I seem to have forgotten how I got the RPM for Gitea. I think I built
it, but I cannot find the spec file, nor the RPM package. Since this is
clearly not reproducible, I decided to switch to using the binary
provided by upstream for now, until either I or Fedora get around to
making a better RPM.
Installing Gitea from the upstream binary is simple: just download it
and copy it to `/usr/local/bin`. Of course, the OS user and systemd
unit have to be managed by configuration policy when it's installed this
way.
*burp1.pyrocufflink.blue* will replace *burp0.pyrocufflink.blue* as the
BURP server for Pyrocufflink. It is a physical machine (Fitlet), making
it simpler to manage the USB drives. The old virtual machine will be
decommissioned soon.
Ansible replaced the `version_compare` filter with a `version_compare`
test that does the same thing. The former is completely gone now,
causing the template to fail to render, so its usage of that filter
needs to be updated.
Using the generic *burp.pyrocufflink.blue* name will allow easier
transition to a new BURP server. However, since this is not the actual
name, it cannot be used for task delegation, so a separate variable is
required to store the real name of the BURP server. This is only used
during client deployment, and not by BURP itself.
The *graylog* role installs Graylog from the *graylog2.org* Yum
repository and manages basic server configuration. It augments the
default systemd unit to provide the `CAP_NET_BIND_SERVICE` capability to
the Graylog server process via ambient capabilities, thereby allowing
the server to bind to the privileged Syslog UDP port.
The `Alias` configuration for Certbot needs to be configured before any
other locations, to ensure the `/.well-known` path is always served from
the local filesystem. If another drop-in configuration file (e.g.
`bitwarden.conf`) is ordered before it, it may override this
configuration and prevent Let's Encrypt from working.
In order to allow Jenkins to connect to the Docker daemon socket, the
socket must be owned by the *docker* group, and the *jenkins* user must
be a member of it.
This commit adds an HAProxy backend for Bitwarden, and adds ACL rules to
the frontend to proxy traffic to *bitwarden.pyrocufflink.blue* or
*bitwarden.pyrocufflink.net* to it.
Since the same certificate is used for LDAPS and RADIUS (EAP-TLS), it
makes more sense to store it only once, with the later file as a symlink
to the former.
This commit configures *bw0.pyrocufflink.blue* as a BURP client, so that
the Bitwarden data can be backed up. A pre-backup script is used to
take a consistent snapshot of the SQLite database before copying it to
the BURP server.
The BURP server runs as user *burp*, and nas such, requires that the
client-specific configuration files be owned by that user so they can be
read when a client connects.
Newer versions of the BURP client require `status_port` to be set. This
commit updates the `burp.conf.j2` template to more closely match the
default configuration shipped with the *burp* package, including setting
this new value.
Newer versions of Gitea need a JWT secret for Oauth2. Gitea will
attempt to generate one at startup if it is not already specified in the
configuration file, but this will fail since the file is not writable by
the user running the service. As such, it must be set via configuration
policy.
The point of the "wheel host" is to serve as a repository of Python
packages (wheels) built by Jenkins for consumption by `pip` et al. For
applications and libraries that do not provide all of their dependencies
as binary packages, this makes a convenient way to install them without
requiring all of the build tools and dependencies on the destination
machine.
The idea here is that a Jenkins job runs `pip wheel` for a distribution
package name or `requirements.txt` file and then uploads the resulting
wheel files using `rsync`. Apache is configured to serve the upload
directory with an index compatible with `pip`'s `--find-links`.
The *hass-dhcp* role installs dnsmasq and configures it to serve DHCP
requests on the Home Assistant network. Since this network is not
routed, the regular DHCP relay/server setup will not work.
This commit adds a systemd unit to enable the Kernel Same-page Merging
daemon on VM hosts. This allows much greater virtual machine density,
especially when many VMs are running the same guest OS.
Debian does not support system-wide SSL cipher suite profiles of course,
so these options need to be specified explicitly when deploying HAProxy
on Debian-based machines.
This commit updates the net-ifaces scripts for both *vmhost0* and
*vmhost1* to create VLAN and bridge interfaces for the Management and
Home Assistant networks.
The *taiga* role installs the three components of Taiga:
* taiga-back
* taiga-events
* taiga-front
*taiga-back* is a Python application. Its dependencies are installed via
`pip` in the *taiga* user's site-packages, and the application itself is
installed by unpacking the archive. *taiga-events* is a Node.js
application. Its dependencies are installed by `npm`, and is itself
installed by unpacking the archive. Finally, *taiga-front* is a
single-page browser application that is installed by unpacking the
archive, and served by Apache.
Taiga requires PostgreSQL and RabbitMQ.
The *websites/pyrocufflink.net* role configures the public web server to
host *pyrocufflink.net*. This site has two functions:
* It redirects `/` to http://dustin.hatch.name/
* It proxies user home directories (i.e. /~dustin/) to the file server
The `ServerName` directive needs to be set inside the default SSL vhost,
as this property does not get inherited from the global configuration,
and it is needs to be set in order for SNI to work correctly.
By default, per-user directories (i.e. `/~username/`) are disabled in
Fedora's configuration of Apache. This commit introduces a new variable,
`apache_userdir`, which can be used to enable this feature. It should be
set to a string other than *disabled*, which is the path under users'
home directories that will be served, if it is accessible. Normally, the
value would be `public_html`.
To support multiple websites with separate Let's Encrypt certificates,
the *certbot* role needs to be applied as a dependency of each
individual website role. This will allow each application to specify a
different value for `certbot_domains`.
The default systemd unit configuration for *certbot-renew.service* runs
the `certbot renew …` command as root. This can cause permissions
issues, since this Ansible role expects the *certbot* user to be able to
access all configuration, data, and log files. As such, this commit adds
a systemd unit extension for *certbot-renew.service* to run the command
as *certbot*.
Moving the route definitions to global scope, and defining an address
pool, will allow other clients besides *dhatch-d4b* to connect to and
use the OpenVPN tunnel service. This may be useful in situations where
IPsec is blocked
The VPN capability of the UniFi Security Gateway is extremely limited.
It does not support road-warrior IPsec/IKEv2 configuration, and its
OpenVPN configuration is inflexible. As with DHCP, the best solution is
to simply move service to another machine.
To that end, I created a new VM, *vpn0.pyrocufflink.blue*, to host both
strongSwan and OpenVPN. For this to work, the necessary TCP/UDP ports
need to be forwarded, of course, and all of the remote subnets need
static routes on the gateway, specifying this machine as the next hop.
Additionally, ICMP redirects need to be disabled, to prevent confusing
the routing tables of devices on the same subnet as the VPN gateway.
The routes to FireMon networks are now defined using the
`firemon_networks` Ansible variable. The global `iroute` and
client-specific `route` options are generated from the CIDR blocks
specified in this list.
