Usage examples:
Run yanglint on all infix models:
ixyang check
Lint a single model:
ixyang lint infix-interfaces
Dump a tree of ietf-interfaces with all infix augments:
ixyang lint infix-interfaces ietf-interfaces -- -f tree
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.
Rather than explicitly defining the sources, specify the package names
and let poetry figure out the details. Otherwise, subpackages are not
included, which we want to start using in yanger.
When interactively running, for exampe, yanger interactively from the
source tree, we end up with compiled files in our working tree. Make
sure to ignore these.
These are also provided by other packages (sysrepo, netopeer, etc.)
but having them in here allows us to lint all of our own models
without the need for a build tree.
Using `sys.argv[0]` does not quite achieve the effect we want, namely
that any (test-case, $PYTHONHASHSEED) tuple should always default to
the same transport.
For example, the following two examples should always use the same
transport:
$ make PYTHONHASHSEED=1337 test-sh
infamy0:test$ ./case/ietf_system/hostname/test.py
$ make PYTHONHASHSEED=1337 test-sh
infamy0:test$ cd ./case/ietf_system/hostname
infamy0:hostname$ ./test.py
But, since their argv[0]'s are different, they don't.
Therefore use the _last two components_ of argv[0]'s full path
instead. This should:
- Spread the allocation over an entire suite run, since the
penultimate component is usually the test name.
- Keep the allocation stable when test code is modified (which is
common during debugging of failing tests)
- Avoid instabilities stemming from the local storage location (i.e.,
home directory names etc.)
The somewhat clumsy construct of resolving a logical port name to its
physical counterpart has been with us from Infamy's inception:
_, physical_port = env.ltop.xlate(logical_node, logical_port)
This is needlessly verbose. Since devices already have access to the
mappings which applies to it, make them easy to access:
target = env.attach("target")
# Get physical port names via the subscript operator
target["data0"]
Basic support GRE and GRETAP tunnels both for IPv4 and IPv6.
Limited support right now, only possible to configure local
ip address and remote ip address.
INFIX_OEM_PATH is `""` by default (i.e., not empty in `make`'s
eyes). So we called `git` with `-C ""`, which it interpreted as "from
the current directory" and thus we sourced the autogenerated build id
from _buildroot_ instead of Infix.
Therefore, make sure to strip any quotes from the OEM path before
determining the top directory.
* Use new cleanup in infamy to ensure the boot order gets restored
* Use new boot order in operational and use RPC to set boot order
to remove all SSH commands.
If a test need to clean up itself disregarding test status,
it can add an optional test-cleanup phase.
This is useful if the test in some circomstances leave the device in a
bad state. This can be used to restore the unit to its ordinary state.
Furl answers the question "is this URL serving the content I expect?"
Sometimes, we might be asking a server that in the middle of being
reconfigured, is crashing, is buggy, etc. - in which case it might RST
the connection. In that case the answer to the question is "False" and
not "BURN IT ALL DOWN!!"
The only reliable way of getting logs from the container at all times
is to let conmon be the logging agent.
Unfortunately, the k8s-file format does not handle multiline output
very well, which is something we often see on the stdout/stderr of
containers.
Therefore, add proper syslog support to conmon instead, and make sure
that podman knows enough about it to pass the information along to
conmon.
Mattias Walström