91 repository-uri
Utilities for measuring the memory footprint of data types to assist in performance optimization.
Distinct from In-Memory Code Analysis: None of the candidates addressed runtime memory footprint analysis for specific data types in a design environment.
Explore 91 awesome GitHub repositories matching software engineering & architecture · Memory Usage Analysis. Refine with filters or upvote what's useful.
Glide is an image loading and caching library for Android that fetches and decodes images, GIFs, and video stills from local or remote sources. It functions as a media rendering framework and memory management tool designed to resize and downsample assets to fit specific view dimensions. The system prioritizes scrolling performance through a multi-level caching strategy that stores decoded media in memory and raw data on disk. It employs resource pooling to reuse bitmap memory and binds image loading tasks to component lifecycles to automatically release resources and prevent memory leaks. T
Coordinates image request lifecycles with Android system state changes to prevent memory leaks.
ButterKnife is an Android view binding library and Java annotation processor that automates the linking of UI elements and resources to class fields and methods. It functions as a system for managing view references and event listeners to reduce repetitive setup code in Android applications. The library uses compile-time code generation to replace manual view lookups and type casting with generated helper classes, ensuring a reflection-free runtime. It differentiates itself by providing mechanisms for binding interaction events directly to methods, eliminating the need for anonymous inner cla
Allows the removal of all view references in a single operation to prevent memory leaks when components are destroyed.
Graphite is a node-based visual design environment that integrates vector illustration, raster image processing, and motion graphics generation into a single platform. It utilizes a functional reactive pipeline and a data-flow execution model to propagate state changes through a graph of interconnected nodes, allowing users to construct complex, automated design workflows. The platform distinguishes itself through a context-aware evaluation engine that injects runtime metadata—such as coordinate data and loop indices—directly into the node graph. This enables the creation of procedural geomet
Helps users monitor and optimize the performance of complex, node-based design workflows.
Bluebird is a JavaScript promise library designed for managing asynchronous operations with a custom promise implementation. It provides a framework for controlling promise lifecycles and orchestrating non-blocking programming patterns. The library distinguishes itself with an asynchronous debugging toolkit that captures long stack traces across asynchronous boundaries and a global handler for unhandled promise rejections. It includes a predicate-based error filtering system to target specific exception types and a mechanism for the deterministic cleanup of system resources. It covers a broa
Prevents memory leaks by ensuring files and network connections are closed immediately after an operation completes.
material-dialogs is a Kotlin UI component library that provides a collection of modal dialogs and bottom sheets for Android applications. It is designed to implement user interface elements that follow Material Design standards. The library provides specialized modal interfaces for selecting calendar dates, clock times, and specific color values. It also includes system chooser integrations for selecting files and directories from local storage. Beyond pickers, the library covers a broader range of interaction components including text input dialogs, modal alerts with action buttons, and bot
Wraps dialogs in fragments that automatically track Android lifecycle events to prevent memory leaks.
This project is a collection of guidelines and best practices for the Go programming language, providing a comprehensive style guide and set of programming standards. It establishes a framework for writing maintainable and performant source code through standardized naming, structuring, and organizational conventions. The guide focuses on specific patterns for concurrency, error handling, and performance optimization. It details methods for managing goroutine lifecycles to prevent race conditions, designing structured error wrapping and routing to maintain observability, and implementing memo
Outlines signal mechanisms and exit strategies to prevent goroutine leaks.
HowToBeAProgrammer is a comprehensive software engineering career guide and professional development framework. It serves as a curated-knowledge repository and handbook designed to help programmers acquire technical habits and social competencies necessary for professional advancement. The project distinguishes itself by integrating technical craftsmanship with a detailed manual for technical leadership and organizational navigation. It provides specific strategies for career progression, such as compensation negotiation, promotion readiness, and the management of professional boundaries to p
Provides techniques for removing stale references to ensure garbage collectors can reclaim unused memory.
Anko is an Android Kotlin library designed to simplify application development through a set of domain-specific languages and extensions. It functions as a programmatic UI DSL, an SQLite wrapper, an SDK utility, and an asynchronous framework. The project provides a declarative layout system that allows developers to build user interfaces through code instead of static XML markup. It distinguishes itself by offering a fluent database layer that eliminates manual cursor management and a concurrency system that uses weak references to prevent memory leaks in activities. The library covers broad
Provides a concurrency framework that prevents memory leaks in activities by wrapping background tasks in weak references.
Memray is a memory profiler for Python that tracks heap allocations in both Python code and native C or C++ extensions. It captures memory events by hooking into the language runtime and traversing call stacks, providing a comprehensive view of how an application consumes memory. The tool is designed to minimize performance impact on the target application by using thread-local buffering and streaming data to an external process or file. The project distinguishes itself through its ability to monitor complex, multi-threaded systems and child processes in real-time. It provides diagnostic util
Creates temporal flame graphs to visualize memory usage and allocation patterns across specific time intervals.
Memcached is a high-performance, distributed, in-memory key-value storage and request routing engine. It functions as a volatile data store designed to accelerate dynamic applications by caching objects in RAM, thereby reducing backend database load and providing sub-millisecond response times. The system utilizes a specialized architecture that organizes memory into fixed-size slabs to minimize fragmentation and maximize throughput for high-concurrency workloads. The project distinguishes itself through a multi-threaded, lock-friendly design that scales across CPU cores and supports complex
Tracks item sizes and memory allocation across slab classes to identify storage imbalances.
