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AWS Certified SysOps Administrator Associate All-in-One-Exam Guide (Exam SOA-C01) [Pehme köide]

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  • Formaat: Paperback / softback, 736 pages, kõrgus x laius x paksus: 231x188x36 mm, kaal: 1043 g, 150 Illustrations
  • Ilmumisaeg: 19-May-2019
  • Kirjastus: McGraw-Hill Education
  • ISBN-10: 126013556X
  • ISBN-13: 9781260135565
Teised raamatud teemal:
AWS Certified SysOps Administrator Associate All-in-One-Exam Guide (Exam SOA-C01)Suurem pilt
  • Formaat: Paperback / softback, 736 pages, kõrgus x laius x paksus: 231x188x36 mm, kaal: 1043 g, 150 Illustrations
  • Ilmumisaeg: 19-May-2019
  • Kirjastus: McGraw-Hill Education
  • ISBN-10: 126013556X
  • ISBN-13: 9781260135565
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Püsilink: https://www.kriso.ee/db/9781260135565.html
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This study guide covers 100% of the objectives for the AWS Certified SysOps Administrator Associate exam

Take the challenging AWS Certified SysOps Administrator Associate exam with confidence using this highly effective self-study guide. You will learn how to provision systems, ensure data integrity, handle security, and monitor and tune Amazon Web Services performance. Written by an industry-leading expert, AWS Certified SysOps Administrator Associate All-in-One Exam Guide (Exam SOA-C01) fully covers every objective for the exam and follows a hands-on, step-by-step methodology. Beyond fully preparing you for the exam, the book also serves as a valuable on-the-job reference.

Covers all exam topics, including:
•Systems operations
•Signing up, working with the AWS Management Console, and the AWS CLI
•AWS Identity and Access Management (IAM) and AWS service security
•AWS compute services and the Elastic Compute Cloud (EC2)
•Amazon ECS, AWS Batch, AWS Lambda, and other compute services
•Storage and archiving in the AWS cloud with Amazon EBS, Amazon EFS, and Amazon S3 Glacier
•Managing databases in the cloud—Amazon RDS, Amazon Aurora, Amazon DynamoDB, Amazon ElastiCache, and Amazon Redshift
•Application integration with Amazon SQS and Amazon SNS
•AWS high availability strategies
•Monitoring with Amazon CloudWatch, logging, and managing events
•Managing AWS costs and billing
•Infrastructure provisioning through AWS CloudFormation and AWS OpsWorks, application deployment, and creating scalable infrastructures

Online content includes:
•130 practice questions
•Test engine that provides full-length practice exams or customized quizzes by chapter or by exam domain



Acknowledgments xxiii
Introduction xxv
Chapter 1 System Operations: An Overview of AWS 1(38)
Benefits of Cloud Computing
2(1)
Types of Cloud Services: IaaS, PaaS, SaaS
3(1)
Types of Cloud Deployments: Public, Private, and Hybrid
4(1)
The AWS Services
5(17)
AWS: The Global Infrastructure
8(1)
Regions and Availability Zones
8(3)
AWS Foundational Services
11(11)
AWS Platform Services
22(4)
Databases
22(3)
Application Services
25(1)
Deployment and Management Services
26(1)
Developer and Deployment Tools
26(1)
AWS Management Tools
27(3)
Operations Management
28(2)
Accessing the AWS Cloud Platform
30(1)
Chapter Review
30(1)
Questions
31(4)
Answers
35(4)
Chapter 2 Working with AWS: Signing Up, the AWS Management Console, and Command Line Tools 39(38)
Signing Up for AWS
39(1)
Understanding AWS Security Credentials
40(3)
AWS Account Root User Credentials
41(1)
IAIVI User Credentials
42(1)
Access Keys and Key Pairs
42(1)
Working with the AWS Management Console
43(2)
Accessing AWS Services the Right Way
45(5)
Creating an IAM User
46(3)
Using a Key Pair to Connect to an EC2 Instance
49(1)
Working with the AWS CLI
50(17)
The Structure of AWS CLI Commands
51(1)
Installing AWS CLI
51(1)
