## Experiment Auto-Assignment
Auto assignment submitter for INIAD MOOCs
Claude Code Sprint Gate — autonomous sprint lifecycle manager with pluggable scorecards. v8.3 introduces multi-agent mode foundation — master is the default role; /sprint-role slash command + role file mechanism + per-session NATO nickname auto-assignment
Automatic assignment for Nuclear Magnetic Resonance spectra for small molecules
Allow parsing of the logical assignment operators
Making it as easy as possible to authenticate a Google API request
Transforms logical assignment operators into short-circuited assignments
Helper function to build binary assignment operator visitors
deterministic `JSON.stringify()` - a faster version of substack's json-stable-strigify without jsonify
deterministic JSON.stringify() with custom sorting to get deterministic hashes from stringified results, with no public domain dependencies
Adds assignment expression support
Deep comparison of 2 instances for should.js
Recursive object extending
A state machine compiler
Runtime-agnostic core of ESLint
Turn any collection of objects into its own efficient tree or linked list using Symbol
Allows users to use generators in order to write common functions that can be both sync or async.
Give me a string and I'll tell you if it's a valid npm package license string
Like duplexer but using streams3
HPACK implementation
OpenTelemetry Node SDK provides automatic telemetry (tracing, metrics, etc) for Node.js applications
Convert streaming vinyl files to use buffers
Rollup plugin to automatically exclude package.json dependencies and peerDependencies from your bundle
This plugin allows you to auto-increment any field on any mongoose schema that you wish.
A simple, fast, and reliable CLI tool for managing port mappings
Modern asynchronous TUI application with i18n and modular command system
A high-performance, modular Rust library for parameterizable SQL query management with support for SQLite and PostgreSQL
A modern, feature-rich testing framework for Rust with Docker integration
Test utilities and infrastructure for fluxion workspace
Detrix client library for debug-on-demand observability in Rust applications
A lightweight, single-binary CMS powered by SQLite — 15 themes, REST API, WCAG 2.1 AA, static export
Provides a standardized approach for defining and managing business-related errors
Concurrent process runner for AI agents
Procedural macros for proto_rs, Rust as a first-class citizen in the protobuf ecosystem
Rust-first gRPC macros collection for .proto/protobufs managment and more
PMDaemon - A high-performance, cross-platform process manager built in Rust with advanced port management and monitoring capabilities
Auto assign model resource and collection from controller
Easily set ActiveRecord attributes to auto-generate as unique values from a given proc.
Automatic task assignment based on task priority,employee skill_level and employee workload
Auto define and assign controller (nested) instances variables from (nested) id
Dynamic distribution of cognitive work across subsystems with overload detection, auto-assignment, and rebalancing.
The Programming Exercise Markup Language (PEML) is intended to be a simple, easy format for CS and IT instructors of all kinds (college, community college, high school, whatever) to describe programming assignments and activities. We want it to be so easy (and obvious) to use that instructors won't see it as a technological or notational barrier to expressing their assignments. We intend for this format to be something that authors of automated grading tools can adopt, so they can provide a very easy, low-energy onboarding path for existing instructors to get programming activities into such tools. As a result, this notation leans heavily on supporting authors and streamlining common cases, even if this may require more work on the part of tool developers--the goal is to make it super easy for authors of programming activities, not to fit into a specific auto-grader or simplify tasks for tool writers. For more details, see the PEML website.
== PintosCheck -- Auto Pintos Checker to Save the Day == == Functionalities == The functionality of this simple script is to download pintos homework assignments from the mail inbox and then run through all the desired tests and finally generate reports in plain text or html formats, all automatically. == Requirements For Running PintosCheck == Since all the scripts are written in ruby, PintosCheck require ruby installed on the system. I use ruby 1.8.7 for development, but ruby 1.9.* versions are expected to function as well. However, ruby 1.8.6 and lower versions are not supported. For information of downloading and installing ruby, see http://www.ruby-lang.org/en/downloads/. In addition to ruby itself, RubyGems 1.3.* is also required because it hosts the installation source for this project and almost all other ruby projects as well. To download or update RubyGems, please go to http://gemcutter.org/pages/download for more information. == Installation == Once you have all the requirements on your system, it's really easy to install PintosCheck. In the UNIX shell or Windows command line environment, type the following command(sudo if needed): gem install pintoscheck --include-dependencies Go grab a cup of coffee, and PintosCheck will automatically download and install itself onto the system. To check the installation, type 'ptschk --version', and if something like 'PintosCheck 0.1.0' pops up then you're green to go! == Finally, how do I check my students' pintos homework? == This project ships with a 'ptschk' command tool. This tool needs a task configuration file to actually do everything. The configuration file is in YAML format, which is basically a recursive key-value pair representation. If you're using PintosCheck for the first time, there's a very nice command line option to generate the skeleton for you. Just run 'ptschk init my_first_task.config' and a file named 'my_first_task.config' will be generated for you. Inside this file there is a set of the minimal options for the task to run properly, and you just have to fill in what you need. After you set up your configuration file, run 'ptschk run my_first_task.config' and the tasks will kick off immediately, and after a while the report will be generated. A detailed configuration options for advanced task setup will be available in production release of this project.
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