We have the case that one piper step calls other piper steps.
In such cases we would like to get all the plugin calls. The direct
calls but also the calls performed by nested piper-lib step calls.
The plugin calls as we registed them during listing to the tests are
resolved with the script provided by this commit.
Before the test we remmber which test is currently running.
During the test we collect all the calls to steps.
Beside that we persist the names of all steps within this shared
lib itself.
After the test(s) we write a corresponding json file. In fact we
write the file after each test, which is too often. But since we
don't know which test is the last test we can't do better.
The resulting file can be used later on for resolving the plugins
contributing the particular steps.
With that we are able to create a list of required plugins for each
step.
from property dockerImage we cannot conclude that we are in fact running inside a docker environment.
Step dockerExecute has some checks if we are in a docker context. If not there is a fallback to the
local environment.
The docker image property is provided from resources/default_pipeline_environment (value: 's4sdk/docker-neo-cli').
Hence a value will be present all the time (exception: someone configured null/ empty string explicitly). So we
will enter the corresponding code block anyway.
It is IMO also desirable to have the neo log in the job log when running inside a non-docker setup since this
simplifies troubleshooting anyway.
Before the test we remmber which test is currently running.
During the test we collect all the calls to steps.
Beside that we persist the names of all steps within this shared
lib itself.
After the test(s) we write a corresponding json file. In fact we
write the file after each test, which is too often. But since we
don't know which test is the last test we can't do better.
The resulting file can be used later on for resolving the plugins
contributing the particular steps.
With that we are able to create a list of required plugins for each
step.
