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my only like my professional tip is like my Pro tip is don't don't Rage Quit like this this is the only thing I I understand everything like I I even have understanding of being disappointed in all of this stuff but this is just simply not professional right

💨 tl;dr

Asahi Dev quits Linux kernel maintenance over Rust integration tensions, highlighting community divides on Rust's role, readability concerns, and burnout issues. Calls for professionalism and better communication arise amidst frustrations.

💡 Key Ideas

• Asahi Dev's resignation from maintaining Asahi Linux Epicon reflects broader tensions in the Linux community regarding Rust integration.
• The community is divided over Rust in the Linux kernel, with some developers viewing it as complicating existing C code maintenance.
• Concerns about Rust's readability and its impact on compile times have led to frustrations among developers.
• The slow process of integrating Rust is seen as error-prone and burdensome, causing developer burnout.
• There is criticism of the community's handling of disagreements, with calls for professionalism and constructive solutions rather than "rage quitting."
• Some developers prefer C++ over C for its advanced features, while others express skepticism about Rust's purported safety advantages.
• The current state of technology and the Linux kernel is causing disillusionment, with a push for greater kindness and respect within the community.
• Frustration exists over the media portrayal of Linux and the perceived toxicity within the Rust ecosystem, complicating collaboration.

🎓 Lessons Learnt

• Don't Rage Quit: Quitting in frustration can damage your career and reputation; it's better to stay calm and seek solutions.
• Embrace Continuous Learning: Be open to new technologies and languages like Rust; resisting can hinder progress and innovation.
• Prioritize Code Readability: Focus on writing clear and maintainable code over trendy languages to enhance long-term project success.
• Avoid Mixing Languages: Using multiple programming languages in a single project can complicate maintenance and lead to confusion.
• Communicate Openly: Foster constructive dialogues in technical discussions to resolve disagreements and build a better community.
• Manage Burnout: Recognize signs of burnout and take breaks to recharge; maintaining mental health is crucial in the tech industry.
• Be Transparent About Funding: Clear communication regarding funding and support expectations builds trust within the community.
• Value Community Support: A respectful and supportive environment is essential for collaborative development and project success.
• Patience with Development Pace: Understand that software development can be slow; set realistic expectations for timelines and updates.
• Choose Languages Wisely: Evaluate programming languages based on project needs, as not all languages are suitable for every task.

🌚 Conclusion

Rage quitting isn't the answer; embracing new tech, prioritizing clear code, and fostering open dialogue are key to a healthier Linux community. Let's focus on collaboration and respect to tackle these challenges.

In-Depth

All Key Ideas

Controversy Surrounding Rust in the Linux Community

• Hector Martin Maran, known for his work on Linux and Apple Silicon, has rage-quit maintaining Asahi Linux Epicon over a controversy involving Rust in the Linux kernel.
• There is a growing divide in the Linux community regarding the integration of Rust, with some developers strongly opposing its use.
• The situation has been described as unprofessional, with the speaker expressing disappointment in Maran's reaction.
• The speaker shares their own neutral stance on Rust, acknowledging its potential for safer code but not personally favoring it.
• A previous instance where Rust was referred to as 'cancer' by some Linux kernel developers highlights the tension surrounding Rust's adoption.

Controversias sobre el uso de Rust en el kernel de Linux

• El uso de Rust en el kernel de Linux ha generado controversia, siendo considerado por algunos como un 'cáncer' que complica el mantenimiento del código C existente.
• Hay desacuerdos técnicos sobre la inclusión de Rust, con algunos desarrolladores argumentando que dificulta la legibilidad y el mantenimiento del código C.
• Se menciona la resistencia a mezclar lenguajes en el desarrollo del kernel, proponiendo que los bindings de Rust deberían ser mantenidos separados del código principal.
• El hablante se siente rodeado de opiniones opuestas sobre el uso de Rust, a pesar de compartir preocupaciones similares con otros desarrolladores.

Frustrations and Professionalism in the Linux Community

• Asahi Dev's frustration with the Linux community and social media negativity.
• The speaker's own experiences with frustration and media representation in the community.
• The perception that quitting from maintenance roles is unprofessional, despite personal struggles.
• Discussion on the funding and support for developers in the Linux community.
• The speaker emphasizes the need for professionalism in handling community matters and responsibilities.

