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DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsNETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
DEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceREST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of the LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsNETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
DEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceREST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of the LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1 IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governs HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.CODE EXAMPLES
Code Examples. The AWS SDK for Go V2 examples can help you write your own Go applications that use Amazon Web Services. The examples assume you have already set up and configured the SDK (that is, you have imported all required packages and set your credentials and region).INTRODUCTION
Introduction. jsii allows code in any language to naturally interact with JavaScript classes. It is the technology that enables the AWS Cloud Development Kit to deliver polyglot libraries from a single codebase! A class library written in TypeScript can be used in projects authored in TypeScript or Javascript (as usual), but also inC# (and
CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of your TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. UNIT TESTING WITH THE AWS SDK FOR GO V2 How to mock the AWS SDK for Go V2 when unit testing your application. When using the SDK in your application, you’ll want to mock out the SDK for your application’s unit test. Mocking out the SDK allows your test to be focused on what you want to test, not the internals of the SDK. To support mocking use Go interfaces instead of concrete LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsDEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceREST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of theCONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of yourMULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py. You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsDEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceREST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of theCONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of yourMULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py. You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.AWS COPILOT CLI
Get started with architectures. Run a single command to quickly get started with a containerized application using best practices on AWS from a Dockerfile.. Instead of modeling individual resources, Copilot provides common cloud architectures: Request-Driven Web Service, Load Balanced Web Service, Backend Service, Scheduled Job and generates the necessary infrastructure from that. NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.DEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceNETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file.WEBSOCKET TUTORIALS
First install a copy of Chalice in a fresh environment, create a new project and cd into the directory: $ pip install -U chalice $ chalice new-project echo-server $ cd echo-server. Our Chalice application will need boto3 as a dependency for both API Gateway to send websocket messages. Let’s add a boto3 to the requirements.txt file: UNIT TESTING WITH THE AWS SDK FOR GO V2 How to mock the AWS SDK for Go V2 when unit testing your application. When using the SDK in your application, you’ll want to mock out the SDK for your application’s unit test. Mocking out the SDK allows your test to be focused on what you want to test, not the internals of the SDK. To support mocking use Go interfaces instead of concrete LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debugDOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsNETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
DEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web service NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.REST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of theMULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsAWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
DEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceNETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
REST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of the NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1 HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.NETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.INTRODUCTION
Introduction. jsii allows code in any language to naturally interact with JavaScript classes. It is the technology that enables the AWS Cloud Development Kit to deliver polyglot libraries from a single codebase! A class library written in TypeScript can be used in projects authored in TypeScript or Javascript (as usual), but also inC# (and
CONTROL PLANE
EKS Architecture¶. EKS architecture is designed to eliminate any single points of failure that may compromise the availability and durability of the Kubernetes control plane. The Kubernetes control plane managed by EKS runs inside an EKS managed VPC. The EKS control plane comprises the Kubernetes API server nodes, etcd cluster. USING THE AWS SDK FOR GO V2 WITH AWS SERVICES Using the AWS SDK for Go V2 with AWS Services. Construct service clients and make operation calls to send requests to AWS services. To make calls to an AWS service, you must first construct a service client instance. A service client provides low-level access to every API action for that service. For example, you create an Amazon S3service
TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governs NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.DEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceREST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of theNETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governs HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.NETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
INTRODUCTION
Introduction. jsii allows code in any language to naturally interact with JavaScript classes. It is the technology that enables the AWS Cloud Development Kit to deliver polyglot libraries from a single codebase! A class library written in TypeScript can be used in projects authored in TypeScript or Javascript (as usual), but also inC# (and
TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file.CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of your LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug UNIT TESTING WITH THE AWS SDK FOR GO V2 How to mock the AWS SDK for Go V2 when unit testing your application. When using the SDK in your application, you’ll want to mock out the SDK for your application’s unit test. Mocking out the SDK allows your test to be focused on what you want to test, not the internals of the SDK. To support mocking use Go interfaces instead of concrete IVSPLAYER CLASS REFERENCE Quality objects from the loaded source or empty if none are currently available. The qualities will be available after the IVSPlayerStateReady state has been entered. This contains the qualities that can be assigned to quality.Note that this set will contain only qualities capable of being played on the current device and not all those present in the source stream. BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶ LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.WEBSOCKET TUTORIALS
First install a copy of Chalice in a fresh environment, create a new project and cd into the directory: $ pip install -U chalice $ chalice new-project echo-server $ cd echo-server. Our Chalice application will need boto3 as a dependency for both API Gateway to send websocket messages. Let’s add a boto3 to the requirements.txt file: LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py. You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶ LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.WEBSOCKET TUTORIALS
First install a copy of Chalice in a fresh environment, create a new project and cd into the directory: $ pip install -U chalice $ chalice new-project echo-server $ cd echo-server. Our Chalice application will need boto3 as a dependency for both API Gateway to send websocket messages. Let’s add a boto3 to the requirements.txt file: LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py. You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsDEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceCODE EXAMPLES
Code Examples. The AWS SDK for Go V2 examples can help you write your own Go applications that use Amazon Web Services. The examples assume you have already set up and configured the SDK (that is, you have imported all required packages and set your credentials and region). NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.NETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.REST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of the TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶ LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.WEBSOCKET TUTORIALS
First install a copy of Chalice in a fresh environment, create a new project and cd into the directory: $ pip install -U chalice $ chalice new-project echo-server $ cd echo-server. Our Chalice application will need boto3 as a dependency for both API Gateway to send websocket messages. Let’s add a boto3 to the requirements.txt file: LOGGING — AWS CHALICE Also note the log message formatting. This is the default format that’s been automatically configured. We can make a change to set our log level to debug: import logging from chalice import Chalice app = Chalice(app_name='demolog') # Enable DEBUG logs. app.log.setLevel(logging.DEBUG) @app.route('/') def index(): app.log.debug("This is a debug BLUEPRINTS — AWS CHALICE Blueprints. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py. You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform, and its own built-in deployer based on the AWS SDK for Python. Use the deployment tools and services you're already familiar with. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices.AWS COPILOT CLI
Your toolkit for containerized applications on AWS. AWS Copilot is an open source command line interface that makes it easy for developers to build, release, and operate production ready containerized applications on AWS App Runner, Amazon ECS, and AWS Fargate. Getstarted.
CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶ LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CONFIGURATION FILE
Configuration File. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you can use to control what happens when you chalice deploy: $ tree -a . ├── .chalice │ └── config.json ├── app.py └── requirements.txt 1MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.WEBSOCKET TUTORIALS
First install a copy of Chalice in a fresh environment, create a new project and cd into the directory: $ pip install -U chalice $ chalice new-project echo-server $ cd echo-server. Our Chalice application will need boto3 as a dependency for both API Gateway to send websocket messages. Let’s add a boto3 to the requirements.txt file: HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. The guidance herein is part of a series of best practices guides that AWS is publishing to help customers implement EKS in accordance with best practices. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsDEVELOPER GUIDE
Developer Guide. Welcome to the AWS SDK for Go. The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services, such as Amazon Elastic Compute Cloud (Amazon EC2) and Amazon Simple Storage Service (Amazon S3). The SDK removes the complexity of coding directly against a web serviceCODE EXAMPLES
Code Examples. The AWS SDK for Go V2 examples can help you write your own Go applications that use Amazon Web Services. The examples assume you have already set up and configured the SDK (that is, you have imported all required packages and set your credentials and region). NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.NETWORK SECURITY
Network security has several facets. The first involves the application of rules which restrict the flow of network traffic between services. The second involves the encryption of traffic while it is in transit. The mechanisms to implement these security measureson EKS
MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.REST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of the TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform,and its own built
AWS COPILOT CLI
Get started with architectures. Run a single command to quickly get started with a containerized application using best practices on AWS from a Dockerfile.. Instead of modeling individual resources, Copilot provides common cloud architectures: Request-Driven Web Service, Load Balanced Web Service, Backend Service, Scheduled Job and generates the necessary infrastructure from that. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES Amazon EKS Best Practices Guide for Security¶. This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶CONFIGURATION FILE
Configuration File¶. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of your LOGGING — AWS CHALICE 2020, Amazon Web Services, Inc or its affiliates. All rightsreserved.
