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decompiled agent_release

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This commit is contained in:
Benjamin Palko 2026-10-14 16:45:19 -04:00
parent baac905ef2
commit 11a3488883
6439 changed files with 229565 additions and 1 deletions
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228
decomp/Agent_Release_x64/cpp/AgentProcessControl.cpp Normal file
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// AgentProcessControl.cpp — hand-lifted C++ reconstruction of Agent_Release_x64.exe
// sha256 6f2be7b8eb799ba51b359d1958720aac5baee5b7ee0d1d36684d3cbd72d45469
//
// Source of truth: Ghidra pseudocode in ../0x<addr>.pseudo.c and full/functions/.
// This file is a READABLE RECONSTRUCTION, not recovered source:
// - control flow and Win32 calls are observed in the decompiled code;
// - all type/field/function names are inferred (no PDB) and marked so;
// - std::wstring temporaries, stack cookies and inlined string code are elided.
// Static analysis only; runtime behaviour has not been observed.
#include <windows.h>
#include <tlhelp32.h>
#include <process.h>
#include <cstdio>
#include <cwchar>
#include <string>
// ---------------------------------------------------------------------------
// ServerEntry: per-managed-server record held in a hash map keyed by server
// code (global at 0x140162d60, bucket array +0x38, bucket count +0x40,
// element count +0x58). Offsets observed; names inferred.
// ---------------------------------------------------------------------------
struct ServerEntry {
/* +0x04 */ int32_t code; // hash key; sent in RMI notifications
/* +0x0c */ uint8_t type; // compared against server-type table; ==1 triggers extra step on exit
/* +0xa0 */ int32_t unk_a0; // zeroed when the process exits (purpose unknown)
/* +0xa4 */ DWORD pid; // set from CreateProcessW result
/* +0xb8..0xd7 */ // 32 bytes copied into the RMI "server state" payload
/* +0xc4 */ int32_t running; // 1 = launched/launching, 0 = stopped
/* +0xd0 */ int32_t unk_d0; // >0 together with type==1 triggers FUN_140009f20 on exit
/* +0xd5 */ uint8_t revive; // relaunch on exit (inferred: XML key "revive_server")
};
// NOTE: layout shown as comments; real struct has unrecovered gaps.
// Server-type table (global at 0x140162d58): vector of 0x30-byte records
// +0x00 uint8_t type; +0x08 std::wstring exePath (MSVC SSO, cap at +0x20)
struct ServerTypeInfo { uint8_t type; std::wstring exePath; };
// Agent options singleton (global at 0x140162d68). Observed fields:
// +0x030 std::wstring agentName (used in "FAILED SERVER ON %s")
// +0x152 bool useCodeAsArgument (true: arg = decimal server code)
// +0x171 bool reviveAll (global relaunch-on-exit)
// +0x178 double autoServerOnDelay (seconds after start; <=0 disables)
// ---------------------------------------------------------------------------
// 0x1400100b0 AcquireSingleInstanceMutex (observed)
// ---------------------------------------------------------------------------
bool AcquireSingleInstanceMutex(HANDLE* outMutex)
{
*outMutex = CreateMutexW(nullptr, TRUE, L"Global\\RustyHearts_Agent");
DWORD err = GetLastError();
if (err == ERROR_ACCESS_DENIED) wprintf(L"ERROR_ACCESS_DENIED!!! %s \n"); // format arg missing in binary
else if (err == ERROR_ALREADY_EXISTS) wprintf(L"ERROR_ALREADY_EXISTS!!! %s \n");
else return true;
Sleep(3000);
return false;
}
// ---------------------------------------------------------------------------
// 0x140009780 KillProcessByName (observed)
// Terminates only the FIRST process whose image name matches (case-insensitive).
// ---------------------------------------------------------------------------
bool KillProcessByName(const wchar_t* exeName)
{
if (!exeName) return false;
HANDLE snap = CreateToolhelp32Snapshot(TH32CS_SNAPPROCESS, 0);
PROCESSENTRY32W pe = { sizeof(pe) };
for (BOOL ok = Process32FirstW(snap, &pe); ok; ok = Process32NextW(snap, &pe)) {
if (_wcsicmp(exeName, pe.szExeFile) != 0) continue;
HANDLE h = OpenProcess(PROCESS_TERMINATE, FALSE, pe.th32ProcessID);
if (h != INVALID_HANDLE_VALUE) { // binary compares to -1, not NULL
wprintf(L"Process Kill.!!! [%s] \n"); // format arg missing in binary
TerminateProcess(h, 0);
CloseHandle(h);
return true; // note: snapshot handle leaked on this path
}
}
CloseHandle(snap);
return false;
}
unsigned __stdcall ProcessWatchThread(void* arg); // below
// ---------------------------------------------------------------------------
// 0x1400094e0 LaunchProcess (observed)
// Returns PID, or 0 on failure. Working directory = directory of the exe
// (inferred: derived from cmdline by FUN_14002fe90).
