Description
The compressed image of e.g. SLE Micro 6.0 is ~ 900Mb. ** The overall goal of this project is to make a smaller footprint (in terms of image size) flavor of the image. This is to be achieved by limiting the target use-case to simple RPi (4, 400, Pi Zero 2) server for home IoT. **
Why? Why not, making things small doesn't hurt for IoT use-cases
Goals
- Play around to identify parts that are not relevant for this use-case while not removing any fundamental features
- Remove these by customizing the image in Open Build Service / Kiwi.
- Write something up about this journey
Resources
RPi (4, 400 or Zero 2)
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This project is part of:
Hack Week 24
Activity
Comments
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17 days ago by bmwiedemann | Reply
There are some parts that can be dropped without much downsides. E.g.
- /usr/share/doc/
- drivers /usr/lib/modules/*/kernel/drivers/infiniband etc (there are 191 MB of mostly compressed data)
and maybe a stronger compression can be used (xz -9 or zstd -19)
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15 days ago by bmwiedemann | Reply
iosc ls -vb SUSE:ALP:Products:Marble:6.0:PubClouds:ReleaseCandidate SLE-Micro:EC2 images-ndb/x86_64
shows351375912 Sep 12 09:51 SLE-Micro-6-0.x86_64-1.0.0-EC2-Build1.31.raw.xz
where is that 900MB image you talk about?
iosc ls -vb Devel:PubCloud:CrossCloud:Micro:6.1 SLE-Micro:EC2
is 340M-
15 days ago by llansky3 | Reply
Hello Bernhard, thanks for comments! I am talking about e.g. SL-Micro.aarch64-6.0-Base-Build11.1.raw.xz (https://download.suse.de/ibs/SUSE:/ALP:/Products:/Marble:/6.0:/PUBLISH/images/). That is ~900Mb.
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15 days ago by bmwiedemann | Reply
This is built in SUSE:ALP:Products:Marble:6.0:PUBLISH/SL-Micro (in the
Base
multibuild flavor)
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12 days ago by llansky3 | Reply
Ok, the further optimization journey (basically getting rid busybox, ModemManager and adjusting the kernel configuration) is described here:
https://confluence.suse.com/display/~llansky3/Micro+6.0+-+Footprint+Optimization
The resulting compressed image size is 290MiB. I am not planning to go further and just write things up now to something publishable.
Thoughts on that: * Part 1 - How big is SLE Micro 6.0? This would just these treemap figures showing what takes most of the space in the image and in the kernel. * Part 2 - The optimization journey as in the above confluence.
Would these be interesting to read you think for anyone? Thanks for comments.
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