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ClearPath OS 2200 Series Release 13.2 Software Planning and ...

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Initializing an Existing System (I-Boot)<br />

4. Start the REGISTERPKG runstream to register the supplied Exec key tape (labeled<br />

“<strong>Software</strong> Controlled Performance Key Tape”) to establish the contracted<br />

performance level for the system. For more information about <strong>Software</strong> Controlled<br />

Performance (SCP), see 4.8.<br />

5. Start the REGISTERPKG runstream to register the <strong>ClearPath</strong> <strong>OS</strong> <strong>2200</strong> <strong>Release</strong> <strong>13.2</strong><br />

product key tape. A key tape is registered using the same steps as registration for a<br />

package tape. The registration summary report will display all new product<br />

authorizations added to the system. See the file SOLAR*DIAGN<strong>OS</strong>TIC.<br />

6. For metering-based systems<br />

First install the client component of URU-<strong>OS</strong><strong>2200</strong>. This installation converts the URU<br />

database to the new format. When the client installation is complete, install the<br />

<strong>ClearPath</strong> <strong>OS</strong> <strong>2200</strong> component of URU-<strong>OS</strong><strong>2200</strong> level 5.1 from package tape CP05.<br />

After URU-<strong>OS</strong><strong>2200</strong> level 5.1 is installed, you cannot revert back to a pre-URU-<strong>2200</strong><br />

4.0 level. URU-<strong>OS</strong><strong>2200</strong> level 5.1 can collect previous COD log data entries created<br />

by previous levels of the Exec, if it is necessary to revert back to a previous Exec.<br />

7. Install the products on fast-load tape CP-OE1A using the INSTALLPKG runstream<br />

<strong>and</strong> CP-OE1B using the INSTALLIOE runstream. See Appendix C for the contents of<br />

those tapes.<br />

You can selectively install products (in default mode) from either tape using SOLAR.<br />

If you choose to do so, you should follow the order of installation as described in 7.7.<br />

Notes:<br />

• Do not install LINK until URTS, SLIB, <strong>and</strong> SYSLIB have been installed. If you are<br />

installing the products from the CP-OE1B tape, the INSTALLIOE runstream does<br />

this for you.<br />

• The CP-OE1B tape includes LINK. It is important that you deactivate all active<br />

subsystems that require ongoing LINK services whenever LINK is replaced. To<br />

do this, you can either explicitly deactivate the subsystems, or you can do an<br />

autorecovery through a $! keyin after installing the new level of LINK. See 5.27<br />

for more information.<br />

• When you install a new level of LINK, ELMS must be installed at the same time<br />

to ensure that the ELMS subsystem is loaded by the new LINK.<br />

• The INSTALLPKG runstream for CP-OE1A <strong>and</strong> the INSTALLIOE runstream for<br />

CP-OE1B will present warning messages because ELMS has not been installed<br />

on the system. These warnings can be ignored, as they will be resolved when<br />

ELMS is installed during the installation of the CP-OE1B Fast Load tape.<br />

**WARNING* PRODLD 23015:<br />

The location of ELMSs processor, MDBREG, could not be ascertained<br />

because ELMS was not installed. The Extended Language Message<br />

System’s search chain could not be updated.<br />

• Check the IPF 1100 Administration Guide for configuration considerations when<br />

installing IPF-compatible products (for example, DDP-FJT or TAS).<br />

• DDP-PPC must be properly conditioned for the system security environment.<br />

See 5.14.<br />

7831 0349–043 7–29

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