Figure out how many resources were reserved, how many of those match the
requirements, and how many are used, and log one of three matching error
messages for that situation.
For that purpose, allow find()ing reserved resources without logging anything,
using a log_label=None arg.
Change-Id: I1c67600ba69351859e46b8b2f368ee8106db0993
When trying to reserve more resources than available in the resources.conf,
actually print an intelligible error message: catch the nameless error from
solve() and fill in what was requested for solution.
Change-Id: Iba3707f1aaeb40a58c616c33af52a60c9a2e7e1f
The "Affero" nature makes sense for the Osmocom network components like
BSC, SGSN, etc. as they are typically operated to provide a network
service.
For testing, this doesn't make so much sense as it is difficult to
imagine people creating a business out of offering to run test cases on
an end-to-end Osmocom GSM network. So let's drop the 'Affero' here.
All code is so far developed by sysmocom staff, so as Managing Director
of sysmocom I can effect such a license change unilaterally.
Change-Id: I8959c2d605854ffdc21cb29c0fe0e715685c4c05
Add missing code to free resources, not upon program exit, but when a suite is
done.
This allows running more than one suite in a row.
Also add a check to not attempt to free if there is nothing to be freed, to
avoid a regression test failure triggered when a suite exits without reserving
anything.
Change-Id: Ic017a1cf07052f5e48812c8553fba6f972d280f0
Related: OS#2301
If not a single resource of a wanted item was left, we ran into a None. Report
unavailability instead.
Change-Id: Ie1849a74cb227964e7c3ac06852582baa2333697
I would like to use the IP addresses also for OsmoBSC processes, so it is more
than clear now that 'nitb_iface' was the wrong naming choice.
The only distinction we may need in the future is public versus loopback
interface. To add that, we may add a trait to the 'ip_address' resource
like:
ip_address:
- addr: 10.42.42.1
type: public
- addr: 127.0.0.1
type: loopback
This way we can substitute public vs loopback addresses flexibly (e.g. using
scenarios).
Change-Id: I3ad583ae7a33f7a7bb56fe78a125f73c56a0e860
We're not currently paying attention to the octphy in osmo-gsm-tester. So
instead of maintaining dead code, remove the bts_octphy.py; we can re-add when
the octphy is implemented properly.
Change-Id: Ia5d5750d440ae7019634b51fa1efe7bbb2a1d1e2
Log on level 'log', more clearly show whether it's for reservation or actual
use, show the origin that is asking for them.
Change-Id: I3b78c7bdcaec90943900343c878099160f8d2f64
Add flag raise_if_missing, and if False, instead of raising an exception,
return an empty list for that kind of resource. This makes sense for a caller
that requests a single resource.
When finding a single resource to use in ReservedResources.get(), use this to
raise a more adequate exception message if none was found.
Change-Id: Ia296ea68a787bede037a6cea38563b570fb0766e
Clearly separate the kinds of BTS hardware the GSM tester knows ('type') from
the NITB's bts/type config item ('osmobsc_bts_type' -- not 'osmonitb_...' to
stay in tune with future developments: it is the libbsc that needs this).
For BTS hardware kinds, use the full name of the binary for osmo driven models:
osmo-bts-sysmo, osmo-bts-trx, osmo-bts-octphy.
Change-Id: I1aa9b48e74013a93f9db1a34730f17717fb3b36c
The original osmo-gsm-tester was an internal development at sysmocom, mostly by
D. Laszlo Sitzer <dlsitzer@sysmocom.de>, of which this public osmo-gsm-tester
is a refactoring / rewrite.
This imports an early state of the refactoring and is not functional yet. Bits
from the earlier osmo-gsm-tester will be added as needed. The earlier commit
history is not imported.