Awesome GitHub RepositoriesFinancial Input Formatting

oh-my-rime is a comprehensive configuration framework and collection of optimized schemes, lexicons, and layouts for the Rime Chinese input method. It provides a system for customizing text entry behaviors, candidate list layouts, and symbol mappings across different platforms. The project distinguishes itself through an automated deployment model, utilizing a command-line tool and recipe-driven installation to apply configuration packages to system directories. It also implements advanced logic via Lua scripting, enabling features such as mathematical expression calculation, date and time in

This library provides a set of tools for formatting numeric values and masking user input within React components. It includes a customizable text input wrapper that synchronizes raw numeric values with formatted display strings and a specialized input masking component for enforcing string patterns and templates during data entry. The project features a localized number formatter that utilizes browser localization APIs to apply regional grouping, prefixes, and suffixes. It supports specialized financial formatting, such as displaying negative values in parentheses, and provides the ability t

django-unfold is a modern theme and UI toolkit for the Django administrative interface. It provides a visual layer designed to customize the backoffice with a modern CSS theme, featuring dark mode support and tools for brand-specific visual customization. The project distinguishes itself through a comprehensive navigation manager that supports hierarchical sidebars and a command palette for jumping between content. It includes a dashboard framework with a custom builder and pre-built layouts for creating data-driven homepages using widgets and charts. The toolkit covers a broad range of admi

This project is a CJK input method framework and configuration set designed for the Rime input engine. It provides a comprehensive system of schemas and dictionary packs to optimize Chinese character entry through pinyin and double-pinyin workflows. The framework is distinguished by its use of Lua-powered extensions that add dynamic utilities, such as inline mathematical calculators, automated timestamps, and text formatting, directly to the input interface. It also features refined word libraries and language models specifically tuned to improve prediction accuracy and first-choice hit rates