// ---------------------------------------------------------------------------
DWORD LaunchProcess(const wchar_t* commandLine)
{
wchar_t cmd[MAX_PATH] = {};
wchar_t workDir[MAX_PATH] = {};
wcscpy_s(cmd, commandLine);
/* workDir <- FUN_14002fe90(commandLine) (inferred: path-of-exe helper) */
STARTUPINFOW si = {};
si.cb = sizeof(si);
si.dwFlags = STARTF_USESHOWWINDOW | STARTF_USESIZE | STARTF_USEFILLATTRIBUTE; // 0x13
si.dwXSize = 700; si.dwYSize = 110;
si.dwFillAttribute = 0x17; // white on blue
si.wShowWindow = SW_SHOW;
PROCESS_INFORMATION pi = {};
DWORD pid = 0;
if (!CreateProcessW(nullptr, cmd, nullptr, nullptr, FALSE, CREATE_NEW_CONSOLE,
nullptr, workDir, &si, &pi)) {
Log(L"=======Server Fail=======\n");
Log(L"Path\t: [%s] \n", workDir);
Log(L"File\t: [%s] \n", cmd);
} else {
CloseHandle(pi.hThread);
// passes a pointer to the STACK PROCESS_INFORMATION; the thread reads it
// immediately, so this relies on the 1 s Sleep below (latent race).
unsigned tid;
CloseHandle((HANDLE)_beginthreadex(nullptr, 0, ProcessWatchThread, &pi, 0, &tid));
Log(L"=======ServerOn=======\n");
pid = pi.dwProcessId;
}
printf("//////////////////////////////////////////////////////////////////////////\n");
Sleep(1000);
return pid;
}
// ---------------------------------------------------------------------------
// 0x140008ea0 ServerOn(request) (observed flow; names inferred)
// request: +0x04 server code, +0x0c server type.
// ---------------------------------------------------------------------------
void ServerOn(void* self, const ServerRequest* req)
{
ServerEntry* e = g_servers.Find(req->code); // hash lookup
if (e->running == 0) {
e->running = 1;
AgentManagerSession* mgr = g_agentServer->managerSession; // 0x1400626f8 +0xa8
std::wstring cmd = g_serverTypes.ExePath(req->type) + L" ";
if (!g_options->useCodeAsArgument)
cmd += Widen(BuildLaunchArgs(g_options, req)); // FUN_140027540 — contents UNKNOWN
else
cmd += std::to_wstring(req->code);
DWORD pid = 0;
if (cmd.size() < MAX_PATH && (pid = LaunchProcess(cmd.c_str())) > 0) {
e->pid = pid;
e->running = 1;
// RMI to AgentManager, vtable slot +0x40 on proxy at session+0x68:
mgr->proxy.NotifyServerState(/*host*/1, /*rmiCtx*/g_rmiCtx, e->code, e->state, e->Serialize());
} else {
e->running = 0;
}
if (mgr && pid == 0)
mgr->SendLog(1, Format(L"FAILED SERVER ON %s ", g_options->agentName.c_str()));
}
ReleaseRequest(req); // FUN_140004e10
}
// ---------------------------------------------------------------------------
// 0x140008c90 ProcessWatchThread (observed)
// ---------------------------------------------------------------------------
unsigned __stdcall ProcessWatchThread(void* arg)
{
auto* pi = static_cast<PROCESS_INFORMATION*>(arg);
HANDLE hProcess = pi->hProcess;
DWORD pid = pi->dwProcessId;
DWORD code;
do { Sleep(10); GetExitCodeProcess(hProcess, &code); } while (code == STILL_ACTIVE);
// note: hProcess is never closed (handle leak per launch)
ServerEntry* e = g_servers.FindByPid(pid); // FUN_14002c9a0
if (!e) { wprintf(L"NOT FIND PROCESS ID \n"); return 0; }
AgentManagerSession* mgr = g_agentServer->managerSession;
if (mgr) {
e->unk_a0 = 0;
e->running = 0;
mgr->proxy.NotifyServerState(1, g_rmiCtx, e->code, e->state, e->Serialize()); // slot +0x40
mgr->proxy.NotifyServerStopped(1, g_rmiCtx, /*flag*/1, e->code, /*?*/1); // slot +0x50
if (e->revive || g_options->reviveAll) {
ServerOn(g_agentProcess, MakeRequest(e));
if (e->type == 1 && e->unk_d0 > 0) FUN_140009f20(g_agentProcess, e->code);
}
}
return 0;
}
// ---------------------------------------------------------------------------
// 0x1400037a0 MagiAgentServer::Run (observed; simplified)
// ---------------------------------------------------------------------------
int MagiAgentServer::Run()
{
LogBanner(L"# Agent Startup #\n\n");
CoInitialize(nullptr);
Log(L"+ Prepare Startup\n");
network_ = new MagiAgentNetwork(); // 0xb8 bytes, FUN_140005020
managerSession_ = new MGAgentManagerSession(network_); // 0x68 bytes
/* if options map has entry type 0x15 (AgentManager address):
connect and pump until connected (FUN_1400023e0 loop) */
network_->Start(); // FUN_140005360
LogBanner(L"\n # Agent Running... #\n");
timer_ = new Magi::Timer(new TimeSourceHRWin32()); // QueryPerformanceCounter
g_options->Load(); // FUN_1400271e0
KillProcessByName(g_serverTypes.ExePath(0x18)); // kill stale process of type 0x18 (UNKNOWN which server)
StartConsoleThread(); // FUN_140001dc0 (inferred: keyboard menu)
bool autoOnPending = true;
double lastSec = 0, lastTick = 0;
while (running_) { // +0x60
clock_.Update();
double now = timer_->Now();
if (g_options->autoServerOnDelay > 0 && now > g_options->autoServerOnDelay && autoOnPending) {
autoOnPending = false;
printf("Start Auto Server On. \n");
AllServerOn(); // FUN_140009bd0
}
managerSession_->Update(now); // FUN_140007da0
if (now - lastSec >= 1.0) { /* optional "[ %s ] FPS[ %d ]" print */ lastSec = now; }
if (now - lastTick >= 0.1) { Tick(); network_->Update(now); lastTick = now; } // 10 Hz
lastTime_ = now;
Sleep(1);
}
Log(L"+ Prepare Stop\n");
managerSession_->Stop();
delete network_->netServer_;
CoUninitialize();
LogBanner(L"# Agent Stoped... #\n");
return 0;
}

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// Auto-generated from RTTI vftables (full/vtables.tsv), Ghidra 12.1.2.