Configuring the AWS CLI
52(4)
Specifying Environment Variables to Configure AWS CLI
56(1)
Configuration Precedence
57(1)
Using the AWS CLI
58(2)
Controlling the Command Output
60(4)
Reading in Configuration Parameters from a File
64(1)
Connecting to a Running EC2 Instance from the Command Line
65(2)
AWS SDKs and Python Boto3
67(2)
Installing Boto3
68(1)
Setting Up Credentials
68(1)
Testing the Boto3 Installation
68(1)
Chapter Review
69(1)
Exercises
69(1)
Exercise 2-1: Create an access key (access ID and secret key) using the AWS Management Console
70(1)
Exercise 2-2: Install the AWS CLI on a linux server
70(1)
Exercise 2-3: Configure the AWS CLI
70(1)
Exercise 2-4: Change your AWS account password from the AWS Management Console
71(1)
Exercise 2-5: Get billing information from the AWS Management Console
71(1)
Questions
71(4)
Answers
75(2)
Chapter 3 AWS Identity and Access Management and AWS Service Security 77(72)
The AWS Shared Responsibility Security Model
77(7)
AWS Responsibility: Security of the Cloud
78(3)
Customer's Responsibility: Security in the Cloud
81(1)
Sharing Security Responsibility for AWS Services
82(1)
Responsibility for IT Controls and Compliance
83(1)
Security for the AWS-Managed Services
83(1)
Network Security
83(1)
AWS Account Security Features
84(5)
AWS Credentials
84(3)
Individual User Accounts
87(1)
Secure HTTP Access Points
87(1)
Security Logs
87(1)
AWS Trusted Advisor Security Checks
87(1)
Managing Cryptographic Keys for Encryption
87(2)
AWS Identity and Access Management
89(11)
How IAM Works
90(2)
Managing the Identity Component of IAM
92(1)
IAM ARN Formats
93(2)
Managing the Authentication Component of IAM
95(3)
Granting IAM Users Permissions to Switch to Other Roles
98(2)
Managing IAM Authorization Policies
100(7)
Permissions Policies
101(5)
Permissions Boundaries
106(1)
IAM Best Practices
107(1)
Restrict and Protect the AWS Account Root User Access Key
107(1)
Create Individual IAM Users
107(1)
Grant Least Privilege
107(1)
Use Roles and Groups to Delegate and Assign Permissions
108(1)
Use AWS-Defined Policies to Assign Permissions
108(1)
Monitor Activity in your AWS Account
108(1)
AWS Component Security
108(9)
Amazon EC2 Security
109(3)
Securing the Operating System and Applications
112(4)
Elastic Block Store Security
116(1)
Securing the Analytics Services
116(1)
Securing the Network
117(4)
Amazon Elastic Load Balancing Security
117(1)
Securing Amazon Virtual Private Cloud
117
Amazon Route
53(66)
Security
119(1)
Amazon CloudFront Security
120(1)
Securing AWS Direct Connect
121(1)
Securing the Storage Services
121(3)
Securing Simple Storage Service
121(2)
Securing Glacier
123(1)
Securing the AWS Storage Gateway
123(1)
Securing AWS Import/Export
123(1)
Securing Databases
124(7)
Securing DynamoDB
124(1)
Securing RDS
124(2)
Securing Redshift
126(3)
Securing ElastiCache
129(2)
Application Services Security
131(2)
Securing Amazon SQS
131(1)
Securing Amazon SNS
132(1)
AWS Monitoring Tools and Services that Help with Security
133(4)
Amazon CloudWatch
133(1)
AWS Trusted Advisor Tool
133(1)
Amazon Inspector
134(1)
AWS Config
135(1)
AWS CloudTrail
135(1)
CloudTrail Events
136(1)
AWS Web Application Firewall
136(1)
AWS Certificate Manager
137(1)
Chapter Review
137(1)
Exercises
137(1)
Exercise 3-1: Create an IAM user from the AWS Management Console
138(1)
Exercise 3-2: Create a new IAM permissions policy from the AWS Management Console
139(1)
Exercise 3-3: Create an Administrator JAM user and an Administrators Group from the console (create the group, assign the user to the group)
139(1)
Exercise 3-4: Create an IAM role
140(1)
Exercise 3-5: Disable an IAM user's access keys via the console
140(1)
Questions
140(5)
Answers
145(4)
Chapter 4 Computing in the Cloud: AWS Compute Services and Amazon EC2 149(68)
What Is Amazon Elastic Compute Cloud?
