Creating an IP Phone OS Image for a CEPC

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With the Platform Builder integrated development environment (IDE), you can use the New Platform Wizard to create a CEPC IP phone platform.

To create an OS image for a CEPC

  1. In Platform Builder, from the File menu, choose New Platform.

  2. The New Platform Wizard appears.

  3. Choose Next.

  4. From Available BSPs, select CEPC: X86, and then choose Next.

  5. From Available configurations area, select IP Phone.

  6. In the Platform Name box, type the name of the platform, then choose Next.

  7. From the list of available IP phones, select IP Phone Advanced, then choose Next.

  8. On the Application & Media page, do not select any options and then choose Next.

  9. On the Networking & Communications page, if your SIP server requires Kerberos authentication, expand the Security node, select Kerberos, select Windows Networking API/Redirector (SMB/CIFS), and then choose Finish.

    - or -

    If your SIP server does not require authentication, do not select any options, and then choose Finish.

    - or-

    If you do not have a SIP server, do not select any options, and then choose Finish.

  10. To close the New Platform Wizard, choose Finish.

  11. From the Catalog view, expand the Core OS node and navigate to Display based devices\Communications Services and Networking\Networking Features.

  12. Drag Network Utilities (IpConfig, Ping, Route) to your Workspace.

    Ensure that you have the FeatureView tab selected in your Workspace window.

  13. From the Build menu, choose Set Active Configuration.

  14. Select <Platform Name>-<CEPC>: X86 Win32 (WCE CEPC) Release, and then choose OK.

  15. From the Build menu, choose Build Platform.

    Platform Builder generates the initial platform files for a release configuration and then returns control to the IDE.

Next, create a provisioning file. See Creating an IP Phone Provisioning File.

See Also

How to Create an IP Phone on a CEPC | IP Phone Features | VoIP Application Interface Layer Architecture | VoIP Application Interface Layer Reference | Real-time Communications Architecture

Last updated on Wednesday, April 13, 2005

© 2005 Microsoft Corporation. All rights reserved.