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[分享]跟踪ReadProcessMemory从R3到R0(x64)
发表于: 2026-1-23 19:07
1659
[分享]跟踪ReadProcessMemory从R3到R0(x64)
mb_binusgki
2026-1-23 19:07
1659
> ### 1.编写r3代码, 使用`ReadProcessMemory`远程读内存任意读一个进程的内存做测试 ``` void 远程读取内存() { DWORD pid = 5944; // 目标进程 PID（自行替换） LPCVOID targetAddress = (LPCVOID)0x00400000; // 目标进程中的地址（示例） BYTE buffer[16] = { 0 }; // 读取缓冲区 SIZE_T bytesRead = 0; // 1. 打开目标进程 HANDLE hProcess = OpenProcess( PROCESS_VM_READ | PROCESS_QUERY_INFORMATION, FALSE, pid ); if (!hProcess) { printf("OpenProcess failed, error=%lu\n", GetLastError()); return; } // 2. 读取目标进程内存 BOOL ret = ReadProcessMemory( hProcess, targetAddress, buffer, sizeof(buffer), &bytesRead ); if (!ret) { printf("ReadProcessMemory failed, error=%lu\n", GetLastError()); CloseHandle(hProcess); return; } // 3. 输出读取结果 printf("Read %llu bytes:\n", bytesRead); for (SIZE_T i = 0; i < bytesRead; i++) { printf("%02X ", buffer[i]); } printf("\n"); // 4. 关闭句柄 CloseHandle(hProcess); return; } ``` > ### 2.用`xdbg`打开进程进行跟踪, 找到`远程读取内存()`函数入口  > ### 3.继续找到`远程读取内存()`中调用的`ReadProcessMemory()`函数, 代码中的`ReadProcessMemory`实际上又调用了`kernel32`中的`ReadProcessMemory`, 简称`kernel32!ReadProcessMemory()`  > ### 4.跟踪进入`kernel32!ReadProcessMemory()`内部发现其又继续调用了`ntdll!ZwReadVirtualMemory`  > ### 5.进入`ntdll!ZwReadVirtualMemory`可以看到使用了`syscall`快速调用进入了0环, 并且可以看到系统调用号是`3F` - 重点说下syscall和sysenter, syscall 和 sysenter 都是快速系统调用指令，但 sysenter 是早期 Intel 的 32 位方案，设计复杂且不对称；syscall 是 AMD 提出的 64 位方案，设计更合理，现代操作系统统一使用 syscall。 - syscall 做了这些事：自动保存：RIP → RCX / RFLAGS → R11, 自动切换：CS / SS / CPL=0, 内核入口地址来自 MSR, 返回用 sysret 自动恢复 RIP / RFLAGS  > ### 6.查看`IA32_LSTAR`:syscall 内核入口, 入口函数是`nt!KiSystemCall64`, 其中`0xC0000082` == `IA32_LSTAR` ``` | MSR | 编号 | 作用 | -------------- | -------------- | ------------------------ | IA32_LSTAR | 0xC0000082 | syscall 的 RIP 入口 | IA32_STAR | 0xC0000081 | 用户 / 内核 CS、SS | IA32_FMASK | 0xC0000084 | syscall 时清哪些 RFLAGS | IA32_CSTAR | 0xC0000083 | compat mode（32 位）syscall ```  > ### 7.分析`nt!KiSystemCall64`, 这个函数的头部就是做了些r3转r0的处理: 换栈/保存环境等等 ``` nt!KiSystemCall64: fffff800`73de3840 0f01f8 swapgs //手动切换gs,将r3的TEB切换到r0的KPCR fffff800`73de3843 654889242510000000 mov qword ptr gs:[10h],rsp //保存r3栈 fffff800`73de384c 65488b2425a8010000 mov rsp,qword ptr gs:[1A8h] //切换r0栈 fffff800`73de3855 6a2b push 2Bh //用户 SS fffff800`73de3857 65ff342510000000 push qword ptr gs:[10h] //用户 RSP fffff800`73de385f 4153 push r11 //RFLAGS fffff800`73de3861 6a33 push 33h //用户 CS fffff800`73de3863 51 push rcx //用户 RIP fffff800`73de3864 498bca mov rcx,r10 //参数修正 ``` ``` nt!_KPCR ... +0x010 UserRsp : Uint8B ... +0x180 Prcb : _KPRCB ... +0x028 RspBase : Uint8B ``` `nt!KiSystemCall64`完整代码 ``` nt!KiSystemCall64: fffff800`73de3840 0f01f8 swapgs fffff800`73de3843 654889242510000000 mov qword ptr gs:[10h],rsp fffff800`73de384c 65488b2425a8010000 mov rsp,qword ptr gs:[1A8h] fffff800`73de3855 6a2b push 2Bh fffff800`73de3857 65ff342510000000 push qword ptr gs:[10h] fffff800`73de385f 4153 push r11 fffff800`73de3861 6a33 push 33h fffff800`73de3863 51 push rcx fffff800`73de3864 498bca mov rcx,r10 fffff800`73de3867 4883ec08 sub rsp,8 fffff800`73de386b 55 push rbp fffff800`73de386c 4881ec58010000 sub rsp,158h fffff800`73de3873 488dac2480000000 lea rbp,[rsp+80h] fffff800`73de387b 48899dc0000000 mov qword ptr [rbp+0C0h],rbx fffff800`73de3882 4889bdc8000000 mov qword ptr [rbp+0C8h],rdi fffff800`73de3889 4889b5d0000000 mov qword ptr [rbp+0D0h],rsi fffff800`73de3890 65f604252464000002 test byte ptr gs:[6424h],2 fffff800`73de3899 740c je nt!KiSystemCall64+0x67 (fffff800`73de38a7) fffff800`73de389b f685f000000001 test byte ptr [rbp+0F0h],1 fffff800`73de38a2 7403 je nt!KiSystemCall64+0x67 (fffff800`73de38a7) fffff800`73de38a4 0f ??? fffff800`73de38a5 01cb add ebx,ecx fffff800`73de38a7 488945b0 mov qword ptr [rbp-50h],rax fffff800`73de38ab 48894db8 mov qword ptr [rbp-48h],rcx fffff800`73de38af 488955c0 mov qword ptr [rbp-40h],rdx fffff800`73de38b3 65488b0c2588010000 mov rcx,qword ptr gs:[188h] fffff800`73de38bc 488b8920020000 mov rcx,qword ptr [rcx+220h] fffff800`73de38c3 488b8960080000 mov rcx,qword ptr [rcx+860h] fffff800`73de38ca 6548890c2570020000 mov qword ptr gs:[270h],rcx fffff800`73de38d3 658a0c2550080000 mov cl,byte ptr gs:[850h] fffff800`73de38db 65880c2551080000 mov byte ptr gs:[851h],cl fffff800`73de38e3 658a0c2578020000 mov cl,byte ptr gs:[278h] fffff800`73de38eb 65880c2552080000 mov byte ptr gs:[852h],cl fffff800`73de38f3 650fb604257b020000 movzx eax,byte ptr gs:[27Bh] fffff800`73de38fc 653804257a020000 cmp byte ptr gs:[27Ah],al fffff800`73de3904 7411 je nt!KiSystemCall64+0xd7 (fffff800`73de3917) fffff800`73de3906 658804257a020000 mov byte ptr gs:[27Ah],al fffff800`73de390e b948000000 mov ecx,48h fffff800`73de3913 33d2 xor edx,edx fffff800`73de3915 0f30 wrmsr fffff800`73de3917 650fb6142578020000 movzx edx,byte ptr gs:[278h] fffff800`73de3920 f7c208000000 test edx,8 fffff800`73de3926 7413 je nt!KiSystemCall64+0xfb (fffff800`73de393b) fffff800`73de3928 b801000000 mov eax,1 fffff800`73de392d 33d2 xor edx,edx fffff800`73de392f b949000000 mov ecx,49h fffff800`73de3934 0f30 wrmsr fffff800`73de3936 e93e010000 jmp nt!KiSystemCall64+0x239 (fffff800`73de3a79) fffff800`73de393b f7c202000000 test edx,2 fffff800`73de3941 0f842f010000 je nt!KiSystemCall64+0x236 (fffff800`73de3a76) fffff800`73de3947 65f604257902000004 test byte ptr gs:[279h],4 fffff800`73de3950 0f8520010000 jne nt!KiSystemCall64+0x236 (fffff800`73de3a76) fffff800`73de3956 e80e010000 call nt!KiSystemCall64+0x229 (fffff800`73de3a69) fffff800`73de395b 4883c408 add rsp,8 fffff800`73de395f e80e010000 call nt!KiSystemCall64+0x232 (fffff800`73de3a72) fffff800`73de3964 4883c408 add rsp,8 fffff800`73de3968 e8eeffffff call nt!KiSystemCall64+0x11b (fffff800`73de395b) fffff800`73de396d 4883c408 add rsp,8 fffff800`73de3971 e8eeffffff call nt!KiSystemCall64+0x124 (fffff800`73de3964) fffff800`73de3976 4883c408 add rsp,8 fffff800`73de397a e8eeffffff call nt!KiSystemCall64+0x12d (fffff800`73de396d) fffff800`73de397f 4883c408 add rsp,8 fffff800`73de3983 e8eeffffff call nt!KiSystemCall64+0x136 (fffff800`73de3976) fffff800`73de3988 4883c408 add rsp,8 fffff800`73de398c e8eeffffff call nt!KiSystemCall64+0x13f (fffff800`73de397f) fffff800`73de3991 4883c408 add rsp,8 fffff800`73de3995 e8eeffffff call nt!KiSystemCall64+0x148 (fffff800`73de3988) fffff800`73de399a 4883c408 add rsp,8 fffff800`73de399e e8eeffffff call nt!KiSystemCall64+0x151 (fffff800`73de3991) fffff800`73de39a3 4883c408 add rsp,8 fffff800`73de39a7 e8eeffffff call nt!KiSystemCall64+0x15a (fffff800`73de399a) fffff800`73de39ac 4883c408 add rsp,8 fffff800`73de39b0 e8eeffffff