Jyxal - a coffee-flavored version of Vyxal compiled for the Java Virtual Machine

Last update: May 19, 2022

Overview

Jyxal

Jyxal is a coffee-flavored version of Vyxal compiled for the Java Virtual Machine. A list of differences can be seen here.

Running

Note: Jyxal and all JARs produced by Jyxal require Java 17 or higher to run.

You can grab the latest release from the releases tab. You can also download the latest auto-built release by going to the actions tab, clicking on the latest action run on master, and scrolling all the way down to show the artifact. A third way is by building it yourself.

To compile some Jyxal code, all you have to do is run the command java -jar Jyxal.v .jar [flags] (for version 0.1.0, the JAR is named Jyxal-0.1.0.jar). A list of flags can be found here. The compiler will then compile the source file into a JAR with the same name. This JAR contains the entire runtime for Jyxal, so no extra files are needed. There will also be another file called debug.log generated, but you may safely ignore/delete it. To run the resultant JAR, run java -jar .jar [flags] [inputs].

Building it Yourself

Jyxal uses Gradle for building, but the wrapper is included in the repository, so you do not have to build it yourself. To build Jyxal, run ./gradlew shadowJar. Your IDE's "build" command will not work, as shadowJar also copied the runtime environment into the resulting JAR, while the command does not do that. The resulting JAR will be located under /build/libs/.

Compiler Flags

Flag	What It Does
`V`	This flag makes the compiler read files in the Vyxal encoding
`D`	This flag makes the compiler print the parse tree, useful for debugging.
`o`	This flag forces the compiler to not perform any optimizations on the compiled bytecode.
`f`	This flag pipes implicit output of the program into a file called `test.out`, useful as some terminals cannot display unicode chars correctly.

Comments

Create jar artifact in Gradle workflow

This workflow will save the jar generated in the Gradle workflow. If someone wants the latest build, they can just grab that instead of building Jyxal themselves. You can find the jar produced by this commit here (scroll to the bottom).

opened by cgccuser 2
SYMJY

You read that right, folks! The all new 2022 Seggan SymJy. With superior performance and direct bytecode compilation, it is guaranteed 1% faster than Symvy!

P.S. don't tell anyone, but I haven't added cookies yet

opened by Seggan 1

Add factorial/sentence case element

This also adds decrement element, exclusive zero range, exclusive one range, and parity

I tried putting the code into Myxal, but it didn't work, so you can paste it in once Myxal works.

Parsing program...
Compiling program...
Extracting runtime classes...
Writing to jar...
Performing post-compilation optimisations...
ProGuard, version undefined
Unexpected error while computing stack sizes:
  Class       = [jyxal/Main]
  Method      = [main([Ljava/lang/String;)V]
  Exception   = [java.lang.IllegalArgumentException] (Stack size becomes negative after instruction [20] invokestatic #39 = Methodref(io/github/seggan/myxal/runtime/RuntimeMethods.factorial(Lio/github/seggan/myxal/runtime/ProgramStack;)Ljava/lang/Object;) in [jyxal/Main.main([Ljava/lang/String;)V])
Unexpected error while editing code:
  Class       = [jyxal/Main]
  Method      = [main([Ljava/lang/String;)V]
  Exception   = [java.lang.IllegalArgumentException] (Stack size becomes negative after instruction [20] invokestatic #39 = Methodref(io/github/seggan/myxal/runtime/RuntimeMethods.factorial(Lio/github/seggan/myxal/runtime/ProgramStack;)Ljava/lang/Object;) in [jyxal/Main.main([Ljava/lang/String;)V])
Exception in thread "main" java.lang.IllegalArgumentException: Stack size becomes negative after instruction [20] invokestatic #39 = Methodref(io/github/seggan/myxal/runtime/RuntimeMethods.factorial(Lio/github/seggan/myxal/runtime/ProgramStack;)Ljava/lang/Object;) in [jyxal/Main.main([Ljava/lang/String;)V]
        at proguard.classfile.attribute.visitor.StackSizeComputer.evaluateInstructionBlock(StackSizeComputer.java:348)
        at proguard.classfile.attribute.visitor.StackSizeComputer.visitCodeAttribute0(StackSizeComputer.java:162)
        at proguard.classfile.attribute.visitor.StackSizeComputer.visitCodeAttribute(StackSizeComputer.java:124)
        at proguard.classfile.editor.StackSizeUpdater.visitCodeAttribute(StackSizeUpdater.java:44)
        at proguard.classfile.editor.CodeAttributeEditor.visitCodeAttribute0(CodeAttributeEditor.java:595)
        at proguard.classfile.editor.CodeAttributeEditor.visitCodeAttribute(CodeAttributeEditor.java:530)
        at proguard.classfile.util.DynamicMemberReferenceInitializer.visitCodeAttribute(DynamicMemberReferenceInitializer.java:195)
        at proguard.classfile.attribute.CodeAttribute.accept(CodeAttribute.java:138)
        at proguard.classfile.ProgramMethod.attributesAccept(ProgramMethod.java:148)
        at proguard.classfile.attribute.visitor.AllAttributeVisitor.visitProgramMember(AllAttributeVisitor.java:94)
        at proguard.classfile.visitor.MemberVisitor.visitProgramMethod(MemberVisitor.java:57)
        at proguard.classfile.ProgramMethod.accept(ProgramMethod.java:140)
        at proguard.classfile.ProgramClass.methodsAccept(ProgramClass.java:695)
        at proguard.classfile.visitor.AllMethodVisitor.visitAnyClass(AllMethodVisitor.java:46)
        at proguard.classfile.visitor.ClassVisitor.visitProgramClass(ClassVisitor.java:40)
        at proguard.classfile.ProgramClass.accept(ProgramClass.java:544)
        at proguard.classfile.ClassPool.classesAccept(ClassPool.java:291)
        at proguard.Initializer.execute(Initializer.java:228)
        at proguard.pass.PassRunner.run(PassRunner.java:24)
        at proguard.ProGuard.initialize(ProGuard.java:328)
        at proguard.ProGuard.execute(ProGuard.java:130)
        at io.github.seggan.myxal.app.Main.doMain(Main.kt:126)
        at io.github.seggan.myxal.app.Main.main(Main.kt:140)

