skorfmann

Built this as one off script to post a bunch of records to bluesky based on a given csv to bootstrap https://bsky.app/profile/cdk.dev

sonnet 3.5 wrote all the code

skorfmann

/** 
 * Post-synthesis function to configure AWS provider for LocalStack
 */

exports.postSynth = function(config) {    
    const endpoint = "http://localhost:4566";
    const services = [
        "apigateway", "apigatewayv2", "cloudformation", "cloudwatch", "dynamodb", "ec2", "es", 
        "elasticache", "firehose", "iam", "kinesis", "lambda", "rds", "redshift", "route53", 
        "secretsmanager", "ses", "sns", "sqs", "ssm", "stepfunctions", "sts"

skorfmann

MoneyMoney CSV Export with Apple Script and Automator

• adjust set accounts to {"IBAN 1", "IBAN 2"}
• replace yourPassword with your MoneyMoney password
• replace /your/local/path/ with your actual target path
• set the time range set yesterday to (today - (1 * days))

Load this file in Automator and get fully automated exports.

skorfmann

import { Credentials } from "@aws-amplify/core";
import { AuthOptions, createAuthLink } from "aws-appsync-auth-link";
import { createSubscriptionHandshakeLink } from "aws-appsync-subscription-link";
import {
  ApolloClient, ApolloLink, HttpLink, InMemoryCache
} from "@apollo/client/core"
import gql from 'graphql-tag';

global.WebSocket = require('ws');

skorfmann

import { Construct, Node, } from "constructs";
import {  Resource, TerraformResource, TerraformAsset, AssetType } from 'cdktf';
import * as fs from "fs";
import * as path from 'path'
import { DataExternal } from "@cdktf/provider-external"

export interface CustomDataSourceConfig {
  code(input: any): Promise<any>
  inputs: any;
  dependsOn?: TerraformResource[];

skorfmann

An example for a custom provider leveraging https://github.com/lukekaalim/terraform-plugin-node-SDK/

This is a workaround for hashicorp/terraform-provider-aws#18206

This works locally and could also be published as an actual Terraform provider to the Terraform registry. In addition to this, we can build provider bindings for that via cdktf get und use it the context of Terraform CDK.

skorfmann

import { Construct, } from "constructs";
import {  Resource, TerraformResource } from 'cdktf';
import * as fs from "fs";
import * as path from 'path'
import { DataExternal } from "../.gen/providers/external"

export interface CustomDataSourceConfig<Inputs, Outputs> {
  code(input: Inputs): Promise<Outputs>
  inputs: Inputs;
  dependsOn?: TerraformResource[];

skorfmann

import { Construct, Tag } from '@aws-cdk/core';
import { App, Stack } from '../../../packages/@terrastack/core';
import { AwsProvider, AwsS3Bucket, AwsIamPolicy } from '../.generated/aws';
import { PolicyDocument, PolicyStatement, AnyPrincipal, Effect } from "@aws-cdk/aws-iam"

const app = new App();

class MyBucketStack extends Stack {
  constructor(scope: Construct, ns: string) {
    super(scope, ns);

skorfmann

Stubbing Lambda Functions in your CDK Stack

Given you have a stack with one or more Lambda functions (e.g. as part of a Step Functions state machine), it can be pretty useful to stub long running parts with a known response.

This makes use of cdk Aspects, which allows modifying all or a filtered subsset of resources for a given scope (Stack, Construct).

In addition this leverages raw overrides to remove the original code of the Lambda function.

Please note, that the stub has to be in Python or NodeJS, since inlining code is only supported by those runtimes.

skorfmann

const AWS = require('aws-sdk')
const appsync = require('aws-appsync');
const gql = require('graphql-tag');
require('cross-fetch/polyfill');

exports.handler = async function(event) {
  const graphqlClient = new appsync.AWSAppSyncClient({
    url: process.env.APPSYNC_ENDPOINT_URL,
    region: process.env.AWS_REGION,
    auth: {