// Agent_Release_x64.exe sha256 6f2be7b8eb799ba51b359d1958720aac5baee5b7ee0d1d36684d3cbd72d45469
// RECONSTRUCTION. Observed: class names (RTTI) and vftable slot -> function address.
// Unknown (no PDB): method names, signatures, data members, base-class relationships.
// A class with several vftables uses multiple inheritance (one vftable per base
// subobject); which base each belongs to is not yet recovered, so slots are
// grouped as vtN. Implementations: full/functions/<address>.c
#pragma once
// MBISingleton<CConsoleControl> (template instantiation) vftable 0x14011aff8: 0x140001300
class CConsoleControl {
public:
// vt0: vftable 0x14011afe8
virtual void vt0_0_vf_140001300(); // slot 0 -> 0x140001300
};
class MagiServerBase {
public:
// vt0: vftable 0x14011b130
virtual void vt0_0_vf_140001b50(); // slot 0 -> 0x140001b50
};
class MagiCommonSession {
public:
// vt0: vftable 0x14011b518
virtual void vt0_0_vf_1400020d0(); // slot 0 -> 0x1400020d0
virtual void vt0_pure1() = 0; // slot 1 -> 0x14003b036 (_purecall)
virtual void vt0_pure2() = 0; // slot 2 -> 0x14003b036 (_purecall)
virtual void vt0_pure3() = 0; // slot 3 -> 0x14003b036 (_purecall)
virtual void vt0_pure4() = 0; // slot 4 -> 0x14003b036 (_purecall)
virtual void vt0_pure5() = 0; // slot 5 -> 0x14003b036 (_purecall)
virtual void vt0_6_vf_140006b80(); // slot 6 -> 0x140006b80
virtual void vt0_pure7() = 0; // slot 7 -> 0x14003b036 (_purecall)
virtual void vt0_pure8() = 0; // slot 8 -> 0x14003b036 (_purecall)
virtual void vt0_pure9() = 0; // slot 9 -> 0x14003b036 (_purecall)
virtual void vt0_pure10() = 0; // slot 10 -> 0x14003b036 (_purecall)
virtual void vt0_pure11() = 0; // slot 11 -> 0x14003b036 (_purecall)
virtual void vt0_12_vf_140006b80(); // slot 12 -> 0x140006b80
virtual void vt0_pure13() = 0; // slot 13 -> 0x14003b036 (_purecall)
};
// MBISingleton<MagiAgentServer> (template instantiation) vftable 0x14011bc00: 0x140004fc0
class MagiAgentServer {
public:
// vt0: vftable 0x14011bbc0
virtual void vt0_0_vf_140004c00(); // slot 0 -> 0x140004c00
// vt1: vftable 0x14011bbb0
virtual void vt1_0_vf_1400033f0(); // slot 0 -> 0x1400033f0
};
class MagiAgentNetwork {
public:
// vt0: vftable 0x14011cb58
virtual void vt0_0_vf_140006b70(); // slot 0 -> 0x140006b70
virtual void vt0_1_vf_140006b60(); // slot 1 -> 0x140006b60
virtual void vt0_2_vf_140018120(); // slot 2 -> 0x140018120
virtual void vt0_3_vf_140006b80(); // slot 3 -> 0x140006b80
virtual void vt0_4_vf_140006b80(); // slot 4 -> 0x140006b80
virtual void vt0_5_vf_140006b30(); // slot 5 -> 0x140006b30
virtual void vt0_6_vf_140006b10(); // slot 6 -> 0x140006b10
virtual void vt0_7_vf_14000b970(); // slot 7 -> 0x14000b970
virtual void vt0_8_vf_14000bb00(); // slot 8 -> 0x14000bb00
virtual void vt0_9_vf_14000bd70(); // slot 9 -> 0x14000bd70
virtual void vt0_10_vf_14000c120(); // slot 10 -> 0x14000c120
virtual void vt0_11_vf_140006b20(); // slot 11 -> 0x140006b20
virtual void vt0_12_vf_14000be40(); // slot 12 -> 0x14000be40
virtual void vt0_13_vf_14000be80(); // slot 13 -> 0x14000be80
virtual void vt0_14_vf_14000bed0(); // slot 14 -> 0x14000bed0
virtual void vt0_15_vf_140006b20(); // slot 15 -> 0x140006b20
virtual void vt0_16_vf_14000bf00(); // slot 16 -> 0x14000bf00
virtual void vt0_17_vf_14000bf30(); // slot 17 -> 0x14000bf30
virtual void vt0_18_vf_14000bf50(); // slot 18 -> 0x14000bf50
// vt1: vftable 0x14011cab8
virtual void vt1_0_vf_140005100(); // slot 0 -> 0x140005100
virtual void vt1_1_vf_140005200(); // slot 1 -> 0x140005200
