It is used to ensure integrity and that we do install one package at
once. This is to ensure that we extract correctly, and that we are not
too much I/O intensive depending on CPU
Fixes#259
The bug is caused by
4c725e56bf/progressbar_printer.go (L190)
which is not taking into account when barCurrentLength is <=0.
As a workaround display it only if the terminal width is big enough.
Now the context drives this kind of runtime state, so we keep everything
tight and we inject only that into the workers
This was specific to when s.Target differs from /. The helpers creating
the path were considering the full traversal, instead they should stop
at target.
E.g. our rootfs is in /foo/bar, and while we build the list of paths to
prune for /foo/bar/baz/bar, we should stop looking at /foo/bar.
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
Instead of merely storing files into disk use a real cache.
This also makes possible finally to reference artifacts in the cache with the
package checksum, which solves the cache hit checksum failures we had
previously.
Introduce an arch field that can be used to filter repositories based on
the local architecture.
If arch is provided and matching with the current GOARCH then the
repository is enabled
The BuildTree implementation was in parallel-build-tools, which actually makes
sense to share in the compiler as can be used as another way to trigger
builds.
The CLI helpers were split in several CIs
implementations. This moves a new layout where we expose several
packages, as we will refactor things slowly.
While install calls upgrade which in turns calls a relaxed install on
its results, this doesn't make sure that the new results are at the best
available version. We do iterate here over the results to compute the
best set.
It also expands computeUpgrade with the possibility to selectively
choose which packages to upgrade and which not.
