This commit updates how the trigger `run` inline option works by only
applying `Shellwords.split` to the inline command if it is going to be
run on non-Windows hosts. Otherwise pass the inline script directly to
be executed by Powershell.
When running a shell provisioner elevated with winrm a scheduled
task is created to bypass permissions issues. If the name of the
computer has changed this may no longer work. To prevent errors
this PR updates the implementation to fetch the computer name
and prepends it to the username before creating the task.
This commit introduces a proper reboot cap for Windows guests. Once it
initiates a reboot on the guest, it calls out to the wait_for_reboot cap
to block on until the guest is finished rebooting.
The project local metadata file may contain invalid information to properly
lookup the configured box. This may occur if the file has been moved,
modified, or the backing box has been removed. In those cases, fall back
to the configuration defined in the Vagrantfile to load the box.
Prior to this commit, if Windows was slow to reboot, Vagrant would fail
to find the right IP address to upload the wait_for_reboot script to.
This commit fixes this race condition by adding a timeout to ensure that
Vagrant can retry. It also properly catches an exception in the winrm
ready? method for checking if a guest is properly ready for
communications.
In recent Rubies the first dependency to satisfy the constraint will
be used regardless if higher versions are available in subsequent
sources. Move custom source to start of list when resolving plugins
to provide desired behavior.
This commit adds a new flag to the `vagrant validate` command which
allows users to completely ignore the provider block of a config file.
This is useful for when you are running `vagrant validate` in CI and
don't want to install a valid provider to check the syntax of your
Vagratnfile. When the flag is invoked, a warning will be displayed
saying that the provider block will be ignored and not validated.
This commit is a workaround due to how older debian and ubuntu systems
fail to properly restart networking. Instead of relying on the init
scripts or ifup/down tools to restart each interface, this commit
instead restarts each interface individually
This commit adds some additional logic that falls back to using the
ifdown/ifup tools to restart networking. On Ubuntu 14.04, the init
script was designed to always fail to restart newtorking, so it needs
to use the ifdown/up tools instead. This commit will use the networking
init script as a last resort to restart networking, assuming other
commands haven't broken networking already.
https://bugs.launchpad.net/ubuntu/+source/ifupdown/+bug/1301015
If the type of error changes on retry the messages will effectively
spam the user display with alternating messages. Log each message
sent and only re-display each message once within 10 seconds.
Prior to this commit, Vagrant would prompt for smb username and password
every time, even if only smb_username was defined. This commit changes
that by allowing a "default" username from the Vagrantfile, with the
option of overriding it.
Prior to this commit, the hostname was set with one big bash script and
attempted to determine what tools are available. This commit changes
that by splitting out that tool check on the Vagrant side of things with
the GuestInspection class, and adds back restarting networking to get a
DHCP lease with the change rather than using `dhclient`. This pattern
matches how hostnames are set in the redhat capability.
This commit introduces a new uploader class for uploading files and
splits up some commonly used functionality between it and the downloader
class into a curl helper library.
Prior to this commit, when creating the ControlPath tmp dir for
socket path, Vagrant would simply rely on `rand(1000)` for making unique
dirs for rsyncing files which could result in collisions. This commit
updates that be properly using `Dir.mktmpdir` with a `vagrant-rsync-`
prefix.
This commit introduces a new option to the core trigger feature: `ruby`.
It can be defined to run ruby code when the trigger is configured to
fire. If you give the ruby block an env and machine argument, the
defined ruby code can use those variables internally.