OpenHarmony implementation of the flutter_unionad plugin. Changelog excerpt: - [fix(ohos): get AdCreator after start to fix 40006](https://github.com/gstory0404/flutter_unionad/pull/210) - [fix(ohos): 包名不一致问题](https://github.com/gstory0404/flutter_unionad/pull/212)

Strona domowa: openharmony.cn Dokumentacja: Forum: gitcode.com/org/openharmony/discussions Pochodzenie: Chiny Kategoria: Systemy mobilne, Smartphone, Systemy wbudowane (embedded) Pulpit: GUI…

Strona domowa: openharmony.cn Dokumentacja: Forum: gitcode.com/org/openharmony/discussions Pochodzenie: Chiny Kategoria: Systemy mobilne, Smartphone, Systemy wbudowane (embedded) Pulpit: GUI…

MCP (Model Context Protocol) has become the de facto standard for AI tool interconnection — the community hosts 5800+ MCP servers you can plug into. Most tools pick one side: they either consume MCP servers or provide tools as one. hmharness — an open-source (MIT) agent framework for HarmonyOS/OpenHarmony development — took the uncommon "both directions" approach. ## Identity 1: Client (borrowing the ecosystem) hmharness connects to all 5800+ community MCP servers over both stdio and HTTP transports. When its agent works on a task, it can call any capability the ecosystem already has — query databases, read web pages, operate SaaS tools — without implementing each one itself. Stand on the ecosystem, don't rebuild it. ## Identity 2: Server (exporting the toolchain) `hmh mcp-serve` turns the entire HarmonyOS toolchain into native MCP tools that any MCP host can call. One line in Claude Code: claude mcp add hmharness -- npx -y @hmharness/cli mcp-serve — and the host immediately gets harmony_build, harmony_api_lookup, and the rest. No nested agent loops; tool calls are confirmed one by one by the host's own permission system. ## Two boundary rules **Tool exposure has edges** : by default only harmony_* domain tools are exposed — run_command and write_file are NOT, because the host already has its own general tools. No duplication, no overstepping. **Approval runs on two layers** : the host permission system handles "asking the user"; destructive hard-walls (deny red lines) permanently live on the server side. Each layer owns its segment; neither oversteps. ## Four entry channels, one system Terminal CLI, web workbench, browser extension, MCP/ACP protocol — whichever way an agent enters, it gets the same toolchain and the same approval system. ## The practical payoff If you already write code with Claude Code or Codex, one command gives them the full HarmonyOS toolchain — build, sign, install, anti-hallucination API lookup — without switching tools. Your workflow stays; hmharness enters as a capability plugin. hmharness wires project creation, checks, builds, signing, install, launch, log reading, and result verification into a local toolchain so AI does not just generate code — it proves results against the local machine. Independent community project, no affiliation with Huawei or OpenAtom. GitHub: https://github.com/swsgbl/hmharness · Evidence: https://swsgbl.github.io/hmharness/evidence/aimcpopensourcedevtools

C++ examples for the Vulkan graphics API. Contribute to SaschaWillems/Vulkan development by creating an account on GitHub.

Claudeは既に引用元のライセンスを見て改変が許されてるかどうか判断してるから単なるライセンスウォッシングは既にできなくなってる 他のモデルが追随するのも時間の問題 チンカスジャップは何も作り出せないくせに妄想だけはいっちょまえ

Knihovna SDL3 byla čerstvě portována na HarmonyOS<, resp. do projektu OpenHarmony. Podpora běhu SDL(3) aplikací, tedy mimo jiné zejména her, se tak bude dostávat i na zařízení Huawei. Portace je dílem Ryana Gordona, kterého známe jako Icculus a který už na Linux portoval hromady věcí, včetně řady her své doby. Jeho práci sponzorovalo herní studio Outfit7. Dle Ryana je SDL3 port na HarmonyOS/OpenHarmony již využíván několika komerčními hrami a byl otestován na reálném hardwaru. V tuto chvíli je port již v Gitu projektu SDL.

广泛用于游戏和应用、提供跨平台软硬件抽象层的 SDL3 库已移植到华为的 HarmonyOS / OpenHarmony 操作系统。游戏工作室 Outfit7 资助了 Ryan "Icculus" Gordon 的移植工作。HarmonyOS 是华为开发的私有操作系统，适用于智能手机、平板电脑、 PC、智能设备等多种终端，其架构采用了微内核设计。OpenHarmony 则是 HarmonyOS 的开源版本。Icculus 透露，支持 HarmonyOS/OpenHarmony 的 SDL3 移植版本已用于部分商业游戏。

The SDL3 library commonly used for games and applications for cross-platform hardware and software abstractions now has upstream support for Huawei's HarmonyOS and OpenHarmony...

The SDL3 library commonly used for games and applications for cross-platform hardware and software abstractions now has upstream support for Huawei's HarmonyOS and OpenHarmony...

The SDL3 library commonly used for games and applications for cross-platform hardware and software abstractions now has upstream support for Huawei's HarmonyOS and OpenHarmony...