WEBSOCKET TUTORIALS
Starting in Chalice 1.10, the package command has a --merge-template argument that allows us to merge in a custom JSON file to the generated CloudFormation template. Since Chalice does not have any built-in support for DynamoDB currently, we will make a resources.json file with the DynamoDB definition. The template file will set the environment variable TABLE in all our LambdaDOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform,and its own built
AWS COPILOT CLI
Get started with architectures. Run a single command to quickly get started with a containerized application using best practices on AWS from a Dockerfile.. Instead of modeling individual resources, Copilot provides common cloud architectures: Request-Driven Web Service, Load Balanced Web Service, Backend Service, Scheduled Job and generates the necessary infrastructure from that. HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES Amazon EKS Best Practices Guide for Security¶. This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶CONFIGURATION FILE
Configuration File¶. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of your LOGGING — AWS CHALICE 2020, Amazon Web Services, Inc or its affiliates. All rightsreserved.
WEBSOCKET TUTORIALS
Starting in Chalice 1.10, the package command has a --merge-template argument that allows us to merge in a custom JSON file to the generated CloudFormation template. Since Chalice does not have any built-in support for DynamoDB currently, we will make a resources.json file with the DynamoDB definition. The template file will set the environment variable TABLE in all our Lambda HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES Amazon EKS Best Practices Guide for Security¶. This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies.REST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of theMULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.CODE EXAMPLES
Code Examples. The AWS SDK for Go V2 examples can help you write your own Go applications that use Amazon Web Services. The examples assume you have already set up and configured the SDK (that is, you have imported all required packages and set your credentials and region).DEVELOPER GUIDE
The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governs NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.NETWORK SECURITY
Important. Security groups for pods relies on a feature known as ENI trunking which was created to increase the ENI density of an EC2 instance. When a pod is assigned to an SG, a VPC controller associates a branch ENI from the node group with the pod. TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.DOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform,and its own built
HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES Amazon EKS Best Practices Guide for Security¶. This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies.AWS COPILOT CLI
Get started with architectures. Run a single command to quickly get started with a containerized application using best practices on AWS from a Dockerfile.. Instead of modeling individual resources, Copilot provides common cloud architectures: Request-Driven Web Service, Load Balanced Web Service, Backend Service, Scheduled Job and generates the necessary infrastructure from that. CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶CONFIGURATION FILE
Configuration File¶. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of yourMULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. LOGGING — AWS CHALICE 2020, Amazon Web Services, Inc or its affiliates. All rightsreserved.
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Starting in Chalice 1.10, the package command has a --merge-template argument that allows us to merge in a custom JSON file to the generated CloudFormation template. Since Chalice does not have any built-in support for DynamoDB currently, we will make a resources.json file with the DynamoDB definition. The template file will set the environment variable TABLE in all our LambdaDOCUMENTATION
Supports multiple deployment systems. Chalice supports multiple tools to deploy your application including AWS CloudFormation, Terraform,and its own built
HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES Amazon EKS Best Practices Guide for Security¶. This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies.AWS COPILOT CLI
Get started with architectures. Run a single command to quickly get started with a containerized application using best practices on AWS from a Dockerfile.. Instead of modeling individual resources, Copilot provides common cloud architectures: Request-Driven Web Service, Load Balanced Web Service, Backend Service, Scheduled Job and generates the necessary infrastructure from that. CHALICE — AWS CHALICE Chalice¶ class Chalice (app_name) ¶. This class represents a chalice application. It provides: The ability to register routes using the route() method.; Within a view function, the ability to introspect the current request using the current_request attribute which is an instance of the Request class.; app_name¶CONFIGURATION FILE
Configuration File¶. Whenever you create a new project using chalice new-project, a .chalice directory is created for you. In this directory is a config.json file that you LAMBDA EVENT SOURCES SQS Events¶. You can configure a lambda function to be invoked whenever messages are available on an SQS queue. To configure this, use the Chalice.on_sqs_message() decorator and provide the name of the SQS queue and an optional batch size. The message visibility timeout of your SQS queue must be greater than or equal to the lambda timeout.CHALICE STAGES
Chalice Stages¶. Chalice has the concept of stages, which are completely separate sets of AWS resources. When you first create a chalice project and run commands such as chalice deploy and chalice url, you don’t have to specify any stage values or stage configuration.This is because chalice will use a stage named dev by default.. You may eventually want to have multiple stages of yourMULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS. LOGGING — AWS CHALICE 2020, Amazon Web Services, Inc or its affiliates. All rightsreserved.