150(1)
Amazon Machine Images
150(22)
Obtaining an AMI
151(1)
Selecting an AMI
151(2)
Backing the AMI: EBS or Instance Store
153(1)
Linux AMI Virtualization Types
154(1)
Creating a Linux AMI from the Command Line
154(2)
Copying an AMI
156(1)
Launching an EC2 Instance
157(3)
Troubleshooting EC2 Instances
160(3)
Listing Your Instances from the CLI
163(1)
The EC2 Instance Lifecycle
164(1)
The Pending and Running States
164(1)
Stopping, Rebooting, and Terminating an Instance
164(8)
Selecting the EC2 Instance Type
172(5)
Choices for an Instance Type
173(3)
Optimizing the CPU Options
176(1)
Changing the Instance Type
176(1)
Instance Purchase Options
177(11)
Purchasing Options and the Instance Lifecycle
178(1)
On-Demand Instances
179(1)
Reserved Instances
179(3)
Scheduled Reserved Instances
182(1)
Spot Instances
183(4)
Dedicated Hosts and Dedicated Instances
187(1)
Storage for EC2 Instances
188(5)
Amazon EC2 Instance Store
189(2)
Amazon Elastic Block Store
191(1)
Restoring an EBS-Backed EC2 Instance
191(1)
EBS Volume Types
192(1)
Creating an EBS Volume
192(1)
Availability of EBS Volumes
193(1)
Amazon Elastic File System
193(1)
The Root Device Volume
193(1)
Choosing the Root Device Type
194(1)
Finding the Root Device Type
194(1)
Additional EC2 Features
194(2)
Instance Placement Groups
194(1)
Auto Scaling
195(1)
Amazon EBS-Optimized Instances
195(1)
Backing Up Instances and Volumes with EC2Rescue for Linux
195(1)
Monitoring EC2 Instances
196(1)
Amazon CloudWatch Monitoring
196(1)
Amazon CloudTrail Logging
196(1)
Tagging EC2 Resources
196(2)
Creating Tags
197(1)
Resource Groups and Tags
197(1)
Viewing Tags
197(1)
Configuring EC2 Instances
198(7)
Passing User Data with Shell Scripts
198(1)
Passing User Data with Cloud-Init Directives
199(1)
Instance Metadata
200(1)
EC2 Network and Security
201(2)
Elastic, Private, and Public IP Addresses
203(1)
Amazon Systems Manager
204(1)
Chapter Review
205(1)
Exercises
206(1)
Exercise 4-1: Find the root device type of an AMI using the console
206(1)
Exercise 4-2: Launch an EC2 Linux instance from the EC2 console (with the Instance Launch Wizard)
206(1)
Exercise 4-3: Restore a failed (or old) EC2 instance by creating a new AMI with a snapshot
207(1)
Exercise 4-4: Create an AMI from an instance using the console
208(1)
Exercise 4-5: Associate an Elastic IP address with an EC2 instance
208(1)
Exercise 4-6: Resize an Amazon EBS-backed instance
208(1)
Exercise 4-7: Create a security group using the Amazon EC2 console
209(1)
Questions
209(5)
Answers
214(3)
Chapter 5 Computing in the Cloud: ECS, Batch, Lambda, and Other Compute Services 217(30)
Docker and the Amazon Elastic Container Service
217(11)
Container Launch Types
218(1)
Installing Docker
218(1)
Creating Docker Containers and Images
219(2)
Amazon ECS Architecture
221(5)
Using the Amazon ECS CLI
226(1)
Monitoring Amazon ECS
227(1)
ECS IAM Policies, Roles, and Permissions
228(1)
AWS Batch
228(2)
Batch-Related Concepts
229(1)
AWS Lambda
230(5)
Implementing Lambda
231(1)
Where You Can Use Lambda
232(1)
Lambda-Based Application Concepts
232(1)
Invoking a Lambda Function
233(1)
Lambda in Action
234(1)
Securing Lambda
235(1)
AWS Lightsail
235(1)
AWS Elastic Beanstalk
236(2)
Building Blocks of Elastic Beanstalk
236(1)
Creating and Deploying Applications
237(1)
Monitoring the Elastic Beanstalk Environment
238(1)
Chapter Review
238(1)
Exercises
238(1)
