- AECforWebAssembly VS Lark
- AECforWebAssembly VS wasm-fizzbuzz
- AECforWebAssembly VS mal
- AECforWebAssembly VS spi
- AECforWebAssembly VS serenity
- AECforWebAssembly VS geodesic_raytracing
- AECforWebAssembly VS Notes-To-WAV-converter
- AECforWebAssembly VS EmGlue
- AECforWebAssembly VS asyncio
- AECforWebAssembly VS Drogon-torch-serve
AECforWebAssembly Alternatives
Similar projects and alternatives to AECforWebAssembly
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Lark
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SonarLint
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spi
Simple Pascal Interpreter - Based on ruslanspivak's project that was written in Python.
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Notes-To-WAV-converter
A program that converts musical notes stored in a text file into WAV files. I know this is not a good Git repository.
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Scout APM
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asyncio
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EmGlue
🕸️ Glue C++ to your browser! Universal bindings for JavaScript/Wasm using Glue and Embind.
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Drogon-torch-serve
Serve pytorch / torch models using Drogon
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JUCE
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magnum
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renjin
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WebGui
An example demo of IMGUI (Immediate Mode GUI) on the web. Using only WebGL, GLFW and ImGui. Suitable for being compiled to web assembly (WASM).
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libCat
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AECforWebAssembly reviews and mentions
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Exceptions: Yes or No?
In my AEC-to-WebAssembly compiler, I am using custom exception types for internal compiler errors: CorruptCompilationContext, InvalidTypenameException and NotImplementedException. I am handling them in main.
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Why it is that C++ can be compiled to JavaScript bytecode that is WebAssembly (using Emscripten), but it cannot be compiled to Java bytecode?
I am asking as somebody who knows a lot about WebAssembly (having made a compiler targetting it), but I know next to nothing about Java Bytecode. However, I assume they are rather similar. So, why can C++ be compiled to one but not the other?
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Why it is that C++ can be compiled to JavaScript bytecode that is WebAssembly (using EMSCRIPTEN), but it cannot be compiled to Java Bytecode?
Can somebody explain to me, why it is that C++ can be compiled to JavaScript bytecode that is WebAssembly (using EMSCRIPTEN), but it cannot be compiled to Java Bytecode? What is such a big difference between WebAssembly and Java Bytecode? I am asking as somebody who has built a compiler that outputs WebAssembly Text Format (https://github.com/FlatAssembler/AECforWebAssembly.git). It would be nice to be able to use Swing GUI from C++ and have cross-platform C++ executables that run wherever Java runs, wouldn't it? So, why cannot we have that?
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When to prefer C++ over C for linux desktop applications?
I have started learning C++ using Ratko Jakopec's book "C++ za apsolutne početnike". Then I have read Krešimir Čosić'es "Naučite programirati uz C++", and then finally Šribar's and Motić'es "Demistificirani C++". As a reference site, you can use cplusplus.com or en.cppreference.com. Though, I have never made any GUI apps in C++, and my largest C++ project is the compiler for my programming language having 5'500 lines of code.
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Most Recognized C++ Certification ?
Making some large C++ project yourself is probably the best you can do, I guess. At least, that is how I am trying to impress employers, with my large C++ project.
- How do you implement `+=`, `-=`, `*=` and `/=` from the C-like languages? Modifying the AST to convert them to simple assignments does not work because then functions called on the feft-hand-side are called twice instead of only once.
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What projects are you currently working on?
I am working on the compiler for my programming language. Yesterday, I added that underscores _ can be used as thousands separators (as in JavaScript).
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Good C++ Source Code
Well, maybe the compiler for my programming language qualifies. I have tried to organize it the best I could, and I think it is fairly legible thanks to long variable names and occasional comments.
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Do vectors get more use than what my textbook implies?
Well, in my hobby C++ project, I used vectors all the time.
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What can be done with C++?
C++ can also easily end up being slow as hell if not done right. That has happened to me quite a few times when making the compiler for my programming language in C++, like when deleting empty tokens: https://github.com/FlatAssembler/AECforWebAssembly/commit/9172e49a1108634574fa043b9c5c2dc40590af0c
Well, the compiler for my programming language is written in standard C++, using no external frameworks. It is 5'500 lines of code: https://github.com/FlatAssembler/AECforWebAssembly.git Something simpler, but only slightly less exciting, the program that converts musical notes stored in a text file to WAV files can be written in 150 lines of code in C++, again using no frameworks: https://github.com/FlatAssembler/Notes-To-WAV-converter/blob/master/convertNotesToWAV.cpp
- I have added named function parameters to my programming language. What do you think, why do most mainstream programming languages not have it, when it is easy to implement in a compiler and it makes it easier to initialize complicated objects with many default rarely-changed parameters?
Stats
FlatAssembler/AECforWebAssembly is an open source project licensed under MIT License which is an OSI approved license.
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