Service Management Layer test

Deployment

This subsystem is deployed using micro-services as shown in the diagram below. The subsystem also has an CLI, REST and Web Interface exposed through frontend service that routes all paths to the appropriate microservices.

Physical Architecture

The Service Management Layer subsystem is physically laid out on a hybrid cloud infrastructure. Each micro-service communicates with each other through overlay networks as defined in the diagram above. Each micro-service has three interfaces exposed Command Line Interface (CLI), Websocket (socket.io), and a REST interface. This allows for scripting, event programing and connectivity through a common REST interface.

Micro-Services

These are the micro-services for the deployment of the subsystem. The combination of the micro-services help implement the subsystem’s logic.

Name	Image	Mapping	Ports	Network
broker	sml_cb			children
envmangaer	sml_em			children
provision	sml_pe			children
controller	sml_sc			children
orchestrator	sml_so			children
repo	sml_sr			children
web	sml_web			children,siblings

Networks

The networks connect the microservices of this stack together in a micro-segmented network. There are also Ingress and Egress networks for connected to the stack (ingress) and connected from the stack (egress). Most of the egress networks are for substacks in the stack itself. This enables the creation of aggregation of stacks and substacks and still keep the microsegmentation of each stack in a layer of networks.

Name	Type	External Name	Ports
parent	ingress	parent
children	egress	children
siblings	internal

The Stack is micro-segmented off and there are a set of ports that are open for the ingress networks. The following table shows the ports available and the internal port mappings and services on those ports.

| External Access Port | To Port | Service | | — | — | — |