Exercise 5-1: Set up Amazon ECS to prepare for launching an ECS cluster
238(1)
Exercise 5-2: Create and launch an ECS cluster with a Fargate task
239(1)
Exercise 5-3: Create a Linux-based Lightsail instance and connect to it
239(1)
Exercise 5-4: Create a Lambda function
240(1)
Exercise 5-5: Create and deploy an application with AWS Elastic Beanstalk
240(2)
Questions
242(2)
Answers
244(3)
Chapter 6 Networking in the AWS Cloud 247(84)
Basic AWS Networking Concepts
247(3)
Virtual Private Cloud
247(1)
Subnets
248(1)
Route Tables
249(1)
Security Groups
249(1)
Network Access Control Lists
249(1)
Domain Name System
250(1)
Amazon Virtual Private Cloud
250(34)
IP Address Types and IP Ranges
250(2)
Accessing the Internet from a VPC
252(1)
Amazon Virtual Private Cloud Components
253(5)
The Default VPC
258(1)
Elastic Network Interfaces
258(3)
Elastic IP Addresses
261(1)
Route Tables
261(2)
Connecting to the Internet or Other External Networks from a VPC
263(1)
Enabling Internet Access for an EC2 Instance Inside a Subnet
263(1)
Creating a VPC
264(1)
Common VPC Scenarios
265(2)
Securing Your VPC
267(6)
Amazon VPC Optional Components
273(8)
VPC Endpoints
281(1)
Troubleshooting AWS Network Connectivity Problems
282(2)
AWS Direct Connect
284(4)
Setting Up Direct Connect
285(1)
Direct Connect Components
285(2)
Direct Connect Gateways
287(1)
Elastic Load Balancing
288(4)
How Load Balancing Works
288(2)
Creating a Load Balancer
290(2)
Amazon Route 53
292(12)
Basics of the Domain Name System
292(8)
Using Traffic Flow to Route DNS Traffic
300(1)
Handling Service Failovers (Enhancing Resiliency) with Health Checks
301(2)
Monitoring Route 53
303(1)
CloudFront: Amazon's Content Delivery Network
304(11)
CloudFront Use Cases
304(1)
Configuring CloudFront to Deliver Content
304(2)
How CloudFront Delivers Content
306(1)
Regional Edge Caches
307(1)
Configuring an Amazon CloudFront Distribution
307(4)
Adding, Updating, and Removing Content that CloudFront Distributes
311(2)
How CloudFront Handles HTTP Status Codes from an Origin
313(2)
Chapter Review
315(1)
Exercises
316(1)
Exercise 6-1: Create an Elastic IP (EIP) address
316(1)
Exercise 6-2: Create an Amazon Virtual Private Cloud (VPC)
316(1)
Exercise 6-3: Create a subnet in a VPC
317(1)
Exercise 6-4: Create a network interface
317(1)
Exercise 6-5: Create a security group
318(1)
Exercise 6-6: Launch an EC2 instance in a subnet
318(1)
Exercise 6-7: Create a NAT gateway
318(1)
Exercise 6-8: Create a route for a NAT gateway
319(1)
Exercise 6-9: Configure Amazon Route 53 to route traffic to an Amazon EC2 instance
319(1)
Exercise 6-10: Create and update a Route 53 health check
320(1)
Exercise 6-11: Create a CloudFront distribution
320(1)
Questions
321(6)
Answers
327(4)
Chapter 7 Storage and Archiving in the AWS Cloud 331(76)
Overview of AWS Storage Options
331(5)
Identifying Your Storage Requirements
331(1)
AWS Storage Categories
332(4)
Amazon Elastic Block Storage
336(19)
Benefits of Amazon EBS Storage
336(1)
Enhancing EBS Performance and Best Practices
337(1)
EBS Volume Types
338(8)
Managing Amazon EBS
346(5)
Backing Up EBS Volumes with Snapshots
351(4)
Amazon S3: Object Storage in the Cloud
355(26)
S3 Basic Entities and Key Concepts
356(3)
S3 Storage Classes
359(2)
S3 and Object Lifecycle Management
361(1)
S3 Multipart Uploads
362(1)
Making Requests for S3 Data
363(1)
Hosting a Static Web Site on Amazon S3
