Azure Application Deployment and Management: Containers ...Microsoft+AZURE211x+2016_… · Azure Application Deployment and Management: Containers – Practical Exercises ... You

Azure Application Deployment and Management

Containers ndash Practical Exercises

Overview

This course includes optional practical exercises where you can try out the techniques

demonstrated in the course for yourself This guide lists the steps for the individual

practical exercises

See the Practical Exercises gt Overview page in your course for information about

getting started

You do not need an Azure subscription to complete the first set of exercises However

you will need an Azure Subscription to complete some of the later exercises and tasks If

you already have an Azure subscription you can use in a test or practice environment

you can use that otherwise there are details available on the Practical Exercises gt

Overview page to help you set up a free trial account There is also a step by step video

available to walk you through this process at the beginning of the course in the

Welcome gt Start Here section called Setting up a Free Microsoft Azure 30-day

Trial

Practical Exercise Install Docker Client on Your

Local Machine

In this exercise you will install Docker client on your local machine

You do not need a Microsoft Azure subscription for this first exercise but you will need

one for the subsequent exercises

1 Navigate to the Install Docker Engine page

2 Locate the instructions for your particular operating system be it one of the listed

Linux distributions

CentOS

Debian

Fedora

Oracle Linux

Red Hat Enterprise Linux

openSUSE and SUSE Linux Enterprise

Ubuntu

Other Linux distributions

Or for Windows or Mac

3 Read any notes or important sections prior to install then download and install

the Docker engine You may need to restart to complete the depending on your

installation

Note The following commands will be the same in each environment

1 Run the command Docker and verify help command options are returned

2 Run the command Docker version and verify it returns version information It

should return the client and server details for version API version GO version Git

commit date built and OSArchitecture

3 Run the command Docker --version and verify it returns just the version

information

4 Run the command docker-compose -- version to get the docker compose

version Docker-compose allows you write yml files to configure an applicationrsquos

services in your containers

5 Run the command docker-machine -- version to get the docker machine version

Docker machine allows you to manage host machines

6 Run the command docker info

7 This will return various information about number of containers running images

architecture and various settings Scroll through them to get a feeling for what

the individual elements are referring to

Practical Exercise Work with Docker Images and

containers

In this exercise you will download and run some simple containers deploy a container

web server Obtain container information and work with docker commands Delete

containers and images and scale up and scale down web containers on a local host

These steps are performed on your local machine and no Azure subscription is needed

1 Get a list of all container images that have ever run in the local environment by

running the command Docker ps ndasha and verify no container objects are listed

The ps is querying process status so whats the status of running processes

The ndasha switch tells the command to include all container processes that have run

even if they are not running now

2 Run the command Docker run Hello-World

3 Verify the container was ldquopulledrdquo from the Docker Hub repository and run

successfully Read the output text to verify what has been run

4 Run the command Docker ps -a again and verify the Hello-World container is

now listed

As prompted by the output when running the above command now download

and run an Ubuntu Linux container launching the bash directly within which you

can run commands

5 Run the command Docker run ndashit Ubuntu bash

6 Verify the Ubuntu container is downloaded and a bash is available Ie type some

command such as ls or ls bin to verify you can access the shell successfully

7 Exit the shell by typing exit

8 View container image repository now by running Docker ps ndasha The Ubuntu

container should now also be listed

Deploy a Container Web Server

We will run the container for longer so you can view and access the container while it is

running

1 Run the command docker search hello-world

Whats returned is a list of all available containers with the name hello-world

These images are on the Docker hub and are publicly available for download and

use

You can likewise search for various other container types such as docker search

Apache (for apache web server images) Docker search IIS (for IIS web server

images) Docker search SQL Docker search windows etc

A word of caution here is just to be careful what you run on your machine and try

validate or have some assurance of the images you are pulling down and running

locally

2 We will use the tutumhello-world image so run the command docker run ndashd ndashp

8080 tutumhello-world

The -d is detached mode which allows you return to the command line while the

container is running Normally containers run and exit but in the case of a web

server we donrsquotrsquo want t to exit so this ensure the container continues running until