Frustraciones y opiniones sobre Rust en el kernel de Linux

• Hay frustración entre mantenedores importantes del kernel de Linux debido a la resistencia al uso de Rust en el proyecto.
• Existen acusaciones de que algunos desarrolladores están cansados de recibir críticas tanto en privado como en público sobre su trabajo.
• Se menciona que las discusiones sobre Rust en el kernel no son completamente hostiles, aunque hay descontento con la idea de tener más mantenedores para los enlaces de Rust.
• Algunos desarrolladores consideran que la incorporación de Rust se ha tratado con resistencia, pero hay una tendencia creciente a aceptar su uso en el kernel.
• La opinión del hablante es que Rust es más difícil de entender y menos efectivo que C++ en ciertos aspectos, como los mensajes de error del compilador.

Challenges of Rust Integration in the Linux Kernel

• Rust integration in the Linux kernel is seen as slow and frustrating by some developers, especially those used to C.
• There are significant compatibility issues with Rust code, often requiring outdated compilers and custom builds.
• Building Rust code for the Linux kernel is error-prone and complicated, leading to developer frustration.
• There are ongoing challenges with upstreaming 3D acceleration support for Apple Silicon in Linux.
• The constant changes and bugs in dependencies like cbindgen create additional hurdles for developers.

Concerns about Rust Code in the Linux Kernel

• Rust code is significantly increasing compile times for the Linux kernel, with examples showing build times nearly doubling.
• There's frustration within the community about the speed of code acceptance and the amount of nitpicking in the review process.
• The speaker acknowledges feeling overwhelmed with complaints and notes that many developers think they are the smartest, leading to issues in collaboration.
• There is a call for faster acceptance of code contributions, especially for smaller embedded systems.
• The speaker expresses disappointment over the slow progress and handling of contributions to the Linux kernel.

Críticas sobre Rust y su ecosistema

• El hablante no está impresionado con Rust, su compilador y su ecosistema, mencionando que el compilador ocupa cuatro gigabytes y tiene muchas dependencias.
• Se critica la legibilidad de Rust, argumentando que no es tan fácil de entender en comparación con otros lenguajes, incluso ensamblador.
• La necesidad de usar la última versión del compilador de Rust se menciona como un problema para realizar bisectos eficaces en el código debido a regresiones de rendimiento.
• Se señala la lenta evolución y el desarrollo de código en la comunidad de Rust, comparándolo con el desarrollo de otras plataformas como Apple Silicon.
• Se expresa frustración por la falta de avance en el código upstream de Asahi Linux y la responsabilidad compartida en la lentitud del proceso de reversión.

Reflexiones sobre la comunidad de desarrolladores

• La expectativa inicial de que el trabajo en la ingeniería inversa tomaría 10 años se redujo significativamente gracias a ingenieros altamente capacitados.
• Se menciona que el trabajo en Apple Silicon está en desarrollo, pero aún no se ha completado.
• La decisión de un desarrollador de eliminar su perfil en redes sociales es vista como poco profesional y algo infantil.
• Se critica el comportamiento hostil en la comunidad de desarrolladores, sugiriendo que todos deberían ser más amables y perdonar errores.
• Se discute la idea de que todos son humanos y pueden cometer errores, incluyendo al propio Hector Maran.

Desafíos del proyecto Rust para Linux

• La fragilidad del proyecto Rust para Linux, con la percepción de que siempre se tienen problemas.
• La discusión sobre la aceptación de que tal vez el problema es la percepción de que uno sabe más que el proceso actual.
• La cultura técnica en el núcleo de Linux, donde todos se consideran expertos y las discusiones se vuelven intensas.
• La frustración con la 'brigada en redes sociales' que afecta la participación en el proyecto.
• Los intentos de sabotaje al proyecto Rust para Linux, mencionando una falta de cooperación en las decisiones técnicas.
• La complejidad de convertir el núcleo de Linux a Rust, señalando que no resolvería todos los problemas y podría crear más.
• La importancia de proponer soluciones constructivas en lugar de renunciar y criticar en redes sociales.

