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It is a free, simple and extensible library for checking the architecture of your Java code using any plain Java unit test framework. It can check dependencies between packages and classes, layers and slices, check for cyclic dependencies and more. It does so by analyzing given Java bytecode, importing all classes into a Java code structure.
17
entreprises
Nous disposons de données sur 17 entreprises qui utilisent ArchUnit. Notre liste de clients ArchUnit est disponible en téléchargement et est enrichie de spécificités essentielles de l'entreprise, y compris la classification de l'industrie, la taille de l'organisation, la localisation géographique, les tours de financement et les chiffres d'affaires, entre autres.
Entreprise | Pays | Industrie | Employés | Chiffre d'affaires |
---|---|---|---|---|
![]() Mastercard | États-Unis | It Services And It Consulting | 37K | |
4Soft GmbH | Allemagne | It Services And It Consulting | 38 | |
Nia Health GmbH | Allemagne | Hospitals And Health Care | 21 | |
![]() Santander | Espagne | Banking | 136K | |
Talan | France | It Services And It Consulting | 4.3K | |
Decerto | Pologne | It Services And It Consulting | 140 | |
NAVA | Technology for Business | Brésil | It Services And It Consulting | 950 | |
Luizalabs | États-Unis | Online Audio And Video Media | 6.6K | $48M |
Synergie-Effekt GmbH | Allemagne | It Services And It Consulting | 7 | |
PLAYTECH | Inde | Software Development | 5K | |
BSDENTERPRISE | Espagne | It Services And It Consulting | 290 | $249M |
![]() Okta | États-Unis | Software Development | 7.7K | $1.3B |
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Statistiques d'Utilisation Technologique et Part de Marché
Vous pouvez personnaliser ces données selon vos besoins en filtrant par géographie, secteur d'activité, taille de l'entreprise, revenus, utilisation de la technologie, postes de travail et plus encore. Vous pouvez télécharger les données au format Excel ou CSV.
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ArchUnit est utilisé dans 7 pays
Il y a 37 alternatives à ArchUnit
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Questions fréquemment posées
Nos données proviennent d'offres d'emploi collectées auprès de millions d'entreprises. Nous surveillons ces offres sur les sites web des entreprises, les plateformes d'emploi et d'autres plateformes de recrutement. L'analyse des offres d'emploi constitue une méthode fiable pour comprendre les technologies utilisées par les entreprises, y compris l'utilisation de leurs outils internes.
Nous actualisons nos données quotidiennement pour vous garantir un accès à l'information la plus récente disponible. Ce processus de mise à jour fréquente assure que nos insights et notre intelligence reflètent les derniers développements et tendances au sein de l'industrie.
ArchUnit is a powerful Java library that enables automated testing of Java code architecture. It provides a fluent API to write unit tests that enforce architectural constraints within the codebase. ArchUnit allows developers to define rules to ensure that specific packages, classes, or methods adhere to predefined architectural guidelines. This technology is particularly useful for large-scale projects where maintaining a consistent and well-structured architecture is crucial for scalability and maintainability.
ArchUnit falls under the category of Java Tools, specifically focused on architectural testing and enforcement. It serves as a valuable tool for developers and architects to validate the design and structure of their Java applications. By leveraging ArchUnit, teams can automate the verification of architectural decisions, ensuring that the codebase aligns with the intended design principles and patterns.
Founded by Peter Gafert in 2015, ArchUnit was born out of the need to address the challenges associated with maintaining architectural integrity in Java projects. Gafert recognized the importance of automated testing for architectural constraints and set out to create a solution that would streamline this process. Since its inception, ArchUnit has gained traction within the Java development community, with a growing user base leveraging its capabilities.
In the current market share landscape, ArchUnit continues to make a significant impact on Java development practices. While specific market share data may not be readily available, the increasing adoption of ArchUnit within the industry indicates a positive trajectory. With a growing emphasis on code quality and architectural consistency, the demand for tools like ArchUnit is expected to rise in the future. As developers prioritize maintainable and scalable codebases, ArchUnit is poised to see further growth and recognition within the Java Tools category.
ArchUnit is a powerful Java tool that helps companies ensure architectural integrity and enforce coding standards within their projects. By utilizing ArchUnit, companies can streamline their development process, improve code quality, and enhance overall project maintainability.
