.gitignore | ||
config.go | ||
dynamic.go | ||
example.conf | ||
handler.go | ||
LICENSE | ||
logging.go | ||
main.go | ||
molly-brown.service.example | ||
README.md |
molly-brown
The Unsinkable Molly Brown: a full-featured Gemini server implemented in Go.
For more info on Gemini see https://gemini.circumlunar.space or gopher://gemini.circumlunar.space.
Installation
The easiest way for now to install Molly Brown is to use the standard
Golang tool go
(note I said "easiest", not "easy" - this is still a
pretty clunky manual process, sorry). Unfortunately, you have to do a
little bit of preparation for this to work (unless you're a Go
developer yourself in which case you surely already have this done)...
Prepare your $GOPATH
- Create an empty directory
~/go
. - Set the $GOPATH environment variable to
~/go
.
(you can in fact put your $GOPATH anywhere you like, but ~/go
is the
convention)
Fetch and build MB
Run go get tildegit.org/solderpunk/molly-brown
. If everything goes
well, the end result of this will be that you'll have the Molly Brown
source code sitting in ~/go/src/tildegit.org/solderpunk/molly-brown
and an executable binary sitting at ~/go/bin/molly-brown
. If it
makes you happier or your life easier, you can copy that binary to
/usr/sbin/
or anywhere else.
Configuration
In the source directory mentioned above, you should find a file named
example.conf
. Copy this to /etc/molly.conf
and edit it to suit
your environment. The default values for all possible options are
specified in the file - just uncomment and change the ones which won't
work for you. All options are explained below in the Configuration
Options section.
Daemonisation and launching
Currently Molly Brown just runs like an ordinary program, without
daemonising itself. You'll need to use another program, like the one
at http://libslack.org/daemon/
, to handle daemonising.
Currently Molly Brown is only integrated with systemd, so if you're
using anything else you'll have to handle getting it to start on boot up
yourself. If you are using a sufficiently right-headed operating
system, the easiest way to do this is by putting your call to
daemon
(or whatever else you use) in /etc/rc.local
.
Setting up with systemd should be reasonably easy; copy
molly-brown.service.example
from this directory to
/etc/systemd/system/molly-brown.service
. Then, make any necessary
changes for your setup, and run the following:
# systemctl daemon-reload
# systemctl enable molly-brown.service
# systemctl start molly-brown.service
Note that Golang programs are unable to reliably change their UID once
run (a source of constant frustration to me!). So don't start it as
root, or it'll remain as root forever. Run it as nobody
, or a
dedicated molly
user. Make sure that user has read access to the
TLS keys and write access to the specified log file.
Configuration Options
The following options can be set in /etc/molly.conf
:
Port
: The TCP port to listen for connections on (default value1965
).Hostname
: The hostname to respond to requests for (default valuelocalhost
). Requests for URLs with other hosts will result in a status 53 (PROXY REQUEST REFUSED) response.CertPath
: Path to TLS certificate in .pem format (default valuecert.pem
).KeyPath
: Path to TLS private key in .pem format (default valuekey.pem
).DocBase
: Base directory for Gemini content (default value/var/gemini/
).HomeDocBase
: Requests for paths beginning with~/username/
will be looked up relative toDocBase/HomeDocBase/username/
(default valueusers
). Note that Molly Brown does not look inside user's actual home directories like you may expect based on experience with other server software. Of course, you can symlink/var/gemini/users/gus/
to/home/gus/public_gemini/
if you want.LogPath
: Path to log file (default valuemolly.log
). Note that all intermediate directories must exist, Molly Brown won't create them for you.