Closed rlia closed 1 year ago
Thank you for your support comment !! https://github.com/slimtoolkit/slim/discussions/240#discussioncomment-6113568
You have helped me understand the options.
I was confused because sometimes I could not fully detect dependencies, for example when using opencv with python. I will be able to further investigate based on the information you provided.
let me know how it goes and what dependencies give you the most headache. might be interesting to research what's going on there to simplify the process and the user experience there
Just to add a bit more context for others stumbling on this issue in the future... The --include-bin
and --include-exe
flags are more useful when you need to ensure you keep the target binary file in your minified image and all of its dynamic dependencies. The basic --include-path
flag doesn't do that (it only includes the target file you point at). If the target file is a shared library or an executable it's likely it dynamically loads other library (e.g., libc, which most binaries/shared objects depend on). --include-bin
allows you to point only at your target and then Slim will also auto-include any dynamic dependencies in the target.
I use Slim for machine learning images. Currently, I am out to create a working image using --preserve-path.
I would like to know the clear difference between --include-path and --preserve-path for a more appropriate use of slim. (Also, why is there more than one --include-**?)
I often have problems with this, especially around libraries such as Shared Objects. I would like to see what options are available to make dynamic detection work more appropriately. (I am using strace to check for missing files.)
I am currently reading the source code, but if you have any tips I would be happy to hear them.
Thank you. https://github.com/slimtoolkit/slim/discussions/240