virtual void vt1_2_vf_1400052a0(); // slot 2 -> 0x1400052a0
virtual void vt1_3_vf_140006b80(); // slot 3 -> 0x140006b80
virtual void vt1_4_vf_140005340(); // slot 4 -> 0x140005340
virtual void vt1_5_vf_140006b80(); // slot 5 -> 0x140006b80
virtual void vt1_6_vf_140006b80(); // slot 6 -> 0x140006b80
virtual void vt1_7_vf_140005620(); // slot 7 -> 0x140005620
virtual void vt1_8_vf_1400056f0(); // slot 8 -> 0x1400056f0
virtual void vt1_9_vf_140005940(); // slot 9 -> 0x140005940
virtual void vt1_10_vf_140006b80(); // slot 10 -> 0x140006b80
virtual void vt1_11_vf_140006b80(); // slot 11 -> 0x140006b80
virtual void vt1_12_vf_140006b80(); // slot 12 -> 0x140006b80
virtual void vt1_13_vf_140006b80(); // slot 13 -> 0x140006b80
virtual void vt1_14_vf_140006b80(); // slot 14 -> 0x140006b80
virtual void vt1_15_vf_140006b80(); // slot 15 -> 0x140006b80
virtual void vt1_16_vf_140006b80(); // slot 16 -> 0x140006b80
virtual void vt1_17_vf_140006b80(); // slot 17 -> 0x140006b80
};
class MGAgentManagerSession {
public:
// vt0: vftable 0x14011cf18
virtual void vt0_0_vf_140008c00(); // slot 0 -> 0x140008c00
virtual void vt0_1_vf_140008bf0(); // slot 1 -> 0x140008bf0
virtual void vt0_2_vf_14001d960(); // slot 2 -> 0x14001d960
virtual void vt0_3_vf_140006b80(); // slot 3 -> 0x140006b80
virtual void vt0_4_vf_140006b80(); // slot 4 -> 0x140006b80
virtual void vt0_5_vf_140006b30(); // slot 5 -> 0x140006b30
virtual void vt0_6_vf_140008be0(); // slot 6 -> 0x140008be0
virtual void vt0_7_vf_14000d780(); // slot 7 -> 0x14000d780
virtual void vt0_8_vf_14000df90(); // slot 8 -> 0x14000df90
virtual void vt0_9_vf_14000e410(); // slot 9 -> 0x14000e410
virtual void vt0_10_vf_14000e1e0(); // slot 10 -> 0x14000e1e0
virtual void vt0_11_vf_14000e460(); // slot 11 -> 0x14000e460
virtual void vt0_12_vf_14000e080(); // slot 12 -> 0x14000e080
virtual void vt0_13_vf_14000e0b0(); // slot 13 -> 0x14000e0b0
virtual void vt0_14_vf_14000e480(); // slot 14 -> 0x14000e480
virtual void vt0_15_vf_14000e4c0(); // slot 15 -> 0x14000e4c0
virtual void vt0_16_vf_14000e4f0(); // slot 16 -> 0x14000e4f0
virtual void vt0_17_vf_14000e520(); // slot 17 -> 0x14000e520
virtual void vt0_18_vf_14000e550(); // slot 18 -> 0x14000e550
virtual void vt0_19_vf_14000d140(); // slot 19 -> 0x14000d140
virtual void vt0_20_vf_14000d1d0(); // slot 20 -> 0x14000d1d0
virtual void vt0_21_vf_14000d320(); // slot 21 -> 0x14000d320
virtual void vt0_22_vf_14000d260(); // slot 22 -> 0x14000d260
virtual void vt0_23_vf_14000d3b0(); // slot 23 -> 0x14000d3b0
// vt1: vftable 0x14011ce98
virtual void vt1_0_vf_140007030(); // slot 0 -> 0x140007030
virtual void vt1_1_vf_140007120(); // slot 1 -> 0x140007120
virtual void vt1_2_vf_1400071c0(); // slot 2 -> 0x1400071c0
virtual void vt1_3_vf_140006b80(); // slot 3 -> 0x140006b80
virtual void vt1_4_vf_140007260(); // slot 4 -> 0x140007260
virtual void vt1_5_vf_140006b80(); // slot 5 -> 0x140006b80
virtual void vt1_6_vf_140006b80(); // slot 6 -> 0x140006b80
virtual void vt1_7_vf_140007280(); // slot 7 -> 0x140007280
virtual void vt1_8_vf_1400073a0(); // slot 8 -> 0x1400073a0
virtual void vt1_9_vf_140006b80(); // slot 9 -> 0x140006b80
virtual void vt1_10_vf_140006b80(); // slot 10 -> 0x140006b80
virtual void vt1_11_vf_140006b80(); // slot 11 -> 0x140006b80
virtual void vt1_12_vf_140006b80(); // slot 12 -> 0x140006b80
virtual void vt1_13_vf_140006b80(); // slot 13 -> 0x140006b80
};
// MBISingleton<MagiAgentProcess> (template instantiation) vftable 0x14011d240: 0x14000b910
