![]() While moodle docs say minimal is 512M but recommends 1G or more, been my experience minimum should be 4GB and that eventually leads to double that with any usage. In the VM interface, any way to increase the memory to at least 4 GB? T3s.small instance, with 2 vCPUs and 2 GB of RAM plus 2GB of swap Examples of these instance blueprints include WordPress, LAMP, Magento, and MEAN. ![]() In moodle, do you have auto backups running? Other than those 2, ?. How do I install a Lets Encrypt SSL certificate in a Bitnami stack. Most of the time on systems I admin, those jobs/task don't use over 40-50 Megs and for a short duration. which is supposed to run once every minute. So, am wondering what automated process might be causing instability memory wise. " It is the job of the linux 'oom killer' to sacrifice one or more processes in order to free up memory for the system when all else fails." From what I've been able to find on that: Having said that, you mention oom_killer. The problem with your set up, and you need to verify this, one cannot update nor upgrade just the moodle without doing the entire Bitnami Stack (at least that was true a few years ago). moodle just released an update to 4 - 4.0.3 - an 'out of band' (not normally scheduled) security release - ahead of security disclosure. ![]() Problem happen to anyone? Do you have suggestion for the resolution?Īfraid there is more 'bad news'. Usage of the platform, it may happen to see the system down when no user It seems that there is no connection between the shutdown and the.On the LMS interface but we haven’t been able to trigger the shutdown we have monitored the system with Munin while performing activities.Matter of minutes, all the other times we had to boot up the machine from in one observed occurrence the system restarted autonomously in a.connecting to the LMS to manage the courses or the interface we’veĮxperimented server inactivity – it is in shutdown triggered by oom_killer.Bitnami LMS powered by Moodle(TM) LMS 3.11.5-2 for AWS.Operating System: Debian GNU/Linux 10 (buster).Setup of the AMI machine we’ve upgraded the OS and the Moodle package to 4.0.1. ![]() Running a web server Apache Linux 2.4.52 as it is included in the Bitnami Mod_security, antivirus), the main difference being the cloud version ofĪre using a t3s.small instance, with 2 vCPUs and 2 GB of RAM plus 2GB of swap V4.0.1 installation on a vm Bitnami in AWS.Ĭonfigured the machine similarly with other older installations of standaloneīitnami stack with Moodle 3.9+ which are running without issues (i.e. Check this guide for more information about RockMongo.Facing a memory leak issue and system shutdown using a Moodle 4.- Access to RockMongo to handle the administration of mongoDB server. Go to your installation directory and open the "use_meanstack" console. You can also use "ctlscript.sh" from the command line prompt. Open the graphical "Manager" tool in your installation directory to start & stop the installed servers. The stack is self-contained and independent on your system, you can find all components in your installation directory: C:/Bitnami/meanstack-4.0.3-1 2.- Start the servers. To get started with Bitnami MEAN Stack we suggest the following: 1.- Check our documentation. ![]() Bitnami MEAN Stack isĭistributed for free under the Apache 2.0 license. It includes ready-to-run versions ofĪpache, PHP, mongoDB and RockMongo. Software platform that greatly simplifies the deployment of Open Source web The Bitnami MEAN Stack is an easy to install It easier than ever to discover, download and install Open Source software suchĪs document and content management systems, wikis and blogging software. We created the Bitnami Project to help spread the adoption of freelyĪvailable, high quality Open Source web applications. ![]()
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