call nt!KiSystemCall64+0x163 (fffff800`73de39a3) fffff800`73de39b5 4883c408 add rsp,8 fffff800`73de39b9 e8eeffffff call nt!KiSystemCall64+0x16c (fffff800`73de39ac) fffff800`73de39be 4883c408 add rsp,8 fffff800`73de39c2 e8eeffffff call nt!KiSystemCall64+0x175 (fffff800`73de39b5) fffff800`73de39c7 4883c408 add rsp,8 fffff800`73de39cb e8eeffffff call nt!KiSystemCall64+0x17e (fffff800`73de39be) fffff800`73de39d0 4883c408 add rsp,8 fffff800`73de39d4 e8eeffffff call nt!KiSystemCall64+0x187 (fffff800`73de39c7) fffff800`73de39d9 4883c408 add rsp,8 fffff800`73de39dd e8eeffffff call nt!KiSystemCall64+0x190 (fffff800`73de39d0) fffff800`73de39e2 4883c408 add rsp,8 fffff800`73de39e6 e8eeffffff call nt!KiSystemCall64+0x199 (fffff800`73de39d9) fffff800`73de39eb 4883c408 add rsp,8 fffff800`73de39ef e8eeffffff call nt!KiSystemCall64+0x1a2 (fffff800`73de39e2) fffff800`73de39f4 4883c408 add rsp,8 fffff800`73de39f8 e8eeffffff call nt!KiSystemCall64+0x1ab (fffff800`73de39eb) fffff800`73de39fd 4883c408 add rsp,8 fffff800`73de3a01 e8eeffffff call nt!KiSystemCall64+0x1b4 (fffff800`73de39f4) fffff800`73de3a06 4883c408 add rsp,8 fffff800`73de3a0a e8eeffffff call nt!KiSystemCall64+0x1bd (fffff800`73de39fd) fffff800`73de3a0f 4883c408 add rsp,8 fffff800`73de3a13 e8eeffffff call nt!KiSystemCall64+0x1c6 (fffff800`73de3a06) fffff800`73de3a18 4883c408 add rsp,8 fffff800`73de3a1c e8eeffffff call nt!KiSystemCall64+0x1cf (fffff800`73de3a0f) fffff800`73de3a21 4883c408 add rsp,8 fffff800`73de3a25 e8eeffffff call nt!KiSystemCall64+0x1d8 (fffff800`73de3a18) fffff800`73de3a2a 4883c408 add rsp,8 fffff800`73de3a2e e8eeffffff call nt!KiSystemCall64+0x1e1 (fffff800`73de3a21) fffff800`73de3a33 4883c408 add rsp,8 fffff800`73de3a37 e8eeffffff call nt!KiSystemCall64+0x1ea (fffff800`73de3a2a) fffff800`73de3a3c 4883c408 add rsp,8 fffff800`73de3a40 e8eeffffff call nt!KiSystemCall64+0x1f3 (fffff800`73de3a33) fffff800`73de3a45 4883c408 add rsp,8 fffff800`73de3a49 e8eeffffff call nt!KiSystemCall64+0x1fc (fffff800`73de3a3c) fffff800`73de3a4e 4883c408 add rsp,8 fffff800`73de3a52 e8eeffffff call nt!KiSystemCall64+0x205 (fffff800`73de3a45) fffff800`73de3a57 4883c408 add rsp,8 fffff800`73de3a5b e8eeffffff call nt!KiSystemCall64+0x20e (fffff800`73de3a4e) fffff800`73de3a60 4883c408 add rsp,8 fffff800`73de3a64 e8eeffffff call nt!KiSystemCall64+0x217 (fffff800`73de3a57) fffff800`73de3a69 4883c408 add rsp,8 fffff800`73de3a6d e8eeffffff call nt!KiSystemCall64+0x220 (fffff800`73de3a60) fffff800`73de3a72 4883c408 add rsp,8 fffff800`73de3a76 0faee8 lfence fffff800`73de3a79 65c604255308000000 mov byte ptr gs:[853h],0 ``` > ### 8.但是经过对整个函数的观察发现, `nt!KiSystemCall64`并没有直接调用`KiSystemServiceRepeat`也没看到查询SSDT的过程, 但是可以肯定的是微软的原始流程不变,: `rax=服务号`并且必须要带着服务号访问`KeServiceDescriptorTable`, 可以得出可疑的位置只有这一大串call链: ``` fffff800`73de3936 e93e010000 jmp nt!KiSystemCall64+0x239 (fffff800`73de3a79) fffff800`73de393b f7c202000000 test edx,2 fffff800`73de3941 0f842f010000 je nt!KiSystemCall64+0x236 (fffff800`73de3a76) fffff800`73de3947 65f604257902000004 test byte ptr gs:[279h],4 fffff800`73de3950 0f8520010000 jne nt!KiSystemCall64+0x236 (fffff800`73de3a76) fffff800`73de3956 e80e010000 call nt!KiSystemCall64+0x229 (fffff800`73de3a69) fffff800`73de395b 4883c408 add rsp,8 fffff800`73de395f e80e010000 call nt!KiSystemCall64+0x232 (fffff800`73de3a72) fffff800`73de3964 4883c408 add rsp,8 fffff800`73de3968 e8eeffffff call nt!KiSystemCall64+0x11b (fffff800`73de395b) fffff800`73de396d 4883c408 add rsp,8 fffff800`73de3971 e8eeffffff call nt!KiSystemCall64+0x124 (fffff800`73de3964) fffff800`73de3976 4883c408 add rsp,8 fffff800`73de397a e8eeffffff call nt!KiSystemCall64+0x12d (fffff800`73de396d) fffff800`73de397f 4883c408 add rsp,8 fffff800`73de3983 e8eeffffff call nt!KiSystemCall64+0x136 (fffff800`73de3976) fffff800`73de3988 4883c408 add rsp,8 fffff800`73de398c e8eeffffff call nt!KiSystemCall64+0x13f (fffff800`73de397f) fffff800`73de3991 4883c408 add rsp,8 fffff800`73de3995 e8eeffffff call nt!KiSystemCall64+0x148 (fffff800`73de3988) fffff800`73de399a 4883c408 add rsp,8 fffff800`73de399e e8eeffffff call nt!KiSystemCall64+0x151 (fffff800`73de3991) fffff800`73de39a3 4883c408 add rsp,8 fffff800`73de39a7 e8eeffffff call nt!KiSystemCall64+0x15a (fffff800`73de399a) fffff800`73de39ac 4883c408 add rsp,8 fffff800`73de39b0 e8eeffffff call nt!KiSystemCall64+0x163 (fffff800`73de39a3) fffff800`73de39b5 4883c408 add rsp,8 fffff800`73de39b9 e8eeffffff call nt!KiSystemCall64+0x16c (fffff800`73de39ac) fffff800`73de39be 4883c408 add rsp,8 fffff800`73de39c2 e8eeffffff call nt!KiSystemCall64+0x175 (fffff800`73de39b5) fffff800`73de39c7 4883c408 add rsp,8 fffff800`73de39cb e8eeffffff call nt!KiSystemCall64+0x17e (fffff800`73de39be) fffff800`73de39d0 4883c408 add rsp,8 fffff800`73de39d4 e8eeffffff call nt!KiSystemCall64+0x187 (fffff800`73de39c7) fffff800`73de39d9 4883c408 add rsp,8 fffff800`73de39dd e8eeffffff call nt!KiSystemCall64+0x190 (fffff800`73de39d0) fffff800`73de39e2 4883c408 add rsp,8 fffff800`73de39e6 e8eeffffff call nt!KiSystemCall64+0x199 (fffff800`73de39d9) fffff800`73de39eb 4883c408 add rsp,8 fffff800`73de39ef e8eeffffff call nt!KiSystemCall64+0x1a2 (fffff800`73de39e2) fffff800`73de39f4 4883c408 add rsp,8 fffff800`73de39f8 e8eeffffff call nt!KiSystemCall64+0x1ab (fffff800`73de39eb) fffff800`73de39fd 4883c408 add rsp,8 fffff800`73de3a01 e8eeffffff call nt!KiSystemCall64+0x1b4 (fffff800`73de39f4) fffff800`73de3a06 4883c408 add rsp,8 fffff800`73de3a0a e8eeffffff call nt!KiSystemCall64+0x1bd (fffff800`73de39fd) fffff800`73de3a0f 4883c408 add rsp,8 fffff800`73de3a13 e8eeffffff call nt!KiSystemCall64+0x1c6 (fffff800`73de3a06) fffff800`73de3a18 4883c408 add rsp,8 fffff800`73de3a1c e8eeffffff call nt!KiSystemCall64+0x1cf (fffff800`73de3a0f) fffff800`73de3a21 4883c408 add rsp,8 fffff800`73de3a25 e8eeffffff call nt!KiSystemCall64+0x1d8 (fffff800`73de3a18) fffff800`73de3a2a 4883c408 add rsp,8 fffff800`73de3a2e e8eeffffff call nt!KiSystemCall64+0x1e1 (fffff800`73de3a21) fffff800`73de3a33 4883c408 add rsp,8 fffff800`73de3a37 e8eeffffff call nt!KiSystemCall64+0x1ea (fffff800`73de3a2a) fffff800`73de3a3c 4883c408 add rsp,8 fffff800`73de3a40 e8eeffffff call nt!KiSystemCall64+0x1f3 (fffff800`73de3a33) fffff800`73de3a45 4883c408 add rsp,8 fffff800`73de3a49 e8eeffffff call nt!KiSystemCall64+0x1fc (fffff800`73de3a3c) fffff800`73de3a4e 4883c408 add rsp,8 fffff800`73de3a52 e8eeffffff call nt!KiSystemCall64+0x205 (fffff800`73de3a45) fffff800`73de3a57 4883c408 add rsp,8 fffff800`73de3a5b e8eeffffff call nt!KiSystemCall64+0x20e (fffff800`73de3a4e) fffff800`73de3a60 4883c408 add rsp,8 fffff800`73de3a64 e8eeffffff call nt!KiSystemCall64+0x217 (fffff800`73de3a57) fffff800`73de3a69 4883c408 add rsp,8 fffff800`73de3a6d e8eeffffff call nt!KiSystemCall64+0x220 (fffff800`73de3a60) fffff800`73de3a72 4883c408 add rsp,8 ``` > ### 9.