we tell it to stop

The -p defines the ports in this instance port 80 on the local machine is mapped

to port 80 on the container

The container used here is an Apache Web server image

3 Now run the command docker ndashps and view the running containers It will list the

container details and port information

4 Note if you receive an error about mapping the port when you run the docker run

command you may already have the port mapped and may need to specify

another port to map to the container ie docker run ndashd ndashp 100080

tutumhello-world

5 Now open a browser and go to httplocalhost80 (where 80 is the port number

you used) and verify you can access the web page with the tutum logo and that it

specifies the hostname

6 Now we will stop the container by running the command docker stop lt 1st 4

characters from the container idgt ie docker stop a4fb

You can also use the name which you can obtain from the output of the docker

ps command

7 Refresh the browser page and verify the web page is no longer accessible

Obtain container information and work with docker commands

1 Get a list of all container images locally by running the command docker ps ndasha

2 Get details of all containers (running paused or stopped) and images on the local

machine by running the command docker info

This command will give you general information about the system and the

containers and images on it

3 Run the command docker ps ndashhelp

This will give us some usage commands for the containers

Use the help command --help when getting familiar with available switches and

commands to allow you manipulate images and containers ie docker --help

docker container --help docker image--help etc

4 Now run docker ps -a -s followed by docker ps -a ndashq to obtain the size of the

containers on the machine and then to make sure you can obtain a list of

container IDs

You may start it run out of space if you are building many images and containers

locally as images size can mount up You can use the tag slim to try identify

images that have reduced size when downloading from docker hub You can also

remove individual images and containers using the rm and rmi commands or the

prune command

Delete containers and images

Important We will be removing images and containers in these next steps If

you have containers and images you do not wish to delete you should skip

these steps or modify the steps to make sure you do not delete anything that

you need to retain

1 Run the command docker container ls no containers should be returned

2 Run the command docker image ls to get a list of images present

3 Now remove all stopped containers by running the command docker container

prune and say yes when prompted and ensure the containers are deleted

successfully

4 Run the command docker image rmi tutumhello-world

5 Run the ls commands listed above and verify the images and containers have

been removed

6 There are other options for deleting images and containers in bulk you can

investigate these further but again be careful not to delete anything you wish to

retain

Scale up and Down web containers on a local host

1 Lets find a nginx web server container we can use by running the command

docker search nginx

2 We can try find a slim version by running docker search nginxslim

3 Wersquoll use the official version so lets spin up a single instance and verify it works

successfully by running the command docker run ndashd ndashp 101080 nginx

4 Open a web browser and go to httplocalhost1010 and verify an Nginx welcome

page appears successfully

5 Now lets stop that container and scale the number of instances of it

6 To stop the container run the command docker ps ndasha obtain the name value for

the nginx container image and run the command docker container stop

ltNamegt ie docker container stop dreamy_einstein or whatever that name

value is

Docker automatically assigns a random name to the container process and they

are typically in a format similar to the example above You can specify a name if

you want using the --name flag ie docker run --namehellip Specifying a name can

also be useful as it allows easier control when starting and stopping as you know

the name up front for your web or db servers if you name them with functional

conventions such as web01 db1 db2 etc

7 Return to your web browser and verify the nginx welcome page is no longer

present

8 Now lets run several instances of the web server by running the command

If you are running on a Linux or Mac box in a shell you can run the following

command

For i in 110 do docker run ndashd ndashp 80 nginx done

If you are on a windows machines copy the following command into a txt file

save it as a batch file bat and then run the batch file by typing the file name

and pressing enter from the command line

FOR L A IN (1110) DO (

docker run -d -p 80 nginx

)

9 This has now quickly spun up 10 separate web servers of your nginx web server

10 Run the command docker ps and see all 10 instances up and running Note the

port numbers associated with each container

Note we did not specify a port number in the command so docker has randomly

assigned a port number to each container

11 Open a web browser and go to httplocalhostltport number form earliergt ie

httplocalhost32777 or httplocalhost32776 etc and verify the nginx welcome

page is accessible

12 Now lets stop the web server instances

On a Linux or mac box you can run the following command

Docker stop $(docker ps ndashq)