Reflections on the Linux Community and Code of Conduct

• The speaker finds it offensive that a maintainer was removed from the Linux project over a perceived Code of Conduct violation, viewing it as an example of cancel culture.
• There is criticism of the idea that a simple disagreement about code (like the inclusion of Rust bindings) justifies extreme reactions within the community.
• The speaker expresses discomfort with the necessity of a Code of Conduct, questioning its effectiveness in promoting reasonable human interaction.
• The speaker reflects on their own experience in Linux development and the changes they've observed over time, indicating a decline in the community's friendliness.
• The maintainer’s decision to quit is acknowledged as valid since they are not financially obligated to continue, suggesting a conflict of interest regarding their Patreon support.

Controversias sobre Rust en el kernel de Linux

• La decisión de incluir Rust en el kernel de Linux ha generado controversia; algunos creen que debería haber proyectos separados para Rust y C.
• Se critica la mezcla de lenguajes como un derroche de tiempo y recursos, sugiriendo que esto complica el desarrollo.
• Se menciona que Linux está matando la innovación en sistemas operativos al enfocarse solo en distribuciones de Linux en lugar de nuevas innovaciones.
• Se critica la cobertura de medios sobre Linux, considerándola sensacionalista y no objetiva, lo que afecta la discusión técnica.
• Hay frustración con el proceso de obtención de parches y bindings en Rust, lo que contribuyó a la salida de Asahi Dev del mantenimiento del kernel.

Issues in the Linux Kernel Community

• Asahi's resignation reflects deeper issues within the Linux kernel community regarding language preferences and contributions.
• There is a divide among developers about the suitability of Rust compared to C for kernel development.
• The syntax of Rust is considered by some, including the speaker, to be less readable and less intuitive than C.
• The challenge of integrating Rust into existing projects creates complexity, requiring specific toolchains and environments.
• Developer burnout and frustration within the community are prevalent, leading to drastic decisions like rage quitting.

Comentarios sobre Rust y el desarrollo del kernel de Linux

• Se menciona la toxicidad del ecosistema Rust, especialmente en relación con las microdependencias.
• Algunos desarrolladores mayores se resisten a aprender nuevos lenguajes como Rust, prefiriendo mantener el kernel de Linux.
• La complejidad de Rust y la sintaxis son mencionadas como desventajas para nuevos programadores.
• Hay una sobreabundancia de lenguajes de programación hoy en día, lo que dificulta la elección.
• Se discute la queja sobre los ciclos de revisión lentos en el desarrollo del kernel de Linux.
• Se critica la eliminación de publicaciones en redes sociales por parte de desarrolladores, lo que impide seguir discusiones pasadas.
• Se menciona un error en el código de mini que fue atribuido a Rust, aunque también se señala la culpa de mala práctica de programadores.

Discussion on Rust and C/C++ Programming Languages

• Rust is proposed to improve code safety and speed, but its effectiveness is debated.
• The claim that Rust eliminates memory issues in C/C++ is overstated; issues can still arise if vendors write poor code.
• The speaker criticizes the 'rage quitting' of developers over community disagreements, suggesting it's unprofessional.
• C is described as a 'glorified portable assembler' and not suitable for complex coding tasks like kernel development.
• The speaker expresses a preference for C++ over C due to its advanced features and better safety.

Programming Languages Discussion

• User-level programming languages like Lua provide garbage collection and avoid issues like segmentation faults, unlike unsafe Rust or C code.
• The speaker expresses a preference for Pascal over C, citing security and performance.
• There's a notion that if someone wants to run the Linux kernel in Pascal, they should do so without pushing others to switch.
• Both sides of the Rust vs. C debate contain toxic individuals, but there are also those genuinely researching and addressing concerns.
• Rust's compiler does not support all architectures used in Linux, which could hinder its adoption.
• The speaker uses a biblical analogy to discuss the fragmentation of programming languages and the challenges in unifying them in the context of Linux kernel development.

Desafíos y consideraciones sobre Rust en el desarrollo

• La complejidad de mantener múltiples lenguajes de programación en el desarrollo, especialmente con Rust.
• La falta de impresiones positivas sobre Rust a pesar de la experiencia personal en su uso.
• La diversidad de lenguajes (C, C++, Objective C) en el desarrollo del kernel y su impacto en el mantenimiento.
• La controversia en la comunidad de Linux sobre la inclusión de Rust en el kernel.
• Un llamado a la comunidad para ser más amable y respetuosa entre sus miembros.