通过上面那串call链最终会跳转到`nt!KiSystemServiceRepeat`, 而在`nt!KiSystemServiceRepeat`就发现了其访问SSDT以及解码过程, 最后的r10就是最终调用函数的地址 ``` nt!KiSystemServiceStart: fffff803`16beeb80 4889a390000000 mov qword ptr [rbx+90h],rsp fffff803`16beeb87 8bf8 mov edi,eax fffff803`16beeb89 c1ef07 shr edi,7 fffff803`16beeb8c 83e720 and edi,20h fffff803`16beeb8f 25ff0f0000 and eax,0FFFh nt!KiSystemServiceRepeat: fffff807`2a3d2b94 4c8d15e59c3b00 lea r10,[nt!KeServiceDescriptorTable (fffff807`2a78c880)] //r10 = 普通 SSDT fffff807`2a3d2b9b 4c8d1dde1e3a00 lea r11,[nt!KeServiceDescriptorTableShadow (fffff807`2a774a80)] //r11 = Shadow SSDT（Win32k） //选择用哪个 SSDT（关键判断）: fffff807`2a3d2ba2 f7437880000000 test dword ptr [rbx+78h],80h //rbx = _KTHREAD [rbx+78h] = ThreadFlags fffff807`2a3d2ba9 7413 je nt!KiSystemServiceRepeat+0x2a (fffff807`2a3d2bbe) fffff807`2a3d2bab f7437800002000 test dword ptr [rbx+78h],200000h //rbx = _KTHREAD [rbx+78h] = ThreadFlags fffff807`2a3d2bb2 7407 je nt!KiSystemServiceRepeat+0x27 (fffff807`2a3d2bbb) fffff807`2a3d2bb4 4c8d1d051f3a00 lea r11,[nt!KeServiceDescriptorTableFilter (fffff807`2a774ac0)] fffff807`2a3d2bbb 4d8bd3 mov r10,r11 //若是：GUI / Win32 / Filter 情况 最终使用的 SSDT 都会被放进 r10 //系统调用号范围校验（防越界） fffff807`2a3d2bbe 413b443a10 cmp eax,dword ptr [r10+rdi+10h] //eax = syscall number, rdi = table index, [r10+rdi+10h] = ServiceLimit fffff807`2a3d2bc3 0f832c050000 jae nt!KiSystemServiceExitPico+0x160 (fffff807`2a3d30f5) //SSDT 表指针解码 fffff807`2a3d2bc9 4d8b143a mov r10,qword ptr [r10+rdi] //r10 = ServiceTableBase SSDT->ServiceTable; //读取 SSDT Entry fffff807`2a3d2bcd 4d631c82 movsxd r11,dword ptr [r10+rax*4] //解码 SSDT Entry fffff807`2a3d2bd1 498bc3 mov rax,r11 //保存原始 entry fffff807`2a3d2bd4 49c1fb04 sar r11,4 //去掉低4位flag 得到函数相对偏移 fffff807`2a3d2bd8 4d03d3 add r10,r11 //r10 = ServiceTableBase + Offset //最终 NtXxx 函数地址 fffff807`2a3d2bdb 83ff20 cmp edi,20h fffff807`2a3d2bde 7550 jne nt!KiSystemServiceGdiTebAccess+0x49 (fffff807`2a3d2c30) fffff807`2a3d2be0 4c8b9bf0000000 mov r11,qword ptr [rbx+0F0h] ``` > ### 10.但如果尝试在`nt!KiSystemCall64`下断点机器会直接卡住或者蓝屏, 因为`int 3`发生在中断被关闭的状态, 并且这是全系统最高频路径, 一打断点所有CPU核心所有线程会同时命中调试器根本来不及处理系统会立即失控, 但是`ReadProcessMemory`这个函数在进入r0后最终会调用`nt!NtReadVirtualMemory`, 所以直接在`nt!NtReadVirtualMemory`下断, 并且防止频繁命中还要加上pid过滤, 尝试条件下断后可以正常断下跟踪 继续跟踪到`MiReadWriteVirtualMemory`   > ### 11.在`MiReadWriteVirtualMemory`中本身不做memcpy, 它只是校验调度调用真正的内存管理器接口, 核心copy操作在`MmCopyVirtualMemory` ``` ZwReadVirtualMemory └─ MiReadWriteVirtualMemory ├─ 参数合法性检查 ├─ 地址范围检查 ├─ 探测用户缓冲区是否可访问 ├─ ObReferenceObjectByHandle (拿 EPROCESS) └─ MmCopyVirtualMemory ← 真正拷贝发生在这里 ```  ``` nt!MiReadWriteVirtualMemory: fffff802`68ac9ab0 48895c2408 mov qword ptr [rsp+8],rbx fffff802`68ac9ab5 4889742410 mov qword ptr [rsp+10h],rsi fffff802`68ac9aba 48897c2418 mov qword ptr [rsp+18h],rdi fffff802`68ac9abf 4c89642420 mov qword ptr [rsp+20h],r12 fffff802`68ac9ac4 4155 push r13 fffff802`68ac9ac6 4156 push r14 fffff802`68ac9ac8 4157 push r15 fffff802`68ac9aca 4883ec60 sub rsp,60h fffff802`68ac9ace 4d8bf9 mov r15,r9 fffff802`68ac9ad1 4d8be8 mov r13,r8 fffff802`68ac9ad4 4c8be2 mov r12,rdx fffff802`68ac9ad7 4c8bd1 mov r10,rcx fffff802`68ac9ada 654c8b342588010000 mov r14,qword ptr gs:[188h] fffff802`68ac9ae3 410fb68632020000 movzx eax,byte ptr [r14+232h] fffff802`68ac9aeb 88442440 mov byte ptr [rsp+40h],al fffff802`68ac9aef 84c0 test al,al fffff802`68ac9af1 0f84a3010000 je nt!MiReadWriteVirtualMemory+0x1ea (fffff802`68ac9c9a) fffff802`68ac9af7 4a8d040a lea rax,[rdx+r9] fffff802`68ac9afb 483bc2 cmp rax,rdx fffff802`68ac9afe 0f82be801900 jb nt!MiReadWriteVirtualMemory+0x198112 (fffff802`68c61bc2) fffff802`68ac9b04 48ba0000ffffff7f0000 mov rdx,7FFFFFFF0000h fffff802`68ac9b0e 483bc2 cmp rax,rdx fffff802`68ac9b11 0f87ab801900 ja nt!MiReadWriteVirtualMemory+0x198112 (fffff802`68c61bc2) fffff802`68ac9b17 4b8d0401 lea rax,[r9+r8] fffff802`68ac9b1b 493bc0 cmp rax,r8 fffff802`68ac9b1e 0f829e801900 jb nt!MiReadWriteVirtualMemory+0x198112 (fffff802`68c61bc2) fffff802`68ac9b24 483bc2 cmp rax,rdx fffff802`68ac9b27 0f8795801900 ja nt!MiReadWriteVirtualMemory+0x198112 (fffff802`68c61bc2) fffff802`68ac9b2d 488b9c24a0000000 mov rbx,qword ptr [rsp+0A0h] fffff802`68ac9b35 4885db test rbx,rbx fffff802`68ac9b38 0f8428010000 je nt!MiReadWriteVirtualMemory+0x1b6 (fffff802`68ac9c66) fffff802`68ac9b3e 488bcb mov rcx,rbx fffff802`68ac9b41 483bda cmp rbx,rdx fffff802`68ac9b44 7203 jb nt!MiReadWriteVirtualMemory+0x99 (fffff802`68ac9b49) fffff802`68ac9b46 488bca mov rcx,rdx fffff802`68ac9b49 488b01 mov rax,qword ptr [rcx] fffff802`68ac9b4c 488901 mov qword ptr [rcx],rax fffff802`68ac9b4f 0fb6442440 movzx eax,byte ptr [rsp+40h] fffff802`68ac9b54 eb05 jmp nt!MiReadWriteVirtualMemory+0xab (fffff802`68ac9b5b) fffff802`68ac9b56 e9ec000000 jmp nt!MiReadWriteVirtualMemory+0x197 (fffff802`68ac9c47) fffff802`68ac9b5b 33ff xor edi,edi fffff802`68ac9b5d 48897c2448 mov qword ptr [rsp+48h],rdi fffff802`68ac9b62 8bf7 mov esi,edi fffff802`68ac9b64 897c2444 mov dword ptr [rsp+44h],edi fffff802`68ac9b68 4d85ff test r15,r15 fffff802`68ac9b6b 0f84c6000000 je nt!MiReadWriteVirtualMemory+0x187 (fffff802`68ac9c37) fffff802`68ac9b71 4c8b051818f5ff mov r8,qword ptr [nt!PsProcessType (fffff802`68a1b390)] fffff802`68ac9b78 48897c2438 mov qword ptr [rsp+38h],rdi fffff802`68ac9b7d 48897c2430 mov qword ptr [rsp+30h],rdi fffff802`68ac9b82 488d4c2458 lea rcx,[rsp+58h] fffff802`68ac9b87 48894c2428 mov qword ptr [rsp+28h],rcx fffff802`68ac9b8c c74424204d6d566d mov dword ptr [rsp+20h],6D566D4Dh fffff802`68ac9b94 440fb6c8 movzx r9d,al fffff802`68ac9b98 8b9424a8000000 mov edx,dword ptr [rsp+0A8h] fffff802`68ac9b9f 498bca mov rcx,r10 fffff802`68ac9ba2 e849e4fcff call nt!ObpReferenceObjectByHandleWithTag (fffff802`68a97ff0) fffff802`68ac9ba7 8bf0 mov esi,eax fffff802`68ac9ba9 89442444 mov dword ptr [rsp+44h],eax fffff802`68ac9bad 85c0 test eax,eax fffff802`68ac9baf 0f8882000000 js nt!MiReadWriteVirtualMemory+0x187 (fffff802`68ac9c37) fffff802`68ac9bb5 4d8b96b8000000 mov r10,qword ptr [r14+0B8h] fffff802`68ac9bbc 4c89542450 mov qword ptr [rsp+50h],r10 fffff802`68ac9bc1 4c8b742458 mov r14,qword ptr [rsp+58h] fffff802`68ac9bc6 41f686d802000001 test byte ptr [r14+2D8h],1 fffff802`68ac9bce 0f85f87f1900 jne nt!MiReadWriteVirtualMemory+0x19811c (fffff802`68c61bcc) fffff802`68ac9bd4 488d442448 lea rax,[rsp+48h] fffff802`68ac9bd9 4889442430 mov qword ptr [rsp+30h],rax fffff802`68ac9bde 0fb6442440 movzx eax,byte ptr [rsp+40h] fffff802`68ac9be3 