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INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here. EXAMPLES - WASMER DOCS This example illustrates the basics of using Wasmer through a "Hello World"-like project. đ Imports & exports. A Wasm module can import and export entities, like functions, memories, globals and tables. This example illustrates the âŞď¸ Calling guest (exported) functions. A Wasm module can export entities, like functions, memoriesIMPORTS & EXPORTS
cd imports-exports. We have to modify Cargo.toml to add the Wasmer dependencies as shown below: wasmer = "1.0". Go. The final Go code for this example can be found on Github: imports_exports.go. Please take a look at the setup steps for Go. mkdir wasmer-example-imports-exports. cd wasmer-example-imports-exports.RUST - WASMER DOCS
This allows you to run Wasm in a POSIX-like environment with a file system and permissions. . wasmer-emscripten: Wasmer's implementation of the Emscripten ABI. This allows you to run Wasm in a less sandboxed way in a 32bit Linux-like environment. Now let's setup your Rust environment! Edit on GitHub. JAVASCRIPT - WASMER DOCS Javascript. WebAssembly is already available from Javascript for both the browser and the server (Node.js) đ¤. In this case, Wasmer provides a lot of useful packages to interact with WebAssembly modules in Javascript easily. In this section we will see how to setup both your server-side and browser environments to use WebAssembly, and also âŠď¸ EXPOSING HOST (IMPORTED) FUNCTIONS A Wasm module can import entities, like functions, memories, globals and tables. This example illustrates how to expose functions from the host. Up until now, our WebAssembly program has only been able to do pure computation, that is, take arguments and return values. Most interesting use cases require more than just computation though. HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
COMPILE C/C++ TO WASM WASI Compiling C files with `wasic`. If you want to compile a simple C example, you can just create the following: example.c. fizzbuzz.c. example.c. #include . . int main(int argc, char **argv) {. WASMER - THE UNIVERSAL WEBASSEMBLY RUNTIMEDOCSABOUT Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, and aims to build the next generation of application-based containers based on WebAssembly BUILDING FROM SOURCE By default, the Wasmer C API shared library will include all the compilers and engines available in the system where is built. Defaulting to cranelift and the universal engine if available.. You can generate the C-API for a specific compiler and engine with:INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here. EXAMPLES - WASMER DOCS This example illustrates the basics of using Wasmer through a "Hello World"-like project. đ Imports & exports. A Wasm module can import and export entities, like functions, memories, globals and tables. This example illustrates the âŞď¸ Calling guest (exported) functions. A Wasm module can export entities, like functions, memoriesIMPORTS & EXPORTS
cd imports-exports. We have to modify Cargo.toml to add the Wasmer dependencies as shown below: wasmer = "1.0". Go. The final Go code for this example can be found on Github: imports_exports.go. Please take a look at the setup steps for Go. mkdir wasmer-example-imports-exports. cd wasmer-example-imports-exports.RUST - WASMER DOCS
This allows you to run Wasm in a POSIX-like environment with a file system and permissions. . wasmer-emscripten: Wasmer's implementation of the Emscripten ABI. This allows you to run Wasm in a less sandboxed way in a 32bit Linux-like environment. Now let's setup your Rust environment! Edit on GitHub. JAVASCRIPT - WASMER DOCS Javascript. WebAssembly is already available from Javascript for both the browser and the server (Node.js) đ¤. In this case, Wasmer provides a lot of useful packages to interact with WebAssembly modules in Javascript easily. In this section we will see how to setup both your server-side and browser environments to use WebAssembly, and also âŠď¸ EXPOSING HOST (IMPORTED) FUNCTIONS A Wasm module can import entities, like functions, memories, globals and tables. This example illustrates how to expose functions from the host. Up until now, our WebAssembly program has only been able to do pure computation, that is, take arguments and return values. Most interesting use cases require more than just computation though. HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
COMPILE C/C++ TO WASM WASI Compiling C files with `wasic`. If you want to compile a simple C example, you can just create the following: example.c. fizzbuzz.c. example.c. #include . . int main(int argc, char **argv) {.INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here.ABOUT WASMER
Making software universally available. Wasmer was founded to solve problems we faced ourselves every day. Now, we strive to contribute to developers and companies around the world reaching their full potential and we do it with a smile. Our team is distributed but connected by a culture of diligence, amplified by passion rather thanpressure.