This project is a comprehensive set of standards for the Swift ecosystem, providing a code style guide, API design standards, and a memory management guide. It establishes standardized naming and formatting rules to ensure consistent and maintainable source code. The project includes a linting configuration used by automated tools to detect and enforce syntax patterns. These rules are designed to standardize code style and can be integrated into build phases to block commits with formatting errors. The guidelines cover a broad range of development capabilities, including the use of access mo
Provides a guide for avoiding reference cycles and memory leaks using value types and weak references.
LearningNotes este o bază de cunoștințe tehnice și un ghid de studiu de inginerie axat pe internele framework-ului Android, arhitectura sistemului și optimizarea performanței mobile. Servește drept referință pentru analizarea secvenței de boot Android, bootstrapping-ul proceselor și inițializarea serviciilor de sistem. Proiectul oferă ghiduri detaliate despre performanța mobilă, inclusiv strategii pentru reducerea amprentei de memorie, identificarea scurgerilor de memorie și optimizarea decodării imaginilor. Acoperă, de asemenea, comunicarea inter-proces Android folosind AIDL și driverul de kernel Binder, precum și manuale de arhitectură software pentru decuplarea logicii de business de interfețele utilizator prin tipare precum MVVM și MVP. Dincolo de dezvoltarea mobilă, repository-ul include o bază de cunoștințe de informatică pentru pregătirea interviurilor tehnice, acoperind structuri de date, algoritmi și concepte de sistem de operare. De asemenea, dispune de o referință practică pentru controlul versiunilor Git, detaliind gestionarea repository-ului, sincronizarea și fluxurile de lucru de branching.
Resolves memory leaks caused by inner classes through the implementation of static classes and weak references.
This project is a customizable image carousel component for Android applications. It provides a rotating banner slider built on ViewPager2 that supports automatic playback and custom page transformation effects. The component distinguishes itself through flexible visual customization, allowing for adjustable pagination indicators and the application of zoom, rotation, or depth effects during page transitions. It features a timing mechanism for automatic content rotation that synchronizes with the system lifecycle to optimize resource usage. The library covers a broad range of UI capabilities
Synchronizes the automatic rotation timer with the Android system lifecycle to prevent background memory leaks.
Matrix is a suite of mobile application performance management and analysis tools. It provides a plugin-based monitoring system for capturing crashes, lags, and memory leaks, alongside a static binary auditor for reducing installation package size and a bytecode instrumentation tool for performance tracking. The project distinguishes itself through native memory debugging and a SQLite query linter that identifies inefficient database patterns. It employs native interception techniques to detect memory leaks and heap corruption without requiring source code recompilation, and uses a custom run
Identifies leaking activities and provides cropped heap profiles to pinpoint the source of leaks.
BenchmarkDotNet is a library and tool suite for measuring the execution time and memory allocation of .NET code. It utilizes statistical sampling and warm-up iterations to determine the stability and precise execution speed of specific methods. The project provides a JIT disassembly viewer to inspect processor disassembly and analyze how the compiler executes code paths. It includes a memory allocation profiler that tracks managed and native memory traffic to identify efficiency bottlenecks. Additionally, a runtime performance comparator allows the same benchmarks to be executed across differ
Tracks managed and native memory allocations during execution to identify efficiency bottlenecks in the memory lifecycle.
This project is a software engineering reference that provides a cross-language formatting standard and industry-standard practices for architectural patterns, memory management, and identifier naming. Its primary purpose is to implement a unified set of indentation and whitespace rules applied consistently across multiple distinct programming environments. The project specializes in technical documentation localization, providing Chinese language translations of official programming style guides. It maps original English coding standards to Chinese language references to maintain meaning acr
Defines explicit rules for object lifecycle and resource cleanup mechanisms to prevent memory leaks.
ESPHome is a framework for creating and managing custom firmware for microcontrollers, specifically targeting ESP32 and ESP8266 architectures. It replaces the need for writing complex embedded C++ code by allowing users to define hardware behavior, pin configurations, and automation logic through simple, declarative text files. The system automatically compiles these configurations into optimized binary images, providing a streamlined path from design to deployment. The project distinguishes itself through a modular, component-based architecture that emphasizes local-first control, ensuring t
Reports memory and flash consumption of compiled firmware to assist in optimization.
MVPArms is an Android application framework based on the Model-View-Presenter pattern. It provides a foundation for decoupling business logic from user interface components through a structured architectural implementation. The framework features automated boilerplate generation to produce base classes and dependency injection files, reducing manual project setup. It includes a centralized configuration system to manage global application settings and a dependency injection wrapper that bundles networking and image loading libraries. The project covers lifecycle management by binding logic c
Links logic controllers to screen lifecycles to automate resource cleanup and prevent memory leaks.
wavesurfer.js is a WebAudio playback library and interactive waveform visualizer that renders audio data onto an HTML5 canvas. It enables users to see and navigate sound files through a visual representation of audio peaks, allowing for direct seeking and playback control within a web browser. The project is distinguished by its flexible rendering model, which can use precomputed peak data to display waveforms without downloading or decoding the full audio file. It utilizes a plugin-based extension model to integrate advanced tools such as spectrograms, interactive audio timelines, and real-t
Prevents memory leaks by explicitly destroying renderer instances and unsubscribing event listeners.
Koin is a dependency injection framework for Kotlin applications that manages object lifetimes and resolves dependencies through a lightweight container. It functions as a multiplatform library, allowing shared object definitions and resource bindings to be reused across different target platforms and source sets. The framework provides a system for resolving dependencies directly within user interface components to decouple business logic from view implementations. It includes a compile-time dependency validator that analyzes dependency graphs during the build process to detect missing bindi
Integrates dependency injection with Android application lifecycle events for automated resource management.