If we are generating code into an async context (e.g. an async main),
await calls to invoke rather than leaving them as promises. This results
in more idiomatic code withing such contexts.
* Add a new template for examples section. Extract the examples section into a structured format for custom template processing.
* Update the description IFF we were able to extract examples sections from it.
* Update doc comments and add missing file header for the newly added file.
* Make the example description readable. Add a check for empty example sections.
* Add a chooser right below the Example Usage header. Remove javascript as a language.
* Allow an empty new-line between short-codes boundaries.
There are two expressions in HCL2 that are used to iterate over
collections:
- Splat expressions, e.g. `foo.*.bar`, and
- For expressions, e.g. `[for v in foo: v.bar]`
In both of these cases, the parts of the expression that are not the
collection being iterated behave like callbacks, and must be treated as
such by the apply rewriter.
Token detection was broken for conditional and for expressions that
represent template control sequences. The code originally attempted to
determine whether or not a conditional or for expression was a control
sequence by inspecting the expression's parent. Unfortunately, that
approach is unable to distinguish between expressions that are control
sequences and those that are merely template parts. These changes
instead inspect the first token of the expression for a template control
token (i.e. `%{`): if such a token is found, the expression is detected
as a template control sequence.
* Adjust the args type names for k8s overlay resources.
* Revert to using input type link for kubernetes non-overlay resources.
* Use the correct module name to lookup the C# namespace for resources that belong to a module.
* Helm's arg types don't use the version number.
Specifically, handle index and relative traversal expressions, and clean
up the code a little bit.
This should also help us pick up more `pulumi.interpolate` calls in TS.
With the addition of Python examples, doc comments may now contain
triple quotes. These must be escaped in order to avoid malformed source
files.
Fixes#4568.
- Determine variable types for ranged resources by typechecking an
equivalent expression
- Detect top-level await in NodeJS and generate an async main
- Fix `pulumi.all` generation for NodeJS
- Fix a bug in the lowering of relative traversals in Python
* Restore the API type links for C#.
* Also restore them in function.tmpl.
* Add package details to the Functions template as well. Add a global template function to detect if the APIDocLinks has links for a language. Don't generate C# API doc links for k8s.
This code was accidentally removed in a prior PR.
These changes also remove an assert; the situation the assertion guards
against is valid and occurs when dealing with traversals inside of
splat expressions.
Unlike most languages with interpolated strings, Python's formatted
string literals do not allow the nesting of quotes. For example,
this expression is not legal Python:
f"Foo {"bar"} baz"
If an interpolation requires quotes, those quotes nust differ from the
quotes used by the enclosing literal. We can fix the previous example
by rewriting it with single quotes:
f"Foo {'bar'} baz"
However, this presents a problem if there are more than two levels of
nesting, as Python only has two kinds of quotes (four if the outermost
string uses """ or '''): in this case, the expression becomes
unspellable, and must be assigned to a local that is then used in place
of the original expression. So this:
f"Foo {bar[f'index {baz["qux"]}']} zed"
becomes this:
index = "qux"
f"Foo {bar[f'index {baz[index]}']}"
To put it bluntly, Python code generation reqiures register allocation,
but for quotes. These changes implement exactly that.
These changes also include a fix for traversals that access values that
are dictionaries rather than objects, and must use indexers rather than
attributes.
Mapping happens at package scope, not type scope. This is what causes
some of the surprising mixes of camel and snake casing in our packages.
In order to accommodate this, build the case mapping tables up front,
and refer to them when performing case mapping.
The tokens that make up the "key" portion of an index traversal
(e.g. `"foo"` in `a["foo"]`) are structured like those that make up a
block label: an open quote token, a string literal token, and a close
quote token. The token mapper did not account for that fact, and instead
recorded the key token as the open quote. These changes correct that
error, and adjust the code in `literalText` to allow for
properly-escaped and quoted strings where necessary.
If a single process is going to bind and generate multiple programs, it
is useful to be able to cache package schemas in order to avoid the
(large) overhead of deserializing schemas multiple times.
Use strings.Builder instead of raw slices. We could go further here and
collapse to a single, ~right-sized bulder at the cost of complexity in
the `stateAcronym -> stateLowerOrNumber` transition.
Also, eliminate the pyName function, as it is redundant.
