from Andy Boothe
I’ve added a new custom base image for Java 20 on Lambda to complement the community base images already available for Java 17, Java 18, and Java 19. You can find the images on the ECR Public Gallery and DockerHub and the source code on GitHub. All the new features in Java 20 are in preview or incubator, as befits a non-LTS release, but for those who like to live life on the bleeding edge, there’s lots of new toys to play with. These base images will let you get started.
EDIT: WebFlow now supports Code Blocks out of the box! However, it only supports them in Pages, not in CMS Collection Entries, so it’s not a total solution. This article’s approach works in CMS Collection Entries, so if you need code blocks there, read on!
I’m in the process of developing the marketing website for Arachnio. Being an API product, I need to embed code in some of the site’s pages and blog posts. The website is built on WebFlow, which I have found to be generally outstanding, but it does not support inline code or code blocks out of the box. Here’s how I got code blocks with syntax highlighting working in WebFlow.
Continue reading “Adding Code Blocks with Syntax Highlighting to WebFlow”In my opinion, JDBI is simply the best database access framework for relational databases available for Java today. My new library, JDBQ, is essentially a port of JDBI from relational databases to Google BigQuery.
If anyone needs a regular expression for matching single Emoji in BigQuery/RE2, this is a good place to start:(?:[\x{1F300}-\x{1F5FF}]|[\x{1F900}-\x{1F9FF}]|[\x{1F600}-\x{1F64F}]|[\x{1F680}-\x{1F6FF}]|[\x{2600}-\x{26FF}]\x{FE0F}?|[\x{2700}-\x{27BF}]\x{FE0F}?|\x{24C2}\x{FE0F}?|[\x{1F1E6}-\x{1F1FF}]{1,2}|[\x{1F170}\x{1F171}\x{1F17E}\x{1F17F}\x{1F18E}\x{1F191}-\x{1F19A}]\x{FE0F}?|[\\x{0023}\x{002A}\x{0030}-\x{0039}]\x{FE0F}?\x{20E3}|[\x{2194}-\x{2199}\x{21A9}-\x{21AA}]\x{FE0F}?|[\x{2B05}-\x{2B07}\x{2B1B}\x{2B1C}\x{2B50}\x{2B55}]\x{FE0F}?|[\x{2934}\x{2935}]\x{FE0F}?|[\x{3297}\x{3299}]\x{FE0F}?|[\x{1F201}\x{1F202}\x{1F21A}\x{1F22F}\x{1F232}\x{1F23A}\x{1F250}\x{1F251}]\x{FE0F}?|[\x{203C}-\x{2049}]\x{FE0F}?|[\x{00A9}-\x{00AE}]\x{FE0F}?|[\x{2122}\x{2139}]\x{FE0F}?|\x{1F004}\x{FE0F}?|\x{1F0CF}\x{FE0F}?|[\x{231A}\x{231B}\x{2328}\x{23CF}\x{23E9}\x{23F3}\x{23F8}\x{23FA}]\x{FE0F}?)
Inspired by zly394/EmojiRegex on GitHub.
I’ve added a new custom base image for Java 19 on Lambda to complement the community base images already available for Java 17 and Java 18. You can find the images on the ECR Public Gallery and DockerHub and the source code on GitHub. If you’re as excited to try Java 19 as I am, then these base images will let you get started.
I’ve added a new custom base image for Java 18 on Lambda to complement the community Java 17 base images already available. You can find the images on the ECR Public Gallery and DockerHub and the source code on GitHub. If you’ve been waiting to adopt Java 18 until there was Lambda support, then these base images will let you get started.
I’ve just released my first commercial API, arachn.io. It’s a simple thing, focusing on performing link unwinding and data extraction affordably at scale. It’s also dead simple to use.
Check out the Free Forever plan to try it out yourself!
Thinking about using an AWS Lambda function using the excellent awslabs/aws-serverless-java-container as an AWS Application Load Balancer (ALB) target? There are some configuration gotchas you should know about!
I’m (finally) upgrading several projects to Java 17, the current LTS version. I like to deploy my Lambda functions as container images because it keeps the devops simple — everything is a container! — but there still isn’t an officially-supported base image Java 17, even though it’s been out for almost a year. So I made one and released it to the community. You can find the images on ECR Public Gallery and DockerHub, and the source code is on GitHub. If you’ve been waiting to adopt Java 17 until there was Lambda support, then these base images will let you get started.
I just released the first beta version of litecene, a Java library that implements a common boolean search syntax for full-text search, with its first transpiler for BigQuery.
Litecene uses a simple, user-friendly syntax that is derived from Lucene query syntax that should be familiar to most users. It includes clauses for term with wildcard, phrase with proximity, AND, OR, NOT, and grouping.
As an example, this might be a good Litecene query to identify social media posts talking about common ways people user their smartphones:
(smartphone OR "smart phone" OR iphone OR "apple phone" OR android OR "google phone" OR "windows phone" OR "phone app"~8) AND (call* OR dial* OR app OR surf* OR brows* OR camera* OR pic* OR selfie)The syntax is documented in more detail here.
Continue reading “Litecene: Full-Text Search for Google BigQuery”