Concerns in Technology and Software Development

• Frustration with the Linux kernel maintenance process and the need for breaks.
• Critique of the current state of technology: suggesting a complete system crash could simplify future fixes.
• Issues with security disclosures and vendor responses, highlighting delays and system compromises.
• Disappointment in the reality of software development, where deadlines lead to cutting corners and loss of integrity.
• Mention of a 'zero trust' foundation in tech, implying a lack of faith in current systems.

All Lessons Learnt

Professional Development Tips

• Don't Rage Quit: It's unprofessional and can be career-damaging. Venting frustration in a public manner often leads to negative repercussions in the professional world.
• Work on Yourself: Self-improvement is important. The speaker acknowledges their own growth in handling criticism and negativity better over time.
• Embrace Safety in Code: Striving for safer coding practices is crucial. The speaker has long felt the need for safer coding methods, indicating that this is a longstanding issue in programming.
• Be Open to Change: While some developers resist new languages like Rust, it's essential to adapt and consider the benefits of new technologies for better code safety and efficiency.

Programming Best Practices

• Avoid Cross-Language Complications: Mixing languages like Rust and C in a codebase can make maintenance difficult and lead to confusion. It's better to keep interfaces simple and readable.
• Be Cautious with Terminology: Using strong language (like calling Rust 'cancer') can spark controversy. It's important to communicate technical objections without inflammatory terms to foster constructive discussions.
• Value Readability in Code: Prioritizing readable code over trendy languages or frameworks can enhance maintainability and make life easier for developers.
• Engage in Open Discussions: Technical disagreements should start with open conversations rather than absolute refusals, which can help in finding common ground and solutions.
• Consider Language Suitability: Not every new programming language is suitable for all projects; some languages may add unnecessary complexity to existing systems.

Tips for Managing Professional Challenges

• Pro tip on handling frustration: It's important to maintain professionalism even during tough times. Quitting abruptly can be seen as unprofessional and can disappoint those who support you.
• Taking breaks is okay: If you're feeling overwhelmed, taking time off can be beneficial. It allows you to recharge and return with a fresh perspective.
• Community support matters: If you're receiving donations or funding, it's essential to consider the expectations of your supporters and communicate your challenges or decisions clearly.
• Evaluate your media presence: Reflect on how you present your work online. Negative portrayals can affect community perception and support.
• Funding transparency: Being open about your funding situation can build trust within the community and might lead to better support.

Lecciones Aprendidas en el Desarrollo de Software

• La resistencia a nuevas tecnologías puede generar frustración.
• La comunicación abierta es crucial en la comunidad de desarrollo.
• Las experiencias con el código pueden variar entre lenguajes.
• Es importante mantener una mente abierta hacia nuevos enfoques tecnológicos.

Challenges of Building Rust Code in Linux Kernel

• Building Rust Code in Linux Kernel is Complicated
• Stay Updated with Upstream Changes
• Debugging Errors Can Be Tedious
• Compile Times Can Be Significantly Longer
• Version Dependencies Are a Pain

Guidelines for Developers

• Be nicer to each other
• Accepting feedback
• Collaboration over isolation
• Patience is key
• Speed up acceptance of contributions
• Less nitpicking on minor changes

Challenges of Rust Programming

• Rust's Complexity: Rust may not be the most readable language for everyone; its design could have been simplified for better understanding.
• Compiler Size Awareness: The Rust compiler is large (around 4GB) due to microdependencies, which can be a drawback for users who prefer more lightweight options.
• Importance of Latest Features: Always using the latest Rust compiler is crucial for bug fixes and new features, but it can complicate the process of bisecting issues in the future.
• Community Expectations: There’s a need for the community to balance expectations regarding project timelines and contributions, as not all developers can work as quickly as desired.
• Patience with Development Pace: Sometimes, progress in software development can be slow; it's essential to manage expectations around the speed of updates and feature implementation.

Tips for Managing Frustration

• Don't quit in frustration
• Take breaks when overwhelmed
• Forgive and move on
• Be cautious about blame

Guidelines for Productive Discussions in Technical Fields

• Accept the possibility that the problem might be with you.
• Heated discussions can arise when everyone thinks they are the best.
• Propose solutions rather than venting frustrations online.
• Transitioning to Rust won't necessarily simplify complexity.
• Demonstrating changes through code is more effective than complaining.

