I'd like to start with the view debugger.

我想先讲视工具。

Like, I don't remember every single command in a debugger.

就像我不记得错程序中的每一个命令。

Let me go ahead now and get out of the debugger.

现在让我继续，离开调试器。

And we'll see one other feature of the debugger today.

今天我们将看到调试器的另一个特性。

We can only see it in the entity debugger.

我们只能在实体调试器中看到它。

And that's why the debugger has jumped to that line.

这就调试器跳到这一行的原因。

I recently was reminiscing about how I used to use the debugger so much more before TypeScript made that.

我最近在回想，在TypeScript让我不太需要它之前，我以前多么频繁地使用调试器。

The point is the debugger led you to this point.

关键调试器把你带到了这一点。

How do I fix the logic now thanks to the debugger having led me down this road?

由于调试器引导我走上了这条路，我现在如何修复逻辑？

But I might have a prompt that says, as an expert debugger, Here are the steps that I would take to diagnose an issue.

但我可能会设置一个提示，内容：作为一名专家调试员， 以下我诊断问题时会采取的步骤。

There's a different debugger for every operating system but they're not easy to learn unless you start, you know, just doing it yourself and training yourself and practicing.

每个操作系统都有不同的错程序 但它们不容易学，除非你开始，你知道，自己动手，自己并习。

The view debugger will now also include details from SpriteKit scenes, and the view debugger is a perfect way to expand and rotate your scenes, scope ranges, even look at clipped regions.

视工具还会包括 SpriteKit 场景的细节，视工具扩展并反转你的场景范围，甚至查看裁剪区域的完美方式。

For example, in a development capacity, if I wanted to build an expert debugger MCP server, I might have some tools that allow you to do things like get a dump.

例如， 在开发能力方面，如果我想构建一个专家级调试器MCP服务器，我可能会拥有一些工具， 这些工具允许你执行诸如获取转储之类的操作。

A location in a program at which execution is to be stopped and control of the processor switched to the debugger. Mechanisms for creating and removing breakpoints are provided by most debugging tools.

一个在程序中的地址，在那里程序的执行被停止，并且处理器的控制转换到了除错程序。大多数除错工具提供增加与删除一个断点的机制。

And so it can effectively download that prompt and then submit that prompt along with all the tools that I got to the LLM to teach the LLM how to become an expert debugger.

因此，它可以有效地下载该提示，然后将该提示连同我拥有的所有工具一起提交给LLM，以教会LLM如何成为一个专家调试器。

A general-purpose computer that communicates with the target via a serial port or network connection. This term is usually used to distinguish the computer on which the debugger is running from the embedded system that is being developed.

一台通用计算机，它通过串口或网络连接与目标机通讯。这处名词一般用来区别调试程序运行的计算机和被开发的嵌入式系统。