On a Windows machines perform the following steps

Run the command Docker ps ndashq gt CtempContainerstxt

As the container IDs are randomly assigned this just gets the container IDs

into a txt file which allows us to read them in the next command

Copy the below command into a txt file save it as a batch file bat and then

run the batch file by typing the file name and pressing enter from the

command line

FOR F tokens= A in (Ctempcontainerstxt) DO (

docker stop A

)

13 Verify all containers have stopped by running docker ps

14 Also open up a web browser and confirm the nginx welcome page is no longer

available

This task has just allowed us to show how quickly you can scale up and scale down

with containers The can be spun up and down pretty quickly

Practical Exercise Create Windows Server

Containers in Azure

In this exercise you will create a new windows virtual machine with a Resource Manager

deployment model

You will need an Azure subscription to complete this exercise If you already have an

Azure subscription you can use in a test or practice environment you can use that

otherwise there are details available on the Practical Exercises gt Overview page to help

you set up a free trial account There is also a step by step video available to walk you

through this process at the beginning of the course in the Welcome gt Start Here

section called Setting up a Free Microsoft Azure 30-day Trial

Deploy a New Windows Server Virtual Machine

In this exercise you will create a new virtual machine with a Resource Manager

deployment model

1 Navigate to the new Azure Portal and sign in

2 On the Hub menu click New

3 On the New blade click Compute and then select See all

4 Type containers notice that there is an option for Windows Server 2016

Datacenter ndash with Containers option

5 Choose to Create a virtual machine with that image using the Resource Manager

deployment model

6 On the Create Virtual Machine blade fill in the following values for basic settings

(substituting your information for the user name subscription and location) and

click OK

bull Name WS2016Cntnrs1

bull VM disk type HDD

bull User name ltYour first namegt

bull Password Pa$$w0rd12345

bull Subscription ltYour subscriptiongt

bull Resource group Create a new one named ldquoWS2016Cntnrs1_rgrdquo

bull Location ltYour locationgt

7 On the Choose a size blade click View all Notice the sizing details in each size

available Some may be greyed out or not be available depending on your

subscription type Click the A1 Basic size and then click Select

8 On the Settings blade review the default options for storage network extensions

high availability monitoring etc Click OK

9 On the Summary blade make sure validation has passed as per a notification at

the top of the blade and then click OK

10 Click the Notification icon in the top right to see notifications of the virtual

machine deployment It should say Deployment startedhellip It will take a few

minutes to deploy

11 Close the notifications menu

12 Open the Virtual machines blade by clicking Virtual machines in the left pane

13 In the Virtual machines blade click the server name WS2016Cntnrs1 for the VM

that you deployed You may need to refresh the console if it has not yet deployed

14 Click Connect and then open and enter the credential you entered earlier to

connect ie WS2016Cntnrs1ltyour first namegt and the password

Pa$$w0rd12345

Download and Run a Windows Server Container

1 Open a command prompt and run the command docker

2 Run the command docker ps and verify it runs successfully although no

containers are listed as noen are present

If you receive an error something like ldquoerror during connect Get

http2F2F2Fpipe2Fdocker_enginev125containersjson open

pipedocker_engine The system cannot find the file specifiedrdquo

You should open the Services management window locate the docker service

and ensure it is running If it is not running right click it and select start to re-start

it

3 Run the command docker run hello-world

Notice you receive and error ldquoimage operating system Linux cannot be used on

this platformrdquo

This is as expected as we are running a Windows operating system and as

containers share the kernel of the host a Linux container would be expecting a

Linux kernel as such you will not be able to run Linux processes

The operating system image we installed in Azure only supports native windows

containers Docker for Windows is not installed in this virtual machine which

would allow us run both but it can be installed as per our steps in previous

exercises

4 Now run the command docker search iis

5 Lets run an IIS web server on nano server by running the command docker run ndash

dit ndashp 80 nanoserveriis

Note the use of -dit switch instead of -d

6 Once complete run docker ps followed by docker ps ndasha

7 In some circumstances you may receive an error based on the OS Architecture

being specified when trying to run either windows or Linux containers on w

windows machines

Run the command docker version

Note the values listed for OSArch for both Client and Server If they do not match

