问题描述
我真的很喜欢JVM的远程调试工具。但是我想知道它是如何在内部工作的。我的假设是通过一个JVM功能完成的，其中正在运行的进程正在下载/使用附件远程的源代码，调试器（如IDE）它知道当前堆栈跟踪的行，然后可以跳转到相应的IDE断点。然后通过套接字或共享内存（远程调试器的设置）完成应用程序状态的堆栈跟踪和内省的通信。
有任何人有兴趣的链接/资源
JVM的调试功能是通过。
JPDA本身由以下组成：
- Java虚拟机工具接口（JVM TI） - 用于工具使用的本机编程接口。此接口允许状态检查，并有助于控制调试程序中的执行流程。
- Java调试线协议（JDWP） - 用于定义调试器和调试器进程之间的通信。 / li>
- Java调试接口（JDI） - 此接口允许工具开发人员编写远程调试器应用程序。
是一个很好的起点。要查找的其他地方将是。
I really like the remote debugging facilities of the JVM. But I wonder how it works internally.
My assumption: It is done through a JVM feature where the running process is downloading/using the source-code from the attached remote-debugger (like IDE) It knows the line of the current stack-trace and then can jump to the respective IDE breakpoint. The communication of stack-trace and introspection of the application state is then done either through sockets or shared-memory (setting of remote debugger).
Has anybody interesting links/resources on that?
The debugging features of the JVM are provided via the Java Platform Debugger Architecture (JPDA).
The JPDA itself is composed of the following:
- Java Virtual Machine Tool Interface (JVM TI) - the native programming interface for tools to use. This interface allows for state inspection and helps in controlling the flow of execution within the debuggee.
- Java Debug Wire Protocol (JDWP) - used to define the communication between the debugger and debuggee processes.
- Java Debug Interface (JDI) - this interface allows tool developers to write remote debugger applications.
The diagram listed in the JPDA architecture structure is a good starting point. Additional places to look for would be the guides listed in the JPDA page.
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