MoarVM
typescript-action
MoarVM | typescript-action | |
---|---|---|
11 | 29 | |
678 | 1,777 | |
0.9% | 2.0% | |
7.9 | 9.2 | |
4 days ago | 7 days ago | |
C | TypeScript | |
GNU General Public License v3.0 or later | MIT License |
Stars - the number of stars that a project has on GitHub. Growth - month over month growth in stars.
Activity is a relative number indicating how actively a project is being developed. Recent commits have higher weight than older ones.
For example, an activity of 9.0 indicates that a project is amongst the top 10% of the most actively developed projects that we are tracking.
MoarVM
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Stability
Implement return prioritization #1786: superseeded
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What's a good way to represent overloaded functions at a low level?
Now, as to how that's done at the low level, and whether the way it's done is a good way to do it, well, I can't help. Suffice to say, the main place to look for how this is handled at the low-level is MoarVM. I dug around for a couple minutes and have a link to a commit from nearly a decade ago. Does that help?
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Language intrinsics and custom array layout
For a class the default representation is P6Opaque. This is one of a few dozen stock representations that Raku requires compiler backends implement as standard. See, for example, the 46 .c/.h pairs of C89 source files in the relevant MoarVM directory. A quick glance at the names of the source code files should paint a broad picture. A look at their code will fill in some details.
- Directly run compiled bytecode file?
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How do you know if an allocator is good?
I'm hoping someone who knows C89 can take a quick gander at the C89 code implementing 47 representations in here and comment on it.
- MoarVM: A VM with adaptive optimization and JIT compilation, built for Rakudo
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Any languages doing anything interesting with allocators?
This is (yet another) very un(der)documented Raku feature (over a decade after it was introduced!), but one can browse what looks to me like reasonably clean and commented C89 code implementing 47 representations in the relevant MoarVM directory.
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Designing containers for GitHub actions
FROM alpine:latest as base ARG RAKU_RELEASE=2021.12 ENV PKGS="git make gcc musl-dev perl linux-headers bash" RUN apk update && apk upgrade \ && apk add --no-cache $PKGS \ && git clone --depth 1 --branch ${RAKU_RELEASE} https://github.com/MoarVM/MoarVM.git \ && cd MoarVM \ && perl Configure.pl --prefix /usr \ && make --print-data-base \ && make install\ && cd .. \ && git clone --depth 1 --branch ${RAKU_RELEASE} git://github.com/Raku/nqp.git \ && cd nqp \ && perl Configure.pl --backends=moar --prefix /usr \ && make install \ && cd .. \ && git clone --depth 1 --branch ${RAKU_RELEASE} https://github.com/rakudo/rakudo.git \ && cd rakudo \ && perl Configure.pl --backends=moar --prefix /usr \ && make install \ && ls /usr/share/nqp/ FROM alpine:latest ARG UID=1000 LABEL version="0.5.0" maintainer="[email protected]" raku_release=${RAKU_RELEASE} raku_user_uid=${UID} COPY --from=base /usr/lib/libmoar.so /usr/lib COPY --from=base /usr/share/nqp/ /usr/share/nqp COPY --from=base /usr/share/perl6/ /usr/share/perl6 COPY --from=base /usr/bin/moar /usr/bin/nqp /usr/bin/raku /usr/bin/perl6 /usr/bin/rakudo /usr/bin/ RUN mkdir /github \ && addgroup -S raku && adduser -S raku -G raku --uid ${UID} USER raku WORKDIR /home/raku ENTRYPOINT ["raku"]
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What happened to the Mu MicroVM project?
Visit the MoarVM project's home page and/or its github repo.
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Scheme string vector vs list of chars
MoarVM's representation is very cool https://github.com/MoarVM/MoarVM/blob/master/docs/strings.asciidoc
typescript-action
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Hashnode Blog GitHub Action - fetch and display the latest blogs in a nice format
While learning about GitHub Actions, I came across the GitHub Actions Org, and they have a bunch of templates for building custom GitHub actions. So, I started searching for a template that has TypeScript support, ensuring type safety to write bug-free code. I found the typescript-action template that includes support for tests, linter, versioning, and more.
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Dynamically importing a downloaded file in a TypeScript GitHub action.
This is the template I used for my TypeScript action https://github.com/actions/typescript-action
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Develop, test, and deploy your extensions for all popular CIs from a single codebase
I found the GitHub actions documentation easier to read than Azure, so I would recommend starting writing and testing your extensions on GitHub by using the official template actions/typescript-action. The mentioned template provides a good starting point; I won't repeat the steps here. Play with it, write some simple stuff, and then return here for the next steps.
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Speeding up GitHub Actions with npm cache
GitHub maintain a set of repos called actions. One of which is called cache.
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AdaGPT: My Learnings While Building a GitHub Action
To get started quickly with a JavaScript action, I recommend using the official templates from GitHub for JavaScript and TypeScript.
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Rust is not hard! Part 1: GitHub Actions
On the TypeScript side, setup was much easier. There was already a template from GitHub that took care of the basics. Most of the time spent here was updating dependencies and getting my editor to play nicely with itβ18 minutes, about 10% of the total.
- CICD pipelines written in Typescript
- Unpopular opinion: CI/CD engines are an awful idea
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Creating GitHub Actions for community engagement
Now that you know how to create your own GitHub Actions, why not give it a try? Head to the GitHub Marketplace and start exploring the existing Actions, or create your own and share it with the community. With GitHub Actions, the possibilities are endless, so start building and see what you can accomplish
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How to Debug Tests in the CI Pipeline
Your build most likely fails because your tests fail. Most CI pipelines today, like Jenkins, Circleci, GitLab, TeamCity, Bamboo, and GitHub Actions, are configured to automatically cause the build process to fail when tests fail.
What are some alternatives?
Oberon - Oberon parser, code model & browser, compiler and IDE with debugger
codeql-action - Actions for running CodeQL analysis
nqp - NQP
ncc - Compile a Node.js project into a single file. Supports TypeScript, binary addons, dynamic requires.
Inline-Perl5 - Use Perl 5 code in a Raku program
get-changed-files - Get all of the files changed/modified in a pull request or push's commits.
roast - π¦ Raku test suite
sticky-pull-request-comment - create comment on pull request, if exists update that comment.
Sparrow6 - Raku Automation Framework
publish-unit-test-result-action - GitHub Action to publish unit test results on GitHub
rakudo - π¦ Rakudo β Raku on MoarVM, JVM, and JS
vercel-action - This action make a deployment with github actions instead of Vercel builder.