-The example above uses GoVPP API to communicate over underlying go channels,
-see [example client](examples/simple-client/simple_client.go)
-for more examples, including the example on how to use the Go channels directly.
-
-### Tracking down generated go code for a specific binary API
-
-Golang uses capitalization to indicate exported names, so you'll have
-to divide through by binapi-generator transformations. Example:
-
-```
- define create_loopback -> type CreateLoopback struct ...
- vpp binapi definition govpp exported type definition
-```
-The droids you're looking for will be in a file named
-<something>.ba.go. Suggest:
-
-```
- find git.fd.io/govpp/binapi -name "*.ba.go" | xargs grep -n GoTypeName
-```
-
-Look at the indicated <something>.ba.go file, deduce the package name
-and import it. See the example above.
-
-## Build & Install
-
-### Using pure Go adapters (recommended)
-
-GoVPP now supports pure Go implementation for VPP binary API. This does
-not depend on CGo or any VPP library and can be easily compiled.
-
-There are two packages providing pure Go implementations in GoVPP:
-- [`socketclient`](adapter/socketclient) - for VPP binary API (via unix socket)
-- [`statsclient`](adapter/statsclient) - for VPP stats API (via shared memory)