Lessons on Open Source Contributions

• Be cautious about cancel culture in professional communities.
• A code of conduct should promote reasonable behavior, not restrict honest opinions.
• Understand that contributors to open-source projects are not obligated to continue if they disagree with the direction.
• Value personal boundaries in project contributions.

Best Practices for Kernel Development

• Do not mix programming languages in projects. Mixing Rust and C in the Linux kernel creates unnecessary complexity and resource waste. It's better to keep projects in their respective languages.
• Focus on true OS innovation. Rather than creating just colorful Linux distributions, there should be a push for real advancements in operating systems, which benefits everyone in the long run.
• Social media is not a solution for technical issues. Relying on social media to address problems in kernel development can lead to misinformation and drama, rather than constructive discussions.
• Better communication can help upstream processes. If there was more effort to communicate and collaborate effectively, certain projects and patches could have been integrated upstream more smoothly.

Development Tips

• Don't Rage Quit: Quitting in frustration can harm your professional career and reputations. Staying calm and finding solutions is more productive than leaving in anger.
• Understand Language Readability: Not all programming languages are equally readable for everyone. If a language like Rust doesn't work for you, it's okay to seek alternatives that make more sense for your brain.
• Toolchain Compatibility is Key: When introducing new languages or technologies, ensure that the toolchain is compatible. This prevents complications in building and maintaining software.
• Burnout is Common: Many developers experience burnout, and it’s important to recognize it as part of the industry. Finding healthy coping mechanisms is crucial.
• Gradual Improvements are Better: Instead of a complete overhaul to a new language, consider gradually improving existing codebases for safety and readability. Small changes can lead to significant enhancements over time.

Programming Language Advice

• Don't resist learning new languages. Many old developers resist modern languages like Rust, which can stifle progress and innovation in projects they care about.
• Choose programming languages based on your needs. With so many options like C++, Rust, and Go, it's important to evaluate what features you need and choose accordingly.
• Be cautious about language syntax. Some developers find Rust's syntax complex, which could hinder their willingness to adopt it; understanding your preferences is key.
• Take your time with feedback. In the context of development, slow review cycles can be frustrating, but it's essential to provide reasonable and constructive feedback to improve processes.
• Beware of reliance on copy-paste coding. Issues can arise from careless coding practices like copy-pasting; always double-check code to prevent errors.

Programming and Professional Advice

• Consider hiring help for managing discussions.
• Be cautious about language choice in coding.
• Avoid dramatic exits in professional settings.
• Understand the limitations of programming languages.
• Don't rely solely on Rust for safety.
• Choose programming languages based on the task.

Programming Language Considerations

• Embrace Programming Language Diversity: Different programming languages have unique strengths. For example, Pascal is viewed as more secure than C, suggesting that developers should choose languages based on the specific needs of their projects rather than forcing a single language on everyone.
• Consider Architecture Compatibility: Not all languages, like Rust, support every architecture. Developers need to be aware of compatibility issues and limitations when selecting a language for kernel development, as this can impact long-term viability and maintenance.
• Avoid Toxicity in Community Discussions: Engaging in discussions about programming languages can become toxic. It's important to focus on constructive dialogue and research, rather than divisive arguments, to foster a healthier community.
• Be Patient with New Implementations: Introducing new programming languages into established systems like the Linux kernel may take years. Developers should prepare for a long adoption process and manage expectations accordingly.
• Common Language in Development: The idea of a common language for programming can facilitate collaboration. Encouraging a shared understanding among developers can lead to better communication and project outcomes.

Programming Insights

• Diversity in Programming Languages: Embracing a variety of programming languages can lead to more innovative solutions, but it complicates maintenance efforts.
• Rust's Limitations: While Rust is gaining traction, many developers find it challenging and not as effective for all tasks, highlighting the importance of understanding the strengths and weaknesses of a language.
• Importance of Community Support: Encouraging a respectful and supportive community is crucial for maintaining a collaborative environment in tech development.
• Maintenance Challenges: Using multiple languages in a project can create difficulties in maintaining code, emphasizing the need for simplicity and consistency in programming practices.
• Continuous Learning: Engaging with the community and sharing experiences can lead to better practices and understanding, suggesting that ongoing education is vital for developers.

Best Practices for System Management

• Take breaks to avoid burnout
• Sometimes starting over is better
• Proper security protocols are crucial
• Don’t cut corners for deadlines
• Zero trust is a necessary mindset