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Sonia Fathollahi - سونیا فتح الهی

Sonia Fathollahi - سونیا فتح الهی

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منشورات القناة
Your Coding Job is Safe, Dude... https://youtu.be/hERLVpegJrw

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Internal Developer Platform  https://internaldeveloperplatform.org Everything the WWW has around Internal Developer Platforms in one curated space. It helps you understand the why, how, what and who. What is an Internal Developer Platform (IDP)?  An Internal Developer Platform (IDP) is built by a platform team to build golden paths and enable developer self-service. An IDP consists of many different techs and tools, glued together in a way that lowers cognitive load on developers without abstracting away context and underlying technologies. Following best practices, platform teams treat their platform as a product and build it based on user research, maintaining and continuously improving it. TLDR; An Internal Developer Platform (IDP) is built and provided as a product by the platform team to application developers and the rest of the engineering organization. An IDP glues together the tech and tools of an enterprise into golden paths that lower cognitive load and enable developer self-service. The platform team ships the IDP following product management best practices, iterating on it based on user research and tight feedback loops with users and other key stakeholders. Stakeholders include application developers, infrastructure and operations teams, security teams, architects and CCOEs, and executives, among others. This means that successful platform engineering teams develop dedicated functions within themselves to ensure the perspectives of different stakeholder groups are represented. For example, infrastructure platform engineering aims to ensure that the IDP provides tangible benefits to infrastructure and operations teams. InternalDeveloperPlatform.org is the central hub for our global community of engineers and platform nerds. It provides a space for developers to discuss best practices and war stories around their Internal Developer Platforms and tooling setups. Join our Platform Engineering slack channel to meet other platform engineers, find jobs in the industry and attend our community events. How Internal Developer Platforms are built by Platform teams Internal Developer Platforms are built by platform engineering teams with their end user in mind, the application developers. Developers are therefore the internal customers of platform teams. However, many other stakeholders within the engineering organization need to be involved in the development and rollout of an IDP to ensure adoption. These include infrastructure and operations (I&O) teams, architects, security teams, and executives. The IDP is designed and shipped in sync with the overall business goals and the objectives of the different stakeholder groups. Platform teams combine a set of open-source and commercial tools following best-practice architectural blueprints and reference architectures. Successful platform engineering initiatives start small, following a Minimum Viable Platform (MVP) approach, and iterate quickly to continuously prove value to all key stakeholders. Enterprise-grade Internal Developer Platforms have a set of baseline configurations that get enforced across all workflows and development teams, driving standardization and automation by design. This allows engineering organizations to decrease time to market while ensuring security and compliance best practices are followed everywhere, i.e. they can move faster without breaking things. How Internal Developer Platforms are used by application developers: Internal Developer Platforms meet application developers where they are at. This is crucial to ensure adoption. Successful platform engineering initiatives provide developers with interface choice (code-based e.g. OSS workload specification Score, UI based e.g. a portal, CLI, API, etc.), striking the right balance between shielding them from complexity while still providing them with the context they need to do their job. Through these interfaces, developers can request resources, spin up fully provisioned environments, roll back, deploy, and trigger deployment automations, all without the need for support from their operations colleagues. — Join a Global Community  InternalDeveloperPlatform.org is the central hub for our global community of engineers and platform nerds. It provides a space for developers to discuss best practices and war stories around their Internal Developer Platforms and tooling setups. Join our Platform Engineering slack channel to meet other platform engineers, find jobs in the industry and attend our community events. Join Slack community
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لا يوجد نص...
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https://youtu.be/seiBocl6uQg Bye Bye Alex
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Tailcat: Tailscale without Tailscale, by Tailscale https://tailscale.com/blog/tailcat Today we’re releasing tailcat, a remix of pieces of Tailscale that gives you a way to use the open-source Tailscale data plane (WireGuard® + NAT traversal + DERP) without the Tailscale control plane, written by the people who made Tailscale. It’s Tailscale without Tailscale, by Tailscale. Specifically, tailcat is both an open-source Go package and a CLI tool using that package. It lets you run a server-side listener and a client to connect to that server, moving bidirectional bytes back and forth. That is, it’s like netcat but flowing over Tailscale’s magicsock (WireGuard encryption + NAT traversal + DERP rendezvous/fallback relay).
