performance • Easiser operation • Cloud native • Curve is composed of two parts • Curve Block Storage (CurveBS) • CurveBS: a high performance cloud native distributed block storage • Curve File File System (CurveFS) • CurveFS: a high performance cloud native file system (Based on CurveBS / S3 compatible Storage)Operator capability Level OPERATOR CAPABILITY LEVEL CURVE COMMENT BASIC INSTALL Y Support horizontal/vertical scaling, auto config tuning, abnormal detection, schedule tuningCloud native Feature list • Features for Cluster • Features for CurveBS • Features for CurveFS • Features

Hello 算法 Kotlin 语言版 作者：靳宇栋（@krahets） 代码审阅：陈东辉（@curtishd） Release 1.2.0 2024‑12‑06 序 两年前，我在力扣上分享了“剑指 Offer”系列题解，受到了许多读者的鼓励和支持。在与读者交流期间，我 最常被问的一个问题是“如何入门算法”。逐渐地，我对这个问题产生了浓厚的兴趣。 两眼一抹黑地刷题似乎是最受欢迎的方法 maxHeap.add(_val) // 从底至顶堆化 siftUp(size() - 1) } /* 从节点 i 开始，从底至顶堆化 */ fun siftUp(it: Int) { // Kotlin 的函数参数不可变，因此创建临时变量 var i = it while (true) { // 获取节点 i 的父节点 val p = parent(i) // 当“越过根节点”或“节点无须修复”时，结束堆化 从顶至底堆化 siftDown(0) // 返回堆顶元素 return _val } /* 从节点 i 开始，从顶至底堆化 */ fun siftDown(it: Int) { // Kotlin 的函数参数不可变，因此创建临时变量 var i = it while (true) { // 判断节点 i, l, r 中值最大的节点，记为 ma val l = left(i) val

Hello 演算法 Kotlin 語言版 作者：靳宇棟（@krahets） 程式碼審閱：陳東輝（@curtishd） Release 1.2.0 2024‑12‑06 序 兩年前，我在力扣上分享了“劍指 Offer”系列題解，受到了許多讀者的鼓勵與支持。在與讀者交流期間，我 最常被問到的一個問題是“如何入門演算法”。漸漸地，我對這個問題產生了濃厚的興趣。 兩眼一抹黑地刷題似乎是最受歡 maxHeap.add(_val) // 從底至頂堆積化 siftUp(size() - 1) } /* 從節點 i 開始，從底至頂堆積化 */ fun siftUp(it: Int) { // Kotlin 的函式參數不可變，因此建立臨時變數 var i = it while (true) { // 獲取節點 i 的父節點 val p = parent(i) // 當“越過根節點”或“節點無須修復”時，結束堆積化 從頂至底堆積化 siftDown(0) // 返回堆積頂元素 return _val } /* 從節點 i 開始，從頂至底堆積化 */ fun siftDown(it: Int) { // Kotlin 的函式參數不可變，因此建立臨時變數 var i = it while (true) { // 判斷節點 i, l, r 中值最大的節點，記為 ma val l = left(i) val

• nursery in Python trio • task group in Python asyncio • task scope in Rust • coroutine scope in Kotlin • async_scope in nvidia/stdexec We also call it a nursery (mnemonics: a place where your children

mina 多语言支持 JS 支持 支持 不支持 支持 无 无 Ruby 支持 不支持 不支持 支持 无 无 Python 支持 不支持 不支持 支持 3.6+ >96% 无 无 Kotlin 支持 不支持 不支持 支持 无 无 rust 支持 1.39+ dart 支持 2.6 其他 Github Sta r/Issue 最 高 go 版 本：11.9K/1 如果你想在⼀个文件中分离关注点：Vue  如果你⼀个人工作，或者有⼀个小团队：Vue 或 React  如果你的应用程序往往变得非常大：Angular 或 React  如果你想用 react-native 构建⼀个应用程序：React  如果你想在圈子中有很多的开发者：Angular 或 React  如果你与设计师合作，并需要干净的 HTML 文件：Angular or Vue  如果你喜欢 √如果你想在⼀个文件中分离关注点：Vue  如果你⼀个人工作，或者有⼀个小团队：Vue 或 React  √如果你的应用程序往往变得非常大：Angular 或 React  如果你想用 react-native 构建⼀个应用程序：React  √如果你想在圈子中有很多的开发者：Angular 或 React  √如果你与设计师合作，并需要干净的 HTML 文件：Angular or Vue 

using Microsoft Visual Studio. These tools can be imported from conan.tools.microsoft and allow for native integration with Microsoft Visual Studio, without the need to use CMake and instead directly using different build systems, vendors and users. For example, there are many Conan users happily using native MSBuild (VS) projects without any CMake at all. If ConanCenter packages were only built using the information to Meson using a conan_meson_[native|cross].ini file that describes the native/cross compilation environment, which in this case is a conan_meson_native.ini one. We will use Conan to install

using Microsoft Visual Studio. These tools can be imported from conan.tools.microsoft and allow for native integration with Microsoft Visual Studio, without the need to use CMake and instead directly using different build systems, vendors and users. For example, there are many Conan users happily using native MSBuild (VS) projects without any CMake at all. If ConanCenter packages were only built using the information to Meson using a conan_meson_[native|cross].ini file that describes the native/cross compilation environment, which in this case is a conan_meson_native.ini one. We will use Conan to install

using Microsoft Visual Studio. These tools can be imported from conan.tools.microsoft and allow for native integration with Microsoft Visual Studio, without the need to use CMake and instead directly using different build systems, vendors and users. For example, there are many Conan users happily using native MSBuild (VS) projects without any CMake at all. If ConanCenter packages were only built using the information to Meson using a conan_meson_[native|cross].ini file that describes the native/cross compilation environment, which in this case is a conan_meson_native.ini one. We will use Conan to install

using Microsoft Visual Studio. These tools can be imported from conan.tools.microsoft and allow for native integration with Microsoft Visual Studio, without the need to use CMake and instead directly using different build systems, vendors and users. For example, there are many Conan users happily using native MSBuild (VS) projects without any CMake at all. If ConanCenter packages were only built using the information to Meson using a conan_meson_[native|cross].ini file that describes the native/cross compilation environment, which in this case is a conan_meson_native.ini one. We will use Conan to install

56% 17.86% 16.91% 15.63% 15.41% TypeScript Rust YAML Visual Basic Verilog C C++ Python Kotlin C# Dart Arduino TypeScript连续两年成为了 Gitee年度增长最快编程语言 （2023年增长率为49.04%）， 同样持续强势的还有Rust以及 C语言家族。