library providing functional helpers for generators
Advanced synchronization mechanism. Asynchronous routines may use Consequence to wrap postponed result, what allows classify callback for such routines as output, not input, what improves analyzability of a program. Consequence may be used to make a queue
Guild.ai PM Agent — Autonomous roadmap consequence simulator
GitHub-native Runtime Authority wedge for Protected Execution. CortexTrace evaluates Runtime Trust, Execution Consequence Intelligence, authority boundaries, and Execution Receipts before merge, deploy, or release.
Provides JS repository analysis functionality, scoped to the JS ecosystem.
condition and consequence based rule engine in node
High-priority task queue for Node.js and browsers
Booster rocket to upload files in File Storage. A new event will be stored in the Events Store as a consequence.
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Squire is an HTML5 rich text editor, which provides powerful cross-browser normalisation, whilst being supremely lightweight and flexible.
High-priority task queue for Node.js and browsers
Riddle or Consequence.
thrift encoding/decoding using bufrw
Integrate Phast models with our versatile APIs for enhanced customization and efficiency.
OpenTelemetry Baggage Span Processor for Node.js
VGS Collect.js script loading module
Sphereon did:ebsi resolver for Legal Entities.
MCP server for AI agents to evaluate consequences before destructive actions. Analyzes Terraform plans, shell commands, and MCP tool calls.
Router for SPAs using Svelte 5
Rate limiter that supports a rolling window, either in-memory or backed by Redis
Markdown renderer for solid-js
Adaptive Context Engine — compile your codebase into focused, token-efficient context for AI coding tools
React specific hooks and implementation helpers for Realm
JavaScript programs and libraries to enable seamless development of native computer applications designed to interact with Ethereum *RC-20 tokens (ERC-20, BRC-20, etc.) on Ethereum Virtual Machine-compatible networks.
Pure-Rust Fuzzy Inference System (Mamdani + TSK) with PSO optimizer — zero external dependencies
Variant consequence prediction and HGVS notation, concordant with Ensembl VEP.
Software identity preserved through irreversible change
Annotate VCF variants with functional consequences (missense, frameshift, splice, …) using a GTF/GFF3 gene model
Fast VCF file parser and reformatter with VEP and SnpEff annotation support which can output to MAF
MAPLE Resonance Runtime - Foundational AI framework for Mapleverse, Finalverse, and iBank
A type-safe fuzzy logic control library for Rust
Runtime macros for cheat-aware error handling (bail, ensure, check)
Problemo
Decimal number implementation written in pure Rust suitable for financial and fixed-precision calculations.
Shorthand macros to assist creating Decimal types.
Detect secrets and in Rust codebases
Simple monad implementation with clear and consistent syntax.
A simple Rock, Paper, Scissors CLI — with global consequences.
SidekiqAlive offers a solution to add liveness probe of a Sidekiq instance. How? A http server is started and on each requests validates that a liveness key is stored in Redis. If it is there means is working. A Sidekiq job is the responsable to storing this key. If Sidekiq stops processing jobs this key gets expired by Redis an consequently the http server will return a 500 error. This Job is responsible to requeue itself for the next liveness probe.
Helps you publish HTML web pages on the Internet somewhere appropriate, e.g. on GitHub via the gh-pages branch feature. Works for Objective-C projects built using Apple's Xcode IDE and consequently focuses on documentation within Objective-C and Objective-C++ source files; files ending with extensions h, m or mm.
Implements Law of Demeter by mapping associated record attributes as own attributes (one-way read-only). Consequently, speeds up SQL queries by removing joins queries between intermediary models, at the cost of slower writes. This is an anti-normalization pattern in favour of actual data-redundancy and faster queries. Use this only as necessary.
Simple classes for parsing SAM, CIGAR and MD:Z strings, including slices. Methods for calling mutations in HGVS format and looking up consequences using Ensembl VEP REST API. Developed for calling mutations at an expected position in an alignment - e.g. Amplicon sequencing of CRISPR-induced mutations.
SidekiqAlive offers a solution to add liveness probe of a Sidekiq instance. How? A http server is started and on each requests validates that a liveness key is stored in Redis. If it is there means is working. A Sidekiq job is the responsable to storing this key. If Sidekiq stops processing jobs this key gets expired by Redis an consequently the http server will return a 500 error. This Job is responsible to requeue itself for the next liveness probe.
Ruber is a Ruby editor for KDE 4 written in pure ruby, making use of the excellent ruby bindings for KDE 4 (korundum). Ruber is plugin-based, meaning that almost all its functionality is provided by plugins. This has two important consequences: 1) A user can write plugins having availlable all the features availlable to the Ruber developers. In other words, there's not a plugin-specifi API 2) Users can write plugins which replace some of the core functionality of \ Ruber. For example, a user can create a plugin which replaces the default plugin to run ruby programs
Most web applications have a lot of before/after hooks that occur when working with objects: sending a welcome email on registration, incrementing/decrementing counter caches, trigger validation on remote web services. When implemented using callbacks, all these occur without the developer knowing about them. A simple change in one area of the code can have a huge impact somewhere else. Inspiration for this came from http://blog.teksol.info/2010/09/28/unintented-consequences-the-pitfalls-of-activerecord-callbacks.html and http://jamesgolick.com/2010/3/14/crazy-heretical-and-awesome-the-way-i-write-rails-apps.html
qrng.anu.edu.au offers true random numbers to anyone on the internet. The random numbers are generated in real-time in our lab by measuring the quantum fluctuations of the vacuum. The vacuum is described very differently in the quantum mechanical context than in the classical context. Traditionally, a vacuum is considered as a space that is empty of matter or photons. Quantum mechanically, however, that same space resembles a sea of virtual particles appearing and disappearing all the time. This result is due to the fact that the vacuum still possesses a zero-point energy. Consequently, the electromagnetic field of the vacuum exhibits random fluctuations in phase and amplitude at all frequencies. By carefully measuring these fluctuations, we are able to generate ultra-high bandwidth random numbers.
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