Open Source TypeScript Scientific/Engineering Software - Page 2

The ultimate Blooket companion tool for enthusiasts. Calculate precise odds for rare and Chroma Blooks based on official drop rates. Use our advanced simulator to test token strategies and pack openings—including resale value algorithms—without spending real tokens. Features comprehensive Blook guides and real-time database updates for all packs.

A set of tslint rules for static code analysis of Angular TypeScript projects. (If you are using ESLint check out the new angular-eslint repository.). You can run the static code analyzer over web apps, NativeScript, Ionic, etc. Note that by default all components are aligned with the style guide so you won't see any errors in the console. Codelyzer supports any template and style language by custom hooks. If you're using Sass for instance, you can allow codelyzer to analyze your styles by creating a file .codelyzer.js in the root of your project (where the node_modules directory is). In the configuration file can implement custom pre-processing and template resolution logic. Lint rules encode logic for syntactic & semantic checks of TypeScript, HTML, CSS and Angular expressions source code.

Use this package to easily convert various time formats to milliseconds. Works both in Node.js and in the browser. If a number is supplied to ms, a string with a unit is returned. If a string that contains the number is supplied, it returns it as a number (e.g.: it returns 100 for '100'). If you pass a string with a number and a valid unit, the number of equivalent milliseconds is returned. For added safety, we're using Template Literal Types (added in TypeScript 4.1). This ensures that you don't accidentally pass ms values that it can't process. This won't require you to do anything special in most situations, but you can also import the StringValue type from ms if you need to use it.

Continuous profiling for analysis of CPU, memory usage over time, and down-to-the-line number. Saving infrastructure costs, improving performance, and increasing reliability. A single profiler, using eBPF, automatically discovers targets from Kubernetes or systemd across the entire infrastructure with very low overhead. Supports C, C++, Rust, Go, and more. Both producing pprof formatted profiles with the eBPF-based profiler and ingesting any pprof formatted profiles allowing for wide language adoption and interoperability with existing tooling. Efficiently storing profiling data while retaining raw data and allowing slicing and dicing of data through a label-based search. Aggregate profiling data infrastructure-wide, view single profiles in time or compare on any dimension.

Providing a set of Common Types for TypeScript projects that are idiomatic and complementary to existing TypeScript Mapped Types so you don't need to copy them between the projects. Providing a set of Additional Types compatible with Flow's Utility Types to allow much easier migration to TypeScript. Quality, thoroughly tested for type correctness with type-testing library dts-jest. Utility-Types is an open-source project created by people investing their time for the benefit of our community.