you may receive an error when trying to run Linux containers on a windows box

To fix this right click the docker icon in the system tray and choose Switch to

Windows containershellip

Now run docker version again and notice the two values now match

Practical Exercise Create a Dockerfile and build a

new container image

In this exercise you will create a Dockerfile and build a new container image

1 On WS2016Cntnrs1 virtual machine in the location CTempDockerfile create

two new files and call them iisstarthtm and iisstartpng and create a new folder

WebPackage and add a random txt file to it

This is just to simulate some sample web Appp which we will copy over to the

container from the host

2 On WS2016Cntnrs1 virtual machine copy the content below between the wild

characters but not including the wild characters into a txt file

CTempDockerfile and save it ensuring it has no file extension ie just the full

name of Dockerfile not Dockerfiletxt

Sample Dockerfile

Every instruction you see here generates a layer for the image

A container essentially being a read write layer on top of that

Minimising the number of instructions reduces the number of layers

Indicates that the nanoserver image will be used as the base image

FROM nanoserveriis

Metadata indicating an image maintainer

MAINTAINER testuser1contosocom

Open Port 9000

Expose 9000

Specify a working dorectory as we execute command this will be the directory from

where things are run

WORKDIR Ctemp

We can specify some environment variables and compress them onto a single line

to reduce the number of layers

ENV NODE_ENV=production NODE_Path=app NODE_PORT=9000

Create a directory CTestFolder in the container

RUN mkdir CTestFolder

all files to be copied from the host into the container should reside alongside the

Dockerfile that we are building from

This command copies all the files alongside the dockerfile into CTemp in the

container

COPY Ctemp

Sets a command or process that will run each time a container is run from the

new image

CMD [ cmd ]

3 At the command line go to the directory CTempDockerfile this is the context

from which we will run the build command

4 Run the command Docker build ndasht nanoserveriistestimage

Donrsquot forget the dot at the end of the command This provides a build context and

the dot means the current directory

Also the testimage label is a tag wersquore specifying for the image

5 Read through the output step by step and try understand what has occurred in

relation to your Dockerfile

6 Run the command docker images and verify your newly created image is listed it

can be identified by the tag we specified earlier

Practical Exercise Create repository on Docker

Hub and push your image to it

In this exercise you will create a new Docker Hub registry and then push a container

image up to it

You do not need an Azure subscription to complete this exercise

1 Go to httphubdockercom and register for an account noting your repository

names ie something like ltyournamegtltrepo namegt as well as you login in

credentials You can choose to make your credential public for the moment you

can change this in docker hub later

2 Rename your newly created image to align with what you have called your

repository ie ltyournamegt

3 Run the command docker images and copy the Image ID value

4 Run the command docker tag ltImage IDgt ltyournamegtrepo namegtlttaggt

Where ltyournamegtrepo namegt is your repository information and lttaggt is

the tag you define din the image when creating it ie as per above it was

testimage

5 Run the command docker images and verify the newly renamed image is listed

6 Sign into docker by running the command docker login and enter your user

name and password

7 Push the image up to your repository by running the command docker push

ltyour namegtltrepo namegtlttaggt

8 The image should successfully uploaded now

9 Log in to your account on docker hub and in the image is now listed

10

Practical Exercise Create repository on Azure

Container Registry service and push your image to it

In this exercise you will create a new Azure Container registry and then push a container