WASMER PYTHON EMBEDDING 1.0 Ivan Enderlin. January 28, 2021. After the release of Wasmer 1.0, we are thrilled to announce the immediate availability of the Wasmer Python embedding 1.0 version. Time flies! Itâs been a little bit less than 2 years since we first released wasmer, the Wasmer embedding for Python. Thanks to a vibrant and awesome community, this projecthas
WASMER FEATURES
Wasmer Features. The Wasmer WebAssembly runtime provides various features for users and developers: Compilers: Wasmer supports multiple compilers: Singlepass, Cranelift and LLVM. Each of these have different tradeoffs of compilation speed vs runtime speed; Caching: compiled WebAssembly modules can be reused so subsequent runs of aWasm file
GETTING STARTED
Basic Usage. With the tools installed, one can easily start using universal Wasm binaries by using the install command of wapm CLI: wapm install cowsay. Installing a package creates a local package directory called wapm_packages where all packages are installed.C/C++ - WASMER DOCS
Some of our language extensions are using the Wasmer C integration under the hood: Some community made language extensions are also using the Wasmer C integration: In this section we will go through the instructions on how to setup your C/C++ environment, to then visit different examples of how to âď¸ INSTANTIATING A WASM MODULE In this example we will be building a "Hello World"-like project. WebAssembly only supports passing integers and floats directly right now, thus to keep it simple we will be writing a host application that calls the add_one function of a guest Wasm module, which adds 1 to the value passed as a parameter, and returns the result.. The goal here is to show you the basics of using Wasmer, we'll HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
PUBLISHING YOUR PACKAGE Commands (not to be confused with wapm-cli subcommands) are a feature that enables easily executing Wasm code from a WAPM package.. Commands are what allows one to call the run subcommand, like above when running wapm run cowsay hello wapm!.. A command requires a SETUP YOUR RUBY ENVIRONMENT đ§ Language Integrations. Rust. C/C++ WASMER - THE UNIVERSAL WEBASSEMBLY RUNTIMEDOCSABOUT Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, and aims to build the next generation of application-based containers based on WebAssembly BUILDING FROM SOURCE By default, the Wasmer C API shared library will include all the compilers and engines available in the system where is built. Defaulting to cranelift and the universal engine if available.. You can generate the C-API for a specific compiler and engine with:INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here. EXAMPLES - WASMER DOCS This example illustrates the basics of using Wasmer through a "Hello World"-like project. đ Imports & exports. A Wasm module can import and export entities, like functions, memories, globals and tables. This example illustrates the âŞď¸ Calling guest (exported) functions. A Wasm module can export entities, like functions, memoriesIMPORTS & EXPORTS
cd imports-exports. We have to modify Cargo.toml to add the Wasmer dependencies as shown below: wasmer = "1.0". Go. The final Go code for this example can be found on Github: imports_exports.go. Please take a look at the setup steps for Go. mkdir wasmer-example-imports-exports. cd wasmer-example-imports-exports.RUST - WASMER DOCS
