The flexible way

Instead of just running it like described above, you can of course move stuff to different places (see ../BasicInstallation, ../WikiInstanceCreation).

You can then invoke the moin standalone server using the moin scripting command:

# for details and other options, see: moin server standalone --help
moin --config-dir=/etc/moin server standalone --docs=/usr/share/moin/htdocs

Of course you have to give correct values that match your setup:

If it does not find the moin command:

(!) If it crashes and tells it can't import MoinMoin, then just uncomment and fix the sys.path stuff you see above.

Now point your browser at http://localhost:8080/ (or whatever moin tells you).

If you want to run the moin process as a daemon, have a look at the --start, --stop and --pidfile options.

1. Serving port 80 on Unix

On GNU/Linux, Mac OS X or other Posix like OS, you can serve the standard port 80 used for web serving, but you must start moin as root for this.

Set port to 80, and verify that user and group exists on your system. If not, set them to an existing user, meant for web serving. If needed, chown your wiki dir to this user and group.

2. Standalone Server configuration

Alternatively to giving parameters by commandline options, you can also have a wikiserverconfig.py and specify your stuff in a Config class there. See the example file in the toplevel directory.

Option

Default

Comment

name

'moin'

Server name, used by default for log and pid files.

docs

'/usr/share/moin/wiki/htdocs'

Path to moin shared files. If you used --prefix install, the default path will not work, and you must set the path to 'PREFIX/share/moin/wiki/htdocs'.

user

'www-data'

If you run as root, the server will run with as this user

group

'www-data'

If you run as root, the server will run with as this group

port

8000

Port to serve. To serve privileged port under 1024 you will have to run as root

interface

'localhost'

The interface the server will listen to. The default will listen only to localhost. Set to '' to listen to all.

serverClass

'ThreadPoolServer', 'ThreadingServer', 'ForkingServer', 'SimpleServer', 'SecureThreadPoolServer'

The server type to use, see the comments in the moin.py. The default is 'ThreadPoolServer', which create a pool of threads and reuse them for new connections.

threadLimit

10

How many threads to create.

requestQueueSize

50

The count of socket connection requests that are buffered by the operating system.

properties

 {} 

allow overriding any request property by setting the value in this dict e.g properties = {'script_name': '/mywiki'}.

ssl_privkey

 None 

If using the SecureThreadPoolServer, this must point to the server's private key.

ssl_certificate

 None 

If using the SecureThreadPoolServer, this must point to the server's certificate.

3. Configuring wikiconfig.py

The sample config file should be just fine.

The default value of url_prefix_static is hardcoded into the standalone server script, do not change it or it won't work!

4. Using the secure standalone server

The standalone server supports SSL when using the SecureThreadPoolServer server class. The SSL support is provided by the TLSLite library. All wiki traffic is forced to SSL when using the SecureThreadPoolServer.

Two additional configuration options are required when using the SecureThreadPoolServer. First, ssl_privkey must point to the server's private key. Second, ssl_certificate must point to the server's certificate.

/!\ TLSLite does not support a password protected private key unless additional libraries are used. Consult the TLSLite webpage for more information.

Typically a certificate would be purchased from an certificate authority, such as Thawte (http://www.thawte.com). However, since the suggested usage of the standalone server is for personal use, a self signed certificate may be appropriate. For more information on how to generate a server private key, and a self signed certificate, see the openssl HOWTO pages.

For example, to create the server's private key, run the following:

openssl genrsa -out privkey.pem 2048

To create a self signed certificate for the newly created private key, run the following:

openssl req -new -x509 -key privkey.pem -out cacert.pem -days 1095

moin.py then needs to be told about the generated files privkey.pem and cacert.pem. For the example above, the following lines would need to be added to moin.py:

    ssl_privkey = "/secure/path/to/privkey.pem"
    ssl_certificate = "/secure/path/to/cacert.pem"

/!\ Using a self signed certificate will cause your browser to generate a warning that it cannot verify the identify of the wiki server. This is because the certificate was not signed by a recognized certificate authority (CA). In order to get rid of this warning, you must purchase a certificate from a CA.