Fixes two bugs in how padding was calculated in PrintTable.
Firstly we remove all ANSI escape codes from the string before measuring
how wide it is. Secondly we measure glyph count (using rivo/uniseg) not
byte or rune count of the string.
Together these fix the padding/alignment issues I saw when using
PrintTable with plan output. They also slightly change the layout of
"pulumi stack", for example the below is printed with current master and
has 6 characters of space for padding between SecurityGroup and
web-secgrp:
```
Current stack resources (4):
TYPE NAME
pulumi:pulumi:Stack aws-cs-webserver-test
├─ aws:ec2/securityGroup:SecurityGroup web-secgrp
├─ aws:ec2/instance:Instance web-server-www
└─ pulumi:providers:aws default_4_25_0
```
While printed with this commit you only get 2 characters of space for
padding (which is correct, the column gap is set to " "):
```
Current stack resources (4):
TYPE NAME
pulumi:pulumi:Stack aws-cs-webserver-test
├─ aws:ec2/securityGroup:SecurityGroup web-secgrp
├─ aws:ec2/instance:Instance web-server-www
└─ pulumi:providers:aws default_4_25_0
```
This change expands the definition of `resource.Output` in the Go SDK with additional information about the output, i.e. dependencies and secretness, and adds support in the core Go RPC code for (un)marshaling output values.
Output values are marshaled as special objects ala archives, assets, and resource refs and are unmarshaled as `resource.Output` values.
Subsequent PRs will add:
- A monitor feature for output values, which will initially be disabled by default but available to turn on via an envvar
- Support for (un)marshaling output values in each language SDKs
- A way for providers to indicate support for receiving output values
- E2E tests
- Turn the monitor feature on by default (w/ env var to disable) (Note: the current plan is to initially scope this to only be used when marshaling inputs to a multi-language component)
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>
This command converts an appdash trace into a pprof file for use with
`go tool pprof`. Spans are converted into stacks by sampling each root
span at a given rate and recording the stack of subspans at each sample.
These changes also replace the conditional addition of experimental and
debug commands with conditional visibility. Experimental and debug
commands will always be available, but will be hidden unless the
appropraite environment variables are set.
Co-authored-by: Levi Blackstone <levi@pulumi.com>
When installing a plugin, if it contains a `PulumiPlugin.yaml` file with a `runtime` value of `nodejs` or `python`, install dependencies for the plugin.
For Node.js, `npm install` is run (or `yarn install` if `PULUMI_PREFER_YARN` is set).
For Python, a virtual environment is created and deps installed into it.
We make several calls to `os/user`, which uses CGO and means
cross-compilation is not possible. This replaces `os/user` with the
`luser` package, which is a drop-in replacement which does not use `CGO`