This allows you to run Wasm in a POSIX-like environment with a file system and permissions. . wasmer-emscripten: Wasmer's implementation of the Emscripten ABI. This allows you to run Wasm in a less sandboxed way in a 32bit Linux-like environment. Now let's setup your Rust environment! Edit on GitHub. JAVASCRIPT - WASMER DOCS Javascript. WebAssembly is already available from Javascript for both the browser and the server (Node.js) đ¤. In this case, Wasmer provides a lot of useful packages to interact with WebAssembly modules in Javascript easily. In this section we will see how to setup both your server-side and browser environments to use WebAssembly, and also âŠď¸ EXPOSING HOST (IMPORTED) FUNCTIONS A Wasm module can import entities, like functions, memories, globals and tables. This example illustrates how to expose functions from the host. Up until now, our WebAssembly program has only been able to do pure computation, that is, take arguments and return values. Most interesting use cases require more than just computation though. HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
COMPILE C/C++ TO WASM WASI Compiling C files with `wasic`. If you want to compile a simple C example, you can just create the following: example.c. fizzbuzz.c. example.c. #include . . int main(int argc, char **argv) {. WASMER - THE UNIVERSAL WEBASSEMBLY RUNTIMEDOCSABOUT Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, and aims to build the next generation of application-based containers based on WebAssembly BUILDING FROM SOURCE By default, the Wasmer C API shared library will include all the compilers and engines available in the system where is built. Defaulting to cranelift and the universal engine if available.. You can generate the C-API for a specific compiler and engine with:INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here. EXAMPLES - WASMER DOCS This example illustrates the basics of using Wasmer through a "Hello World"-like project. đ Imports & exports. A Wasm module can import and export entities, like functions, memories, globals and tables. This example illustrates the âŞď¸ Calling guest (exported) functions. A Wasm module can export entities, like functions, memoriesIMPORTS & EXPORTS
cd imports-exports. We have to modify Cargo.toml to add the Wasmer dependencies as shown below: wasmer = "1.0". Go. The final Go code for this example can be found on Github: imports_exports.go. Please take a look at the setup steps for Go. mkdir wasmer-example-imports-exports. cd wasmer-example-imports-exports.RUST - WASMER DOCS
This allows you to run Wasm in a POSIX-like environment with a file system and permissions. . wasmer-emscripten: Wasmer's implementation of the Emscripten ABI. This allows you to run Wasm in a less sandboxed way in a 32bit Linux-like environment. Now let's setup your Rust environment! Edit on GitHub. JAVASCRIPT - WASMER DOCS Javascript. WebAssembly is already available from Javascript for both the browser and the server (Node.js) đ¤. In this case, Wasmer provides a lot of useful packages to interact with WebAssembly modules in Javascript easily. In this section we will see how to setup both your server-side and browser environments to use WebAssembly, and also âŠď¸ EXPOSING HOST (IMPORTED) FUNCTIONS A Wasm module can import entities, like functions, memories, globals and tables. This example illustrates how to expose functions from the host. Up until now, our WebAssembly program has only been able to do pure computation, that is, take arguments and return values. Most interesting use cases require more than just computation though. HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
COMPILE C/C++ TO WASM WASI Compiling C files with `wasic`. If you want to compile a simple C example, you can just create the following: example.c. fizzbuzz.c. example.c. #include . . int main(int argc, char **argv) {.ABOUT WASMER
Making software universally available. Wasmer was founded to solve problems we faced ourselves every day. Now, we strive to contribute to developers and companies around the world reaching their full potential and we do it with a smile. Our team is distributed but connected by a culture of diligence, amplified by passion rather thanpressure.