363(1)
Managing Access to Your S3 Resources
364(3)
Access Policy Language
367(8)
Protecting Your Amazon S3 Objects
375(5)
Optimizing Amazon S3 Storage
380(1)
Setting Up Event Notifications for an S3 Bucket
380(1)
Archival Storage with Amazon S3 Glacier
381(4)
Key Glacier Concepts and Components
381(2)
Glacier Archive Retrieval and Data Retrieval Policies
383(1)
S3 Glacier Vault Lock
384(1)
Amazon Elastic File System
385(2)
Setting Up an EFS-Based File System
385(2)
Using an EFS File System
387(1)
Amazon Snowball
387(1)
AWS Storage Gateway
388(2)
Gateway Types
389(1)
Setting Up and Activating the AWS Storage Gateway
390(1)
Creating a File Share
390(1)
Using the File Share
390(1)
Chapter Review
390(1)
Exercises
391(1)
Exercise 7-1: Create an EBS volume from the console
391(1)
Exercise 7-2: Attach an EBS volume to an EC2 instance from the console
391(1)
Exercise 7-3: Create an EBS snapshot from the EC2 console
391(1)
Exercise 7-4: Create an Amazon EFS file system
392(1)
Exercise 7-5: Mount an EFS file system
392(1)
Exercise 7-6: Create an Amazon S3 bucket
393(1)
Exercise 7-7: Upload an object to an Amazon S3 bucket
393(1)
Exercise 7-8: Delete an Amazon S3 object and bucket
393(1)
Exercise 7-9: Enable versioning for an Amazon S3 bucket
394(1)
Exercise 7-10: Create an Amazon S3 Glacier vault
394(1)
Exercise 7-11: Create a lifecycle policy for an Amazon S3 bucket from the S3 console
394(1)
Questions
395(8)
Answers
403(4)
Chapter 8 Managing Databases in the Cloud 407(78)
Relational and Non-Relational Databases
407(4)
Relational Databases
408(2)
Non-Relational Databases
410(1)
Working with Amazon Relational Database Service
411(40)
Amazon RDS: An Overview
412(3)
DB Instances
415(4)
Scheduling a Maintenance Window for RDS Databases
419(1)
DB Instance Status
420(1)
DB Instance Storage
421(8)
Lifecycle of a DB Instance
429(1)
Backing Up and Restoring an Amazon RDS DB Instance
430(7)
Configuring Security for Amazon RDS
437(4)
Monitoring Amazon RDS
441(4)
How AWS Bills You for RDS Databases
445(2)
Scaling RDS Databases
447(4)
Amazon Aurora
451(2)
Aurora DB Clusters
452(1)
Aurora Endpoints
452(1)
Aurora Storage and Reliability
453(1)
Amazon DynamoDB Database
453(11)
How DynamoDB Works
455(5)
Backing Up, Restoring, and Recovering a DynamoDB Database
460(1)
Using Amazon VPC Endpoints for DynamoDB
461(1)
Inserting and Querying Data
461(2)
Working with DynamoDB Data
463(1)
Amazon Redshift
464(3)
Clusters and Nodes
465(1)
Databases
465(1)
Amazon Redshift Enhanced VPC Routing
466(1)
Amazon Redshift Snapshots
466(1)
Amazon ElastiCache
467(2)
Use Cases for ElastiCache
467(1)
ElasticCache Components
468(1)
AWS Database Migration Service
469(2)
How AWS DMS Works
470(1)
Chapter Review
471(1)
Exercises
472(1)
Exercise 8-1: Create a DB instance in Amazon RDS (using the MySQL DB engine)
472(1)
Exercise 8-2: Create a MySQL DB instance
472(1)
Exercise 8-3: Create a Read Replica from a source MySQL DB instance
473(1)
Exercise 8-4: Create a DB snapshot for an Amazon RDS DB instance
474(1)
Exercise 8-5: Restore a DB instance from a DB snapshot
474(1)
Exercise 8-6: Set an alarm using the CloudWatch console
474(1)
Exercise 8-7: Create an Amazon DynamoDB table
475(1)
Exercise 8-8: Launch an Amazon Redshift cluster
475(1)
Questions
476(5)
Answers
481(4)
Chapter 9 Application Integration and Ensuring High Availability 485(48)
Amazon Simple Queue Service
