Register an appropriate input type with the runtime for each object
type and composite thereof (e.g. pointer, array, etc.). This does not
cover registrations for enum and resource input types, which will be
added with future changes.
Co-authored-by: Pat Gavlin <pat@pulumi.com>
These changes add a page to the developer docs that describes the design
and implementation of the `import` resource option and the `pulumi
import` command.
Co-authored-by: Levi Blackstone <levi@pulumi.com>
* Use importBasePath before name if specified
This is a go specific code change. We should clarify in the docs how
`name`, `importBasePath` and `rootPackageName` interact.
* Update CHANGELOG_PENDING.md
* Test package naming
* Explain test and remove debugging print
* Comply with linter
* Improve concurrent ID computation so /run-acceptance-tests ids are unique and do not conflict
* Fix syntax
* More toJSON fixes
* Flip if-then-else branches
* Clean up comments
* Do not share maps so tests can run in parallel
* Fix comment
* Try not to break dependencies
* Address PR feedback
* Fix downstream compilation failure
* Fix lint
* Address PR feedback
* Add a test demonstrating the problem
* Fix the bug
* Accept changes over the example set
* Accept go changes
* Accept python codegen; avoid nil lang info panic
* Accept .NET changes, compile
* Accept docs changes
* Add changelog notes
* Fix lint
* Add parens sparingly
* Flatten unions
* PR feedback
These changes add a context type to `resource/testing` that can be used to
generate property values that are valid with respect to certain rules. The
context represents a Pulumi stack, and contains a project name, stack name,
and a list of resources.
- URNs generated using a context will always use the context's project
and stack name
- Resource references generated using a context will always refer to
resources in the context's resource list
- Output values generated using a context will always pull dependencies
from the context's resource list
Just what it says on the tin: add some initial documentation for the
abstract Pulumi type system. Over time, this documentation will be
fleshed out to describe the relationship between the abstract type
system and its wire representations, Pulumi package schemas, and
language SDK implementations.
Co-authored-by: Andrew Fitzgerald <131809+fitzoh@users.noreply.github.com>
Co-authored-by: Ian Wahbe <ian@wahbe.com>
* Move program tests into folders
* update package schema
* Enabled tests pass
* Fix lints and begin to update test cases
* Re-enable tests
* Update aws version to v4
* Refactor language specific parts
* Hook up dotnet and nodejs
* Update tests from master
* SSOT for schema/version
* Name blocking errors. Leave tests in valid state
* Give each language its own folder
* Remove SkipCompile for azure-sa (bug was fixed)
* Fix nits + changes asserts to require
* Remove unused import
* One last assert => require
When computing the type name for a field of an object type, we must
ensure that we do not generate invalid recursive struct types. A struct
type T contains invalid recursion if the closure of its fields and its
struct-typed fields' fields includes a field of type T. A few examples:
Directly invalid:
type T struct { Invalid T }
Indirectly invalid:
type T struct { Invalid S }
type S struct { Invalid T }
In order to avoid generating invalid struct types, we replace all
references to types involved in a cyclical definition with *T. The
examples above therefore become:
(1) type T struct { Valid *T }
(2) type T struct { Valid *S }
type S struct { Valid *T }
We do this using a rewriter that turns all fields involved in reference
cycles into optional fields.
These changes also include an enhancement to the SDK codegen test
driver in the interest of making iterating and debugging more convenient: if the -sdk.no-checks flag is passed, the driver will not run post-generation checks.
