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1. #Testout lab 6.1.7 quota install#
2. #Testout lab 6.1.7 quota upgrade#
3. #Testout lab 6.1.7 quota software#

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#Testout lab 6.1.7 quota upgrade#

To upgrade from PHP 5.6 to PHP 7.David T.

#Testout lab 6.1.7 quota software#

Software that is not packaged by Debian upstream is less likely to be added due to security and maintenance concerns. Additional packages can be added on request by creating a Phabricator task tagged with #toolforge-software. This should match the PHP related packages installed on GridEngine exec nodes. You can view the installed PHP extensions on the phpinfo tool. There are four versions of PHP available, PHP 7.4, PHP 7.3 (on Debian Buster), PHP 7.2 (on Debian Stretch), and the legacy PHP 5.6 (on Debian Jessie).

PHP uses lighttpd as a webserver, and looks for files in ~/public_html/.

#Testout lab 6.1.7 quota install#

And there is no mechanism for a user to install system packages inside of a container. Also, we don't support "bring your own container" on our kubernetes (yet!). Webservice -backend=kubernetes php7.4 startĪ complete list of images is available from the docker-registry tool which provides a pretty frontend for browsing the Docker registry catalog.Īs of Feb 2018, we don't support mixed runtime containers. The webservice command has an optional type argument that allows you to choose which Docker container to run your Tool in.įor example to start a webservice using a php7.4 container, run: These images are built using the Dockerfiles in the operations/docker-images/toollabs-images git repository.

The Toolforge Kubernetes cluster is restricted to loading Docker images published at (see Portal:Toolforge/Admin/Kubernetes#Docker Images for more information).

The default limits for a tool's entire namespace are: The cluster places quota limits on an entire namespace which determine how many pods can be used, how many service ports can be exposed, total memory, total CPU, and others. Your entire tool account can only consume so many cluster resources. For persistent storage use your tool directory, tools directories are in a NFS, mounted in /data/project, they are not inside the container. You can store temporary data in the container directory /tmp, when the container ends all data is lost. The default storage size limit of a container, including the image size, is 10GB.

You can verify the per-container limits you have by running kubectl describe limitranges If you find that you need containers to run with more than 1 CPU and 4 GB of RAM, the quota increase procedure below can request that. Java webservices will almost certainly need higher limits due to the nature of running a JVM. We believe that most PHP and Python3 webservices will work as expected with the lower values. The Toolforge admin team encourages you to try running your webservice with the defaults before deciding that you need more resources. Users can adjust these up to the highest level allowed without any help from an administrator (the top limit is set at 1 CPU and 4Gi of memory) with command line arguments to the webservice command ( -cpu and -mem) or properly formatted Kubernetes YAML specifications for your pod's resources fields for advanced users. Defaults are set at 0.5 CPU and 512Mi of memory per container. On the Kubernetes cluster, all containers run with CPU and RAM limits set, just like jobs on the Gridengine cluster.