88442428 mov byte ptr [rsp+28h],al fffff802`68ac9be7 4c897c2420 mov qword ptr [rsp+20h],r15 fffff802`68ac9bec 83bc24a800000010 cmp dword ptr [rsp+0A8h],10h fffff802`68ac9bf4 757a jne nt!MiReadWriteVirtualMemory+0x1c0 (fffff802`68ac9c70) fffff802`68ac9bf6 4d8bcd mov r9,r13 fffff802`68ac9bf9 4d8bc2 mov r8,r10 fffff802`68ac9bfc 498bd4 mov rdx,r12 fffff802`68ac9bff 498bce mov rcx,r14 fffff802`68ac9c02 e8a9000000 call nt!MmCopyVirtualMemory (fffff802`68ac9cb0) fffff802`68ac9c07 4c8b542450 mov r10,qword ptr [rsp+50h] fffff802`68ac9c0c 488b7c2448 mov rdi,qword ptr [rsp+48h] fffff802`68ac9c11 89442444 mov dword ptr [rsp+44h],eax fffff802`68ac9c15 8bf0 mov esi,eax fffff802`68ac9c17 8b9424a8000000 mov edx,dword ptr [rsp+0A8h] fffff802`68ac9c1e 498bce mov rcx,r14 fffff802`68ac9c21 e8daeca6ff call nt!PsIsProcessLoggingEnabled (fffff802`68538900) fffff802`68ac9c26 85c0 test eax,eax fffff802`68ac9c28 7554 jne nt!MiReadWriteVirtualMemory+0x1ce (fffff802`68ac9c7e) fffff802`68ac9c2a ba4d6d566d mov edx,6D566D4Dh fffff802`68ac9c2f 498bce mov rcx,r14 fffff802`68ac9c32 e8a97ca1ff call nt!ObfDereferenceObjectWithTag (fffff802`684e18e0) fffff802`68ac9c37 4885db test rbx,rbx fffff802`68ac9c3a 7409 je nt!MiReadWriteVirtualMemory+0x195 (fffff802`68ac9c45) fffff802`68ac9c3c 48893b mov qword ptr [rbx],rdi fffff802`68ac9c3f eb04 jmp nt!MiReadWriteVirtualMemory+0x195 (fffff802`68ac9c45) fffff802`68ac9c41 8b742444 mov esi,dword ptr [rsp+44h] fffff802`68ac9c45 8bc6 mov eax,esi fffff802`68ac9c47 4c8d5c2460 lea r11,[rsp+60h] fffff802`68ac9c4c 498b5b20 mov rbx,qword ptr [r11+20h] fffff802`68ac9c50 498b7328 mov rsi,qword ptr [r11+28h] fffff802`68ac9c54 498b7b30 mov rdi,qword ptr [r11+30h] fffff802`68ac9c58 4d8b6338 mov r12,qword ptr [r11+38h] fffff802`68ac9c5c 498be3 mov rsp,r11 fffff802`68ac9c5f 415f pop r15 fffff802`68ac9c61 415e pop r14 fffff802`68ac9c63 415d pop r13 fffff802`68ac9c65 c3 ret fffff802`68ac9c66 0fb6442440 movzx eax,byte ptr [rsp+40h] fffff802`68ac9c6b e9ebfeffff jmp nt!MiReadWriteVirtualMemory+0xab (fffff802`68ac9b5b) fffff802`68ac9c70 4d8bcc mov r9,r12 fffff802`68ac9c73 4d8bc6 mov r8,r14 fffff802`68ac9c76 498bd5 mov rdx,r13 fffff802`68ac9c79 498bca mov rcx,r10 fffff802`68ac9c7c eb84 jmp nt!MiReadWriteVirtualMemory+0x152 (fffff802`68ac9c02) fffff802`68ac9c7e 48897c2428 mov qword ptr [rsp+28h],rdi fffff802`68ac9c83 4c89642420 mov qword ptr [rsp+20h],r12 fffff802`68ac9c88 448bca mov r9d,edx fffff802`68ac9c8b 4d8bc6 mov r8,r14 fffff802`68ac9c8e 498bd2 mov rdx,r10 fffff802`68ac9c91 8bce mov ecx,esi fffff802`68ac9c93 e8e8f70200 call nt!EtwTiLogReadWriteVm (fffff802`68af9480) fffff802`68ac9c98 eb90 jmp nt!MiReadWriteVirtualMemory+0x17a (fffff802`68ac9c2a) fffff802`68ac9c9a 488b9c24a0000000 mov rbx,qword ptr [rsp+0A0h] fffff802`68ac9ca2 e9b4feffff jmp nt!MiReadWriteVirtualMemory+0xab (fffff802`68ac9b5b) fffff802`68ac9ca7 cc int 3 fffff802`68ac9ca8 cc int 3 fffff802`68ac9ca9 cc int 3 fffff802`68ac9caa cc int 3 fffff802`68ac9cab cc int 3 fffff802`68ac9cac cc int 3 fffff802`68ac9cad cc int 3 fffff802`68ac9cae cc int 3 fffff802`68ac9caf cc int 3 ``` > ### 12.进入`MmCopyVirtualMemory`, 这不是一个简单memcpy, 而是一个多路径内存拷贝调度器, 核心流程是： ``` 参数检查 → 判断是否同进程 → 判断大小（< 0x200 ?） → 判断安全 / enclave / VBS → 选择拷贝路径： ├─ 直接 memcpy（同进程 / 已 attach） ├─ KiStackAttachProcess + memcpy ├─ Probe + Lock + Map ├─ VslDebug / Enclave 路径 → 解除 attach → 回填 NumberOfBytesCopied ``` **路径1：是否需要 Attach 源进程** ``` mov rsi, gs:[188h] ; 当前线程 _KTHREAD mov rdi, [rsi+0B8h] ; 当前进程 EPROCESS cmp rdi, r14 ; 当前进程 == FromProcess ? je no_attach ``` 如果是最理想状态直接会进入`memcpy()`这就是最终复制函数 ``` mov rdx, r10 ; 源地址（已在目标进程上下文） mov rcx, [rsp+48h] ; 目标缓冲 call memcpy ``` 触发条件： - 已 attach 到正确进程 - 非 enclave - 权限 OK - Size 较小 **路径 2：Probe + Lock + Map** ``` call MmProbeAndLockPages ... call memcpy ... call MmUnlockPages ``` 触发条件： - 用户态地址 - 跨进程 - 大块拷贝 - 需要防止页被换出 这是 “安全但慢” 的路径 **路径 3：VBS / Enclave** ``` call MiDbgReadWriteEnclave call VslDebugReadWriteSecureProcess ``` 说明： - 目标进程是 Secure / Enclave / VBS - 普通 memcpy 不允许 - 必须走 hypervisor / secure copy `nt!MmCopyVirtualMemory:` ``` nt!MmCopyVirtualMemory: fffff802`68ac9cb0 4053 push rbx fffff802`68ac9cb2 56 push rsi fffff802`68ac9cb3 57 push rdi fffff802`68ac9cb4 4154 push r12 fffff802`68ac9cb6 4155 push r13 fffff802`68ac9cb8 4156 push r14 fffff802`68ac9cba 4157 push r15 fffff802`68ac9cbc 4881ec60040000 sub rsp,460h fffff802`68ac9cc3 488b05b6a6e0ff mov rax,qword ptr [nt!_security_cookie (fffff802`688d4380)] fffff802`68ac9cca 4833c4 xor rax,rsp fffff802`68ac9ccd 4889842450040000 mov qword ptr [rsp+450h],rax fffff802`68ac9cd5 498bd9 mov rbx,r9 fffff802`68ac9cd8 48899c2488000000 mov qword ptr [rsp+88h],rbx fffff802`68ac9ce0 4d8bf8 mov r15,r8 fffff802`68ac9ce3 4c89442468 mov qword ptr [rsp+68h],r8 fffff802`68ac9ce8 488bf2 mov rsi,rdx fffff802`68ac9ceb 4889542460 mov qword ptr [rsp+60h],rdx fffff802`68ac9cf0 4c8bf1 mov r14,rcx fffff802`68ac9cf3 48894c2458 mov qword ptr [rsp+58h],rcx fffff802`68ac9cf8 48898c24e0000000 mov qword ptr [rsp+0E0h],rcx fffff802`68ac9d00 48899424d0000000 mov qword ptr [rsp+0D0h],rdx fffff802`68ac9d08 4c898424d8000000 mov qword ptr [rsp+0D8h],r8 fffff802`68ac9d10 48899c24c0000000 mov qword ptr [rsp+0C0h],rbx fffff802`68ac9d18 488bbc24c0040000 mov rdi,qword ptr [rsp+4C0h] fffff802`68ac9d20 48897c2450 mov qword ptr [rsp+50h],rdi fffff802`68ac9d25 488b8424d0040000 mov rax,qword ptr [rsp+4D0h] fffff802`68ac9d2d 4889842490000000 mov qword ptr [rsp+90h],rax fffff802`68ac9d35 33d2 xor edx,edx fffff802`68ac9d37 448d4230 lea r8d,[rdx+30h] fffff802`68ac9d3b 488d8c2470010000 lea rcx,[rsp+170h] fffff802`68ac9d43 e83818bbff call nt!memset (fffff802`6867b580) fffff802`68ac9d48 33d2 xor edx,edx fffff802`68ac9d4a 41b8a8000000 mov r8d,0A8h fffff802`68ac9d50 488d8c24a0010000 lea rcx,[rsp+1A0h] fffff802`68ac9d58 e82318bbff call nt!memset (fffff802`6867b580) fffff802`68ac9d5d 4885ff test rdi,rdi fffff802`68ac9d60 0f84dc060000 je nt!MmCopyVirtualMemory+0x792 (fffff802`68aca442) fffff802`68ac9d66 4533ed xor r13d,r13d fffff802`68ac9d69 488b842490000000 mov rax,qword ptr [rsp+90h] fffff802`68ac9d71 4c8928 mov qword ptr [rax],r13 fffff802`68ac9d74 44896c2430 mov dword ptr [rsp+30h],r13d fffff802`68ac9d79 4c89ac24b0000000 mov qword ptr [rsp+0B0h],r13 fffff802`68ac9d81 4d39ae98030000 cmp qword ptr [r14+398h],r13 fffff802`68ac9d88 7508 jne nt!MmCopyVirtualMemory+0xe2 (fffff802`68ac9d92) fffff802`68ac9d8a c744243001000000 mov dword ptr [rsp+30h],1 fffff802`68ac9d92 4889b424a0000000 mov qword ptr [rsp+0A0h],rsi fffff802`68ac9d9a 48899c24a8000000 mov qword ptr [rsp+0A8h],rbx fffff802`68ac9da2 488bd7 mov rdx,rdi fffff802`68ac9da5 4889542440 mov qword ptr [rsp+40h],rdx