Initial developer documentation

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Chris Cheetham 2019-01-10 09:29:30 -05:00
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:toc: preamble = Building Steeltoe Tooling
:toc:
:toclevels: 2 :toclevels: 2
:!toc-title:
:linkattrs:
= Steeltoe Tooling _See link:docs/[documentation] for more user and developer information._
Steeltoe developer tool collection
== Testing == Testing

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= Steeltoe Tooling Documentation
:toc:
:toclevels: 2
== Users
link:scenario_01.adoc[Scenario 1]:: deploy a simple web app
link:scenario_02.adoc[Scenario 2]:: deploy a service
== Developers
link:theory_of_operations.adoc[Theory of Operations]:: key Steeltoe Tooling implementation concepts

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= Steeltoe Tooling: Scenario 1, a Simple App
How to deploy an application using Steeltoe Tooling.
.Create a Simple Web App project
----
$ mkdir myapp
$ cd myapp
$ dotnet new webapp
----
.Set up Steeltoe Tooling
----
$ st init
$ st target docker # alternatively, st target cloudfoundry
----
.Deploy the Simple Web App
----
$ st add app myapp
$ st deploy
Deploying app 'myapp'
----
.Use the Simple Web App
Go to https://localhost:5001/

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= Steeltoe Tooling: Scenario 2, a Service
How to deploy a service using Steeltoe Tooling.
.Create a project
----
$ mkdir myservice
$ cd myservice
----
.Set up Steeltoe Tooling
----
$ st init
$ st target docker # alternatively, st target cloudfoundry
----
.Deploy the service
----
$ st add config-server myconfig
$ st deploy
Deploying service 'myconfig'
----
.Use the service
----
$ curl http://localhost:8888/foo/devlopment
$ {"name":"foo","profiles":["devlopment"],"label":null,"version":"a611374438e75aa1b9808908c57833480944e1a8","state":null,"propertySources":[{"name":"https://github.com/spring-cloud-samples/config-repo/foo.properties","source":{"foo":"from foo props","democonfigclient.message":"hello spring io"}},{"name":"https://github.com/spring-cloud-samples/config-repo/application.yml (document #0)","source":{"info.description":"Spring Cloud Samples","info.url":"https://github.com/spring-cloud-samples","eureka.client.serviceUrl.defaultZone":"http://localhost:8761/eureka/","foo":"baz"}}]}
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= Steeltoe Tooling: Theory of Operations
How to setup and run the sample tests.
:uri-api-src: ../src/Steeltoe.Tooling
:uri-cli-src: ../src/Steeltoe.Cli
:toc:
== Overview
Steeltoe Tooling is comprised of 3 layers:
API:: Tooling operations and workflows
UI:: Interface with which users interact
Backends:: Used by the API to interact with deployment targets
== Components
=== API
The Steeltoe Tooling API provides a programmatic interface into Tooling functionality.
The API defines link:{uri-api-src}/Executor[workflow abstractions] intended to be used by UIs.
The API also defines the Tooling object model to be used in creating additional workflow abstractions, or as an integration point in cases where the available workflow abstractions are not sufficient.
=== UIs
The only current user interface is the link:{uri-cli-src}[Steeltoe CLI].
Future UIs may include extensions to Visual Studio and JetBrains Rider.
A UI's job is to be and integration bridge between a UI, such as a CLI or IDE, and the Steeltoe API workflows.
=== Backends
Integration with deployment backends is achieved using implementations of an link:{uri-api-src}/IBackend.cs[IBackend.cs]. A backend's job is relatively simple in scope: deploy and undeploy applications and services, and report statuses of those applications and services.
== Key Concepts
=== Registry
link:{uri-api-src}/Registry.cs[Registry.cs] defines services available to Steeltoe Tooling.
Service definitions include basic information about the service, such as the service name and port.
The registry also defines services in the context of a backend. E.g., for the Docker backend, the service defintion includes the Docker image name.
The service definitions are loaded from the configuration file link:{uri-api-src}/steeltoe.rc/registry.yml[registry.yml].
=== Lifecycles
The Steeltoe API implements a link:{uri-api-src}/Lifecycle.cs[Lifecycle.cs] of applications and services regardless of backends.
The API defers unto a backend the determination of an item's current state. Based on that state, operations may or may not be performed.
E.g., an item in an _Offline_ state may be deployed whereas an item in a _Starting_ state may not.
.States
Offline:: an item is not deployed
Starting:: an item is in the process of being deployed and is not yet available for use
Online:: an item is fully deployed and available for use
Stopping:: an item is in the process of being undeployed is not available for use
Unknown:: a failsafe for backends when unable to determine an item's state
.Transitions
Deploy:: deploy an offline item
Undeploy:: undeploy an online item
=== Context
All worflows are executed in an instance of a link:{uri-api-src}/Context.cs[Context.cs] that is constructed prior to execution. The context provides:
* path to project directory
* project configuration
* a console to which use output maybe displayed
* a shell in which commands, such as backend commands, may be run
* the current deployment target