WASMER PYTHON EMBEDDING 1.0 Ivan Enderlin. January 28, 2021. After the release of Wasmer 1.0, we are thrilled to announce the immediate availability of the Wasmer Python embedding 1.0 version. Time flies! Itâs been a little bit less than 2 years since we first released wasmer, the Wasmer embedding for Python. Thanks to a vibrant and awesome community, this projecthas
WASMER FEATURES
Wasmer Features. The Wasmer WebAssembly runtime provides various features for users and developers: Compilers: Wasmer supports multiple compilers: Singlepass, Cranelift and LLVM. Each of these have different tradeoffs of compilation speed vs runtime speed; Caching: compiled WebAssembly modules can be reused so subsequent runs of aWasm file
GETTING STARTED
Basic Usage. With the tools installed, one can easily start using universal Wasm binaries by using the install command of wapm CLI: wapm install cowsay. Installing a package creates a local package directory called wapm_packages where all packages are installed. HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
CLI USAGE - WASMER DOCS config Get various configuration information needed to compile programs which use Wasmer. create-exe Compile a WebAssembly binary into a native executable. help Prints this message or the help of the given subcommand (s) inspect Inspect a WebAssembly file. run Run SETUP YOUR C/C++ ENVIRONMENT Setup your C/C++ environment. To build C applications that use the Wasmer runtime as a host for guest Wasm modules, you will need a C compiler installed ( clang or gcc, for example). Check the compiler installation instructions here. Starting with Wasmer 1.0 all the releases ship with the required libraries and headers to use Wasmerfrom C and C++.
PUBLISHING YOUR PACKAGE Commands (not to be confused with wapm-cli subcommands) are a feature that enables easily executing Wasm code from a WAPM package.. Commands are what allows one to call the run subcommand, like above when running wapm run cowsay hello wapm!.. A command requires a MODULE TRANSFORMATION Notice the data type of the second parameter. Uh oh! Its an i64; that is, a 64-bit, signed integer!. So now we know that somewhere in this WebAssembly module, there is a SETUP YOUR RUBY ENVIRONMENT đ§ Language Integrations. Rust. C/C++ WASMER - THE UNIVERSAL WEBASSEMBLY RUNTIMEDOCSABOUT Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, and aims to build the next generation of application-based containers based on WebAssemblyABOUT WASMER
Making software universally available. Wasmer was founded to solve problems we faced ourselves every day. Now, we strive to contribute to developers and companies around the world reaching their full potential and we do it with a smile. Our team is distributed but connected by a culture of diligence, amplified by passion rather thanpressure.
BUILDING FROM SOURCE By default, the Wasmer C API shared library will include all the compilers and engines available in the system where is built. Defaulting to cranelift and the universal engine if available.. You can generate the C-API for a specific compiler and engine with:INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here. JAVASCRIPT - WASMER DOCS Javascript. WebAssembly is already available from Javascript for both the browser and the server (Node.js) đ¤. In this case, Wasmer provides a lot of useful packages to interact with WebAssembly modules in Javascript easily. In this section we will see how to setup both your server-side and browser environments to use WebAssembly, and also EXAMPLES - WASMER DOCS This example illustrates the basics of using Wasmer through a "Hello World"-like project. đ Imports & exports. A Wasm module can import and export entities, like functions, memories, globals and tables. This example illustrates the âŞď¸ Calling guest (exported) functions. A Wasm module can export entities, like functions, memoriesIMPORTS & EXPORTS
cd imports-exports. We have to modify Cargo.toml to add the Wasmer dependencies as shown below: wasmer = "1.0". Go. The final Go code for this example can be found on Github: imports_exports.go. Please take a look at the setup steps for Go. mkdir wasmer-example-imports-exports. cd wasmer-example-imports-exports.GETTING STARTED
Basic Usage. With the tools installed, one can easily start using universal Wasm binaries by using the install command of wapm CLI: wapm install cowsay. Installing a package creates a local package directory called wapm_packages where all packages are installed.RUST - WASMER DOCS
This allows you to run Wasm in a POSIX-like environment with a file system and permissions. . wasmer-emscripten: Wasmer's implementation of the Emscripten ABI. This allows you to run Wasm in a less sandboxed way in a 32bit Linux-like environment. Now let's setup your Rust environment! Edit on GitHub. âŠď¸ EXPOSING HOST (IMPORTED) FUNCTIONS A Wasm module can import entities, like functions, memories, globals and tables. This example illustrates how to expose functions from the host. Up until now, our WebAssembly program has only been able to do pure computation, that is, take arguments and return values. Most interesting use cases require more than just computation though. WASMER - THE UNIVERSAL WEBASSEMBLY RUNTIMEDOCSABOUT Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, and aims to build the next generation of application-based containers based on WebAssemblyABOUT WASMER
Making software universally available. Wasmer was founded to solve problems we faced ourselves every day. Now, we strive to contribute to developers and companies around the world reaching their full potential and we do it with a smile. Our team is distributed but connected by a culture of diligence, amplified by passion rather thanpressure.
