- A project I hope to build (with your help!) over the next few months.
- A "map" (DAG) of crypto primitives, and the relationships between them! Haven't you ever been sitting around thinking, "darn it, where's the reference saying that OWFs imply PRFs, I want to check something."
- Publicly accessible on the Internet so it's easy to check!
- Easy to contribute to, as much or as little as you want to!
- Eventually, will have a nice interface that lets you explore relationships between these various objects, and the objects themselves.
- To verify a previously-submitted node or edge:
- If there are existing pull requests marked with
unverified
, follow up on the information there. - If the information is incorrect, inform the author of the pull request in a comment on the request.
- If the information is correct, add your name to the
verifier
field of the objects, or tell the requester to do so. - You can then merge in the pull request or tell the submitter that it is ready for merging.
- If there are existing pull requests marked with
- To submit a new node or edge (see suggested_new_objects.md for suggestions):
- Make a new branch
- Create a new file for the node or edge in the
objects
folder. (Notice that there are currently only two types of edges: "is a type of" and "∃ X implies ∃ Y"). Follow the schema listed inschema.json
or use existing files as a template. - Commit your work and push it to your branch. (Feel free to set the
submitter
field to your name or username.) - Create a pull request to
master
. Make sure you add theunverified
tag, since all new contributions require at least two sets of eyes before they're merged in. - When you have verification, merge your pull request if your verifier did not do so.
- You can then delete your branch if you want.
- To propose a modification to the schema:
- Make a new branch
- Modify the schema as you think it should be modified
- Create a PR and assign
sarahscheffler
(or, in the future, others)
- To help with the display of the graph, or a wiki-style perusal of the
graph:
- Email sscheff@bu.edu because I'm currently looking for someone that knows anything about d3 or wiki setup to make the front-end of this.
- Anything else:
- Create an issue, leave a comment, or make a PR as appropriate.
- What it is: A helpful crypto reference.
- If you know what you're looking for, it should be a helpful way to double-check it.
- You should be able to trace everything back to the assumptions used.
- What it is not: A textbook.
- If you don't know what you're looking for, it won't give you a full description of it (though it may link you to one).
- Another consequence of the "not a textbook" property is that it won't have everything. Since it's not a textbook, it doesn't have to talk about, for instance, "encrypt-then-mac".
- Clicking on an object should give you either links to constructions, or a brief description of the construction itself
- Show (current or provably best) blowup. Whenver possible, include this info in links between objects.