image up to it

1 Navigate to azure portal portalazurecom

2 Open Azure Container Registry and choose Create

3 Use the Following details

bull Registry name CntrRegistry1

bull Subscription lt your subscriptiongt

bull Resource Group CntnrRgstr_rg

bull Locationlt your nearest datacenter locationgt

bull Admin User Enable

bull Storage Account Create New gt name=cntnrregstrgacnt

4 Click Create

5 When it is created open the Azure Container Registry you just created

6 Go to Settings gt Access keys and note the values for

bull Registry name gt ie CntrRegistry1

bull Login Server gt ie cntrregistry1-microsoftazurecrio

bull Username gt ie CntrRegistry1 and Password ltthe password value listedgt

7 Run the command docker login cntrregistry1-microsoftazurecrio

8 Enter the username from above ie CntrRegistry1 and password ie copy the

value from the Azure portal and paste into the login password prompt

9 Run the command docker images and note an image that is available locally If

there is none pull any one down locally

10 Rename the image by running the command docker tag ltImage IDgt

cntrregistry1-microsoftazurecriosampletestACRimage

11 Where cntrregistry1-microsoftazurecrio is your repository name and sample is

a sample repository name and testACRImage is the tag

12 Push up the image by running the command docker push cntrregistry1-

microsoftazurecriosampletestACRimage

13 Verify the image gets pushed up to your Azure Container Repository successfully

run the command docker pull cntrregistry1-


and verify you get a message saying image is up to date

14 Return to the Azure portal in your browser and go to Azure Container Registry gt

Activity Log and verify there are entries for write are present

Practical Exercise Deploy a Linux Virtual

Machine in Azure connect to it and run docker containers

In this exercise you will create a new Linux virtual machine with a Resource Manager

deployment model

Install PuTTy and Generate Public and Private Keys

We will use PuTTy to create public and private keys and later to open a connection to

the Linux virtual machine

1 Navigate to the httpwwwputtyorg site and download PuTTy to your local

machine

2 Once downloaded launch the PuTTYgen app

3 Click the Generate button and move the mouse cursor over the blank grey area to

generate some random data to use in the key

4 When finished click Save public key and save the public key to

Ckeyspublickey

5 When finished click Save private key and in the warning dialogue choose Yes to

save the key without a passphrase to protect it and save the private key to

Ckeysprivatekeyppk

The public key will be used as the SSH public key data to input on Azure and the

private key will be used from your local machine with Putty to connect to the

Azure virtual machine

Deploy a New Linux Virtual Machine in Azure connect to it

and run Docker containers


Deployment model connect to it and run some docker commands



3 On the New blade click Compute then select Ubuntu Server and from the list of

options choose the latest version It does not have to be an LTS version

4 Click Create choosing the Resource Manager deployment model



click OK

bull Name UbuntuCntnrs1



bull Choose SSH public Key Open the file Ckeyspublickey that you created earlier

with PuTTYgen with notepad Copy the text in the file and paste it into the SSH

public key window


bull Resource group Create a new one named ldquoUbuntuCntnrs1_rgrdquo










machine deployment It should say Deployment startedhellip



12 In the Virtual machines blade click the server name UbuntuCntnrs1 for the VM


13 Click Connect and note the command you are given to connect to the virtual

machine ie ssh ltusernamegtltIP addressgt

14 Launch the PuTTy desktop app and configure the following settings

bull Session gt Host Name (or IP address) ltenter the IP address you copied

earliergt

bull Session gt Port 2212 (this value is just to provide a non-standard connection

port for security reasons)