BUILDING FROM SOURCE By default, the Wasmer C API shared library will include all the compilers and engines available in the system where is built. Defaulting to cranelift and the universal engine if available.. You can generate the C-API for a specific compiler and engine with:INTRODUCTION
Welcome to the Wasmer Documentation! đ Wasmer is an open-source runtime for executing WebAssembly on the Server. Wasmer mission is make all software universally available. For an overview of WebAssembly, and what WebAssembly is, take a look here. JAVASCRIPT - WASMER DOCS Javascript. WebAssembly is already available from Javascript for both the browser and the server (Node.js) đ¤. In this case, Wasmer provides a lot of useful packages to interact with WebAssembly modules in Javascript easily. In this section we will see how to setup both your server-side and browser environments to use WebAssembly, and also EXAMPLES - WASMER DOCS This example illustrates the basics of using Wasmer through a "Hello World"-like project. đ Imports & exports. A Wasm module can import and export entities, like functions, memories, globals and tables. This example illustrates the âŞď¸ Calling guest (exported) functions. A Wasm module can export entities, like functions, memoriesIMPORTS & EXPORTS
cd imports-exports. We have to modify Cargo.toml to add the Wasmer dependencies as shown below: wasmer = "1.0". Go. The final Go code for this example can be found on Github: imports_exports.go. Please take a look at the setup steps for Go. mkdir wasmer-example-imports-exports. cd wasmer-example-imports-exports.GETTING STARTED
Basic Usage. With the tools installed, one can easily start using universal Wasm binaries by using the install command of wapm CLI: wapm install cowsay. Installing a package creates a local package directory called wapm_packages where all packages are installed.RUST - WASMER DOCS
This allows you to run Wasm in a POSIX-like environment with a file system and permissions. . wasmer-emscripten: Wasmer's implementation of the Emscripten ABI. This allows you to run Wasm in a less sandboxed way in a 32bit Linux-like environment. Now let's setup your Rust environment! Edit on GitHub. âŠď¸ EXPOSING HOST (IMPORTED) FUNCTIONS A Wasm module can import entities, like functions, memories, globals and tables. This example illustrates how to expose functions from the host. Up until now, our WebAssembly program has only been able to do pure computation, that is, take arguments and return values. Most interesting use cases require more than just computation though.GETTING STARTED
Once the Wasmer CLI is installed, you can run Wasm modules from the command line! To do this, you want to find a Wasm Module compiled down to an ABI that the Wasmer runtime supports, such as WASI orEmscripten.