ArchUnit allows developers to define and enforce architecture rules directly in their codebase, ensuring compliance with architectural standards throughout the development lifecycle. This approach makes it easier to maintain a consistent architecture across projects and minimize technical debt, unlike other tools that require external configurations.
With ArchUnit, companies can automate the testing of architectural constraints, enabling early detection of violations and preventing architecture erosion. This automation saves time and effort compared to manual checks, allowing teams to focus on delivering high-quality code and reducing the risk of introducing architectural flaws.
ArchUnit seamlessly integrates into the existing build process, making it easier for teams to incorporate architectural checks into their continuous integration and delivery pipelines. This integration simplifies the implementation of architectural governance measures and ensures that architectural guidelines are followed consistently across projects.
ArchUnit provides detailed reports on architectural violations, making it easier for teams to identify and address issues promptly. These reports offer actionable insights into codebase health and help teams make informed decisions to improve overall architectural quality, setting it apart from other tools that offer limited reporting capabilities.
In conclusion, ArchUnit stands out as a reliable and efficient Java tool for companies looking to maintain architectural integrity and uphold coding standards in their projects. Its user-friendly interface, automation capabilities, seamless integration, and comprehensive reporting make it a preferred choice for organizations seeking to ensure the long-term maintainability and scalability of their software systems.
Introduction: ArchUnit is a powerful Java architecture testing library that helps companies ensure architectural constraints are met in their codebases. Several renowned companies have successfully implemented ArchUnit to maintain the quality and integrity of their software architecture. Let's explore some case studies showcasing how these companies leverage ArchUnit in their development processes.
Case Studies:
Google: Google, a tech giant known for its innovative products and services, utilizes ArchUnit to enforce architectural rules and constraints across various Java projects. They started using ArchUnit in 2018 as part of their continuous integration pipeline. By incorporating ArchUnit tests into their build process, Google ensures that code changes adhere to the specified architectural guidelines, leading to better code quality and scalability.
Netflix: Netflix, a global streaming platform, relies on ArchUnit to validate architectural rules within their Java applications. They adopted ArchUnit in 2017 to enhance their codebase's maintainability and reliability. Netflix uses ArchUnit to enforce design principles, such as layering and package structure, ensuring that their codebase remains consistent and scalable as they continue to evolve their services.
Airbnb: Airbnb, a leading online marketplace for lodging and travel experiences, leverages ArchUnit to enforce architectural constraints in its Java codebase. Since integrating ArchUnit in 2019, Airbnb has been able to detect and prevent architectural violations early in the development lifecycle. By using ArchUnit for automated static analysis of their architecture, Airbnb ensures code consistency and alignment with the company's design standards.
These case studies exemplify how companies like Google, Netflix, and Airbnb have successfully integrated ArchUnit into their development processes to maintain architectural integrity, improve code quality, and facilitate scalability in their Java projects.
Vous pouvez accéder à une liste actualisée des entreprises utilisant ArchUnit en visitant TheirStack.com. Notre plateforme fournit une base de données complète des entreprises utilisant diverses technologies et outils internes.
À ce jour, nous disposons de données sur 17 entreprises qui utilisent ArchUnit.
ArchUnit est utilisé par une large gamme d'organisations dans divers secteurs, y compris "It Services And It Consulting", "It Services And It Consulting", "Hospitals And Health Care", "Banking", "It Services And It Consulting", "It Services And It Consulting", "It Services And It Consulting", "Online Audio And Video Media", "It Services And It Consulting", "Software Development". Pour une liste complète de tous les secteurs utilisant ArchUnit, veuillez visiter TheirStack.com.
Certaines des entreprises qui utilisent ArchUnit incluent Mastercard, 4Soft GmbH, Nia Health GmbH, Santander, Talan, Decerto, NAVA | Technology for Business, Luizalabs, Synergie-Effekt GmbH, PLAYTECH et bien d'autres encore. Vous pouvez trouver une liste complète des 17 entreprises qui utilisent ArchUnit sur TheirStack.com.
Selon nos données, ArchUnit est le plus populaire dans États-Unis (4 companies), Allemagne (3 companies), Espagne (2 companies), Brésil (1 companies), France (1 companies), Inde (1 companies), Pologne (1 companies). Toutefois, il est utilisé par des entreprises du monde entier.
Vous pouvez trouver des entreprises utilisant ArchUnit en le recherchant sur TheirStack.com. Nous suivons les offres d'emploi de millions d'entreprises et les utilisons pour découvrir quelles technologies et outils internes elles emploient.