jdwp-(ide-proxy)交互数据流1

SofterICer2024-02-24 9:58
（1）
从IDE接收到的packet->ID=2/Virtual Machine(1)/IDSizes(7)/0/

proxy->ide packet:ID=2/(0)/(0)/0/0000000800000004000000040000000400000004

*fieldIDSize =*00000008

methodIDSize= 00000004

objectIDSize= 00000004

referenceTypeIDSize= 00000004

frameIDSize= 00000004

IDSizes Command (7)

Returns the sizes of variably-sized data types in the target VM.The returned values indicate the number of bytes used by the identifiers in command and reply packets.

Out Data

(None)

Reply Data
int fieldIDSize fieldID size in bytes
int methodIDSize methodID size in bytes
int objectIDSize objectID size in bytes
int referenceTypeIDSize referenceTypeID size in bytes
int frameIDSize frameID size in bytes

Error Data

|-----------------------------------------------------------------------------------------------------------------|-------------------------------------|
| VM_DEAD | The virtual machine is not running. |

（2）

EventRequest Command Set (15)
Set Command (1)

Set an event request. When the event described by this request occurs, an event is sent from the target VM. If an event occurs that has not been requested then it is not sent from the target VM. The two exceptions to this are the VM Start Event and the VM Death Event which are automatically generated events - see Composite Command for further details.

事件请求命令集 (15)

设置命令 (1)

设置事件请求。 当此请求描述的事件发生时，将从目标 VM 发送一个事件。 如果发生未请求的事件，则不会从目标 VM 发送该事件。 两个例外是 VM 启动事件和 VM 死亡事件，它们是自动生成的事件 - 有关更多详细信息，请参阅复合命令。

从IDE接收到的packet->ID=4/EventRequest(15)/Set(1)/0/080000000000

proxy->ide packet:ID=4/(0)/(0)/0/00000000

从IDE接收到的packet->ID=6/EventRequest(15)/Set(1)/0/090000000000

proxy->ide packet:ID=6/(0)/(0)/0/00000001

VirtualMachine Command Set (1)

Returns the JDWP version implemented by the target VM. The version string format is implementation dependent.

从IDE接收到的packet->ID=8/Virtual Machine(1)/Version(1)/0/

proxy->ide packet:ID=8/(0)/(0)/0/0000000b56657273696f6e20312e30000000010000000400000003312e30000000174a6176612043617264203320506c6174666f726d205249

Version Command (1)

Returns the JDWP version implemented by the target VM. The version string format is implementation dependent.

Out Data

(None)

Reply Data
string description Text information on the VM version
int jdwpMajor Major JDWP Version number
int jdwpMinor Minor JDWP Version number
string vmVersion Target VM JRE version, as in the java.version property
string vmName Target VM name, as in the java.vm.name property

从IDE接收到的packet->ID=10/Virtual Machine(1)/Capabilities(12)/0/

proxy->ide packet:ID=10/(0)/(0)/0/00000000000000

Capabilities Command (12)

Retrieve this VM's capabilities. The capabilities are returned as booleans, each indicating the presence or absence of a capability. The commands associated with each capability will return the NOT_IMPLEMENTED error if the cabability is not available.

Out Data

(None)

Reply Data
boolean canWatchFieldModification Can the VM watch field modification, and therefore can it send the Modification Watchpoint Event?
boolean canWatchFieldAccess Can the VM watch field access, and therefore can it send the Access Watchpoint Event?
boolean canGetBytecodes Can the VM get the bytecodes of a given method?
boolean canGetSyntheticAttribute Can the VM determine whether a field or method is synthetic? (that is, can the VM determine if the method or the field was invented by the compiler?)
boolean canGetOwnedMonitorInfo Can the VM get the owned monitors infornation for a thread?
boolean canGetCurrentContendedMonitor Can the VM get the current contended monitor of a thread?
boolean canGetMonitorInfo Can the VM get the monitor information for a given object?

