This allows the user to write:
describe port(22) do
it { should be_listening }
end
as well as
describe port('22') do
it { should be_listening }
end
without hitting an error.
Fixes#867
Signed-off-by: Steven Danna <steve@chef.io>
The output of `systemctl show SERVICENAME` can be misleading in the
case of non-native services (i.e. services configured via an init script
and integrated with systemd via a shim) or for more sophisticated unit
types.
For example, the UnitFileState of ntp is "bad":
> systemctl show ntp | grep UnitFileState
UnitFileState=bad
despite systemd reporting it as enabled:
> systemctl is-enabled ntp
ntp.service is not a native service, redirecting to
systemd-sysv-install
Executing /lib/systemd/systemd-sysv-install is-enabled ntp
enabled
Further, the old parsing code would have missed unit files in the
following states that are technically enabled:
enabled-runtime, indirect, generated, and transient
Using the `is-enabled` commands ensures that we report the same enabled
status that systemd reports, without having to update our own parsing in
the event that new unit states are added. Additionally, as shown above,
it handles the sysv compatibility helper.
Similarly, the is-active helper command ensures that we always report
the same active/not-active status as systemd would natively. For
instance, a quick reading of `src/systemctl/systemctl.c` in the systemd
source shows that systemctl reports units as active if they are in the
state `UNIT_ACTIVE` or `UNIT_RELOADING`.
Fixes#749
Signed-off-by: Steven Danna <steve@chef.io>
When used in combination: `shadow[.filter(...)].entries.each { |entry| ... }`, these entries would not be very descriptive at all. You would basically only retrieve the full filter chain e.g. 20 times, without any information about what entry you are currently looking at. This fixes it, by providing the entry identified by the user name
