Several changes are included:
- Expose ensureDir in helpers, and call it in the Docker client. In
other implementations that was handled by CopyFile behind the scenes,
but that's not the case here
- Create accessor in Artifact to create Artifact objects from files.
This is handy when we have to carry over downloaded package content
into caches when artifacts are already verified
- Fix various issues around the imagePush flag, so now trees are pushed
forcefully each time
- Take into consideration the real artifact name when pushing single
files in the docker image. This behavior should be changed eventually,
because single files which aren't repository packages now are in its
own docker image, but we should have just one that brings the required
metadata alltogether.
Instead of generating different images, which are harder to track and
clean, we generate a single image with various tags, corresponding to
the packages available in the repositories.
Tagging, and pushing separate images will be possible with the plugin
mechanism
Drop image-repository on create-repo. In case of a docker repository, --output is the image reference to use.
Also restore default output build dir.
See also: #169
With BuildWorld() we get more results back (now we return the whole
model, including the false assertions).
Besides, now solving with BuildWorld() detects an invalid case:
when we supply a provided, the definitionDB shouldn't explictly supply
also the package that has to be provided. This would cause to 'shadow'
packages between repositories.
The test was invalid before, and shouldn't have contained A1. Moved the
test to Pending to inspect it further in subsequent dev iterations
This is currently not a valid use case. Virtuals are empty packages and
if the `build.yaml` is completely empty, nothing could depend on them.
Let's try to not be too smart and build the package image if a source
image is supplied, and fail hardly when we depend on a virtual in build
time.
When we are swapping packages, we do not run the solver to gather things
to install, but we trust the given list when calling computeInstall. In this case, the assertion
returned by computeInstall is empty, as we force l.Options.NoDeps.
This change generates the assertion list while calling computeSwap so
it's available later when we call ExecuteFinalizer.
When we cycle, we don't necessarly have all the packages into the DB
yet.
With this change, luet annotates the reverse dependency without any version, and we try to
update revdeps table when new items gets added, by checking the version
required in the selector.
Thanks to @joostruis for noticing the issue