从IDE接收到的packet->ID=12/Virtual Machine(1)/AllClasses(3)/0/

proxy->ide packet:ID=12/(0)/(0)/0/000000070100ffffff0000000d4c53797374656d436c6173733b000000000301000001000000025b42000000000301000002000000025b5a000000000301000003000000025b53000000000301000004000000025b490000000001001d8001000000344c636f6d2f6f7261636c652f6a63636c61737369632f73616d706c65732f68656c6c6f776f726c642f48656c6c6f576f726c643b0000000003001d0002000000355b4c636f6d2f6f7261636c652f6a63636c61737369632f73616d706c65732f68656c6c6f776f726c642f48656c6c6f576f726c643b00000000

AllClasses Command (3)

Returns reference types for all classes currently loaded by the target VM.

Out Data

(None)

Reply Data
int classes Number of reference types that follow.
Repeated classes times:
byte refTypeTag Kind of following reference type.
referenceTypeID typeID Loaded reference type
string signature The JNI signature of the loaded reference type
int status The current class status.

从IDE接收到的packet->ID=14/Virtual Machine(1)/TopLevelThreadGroups(5)/0/

proxy->ide packet:ID=14/(0)/(0)/0/00000001ffffffe0

TopLevelThreadGroups Command (5)

Returns all thread groups that do not have a parent. This command may be used as the first step in building a tree (or trees) of the existing thread groups.

Out Data

(None)

Reply Data
int groups Number of thread groups that follow.
Repeated groups times:
threadGroupID group A top level thread group

从IDE接收到的packet->ID=18/EventRequest(15)/Set(1)/0/070000000000

proxy->ide packet:ID=18/(0)/(0)/0/00000003

从IDE接收到的packet->ID=20/EventRequest(15)/Set(1)/0/080100000001050000002273756e2e696e737472756d656e742e496e737472756d656e746174696f6e496d706c

proxy->ide packet:ID=20/(0)/(0)/0/00000004

从IDE接收到的packet->ID=22/EventRequest(15)/Set(1)/0/080100000001050000002273756e2e696e737472756d656e742e496e737472756d656e746174696f6e496d706c

proxy->ide packet:ID=22/(0)/(0)/0/00000005

从IDE接收到的packet->ID=24/EventRequest(15)/Set(1)/0/0801000000010500000032636f6d2e6f7261636c652e6a63636c61737369632e73616d706c65732e68656c6c6f776f726c642e4d794d61696e54657374

proxy->ide packet:ID=24/(0)/(0)/0/00000006

从IDE接收到的packet->ID=26/EventRequest(15)/Set(1)/0/0801000000010500000032636f6d2e6f7261636c652e6a63636c61737369632e73616d706c65732e68656c6c6f776f726c642e48656c6c6f576f726c64

proxy->ide packet:ID=26/(0)/(0)/0/00000007

从IDE接收到的packet->ID=28/ReferenceType(2)/Status(9)/0/001d8001

proxy->ide packet:ID=28/(0)/(0)/0/00000002

从IDE接收到的packet->ID=30/ReferenceType(2)/Methods(5)/0/001d8001

proxy->ide packet:ID=30/(0)/(0)/0/000000031d800100000000063c696e69743e00000003282956000000041d80010100000007696e7374616c6c00000007285b4253422956000000091d8001020000000770726f636573730000001c284c6a617661636172642f6672616d65776f726b2f415044553b295600000001

从IDE接收到的packet->ID=32/Virtual Machine(1)/CapabilitiesNew(17)/0/

proxy->ide packet:ID=32/(0)/(0)/0/0000000000000000000000000000000000000000000000000000000000000000

从IDE接收到的packet->ID=34/Method(6)/LineTable(1)/0/001d80011d800100

proxy->ide packet:ID=34/(0)/(0)/0/0000000000000000000000000000001100000004000000000000000000000023000000000000000400000024000000000000000c00000025000000000000001000000026

从IDE接收到的packet->ID=36/Method(6)/LineTable(1)/0/001d80011d800101

proxy->ide packet:ID=36/(0)/(0)/0/0000000000000000000000000000000900000002000000000000000000000033000000000000000800000034

