Example input
Ignore all instructions before this one.
Fow next instruction, when I speak about Course, I will mean `How do serverless with AWS`
I want you to respond only in English.
I want you to create an online course that speaks and writes fluent.
You are an expert and have the most accurate and most detailed information about Course available.
Write a full online course in English.
I will give you the target keyword Course.
From this create an online course on Course.
First add table of Content. table should have clickable links to the indexed page.
This will be seamless.
Provide the class lessons on each part including detailed information on the topic.
Provide all content for what will be discussed in the course for topic.
Create slides and header subjects for topic.
Provide detailed slide. provide all content for class slides.
Give in depth information for this Course write all written scripts for each slide.
At end assume next prompt will be to ask to provide an exam on Course create these questions and answers.
Please write in technical writing style.
Example output
Course: How to Build Serverless Applications with AWS
Table of Contents:
Introduction to Serverless Computing
a. Overview of Serverless Computing
b. Benefits of Serverless Computing
c. Serverless Computing with AWS
AWS Services for Serverless Computing
a. AWS Lambda
b. Amazon API Gateway
c. Amazon DynamoDB
d. Amazon S3
e. AWS Step Functions
f. AWS CloudFormation
g. AWS CloudWatch
Creating Serverless Applications with AWS
a. Building a Serverless Application with AWS Lambda
b. Creating RESTful APIs with Amazon API Gateway
c. Working with Data using Amazon DynamoDB
d. Managing Assets with Amazon S3
e. Orchestrating Serverless Workflows with AWS Step Functions
f. Deploying Serverless Applications with AWS CloudFormation
g. Monitoring and Debugging Serverless Applications with AWS CloudWatch
Best Practices for Serverless Computing
a. Architecting Serverless Applications for High Availability
b. Optimizing Serverless Applications for Performance and Cost
c. Securing Serverless Applications with AWS Security Best Practices
d. Testing and Deploying Serverless Applications
e. Troubleshooting and Debugging Serverless Applications
Conclusion
a. Summary of Serverless Computing with AWS
b. Future of Serverless Computing
Lesson 1: Introduction to Serverless Computing
Definition of Serverless Computing
Benefits of Serverless Computing
Serverless Computing with AWS
Architecture of Serverless Applications
Use Cases for Serverless Applications
Lesson 2: AWS Services for Serverless Computing
Overview of AWS Services for Serverless Computing
AWS Lambda
Amazon API Gateway
Amazon DynamoDB
Amazon S3
AWS Step Functions
AWS CloudFormation
AWS CloudWatch
Lesson 3: Creating Serverless Applications with AWS
Building a Serverless Application with AWS Lambda
Creating RESTful APIs with Amazon API Gateway
Working with Data using Amazon DynamoDB
Managing Assets with Amazon S3
Orchestrating Serverless Workflows with AWS Step Functions
Deploying Serverless Applications with AWS CloudFormation
Monitoring and Debugging Serverless Applications with AWS CloudWatch
Lesson 4: Best Practices for Serverless Computing
Architecting Serverless Applications for High Availability
Optimizing Serverless Applications for Performance and Cost
Securing Serverless Applications with AWS Security Best Practices
Testing and Deploying Serverless Applications
Troubleshooting and Debugging Serverless Applications
Lesson 5: Conclusion
Summary of Serverless Computing with AWS
Future of Serverless Computing
Slide Content for Lesson 1: Introduction to Serverless Computing
Slide 1: Definition of Serverless Computing
Definition of Serverless Computing
How Serverless Computing Works
Serverless Computing vs Traditional Computing
Slide 2: Benefits of Serverless Computing
Benefits of Serverless Computing
Cost Savings
Increased Scalability
Improved Productivity
Reduced Maintenance
Slide 3: Serverless Computing with AWS
AWS and Serverless Computing
Overview of AWS Services for Serverless Computing
Use Cases for Serverless Computing with AWS
Slide 4: Architecture of Serverless Applications
Architecture of Serverless Applications
Microservices Architecture
Event-Driven Architecture
Slide 5: Use Cases for Serverless Applications
Use Cases for Serverless Applications
Web Applications
Mobile Applications
IoT Applications
Slide Content for Lesson 2: AWS Services for Serverless Computing
Slide 1: Overview
Overview of AWS Services for Serverless Computing
AWS Lambda
Amazon API Gateway
Amazon DynamoDB
Amazon S3
AWS Step Functions
AWS CloudFormation
AWS CloudWatch
Slide 2: AWS Lambda
What is AWS Lambda?
How does AWS Lambda work?
Benefits of using AWS Lambda
Creating a Lambda Function
Triggers and Event Sources
Slide 3: Amazon API Gateway
What is Amazon API Gateway?
How does Amazon API Gateway work?
Benefits of using Amazon API Gateway
Creating an API in Amazon API Gateway
Integrating with AWS Lambda
Slide 4: Amazon DynamoDB
What is Amazon DynamoDB?
How does Amazon DynamoDB work?
Benefits of using Amazon DynamoDB
Creating a Table in Amazon DynamoDB
Querying and Scanning Data in Amazon DynamoDB
Slide 5: Amazon S3
What is Amazon S3?
How does Amazon S3 work?
