Fixes deletion order issues outlined in #7780 related to dependencies on multi language components not ensuring that all (transitive) children of the dependency are treated as dependencies.
Since the state file is not guaranteed to include all transitive dependencies explicitly specified (because dependencies on multi-langauge components will only include the dependency on the component itself, not all of it's transitive children), this PR enlightens the computation of dependencies for deletion ordering to expand the transitive dependency to include transitive children of direct dependencies.
A few identically-typed variables got confused with the changes in #7737.
The confusion caused empty property values to be included in resources
that had any dependencies on other resources, which confused the
unmarshaling code for Go multi-language components. These changes fix
the typo and restore the original behavior, which is to omit empty
property values.
Co-authored-by: Emiliza Gutierrez <emiliza@pulumi.com>
Do not return the inputs as the state for update previews that use an
unconfigured provider. Returning the inputs as the state allows the
language SDKs to incorrectly treat unknown properties as known (because
we can't call `Update` on an unconfigured provider, we can't know which
properties are unknown). Users can re-enable the existing behavior by
setting the `PULUMI_LEGACY_PROVIDER_PREVIEW` environment variable to a
truthy value (e.g. `1`, `true`, etc.).
Most users will be unaffected by these changes. The most common programs
that may be affected are those that combine the creation of a managed
Kubernetes cluster with the deployment of applications to that cluster. These
programs generally need to configure a k8s provider instance by constructing
a kubeconfig from the output of the managed k8s cluster. Any changes to the
cluster that cause the kubeconfig to be unknown then cause the provider to
go unconfigured at runtime. Prior to these changes, resources managed by the
k8s provider would have some known outputs in this scenario, as the engine
would treat the resource's input values as its output values. After these changes,
the resource's outputs will be treated as unknown. The most frequent affect
that this has is that applies/stack outputs that depend on the outputs of
a k8s resource managed by a provider with an unknown kubeconfig will not
run/be displayed as `output`s during previews, respectively.
We might be able to improve on this by taking advantage of schema
information and filling in unknown values for properties that do not
exist in the inputs.
Fixes#7521.
Co-authored-by: Justin Van Patten <jvp@justinvp.com>
Co-authored-by: Luke Hoban <luke@pulumi.com>
These changes take a step towards simplifying and unifying the
generation of output types in the Go SDKs, especially for pointer,
array, and map outputs. This code was previously duplicated amongst the
various specialized output type generators, which led to inconsistencies
between the various implementaitons.
This is prep work for fixing #7595.
This commit adds a new counterpart to `ComponentMain` which accepts
an options struct for specifying callback functions. Currently it
supports `construct` (for components) and `call` (for methods), but is
extensible in a non-breaking fashion in future to support all other
provider methods as they become useful to implement.
The original `ComponentMain` still exists, though it may be desirable to
deprecate it in future in favor of `MainWithOptions`.
* [backend/filestate] Allow `pulumi stack ls` to see all stacks regardless of passphrase
The information exposed via `pulumi stack ls` does not require being able to decrypt state files, but the existing logic for `pulumi stack ls` with the filestate backend was to fully decrypt the state file anyway, silently skipping any stacks that could not be decrypted. This led to surprising results from `pulumi stack ls`.
After these changes, `pulumi stack ls` with the filestate backend will list *all* stacks that are available. Notably, because there is no notion of "project" scoping in the fielstate backend (yet), `pulumi stack ls` will list all stacks independent of the project name.
Fixes#4798.
This commit adds two new fields to the Node package info struct to
permit setting the plugin name if it differs from the package name, and
the version if it differs from the package version. This was already
supported by the loader.
Coincident with the release of Pulumi 3.0, we updated the provider SDK codegen for Python to no longer use casing tables for translating Python snake_case names to Pulumi camelCase names (and vice versa). Instead, the mapping is encoded in decorators applied on class properties.
Some of the code that was used to generate and use the casing tables has persisted. This commits removes this code, as it's no longer necessary, and will improve the quality of our generated examples.
Collection types nested inside of Input<Union<...>> types need to abide
by the usual rules for collection types nested inside of input types.
These changes replace the use of the generic SimplifyInputUnion with a
.NET-specific simplifyInputUnion that does not remove Input types
inside of a union if those Input types wrap collection types. Retaining
these Input types allows the usual logic for handling
Input<Collection<...> types in typeString to kick in.
Fixes#7569.
- Only build casing tables once per package
- Right-size buffers in name generation
These changes lead to a significant speedup in example gen for
azure-native.
* Allow non-pulumi imports for Node.js
Currently the code generator is assuming that Node.js dependencies are
following a naming scheme that is prefixed with `pulumi/`. If this is
not the case the generated import statement is incorrect.
This commit adds a map `ProviderNameToModuleName` to the language
definition that allows you to map the name of the extracted provider of
a dependency to a module name that the generator now uses to create the
import statement.
* Prepend "pulumi" to import names in Node.js SDK
It is common when writing multi-language components to have a module
name which conflicts with a provider name. This can produce unusable
code, since you cannot simultaneously import a package as `aws` and have
a namespace `aws`, for example.
This commit makes this situation much less likely, by renaming the
imported identifier for providers to `pulumiX` where it would
previously have been `x`.
This has an unfortunate side effect of making the examples in the
documentation slightly uglier, since import statements for third-party
packages are now of the form `import * as pulumiAws from "@pulumi/aws"`.
I don't see a way to discern whether code generation is for SDKs vs
examples however, and short of plumbing that through, I don't see a way
around this, so test expectations are updated accordingly.
Co-authored-by: Ben Schiborr <bschiborr@apple.com>
- Lazily produce conversion failure diagnostics. This lowers the
allocation volume and cuts down on execution time by avoiding the
conversion of source and dest types to strings.
- Add a fast path for union conversions that checks if the source type
is identical to any of the union's element types. Type equality
checks are generally much faster than type conversion checks.
These changes lead to a significant speedup in codegen time in
azure-native.
- Track which languages have been imported for a package. If a language
has already been imported, do not re-run its importers.
- Track which package contexts have been loaded in the Go code
generator, and do not reload a context that already exists.
These changes shave a profound amount of time off of codegen in
azure-native, speeding things up by a factor of 5.
When converting a `schema.InputType` to a `model.Type`, calculate the
resolved form of the type in the schema type system rather than the
model type system. The results are semantically identical, but the
number of type objects that are allocated is much smaller b/c
`model.NewOutputType` no longer allocates.
This deserves a little more explanation.
In order to prevent nested outputs and/or promises, `model.NewOutputType`
calculates the resolved form of its argument prior to allocating a new
`OutputType` value. Calculating the resolved form of the argument is a
no-op if the argument is already fully resolved. Therefore, passing in a
fully-resolved schema type prevents `model.NewOutputType` from
calulating the resolved form, and `model.NewOutputType` will only
allocate the `OutputType` itself instead of the `OutputType` and the
resolved form of any eventuals present in its argument.
This has a _very important_ knock-on benefit: the schema -> model type
translator ensures that given a `schema.Type` instance `T` it will
always return the same `model.Type` instance `U`. This termendously
speeds up type equality checks for complex types, as they will now be
referentially identical.
This change alone gives a significant speedup in azure-native code
generation.
This commit modifies the generation of `setup.py` to use Python
variables as the source for the package version and plugin version
instead of placeholder strings. This has the effect of making the
packages installable via the `-e` flag directly from their source
directory rather than requiring a build step, which is useful while
developing a plugin and examples in tandem.