* Add a new DocLangHelper interface method to generate function names per language. Use the functionNames override map in Go to correctly generate a function name.
* Add kong to the title lookup map.
* Check if item was found in map.
* Use title case for the nodejs Function args type name. Use title case for the function name in the index page.
* Also fix the result name for a Function in nodejs to use title case.
* Use the module name to lookup the package.
* Use the title-case name for the Function name in the index page. Fix the language value passed to the lang chooser in function.tmpl.
* Use title case for nested type titles.
* Add title lookup for GitHub.
Some of the apply rewriter's assumptions were broken by the richer
expressions available in HCL2. These changes fix those broken
assumptions, in particular the assumption that only scope traversal
expressions are sources of eventual values.
In particular, ensure that they are keyword-safe. This affects
`aws:lambda:*` in particular: prior to these changes, we were generating
code into `pulumi_aws.lamdba`, which is not referencable due to its use
of the `lamdba` keyword. With these changes, we generate code into
`pulumi_aws.lambda_`.
There is also a small fix for multi-line non-formatted strings: these
strings do not need escaped braces.
* Fix output property names in Python codegen.
Some property names are mapped from their `camelCase` Pulumi name to a
`snake_case` Python name. This mapping is irregular, and only occurs for
resources properties and function calls.
Note that there's still more work to do here: this only fixes names on
the output side; the input side is still broken for nested resource
proprerties and function calls.
The underlying design--annotated types in `hcl2/model`--may need some
additional work in the future, but I _believe_ it's good enough for now.
* Fix Python input property names.
- Fix input property names and forms for invokes. Previously we
generated a dict; now we generate properly-named args.
- Fix nested property names for resources.
* PR feedback
- Fix input property names and forms for invokes. Previously we
generated a dict; now we generate properly-named args.
- Fix nested property names for resources.
* [codegen/go] Fix accessors on struct ptr outputs
The accesor methods on nestred struct Ptr outputs were previously not accepting pointer typed inputs as they should, and would thus always panic if used.
The "simple" fix would be to just accept the pointer type and blindly dereference it. But this doesn't seem like the right experience - it would make these accessors very unsafe to use in practice.
Instead, this PR implements the accessors on pointer-typed outputs as nil-coaslescing, always lifting the output type into a pointer type and flowing a nil value into the result type. This ensures the accessor will not nil-deref, and that user code can handle the `nil` value itself (or use `.Apply` directly to implement more specialized behaviour).
Before:
```go
// Name of your S3 bucket.
func (o BuildStorageLocationPtrOutput) Bucket() pulumi.StringOutput {
return o.ApplyT(func(v BuildStorageLocation) string { return v.Bucket }).(pulumi.StringOutput)
}
```
After:
```go
// Name of your S3 bucket.
func (o BuildStorageLocationPtrOutput) Bucket() pulumi.StringPtrOutput {
return o.ApplyT(func(v *BuildStorageLocation) *string {
if v == nil {
return nil
}
return &v.Bucket
}).(pulumi.StringPtrOutput)
}
```
However, due to the decision to have this more usable behaviour, this is a breaking change, as some/many accessors now return a pointer type when they previously did not.
Fixespulumi/pulumi-azure#530.
* Mark nested property types as requiring ptr types
* Add CHANGELOG
* More fixes
Some property names are mapped from their `camelCase` Pulumi name to a
`snake_case` Python name. This mapping is irregular, and only occurs for
resources properties and function calls.
Note that there's still more work to do here: this only fixes names on
the output side; the input side is still broken for nested resource
proprerties and function calls.
The underlying design--annotated types in `hcl2/model`--may need some
additional work in the future, but I _believe_ it's good enough for now.
* Optimize titles and descriptions
* Move regexp to file level variable
* wip
* Add title tags and description to module and pkg index pages
* Remove block_external_search_index from index.tmpl
* Improve resource descriptions
* Add more providers to look up map
* Improve module level descriptions
Clean up
cleanup
* Update the function.tmpl with the auto-generated disclaimer. Pass title tag and meta description for the function template as well.
* Fix whitespace in the package_details template..
* Account for empty module names for package-level resources. Move logic for generating title tag and description into separate methods for Resources and Functions.
* Add a test for the generated resource and function title tag.
Co-authored-by: Praneet Loke <1466314+praneetloke@users.noreply.github.com>
