golang基础

https://blog.csdn.net/arv002/article/details/122955707 将go语言开发的程序编译成so[动态库文件]就可以给c或者c++程序调用. 如果想要导出C

https://www.cnblogs.com/trmbh12/p/17773283.html 原来（10000000->1111111 表示 -127 -> -0）,现在（10000000->111

schedule() // One round of scheduler: find a runnable goroutine and execute it. // Never returns. fi

https://zhuanlan.zhihu.com/p/143346084 for 循环中 listen.Accept()

https://go.dev/src/cmd/compile/README 1. Parsing cmd/compile/internal/syntax (lexer, parser, syntax

request 设置超时 https://gosamples.dev/http-client-timeout/ httpClient.Get 流程 Client.do 调用 c.send(req, d

Note that escaping to the heap must also be transitive: if a reference to a Go value is written into

启动 TCP 服务器 https://zhuanlan.zhihu.com/p/609629545 启动 tcp 服务的代码框架，伪代码如下： listen && bind sysSocket 中 s

1.应用程序容器镜像制作 dockerfile 编写 docker build -t username/hello:1.0.0 //非顶级镜像 必须用户名打头 docker push username

It's inefficient if we write to a file one character or word at a time. The write to file works best

https://zhuanlan.zhihu.com/p/392975826 singleflightd的设计思路就是将一组相同的请求合并成一个请求，使用map存储，只会有一个请求到达mysql，使用

freecache https://zhuanlan.zhihu.com/p/487455942 FreeCache avoids GC overhead by reducing the number

通过状态state和信号量来实现的。 协程1加锁的话，lock=1 协程2加锁的话，waiter=1，代表等待锁释放: 协程A主要是通过释放信号量来通知协程b，此时协程B可以加锁 state Lock

https://cloud.tencent.com/developer/article/1700947 分段栈和连续栈 Go 1.3 版本前使用的栈结构是分段栈，随着goroutine 调用的函数层级

WaitGroup WaitGroup 的整个调用过程可以简单地描述成下面这样 当调用 WaitGroup.Add(n)时，counter 将会自增:counter += n 当调用 WaitGrou

semaRoot、semtable A semaRoot holds a balanced tree of sudog with distinct addresses (s.elem). Each o

// The top-most function running on a goroutine // returns to goexit+PCQuantum.

字符串拼接 拼接字符串的方式有：+ , fmt.Sprintf , strings.Builder, bytes.Buffer, strings.Join 1 "+" 使用+操作符进行拼接时，会对字符

osint schedinit runtime·mstart mstart0 --->Initialize stack bounds (if osStack)//8192 byte --->Initi

Unmanaged memory In general, the runtime tries to use regular heap allocation. However, in some case