class MagiAgentProcess {
public:
// vt0: vftable 0x14011d230
virtual void vt0_0_vf_140008c10(); // slot 0 -> 0x140008c10
};
// MBMultiThreadSync<MBCLog> (template instantiation) vftable 0x14011d748: 0x14000ebb0
// MBISingleton<MBCLog> (template instantiation) vftable 0x14011d738: 0x14000eb70
class MBCLog {
public:
// vt0: vftable 0x14011d728
virtual void vt0_0_vf_14000ecb0(); // slot 0 -> 0x14000ecb0
// vt1: vftable 0x14011d718
virtual void vt1_0_vf_14000eb10(); // slot 0 -> 0x14000eb10
};
// MBISingleton<Clock> (template instantiation) vftable 0x14011e9e8: 0x140016290
class Clock {
public:
// vt0: vftable 0x14011e9d8
virtual void vt0_0_vf_1400162d0(); // slot 0 -> 0x1400162d0
// vt1: vftable 0x14011e9b0
virtual void vt1_0_vf_1400161b0(); // slot 0 -> 0x1400161b0
virtual void vt1_1_vf_1400161a0(); // slot 1 -> 0x1400161a0
virtual void vt1_2_vf_1400dc2d0(); // slot 2 -> 0x1400dc2d0
virtual void vt1_3_vf_1400dc230(); // slot 3 -> 0x1400dc230
};
class ISubject {
public:
// vt0: vftable 0x14011e988
virtual void vt0_0_vf_140016170(); // slot 0 -> 0x140016170
virtual void vt0_pure1() = 0; // slot 1 -> 0x14003b036 (_purecall)
virtual void vt0_pure2() = 0; // slot 2 -> 0x14003b036 (_purecall)
virtual void vt0_pure3() = 0; // slot 3 -> 0x14003b036 (_purecall)
};
class TimeSourceHRWin32 {
public:
// vt0: vftable 0x14011ea10
virtual void vt0_0_vf_1400162e0(); // slot 0 -> 0x1400162e0
virtual void vt0_1_vf_1400dc130(); // slot 1 -> 0x1400dc130
};
class TimeSource {
public:
// vt0: vftable 0x14011e9f8
virtual void vt0_0_vf_1400162e0(); // slot 0 -> 0x1400162e0
virtual void vt0_pure1() = 0; // slot 1 -> 0x14003b036 (_purecall)
};
namespace Magi {
class Timer {
public:
// vt0: vftable 0x14011ea40
virtual void vt0_0_vf_140016350(); // slot 0 -> 0x140016350
virtual void vt0_1_vf_1400dc040(); // slot 1 -> 0x1400dc040
};
}
class IObserver {
public:
// vt0: vftable 0x14011ea28
virtual void vt0_0_vf_140016320(); // slot 0 -> 0x140016320
virtual void vt0_pure1() = 0; // slot 1 -> 0x14003b036 (_purecall)
};
namespace RNP {
class Server2AgentStub {
public:
// vt0: vftable 0x14011f108
virtual void vt0_0_vf_140006b70(); // slot 0 -> 0x140006b70
virtual void vt0_1_vf_140006b60(); // slot 1 -> 0x140006b60
virtual void vt0_2_vf_140018120(); // slot 2 -> 0x140018120
virtual void vt0_3_vf_140006b80(); // slot 3 -> 0x140006b80
virtual void vt0_4_vf_140006b80(); // slot 4 -> 0x140006b80
virtual void vt0_5_vf_140006b30(); // slot 5 -> 0x140006b30
virtual void vt0_6_scalar_deleting_dtor(); // slot 6 -> 0x14001ac20
virtual void vt0_7_vf_140006b20(); // slot 7 -> 0x140006b20
virtual void vt0_8_vf_140006b20(); // slot 8 -> 0x140006b20
virtual void vt0_9_vf_140006b20(); // slot 9 -> 0x140006b20
virtual void vt0_10_vf_140006b20(); // slot 10 -> 0x140006b20
virtual void vt0_11_vf_140006b20(); // slot 11 -> 0x140006b20
virtual void vt0_12_vf_140006b20(); // slot 12 -> 0x140006b20
virtual void vt0_13_vf_140006b20(); // slot 13 -> 0x140006b20
virtual void vt0_14_vf_140006b20(); // slot 14 -> 0x140006b20
virtual void vt0_15_vf_140006b20(); // slot 15 -> 0x140006b20
virtual void vt0_16_vf_140006b20(); // slot 16 -> 0x140006b20
virtual void vt0_17_vf_140006b20(); // slot 17 -> 0x140006b20
virtual void vt0_18_vf_140006b20(); // slot 18 -> 0x140006b20
};
}
namespace RNP {
class Agent2ServerProxy {
public:
// vt0: vftable 0x14011eff8
virtual void vt0_0_vf_1400163b0(); // slot 0 -> 0x1400163b0
virtual void vt0_1_vf_1400163c0(); // slot 1 -> 0x1400163c0
