- Install RPC service to template;
- Move qube configuration to template configuration;
- Start server after the Qubes Services are created;
- Qrexec policy ask to both app and disposable qube; and
- Rename systemd service to qusal prefix instead of qubes.
- Remove OpenVPN code comments;
- Reorganize rules for easier reading;
- Server can connect without having client attached;
- Systemd service for easier monitoring of wg-quick; and
- Firewall also restarts wg-quick and apply new endpoint rules.
The state module git.latest does not allow setting environment variable
for us to set the correct GNUPGHOME. The module environ.set does not
work as we call git as the normal user and not as root, but may still be
the problem of git.latest not respecting environment variables.
The problem with always pulling new commits is that it may conflict with
the current work the user has done on the repository locally. It will
also not work in case the last commit is not signed by a trusted key
deployed by the formula, in this case, you should add the key manually
to verify the commit.
Setting the gpg.program only for the required repositories solves the
aforementioned problem and also enhances usability by removing extra
commands that the user needs to learn and remember.
Fixes: https://github.com/ben-grande/qusal/issues/58
Ideally, it would be a Qrexec socket service, but it doesn't handle DNS,
only accepting IPs. The dev qube is now non-networked and network,
especially to remote git repositories can be acquired via the proxy that
is going to be installed in every netvm.
The wget package can be downloaded from the command-line, but as Salt
does not follow DNF package redirects, the package is installed but the
state fails as Salt cannot find a package with the same name installed.
Passing files to Dom0 is always dangerous:
- Passing a git repository is dangerous as it can have ignored modified
files and signature verification will pass.
- Passing an archive is troublesome for updates.
- Passing an RPM package depends on the RPM verification to be correct,
some times it is not.
- Passing a RPM repository definition is less troublesome for the user,
as it is a small file to verify the contents and update mechanism is
via the package manager. Trust in RPM verification is still required.
Many improvements were made to the build scripts:
- requires-program: Single function to check if program is installed;
- spec-get: Sort project names for the usage message;
- spec-get: Only running commands that are necessary;
- spec-get: Fix empty summary when readme has copyright header;
- spec-gen: Fix grep warning of escaped symbol;
- spec-build: Sign RPM and verify signature;
- spec-build: Only lint the first SPEC for faster runtime;
- yumrepo-gen: Generate a local yum repository with signed metadata;
- qubesbuilder-gen: Generate a .qubesbuilder based on tracked projects;
- release: Build, sign and push all RPMs to repository.
Goal is to be able to build with qubes-builderv2 Qubes Executor.
For: https://github.com/ben-grande/qusal/issues/37
Only deb and rpm where cached and only if used from the Qubes website
and made to individual directories. Now every package from every package
manager Qubes supports will be cached.
Update according to upstream.
If user just installed Qubes, the full templates can have updates
available. If user restored backups of templates and standalones, they
could also have updates available. Available updates can contain fixes
that if not applied, can make the states fail, such as a buggy salt
package and Qrexec service that can make a state fail in case the
full outdated templates and standalones are responsible for the
functionality specially of management_dispvm, updatevm, default_netvm
and qubes.UpdatesProxy service.
- The sys-gui was not implemented;
- Light sys-net, sys-firewall, sys-audio and vault are not essential to
bootstrap other formulas; and
- Joining PCI formulas into one section is easier to find.
