TECCLD-1101.Pdf

Applications on vSphere, or AWS, or Anywhere Else

Zack Kielich, Product Manager TECCLD-1101 Cisco Spark

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• Introduction

• Options for deploying Applications

• Configuring a Cloud in CloudCenter

• Modeling a Virtual Machine

• Modeling a Service

• Modeling an Application Agenda

• Adding New Clouds

• Tag Based Governance

• Migrating Applications

• Bonus Round • Importing Brownfield VMs • Creating Custom Actions Nearly Everyone is Going Hybrid

81% 73% 60%

Have a hybrid Already have Using public cloud cloud strategy multiple clouds

Source: IDC InfoBrief, sponsored by Cisco, Cloud Going Mainstream. All Are Trying, Some Are Benefiting; Few Are Maximizing Value. September 2016

• Cloud and Cloud Services • Virtual Infrastructure as a Service (IaaS) and cloud services like AWS Lambda

• Software as a Service (SaaS) • SaaS software might use the cloud as a delivery mechanism. Example: You consume Netflix, Spotify, ServiceNow, Office365, Box, etc. • If you’re providing a SaaS, you may use the cloud to deliver. Example: You ARE Netflix, Spotify, ServiceNow, Office365, Box, etc.

• Platform as a Service (PaaS) • Tools that deploy runtimes of source code on pre-instantiated infrastructure

Data COST Center

Private Cloud

Public Cloud

Growth in Applications and Infrastructure Choices

It IS It ISN’T • Moving money from one bucket into • Right for all applications another • Right for all technologies • Someone else’s computer • Always cheaper • Perceived infinite capacity • Always faster • Services to drive adoption • Automatically secure

It’s GREAT for • Short-lived, fully utilized workloads • New/small companies • Abstracting complexity • Increasing proximity

Infinite Capacity

Other examples: • Banks • Electricity • Water • Telecommunications • Internet traffic

Services

Infinite Capacity

Services

Infinite Capacity

Public Cloud Physical Virtual End Infrastructure Services Apps Infra Users

Private Cloud

Platform Application

as a BASED

MODEL MODEL Centric

Service TECHNOLOGY Orchestration Infrastructure

Engine as a Service

WORKFLOW BASED LEVEL OF LIFECYCLE MANAGEMENT DEPLOY LIFECYCLE

• Requires that you know exactly what should happen and when • Need to express directions in native language • Process doesn’t translate to other places • Requires lots of knowledge • If something changes, the flow breaks

• Productized orchestration flows

• Very specific to the cloud

• Tool knows where you want to go

• Doesn’t translate well to other environments

• Completely different decision path—like public transportation

• Someone else figured out common places to go and how to get there

• You get to take a ride to where they allow you to, but quickly.

• Little knowledge required of streets, but can’t go everywhere you may want to

• No language involved

• Show the image and you get taken to where you need to go

• Process works in any location

• Very little knowledge required

• Can get anywhere

TECCLD-1101 © 2017 Cisco and/or its affiliates. All rights reserved. Cisco Public 20 Demo • Deploy an application • Apply tag based policies • Migrate application to another cloud Things Already Configured

Infrastructure Governance Cloud

• CCM installed • Plan already allocated • AWS configured • CCO installed (AWS & • Contract already • vCenter configured vCenter) allocated • Images mapped

Tenancy

Student1 Student2 Student…

• Add a new account

• Create a deployment environment WalkThrough 1: Create Cloud Account

• Cloud Family: Amazon Web Services

• AWS Email address: [email protected]

• AWS Account Number: 797884972685

• AWS Access Key: AKIAIOYG7J7WPQ2VE73Q

• AWS Secret Access Key: yQJEBj+6kgw+4jHb9nyPnSZ6REqo95uCq4tw6eBk

• *NOTE* keys will become inactive right after this session

• Model CentOS 6 VM

• Creating aging policy

• Deploy the new CentOS 6 application profile to AWS WITH aging policy

• SSH to the machine

• Look at Day-2 operations WalkThrough 1: Model Application Profile CentOS 6

• Deploy the new CentOS 6 application profile to AWS WITH aging policy

• SSH to the machine

• Look at Day-2 operations

• It’s easy to immediately enable self-service VM deployment

• Day-2 operations area available to users

• Cost information is being tracked

• VM is automatically terminated

• Create a MySQL application profile

• Deploy MySQL application profile MySQL Service

• Knowing what you learned from modeling a VM, model a MySQL service

• Deploy the new MySQL application profile to AWS

• Connect to the database • Use CloudCenter SSH • Run command: mysql –u root –p • Password is: C1sco12345 • Run command: show databases;

• It’s easy to immediately enable self-service SERVICE deployment

• Services can be universal or cloud specific

• Lets end users mix and match services to build ad hoc applications

• Collecting information

• WordPress scripts walkthrough

• Model multi-tier application

• Deploy WalkThrough 1: Model Application Profile WordPress

• Deploy WordPress to AWS

• Consistently deploy complex applications

• Application profiles can simple or complex, composite or uniform

• Add new cloud account

• Update deployment environment

• Deploy WordPress to vCenter WalkThrough 1: Create Cloud Account Cloud information required:

• Cloud Family: vSphere

• vCenter Address: 173.36.208.236

• vCenter user name: root

• vCenter Password: vmware

• Include vCenter cloud into existing Deployment environment

• Set defaults

• Deploy WordPress application to vCenter

• Adding a new cloud is simple

• Without changing the application profile, it can be deployed to a new cloud

1. Create a new tag called “Prod”

2. Create a new Deployment Environment called “Prod” 1. Associate only the vSphere cloud and account

3. Associate the Prod tag to the Prod Deployment Environment

• Access the WordPress application profile deploy screen and apply the “Prod” tag • What cloud targets are available? • Will an aging policy be applied?

• Deploy WordPress application and apply the “Dev” tag • What cloud targets are available? • Will an aging policy be applied? • DEPLOY TO vCENTER

• Once deployed, notify instructor who will install the blog and write a blog article

• Tag based policies help with application placement

• Policies inherited based on tags

• Migrate WordPress in vCenter to AWS How Migrating Works

vCenter AWS 4 1 2 3

*Note: Yes, it’s strange that we would promote a dev system in vCenter to dev system in AWS. More realistically you might have dev in AWS and migrate to production, but in these labs students can’t directly access the applications deployed in vCenter

• Due to CloudCenter’s cloud agnostic application profile, it can migrate applications

• Migration method is faster, cheaper, and easier than other methods

• Works against any cloud

• VM name: Your student name

• User: centos

• PEM file: Brownfield.pem

Create an action to output Linux environment variables

• CloudCenter allows you to start simple and get more complex as needed

• New clouds can be deployed to without any rework

• Tag based governance ensures policy is followed

• Application migration to/from any cloud is fast, inexpensive, and easy

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Don’t forget: Cisco Live sessions will be available for viewing on demand after the event at www.CiscoLive.com/Online.

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• BRKCLD-2215: How to be a Hybrid Cloud ready IT Department

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