diff --git a/translated/tech/20180414 Go on very small hardware Part 2.md b/published/20180414 Go on very small hardware Part 2.md similarity index 99% rename from translated/tech/20180414 Go on very small hardware Part 2.md rename to published/20180414 Go on very small hardware Part 2.md index 4e7aad4f13..fdce9ab34c 100644 --- a/translated/tech/20180414 Go on very small hardware Part 2.md +++ b/published/20180414 Go on very small hardware Part 2.md @@ -1,8 +1,8 @@ [#]: collector: (oska874) [#]: translator: (gxlct008) [#]: reviewer: (wxy) -[#]: publisher: ( ) -[#]: url: ( ) +[#]: publisher: (wxy) +[#]: url: (https://linux.cn/article-12747-1.html) [#]: subject: (Go on very small hardware Part 2) [#]: via: (https://ziutek.github.io/2018/04/14/go_on_very_small_hardware2.html) [#]: author: (Michał Derkacz https://ziutek.github.io/) @@ -14,7 +14,7 @@ Go 语言在极小硬件上的运用（二） 在本文的 [第一部分][2] 的结尾，我承诺要写关于接口的内容。我不想在这里写有关接口或完整或简短的讲义。相反，我将展示一个简单的示例，来说明如何定义和使用接口，以及如何利用无处不在的 `io.Writer` 接口。还有一些关于反射reflection和半主机semihosting的内容。 -![STM32F030F4P6](https://ziutek.github.io/images/mcu/f030-demo-board/board.jpg)] +![STM32F030F4P6](https://ziutek.github.io/images/mcu/f030-demo-board/board.jpg) 接口是 Go 语言的重要组成部分。如果你想了解更多有关它们的信息，我建议你阅读《[高效的 Go 编程][3]》 和 [Russ Cox 的文章][4]。