Previous logic had assumed arrays were treated like objects
in the runtime (like in ECMAScript), but they are a unique
value kind in current Lumi runtime, so must be handled separately.
We are renaming Lumi to Pulumi Fabric. This change simply renames the
pulumi/lumi repo to pulumi/pulumi-fabric, without the CLI tools and other
changes that will follow soon afterwards.
Report an error when Lumi runtime compilation fails.
Also adds a reusable install_release.sh script to use
for installing Lumi package releases, plus expansion
of symlinks in package Makefiles.
This change copies the NPM package files to the installation directory
so that the result is a valid NPM package. This is a temporary workaround
until (😨) the day that we actually publish/consume real NPM packages...
Until we support output-conditional code (pulumi/lumi#170), we
run into cases where we want to make a decision based on a computed
property if it is available, but can't possible know the value. In
such cases, we get an error ("Unexpected computed value").
In fact, our generated code currently includes client side validation
of properties, since it leads to a(n admittedly only slightly) better
developer experience. But that triggers the error for required
properties that are computed, basically hosing our ability to plan.
This change introduces a defaultIfComputed intrinsic to the lumirt
library that can be used to work around this. It takes two arguments,
obj and def, and returns the actual property value obj if it is NOT
computed; if it is computed, def will be substituted in its stead.
The generated code changes to use this. It's possible it will miss
validation, of course, if a computed property turns out not to match
the precondition. But this is strictly better than the alternative
of not trying to validate any of them to begin with.
Adds support for serializing lambdas which are
properties of captured objects.
For example:
```
let o = {
f: () => 12
};
let func = new aws.serverless.Function("func", {policies: [aws.iam.AWSLambdaFullAccess]}, (ev, ctx, cb) => {
console.log(o.f());
cb(null, null);
});
```
This change splits the core Lumi library -- which is meant to be a pure
LumiJS library without any special status -- from the runtime library --
which is really meant to be the underpinnings of "special" functionality
that integrates with the runtime in sophisticated ways.
After this change, LumiRT is at the very bottom, and, despite it using
a subset of LumiJS, it must not trigger any functionality that would
mandate the use of the LumiJS runtime library. Atop that, the LumiJS
library is layered. And finally, above that, Lumi depends on LumiJS.