fffff802`68ac9daa 488d8424a0010000 lea rax,[rsp+1A0h] fffff802`68ac9db2 4889842400010000 mov qword ptr [rsp+100h],rax fffff802`68ac9dba 65488b042588010000 mov rax,qword ptr gs:[188h] fffff802`68ac9dc3 48898424f0000000 mov qword ptr [rsp+0F0h],rax fffff802`68ac9dcb 44896c2438 mov dword ptr [rsp+38h],r13d fffff802`68ac9dd0 4c896c2448 mov qword ptr [rsp+48h],r13 fffff802`68ac9dd5 4c89ac24e8000000 mov qword ptr [rsp+0E8h],r13 fffff802`68ac9ddd 44896c2478 mov dword ptr [rsp+78h],r13d fffff802`68ac9de2 8b5c2430 mov ebx,dword ptr [rsp+30h] fffff802`68ac9de6 8d041b lea eax,[rbx+rbx] fffff802`68ac9de9 33c3 xor eax,ebx fffff802`68ac9deb 83e002 and eax,2 fffff802`68ac9dee 33c3 xor eax,ebx fffff802`68ac9df0 89442430 mov dword ptr [rsp+30h],eax fffff802`68ac9df4 410fb68ed8020000 movzx ecx,byte ptr [r14+2D8h] fffff802`68ac9dfc f6c101 test cl,1 fffff802`68ac9dff 0f85f57d1900 jne nt!MmCopyVirtualMemory+0x197f4a (fffff802`68c61bfa) fffff802`68ac9e05 32c9 xor cl,cl fffff802`68ac9e07 84c9 test cl,cl fffff802`68ac9e09 0f85f27d1900 jne nt!MmCopyVirtualMemory+0x197f51 (fffff802`68c61c01) fffff802`68ac9e0f 41f687d802000001 test byte ptr [r15+2D8h],1 fffff802`68ac9e17 0f85f07d1900 jne nt!MmCopyVirtualMemory+0x197f5d (fffff802`68c61c0d) fffff802`68ac9e1d 488bdf mov rbx,rdi fffff802`68ac9e20 482bda sub rbx,rdx fffff802`68ac9e23 4c8d2433 lea r12,[rbx+rsi] fffff802`68ac9e27 33d2 xor edx,edx fffff802`68ac9e29 448d4230 lea r8d,[rdx+30h] fffff802`68ac9e2d 488d8c2410010000 lea rcx,[rsp+110h] fffff802`68ac9e35 e84617bbff call nt!memset (fffff802`6867b580) fffff802`68ac9e3a 65488b342588010000 mov rsi,qword ptr gs:[188h] fffff802`68ac9e43 488bbeb8000000 mov rdi,qword ptr [rsi+0B8h] fffff802`68ac9e4a 493bfe cmp rdi,r14 fffff802`68ac9e4d 7412 je nt!MmCopyVirtualMemory+0x1b1 (fffff802`68ac9e61) fffff802`68ac9e4f 4c8d842410010000 lea r8,[rsp+110h] fffff802`68ac9e57 33d2 xor edx,edx fffff802`68ac9e59 498bce mov rcx,r14 fffff802`68ac9e5c e88ff1a6ff call nt!KiStackAttachProcess (fffff802`68538ff0) fffff802`68ac9e61 4d8bf5 mov r14,r13 fffff802`68ac9e64 458bfd mov r15d,r13d fffff802`68ac9e67 488b4c2458 mov rcx,qword ptr [rsp+58h] fffff802`68ac9e6c 488b8110050000 mov rax,qword ptr [rcx+510h] fffff802`68ac9e73 83b82801000000 cmp dword ptr [rax+128h],0 fffff802`68ac9e7a 0f859a7d1900 jne nt!MmCopyVirtualMemory+0x197f6a (fffff802`68c61c1a) fffff802`68ac9e80 4c8b542440 mov r10,qword ptr [rsp+40h] fffff802`68ac9e85 4c89942498000000 mov qword ptr [rsp+98h],r10 fffff802`68ac9e8d 483bf9 cmp rdi,rcx fffff802`68ac9e90 740f je nt!MmCopyVirtualMemory+0x1f1 (fffff802`68ac9ea1) fffff802`68ac9e92 33d2 xor edx,edx fffff802`68ac9e94 488d8c2410010000 lea rcx,[rsp+110h] fffff802`68ac9e9c e8efeca6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68ac9ea1 428d0cbd00000000 lea ecx,[r15*4] fffff802`68ac9ea9 8b442430 mov eax,dword ptr [rsp+30h] fffff802`68ac9ead 83e0f3 and eax,0FFFFFFF3h fffff802`68ac9eb0 0bc8 or ecx,eax fffff802`68ac9eb2 894c2430 mov dword ptr [rsp+30h],ecx fffff802`68ac9eb6 4c8ba42488000000 mov r12,qword ptr [rsp+88h] fffff802`68ac9ebe 4c03e3 add r12,rbx fffff802`68ac9ec1 33d2 xor edx,edx fffff802`68ac9ec3 448d4230 lea r8d,[rdx+30h] fffff802`68ac9ec7 488d8c2440010000 lea rcx,[rsp+140h] fffff802`68ac9ecf e8ac16bbff call nt!memset (fffff802`6867b580) fffff802`68ac9ed4 654c8b3c2588010000 mov r15,qword ptr gs:[188h] fffff802`68ac9edd 498bb7b8000000 mov rsi,qword ptr [r15+0B8h] fffff802`68ac9ee4 488b7c2468 mov rdi,qword ptr [rsp+68h] fffff802`68ac9ee9 483bf7 cmp rsi,rdi fffff802`68ac9eec 0f8575050000 jne nt!MmCopyVirtualMemory+0x7b7 (fffff802`68aca467) fffff802`68ac9ef2 4d8bf5 mov r14,r13 fffff802`68ac9ef5 418bdd mov ebx,r13d fffff802`68ac9ef8 488b8710050000 mov rax,qword ptr [rdi+510h] fffff802`68ac9eff 83b82801000000 cmp dword ptr [rax+128h],0 fffff802`68ac9f06 0f85127f1900 jne nt!MmCopyVirtualMemory+0x19816e (fffff802`68c61e1e) fffff802`68ac9f0c 488b542440 mov rdx,qword ptr [rsp+40h] fffff802`68ac9f11 488bfa mov rdi,rdx fffff802`68ac9f14 48899424b8000000 mov qword ptr [rsp+0B8h],rdx fffff802`68ac9f1c 4c8b742468 mov r14,qword ptr [rsp+68h] fffff802`68ac9f21 493bf6 cmp rsi,r14 fffff802`68ac9f24 0f8554050000 jne nt!MmCopyVirtualMemory+0x7ce (fffff802`68aca47e) fffff802`68ac9f2a c1e304 shl ebx,4 fffff802`68ac9f2d 8b442430 mov eax,dword ptr [rsp+30h] fffff802`68ac9f31 83e0cf and eax,0FFFFFFCFh fffff802`68ac9f34 0bd8 or ebx,eax fffff802`68ac9f36 895c2430 mov dword ptr [rsp+30h],ebx fffff802`68ac9f3a f6c30c test bl,0Ch fffff802`68ac9f3d 0f85db801900 jne nt!MmCopyVirtualMemory+0x19836e (fffff802`68c6201e) fffff802`68ac9f43 f6c340 test bl,40h fffff802`68ac9f46 0f85d2801900 jne nt!MmCopyVirtualMemory+0x19836e (fffff802`68c6201e) fffff802`68ac9f4c 84db test bl,bl fffff802`68ac9f4e 0f88ca801900 js nt!MmCopyVirtualMemory+0x19836e (fffff802`68c6201e) fffff802`68ac9f54 4c8bf2 mov r14,rdx fffff802`68ac9f57 4889542470 mov qword ptr [rsp+70h],rdx fffff802`68ac9f5c 488b842498000000 mov rax,qword ptr [rsp+98h] fffff802`68ac9f64 483bc2 cmp rax,rdx fffff802`68ac9f67 0f82bd801900 jb nt!MmCopyVirtualMemory+0x19837a (fffff802`68c6202a) fffff802`68ac9f6d 493bfe cmp rdi,r14 fffff802`68ac9f70 0f82c1801900 jb nt!MmCopyVirtualMemory+0x198387 (fffff802`68c62037) fffff802`68ac9f76 448b7c2438 mov r15d,dword ptr [rsp+38h] fffff802`68ac9f7b 488b742460 mov rsi,qword ptr [rsp+60h] fffff802`68ac9f80 488b4c2450 mov rcx,qword ptr [rsp+50h] fffff802`68ac9f85 4981fe00020000 cmp r14,200h fffff802`68ac9f8c 0f8305050000 jae nt!MmCopyVirtualMemory+0x7e7 (fffff802`68aca497) fffff802`68ac9f92 83e3fd and ebx,0FFFFFFFDh fffff802`68ac9f95 895c2430 mov dword ptr [rsp+30h],ebx fffff802`68ac9f99 488b8424b0000000 mov rax,qword ptr [rsp+0B0h] fffff802`68ac9fa1 4885c0 test rax,rax fffff802`68ac9fa4 0f859a801900 jne nt!MmCopyVirtualMemory+0x198394 (fffff802`68c62044) fffff802`68ac9faa 4981fe00020000 cmp r14,200h fffff802`68ac9fb1 0f87f8050000 ja nt!MmCopyVirtualMemory+0x8ff (fffff802`68aca5af) fffff802`68ac9fb7 488d842450020000 lea rax,[rsp+250h] fffff802`68ac9fbf 4889442448 mov qword ptr [rsp+48h],rax fffff802`68ac9fc4 4d8be6 mov r12,r14 fffff802`68ac9fc7 4c89a424c8000000 mov qword ptr [rsp+0C8h],r12 fffff802`68ac9fcf 4d85f6 test r14,r14 fffff802`68ac9fd2 0f8438040000 je nt!MmCopyVirtualMemory+0x760 (fffff802`68aca410) fffff802`68ac9fd8 4d3bf4 cmp r14,r12 fffff802`68ac9fdb 0f829a801900 jb nt!MmCopyVirtualMemory+0x1983cb (fffff802`68c6207b) fffff802`68ac9fe1 4c8d842470010000 lea r8,[rsp+170h] fffff802`68ac9fe9 33d2 xor edx,edx fffff802`68ac9feb 488b4c2458 mov rcx,qword ptr [rsp+58h] fffff802`68ac9ff0 e8fbefa6ff call nt!KiStackAttachProcess (fffff802`68538ff0) fffff802`68ac9ff5 4c8b9424a0000000 