amanusk/s-tui
S Tui
s-tui is a terminal-based CPU monitoring tool and stress testing utility. It provides a real-time interface for tracking processor frequency, temperature, power consumption, and utilization through visual graphs.
The project includes a thermal throttling detector that identifies performance drops by analyzing sensor data. It also functions as a metric-based script runner, capable of automatically executing custom shell scripts when monitored hardware metrics exceed predefined numeric thresholds.
The tool generates synthetic processor loads to verify thermal stability and hardware performance limits. Its broader capabilities cover real-time telemetry monitoring and hardware stress testing to validate system stability under pressure.
Features
- CPU Performance Monitors - Provides a real-time terminal interface for tracking CPU temperature, frequency, power usage, and utilization.
- TUI Primitive Rendering - Renders real-time telemetry and graphs using Unicode characters and coordinate-based mapping in the terminal.
- CPU Load Generation - Generates synthetic processor loads using intensive loops to verify thermal stability and hardware limits.
- CPU Utilization Monitoring - Visualizes processor utilization, temperature, and frequency in real time within a terminal interface.
- Terminal-Based Monitors - Ships a terminal interface for tracking real-time CPU frequency, temperature, power, and utilization.
- Hardware Metric Polling - Gathers real-time CPU frequency and temperature data through periodic sampling of system interfaces.
- Hardware Stress Test Managers - Generates synthetic processor loads to verify system stability and test thermal management under pressure.
- CPU Stress Testing Tools - Saturates processor resources with synthetic loads to identify stability issues and thermal limits.
- Metric-Based Script Triggers - Automatically executes custom shell scripts when monitored system metrics exceed predefined limits.
- Thermal Throttling Analysis - Analyzes sensor data to identify performance drops caused by hardware thermal throttling.
- Automation Metric Triggers - Executes automated tasks based on hardware metrics reaching specific numeric thresholds.
- Threshold-Driven Script Execution - Triggers custom shell scripts automatically when monitored hardware metrics exceed user-defined numeric limits.
- Metric-Based Script Runners - Runs custom shell scripts automatically whenever monitored hardware metrics exceed predefined thresholds.
- CPU and GPU Frequency Throttles - Identifies when CPU clock speeds are reduced due to overheating to detect thermal throttling.
- Throttling Detectors - Identifies performance drops and labels the specific cause of CPU thermal throttling using sensor data.
- System Dashboards - CPU stress testing and monitoring utility.
- System Monitors - Terminal-based CPU stress and monitoring utility.
Star history
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