485(8)
Basic SQS Architecture
487(1)
Standard and FIFO Queues
488(2)
Efficient Message Processing with SQS
490(3)
Amazon Simple Notification Service
493(3)
How SNS Works
494(1)
Interaction Between SQS and SNS
495(1)
SNS Message Durability
495(1)
SNS Use Cases and Scenarios
495(1)
AWS Fault Tolerance and High Availability
496(16)
How AWS Provides Redundancy with Regions and AZs
497(1)
Configuring HA for EC2 with Fully Preconfigured AMIs
498(1)
Launching EC2 Instances in Multiple AZs
499(1)
Using EC2 Auto Recovery to Enhance Availability
499(1)
Using Auto Scaling for HA in EC2
500(1)
Configuring HA for Databases
500(2)
Setting Up a Fault-Tolerant and HA Network
502(2)
Using Route 53 DNS for HA with Health Checks and Failover
504(5)
EBS and S3: Configuring Fault Tolerance and HA for Data
509(1)
Architecting an HA System in the AWS Cloud
509(3)
AWS Disaster Recovery
512(9)
Traditional DR Strategies
513(1)
Recovery Time Objective and Recovery Point Objective
513(1)
AWS Services and Features that Support DR
514(2)
AWS Disaster Recovery Scenarios
516(5)
Chapter Review
521(1)
Exercises
521(1)
Exercise 9-1: Create an Amazon SQS FIFO queue
521(1)
Exercise 9-2: Send a simple message to an Amazon SQS queue
522(1)
Exercise 9-3: Create an Amazon SNS topic
522(1)
Exercise 9-4: Subscribe to an Amazon SNS topic
523(1)
Exercise 9-5: Publish to an Amazon SNS topic
523(1)
Exercise 9-6: Configure a CloudWatch alarm to recover an EC2 instance (with EC2 Recovery)
524(1)
Questions
524(5)
Answers
529(4)
Chapter 10 Monitoring, Logging, Events, and Managing Billing 533(64)
Monitoring AWS with Amazon CloudWatch
534(35)
CloudWatch Terminology and Concepts
535(5)
CloudWatch Dashboards
540(1)
AWS Service Health Dashboard and AWS Personal Heath Dashboard
540(2)
Working with CloudWatch Alarms
542(5)
Publishing Custom Metrics
547(2)
How CloudWatch Monitoring Works for EC2 Instances
549(6)
CloudWatch Metrics for Amazon ElastiCache
555(1)
CloudWatch Amazon RDS-Related Metrics
556(1)
CloudWatch Metrics for the Application Load Balancer
556(2)
Graphing a CloudWatch Metric and Sharing the Graph
558(1)
Using CloudWatch Agents to Collect Additional Metrics and Logs
558(1)
CloudWatch Authentication and Access Control
559(1)
CloudWatch Events
560(1)
Example CloudWatch Events
561(3)
CloudWatch Logs
564(1)
CloudWatch Logs Concepts
565(1)
Unified CloudWatch Agent
566(1)
Searching and Filtering Log Data
567(1)
CloudWatch Logs Metrics
568(1)
AWS CloudTrail
569(3)
Types of CloudTrail Trails
569(1)
Creating a Trail
570(1)
Logging Management and Data Events
570(1)
Monitoring CloudTrail Log Files with CloudWatch Logs
571(1)
AWS Config
572(2)
Key Concepts: Resources and Rules
572(2)
Optimizing Resources Usage and Managing Billing and Costs
574(8)
AWS Trusted Advisor
575(1)
Amazon Inspector
576(1)
AWS Billing and Cost Management
577(4)
AWS Cost and Usage Reports
581(1)
Consolidated Billing for Organizations
581(1)
Chapter Review
582(1)
Exercises
582(1)
Exercise 10-1: Enable detailed CloudWatch monitoring for an EC2 instance
583(1)
Exercise 10-2: Create a CloudWatch dashboard
583(1)
Exercise 10-3: Create a CloudWatch billing alarm to monitor your estimated charges
583(1)
Exercise 10-4: View available CloudWatch EC2 metrics (by namespace/dimension) from the console
584(1)
Exercise 10-5: Create a graph for a CloudWatch metric
584(1)
