YuHuanTin
YuHuanTin
```c++ #include coro::task sleep_for(int seconds) { std::this_thread::sleep_for(std::chrono::seconds {seconds}); co_return 0; } coro::task wait_for_task(auto &Pool, int delaySeconds) { co_await Pool.schedule(); while (true) { co_await sleep_for(delaySeconds); std::println("[{}]wait for {} seconds", std::chrono::system_clock::now(), delaySeconds);...
手动选择延迟较高的节点,然后使用`测试延迟`按钮或者重新连接节点均不能切换连接到延迟最低的节点 
由于无法确定走了哪条规则,而按照速度排序的方式可以通过查看 上传/下载 的速度很快的看出来并排错
using [tmate](https://mxschmitt.github.io/action-tmate/) then using ssh connection, winterm error with ``kex error : no match for method compression algo client->server: server [[email protected],zlib], client [none]``   and using windows ssh is...
In the last two days I tried to build tdlib using github's action and I found that he can work well and reduce the time needed for development (less manual...
### 复现步骤 / Step to reproduce 1. 打开连接页面,选择'DL Speed'倒序 2. 出现不正确的排序(疑似按照 xxB/s、xxKB/s、xxMB/s 的方式排序)  ### 预期行为 / Expected behaviour 应为 xxMB/s、xxKB/s、xxB/s 倒序 ### 实际行为 / Actual Behaviour 出现不正确的排序(疑似按照 xxB/s、xxKB/s、xxMB/s 的方式排序)...
 对搜索到的特征指令进行 nop 操作(用于直接patch花指令)