WASMER RUNTIME
Wasmer is designed to provide three key features: Enable programs to run in any programming language. Enable extremely portable binaries to run unmodified on any "OS" supported by Wasmer (for example, Linux, macOS, Windows and FreeBSD). Act as a secure bridge for Wasm modules to interact with native "OS" functionality, via Application BinaryWASMER FEATURES
Wasmer Features. The Wasmer WebAssembly runtime provides various features for users and developers: Compilers: Wasmer supports multiple compilers: Singlepass, Cranelift and LLVM. Each of these have different tradeoffs of compilation speed vs runtime speed; Caching: compiled WebAssembly modules can be reused so subsequent runs of aWasm file
GETTING STARTED
Basic Usage. With the tools installed, one can easily start using universal Wasm binaries by using the install command of wapm CLI: wapm install cowsay. Installing a package creates a local package directory called wapm_packages where all packages are installed. TESTING - WASMER DOCS Testing. Thanks to spec tests we can ensure 100% compatibility with the WebAssembly spec test suite. You can run all the tests with: make test. make test will automatically detect the compilers available on your system. Please follow the Building from Source guide see how you can prepare your system with the requirements needed for each of the HANDLING INPUT AND OUTPUT Handling Input and Output. Note: The final code for this example can be found on Github: handling-io. In the Hello World example, we covered how to run the helloworld Wasm module, and then read its output. However, there may be times we want to interact with WASI modules that accept input as well! In this example, we will be usingthe QuickJS
C/C++ - WASMER DOCS
Some of our language extensions are using the Wasmer C integration under the hood: Some community made language extensions are also using the Wasmer C integration: In this section we will go through the instructions on how to setup your C/C++ environment, to then visit different examples of how to SETUP YOUR C/C++ ENVIRONMENT Setup your C/C++ environment. To build C applications that use the Wasmer runtime as a host for guest Wasm modules, you will need a C compiler installed ( clang or gcc, for example). Check the compiler installation instructions here. Starting with Wasmer 1.0 all the releases ship with the required libraries and headers to use Wasmerfrom C and C++.
PUBLISHING YOUR PACKAGE Commands (not to be confused with wapm-cli subcommands) are a feature that enables easily executing Wasm code from a WAPM package.. Commands are what allows one to call the run subcommand, like above when running wapm run cowsay hello wapm!.. A command requires a COMPILE C/C++ TO WASM WASI Compiling C files with `wasic`. If you want to compile a simple C example, you can just create the following: example.c. fizzbuzz.c. example.c. #include . . int main(int argc, char **argv) {.*
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RUN ANY CODE
ON ANY CLIENT.WITH WEBASSEMBLYAND WASMER.
curl https://get.wasmer.io -sSfL | shCopy
or just embed it into your existing application: USE THE TOOLS YOU KNOW AND THE LANGUAGES YOU LOVE. COMPILE EVERYTHING TO WEBASSEMBLY. RUN IT ON ANY OS OR EMBED IT INTO OTHER LANGUAGES. CREATE BINARIES THAT WORK ON ANY PLATFORM RUN LIGHTWEIGHT PACKAGES ON THE EDGE EXECUTE UNTRUSTED CODE SAFELYTRY IT NOW!
Install Wasmer by copy-pasting a single command. Itâs that easy. curl https://get.wasmer.io -sSfL | shCopy
Wasmer is also available on Windows. Download it hereW
...or embed Wasmer into the language of your choice and run WebAssembly everywhere.PRE-INSTALLED:
WAPM, THE WEBASSEMBLY PACKAGE MANAGER.wapm install webp
See all packages on wapm.ioOPTIPNG
OptiPNG is a PNG optimizer that recompresses image files to a smallersize, without...
0.1.2 ⢠syrusakbaryJEDISCT1/ENCPIPE
A small and secure file (and stream) encryption tool0.1.2 ⢠jedisct1
WEBP
WebP is a modern image format that provides superior lossless and lossy compression for images... 0.0.2 ⢠syrusakbaryROBERT/MD5
MD5 algorithm.
0.1.2 ⢠robert
OPENSSL
OpenSSL is a robust, commercial-grade, and full-featured toolkit for the Transport Layer... 0.1.0 ⢠syrusakbaryVIU
A small command-line application to view images from the terminal 0.1.1 ⢠syrusakbary*
> Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, > and aims to build the next generation of application-based > containers based on WebAssembly*
> This programming tool makes it easier for apps to work anywhere*
> I gotta say, I really like this very much Solomon Hykes, former CTO of Docker*
> Wasmer CEO Syrus Akbary expects WebAssembly to gain wide adoption, > and aims to build the next generation of application-based > containers based on WebAssembly*
> This programming tool makes it easier for apps to work anywhere*
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