WEBSOCKET TUTORIALS
Starting in Chalice 1.10, the package command has a --merge-template argument that allows us to merge in a custom JSON file to the generated CloudFormation template. Since Chalice does not have any built-in support for DynamoDB currently, we will make a resources.json file with the DynamoDB definition. The template file will set the environment variable TABLE in all our Lambda HOME - EKS BEST PRACTICES GUIDES - GITHUB PAGES Amazon EKS Best Practices Guide for Security¶. This guide provides advice about protecting information, systems, and assets that are reliant on EKS while delivering business value through risk assessments and mitigation strategies. IDENTITY AND ACCESS MANAGEMENT Identity and Access Management¶. Identity and Access Management (IAM) is an AWS service that performs two essential functions: Authentication and Authorization. Authentication involves the verification of a identity whereas authorization governsCODE EXAMPLES
Code Examples. The AWS SDK for Go V2 examples can help you write your own Go applications that use Amazon Web Services. The examples assume you have already set up and configured the SDK (that is, you have imported all required packages and set your credentials and region).DEVELOPER GUIDE
The AWS SDK for Go V2 provides APIs and utilities that developers can use to build Go applications that use AWS services. NETWORK - EKS BEST PRACTICES GUIDES - GITHUB PAGES Networking in EKS¶. EKS uses Amazon VPC to provide networking capabilities to worker nodes and Kubernetes Pods. An EKS cluster consists of two VPCs: an AWS-managed VPC that hosts the Kubernetes control plane and a second customer-managed VPC that hosts the Kubernetes worker nodes where containers run, as well as other AWS infrastructure (like load balancers) used by the cluster.NETWORK SECURITY
Important. Security groups for pods relies on a feature known as ENI trunking which was created to increase the ENI density of an EC2 instance. When a pod is assigned to an SG, a VPC controller associates a branch ENI from the node group with the pod.MULTI-TENANCY
Warning. With soft-multi-tenancy, tenants retain the ability to query CoreDNS for all services that run within the cluster by default. An attacker could exploit this by running dig SRV ..svc.cluster.local from any pod in the cluster.If you need to restrict access to DNS records of services that run within your clusters, consider using the Firewall or Policy plugins for CoreDNS.REST API TUTORIAL
You might see a problem with storing the objects in a module level OBJECTS variable. We address this in the next section. The app.current_request object is an instance of the Request class, which also has the following properties.. current_request.query_params - A dict of the query params.; current_request.headers - A dict of the request headers.; current_request.uri_params - A dict of the TESTING — AWS CHALICE Here’s how you can test these functions with the test client. In our example, we’ll be using pytest, but the Chalice test client will work with any testing framework.We’ll create a new tests/ directory and create a tests/__init__.py and a tests/test_app.py file. BLUEPRINTS — AWS CHALICE Blueprints¶. Chalice blueprints are used to organize your application into logical components. Using a blueprint, you define your resources and decorators in modules outside of your app.py.You then register a blueprint in your main app.py file. Blueprints support any decorator available on an application object.Open Source at AWS
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