V
vista user 43
Windows Vista SP1 enables support for hotpatching, a reboot-reduction
servicing technology designed to maximize uptime.
It works by allowing Windows components to be updated (or "patched") while
they are still in use by a running process. Hotpatch-enabled update packages
are installed via the same methods as traditional update packages, and will
not trigger a system reboot.
Other changes:
* Improves patch deployment by retrying failed updates in cases where
multiple updates are pending and the failure of one update causes other
updates to fail as well.
* Enables reliable OS installation by optimizing OS installers so that they
are run only when required during patch installation. Fewer installers
operating results in fewer points of potential failure during installation,
which leads to more robust and reliable installation.
* Improves overall install time for updates by optimizing the query for
installed OS updates.
* Improves robustness during the patch installation by being resilient to
transient errors such as sharing violations or access violations.
* Improves robustness of transient failures during the disk cleanup of old
OS files after install.
* Improves the uninstallation experience for OS updates by improving the
uninstallation routines in custom OS installation code.
* Improves reliability of OS updates by making them more resilient to
unexpected interruptions, such as power failure
servicing technology designed to maximize uptime.
It works by allowing Windows components to be updated (or "patched") while
they are still in use by a running process. Hotpatch-enabled update packages
are installed via the same methods as traditional update packages, and will
not trigger a system reboot.
Other changes:
* Improves patch deployment by retrying failed updates in cases where
multiple updates are pending and the failure of one update causes other
updates to fail as well.
* Enables reliable OS installation by optimizing OS installers so that they
are run only when required during patch installation. Fewer installers
operating results in fewer points of potential failure during installation,
which leads to more robust and reliable installation.
* Improves overall install time for updates by optimizing the query for
installed OS updates.
* Improves robustness during the patch installation by being resilient to
transient errors such as sharing violations or access violations.
* Improves robustness of transient failures during the disk cleanup of old
OS files after install.
* Improves the uninstallation experience for OS updates by improving the
uninstallation routines in custom OS installation code.
* Improves reliability of OS updates by making them more resilient to
unexpected interruptions, such as power failure