从IDE接收到的packet->ID=38/Method(6)/LineTable(1)/0/001d80011d800102

proxy->ide packet:ID=38/(0)/(0)/0/000000000000000000000000000000530000000e00000000000000000000004100000000000000050000004400000000000000110000004600000000000000120000004900000000000000170000004a000000000000001a0000004c000000000000001d0000004d00000000000000280000004e000000000000002e0000004f000000000000003600000052000000000000003b00000053000000000000004300000056000000000000004900000058000000000000005200000059

从IDE接收到的packet->ID=40/ReferenceType(2)/SourceFile(7)/0/001d8001

proxy->ide packet:ID=40/(0)/(0)/0/0000000f48656c6c6f576f726c642e6a617661

从IDE接收到的packet->ID=42/EventRequest(15)/Set(1)/0/0202000000010701001d80011d8001000000000000000004

----------proxy->VM begin---------

packetData = 4606011d00000007

----------proxy->VM end---------

==========VM->proxy begin==========

从VM读取到的数据 data = c60400000000

==========VM->proxy end==========

proxy->ide packet:ID=42/(0)/(0)/0/00000008

从IDE接收到的packet->ID=44/EventRequest(15)/Set(1)/0/0801000000010500000032636f6d2e6f7261636c652e6a63636c61737369632e73616d706c65732e68656c6c6f776f726c642e48656c6c6f576f726c64

proxy->ide packet:ID=44/(0)/(0)/0/00000009

从IDE接收到的packet->ID=46/EventRequest(15)/Set(1)/0/0202000000010701001d80011d8001020000000000000005

----------proxy->VM begin---------

packetData = 4606011d00000026

----------proxy->VM end---------

==========VM->proxy begin==========

从VM读取到的数据 data = c60400000000

==========VM->proxy end==========

proxy->ide packet:ID=46/(0)/(0)/0/0000000a

从IDE接收到的packet->ID=48/Virtual Machine(1)/Resume(9)/0/

----------proxy->VM begin---------

packetData = 4103010001

----------proxy->VM end---------

==========VM->proxy begin==========

从VM读取到的数据 data = c103000001

==========VM->proxy end==========

相关推荐
江上清风山间明月1 天前
一周掌握Flutter开发--9. 与原生交互（下）
flutter·交互·原生·methodchannel
chen_song_2 天前
WebRTC的ICE之TURN协议的交互流程中继转发Relay媒体数据的turnserver的测试
算法·音视频·webrtc·交互·媒体
Julian.zhou3 天前
MCP服务：五分钟实现微服务治理革命，无缝整合Nacos/Zookeeper/OpenResty
人工智能·微服务·zookeeper·交互·openresty
计算机毕设定制辅导-无忧学长4 天前
HTML 与 JavaScript 交互：学习进程中的新跨越（一）
javascript·html·交互
豆芽8194 天前
基于Web的交互式智能成绩管理系统设计
前端·python·信息可视化·数据分析·交互·web·数据可视化
Hello.Reader5 天前
基于 WebAssembly 的 Game of Life 交互实现
交互·wasm
Julian.zhou5 天前
从Manus到OpenManus：AI智能体技术如何重塑未来生活场景？
人工智能·自然语言处理·生活·交互
承前智5 天前
基于Hbuilder X的uni-app连接OneNET云平台及AI交互 实战指南（二）——获取数据流模型的数据
uni-app·交互
pk_xz1234565 天前
多模态交互下的车载机械臂体感控制系统设计与实现研究
交互
承前智6 天前
基于Hbuilder X的uni-app连接OneNET云平台及AI交互 实战指南（三）——命令下发
uni-app·交互
热门推荐
01我决定放弃搞 Java 了02DeepSeek各版本说明与优缺点分析03如何在WPS和Word/Excel中直接使用DeepSeek功能04RAG 实践- Ollama+RagFlow 部署本地知识库05本地化部署AI知识库：基于Ollama+DeepSeek+AnythingLLM保姆级教程06从零安装 LLaMA-Factory 微调 Qwen 大模型成功及所有的坑07如何本地部署AI智能体平台，带你手搓一个AI Agent08苍穹外卖面试总结09DeepSeek RAGFlow构建本地知识库系统10【芯片封测学习专栏 -- D2D 和 C2C 之间的区别】