koute/bytehound

Features

• Memory Profilers - Provides a comprehensive tool for tracking, analyzing, and visualizing heap allocation patterns and leaks in Linux processes.
• Runtime Call-Stack Capturers - Captures full call-stack traces for every memory operation to map allocations back to their originating source code.
• Remote Trace Streaming - Transmits captured profiling events to a remote machine via network sockets to minimize local resource overhead.
• Custom Memory Allocators - Implements a custom global allocator that intercepts memory requests to record full stack traces.
• Allocation Profiling - Provides a comprehensive tracking system that records allocations and deallocations with full stack traces for profiling.
• Heap Allocation Tracers - Monitors and records heap allocation events to detect memory leaks and optimize resource usage patterns.
• Remote Profiling Streams - Ships a dynamic transmission system that sends profiling information to a remote machine to reduce target overhead.
• Remote Memory Profiling - Streams profiling data from a memory-constrained target to a separate machine for analysis without impacting performance.
• Remote Profiling Interfaces - Provides a system that streams capture data to a remote machine to minimize resource overhead on the target.
• Application Stack Trace Capturers - Provides a mechanism to capture user-space call stacks for every memory operation to map allocations back to source code.
• Memory Leak Detection - Identifies memory leaks by analyzing stack traces and tracking allocations that are never freed.
• Memory Profile Query Languages - Includes a specialized domain-specific language to automate the detection of anomalies and patterns within memory profiles.
• Web-Based Visualizers - Ships a browser interface for rendering memory allocation patterns and fragmentation from exported data.
• Web Data Visualizations - Provides a browser-based frontend to graphically represent memory allocation and fragmentation patterns.
• Socket Stream Writing - Streams profiling events directly to a network socket to minimize resource overhead on the target system.
• Allocator Analyzers - Implements utilities to inspect and explain the internal state and behavior of the custom memory allocator during runtime.
• Domain Specific Languages - Implements a custom domain-specific language to automate the detection of memory patterns and anomalies within captured profile data.
• Runtime Introspection Tools - Exposes internal allocator control mechanisms to monitor and tune memory behavior while the process is running.
• Allocator Tuning - Provides control mechanisms to monitor and adjust memory allocation behavior while the process is running.
• Memory Allocation Visualizers - Renders memory allocation patterns through a web interface to graphically identify resource consumption.
• Performance Analysis Tools - Detailed memory profiler for tracking leaks and issues.
• Profiling and Benchmarking - Memory profiling tool for Linux environments.
• Profiling Tools - Memory profiler for Linux applications.

Istoric stele