HELLO GO DEPLOY AZURE APP SERVICE

*** THE DEPLOY IS UNDER CONSTRUCTION - CHECK BACK SOON ***

Deploy a "hello-world" docker image to Microsoft Azure App Service.

Other Services

• PaaS
  • hello-go-deploy-aws-elastic-beanstalk
  • hello-go-deploy-azure-app-service (You are here)
  • hello-go-deploy-gae
  • hello-go-deploy-marathon
• CaaS
  • hello-go-deploy-amazon-ecs
  • hello-go-deploy-amazon-eks
  • hello-go-deploy-aks
  • hello-go-deploy-gke
• IaaS
  • hello-go-deploy-amazon-ec2
  • hello-go-deploy-azure-vm
  • hello-go-deploy-gce

Table of Contents

• OVERVIEW
• PREREQUISITES
• SOFTWARE STACK
• RUN
• STEP 1 - TEST
• STEP 2 - BUILD (DOCKER IMAGE VIA DOCKERFILE)
• STEP 3 - PUSH (TO DOCKERHUB)
• STEP 4 - DEPLOY (TO AZURE APP SERVICE)
• CONTINUOUS INTEGRATION & DEPLOYMENT

Documentation and Reference

• The hello-go-deploy-azure-app-service docker image on DockerHub
• This repos github webpage built with concourse

OVERVIEW

Every 2 seconds this App will print,

    INFO[0000] Let's Start this!
    Hello everyone, count is: 1
    Hello everyone, count is: 2
    Hello everyone, count is: 3
    etc...

PREREQUISITES

You will need the following go packages,

go get -u -v github.com/sirupsen/logrus
go get -u -v github.com/cweill/gotests/...

SOFTWARE STACK

• DEVELOPMENT
  • go
• OPERATIONS
  • concourse/fly (optional)
  • docker
• SERVICES
  • dockerhub
  • microsoft azure app service

RUN

To run.sh,

cd hello-go-deploy-azure-app-service-code
go run main.go

To create-binary.sh,

cd hello-go-deploy-azure-app-service-code/bin
go build -o hello-go ../main.go
./hello-go

This binary will not be used during a docker build since it creates it's own.

STEP 1 - TEST

To create unit _test files,

cd hello-go-deploy-azure-app-service-code
gotests -w -all main.go

To run unit-tests.sh,

go test -cover ./... | tee test/test_coverage.txt
cat test/test_coverage.txt

STEP 2 - BUILD (DOCKER IMAGE VIA DOCKERFILE)

This docker image is built in two stages. In stage 1, rather than copy a binary into a docker image (because that can cause issues), the Dockerfile will build the binary in the docker image. In stage 2, the Dockerfile will copy this binary and place it into a smaller docker image based on alpine, which is around 13MB.

To build.sh with a Dockerfile,

cd hello-go-deploy-azure-app-service-code/build
docker build -f Dockerfile -t jeffdecola/hello-go-deploy-azure-app-service .

You can check and test this docker image,

docker images jeffdecola/hello-go-deploy-azure-app-service
docker run --name hello-go-deploy-azure-app-service -dit jeffdecola/hello-go-deploy-azure-app-service
docker exec -i -t hello-go-deploy-azure-app-service /bin/bash
docker logs hello-go-deploy-azure-app-service
docker rm -f hello-go-deploy-azure-app-service

STEP 3 - PUSH (TO DOCKERHUB)

You must be logged in to DockerHub,

docker login

To push.sh,

docker push jeffdecola/hello-go-deploy-azure-app-service

Check the hello-go-deploy-azure-app-service docker image at DockerHub.

STEP 4 - DEPLOY (TO AZURE APP SERVICE)

Coming soon.

CONTINUOUS INTEGRATION & DEPLOYMENT

Refer to ci-README.md on how I automated the above steps using concourse.