aws-xray-sdk-node
jsii
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aws-xray-sdk-node | jsii | |
---|---|---|
4 | 33 | |
262 | 2,553 | |
1.1% | 1.5% | |
6.6 | 9.4 | |
10 days ago | 11 days ago | |
JavaScript | TypeScript | |
Apache License 2.0 | Apache License 2.0 |
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aws-xray-sdk-node
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Serverless Spy Vs Spy Chapter 1: X-ray
You see in the node xrays sdk that each AWS service is customized with the captureAWSRequest function, which is responsible for the X-Ray calls.
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is it best to have aws x-ray be enabled in a production environment?
Generally speaking, it is encouraged on serverless-heavy environments (assuming Lambdas, API Gateways, AppSync, DynamoDB and similar services were configured to use it). However, some crucial pieces are still missing, like a proper SQS integration. Bear that in mind.
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First Look at Lambda Powertools TypeScript
So what do we get for that? The Tracer module wraps the AWS X-Ray SDK (as a transitive dependency). It doesn't really add any net new capabilities, but makes the SDK easier to work with. In my experience, that SDK is a bit of a bear so this may be well worth it. We can decorate class methods to introduce new trace segments in a single line of code. We can also use the imperative form to add new traces where we see fit. We can capture AWS clients, but that simply exposes the X-Ray SDK.
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X-Ray tracing from SQS to Lambda
aws-xray-sdk-node: https://github.com/aws/aws-xray-sdk-node/issues/208
jsii
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The Stainless SDK Generator
What about jsii? The technology behind AWS sdks: https://aws.github.io/jsii/
Is Stainless similar, different?
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AWS Makes Cloud Formation Stack Creation Up to 40% Faster
The libraries for other supported languages of CDK are built as wrappers for underlying JS or maybe TS code via https://github.com/aws/jsii
So all the core CDK code is written first in JS/TS and then stubs for the other languages are added
Unfortunately this is often done without consideration for how the other supported langs actually work, and artefacts of e.g. JS lack of support for kwargs leak through
This is why e.g. the typing in CDK Python is completely broken - pretty much uniformly the concrete types like "Resource" don't implement their corresponding interface like "IResource" (to a type checker)
(There are many other typing niggles like this but that's the most egregious and pervasive one)
At the end of the day, having to explicitly cast concrete types as their interface to satisfy type checker is a minor annoyance, albeit a stupid one that could have been avoided with more care in the core library.
I could live with that, but I encountered so many bugs and issues trying to use CDK on current project that it's now much clearer to me why every company I worked at previously was using Terraform.
Pretty sure some of those issues are ultimately CloudFormation ones. The cumbersome CF > CDK JS > CDK Python stack is great for obfuscating errors and making debugging hard or impossible though.
Pulumi do something similar, albeit with Go as the core language and Terraform underneath. From what I've seen with a little use they have a much more successful result though, Pulumi Python was not a complete mess, and deploys faster and more reliable with better error feedback. I guess they just took more care to get it right.
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Infrastructure Manager: Provision Google Cloud Resources with Terraform
Every version of the CDK uses an interop layer and runs on top of the Typescript version
https://github.com/aws/jsii
And as far as TF supports services before CFT. Guess which is easier for an AWS employee to do - getting the CF service team to support a new service or just contribute to Terraform’s open source project?
I know of at least one service where the service team introduced the needed APIs and then an employee of AWS wrote the TF provider and contributed to the project before AWS’s own internal team added it to CFT.
Source: former AWS ProServe employee
- JSii allows code in any language to naturally interact with JavaScript classes
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Cloud, why so difficult? 🤷♀️
To "meet developers where they are" is a beautiful tenet of AWS, and of the CDK, and inspired us to create awesome technology such as JSII and constructs.
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Automating AWS API gateways v1 REST
Yeah both CDKTF and Pulumi piggyback on JSII, a class translator that supports the languages you've mentioned, which was used as a building base for CDK.
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New open-source programming language for DevOps engineers by the creator of the CDK
The reason we chose to start with compilation to JavaScript and not some other popular cloud language is because JavaScript is currently one of the most used ones, and in addition, we are using JSII to write our SDK in Typescript and then export it for consumption in other languages, such as Go, Python, Java and others.
- Write SDK “base” in Rust, wrap in other languages?
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CDKTF Frequently Asked Questions
The CDKTF CLI is implemented in TypeScript. Providers and resources are implemented in TypeScript as well. jsii is used to compile the providers and resources to the supported languages.
- 10 things about AWS CDK
What are some alternatives?
middy - 🛵 The stylish Node.js middleware engine for AWS Lambda 🛵
Pulumi - Pulumi - Infrastructure as Code in any programming language. Build infrastructure intuitively on any cloud using familiar languages 🚀
powertools-lambda-typescript - Powertools is a developer toolkit to implement Serverless best practices and increase developer velocity.
projen - Rapidly build modern applications with advanced configuration management
deno-lambda - A deno runtime for AWS Lambda. Deploy deno via docker, SAM, serverless, or bundle it yourself.
awesome-projen - P6M7G8's Awesome Projen
dazn-lambda-powertools - Powertools (logger, HTTP client, AWS clients, middlewares, patterns) for Lambda functions.
powertools-lambda
aws-cdk - The AWS Cloud Development Kit is a framework for defining cloud infrastructure in code
aws-embedded-metrics-node - Amazon CloudWatch Embedded Metric Format Client Library
aws-sdk-js-v3 - Modularized AWS SDK for JavaScript.