opened by Steffan153 0

It might be nice to bundle the release with a minimal Java runtime through `jlink`

I haven't contributed anything to this project, and this is merely a suggestion.

Jyxal requires Java 17, but Java 8 is the version you get when you google "java", and version 11 is provided as the default on some popular Linux distros including Ubuntu and Fedora. Java 8 still has extended support left until 2030 (https://www.oracle.com/java/technologies/java-se-support-roadmap.html), so it will take some time to have most systems with Java 17.

Requiring the user to have multiple versions of Java installed on the same system might not be welcomed. One practical reason is PATH clashing, and one psychological reason is considering the oldest supported version stable and safe.

Recent JDKs have jlink, with which the developer can create a minimal Java runtime by automatically tracking the necessary dependencies from the class files. With this minimal runtime bundled with Jyxal.jar, you can provide a standalone app or script that calls java -jar (from the minimal runtime) behind the scene for the end-user.
enhancement

opened by xiver77 2
Elements To Implement
Check these off as you implement them. I offer a 50-150 one-time bounty for implementing at least 7.

[ ] ƈ

[x] ¬

[ ] ↔

[x] æ

[ ] ʁ

[ ] ɽ

[ ] ƈ

[ ] ∞

[ ] :

[ ] v

[ ] x

[ ] ↑

[ ] ↓

[ ] ∴

[ ] ∵

[ ] ∷

[ ] ¤

[ ] β

[ ] τ

[ ] ‹

[ ] ȧ

[ ] ċ

[ ] ḋ

[ ] ė

[ ] ḟ

[ ] ġ

[ ] ḣ

[ ] ḭ

[ ] ŀ

[ ] ṁ

[ ] ȯ

[ ] ṗ

[ ] ṙ

[ ] ṫ

[ ] ẇ

[ ] ẋ

[ ] ẏ

[ ] ż

[ ] ¶

[ ] ⁋

[ ] §

[ ] ε

[ ] ¡

[ ] ¦

[ ] ≈

[ ] Ȧ

[ ] Ḃ

[ ] Ċ

[ ] Ḋ

[ ] Ė

[ ] Ḟ

[ ] Ġ

[ ] Ḣ

[ ] İ

[ ] Ŀ

[ ] Ṁ

[ ] Ṅ

[ ] Ȯ

[ ] Ṗ

[ ] Ṡ

[ ] Ṫ

[ ] Ẇ

[ ] Ẋ

[ ] Ż

[ ] ⁰

[ ] ¹

[ ] ²

[ ] ∇

[ ] ⌈

[ ] ⌊

[ ] ¯

[ ] ±

[ ] □

[ ] ↳

[ ] ↲

[ ] ⋏

[ ] ⋎

[ ] ꘍

[ ] ꜝ

[ ] ℅

[ ] ≠

[ ] ⁼

[ ] ∪

[ ] ∩

[ ] ⊍

[x] £

[ ] ⇧

[ ] ⇩

[ ] Ǎ

[ ] ǎ

[ ] Ǐ

[ ] ǐ

[ ] Ǒ

[ ] ǒ

[ ] Ǔ

[ ] ǔ

[ ] ↵

[ ] ¼

[ ] ⅛

[ ] ¾

[ ] Π

[ ] „

[ ] ‟

[ ] ∆²

[ ] ∆c

[ ] ∆C

[ ] ∆s

[ ] ∆S

[ ] ∆t

[ ] ∆T

[ ] ∆q

[ ] ∆Q

[ ] ∆P

[ ] ∆ƈ

[ ] ∆i

[ ] ∆ė

[ ] ∆I

[ ] ∆Ė

[ ] ∆f

[ ] ∆±

[ ] ∆K

[ ] ∆e

[ ] ∆E

[ ] ∆L

[ ] ∆l

[ ] ∆τ

[ ] ∆d

[ ] ∆D

[ ] ∆R

[ ] ∆Ṗ

[ ] ∆ṗ

[ ] ∆p

[ ] ∆ṙ

[ ] ∆W

[ ] ∆Ŀ

[ ] ∆Z

[ ] ∆ċ

[ ] ∆o

[ ] ∆M

[ ] ∆ṁ

[ ] ∆ṫ

[ ] ∆Ċ

[ ] ∆¢

[ ] ∆›

[ ] ∆‹

[ ] øḂ

[ ] øḃ

[ ] øb

[ ] øB

[ ] øβ

[ ] øc

[ ] øC

[ ] øĊ

[ ] ød

[ ] øD

[ ] øḋ

[ ] øe

[ ] ø↲

