-
Notifications
You must be signed in to change notification settings - Fork 460
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
Enable Remote ISF server for Linux testcases #1316
base: develop
Are you sure you want to change the base?
Enable Remote ISF server for Linux testcases #1316
Conversation
+ fix argument default value list instantiation
…ISF repository on github, ensuring a completely open-source workflow
…actly what the os.path module does.
Bloody brilliant! It’s working like a kangaroo on a trampoline! :) |
There was a problem hiding this comment.
Choose a reason for hiding this comment
The reason will be displayed to describe this comment to others. Learn more.
Thanks, I'm roughly happy with the concept, but I'd like to run it past @npetroni who I believe made the first testing harness, and also get his views on downloading additional files from a server we don't control, which my security hat is just making me wonder about. Another option would be to create our own mini repo with symbols just for the test cases we've got but I can't tell if that's prudent or paranoid. I don't think a bad JSON file could do anything bad to us, it shouldn't be able to execute anything so the worst case is it causes our tests to fail, and we do already download the ISF files from a server (albeit a server we own). So probably ok, but I'd like @npetroni 's opinion on it first please...
Hi, just passing by as I was mentioned. Thanks for wanting to integrate my repo as a symbol source, it's much appreciated ! However, if I take a neutral point of view, this increases the risk of supply chain bugs. Even if I put efforts to prevent that from happening, I think each testcase should come with its own ISF attached, hosted by volatility foundation ? I am not trying to sabotage your work, but I am not sure that the remote isf feature fits this use case ? Thanks again 👍 |
Yeah, that was my thinking, it's just a text file on a webserver that points the banner to a downloadable file, so we could definitely look after that and keep it updated with our testcases, and then that saves @Abyss-W4tcher from become an integral service to out testcases. 5;P It will mean that we'll have to get better/quicker at updating those JSON files and where they're stored, but that's definitely a solvable "us" problem rather than something insurmountable. 5:) @npetroni would you be happy with that (and/or, could you help us get it all in place please?) 5:) |
Hiya, could we please get the remote URL turned into a variable so it's only defined once clearly at the top of the test cases? We're looking at making our own little ISF github repo just for the test materials to start off with. We'll let you know what the URL will change to once we've started making it... |
You mean to move the URL from being a parameter in the YAML/pytest to hard-coding it in |
No, I just mean as a variable in the YAML/pytest file, rather than in the middle of the command statement. I'm pretty sure the yaml allows parameterization? So setting an env, (ideally pulling out $IMAGES_URL or something too, so that the duplicated parts of the image URL are in a single place) and turning it into a $REMOTE_ISF_URL env variable, so it's easier to see and the command used in the test is easier to read. |
@ikelos Cool, all done |
Awesome, now we just need a little local volatilityfoundation repo to keep the test ISFs in, and we should be good to go. I believe @npetroni is working on that, but I might be able to get that moving next week since I've got a week off so hopefully I'll do a bunch of volatility housekeeping stuff... 5:D |
This PR introduces changes to enhance our testing capabilities by allowing Linux test cases to use the @Abyss-W4tcher ISF repository on GitHub.
This not only provides greater flexibility for updating the ISF database and keeping it in sync with the latest
dwarf2json
version, but also establishes a fully open-source workflow.This will enable us to easily add more images later on, such as different Linux kernel versions and distributions, which will be immediately ready for testing our code.
If it's successful and accepted, we can also migrate the macOS test cases to use this repository.