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Deno

Deno (/ˈdiːnoʊ/, pronounced dee-no) is a JavaScript, TypeScript, and WebAssembly runtime with secure defaults and a great developer experience. It’s built on V8, Rust, and Tokio.

Learn more about the Deno runtime in the documentation.

Installation

Install the Deno runtime on your system using one of the commands below. Note that there are a number of ways to install Deno - a comprehensive list of installation options can be found here.

Shell (Mac, Linux):

curl -fsSL https://deno.land/install.sh | shPowerShell (Windows):

irm https://deno.land/install.ps1 | iexHomebrew (Mac):

brew install denoChocolatey (Windows):

choco install denoWinGet (Windows):

winget install –id=DenoLand.Deno

Build and install from source

Complete instructions for building Deno from source can be found in the manual here.

Your first Deno program

Deno can be used for many different applications, but is most commonly used to build web servers. Create a file called server.ts and include the following TypeScript code:

Deno.serve((_req: Request)=>{returnnewResponse(“Hello, world!”);});Run your server with the following command:

deno run –allow-net server.tsThis should start a local web server on http://localhost:8000.

Learn more about writing and running Deno programs in the docs.

Additional resources

  • Deno Docs: official guides and reference docs for the Deno runtime, Deno Deploy, and beyond.
  • Deno Standard Library: officially supported common utilities for Deno programs.
  • deno.land/x: registry for third-party Deno modules.
  • Developer Blog: Product updates, tutorials, and more from the Deno team.

Contributing

We appreciate your help! To contribute, please read our contributing instructions.

About

A modern runtime for JavaScript and TypeScript.

deno.com

Topics

javascript rust typescript deno

Resources

Readme

License

MIT license

Code of conduct

Code of conduct

Security policy

Security policy ActivityCustom properties

Stars

97.9k stars

Watchers

1.4k watching

Forks

5.4k forks Report repository

Releases 299

v2.0.6 Latest Nov 10, 2024 + 298 releases

Used by 4.2k

  • 4,216

Contributors 984

  • 970 contributors

Languages

  • Rust49.1%
  • JavaScript28.2%
  • TypeScript22.7%
  • CSS0.0%
  • C0.0%
  • C++0.0%
Name Name Last commit message Last commit date

Latest commit

History 12,737 Commits |

| .cargo | .cargo | | | | .devcontainer | .devcontainer | | | | .github | .github | | | | bench_util | bench_util | | | | cli | cli | | | | ext | ext | | | | resolvers | resolvers | | | | runtime | runtime | | | | tests | tests | | | | tools | tools | | | | .dlint.json | .dlint.json | | | | .dprint.json | .dprint.json | | | | .editorconfig | .editorconfig | | | | .gitattributes | .gitattributes | | | | .gitignore | .gitignore | | | | .gitmodules | .gitmodules | | | | .rustfmt.toml | .rustfmt.toml | | | | Cargo.lock | Cargo.lock | | | | Cargo.toml | Cargo.toml | | | | LICENSE.md | LICENSE.md | | | | README.md | README.md | | | | Releases.md | Releases.md | | | | import_map.json | import_map.json | | | | rust-toolchain.toml | rust-toolchain.toml | | | | View all files |

History

12,737 Commits12,737 Commits A modern runtime for JavaScript and TypeScript.

deno.com

Topics

javascript rust typescript deno

Resources

Readme

License

MIT license

Code of conduct

Code of conduct

Security policy

Security policy ActivityCustom properties

Stars

97.9k stars

Watchers

1.4k watching

Forks

5.4k forks Report repository v2.0.6 Latest Nov 10, 2024 + 298 releases -

  • 4,216 -
  • 970 contributors - Rust49.1%
  • JavaScript28.2%
  • TypeScript22.7%
  • CSS0.0%
  • C0.0%
  • C++0.0%

FAQ

Who invented the game of roulette?

Who invented the game of roulette? The exact origins of roulette are a subject of much debate and speculation among historians and gambling enthusiasts. While there is no clear consensus on the game’s inventor, several theories exist regarding its creation. One of the most popular theories is that the game was invented by a French mathematician named Blaise Pascal in the 17th century. According to this theory, Pascal was attempting to develop a perpetual motion machine when he inadvertently created the roulette wheel.

What is the origin of the name Roulette?

What is the origin of the name Roulette? The origin of the name “roulette” is French and it means “little wheel”. The name is derived from the fact that the game is played on a small wheel that spins around, with players betting on where the ball will land. The word “roulette” was first used in its current context in the 18th century, although the game itself dates back much earlier.

What deposit methods are currently available in WPT Global?

What deposit methods are currently available in WPT Global? Players can deposit to their WPT Global account using a variety of payment methods (depending on region) including Visa, Mastercard, JCB, instant bank transfer, prepaid vouchers and a wide range of cryptocurrencies such as Bitcoin, Ethereum, Litecoin and many more. Major E-wallets like Neteller, Skrill, Muchbetter and Luxonpay are also available (excluding Ontario).

Where is WPT Global legal

Players in more than 100 countries can play at WPT Global. WPT Global operates in various jurisdictions where online poker is regulated and legal. Typically, it is available in regions such as: 1.Canada 2.United Kingdom 3.European Union countries (specific nations may vary) For the most accurate and up-to-date information, it’s best to check WPT Global’s official website or consult local regulations regarding online gambling in your area.

How to Download WSOP NV

How to Download WSOP NV 1. Visit the WSOP site 2. Locate the download link and click on it 3. When the download completes, run the installation on your device 4. When the installation completes, you can log in with your existing account or register if you do not already have one 5. Make a deposit via the mobile interface to fund your account 6. You will have access to all tournaments and cash games available via the desktop software

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Enhancing Wireless Power Transfer Performance Based on a Digital Honeycomb Metamaterial Structure for Multiple Charging Locations Enhancing the efficiency is an essential target of the wireless power transfer (WPT) technology. Enabling the WPT systems requires careful control to prevent power from being transferred to unintended areas. This is essential in improving the efficiency and minimizing the flux leakage that might otherwise occur. Selective field localization can effectively reduce the flux leakage from the WPT systems. In this work we propose a method using a digital honeycomb metamaterial structure that has a property operation as a function of switching between 0 and 1 states. These cavities were created by strongly confining the field by using a hybridization bandgap that arose from wave interaction with a two-dimensional array of local resonators on the metasurface. A WPT efficiency of 64% at 13.56 MHz was achieved by using the metamaterial and improved to 60% compared to the system without the metamaterial with an area ratio of Rx:Tx~1:28. Rx is the receiver coil and Tx is the transmitter one.

Enhancing the efficiency is an essential target of the wireless power transfer (WPT) technology. Enabling the WPT systems requires careful control to prevent power from being transferred to unintended areas. This is essential in improving the efficiency and minimizing the flux leakage that might otherwise occur. Selective field localization can effectively reduce the flux leakage from the WPT systems. In this work, we propose a method using a digital honeycomb

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