mov r10,qword ptr [rsp+0A0h] fffff802`68ac9ffd 440fb68c24c8040000 movzx r9d,byte ptr [rsp+4C8h] fffff802`68aca006 4c3bd6 cmp r10,rsi fffff802`68aca009 753b jne nt!MmCopyVirtualMemory+0x396 (fffff802`68aca046) fffff802`68aca00b 4584c9 test r9b,r9b fffff802`68aca00e 7436 je nt!MmCopyVirtualMemory+0x396 (fffff802`68aca046) fffff802`68aca010 488b442450 mov rax,qword ptr [rsp+50h] fffff802`68aca015 4885c0 test rax,rax fffff802`68aca018 7422 je nt!MmCopyVirtualMemory+0x38c (fffff802`68aca03c) fffff802`68aca01a 4803c6 add rax,rsi fffff802`68aca01d 48b90000ffffff7f0000 mov rcx,7FFFFFFF0000h fffff802`68aca027 483bc1 cmp rax,rcx fffff802`68aca02a 7705 ja nt!MmCopyVirtualMemory+0x381 (fffff802`68aca031) fffff802`68aca02c 483bc6 cmp rax,rsi fffff802`68aca02f 730b jae nt!MmCopyVirtualMemory+0x38c (fffff802`68aca03c) fffff802`68aca031 33c0 xor eax,eax fffff802`68aca033 a20000ffffff7f0000 mov byte ptr [00007FFFFFFF0000h],al fffff802`68aca03c eb08 jmp nt!MmCopyVirtualMemory+0x396 (fffff802`68aca046) fffff802`68aca03e 448bf8 mov r15d,eax fffff802`68aca041 e93b050000 jmp nt!MmCopyVirtualMemory+0x8d1 (fffff802`68aca581) fffff802`68aca046 448bc3 mov r8d,ebx fffff802`68aca049 41d1e8 shr r8d,1 fffff802`68aca04c 4183e001 and r8d,1 fffff802`68aca050 0f855e040000 jne nt!MmCopyVirtualMemory+0x804 (fffff802`68aca4b4) fffff802`68aca056 488bbc24f0000000 mov rdi,qword ptr [rsp+0F0h] fffff802`68aca05e 4883c774 add rdi,74h fffff802`68aca062 4889bc24f8000000 mov qword ptr [rsp+0F8h],rdi fffff802`68aca06a 0fba2f05 bts dword ptr [rdi],5 fffff802`68aca06e 400f92c6 setb sil fffff802`68aca072 408874243e mov byte ptr [rsp+3Eh],sil fffff802`68aca077 4585c0 test r8d,r8d fffff802`68aca07a 7529 jne nt!MmCopyVirtualMemory+0x3f5 (fffff802`68aca0a5) fffff802`68aca07c f6c340 test bl,40h fffff802`68aca07f 755c jne nt!MmCopyVirtualMemory+0x42d (fffff802`68aca0dd) fffff802`68aca081 8bc3 mov eax,ebx fffff802`68aca083 c1e802 shr eax,2 fffff802`68aca086 83e003 and eax,3 fffff802`68aca089 83f802 cmp eax,2 fffff802`68aca08c 744f je nt!MmCopyVirtualMemory+0x42d (fffff802`68aca0dd) fffff802`68aca08e 4d8bc4 mov r8,r12 fffff802`68aca091 83f801 cmp eax,1 fffff802`68aca094 7425 je nt!MmCopyVirtualMemory+0x40b (fffff802`68aca0bb) fffff802`68aca096 498bd2 mov rdx,r10 fffff802`68aca099 488b4c2448 mov rcx,qword ptr [rsp+48h] fffff802`68aca09e e89d11bbff call nt!memcpy (fffff802`6867b240) fffff802`68aca0a3 eb66 jmp nt!MmCopyVirtualMemory+0x45b (fffff802`68aca10b) fffff802`68aca0a5 4533c0 xor r8d,r8d fffff802`68aca0a8 410fb6d1 movzx edx,r9b fffff802`68aca0ac 488d8c24a0010000 lea rcx,[rsp+1A0h] fffff802`68aca0b4 e8a7cda6ff call nt!MmProbeAndLockPages (fffff802`68536e60) fffff802`68aca0b9 eb50 jmp nt!MmCopyVirtualMemory+0x45b (fffff802`68aca10b) fffff802`68aca0bb 488d842480000000 lea rax,[rsp+80h] fffff802`68aca0c3 4889442420 mov qword ptr [rsp+20h],rax fffff802`68aca0c8 41b901000000 mov r9d,1 fffff802`68aca0ce 488b542448 mov rdx,qword ptr [rsp+48h] fffff802`68aca0d3 498bca mov rcx,r10 fffff802`68aca0d6 e8c5202700 call nt!MiDbgReadWriteEnclave (fffff802`68d3c1a0) fffff802`68aca0db eb27 jmp nt!MmCopyVirtualMemory+0x454 (fffff802`68aca104) fffff802`68aca0dd 488d842480000000 lea rax,[rsp+80h] fffff802`68aca0e5 4889442428 mov qword ptr [rsp+28h],rax fffff802`68aca0ea c644242001 mov byte ptr [rsp+20h],1 fffff802`68aca0ef 4d8bcc mov r9,r12 fffff802`68aca0f2 4c8b442448 mov r8,qword ptr [rsp+48h] fffff802`68aca0f7 498bd2 mov rdx,r10 fffff802`68aca0fa 488b4c2458 mov rcx,qword ptr [rsp+58h] fffff802`68aca0ff e898022300 call nt!VslDebugReadWriteSecureProcess (fffff802`68cfa39c) fffff802`68aca104 89442438 mov dword ptr [rsp+38h],eax fffff802`68aca108 448bf8 mov r15d,eax fffff802`68aca10b eb5f jmp nt!MmCopyVirtualMemory+0x4bc (fffff802`68aca16c) fffff802`68aca10d 448bf8 mov r15d,eax fffff802`68aca110 89442438 mov dword ptr [rsp+38h],eax fffff802`68aca114 4533ed xor r13d,r13d fffff802`68aca117 8b5c2430 mov ebx,dword ptr [rsp+30h] fffff802`68aca11b 4c8b742470 mov r14,qword ptr [rsp+70h] fffff802`68aca120 4c8ba424c8000000 mov r12,qword ptr [rsp+0C8h] fffff802`68aca128 0fb674243e movzx esi,byte ptr [rsp+3Eh] fffff802`68aca12d 488bbc24f8000000 mov rdi,qword ptr [rsp+0F8h] fffff802`68aca135 488b8424d0000000 mov rax,qword ptr [rsp+0D0h] fffff802`68aca13d 4889442460 mov qword ptr [rsp+60h],rax fffff802`68aca142 488b8424d8000000 mov rax,qword ptr [rsp+0D8h] fffff802`68aca14a 4889442468 mov qword ptr [rsp+68h],rax fffff802`68aca14f 488b8424c0000000 mov rax,qword ptr [rsp+0C0h] fffff802`68aca157 4889842488000000 mov qword ptr [rsp+88h],rax fffff802`68aca15f 488b8424e0000000 mov rax,qword ptr [rsp+0E0h] fffff802`68aca167 4889442458 mov qword ptr [rsp+58h],rax fffff802`68aca16c 4084f6 test sil,sil fffff802`68aca16f 7504 jne nt!MmCopyVirtualMemory+0x4c5 (fffff802`68aca175) fffff802`68aca171 0fba3705 btr dword ptr [rdi],5 fffff802`68aca175 4585ff test r15d,r15d fffff802`68aca178 0f88e1030000 js nt!MmCopyVirtualMemory+0x8af (fffff802`68aca55f) fffff802`68aca17e 8bfb mov edi,ebx fffff802`68aca180 d1ef shr edi,1 fffff802`68aca182 83e701 and edi,1 fffff802`68aca185 0f858e030000 jne nt!MmCopyVirtualMemory+0x869 (fffff802`68aca519) fffff802`68aca18b 488b742448 mov rsi,qword ptr [rsp+48h] fffff802`68aca190 33d2 xor edx,edx fffff802`68aca192 488d8c2470010000 lea rcx,[rsp+170h] fffff802`68aca19a e8f1e9a6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68aca19f 4c8d842470010000 lea r8,[rsp+170h] fffff802`68aca1a7 33d2 xor edx,edx fffff802`68aca1a9 4c8b7c2468 mov r15,qword ptr [rsp+68h] fffff802`68aca1ae 498bcf mov rcx,r15 fffff802`68aca1b1 e83aeea6ff call nt!KiStackAttachProcess (fffff802`68538ff0) fffff802`68aca1b6 488b8424a0000000 mov rax,qword ptr [rsp+0A0h] fffff802`68aca1be 80bc24c804000000 cmp byte ptr [rsp+4C8h],0 fffff802`68aca1c6 7459 je nt!MmCopyVirtualMemory+0x571 (fffff802`68aca221) fffff802`68aca1c8 483b442460 cmp rax,qword ptr [rsp+60h] fffff802`68aca1cd 7552 jne nt!MmCopyVirtualMemory+0x571 (fffff802`68aca221) fffff802`68aca1cf 488b442450 mov rax,qword ptr [rsp+50h] fffff802`68aca1d4 4885c0 test rax,rax fffff802`68aca1d7 742a je nt!MmCopyVirtualMemory+0x553 (fffff802`68aca203) fffff802`68aca1d9 488b8c2488000000 mov rcx,qword ptr [rsp+88h] fffff802`68aca1e1 4803c1 add rax,rcx fffff802`68aca1e4 48ba0000ffffff7f0000 mov rdx,7FFFFFFF0000h fffff802`68aca1ee 483bc2 cmp rax,rdx fffff802`68aca1f1 7705 ja nt!MmCopyVirtualMemory+0x548 (fffff802`68aca1f8) fffff802`68aca1f3 483bc1 cmp rax,rcx fffff802`68aca1f6 730b jae nt!MmCopyVirtualMemory+0x553 (fffff802`68aca203) fffff802`68aca1f8 33c0 xor eax,eax fffff802`68aca1fa a20000ffffff7f0000 mov byte ptr [00007FFFFFFF0000h],al fffff802`68aca203 