![]() ![]() In my experience, it doesn't help one bit on Mac and if you are using windows for developing on docker, I applaud your courage. If these settings are not optimized for your specific use case, it can impact Docker performance. Many devs have started using it on Ubuntu and it causes a lot of issues and the dev become lazy and are woefully ignorant of docker cli capabilities.Ĭonfiguration and settings: Docker on Windows and macOS may require additional configuration and settings to optimize performance, such as adjusting resource limits, using different storage drivers, or configuring networking options. Docker desktop is now available in Ubuntu and it is more of a curse than a blessing. Docker Desktop includes additional components, such as the Docker daemon, networking components, and other services, which can consume system resources and affect performance. This can result in slower performance if the host machine does not have sufficient resources to allocate to the Docker containers.ĭocker Desktop: Docker Desktop, which is the official Docker application for Windows and macOS, provides a user-friendly GUI for managing Docker containers, but it also adds additional overhead compared to using Docker directly on Linux. Resource allocation: Docker containers on Windows and macOS may require more resources, such as CPU, memory, and disk space, compared to Linux due to the overhead of virtualization technologies used. ![]() So when it comes to running code quality checks like phpcs, or linting in containers, I have seen it take upto 20 minutes while running it in containers and a few seconds in Linux. This can impact I/O-intensive workloads, such as those that involve frequent reading and writing of large files. However, on Windows and macOS, Docker uses different virtualization technologies to achieve containerization, such as Hyper-V (on Windows) and xhyve (on macOS), which introduce an additional layer of virtualization and may impact performance.įile system performance: Docker on Windows and macOS relies on translating file system calls between the host OS and the containers, which can introduce performance overhead compared to the direct file system access used by Docker on Linux. On Linux, Docker uses the host OS's kernel directly for containerization, which provides near-native performance. Docker performance can be slower on Windows and macOS compared to Linux for a few reasons:ĭocker uses different virtualization technologies: Docker relies on containerization technology to create lightweight, portable, and isolated environments for running applications. ![]()
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