bull Connection gt SSH gt Auth gt click Browse gt add Ckeysprivatekeyppk that

you created earlier Because of using keys you will not have to provide

passwords to connect

NOTE Creating a tunnel will allow us to run commands on our local box

directly onto the Azure Linux virtual machine We will not complete these steps

in this exercise but some steps are included here below as an example if you

wish to attempt them

bull Connection gt SSH gt Tunnels gt

Source Port 22375

Destination 1270012375

Click Add

This configures a tunnel to allow local Docker client to connect to the

Azure virtual machine running in the cloud over SSH It forwards the

local port 22375 to the local host on Azure on its local port 22375 which

is the port where the local Docker daemon runs

bull Sessions Saved Sessions UbuntuCntnrs1

bull Sessions Saved Sessions Click Save to save the session

15 On the PuTTy configuration app click Open an SSH window opens and if

prompted click Yes to add the key to PuTTyrsquos cache

16 At the login prompt enter the username you specified earlier

17 You should now be connected to the remote Ubuntu server

18 If you are running a mac you can connect to the Linux virtual machine using

Terminalapp under utilities using ssh and providing the parameters we outlined

above

19 Type cd followed ls to see some local folder structures and confirm it is up and

running successfully

20 Type the command docker and notice the prompt that it is not installed and the

listing of the command to install it

21 Install the docker engine in the Ubuntu virtual machine by running the command

sudo apt install dockerio and accept the prompt to continue when notified of

additional disk space requirements

22 Once complete run the command docker ps and verify it runs successfully

bull If you receive and error saying cannot connect to the docker daemon Is the

docker daemon running on this host You will need to add your account to the

docker group Do that by running the command sudo usermod ndashaG docker

($whoami)

bull Close the session by exiting the window

bull Relaunch PuTTy desktop app and open the connection again Entering your

login username

bull Verify you can now run the command docker ps successfully

23 Now try downloading some docker container images and running them

Practical Exercise Install Docker Client on Your

Local Machine

In this exercise you will install Docker client on your local machine

You do not need a Microsoft Azure subscription for this first exercise but you will need

one for the subsequent exercises

1 Navigate to the Install Docker Engine page

2 Locate the instructions for your particular operating system be it one of the listed

Linux distributions

CentOS

Debian

Fedora

Oracle Linux

Red Hat Enterprise Linux

openSUSE and SUSE Linux Enterprise

Ubuntu

Other Linux distributions

Or for Windows or Mac

3 Read any notes or important sections prior to install then download and install

the Docker engine You may need to restart to complete the depending on your

installation

Note The following commands will be the same in each environment

1 Run the command Docker and verify help command options are returned

2 Run the command Docker version and verify it returns version information It

should return the client and server details for version API version GO version Git

commit date built and OSArchitecture


information











containers














now listed



can run commands









running




use






locally






we tell it to stop









tutumhello-world







ps command















container IDs





prune command





you need to retain





successfully



been removed



retain



docker search nginx










value is








present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username




information











containers














now listed



can run commands









running




use






locally






we tell it to stop









tutumhello-world







ps command















container IDs





prune command





you need to retain





successfully



been removed



retain



docker search nginx










value is








present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username




now listed



can run commands









running




use






locally






we tell it to stop









tutumhello-world







ps command















container IDs





prune command





you need to retain





successfully



been removed



retain



docker search nginx










value is








present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username




we tell it to stop









tutumhello-world







ps command















container IDs





prune command





you need to retain





successfully



been removed



retain



docker search nginx










value is








present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username










container IDs





prune command





you need to retain





successfully



been removed



retain



docker search nginx










value is








present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username




been removed



retain



docker search nginx










value is








present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username




present



command







)








page is accessible










command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username







command line


docker stop A

)



available




Containers in Azure


deployment model









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username









deployment model







deployment model



click OK

















minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username







minutes to deploy







Pa$$w0rd12345










it



this platformrdquo







exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username






exercises








windows machines








new container image











Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username









Sample Dockerfile





FROM nanoserveriis



Open Port 9000

Expose 9000



WORKDIR Ctemp









container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username








container

COPY Ctemp


new image

CMD [ cmd ]














image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username






image up to it












testimage



name and password





10




image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username






image up to it










4 Click Create


























deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username




















deployment model





machine





Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username






Ckeyspublickey



Ckeysprivatekeyppk















click OK






public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username








public key window





















earliergt











Source Port 22375


Click Add













above












($whoami)



login username











Source Port 22375


Click Add













above












($whoami)



login username







($whoami)



login username



Documents

Azure Application Deployment and Management: Containers ...Microsoft+AZURE211x+2016_… · Azure Application Deployment and Management: Containers – Practical Exercises ... You