- Fixes#231.
- Extends #313 (@dcantah) so that all of `container create`, `container
run`, `container build`, `container image pull`, and `container image
save` accept the three options.
- `container build` now processes comma-separated lists for
`--platform`, `--arch`, and `--os`. It first checks `--platform`,
assembling the union of all platform values. If that set is non-empty,
the builder builds the values in the set. Otherwise, the set consists of
all combinations of the specified architecture and os values, finally
defaulting to `linux` and the host architecture if no options are
provided.
- All other commands work accept a single platform, preferring the
`--platform` option over `--arch` and `--os` when both are specified.
`--os` defaults to `linux`, and `--arch` defaults to the host
architecture.
- Clarify help messages and present the args in consistent order, with
platform first since it takes precedence if present.
- Deduplicate redundant platform options for `container build`.
Closes#339.
This change adds named volume support to container, providing volume
management CLI commands - `create, delete, list and inspect`. The
implementation uses EXT4 block-based persistent storage with a new
`VolumesService` actor for thread-safe operations, integrates seamlessly
with the existing container mount system through a new `.volume`
filesystem type, and provides atomic volume operations with XPC-based
API communication. Volumes are stored in isolated directories with
configurable sizes (default 512GB) and include proper cleanup and
container usage tracking for safe deletion.
Example Usage:
```
# Create a volume
container volume create mydata
# Use volume in container
container run -v mydata:/data alpine
# List volumes
container volume list
# Inspect volume details
container volume inspect mydata
# Clean up
container volume rm mydata
```
J Logan