[ ] ø↳

[ ] øM

[ ] øṁ

[ ] øṀ

[ ] øW

[ ] øP

[ ] øp

[ ] øṖ

[ ] øo

[ ] øV

[ ] øF

[ ] øṙ

[ ] øṘ

[ ] Þ*

[ ] Þo

[ ] Þc

[ ] Þx

[ ] Þ×

[ ] Þu

[ ] ÞẊ

[ ] ÞB

[ ] ÞU

[ ] Þf

[ ] Þǔ

[ ] Þi

[ ] Þḟ

[ ] Þm

[ ] Þ…

[ ] Þ<

[ ] ÞD

[ ] ÞS

[ ] ÞṪ

[ ] ÞṀ

[ ] Þ•

[ ] ÞḊ

[ ] Þ/

[ ] Þ↓

[ ] Þ↑

[ ] ÞZ

[ ] ÞF

[ ] ÞṄ

[ ] Þ!

[ ] Þ℅

[ ] ÞC

[ ] ÞR

[ ] Þṁ

[ ] ÞM

[ ] Þ∞

[ ] Þ∴

[ ] Þ∵

[ ] Þs

[ ] Þ¾

[ ] Þr

[ ] ÞR

[ ] Þẇ

[ ] Þg

[ ] ÞG

[ ] Þṡ

[ ] ÞK

[ ] Þİ

[ ] ÞN

[ ] ¨□

[ ] ¨^

[ ] ¨,

[ ] ¨…

[ ] ¨M

[ ] ¨>

[ ] ¨<

[ ] ¨ẇ

[ ] ¨*

[ ] k½

[ ] k₁

[ ] k+

[ ] k-

[ ] k≈

[ ] kṗ

[ ] k□

[x] &

[ ] v

[ ] ~

[ ] ₌

[ ] ₍

[ ] ƒ

[ ] ɖ

[x] ß

[ ] ¨=

enhancement development
opened by Seggan 0

Releases(0.5.1)

0.5.1(Apr 8, 2022)

I know, I am breaking the semver convention, but a release adding comments in my opinion does not warrant a new minor release.
Source code(tar.gz)
Source code(zip)
Jyxal.v0.5.1.jar(25.47 MB)
0.5.0(Apr 6, 2022)
Added every capital ASCII letter element

While loop counters start at 1 now

Converted digraph aliases into node aliases

Fixed critical issue where vectorise would return a List instead of a JyxalList

Source code(tar.gz)
Source code(zip)
Jyxal.v0.5.0.jar(25.47 MB)
0.4.1(Mar 23, 2022)
Improved performance for for loops that simply iterate x times and do not access the context variable

Cleaned up some code

Source code(tar.gz)
Source code(zip)
Jyxal.v0.4.1.jar(25.53 MB)
0.4.0(Mar 19, 2022)
Moved almost the entire codebase to Kotlin, except for the math library

Fixed the primality elements incorrectly assuming multiples of 5 were prime

Added a new post-compilation optimiser

Moved to Java 11

Source code(tar.gz)
Source code(zip)
Jyxal.v0.4.0.jar(25.52 MB)
0.3.0(Mar 10, 2022)
Added filter and apply lambdas

Added /, d, Ṙ, ð, L, J, p, ¥, Ẏ, ṡ, ɾ, ṅ, ⁽, ‡, ≬, W, £, ḣ, ⁋, ¬, æ

Added all k digraphs except the 7 that push a list

Source code(tar.gz)
Source code(zip)
Jyxal.v0.3.0.jar(16.92 MB)
0.2.0(Mar 6, 2022)
Added the elements f and ∑

Added aliases. More about them can be seen here

Added the map lambda

Source code(tar.gz)
Source code(zip)
Jyxal.v0.2.0.jar(16.89 MB)
0.1.0(Mar 4, 2022)

Initial release. About 30 elements done and major structures are done. Code optimization is very good.
Source code(tar.gz)
Source code(zip)
Jyxal-0.1.0.jar(16.89 MB)

Owner

A group of epic gamers who work on Vyxal

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