1. run gradle task buildForDocker
2. cd docker; docker-compose up

$ docker pull mongo:4.4.1

$ sudo apt-get install mongodb-clients

For running mongo inside host network (get access from mongo cli to running container)

$ docker run -d --name mon --network host mongo:4.4.1

$ docker stop mon

Remove container (if you need run mongo (name=mon) container with another arguments)

$ docker rm mon

$ mongo

• Show All objects:

  show dbs (collections, users, roles)

• Select Database to Work With:

  use databaseName

• Show current db:

  db

• Create a Collection:

  db.createCollection('collectionName')

• Insert a Document in a Collection:

  single doc

  db.collectionName.insert({field1: 'val1'})

  multiple docs

  db.collectionName.insert([{field1: 'val1'}, {field2: 'val2'}])

• Save or Update Document:

  db.collectionName.save({'_id': new ObjectId('jhgsdjhgdsf'), field1: 'value', field2: 'value'})

• Display Collection Records:

  Retrieve all records

  db.collectionName.find()

  Retrieve limited number of records

  db.collectionName.find().limit(10)

  By id

  db.collectionName.find({'_id': ObjectId('someId')})

  Collection count

  db.collectionName.count()

docker run -d --name mon --network host mongo:4.4.1

docker stop(start) mon

docker rm $(docker ps -a -q)

Docker compose helps to run set of services and could comfortably stop and delete unused containers with one command

docker-compose up

add --volumes if need remove volumes

docker-compose down (--volumes)

docker system df

Remove only dangling images, networks, containers

docker system prune

Remove dangling and unused images, networks, containers

docker system prune -a

Remove dangling and unused images, networks, containers and volumes

docker system prune -a --volumes