Swap allows the application to run and function normally, and use swap only from time to time.Ī general guideline is to configure swap to be around 50% of the available memory. However,ĭue to how GitLab functions, much of the memory that is allocated is not frequently accessed. Swap usage is often considered a problem as it can increase latency. Inactive pages are moved from RAM to the swap space.
#ON1 PHOTO RAW MEMORY USAGE INSTALL#
These systems provide adequate performance to run a small installations of GitLab:īefore you install GitLab you need swap to be configured. Of your system is good enough to run GitLab on a constrained environment. It can be used as a way to validate if the performance Which is especially important when running GitLab in an embedded system. It describes all caveats of system testing and the impact of different behaviors on the performance of your system, One of the projects that can aid with checking the performance of your system is sbc-bench. There are number of tools available that allow you to validate the performance of your Linux-based system. Since not all components are used at the same time, it should provide acceptable performance. With these minimal settings, the system should use swap during regular operation.
Storage is especially relevant since in a constrained environment we expect someĪmount of memory swapping to happen which puts more pressure on a used disk.Ī common problem for the limited performance of small platforms is very slow disk storage, Of the above list, the single-core performance of the CPUĪnd the random I/O performance of the storage have the highest impact.
There are use-cases such as running GitLab on smaller installations where not all functionality GitLab requires a significant amount of memory when running with all features enabled. Performance results Running GitLab in a memory-constrained environment.Disable additional in-application monitoring.
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