contrib | ||
dist | ||
examples | ||
src | ||
.gitignore | ||
.gitlab-ci.yml | ||
build.rs | ||
Cargo.toml | ||
nginx.conf | ||
README.md | ||
rustfmt.toml |
Hagrid
Hagrid is a verifying OpenPGP key server. When a new key is uploaded a token is sent to each user ID via email. This token can be used to verify the user ID. Keys can be queried by their verified user IDs (exact match) and their primary keys fingerprint. Keys can be deleted by clicking a link send to all user IDs.
Quick Start
Building Hagrid required a working Rust nightly toolchain. The key server uses the filesystem to store keys, user IDs and tokens. To run it, supply the absolute path to where you want the database to live and the absolute path to the template directory.
cargo run -- `pwd`/dist
This will spawn a web server listening on port 8080.
Hagrid uses sendmail
for mailing, so you also need a working local mailer
setup. The FROM field of the mails can be configured with the -F
switch.
Usage
Hagrid implements basic HKP (op=get
and op=index
) so tools like GnuPG and
OpenKeychain can use it directly. The differences to SKS are
- no support for
op=vindex
, mp=1
is always assumed,- only exact matches for user IDs are returned,
op=index
returns either one or no keys and- all packets that aren't public keys, user IDs or signatures are filtered out.
Uploading a key via the HKP interface will trigger verification emails to be send.
Hagrid has it's own URL scheme to fetch keys, verify user IDs and delete keys. It's meant to be machine readable, but it's not a REST API. The following URLs are handled.
GET /by-fingerprint/<fingerprint>
retrieves the key with the given fingerprint.GET /by-keyid/<key ID>
retrieves the key with the given long key ID.GET /by-email/<URL-encoded user ID>
retrieves the key with the given user ID. Only exact matches are accepted.GET /vks/verify/<token>
verifies a user ID using a token string send by email.GET /vks/delete/<fingerprint>
requests deletion of the key with the given fingerprint.GET /vks/confirm/<token>
confirms a keys deletion request using a token string send by email.
Keys can also be fetched by their subkeys fingerprint and key ID. A key won't show up until at least one user ID is verified.
Building
Building Hagrid requires a working nightly Rust toolchain. The easiest way to get the toolchain is to download rustup. After rustup is installed, get the nightly compiler and tools:
cd hagrid
rustup override set nightly
The web server can now be built with the cargo command:
cargo build --release
After compilation a binary is placed in target/release/
called
hagrid
. The binary is linked statically and can be copied everywhere.
cp target/release/hagrid /usr/local/bin
To deploy the key server copy all
directories under public/
to a writable location. Then start the server with
the absolute path to the directory as argument:
mkdir /var/lib/hagrid
cp -R dist/* /var/lib/hagrid
hagrid /var/lib/hagrid
This will spawn the server in foreground, listening on 0.0.0.0:8080
. The
--listen
argument can be used to change port and listen address. The server
will put all keys and runtime data under the base folder (/var/lib/hagrid
in the above example).
Reverse Proxy
Hagrid is designed to defer lookups to reverse proxy server like Nginx and
Apache. The key database is a set of 3 directories with static files in them.
The directory structure reflects Hagrids URL scheme. This way, lookups via
by-fpr
, by-email
and by-kid
can be handled by (multiple) simple HTTP
server(s). A sample configuration for Nginx is part of the repository
(nginx.conf
).
Community
We're in ##hagrid
on Freenode.