eb1c jmp nt!MmCopyVirtualMemory+0x571 (fffff802`68aca221) fffff802`68aca205 448bf8 mov r15d,eax fffff802`68aca208 f644243002 test byte ptr [rsp+30h],2 fffff802`68aca20d 740d je nt!MmCopyVirtualMemory+0x56c (fffff802`68aca21c) fffff802`68aca20f 488b8c2400010000 mov rcx,qword ptr [rsp+100h] fffff802`68aca217 e8447fa2ff call nt!MmUnlockPages (fffff802`684f2160) fffff802`68aca21c e960030000 jmp nt!MmCopyVirtualMemory+0x8d1 (fffff802`68aca581) fffff802`68aca221 84db test bl,bl fffff802`68aca223 7876 js nt!MmCopyVirtualMemory+0x5eb (fffff802`68aca29b) fffff802`68aca225 8bc3 mov eax,ebx fffff802`68aca227 c1e804 shr eax,4 fffff802`68aca22a 83e003 and eax,3 fffff802`68aca22d 83f802 cmp eax,2 fffff802`68aca230 7469 je nt!MmCopyVirtualMemory+0x5eb (fffff802`68aca29b) fffff802`68aca232 4d8bc4 mov r8,r12 fffff802`68aca235 83f801 cmp eax,1 fffff802`68aca238 743a je nt!MmCopyVirtualMemory+0x5c4 (fffff802`68aca274) fffff802`68aca23a 488bd6 mov rdx,rsi fffff802`68aca23d 488bb424a8000000 mov rsi,qword ptr [rsp+0A8h] fffff802`68aca245 488bce mov rcx,rsi fffff802`68aca248 e8f30fbbff call nt!memcpy (fffff802`6867b240) fffff802`68aca24d 458bfd mov r15d,r13d fffff802`68aca250 44896c2438 mov dword ptr [rsp+38h],r13d fffff802`68aca255 4c89a42480000000 mov qword ptr [rsp+80h],r12 fffff802`68aca25d 4181ff050000c0 cmp r15d,0C0000005h fffff802`68aca264 746b je nt!MmCopyVirtualMemory+0x621 (fffff802`68aca2d1) fffff802`68aca266 4585ff test r15d,r15d fffff802`68aca269 0f8890000000 js nt!MmCopyVirtualMemory+0x64f (fffff802`68aca2ff) fffff802`68aca26f e990000000 jmp nt!MmCopyVirtualMemory+0x654 (fffff802`68aca304) fffff802`68aca274 488d842480000000 lea rax,[rsp+80h] fffff802`68aca27c 4889442420 mov qword ptr [rsp+20h],rax fffff802`68aca281 4533c9 xor r9d,r9d fffff802`68aca284 488b542448 mov rdx,qword ptr [rsp+48h] fffff802`68aca289 488bb424a8000000 mov rsi,qword ptr [rsp+0A8h] fffff802`68aca291 488bce mov rcx,rsi fffff802`68aca294 e8071f2700 call nt!MiDbgReadWriteEnclave (fffff802`68d3c1a0) fffff802`68aca299 eb2d jmp nt!MmCopyVirtualMemory+0x618 (fffff802`68aca2c8) fffff802`68aca29b 488d842480000000 lea rax,[rsp+80h] fffff802`68aca2a3 4889442428 mov qword ptr [rsp+28h],rax fffff802`68aca2a8 c644242000 mov byte ptr [rsp+20h],0 fffff802`68aca2ad 4d8bcc mov r9,r12 fffff802`68aca2b0 4c8b442448 mov r8,qword ptr [rsp+48h] fffff802`68aca2b5 488bb424a8000000 mov rsi,qword ptr [rsp+0A8h] fffff802`68aca2bd 488bd6 mov rdx,rsi fffff802`68aca2c0 498bcf mov rcx,r15 fffff802`68aca2c3 e8d4002300 call nt!VslDebugReadWriteSecureProcess (fffff802`68cfa39c) fffff802`68aca2c8 89442438 mov dword ptr [rsp+38h],eax fffff802`68aca2cc 448bf8 mov r15d,eax fffff802`68aca2cf eb8c jmp nt!MmCopyVirtualMemory+0x5ad (fffff802`68aca25d) fffff802`68aca2d1 488b8c2480000000 mov rcx,qword ptr [rsp+80h] fffff802`68aca2d9 482b8c2488000000 sub rcx,qword ptr [rsp+88h] fffff802`68aca2e1 4803ce add rcx,rsi fffff802`68aca2e4 488b842490000000 mov rax,qword ptr [rsp+90h] fffff802`68aca2ec 488908 mov qword ptr [rax],rcx fffff802`68aca2ef 41bf0d000080 mov r15d,8000000Dh fffff802`68aca2f5 44897c2438 mov dword ptr [rsp+38h],r15d fffff802`68aca2fa e982020000 jmp nt!MmCopyVirtualMemory+0x8d1 (fffff802`68aca581) fffff802`68aca2ff e97d020000 jmp nt!MmCopyVirtualMemory+0x8d1 (fffff802`68aca581) fffff802`68aca304 e9be000000 jmp nt!MmCopyVirtualMemory+0x717 (fffff802`68aca3c7) fffff802`68aca309 8b5c2430 mov ebx,dword ptr [rsp+30h] fffff802`68aca30d f6c302 test bl,2 fffff802`68aca310 7476 je nt!MmCopyVirtualMemory+0x6d8 (fffff802`68aca388) fffff802`68aca312 488d8c24a0010000 lea rcx,[rsp+1A0h] fffff802`68aca31a e8417ea2ff call nt!MmUnlockPages (fffff802`684f2160) fffff802`68aca31f 83e3fd and ebx,0FFFFFFFDh fffff802`68aca322 895c2430 mov dword ptr [rsp+30h],ebx fffff802`68aca326 33d2 xor edx,edx fffff802`68aca328 488d8c2470010000 lea rcx,[rsp+170h] fffff802`68aca330 e85be8a6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68aca335 4533ed xor r13d,r13d fffff802`68aca338 448b7c2438 mov r15d,dword ptr [rsp+38h] fffff802`68aca33d 4c8b742470 mov r14,qword ptr [rsp+70h] fffff802`68aca342 488bb424d0000000 mov rsi,qword ptr [rsp+0D0h] fffff802`68aca34a 4889742460 mov qword ptr [rsp+60h],rsi fffff802`68aca34f 488b8424d8000000 mov rax,qword ptr [rsp+0D8h] fffff802`68aca357 4889442468 mov qword ptr [rsp+68h],rax fffff802`68aca35c 488b8424c0000000 mov rax,qword ptr [rsp+0C0h] fffff802`68aca364 4889842488000000 mov qword ptr [rsp+88h],rax fffff802`68aca36c 488b8424e0000000 mov rax,qword ptr [rsp+0E0h] fffff802`68aca374 4889442458 mov qword ptr [rsp+58h],rax fffff802`68aca379 488b4c2450 mov rcx,qword ptr [rsp+50h] fffff802`68aca37e 488b542440 mov rdx,qword ptr [rsp+40h] fffff802`68aca383 e9fdfbffff jmp nt!MmCopyVirtualMemory+0x2d5 (fffff802`68ac9f85) fffff802`68aca388 488b442450 mov rax,qword ptr [rsp+50h] fffff802`68aca38d 482b442470 sub rax,qword ptr [rsp+70h] fffff802`68aca392 488b8c2490000000 mov rcx,qword ptr [rsp+90h] fffff802`68aca39a 488901 mov qword ptr [rcx],rax fffff802`68aca39d 837c247801 cmp dword ptr [rsp+78h],1 fffff802`68aca3a2 7513 jne nt!MmCopyVirtualMemory+0x707 (fffff802`68aca3b7) fffff802`68aca3a4 488b8424e8000000 mov rax,qword ptr [rsp+0E8h] fffff802`68aca3ac 482b8424c0000000 sub rax,qword ptr [rsp+0C0h] fffff802`68aca3b4 488901 mov qword ptr [rcx],rax fffff802`68aca3b7 41bf0d000080 mov r15d,8000000Dh fffff802`68aca3bd 44897c2438 mov dword ptr [rsp+38h],r15d fffff802`68aca3c2 e9ba010000 jmp nt!MmCopyVirtualMemory+0x8d1 (fffff802`68aca581) fffff802`68aca3c7 33d2 xor edx,edx fffff802`68aca3c9 488d8c2470010000 lea rcx,[rsp+170h] fffff802`68aca3d1 e8bae7a6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68aca3d6 85ff test edi,edi fffff802`68aca3d8 0f856f010000 jne nt!MmCopyVirtualMemory+0x89d (fffff802`68aca54d) fffff802`68aca3de 4d2bf4 sub r14,r12 fffff802`68aca3e1 4c89742470 mov qword ptr [rsp+70h],r14 fffff802`68aca3e6 488b542440 mov rdx,qword ptr [rsp+40h] fffff802`68aca3eb 492bd4 sub rdx,r12 fffff802`68aca3ee 4889542440 mov qword ptr [rsp+40h],rdx fffff802`68aca3f3 4c01a424a0000000 add qword ptr [rsp+0A0h],r12 fffff802`68aca3fb 4903f4 add rsi,r12 fffff802`68aca3fe 4889b424a8000000 mov qword ptr [rsp+0A8h],rsi fffff802`68aca406 488b742460 mov rsi,qword ptr [rsp+60h] fffff802`68aca40b e9bffbffff jmp nt!MmCopyVirtualMemory+0x31f (fffff802`68ac9fcf) fffff802`68aca410 4885d2 test rdx,rdx fffff802`68aca413 4c8b742458 mov r14,qword ptr [rsp+58h] fffff802`68aca418 4c8b7c2468 mov r15,qword ptr [rsp+68h] fffff802`68aca41d 0f85cd771900 jne nt!MmCopyVirtualMemory+0x197f40 (fffff802`68c61bf0) fffff802`68aca423 4883bc24b000000000 cmp qword ptr [rsp+0B0h],0 fffff802`68aca42c 0f856c7c1900 jne nt!MmCopyVirtualMemory+0x1983ee (fffff802`68c6209e) fffff802`68aca432 488b842490000000 mov rax,qword ptr [rsp+90h] fffff802`68aca43a 488b4c2450 mov rcx,qword ptr [rsp+50h] fffff802`68aca43f 488908 mov qword ptr [rax],rcx fffff802`68aca442 33c0 xor eax,eax fffff802`68aca444 488b8c2450040000 mov rcx,qword ptr [rsp+450h] fffff802`68aca44c 4833cc xor rcx,rsp fffff802`68aca44f e82c90b7ff call nt!