Three bugs found while testing modem support on hardware:
ietf_system.py: "interface": null written to DNS server entries when
no interface is associated, causing LY_EVALID in the ietf-system
schema validator. Only include the key when the interface name is
non-empty.
ietf_system.py: empty list inserts (user [], server [], options [],
search []) overwrote configured data in the operational store instead
of leaving it intact. Guard each insert so operational data only
shadows configured data when there is something to report.
show system: CPU temperature reported only the first sensor named
exactly "cpu", "soc", or "core". Platforms with multiple thermal
zones (e.g. BPI-R4 exposes cpu and cpu1) always showed only one
reading. Collect all sensors whose name matches a CPU/SoC prefix
and report the maximum.
statd.c: yanger parse errors logged without model name or libyang
error string, making failures hard to diagnose. Include both.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
This patch adds a background gps monitor to statd because the gpspipe
program, normally used to interface with gpsd, slows down access to the
operational datastore with *seconds*.
This background monitor is not load bearing for how chrony accesses the
gps + nmea information from gpsd, this is handled separately in SHM.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
Service descriptions or command arguments may contain special characters
that need to be escaped in JSON strings.
Example:
{
...
"command": "udhcpc -f -p /run/dhcp-client-wan.pid -t 3 -T 5 -A 30 -a1000 -S -R -o -O 1 -O 3 -O 6 -O 12 -O 15 -O 28 -O 42 -i wan -V "NanoPi R2S"",
...
}
Also, wrap add_services() in a try/except instead of testing for keys.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
This commit adds resource usage: memory, loadavg, and filesystem usage
by augmenting ietf-system:/system-state.
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
This patch adds operational data support for system services. The
data is in a generic format but is intended to be able to represent
finit information (initctl) nicely.
The reason for augmenting this to ietf-system and not to
infix-services is that we consider this generic system information
which is totally disconnected from what ever services infix might
provide.
In this first state we only support pid, name, description and state.
Making the data look something like:
"infix-system:services": {
"service": [
{
"pid": 1185,
"name": "udevd",
"status": "running",
"description": "Device event daemon (udev)"
}]
Signed-off-by: Richard Alpe <richard@bit42.se>
Libyang is smart, it "fixes" the timezone for you, this was overriden by a
hack in netconf.py and restconf.py, but what you really want is to see
in operational what the current timezone is.
When running a DHCP test `resolvconf -l` looked like this:
admin@client:~$ resolvconf -l
search example.com # e5
admin@client:~$
This resulted in broken result when reading operational data from
system-state (which used resolvonf -l)
The yanger source grown significantly, code is disorganized, the
namespace is all over the place, etc.
Take a stab at remedying the situation by splitting out the individual
YANG models in separate Python modules, starting with ietf-system.
Joachim Wiberg