virtual void vt0_2_vf_140006b80(); // slot 2 -> 0x140006b80
virtual void vt0_3_vf_140082060(); // slot 3 -> 0x140082060
virtual void vt0_4_scalar_deleting_dtor(); // slot 4 -> 0x14001abd0
virtual void vt0_5_vf_1400165e0(); // slot 5 -> 0x1400165e0
virtual void vt0_6_vf_140016400(); // slot 6 -> 0x140016400
virtual void vt0_7_vf_1400168d0(); // slot 7 -> 0x1400168d0
virtual void vt0_8_vf_1400167f0(); // slot 8 -> 0x1400167f0
virtual void vt0_9_vf_140016aa0(); // slot 9 -> 0x140016aa0
virtual void vt0_10_vf_1400169b0(); // slot 10 -> 0x1400169b0
virtual void vt0_11_vf_140016c70(); // slot 11 -> 0x140016c70
virtual void vt0_12_vf_140016b90(); // slot 12 -> 0x140016b90
virtual void vt0_13_vf_140016e50(); // slot 13 -> 0x140016e50
virtual void vt0_14_vf_140016d50(); // slot 14 -> 0x140016d50
virtual void vt0_15_vf_140017040(); // slot 15 -> 0x140017040
virtual void vt0_16_vf_140016f60(); // slot 16 -> 0x140016f60
virtual void vt0_17_vf_140017210(); // slot 17 -> 0x140017210
virtual void vt0_18_vf_140017120(); // slot 18 -> 0x140017120
virtual void vt0_19_vf_1400173f0(); // slot 19 -> 0x1400173f0
virtual void vt0_20_vf_140017310(); // slot 20 -> 0x140017310
virtual void vt0_21_vf_1400175f0(); // slot 21 -> 0x1400175f0
virtual void vt0_22_vf_1400174d0(); // slot 22 -> 0x1400174d0
virtual void vt0_23_vf_140017810(); // slot 23 -> 0x140017810
virtual void vt0_24_vf_140017720(); // slot 24 -> 0x140017720
virtual void vt0_25_vf_1400179f0(); // slot 25 -> 0x1400179f0
virtual void vt0_26_vf_140017900(); // slot 26 -> 0x140017900
virtual void vt0_27_vf_140017bd0(); // slot 27 -> 0x140017bd0
virtual void vt0_28_vf_140017ae0(); // slot 28 -> 0x140017ae0
virtual void vt0_29_vf_140017dd0(); // slot 29 -> 0x140017dd0
virtual void vt0_30_vf_140017cc0(); // slot 30 -> 0x140017cc0
virtual void vt0_31_vf_140018000(); // slot 31 -> 0x140018000
virtual void vt0_32_vf_140017ef0(); // slot 32 -> 0x140017ef0
};
}
namespace AGENT2SERVER_PROTOCOL {
class Proxy {
public:
// vt0: vftable 0x14011eee8
virtual void vt0_0_vf_1400163b0(); // slot 0 -> 0x1400163b0
virtual void vt0_1_vf_1400163c0(); // slot 1 -> 0x1400163c0
virtual void vt0_2_vf_140093300(); // slot 2 -> 0x140093300
virtual void vt0_3_vf_140082060(); // slot 3 -> 0x140082060
virtual void vt0_4_vf_1400163d0(); // slot 4 -> 0x1400163d0
virtual void vt0_5_vf_1400165e0(); // slot 5 -> 0x1400165e0
virtual void vt0_6_vf_140016400(); // slot 6 -> 0x140016400
virtual void vt0_7_vf_1400168d0(); // slot 7 -> 0x1400168d0
virtual void vt0_8_vf_1400167f0(); // slot 8 -> 0x1400167f0
virtual void vt0_9_vf_140016aa0(); // slot 9 -> 0x140016aa0
virtual void vt0_10_vf_1400169b0(); // slot 10 -> 0x1400169b0
virtual void vt0_11_vf_140016c70(); // slot 11 -> 0x140016c70
virtual void vt0_12_vf_140016b90(); // slot 12 -> 0x140016b90
virtual void vt0_13_vf_140016e50(); // slot 13 -> 0x140016e50
virtual void vt0_14_vf_140016d50(); // slot 14 -> 0x140016d50
virtual void vt0_15_vf_140017040(); // slot 15 -> 0x140017040
virtual void vt0_16_vf_140016f60(); // slot 16 -> 0x140016f60
virtual void vt0_17_vf_140017210(); // slot 17 -> 0x140017210
virtual void vt0_18_vf_140017120(); // slot 18 -> 0x140017120
virtual void vt0_19_vf_1400173f0(); // slot 19 -> 0x1400173f0
virtual void vt0_20_vf_140017310(); // slot 20 -> 0x140017310
virtual void vt0_21_vf_1400175f0(); // slot 21 -> 0x1400175f0
virtual void vt0_22_vf_1400174d0(); // slot 22 -> 0x1400174d0
virtual void vt0_23_vf_140017810(); // slot 23 -> 0x140017810
