Gist c30a75b7c7100133e2f1f098c8b53a4c

100%

Gist c30a75b7c7100133e2f1f098c8b53a4c

✓ Published0🌍 Public

Last edited Sep 19, 2023

Created on Sep 19, 2023

This example demonstrates a password generation tool that interactively suggests strong passwords based on user input. The tool displays a live list of ten password options, updating as the user types a desired length, and allows selection for copying or insertion into the active text field. It uses the `generate-password` library’s `generateMultiple` function with options configured via the `rc` package, and integrates with John Lindquist’s Kit framework for argument parsing and clipboard operations. The user interface is built with Kit’s `arg` function, supporting a custom flag for copying the chosen password.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 00cc7ca5f0a10ae2f0029e0e39ad3b62

This example shows an interactive password generator that creates ten candidate passwords in real time as the user types a desired length, with the selected password either copied to the clipboard or inserted into the current text field. The code uses the `generate-password` library’s `generateMultiple` function, the `rc` configuration loader for defaults, and Script Kit’s `arg` prompt for dynamic list filtering, along with the `copy` and `setSelectedText` APIs to handle output. The rendering approach is a plain terminal-style list driven by user input, with no visual charting or graphical data display involved.

Aabernier

90% match

Loading thumbnail…

Gist e1cf65595f69eb8a0e59eeecd78f070c

This example demonstrates a text-generation workflow built with the Kit scripting framework and the `lorem-ipsum` library. It presents an interactive prompt that lets the user specify a count of paragraphs, sentences, or words, with live previews updating as choices are made. The code uses `arg` with custom flags for HTML formatting or copying output, and generates plain or HTML text via `loremIpsum()`. After selection, it either copies the generated text to the clipboard using `copy()` or replaces the selected text in the active editor with `setSelectedText()`.

Aabernier

65% match

Loading thumbnail…

Gist 61fa870c39eadce61d3a9766d1d04098

This interactive script generates lorem ipsum text on demand, letting the user choose the number of paragraphs, sentences, or words via a prompt. It uses the `lorem-ipsum` library and the `@johnlindquist/kit` framework, with flags to copy the output or render it as HTML. The generated text is either copied to the clipboard or inserted at the cursor.

Aabernier

63% match

Loading thumbnail…

lorem-ipsum scriptkit

This example generates lorem ipsum text on demand through a Script Kit prompt. Users choose the unit type—paragraphs, sentences, or words—and optionally format the output as HTML or copy it to the clipboard. The code uses the `lorem-ipsum` npm package and Script Kit’s `arg`, `flag`, `copy`, and `setSelectedText` APIs. A live preview updates as the user types a count.

Aabernier

56% match

Loading thumbnail…

Gist 189433

This visualization shows a Ruby data fixture that defines user account attributes for a test suite. It uses the Machinist library’s `User.fix` block to generate randomized login names, emails, and passwords via regex-based `unique` generators, along with nested `Character.make` factories. The code specifies constraints like password confirmation, character count limits, and a boolean agreement flag, demonstrating how to construct realistic test data without a rendering API.

XXXX

56% match

Loading thumbnail…

Password Visibility - Multiple Fields

This example demonstrates a password change form with two separate password fields and a single "Show passwords" checkbox. The interface shows the current and new password inputs, with the checkbox toggling both fields between masked and visible text. The code uses plain JavaScript with the `querySelector` and `querySelectorAll` methods to access the checkbox and all password inputs, then listens for a `click` event to loop through each input and change its `type` attribute between `password` and `text`. No external libraries are used; the interaction relies entirely on native DOM manipulation and event handling.

Aangusgrant

55% match

Loading thumbnail…

Gist 1967223

This example visualizes the leaked plaintext password from a support email, mapping its characters and their positions through a network layout. The code uses `d3.forceSimulation` to arrange character nodes, with `d3.geoPath` absent; instead, it employs SVG paths for links and `transition.attrTween` to animate text placement. The data comes from the email’s body, parsed into individual characters and spaces, while the rendering approach highlights the password’s structure as a force-directed graph. Only the visible simulation and tweening logic appear, with no additional interactions beyond the animated layout.

CCaged

55% match

Loading thumbnail…

Gist cb0863f6e1b515510fa87520bd854996

This example demonstrates how to automatically hash a user's password before saving it to a MongoDB database using Mongoose middleware. The code defines a `User` schema with email and password fields, then attaches a `pre('save')` hook that checks if the password was modified and applies bcrypt’s `hashSync` function with a salt factor of 10. It also includes a `comparePassword` method that uses `bcrypt.compare` to verify passwords. The example shows a test case where a new user is created and saved, logging the resulting bcrypt-hashed password.

Aabernier

54% match