For some kinds of plan failure we will already have successfully completed
planning for at least one upstream object before encountering a downstream
error.
Since a downstream failure can be caused by an already-recorded action
from upstream, it might be helpful to inspect the actions planned so far
in order to understand better why the error occurred.
This doesn't yet make this result visible anywhere, and is backward
compatible with existing callers because they currently entirely ignore
the returned plan pointer if the diagnostics contains at least one error.
This includes the fix for a bug in what Terraform calls the "yamldecode"
function, where it was not correctly handling any situation where the
decode result is a null value. It was previously returning an unknown
value in that case, whereas now it returns a null value as expected.
Outputs were being evaluated from changes, even during apply. Make sure
we update the state correctly, and remove the existing change. This
requires adding more Planning fields to the output nodes to
differentiate whether the output is being planned or applied because the
same type handles both cases. We can evaluate separately whether new
types should be introduced to deal with both cases.
The module node cleanup was also prematurely removing module outputs
from the state before evaluation. This was not noticed before because
the evaluation was always falling back to changes. Have the root module
node do the final cleanup for all its children.
It turns out sensitive was also being handled incorrectly, and only
sensitive from configuration was being considered. Make sure to mark the
output as sensitive when storing sensitive values into state, and OR
sensitive marks with the state config when evaluating the output values.
When output values are updated in the refreshed state, we don't need to
re-set the changes which were already set in conjunction with the
current state.
* add some basic equivalence tests and execute them in the build pipeline
* remove old file, now unused
* update terraform-equivalence-testing to v0.2.0
* add separate action
* make sure to read from hashicorp repo
* remove elevated github token where possible
* Don't need elevated token anymore
* update with official mock provider
* last change: don't need the authorization header for public repositories.
Once the ProviderTransformer has resolved and set the exact provider,
the ProvidedBy method should return that exact provider again.
We can hoist the stored provider addr into the AbstractInstance and
avoid the method duplication and slight differences between the
implementations.