virtual void vt0_24_vf_140017720(); // slot 24 -> 0x140017720
virtual void vt0_25_vf_1400179f0(); // slot 25 -> 0x1400179f0
virtual void vt0_26_vf_140017900(); // slot 26 -> 0x140017900
virtual void vt0_27_vf_140017bd0(); // slot 27 -> 0x140017bd0
virtual void vt0_28_vf_140017ae0(); // slot 28 -> 0x140017ae0
virtual void vt0_29_vf_140017dd0(); // slot 29 -> 0x140017dd0
virtual void vt0_30_vf_140017cc0(); // slot 30 -> 0x140017cc0
virtual void vt0_31_vf_140018000(); // slot 31 -> 0x140018000
virtual void vt0_32_vf_140017ef0(); // slot 32 -> 0x140017ef0
};
}
namespace RNP {
class AgentManager2AgentStub {
public:
// vt0: vftable 0x14011f448
virtual void vt0_0_vf_140008c00(); // slot 0 -> 0x140008c00
virtual void vt0_1_vf_140008bf0(); // slot 1 -> 0x140008bf0
virtual void vt0_2_vf_14001d960(); // slot 2 -> 0x14001d960
virtual void vt0_3_vf_140006b80(); // slot 3 -> 0x140006b80
virtual void vt0_4_vf_140006b80(); // slot 4 -> 0x140006b80
virtual void vt0_5_vf_140006b30(); // slot 5 -> 0x140006b30
virtual void vt0_6_scalar_deleting_dtor(); // slot 6 -> 0x140021110
virtual void vt0_7_vf_140006b20(); // slot 7 -> 0x140006b20
virtual void vt0_8_vf_140006b20(); // slot 8 -> 0x140006b20
virtual void vt0_9_vf_140006b20(); // slot 9 -> 0x140006b20
virtual void vt0_10_vf_140006b20(); // slot 10 -> 0x140006b20
virtual void vt0_11_vf_140006b20(); // slot 11 -> 0x140006b20
virtual void vt0_12_vf_140006b20(); // slot 12 -> 0x140006b20
virtual void vt0_13_vf_140006b20(); // slot 13 -> 0x140006b20
virtual void vt0_14_vf_140006b20(); // slot 14 -> 0x140006b20
virtual void vt0_15_vf_140006b20(); // slot 15 -> 0x140006b20
virtual void vt0_16_vf_140006b20(); // slot 16 -> 0x140006b20
virtual void vt0_17_vf_140006b20(); // slot 17 -> 0x140006b20
virtual void vt0_18_vf_140006b20(); // slot 18 -> 0x140006b20
virtual void vt0_19_vf_140006b20(); // slot 19 -> 0x140006b20
virtual void vt0_20_vf_140006b20(); // slot 20 -> 0x140006b20
virtual void vt0_21_vf_140006b20(); // slot 21 -> 0x140006b20
virtual void vt0_22_vf_140006b20(); // slot 22 -> 0x140006b20
virtual void vt0_23_vf_140006b20(); // slot 23 -> 0x140006b20
};
}
namespace RNP {
class Agent2AgentManagerProxy {
public:
// vt0: vftable 0x14011f368
virtual void vt0_0_vf_14001c210(); // slot 0 -> 0x14001c210
virtual void vt0_1_vf_14001c220(); // slot 1 -> 0x14001c220
virtual void vt0_2_vf_140006b80(); // slot 2 -> 0x140006b80
virtual void vt0_3_vf_140082060(); // slot 3 -> 0x140082060
virtual void vt0_4_scalar_deleting_dtor(); // slot 4 -> 0x1400210c0
virtual void vt0_5_vf_14001c340(); // slot 5 -> 0x14001c340
virtual void vt0_6_vf_14001c230(); // slot 6 -> 0x14001c230
virtual void vt0_7_vf_14001c600(); // slot 7 -> 0x14001c600
virtual void vt0_8_vf_14001c470(); // slot 8 -> 0x14001c470
virtual void vt0_9_vf_14001c8a0(); // slot 9 -> 0x14001c8a0
virtual void vt0_10_vf_14001c7a0(); // slot 10 -> 0x14001c7a0
virtual void vt0_11_vf_14001cac0(); // slot 11 -> 0x14001cac0
virtual void vt0_12_vf_14001c9b0(); // slot 12 -> 0x14001c9b0
virtual void vt0_13_vf_14001ccf0(); // slot 13 -> 0x14001ccf0
virtual void vt0_14_vf_14001cbe0(); // slot 14 -> 0x14001cbe0
virtual void vt0_15_vf_14001cf30(); // slot 15 -> 0x14001cf30
virtual void vt0_16_vf_14001ce10(); // slot 16 -> 0x14001ce10
virtual void vt0_17_vf_14001d150(); // slot 17 -> 0x14001d150
virtual void vt0_18_vf_14001d060(); // slot 18 -> 0x14001d060
virtual void vt0_19_vf_14001d340(); // slot 19 -> 0x14001d340
