Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
netflixtechblog.com
Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
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Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#2- website 1 https://netflixtechblog.medium.com/
- website 2 https://netflixtechblog.com/
Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#3At this point I refuse to read any content in the AI format of: - The problem - The solution - Why it matters
Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#4Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#5- can someone kindly explain why there are 2 websites that all claim to be netflix tech blog? - website 1 https://netflixtechblog.medium.com/ - website 2 https://netflixtechblog.com/
Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#6Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#7Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#8 > To avoid the costly process of untarring and shifting UIDs for every container, the new runtime uses the kernel’s idmap feature. This allows efficient UID mapping per container without copying or changing file ownership, which is why containerd performs many mounts
Why does using idmap require to perform more mount?Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#9Re: Mount Mayhem at Netflix: Scaling Containers on Modern CPUs
#10Okay, I'll ask the dumb question: Couldn't you also reduce the number of layers per container? Sure, if you can reuse layers you should, but unless you've done something very clever like 1 package per layer I struggle to think that 50 is really useful?
1 package per layer can actually be quite nice, since it means that any package updates will only affect that layer, meaning that downloading container updates will use much less network bandwidth. This is nice for things like bootc [0] that are deployed on the "edge", but less useful for things deployed in a well-connected server farm.