_security_check_cookie (fffff802`68643480) fffff802`68aca454 4881c460040000 add rsp,460h fffff802`68aca45b 415f pop r15 fffff802`68aca45d 415e pop r14 fffff802`68aca45f 415d pop r13 fffff802`68aca461 415c pop r12 fffff802`68aca463 5f pop rdi fffff802`68aca464 5e pop rsi fffff802`68aca465 5b pop rbx fffff802`68aca466 c3 ret fffff802`68aca467 4c8d842440010000 lea r8,[rsp+140h] fffff802`68aca46f 33d2 xor edx,edx fffff802`68aca471 488bcf mov rcx,rdi fffff802`68aca474 e877eba6ff call nt!KiStackAttachProcess (fffff802`68538ff0) fffff802`68aca479 e974faffff jmp nt!MmCopyVirtualMemory+0x242 (fffff802`68ac9ef2) fffff802`68aca47e 33d2 xor edx,edx fffff802`68aca480 488d8c2440010000 lea rcx,[rsp+140h] fffff802`68aca488 e803e7a6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68aca48d 488b542440 mov rdx,qword ptr [rsp+40h] fffff802`68aca492 e993faffff jmp nt!MmCopyVirtualMemory+0x27a (fffff802`68ac9f2a) fffff802`68aca497 f6c302 test bl,2 fffff802`68aca49a 0f84f2faffff je nt!MmCopyVirtualMemory+0x2e2 (fffff802`68ac9f92) fffff802`68aca4a0 41bc00e00000 mov r12d,0E000h fffff802`68aca4a6 493bcc cmp rcx,r12 fffff802`68aca4a9 0f8615fbffff jbe nt!MmCopyVirtualMemory+0x314 (fffff802`68ac9fc4) fffff802`68aca4af e913fbffff jmp nt!MmCopyVirtualMemory+0x317 (fffff802`68ac9fc7) fffff802`68aca4b4 4c89ac24a0010000 mov qword ptr [rsp+1A0h],r13 fffff802`68aca4bc 418bd2 mov edx,r10d fffff802`68aca4bf 8bca mov ecx,edx fffff802`68aca4c1 81e1ff0f0000 and ecx,0FFFh fffff802`68aca4c7 4881c1ff0f0000 add rcx,0FFFh fffff802`68aca4ce 4903cc add rcx,r12 fffff802`68aca4d1 48c1e90c shr rcx,0Ch fffff802`68aca4d5 6683c106 add cx,6 fffff802`68aca4d9 66c1e103 shl cx,3 fffff802`68aca4dd 66898c24a8010000 mov word ptr [rsp+1A8h],cx fffff802`68aca4e5 664489ac24aa010000 mov word ptr [rsp+1AAh],r13w fffff802`68aca4ee 498bc2 mov rax,r10 fffff802`68aca4f1 482500f0ffff and rax,0FFFFFFFFFFFFF000h fffff802`68aca4f7 48898424c0010000 mov qword ptr [rsp+1C0h],rax fffff802`68aca4ff 81e2ff0f0000 and edx,0FFFh fffff802`68aca505 899424cc010000 mov dword ptr [rsp+1CCh],edx fffff802`68aca50c 4489a424c8010000 mov dword ptr [rsp+1C8h],r12d fffff802`68aca514 e93dfbffff jmp nt!MmCopyVirtualMemory+0x3a6 (fffff802`68aca056) fffff802`68aca519 c7442428200000c0 mov dword ptr [rsp+28h],0C0000020h fffff802`68aca521 44896c2420 mov dword ptr [rsp+20h],r13d fffff802`68aca526 4533c9 xor r9d,r9d fffff802`68aca529 33d2 xor edx,edx fffff802`68aca52b 458d4101 lea r8d,[r9+1] fffff802`68aca52f 488d8c24a0010000 lea rcx,[rsp+1A0h] fffff802`68aca537 e854c79fff call nt!MmMapLockedPagesSpecifyCache (fffff802`684c6c90) fffff802`68aca53c 488bf0 mov rsi,rax fffff802`68aca53f 4885c0 test rax,rax fffff802`68aca542 0f8548fcffff jne nt!MmCopyVirtualMemory+0x4e0 (fffff802`68aca190) fffff802`68aca548 e93e7b1900 jmp nt!MmCopyVirtualMemory+0x1983db (fffff802`68c6208b) fffff802`68aca54d 488d8c24a0010000 lea rcx,[rsp+1A0h] fffff802`68aca555 e8067ca2ff call nt!MmUnlockPages (fffff802`684f2160) fffff802`68aca55a e97ffeffff jmp nt!MmCopyVirtualMemory+0x72e (fffff802`68aca3de) fffff802`68aca55f f6c302 test bl,2 fffff802`68aca562 0f858b000000 jne nt!MmCopyVirtualMemory+0x943 (fffff802`68aca5f3) fffff802`68aca568 488b4c2450 mov rcx,qword ptr [rsp+50h] fffff802`68aca56d 492bce sub rcx,r14 fffff802`68aca570 488b842490000000 mov rax,qword ptr [rsp+90h] fffff802`68aca578 488908 mov qword ptr [rax],rcx fffff802`68aca57b 41bf0d000080 mov r15d,8000000Dh fffff802`68aca581 33d2 xor edx,edx fffff802`68aca583 488d8c2470010000 lea rcx,[rsp+170h] fffff802`68aca58b e800e6a6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68aca590 4883bc24b000000000 cmp qword ptr [rsp+0B0h],0 fffff802`68aca599 740c je nt!MmCopyVirtualMemory+0x8f7 (fffff802`68aca5a7) fffff802`68aca59b 33d2 xor edx,edx fffff802`68aca59d 488b4c2448 mov rcx,qword ptr [rsp+48h] fffff802`68aca5a2 e8f9bad4ff call nt!ExFreePool (fffff802`688160a0) fffff802`68aca5a7 418bc7 mov eax,r15d fffff802`68aca5aa e995feffff jmp nt!MmCopyVirtualMemory+0x794 (fffff802`68aca444) fffff802`68aca5af 41bc00000100 mov r12d,10000h fffff802`68aca5b5 493bd4 cmp rdx,r12 fffff802`68aca5b8 7703 ja nt!MmCopyVirtualMemory+0x90d (fffff802`68aca5bd) fffff802`68aca5ba 4c8be2 mov r12,rdx fffff802`68aca5bd 41b84d6d5277 mov r8d,77526D4Dh fffff802`68aca5c3 498bd4 mov rdx,r12 fffff802`68aca5c6 b901000000 mov ecx,1 fffff802`68aca5cb e840bad4ff call nt!ExAllocatePoolWithTag (fffff802`68816010) fffff802`68aca5d0 4889442448 mov qword ptr [rsp+48h],rax fffff802`68aca5d5 4885c0 test rax,rax fffff802`68aca5d8 0f84757a1900 je nt!MmCopyVirtualMemory+0x1983a3 (fffff802`68c62053) fffff802`68aca5de 4c89a424b0000000 mov qword ptr [rsp+0B0h],r12 fffff802`68aca5e6 488b542440 mov rdx,qword ptr [rsp+40h] fffff802`68aca5eb 4d3bf4 cmp r14,r12 fffff802`68aca5ee e9b6feffff jmp nt!MmCopyVirtualMemory+0x7f9 (fffff802`68aca4a9) fffff802`68aca5f3 83e3fd and ebx,0FFFFFFFDh fffff802`68aca5f6 895c2430 mov dword ptr [rsp+30h],ebx fffff802`68aca5fa 33d2 xor edx,edx fffff802`68aca5fc 488d8c2470010000 lea rcx,[rsp+170h] fffff802`68aca604 e887e5a6ff call nt!KiUnstackDetachProcess (fffff802`68538b90) fffff802`68aca609 488b542440 mov rdx,qword ptr [rsp+40h] fffff802`68aca60e e968f9ffff jmp nt!MmCopyVirtualMemory+0x2cb (fffff802`68ac9f7b) fffff802`68aca613 cc int 3 fffff802`68aca614 cc int 3 fffff802`68aca615 cc int 3 fffff802`68aca616 cc int 3 fffff802`68aca617 cc int 3 fffff802`68aca618 cc int 3 fffff802`68aca619 cc int 3 fffff802`68aca61a cc int 3 fffff802`68aca61b cc int 3 fffff802`68aca61c cc int 3 fffff802`68aca61d cc int 3 fffff802`68aca61e cc int 3 fffff802`68aca61f cc int 3 ``` > ### 总结 ReadProcessMemory总体路线如下: ``` kernel32!ReadProcessMemory ↓ ntdll!ZwReadVirtualMemory ↓ syscall ↓ nt!KiSystemCall64 ↓ nt!KiSystemServiceRepeat ↓ nt!KiSystemServiceStart ↓ nt!NtReadVirtualMemory ↓ nt!MiReadWriteVirtualMemory ↓ nt!MmCopyVirtualMemory →分支1: 直接memcpy() →分支2: Probe + Lock + Map →分支3: VBS / Enclave ```
冰与火的战歌：Windows内核攻防实战高级班！从零到实战，融合AI与Windows内核攻防全技术栈，打造具备自动化能力的内核开发高手。
最后于
2026-3-17 17:31 被mb_binusgki编辑 ，原因： 补充内容
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2026-3-24 16:39
cantus
这个讨论对我很有帮助，谢谢！
2026-2-27 11:06
我的小拇指啊
你的帖子非常有用，感谢分享！
2026-1-25 16:45
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