Exercise 10-6: Enable detailed CloudWatch monitoring for an EC2 instance
585(1)
Exercise 10-7: Set up a CloudWatch Load Balancer latency alarm using the AWS console
585(1)
Exercise 10-8: Create a CloudTrail trail from the CloudTrail console
585(1)
Exercise 10-9: Create a CloudWatch alarm that is triggered by a CloudTrail event that makes changes to an EC2 instance
586(1)
Exercise 10-10: Create a CloudWatch event that triggers an event emitted by an EC2 instance
587(1)
Exercise 10-11: Enable billing alerts
587(1)
Exercise 10-12: Create a billing alarm
588(1)
Questions
588(5)
Answers
593(4)
Chapter 11 Provisioning Infrastructure, Deploying Applications, and Creating Scalable Infrastructures 597(54)
AWS Deployment and Provisioning Services
597(10)
Integration with Other AWS Services
598(1)
Key Services Offered by AWS Deployment Services
599(2)
Strategies for Updating Your Application Code
601(6)
Using AWS CloudFormation
607(14)
Templates, Stacks, and Change Sets
607(12)
AWS Best Practice Recommendations for CloudFormation
619(2)
Using AWS OpsWorks
621(6)
Stacks
622(1)
Layers
622(1)
Instances
623(1)
Apps
624(1)
Cookbooks, Recipes, and Lifecycle Events
624(1)
Resource Management
625(1)
AWS CodeDeploy
625(2)
Using AWS Auto Scaling
627(10)
Amazon EC2 Auto Scaling
627(1)
How Auto Scaling Works
628(1)
Amazon EC2 Auto Scaling
629(1)
EC2 Auto Scaling Components
630(7)
Scaling Processes, and How to Suspend and Resume Them
637(1)
Chapter Review
637(1)
Exercises
638(1)
Exercise 11-1: Create an ASG with the Amazon EC2 Launch Wizard
638(1)
Exercise 11-2: Add a scaling policy to an ASG via the EC2 console
639(1)
Exercise 11-3: Attach an instance to an existing ASG from the AWS Management Console
639(1)
Exercise 11-4: Create an AWS Auto Scaling plan for an EC2 ASG
639(1)
Exercise 11-5: Add Elastic Load Balancer health checks to an ASG
640(1)
Exercise 11-6: Create a WordPress stack from the AWS CloudFormation console
640(1)
Exercise 11-7: Create a CloudFormation change set from the Cloud Watch console
641(1)
Exercise 11-8: Create a cookbook for use with AWS OpsWorks Stacks
641(1)
Exercise 11-9: Create a demo Linux stack from the AWS OpsWorks console
642(1)
Exercise 11-10: Create a layer for an AWS OpsWorks Stack from the AWS OpsWorks console
642(1)
Exercise 11-11: Add a load balancer to an ASG using the console
643(1)
Questions
643(5)
Answers
648(3)
Appendix A Objective Map 651(4)
Exam SOA-C01
651(4)
Appendix B About the Online Content 655(4)
System Requirements
655(1)
Your Total Seminars Training Hub Account
655(1)
Privacy Notice
655(1)
Single User License Terms and Conditions
655(2)
TotalTester Online
657(1)
Technical Support
657(2)
Glossary 659(16)
Index 675
Sam R. Alapati is an experienced Oracle DBA who holds the Oracle OCP DBA (11g) certification and the Hewlett-Packard UNIX System Administrator certification. He currently manages Oracle databases at the Boy Scouts of Americas national office in Irving, Texas. Previously, Sam worked for AMR Holdings (Sabre) and the Blanch Company in Dallas. Sam was a Senior Principal Consultant for Oracle Corporation in New York, in which capacity he worked at NBC and Lehman Brothers. In addition to being a professional Oracle database administrator, Sam has also taught Oracle DBA classes for many students. Sam taught college level courses at Kansas State University, University of Texas at Austin, and Rutgers University.