This refactors DefaultPackage into types.Package and gets rid of the
interface. This is a preceeding for a follow up where accessors will be
removed from the code.
It also does several cleanup, so we get rid also of some unneeded
dependencies.
When depending on those package otherwise we try to compile the full
tree instead of reconstrucing the image which is result of a join while
keeping the revdep tree invariate
It holds necessary state plus additional information relative to the
context which we are being run to (e.g. if we are in a terminal or not).
Besides in the future we can use it also as a contextual logger to
provide more smart logging capabilities.
This also replace the general global configuration instance that
previously was share between the core components.
- Ditch multiple libraries for progressbar, spinner, colors and replace
with pterm
- Detect when running on terminal and disable automatically spinner
- Add support for multiple progress bars
- Huge rewrite of the configuration part. No more crazy stuff with viper
CLI commands now correctly overrides default config file as expected
- Limit banner to be displayed on relevant parts
Fixes#211Fixes#105Fixes#247Fixes#233
This changeset allows to have shared templates in a static folder
"templates" present in each luet tree. If the directory is present, it
gets scanned and templated accordingly on top of each package. This
allows to use such folder to store custom blocks to share between
packages.
This is still experimental and subject to change, this is just a first
pass version to provide the feature. It needs to be refined still as it
would be more elegant to use the helm engine properly and map our
structure to the engine instead of adapting it roughly.
Fixes#224
* Reduce possibility of circular dependency
Just by adding an import for bus to anything in the helper dir, we would
run into a circular dependency due to how things are structured. That
means that we cannot set any events for unpacking or docker helper
pulling an image.
This commit tries to work around this by doing several things.
- Remove full imports of the helper module by segmentating some modules
into their own submodule, like docker or match so just using a small match
function doesnt bring the whole module
- Removing a simple function to check if a dir exists from importing
the full helper module and instead write the function (5 lines)
- Using logrus in the bus module instead of logger, which avoids a
circular dependency
Signed-off-by: Itxaka <igarcia@suse.com>
* Add two new events for unpacking an image
Both pre and post unpacking an image
Signed-off-by: Itxaka <igarcia@suse.com>
- Interpolates values from the repositories compilespec if present
- Automatically merge cache images coming from specified repository when
necessary
Fixes#194
Collections, similarly to packages, have a `build.yaml` and
a `finalize.yaml` that are templated for each package.
They have a `collection.yaml` containing a list of
packages that are part of the tree.
With this change the solver during install now considers only the part
of the tree which is required to calculate the solution, it doesn't
consider anymore World() as the search space.
The search space now is narrowed down to the packages that related to
the one which we are considering.
In this subset of changes we are also optimizing the Parallel solver
avoiding an useless loop.
This change boost overall performance on large datasets which don't
necessarly have relations touching the whole tree.
* cmd/search: Add support for search of the packages
with a specific label.
* review Search method of Repositories for permit
different search modes.
* labels are k/v attributes and could be matched
through label key (with HasLabel method) or through
regex that use "$key" + "=" + "$value"
This happens because we select the best instead of selecting the best match in Package BuildFormula()
- Extend the selection test
- Select from databases when ordering
- Relax assertions search
- Split compile step in test
- Adapt tests
Note: This is temporarly until we treat this case in BuildFormula() inside Package
we need to build the constraints between all the requires when expanding
and then create a new constraint that selects the best match
Unmarshalling needs well-defined structs, also swap pointers in few places where needed.
There are few more TODOS pending (like getting UpdatePackage fixed properly)
