Similarly to the compose mode, this series of squashed commits adds
support for Kubernetes as an execution environment for the target
container image.
The branch is a few months old, so it has been squashed to a single commit to
reduce the complexity of the rebase & merge. Below are the messages from the squashed commits:
[Refactoring] Group all Node.js inspect flags into a single DTO
With the upcoming addition of Kubernetes support, we need to figure out
a way of sharing code between the existing container.Insepector and the
new pod.Inspector. In particular, it can be done through shared config
objects.
[Refactoring] Extract fat image building into a separate function
[Refactoring] Extract fat image inspection into a separate subroutine.
Bring in Kubernetes client-go dependency
Fix github.com/getkin/kin-openapi usage - got broken by version bump
Finding K8s workloads
Inspecting fat kubernetes workload image
Injecting sensor into K8s workload - initial phase
Introduce `kubectl` client
Injecting sensor into pod (cont.)
Get artifacts from the pod
[Refactoring] Extract building slim images into a subroutine
Put the rest of the build.handler logic to the kubernetes build subroutine
Applying Kubernetes manifest(s)
[Refactoring] Revamped Kubernetes Workload Finder
[Refactoring] Reshape Kubernetes logic
Scale down Kubernetes workloads after slimming
Restore Kubernetes workload to the original state if no manifest is used
[Refactoring] Introduce HTTPProbeOptions struct and refactor the code
Basic Kubernetes workload monitoring - CAMEnter, CAMTimeout, CAMSignal, CAMExec
Fix (workaround) for kubectl cp missing file permissions
master rebase
[Refactoring] Remove unused HTTP Probe Proxy flags
Fix HTTP probe having no ports
Use latest set of e2e tests
HTTP probe for Kubernetes workloads
Refine Kubernetes-related flag names
Bump down Kubernetes deps to v1.22 to keep Go at v1.16
