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>
All resources from deps are added into the control_eval_context used by
the current profile. However, if there is a name conflict, the last
loaded resource wins. The new `require_resource` dsl method allows the
user to do the following:
require_resource(profile: 'profile_name',
resource: 'other',
as: 'renamed')
describe renamed do
...
end
Signed-off-by: Steven Danna <steve@chef.io>
The goal of these changes is to ensure that the libraries from
dependencies are loaded even if their controls are never included. To
facilitate this, we break up the loading into seperate steps, and move
the loading code into the Profile which has acceess to the dependency
information.
Signed-off-by: Steven Danna <steve@chef.io>
Previously, all resources were loaded into a single resource registry.
Now, each profile context has a resource registry, when a profile's
library is loaded into the profile context, we update the
profile-context-specific resource registry. This local registry is
then used to populate the execution context that the rules are
evaluated in.
Signed-off-by: Steven Danna <steve@chef.io>
A few minor issues were causing 3 functional test failures on OS X.
These were not program errors but where rather the result of the
profiles under test assuming a linux environment.
Since many of the developers who will work on this project in the future
will be running OS X, let's ensure they can run the functional tests
easily.
Signed-off-by: Steven Danna <steve@chef.io>
The goal of this change is to provide an isolated view of the available
profiles when the user calls the include_controls or require_controls
APIs. Namely,
- A profile should only be able to reference profiles that are part of
its transitive dependency tree. That is, if the dependency tree for a
profile looks like the following:
A
|- B --> C
|
|- D --> E
Then profile B should only be able to see profile C and fail if it
tries to reference A, D, or E.
- The same profile should be include-able at different versions from
different parts of the tree without conflict. That is, if the
dependency tree for a profile looks like the following:
A
|- B --> C@1.0
|
|- D --> C@2.0
Then profile B should see the 1.0 version of C and profile D should
see the 2.0 profile C with respect to the included controls.
To achieve these goals we:
- Ensure that we construct ProfileContext objects with respect to the
correct dependencies in Inspec::DSL.
- Provide a method of accessing all transitively defined rules on a
ProfileContext without pushing all of the rules onto the same global
namespace.
This does not yet handle attributes or libraries.
This extends the dependency feature to include support for url-based
dependencies. It takes some deviations from the current support for
URLs that we'll likely want to make more consistent.
By default, we store downloaded archives in the cache rather than the
unpacked archive. However, to facilitate debugging, we will prefer the
unpacked archive if we find it in the cache.
Signed-off-by: Steven Danna <steve@chef.io>
Instead of just removing all tests because of OS support, supports now acts by adding all tests to the execution context, but doesnt actually execute them. Instead tests are set to skip before they get to the actual execution context
Before introducing InSpec profiles in https://github.com/chef/inspec/pull/252 we had `metadata.rb` keep all information. This included an undisclosed field called `supports`. However, this field was never actually used in practice. So for legacy profiles, this means that `supports` was ignored. In order to keep old profiles running in exactly the way they were before, ignore this field when reading from metadata.rb
For reading the profiles metadata, we're using the train mock backend
through Inspec::Runner. The new `supports` feature never agrees with the
mock backend.
Now, it we figure out if this is a mock class and then just say that it
supports whatever we're asking for.
Tl;dr: there's probably a more beautiful solution to this.
Added a test case, but it fails -- while the command line interface
works fine.
processes('bash').user does not actually make much sense for a resource
that is a list -- different entries can belong to different users.
Analogous for processes('bash').state.
The attributes 'users' and 'states' expose the unique values
corresponding to that property of entries in the process list.
Fixes#295.
before, the resource would throw an exception when include_files
returned nil (i.e., [].flatten!)
added basic unit tests capturing the include_files behaviour
