itk-wasm
dockcross
itk-wasm | dockcross | |
---|---|---|
5 | 12 | |
179 | 3,142 | |
2.8% | 1.1% | |
9.8 | 7.9 | |
3 days ago | 17 days ago | |
Python | Shell | |
Apache License 2.0 | 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.
itk-wasm
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How to Debug WebAssembly Pipelines in Your Web Browser
This is an example to demonstrate browser-based debugging of C++-generated WebAssembly. For more information, please see the target="_blank" href="https://wasm.itk.org/examples/debugging.html">associated documentation.
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How to Debug WASI Pipelines with ITK-Wasm
Effective debugging results in effective programming; itk-wasm makes effective debugging of WebAssembly possible. In this tutorial, adapted from the itk-wasm documentation, we walk through how to debug a C++ data processing pipeline with the mature, native binary debugging tools that are comfortable for developers. This is a fully featured way to ensure the base correctness of a processing pipeline. Next, we will walk through an interactive debugging experience for WASI WebAssembly. With itk-wasm, we can debug the same source code in either context with an interactive debugger. We also have a convenvient way to pass data from our local filesystem into a WebAssembly (Wasm) processing pipeline.
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Create Elegant C++ Spatial Processing Pipelines in WebAssembly
In this post, adapted from itk-wasm's documentation, we provide a C++ Wasm processing pipeline tutorial that demonstrates how we can write elegant processing pipelines in C++ via itk-wasm's CLI11 command line parser, which provides a rich feature set with a simple and intuitive interface. At the end of this tutorial, you will have built and executed C++ code to Wasm for standalone execution on the command line and in the browser.
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Hello Wasm World!
While we recommend following along step-by-step, the complete example can also be found in the examples/ directory of the project repository.
dockcross
- Cross compiling toolchains in Docker images
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Hello Wasm World!
We use the add_executable command to build executables with itk-wasm. The Emscripten and WASI toolchains along with itk-wasm build and execution configurations are contained in itk-wasm dockcross Docker images invoked by the itk-wasm command line interface (CLI). Note that the same code can also be built and tested with native operating system toolchains. This is useful for development and debugging.
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Stable or unstable distros for cross-compiling?
Docker is great for self-contained build environments, no risk of them breaking each other. Eg. https://github.com/dockcross/dockcross
- Dockcross – Cross compiling toolchains in Docker images
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Fast CRC32 library
It is C ++ 11 compatible, I recommend C ++ 17, it is cross-platform (x86, ARMv7, ARMv8, PowerPC, windows, Linux...), Thanks to [dockcross](https://github.com/dockcross/dockcross) .
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COOL Compiler for AArch64
First of all, I learned basic instructions of AArch64 and how to use cross compile COOL codes into AArch64 assembly codes via dockcross.
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What do you think of my C++ project and how to improve it ?
It is C ++ 11 compatible, I recommend C ++ 17, with OpenMP (For better multi-core performance), it is cross-platform (x86, ARMv7, ARMv8, PowerPC, windows, Linux...), Thanks to dockcross .
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What is the easiest way to create a docker image for CI/CD with a specific distro and libs for C/C++?
I would not say it easy, but checkout this setup: https://github.com/dockcross/dockcross
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Which is better? Docker in Proxmox Debian or in LXC?
I still maintain a single LXC container for each service. So far I'm doing this to run Nginx Proxy Manager and Vaultwarden, as well as a development container where I use Docker to run cross-platform builds with dockcross.
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Initial Release: "Zero-Setup" Cross-Compilation for C and C++
xcross provides Docker images with toolchains for a wide variety of different architectures, C and C++ standard libraries, and both bare-metal and Linux-based systems. A complete list of supported targets can be found here. This differs from dockcross in that it supports numerous more architectures and C runtimes.
What are some alternatives?
AlvaAR - World tracking for WebAR. A Javascript library for Augmented Reality to run SLAM in the browser.
cross - “Zero setup” cross compilation and “cross testing” of Rust crates
website - WebAssembly website
xcross - "Zero Setup" cross-compilation for C/C++. Supports numerous architectures, build systems, C standard libraries, vcpkg, and Conan.
emsdk - Emscripten SDK
steam-runtime - A runtime environment for Steam applications
wasi-sdk - WASI-enabled WebAssembly C/C++ toolchain
cmake-init - The missing CMake project initializer
ITK - Insight Toolkit (ITK) -- Official Repository. ITK builds on a proven, spatially-oriented architecture for processing, segmentation, and registration of scientific images in two, three, or more dimensions.
mint-docker - Mint development environment running in Docker
lldb-mi - LLDB's machine interface driver
SDL - Simple Directmedia Layer