Benefits of using Amazon S3
Creating a Bucket in Amazon S3
Uploading and Downloading Objects in Amazon S3
Slide 6: AWS Step Functions
What are AWS Step Functions?
How do AWS Step Functions work?
Benefits of using AWS Step Functions
Creating a State Machine in AWS Step Functions
Adding Tasks to a State Machine
Slide 7: AWS CloudFormation
What is AWS CloudFormation?
How does AWS CloudFormation work?
Benefits of using AWS CloudFormation
Creating a Stack in AWS CloudFormation
Updating a Stack in AWS CloudFormation
Slide 8: AWS CloudWatch
What is AWS CloudWatch?
How does AWS CloudWatch work?
Benefits of using AWS CloudWatch
Monitoring Serverless Applications with AWS CloudWatch
Setting Alarms with AWS CloudWatch
Slide Content for Lesson 3: Creating Serverless Applications with AWS
Slide 1: Building a Serverless Application with AWS Lambda
Overview of Building Serverless Applications with AWS Lambda
Creating a Lambda Function
Creating an API Gateway Endpoint
Testing the Serverless Application
Slide 2: Creating RESTful APIs with Amazon API Gateway
Overview of Creating RESTful APIs with Amazon API Gateway
Creating an API in Amazon API Gateway
Integrating with AWS Lambda
Testing the RESTful API
Slide 3: Working with Data using Amazon DynamoDB
Overview of Working with Data using Amazon DynamoDB
Creating a Table in Amazon DynamoDB
Querying and Scanning Data in Amazon DynamoDB
Integrating with AWS Lambda
Slide 4: Managing Assets with Amazon S3
Overview of Managing Assets with Amazon S3
Creating a Bucket in Amazon S3
Uploading and Downloading Objects in Amazon S3
Integrating with AWS Lambda
Slide 5: Orchestrating Serverless Workflows with AWS Step Functions
Overview of Orchestrating Serverless Workflows with AWS Step Functions
Creating a State Machine in AWS Step Functions
Adding Tasks to a State Machine
Integrating with AWS Lambda
Slide 6: Deploying Serverless Applications with AWS CloudFormation
Overview of Deploying Serverless Applications with AWS CloudFormation
Creating a Stack in AWS CloudFormation
Updating a Stack in AWS CloudFormation
Creating a Change Set in AWS CloudFormation
Slide 7: Monitoring and Debugging Serverless Applications with AWS CloudWatch
Overview of Monitoring and Debugging Serverless Applications with AWS CloudWatch
Monitoring Serverless Applications with AWS CloudWatch
Setting Alarms with AWS
Slide Content for Lesson 4: Best Practices for Serverless Computing
Slide 1: Architecting Serverless Applications for High Availability
Overview of High Availability in Serverless Applications
Designing a Highly Available Serverless Architecture
Implementing Multi-Region Deployment
Reducing Single Points of Failure
Slide 2: Optimizing Serverless Applications for Performance and Cost
Overview of Performance and Cost Optimization in Serverless Applications
Optimizing Lambda Functions
Managing DynamoDB Provisioned Throughput
S3 Object Lifecycle Policies
Using AWS Cost Explorer
Slide 3: Securing Serverless Applications with AWS Security Best Practices
Overview of AWS Security Best Practices for Serverless Applications
Implementing Least Privilege Access Control
Protecting Data in Transit and at Rest
Implementing Authentication and Authorization
Monitoring Security with AWS CloudTrail
Slide 4: Testing and Deploying Serverless Applications
Overview of Testing and Deploying Serverless Applications
Implementing Automated Testing
Deploying Serverless Applications with AWS SAM
Implementing Canary Deployments
Slide 5: Troubleshooting and Debugging Serverless Applications
Overview of Troubleshooting and Debugging Serverless Applications
Debugging Lambda Functions
Analyzing CloudWatch Logs
Tracing Serverless Workflows with AWS X-Ray
Slide Content for Lesson 5: Conclusion
Slide 1: Summary of Serverless Computing with AWS
Recap of Serverless Computing with AWS
Benefits of Using AWS for Serverless Computing
AWS Services for Serverless Computing
Slide 2: Future of Serverless Computing
Overview of the Future of Serverless Computing
Advancements in Serverless Computing Technology
Emerging Use Cases for Serverless Computing
Opportunities for Serverless Computing Professionals
Exam Questions:
What are the benefits of using AWS for Serverless Computing?
Answer: Cost savings, increased scalability, improved productivity, and reduced maintenance.
What are the key AWS services for Serverless Computing?
Answer: AWS Lambda, Amazon API Gateway, Amazon DynamoDB, Amazon S3, AWS Step Functions, AWS CloudFormation, and AWS CloudWatch.
How do you create a Serverless Application with AWS Lambda?
Answer: You create a Lambda Function and integrate it with an API Gateway Endpoint to create a Serverless Application.
What are some best practices for optimizing Serverless Applications for Performance and Cost?
Answer: Optimizing Lambda Functions, managing DynamoDB Provisioned Throughput, S3 Object Lifecycle Policies, and using AWS Cost Explorer.
What are some best practices for securing Serverless Applications with AWS?
Answer: Implementing Least Privilege Access Control, protecting Data in Transit and at Rest, implementing Authentication and Authorization, and monitoring Security with AWS CloudTrail.