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https://gruhn.me/blog/2026-08-03/
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https://www.toeflresources.com/blog/toefl-tests-and-iran-sanctions/ My friends in Iran are worried that they may soon lose the ability to take the TOEFL and GRE tests.  This is because the US Department of State has suspended General License D, which allowed for certain educational services to be carried out in Iran, notwithstanding ongoing sanctions. This license specifically mentioned permission “to administer professional certificate examinations and university entrance examinations, including, but not limited to, multiple choice standardized tests, and to provide those services that are necessary or required for admission to U.S. academic institutions, to individuals who are located in Iran or located outside Iran but who are ordinarily resident in Iran.” Activities permitted under General License D must be wound down by September 8. The suspension is part of a package of new sanctions on Iran.
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https://youtu.be/4LUhyMih_wU
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https://x.com/mitchellh/status/2093451043661316217
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مثل اینکه فردا ۲۵ سالم میشه جالبه
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I love twitter
I love twitter
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لا يوجد نص...
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https://www.notebookcheck.net/XCancel-gets-taken-down-as-X-Corp-sends-cease-and-desist-letter-to-Nitter.1378427.0.html
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Cease and desist Xcancel has been taken down+1
Cease and desist Xcancel has been taken down
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What Is a Platform Team and What Problems Do They Solve? - Armon Dadgar https://youtu.be/j5M16qooAvo
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Building Secure & Reliable Systems https://google.github.io/building-secure-and-reliable-systems/raw/toc.html
Building Secure & Reliable Systems https://google.github.io/building-secure-and-reliable-systems/raw/toc.html
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Why does Paul use AI in his messages ?
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localgcp https://localgcp.com/ Run Google Cloud locally. One Go binary, fourteen services, zero cloud bills. Nine native services start in under 100ms. Five more via Docker, on demand. brew install slokam-ai/tap/localgcp localgcp up
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Memory Elasticity Benchmark Cloud computing handles a vast share of the world's computing, but it is not as efficient as it could be due to its lack of support for memory elasticity. An environment that supports memory elasticity can dynamically change the size of the application's memory while it's running, thereby optimizing the entire system's use of memory. However, this means at least some of the applications must be memory-elastic. A memory elastic application can deal with memory size changes enforced on it, making the most out of all of the memory it has available at any one time. The performance of an ideal memory-elastic application would not be hindered by frequent memory changes. Instead, it would depend on global values, such as the sum of memory it receives over time. Memory elasticity has not been achieved thus far due to a circular dependency problem. On the one hand, it is difficult to develop computer systems for memory elasticity without proper benchmarking, driven by actual applications. On the other, application developers do not have an incentive to make their applications memory-elastic, when real-world systems do not support this property nor do they incentivize it economically. To overcome this challenge, this document propose a system of memory-elastic benchmarks and an evaluation methodology for an application's memory elasticity characteristics. We validate this methodology by using it to accurately predict the performance of an application, with a maximal deviation of 8% on average. The proposed benchmarks and methodology have the potential to help bootstrap computer systems and applications towards memory elasticity. ACM Reference Format: Liran Funaro, Orna Agmon Ben-Yehuda, and Assaf Schuster. 2020. Memory Elasticity Benchmark. In The 13th ACM International Sys- tems and Storage Conference (SYSTOR ’20), June 2–4, 2020, Haifa, Israel. ACM, New York, NY, USA, 12 pages. https://doi.org/10.1145/ 3383669.3398277
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🚀 نسخه 0.3.12 هیدرا منتشر شد!!! در این نسخه یک قابلیت جدید و چند باگ مهم رفع شد و هم اکنون می توانید با هسته هیدرا بزرگترین+2
🚀 نسخه 0.3.12 هیدرا منتشر شد!!! در این نسخه یک قابلیت جدید و چند باگ مهم رفع شد و هم اکنون می توانید با هسته هیدرا بزرگترین فایل ها را با کمترین مصرف حافظه رم دانلود کنید و در نسخه GUI مصرف منابع کاهش یافت و بهینه تر شدش. https://hydra.javad.dev/#download دوستان اگر باگ یافتین یا ایده داشتید خوشحال میشم گزارش کنید تا رفع کنم. https://github.com/ja7ad/hydra/issues
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