VirtualBox introduced a restriction on the valid range for hostonly
networks. When using a version of VirtualBox which includes this
restriction a check is performed on the defined IP address to validate
it is within either the default range (as defined in the VirtualBox
documentation) or the values defined in the network configuration
file.
Some unsupported storage controllers (e.g. floppy) report a nil
boot_priority which results in a failed sort. Select only supported
storage controllers to avoid that case.
This includes updates for resolving all warnings provided by Ruby
for deprecations and/or removed methods. It also enables support
for Ruby 2.7 in the specification constraint as all 2.7 related
warnings are resolved with this changeset.
Because Vagrant no longer determines `all_disks` through `vboxmanage
list hdds`, it can't rely on unattached disks existing in `all_disks`.
This commit fixes that by including the results from `list hdds` to
determine if Vagrant needs to reattach a disk created by Vagrant that
failed to be attached previously.
This commit updates how Vagrant manages disk state with the virtualbox
provider. Instead of using the raw structure from `list_hdds` for
all_disks, it instead uses that data that now lives inside the
controllers attachment structure.
This commit includes all detailed disk information from VirtualBox
inside its storage structure in Vagrant. This gives Vagrant more
detailed access for a disk beyond its uuid and port/device such as its
capacity and the type of disk it's classified as.
This commit updates how the virtualbox provider obtains `all_disks`.
Instead of using the `list_hdds` driver method, which lists al known
harddisks for an entire VirtualBox installation, it instead uses that
array of disks to filter out the proper disks associated with the guest,
given its existance inside the guests controller attachments.
SCSI controllers are a lot like SATA controllers. This commit also
changes some controller detection logic to take boot priority into
account when selecting an appropriate controller.
Move all storage bus logic into the storage controller class. Since most
of the storage controller interaction only cares about the storage
controller name, we can simplify #get_controller and isolate the storage
controller detection-type logic in the StorageControllerArray.
This commit adds a new error message to be raised if a VM has no
supported storage controllers. This lets us differentiate between two
different "controller not found" scenarios:
1. If we are looking for a controller that we're expecting to find (i.e.
one that was recorded in the disk metadata file)
2. If we are poking around for the *best* controller to use in a
configuration task
.configure_disks is responsible for determining the disk controller(s)
to use, given the machine configuration and the current disk config.
When a machine has a single controller, use it for all attachments.
When a machine has multiple controllers, attach disks to the SATA
controller and DVDs to the IDE controller.
This commit also returns additional attachment information
(controller/port/device) with the disk metadata.
This makes it easier to check if the required controller can be found,
and automatically raise an error if it is not.
Add a #storage_bus method to the StorageController class as a shorthand
way to check the general storage controller type.
