This allows users to set the associated machine's system connection to the system default when running `podman machine init --now` or `podman machine start`. It also changes the default bbehavior of these commands in that the user will be prompted and asked if they would like to switch the system connection. It also introduces a command line switch called `--update-connection`. If the switch is unset, then the user will be prmpted. If the command value is explicitly set to `false`, the user will not be prompted and the system connection will not be altered. If the value is set to `true`, the system connection will be made the default and the user will not be prompted.
Fixes: https://issues.redhat.com/browse/RUN-3632
Signed-off-by: Brent Baude <bbaude@redhat.com>
For Podman 6, we still have providers and will continue to have a default provider for each platform. But where a platform has multiple providers, we want users to be able to cross provider boudnaries imposed in Podman 4/5. The key change is to look up virtual machines by name, as before, but to then also iterate all possible providers. As of this PR, init will still only create with the default provider, but a subsequent PR will introdouce an provider override.
I also removed the "--all-providers" command line option on `podman
machine ls` because it no longer makes sense. And I marked the all
provider list test to be skipped.
Signed-off-by: Brent Baude <bbaude@redhat.com>
Tremendous amount of changes in here, but all should amount to
the same thing: changing Go import paths from v5 to v6.
Also bumped go.mod to github.com/containers/podman/v6 and updated
version to v6.0.0-dev.
Signed-off-by: Matt Heon <mheon@redhat.com>
Moving from Go module v4 to v5 prepares us for public releases.
Move done using gomove [1] as with the v3 and v4 moves.
[1] https://github.com/KSubedi/gomove
Signed-off-by: Matt Heon <mheon@redhat.com>
The intial refactor used specifically qemu for testing and infra bring
up. But the whole point was to have things interfaced. This PR results
in an interface experience like podman 4 using the same term `provider`
to generically represent 'a provider' like qemu/applehv/etc.
This PR is required to move forward with new providers.
Also renamed pkg/machine/p5 to pkg/machine/shim.
[NO NEW TESTS REQUIRED]
Signed-off-by: Brent Baude <bbaude@redhat.com>
The following PR is the leading PR for refactoring podman machine with
the following goals:
* less duplication/more re-use
* common configuration file between providers
* more consistentency in how machines are handled by providers
The goal of this PR is the rough refactor. There are still rough spots
for sure, specifically around the podman socket and pipe. This
implemention is only for Linux. All other providers are still present
but will not compile or work. This is why tests for them have been
temporarily suspended.
The ready socket code is another area that needs to be smoothed over.
Right now, the ready socket code is still in QEMU. Preferably it would
be moved to a generic spot where all three approaches to readiness
socket use can be defined.
It should also be noted:
* all machine related tests pass.
* make validate for Linux passes
* Apple QEMU was largely removed
* More code pruning is possible; will become clearer when other
providers are complete.
the dir pkg/machine/p5 is not permanent. i had to seperate this from
machine initially due to circular import problems. i think when all
providers are done (or nearly done), it can be placed and named
properly.
Signed-off-by: Brent Baude <bbaude@redhat.com>
Podman machine os apply takes a takes a OCI image with container native ostree functionality and rebases the machine os on that image.
Currently, this requires the guest os inside the vm to use rpm-ostree.
When specifying an image, any container transport may be specified. If a
container transport is not specified, OS apply will attempt to search
the local containers-storage for the image, and if it is not found, it
will then attempt to use the Docker transport to pull from a remote
registry.
The architecture of OS apply is as follows:
podman machine os apply ssh's into the machine and calls podman machine os
apply. on the secondary call to podman machine os apply, apply
recognizes that it is inside the machine and does image operations, and
finally calls rpm-ostree rebase.
Tests are written but commented out, due to the chicken-and-egg problem.
Signed-off-by: Ashley Cui <acui@redhat.com>
