Two new commands have been created:
* inspec habitat profile create /path/to/profile
* inspec habitat profile upload /path/to/profile
The `create` command creates a Habitat artifact that contains the contents
of the Habitat profile found at the provided path. This will be used later
in some Habitat + InSpec integrations.
The `upload` command does the same create process but then uploads the
resulting artifact to the Habitat Depot.
Signed-off-by: Adam Leff <adam@leff.co>
When running InSpec with multiple profiles, and two or more of the profiles
are read in using the "Flat" SourceReader (i.e. they are not actual profiles
with a metadata file like inspec.yml, but rather just a folder containing
.rb files with controls and tests in them), InSpec would throw a NilClass
error when building the necessary objects for the formatter.
The cause was in `#profile_contains_example` in the formatter code which
checks to see if the profile name is the same as the profile_id in the given
example. However, if both of those were nil, it would potentially match the
wrong Flat-read profile.
This change fixes this in two ways: refusing to match if the profile name
or example profile ID is nil, and adding a default name to a profile if
it doesn't have a title or name. This will solve the matching issue and also
clean up the formatter output so users can more easily tell what tests
are from which profile/path.
Signed-off-by: Adam Leff <adam@leff.co>
The crontab resource parses a particular user's crontab file into
individual entries and allows the user to assert information about
each entry as needed.
Signed-off-by: Adam Leff <adam@leff.co>
This pull request adds a packages resource so that we can check for pattern matches against all the packages on a system. This initially implements only dpkg support for debian-based platforms so we can cover this use case:
```ruby
describe packages(/^xserver-xorg.*/) do
its("list") { should be_empty }
end
```
This uses FilterTable so we can supply additional queries, too.
```ruby
describe packages(/vi.+/).where { status != 'installed' } do
its('statuses') { should be_empty }
end
```
Users can specify the name as a string or a regular expression. If it is a string, we will escape it and convert it to a regular expression to use in matching against the full returned list of packages. If it is a regular expression, we take that as is and use it to filter the results.
While some package management systems such as `dpkg` can take a shell glob argument to filter their results, we eschew this and require a regular expression to match multiple package names because we will need this to work across other platforms in the future. This means that the following:
```ruby
packages("vim")
```
Will return *all* the "vim" packages on the system. The `packages` resource will take `"vim"`, turn it into `/vim/`, and greedily match anything with "vim" in the name. To match only a single package named `vim`, it needs to be an anchored regular expression.
```ruby
packages(/^vim$/)
```
Signed-off-by: Joshua Timberman <joshua@chef.io>
Use entries instead of list
Added a few more tests and non installed package in output
Signed-off-by: Alex Pop <apop@chef.io>
fix lint
Signed-off-by: Alex Pop <apop@chef.io>
Signed-off-by: Joshua Timberman <joshua@chef.io>
Previous, require_controls was including all controls from the named
profile, despite the documented behavior being that it only includes
controls explicitly pulled in by the user. The cause was two-fold:
1) A previous refactor meant that we weren't removing the rule from the
correct context, and
2) We weren't descending down the dependency tree when filtering rules.
This commit fixes the require_controls DSL method and adds a test to
help prevent future regressions.
Signed-off-by: Steven Danna <steve@chef.io>