virtual void vt0_20_vf_14001d250(); // slot 20 -> 0x14001d250
virtual void vt0_21_vf_14001d520(); // slot 21 -> 0x14001d520
virtual void vt0_22_vf_14001d430(); // slot 22 -> 0x14001d430
virtual void vt0_23_vf_14001d6f0(); // slot 23 -> 0x14001d6f0
virtual void vt0_24_vf_14001d610(); // slot 24 -> 0x14001d610
virtual void vt0_25_vf_14001d890(); // slot 25 -> 0x14001d890
virtual void vt0_26_vf_14001d7d0(); // slot 26 -> 0x14001d7d0
};
}
namespace AGENT2AGENTMANAGER_PROTOCOL {
class Proxy {
public:
// vt0: vftable 0x14011f288
virtual void vt0_0_vf_14001c210(); // slot 0 -> 0x14001c210
virtual void vt0_1_vf_14001c220(); // slot 1 -> 0x14001c220
virtual void vt0_2_vf_140093300(); // slot 2 -> 0x140093300
virtual void vt0_3_vf_140082060(); // slot 3 -> 0x140082060
virtual void vt0_4_vf_1400163d0(); // slot 4 -> 0x1400163d0
virtual void vt0_5_vf_14001c340(); // slot 5 -> 0x14001c340
virtual void vt0_6_vf_14001c230(); // slot 6 -> 0x14001c230
virtual void vt0_7_vf_14001c600(); // slot 7 -> 0x14001c600
virtual void vt0_8_vf_14001c470(); // slot 8 -> 0x14001c470
virtual void vt0_9_vf_14001c8a0(); // slot 9 -> 0x14001c8a0
virtual void vt0_10_vf_14001c7a0(); // slot 10 -> 0x14001c7a0
virtual void vt0_11_vf_14001cac0(); // slot 11 -> 0x14001cac0
virtual void vt0_12_vf_14001c9b0(); // slot 12 -> 0x14001c9b0
virtual void vt0_13_vf_14001ccf0(); // slot 13 -> 0x14001ccf0
virtual void vt0_14_vf_14001cbe0(); // slot 14 -> 0x14001cbe0
virtual void vt0_15_vf_14001cf30(); // slot 15 -> 0x14001cf30
virtual void vt0_16_vf_14001ce10(); // slot 16 -> 0x14001ce10
virtual void vt0_17_vf_14001d150(); // slot 17 -> 0x14001d150
virtual void vt0_18_vf_14001d060(); // slot 18 -> 0x14001d060
virtual void vt0_19_vf_14001d340(); // slot 19 -> 0x14001d340
virtual void vt0_20_vf_14001d250(); // slot 20 -> 0x14001d250
virtual void vt0_21_vf_14001d520(); // slot 21 -> 0x14001d520
virtual void vt0_22_vf_14001d430(); // slot 22 -> 0x14001d430
virtual void vt0_23_vf_14001d6f0(); // slot 23 -> 0x14001d6f0
virtual void vt0_24_vf_14001d610(); // slot 24 -> 0x14001d610
virtual void vt0_25_vf_14001d890(); // slot 25 -> 0x14001d890
virtual void vt0_26_vf_14001d7d0(); // slot 26 -> 0x14001d7d0
};
}
// MBISingleton<MagiServerOption> (template instantiation) vftable 0x14011ff98: 0x14002a780
class MagiServerOption {
public:
// vt0: vftable 0x14011fe48
virtual void vt0_0_vf_140022630(); // slot 0 -> 0x140022630
};
// MBISingleton<MagiServerFile> (template instantiation) vftable 0x14011fff8: 0x14002abf0
class MagiServerFile {
public:
// vt0: vftable 0x14011ffe8
virtual void vt0_0_vf_14002a7e0(); // slot 0 -> 0x14002a7e0
};
// MBISingleton<MagiCustomOption> (template instantiation) vftable 0x1401204f8: 0x14002c2f0
class MagiCustomOption {
public:
// vt0: vftable 0x1401204e8
virtual void vt0_0_vf_14002b7b0(); // slot 0 -> 0x14002b7b0
};
// MBISingleton<MagiServerManager> (template instantiation) vftable 0x140120600: 0x14002e180
class MagiServerManager {
public:
// vt0: vftable 0x1401205f0
virtual void vt0_0_vf_14002c390(); // slot 0 -> 0x14002c390
};
// MBISingleton<MagiAgentCommon> (template instantiation) vftable 0x140120620: 0x14002e410
class MagiAgentCommon {
public:
// vt0: vftable 0x140120610
virtual void vt0_0_vf_14002e330(); // slot 0 -> 0x14002e330
};
// MBISingleton<MagiRealTimeEventData> (template instantiation) vftable 0x140120640: 0x14002e5a0
class MagiRealTimeEventData {
public:
// vt0: vftable 0x140120630
virtual void vt0_0_vf_14002e470(); // slot 0 -> 0x14002e470
};