This is a first pass at implementing refactoring.ValidateMoves, covering
the main validation rules.
This is not yet complete. A couple situations not yet covered are
represented by commented test cases in TestValidateMoves, although that
isn't necessarily comprehensive. We'll do a further pass of filling this
out with any other subtleties before we ship this feature.
As of this commit, refactoring.ValidateMoves doesn't actually do anything
yet (always returns nil) but the goal here is to wire in the set of all
declared instances so that refactoring.ValidateMoves will then have all
of the information it needs to encapsulate our validation rules.
The actual implementation of refactoring.ValidateMoves will follow in
subsequent commits.
In order to precisely implement the validation rules for "moved"
statements we need to be able to test whether particular instances were
declared in the configuration.
The instance expander is the source of record for which instances we
decided while creating a plan, but it's API is far more involved than what
our validation rules need, so this new AllInstances method returns a
wrapper object with a more straightforward API that provides read-only
access to just the question of whether particular instances got registered
in the expander already.
This API covers all three of the kinds of objects that move statements can
refer to. It includes module calls and resources, even though they aren't
_themselves_ "instances" in the sense we usually mean, because the module
instance addresses they are contained within _are_ instances and so we
need to take their dynamic instance keys into account when answering these
queries.
All of our MoveDestination methods have the common problem of deciding
whether the receiver is even potentially in the scope of a particular
MoveEndpointInModule, which requires that the receiver belong to an
instance of the module where the move statement was found.
Previously we had this logic inline in all three cases, but now we'll
factor it out into a shared helper function.
At first it seemed like there ought to be more factoring possible for
the AbsResource vs. AbsResourceInstance implementations, since textually
they look very similar, but in practice they only look similar because
those two types have a lot of method names in common, but the Go compiler
sees them as completely distinct and thus we must write the same logic
out twice. I did try some further refactoring to address that but it
made the resulting code significantly more complicated and, by my
judgement, harder to follow. Consequently I decided that a little
duplication was okay and warranted here because this logic is already
quite fiddly to read through and isn't likely to change significantly once
released (due to backward-compatibility promises).
Previously our MoveDestination methods only honored move statements whose
endpoints were module calls, module instances, or resources.
Now we'll additionally handle when the endpoints are individual resource
instances. This situation only applies to
AbsResourceInstance.MoveDestination because no other objects can be
contained inside of a resource instance.
This completes all of the MoveDestination cases for all supported move
statement types and moveable object types.
Previously our MoveDestination methods only honored move statements whose
endpoints were module calls or module instances.
Now we'll additionally handle when the endpoints are whole resource
addresses. This includes both renaming resource blocks and moving resource
blocks into or out of child modules.
This doesn't yet include endpoints that are specific resource _instances_,
which will follow in a subsequent commit. For the moment that situation
will always indicate a non-match.
This is a subset of the MoveDestination behavior for AbsResource and
AbsResourceInstance which deals with source and destination addresses that
refer to module calls or module instances.
They both work by delegating to ModuleInstance.MoveDestination and then
applying the same resource or resource instance address to the
newly-chosen module instance address, thus ensuring that when we move
a module we also move all of the resources inside that module in the same
way.
This doesn't yet include support for moving between specific resource or
resource instance addresses; that'll follow later. This commit should have
enough logic to support moving between module names and module instance
keys, including any module calls or resources nested within.
This method encapsulates the move-processing rules for applying move
statements to ModuleInstance addresses. It honors both module call moves
and module instance moves by trying to find a subsequence of the input
that matches the "from" endpoint and then, if found, replacing it with
the "to" endpoint while preserving the prefix and suffix around the match,
if any.
Change generic provider link to the registry, since the majority of
providers are no longer under the terraform-provider org.
Remove example link to an individual user's repo.
As part of this PR, just wanted to have this typo fixed to have a better sense of the sentence.
`apt-add-repository` usually automatically runs `apt update` as part of its work in order to fetch the new package indices, but if it does not, then you will need to do so manually before the packages will be available.
Also, I wanted to rephrase the sentence as below(less wording and more clarity- let me know if this is okay and I can raise a new pull request):
`apt-add-repository` usually automatically runs `apt update` as part of its work to fetch the new package indices, but if it does not, you will need to manually do so before the packages will be available.
* configs/configschema: extend block.AttributeByPath to descend into Objects
This commit adds a recursive Object.AttributeByPath function which will step through Attributes with NestedTypes. If an Attribute without a NestedType is encountered while there is still more to the path, it will return nil.
The etcdv3 client has a default request send limit of 2.0 MiB. This change
exposes the configuration option to increase that limit enabling larger
state using the etcdv3 backend.
This also requires that the corresponding --max-request-bytes flag be
increased on the server side. The default there is 1.5 MiB.
Fixes https://github.com/hashicorp/terraform/issues/25745
Kevin Broadbridge