Incorrect Memory address return by Cppvsdbg debugger for memory inspection

Environment

Environment: Windows
Debugger : Cppvsdbg
Language: C/C++

Bug Summary and Steps to Reproduce

Bug Summary:
While debugging C/C++ application using cppvsdbg, If you click the little memory icon when you hover mouse in variable (like integer type) in VARIABLES window, then VSCode will open hex code editor and show memory binary representation in the hex editor window. Cppvsdbg is sending wrong memory address in the hex editor.

Steps to reproduce:

1. In Windows, Create a simple hello world application with some int / float/ double variable.
2. Create a launch.json file for debugging C/C++ application using "cppvsdbg" type.
3. Click Run & Debug icon the side panel then click Run with your launch.json profile.
4. After launching the debugger, hover your mouse in an variable in "VARIABLE" window.
5. Hex editor will open and show incorrect memory address for the variable.

Debugger Configurations

{
    "version": "0.2.0",
    "configurations": [
      {
        "name": "C/C++: cl.exe build and debug active file",
        "type": "cppvsdbg",
        "request": "launch",
        "program": "${fileDirname}\\${fileBasenameNoExtension}.exe",
        "args": [],
        "stopAtEntry": false,
        "cwd": "${workspaceFolder}",
        "environment": [],
        "logging": {
          "trace": true,
          "traceResponse": true,
          "engineLogging": true
        }
      },
    ],
  }

Debugger Logs

### Take a look value2 memoryReference value in "Scope" mode vs "presentationHint"

#################### DAP message for getting address of an integer variable (e.g: &value2) int watch window ######
-> (C) {"command":"evaluate","arguments":{"expression":"&value2","frameId":1000,"context":"watch"},"type":"request","seq":22}
-> (C) {"command":"scopes","arguments":{"frameId":1000},"type":"request","seq":23}
<- (R) {"seq":159,"type":"response","request_seq":23,"success":true,"command":"scopes","body":{"scopes":[{"name":"Locals","variablesReference":1022,"expensive":false},{"name":"Registers","presentationHint":"registers","variablesReference":1023,"expensive":true}]}}
<- (R) {"seq":161,"type":"response","request_seq":22,"success":true,"command":"evaluate","body":{"result":"0x000000a7d4bcfb50 {1065353215}","type":"int *","presentationHint":{"attributes":["readOnly"]},"variablesReference":1024,"memoryReference":"0x000000A7D4BCFB50","evaluateResponseReference":1024}}

################## variable window DAP message ########################
(C) {"command":"variables","arguments":{"variablesReference":1010},"type":"request","seq":16}
<- (R) {"seq":140,"type":"response","request_seq":16,"success":true,"command":"variables","body":{"variables":[{"name":"byteArray","value":"{ size=4 }","type":"std::vector<unsigned char,std::allocator<unsigned char>>","presentationHint":{"kind":"data","attributes":["readOnly"]},"evaluateName":"byteArray","variablesReference":1012},{"name":"cstr","value":"0x0000022cff493b00 \"˜9¸{ö\"","type":"const char *","presentationHint":{"kind":"data","attributes":["rawString"]},"evaluateName":"cstr","variablesReference":1013,"memoryReference":"0x0000022CFF493B00"},{"name":"doubleAsFloat","value":"3.61283159","type":"float","presentationHint":{"kind":"data"},"evaluateName":"doubleAsFloat","variablesReference":0},{"name":"doubleNumber","value":"3.6128315516282616","type":"double","presentationHint":{"kind":"data"},"evaluateName":"doubleNumber","variablesReference":0},{"name":"f","value":"0x000000a7d4bcfb50 {0.999999940}","type":"float *","presentationHint":{"kind":"data"},"evaluateName":"f","variablesReference":1014,"memoryReference":"0x000000A7D4BCFB50"},{"name":"f2","value":"0.999999940","type":"float","presentationHint":{"kind":"data"},"evaluateName":"f2","variablesReference":0},{"name":"floatNum","value":"0x0000022cff496760 {0.999999940}","type":"float *","presentationHint":{"kind":"data"},"evaluateName":"floatNum","variablesReference":1015,"memoryReference":"0x0000022CFF496760"},{"name":"magicNumber","value":"126","type":"int","presentationHint":{"kind":"data"},"evaluateName":"magicNumber","variablesReference":0,"memoryReference":"0x000000000000007E"},{"name":"message","value":"{ size=6 }","type":"std::vector<std::string,std::allocator<std::string>>","presentationHint":{"kind":"data","attributes":["readOnly"]},"evaluateName":"message","variablesReference":1016},{"name":"mg","value":"100","type":"int","presentationHint":{"kind":"data"},"evaluateName":"mg","variablesReference":0,"memoryReference":"0x0000000000000064"},{"name":"str","value":"\"\\x1\"","type":"std::string","presentationHint":{"kind":"data","attributes":["readOnly","rawString"]},"evaluateName":"str","variablesReference":1017},{"name":"text","value":"\"hello Meta !! nice to meet you. I am from Bangladesh and went to BUET and Starting Microsoft\"","type":"std::string","presentationHint":{"kind":"data","attributes":["readOnly","rawString"]},"evaluateName":"text","variablesReference":1018},{"name":"value2","value":"1065353215","type":"int","presentationHint":{"kind":"data"},"evaluateName":"value2","variablesReference":0,"memoryReference":"0x000000003F7FFFFF"}]}}
#################################### end #########################

Other Extensions

No response

Additional Information

No response

Start by tracing the cppvsdbg DAP responses for variables and evaluate requests, using the reported memoryReference values as the reproduction evidence. Compare the address returned for scalar variables such as value2 with the address returned for pointer variables, then verify that the Variables view's memory action opens the variable's actual address.