VVV 1 sites still work, but they require an additional step.
Telling VVV 2 About Your Site
VVV 2 uses a config file to discover sites. Adding your site to this file will allow VVV 2 to provision and host it.
If, for example, you have a site at
www/my-test-site, you can migrate it to VVV2 by adding this to the
sites section of
Reprovision VVV with
vagrant up --provision to reload the config, and VVV will now look inside
www/my-test-site for provisioning files the same way VVV 1 does.
It’s possible to specify a git repository rather than a folder, and VVV2 will clone it and provision the contents automatically, for example:
This will clone the git repository into
www/my-test-site and provision the contents.
This can also be done via the
repo key, allowing extra options, such as hosts to be defined:
my-test-site: repo: https://github.com/etc..... hosts: - mytestsite.com
VVV 1 Sites in Non-Standard Folders
Some VVV 1 sites are in nested or non-standard folder structures. These are still supported. See the custom paths and folders documentation for how to configure these sites.
Why is This Needed?
VVV sites work the same way in VVV 1 and VVV 2, but with one major difference. VVV 2 uses a config file, and VVV 1 scans for sites automatically.
How VVV 1 Detects Sites
When the v1 provisioner runs, it searches the VVV folder for
vvv-nginx.conf files. As a result VVV picked up sites regardless of location, even catching nested sites.
But this caused performance problems. Folder scans could be very slow with some file systems, and there was no way to control which sites were provisioned. If you wanted to provision a site quickly, larger sites had to be moved out of the
How VVV 2 Detects Sites
VVV 2 did away with site auto-detection. Instead VVV uses a config file named
config/config.yml that lists all the sites. This way a user can set the folder used via the
vm_dir option, or skip provisioning via the
This also makes provisioning significantly faster, and allows for additional options.