Do one of the following: On the Toolbar, click Deploy Once. On the Main Console window, select the package you want to deploy. #3 any machine that has already had step 1 of a deployment set to it will be allowed to continue its full deployment. To create a manual deployment for a single package using Deploy Once: 1. #2 cancel deployments to machines that are queued and have not yet started step 1 of the deployment. Scheduled deployments should know not to start new deployments after 3:30PM but at the same time Existing deployments that started at 3:00PM will also need to cancel deployment for any machines that are queued but have not yet started the deployment process.Īnother way to look at it would be, during the given time frame: Lets use 3:30PM as an example cut off for deployments. Also I need to stop all deployments at a specific time and prevent new deployments after that time. The only con I can identify is, that we have to take time to learn some aspects of the functionality.
Has anyone played with upping that number to 25, 50, 500 Just wondering what is safe and what causes PDQ to die (if anything). If we're trying to push Windows Updates out to 250+ servers, and each install takes 10 minutes, that's going to take forever. However, only the new beta of version 2.2.1 supports chained installations (only available in the pro version). PDQ Deploy can provide these additional features. Because of this, most organizations need something a little more robust in terms of enterprise management. The start of the deployments is not an issue, the issue is preventing new deployments that are queued after a set time while not interrupting deployments that have already started deploying on a machine.Įxample let’s say I have a deployment that normally takes 4 hours to fully deploy to all machines. By default, PDQ Deploy will only push to 8 targets at once for the same deployment. GPSI also suffers drawbacks with chained installations.
0 kommentar(er)
