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lazywslc is a terminal user interface dashboard for managing Windows Subsystem for Linux (WSL) containers, developed by publisher crloewen. Inspired by the design of lazydocker, the software operates through wslc.exe to provide an interactive management experience directly in the terminal, placing it within the category of container management and system administration tools. Its primary purpose is to simplify the monitoring and control of WSL Linux containers by presenting a three-panel layout dedicated to Containers, Images, and Volumes, allowing operators to view and manage these resources in one consolidated interface. The dashboard includes live CPU and memory sparkline graphs for real-time resource monitoring, along with a combined logs and stats view that brings diagnostic output and performance metrics together. For day-to-day operations, lazywslc supports context actions covering the common container lifecycle tasks, including start, stop, kill, remove, and prune operations, making it suitable for use cases such as starting and stopping development environments, cleaning up unused images and volumes, and observing container resource consumption. Both mouse and keyboard input are supported, accommodating different workflow preferences, while an auto-refresh capability keeps the displayed container states and statistics current without manual intervention. Typical use cases include developers running Linux containers under WSL who want a lightweight graphical overview without leaving the terminal, administrators performing routine maintenance such as pruning unused resources, and users who prefer the keyboard-driven efficiency of lazydocker-style interfaces for container orchestration tasks. The software is currently at version 0.1.4, and only one version has been published to date, indicating an early-stage release. As a lazydocker-inspired tool tailored specifically to the WSL ecosystem via wslc.exe, lazywslc fills a niche for terminal-centric container management on Windows systems, combining monitoring, logging, and lifecycle controls into a single auto-refreshing dashboard.
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