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XbSymbolDatabase.h
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XbSymbolDatabase.h
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// ******************************************************************
// *
// * XbSymbolDatabase.h
// *
// * XbSymbolDatabase is free software; you can redistribute them
// * and/or modify them under the terms of the GNU General Public
// * License as published by the Free Software Foundation; either
// * version 2 of the license, or (at your option) any later version.
// *
// * This program is distributed in the hope that it will be useful,
// * but WITHOUT ANY WARRANTY; without even the implied warranty of
// * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// * GNU General Public License for more details.
// *
// * You should have recieved a copy of the GNU General Public License
// * along with this program; see the file COPYING.
// * If not, write to the Free Software Foundation, Inc.,
// * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
// *
// * (c) 2002-2003 Aaron Robinson <caustik@caustik.com>
// * (c) 2016-2017 PatrickvL
// * (c) 2017-2018 Luke Usher
// * (c) 2018-2019 RadWolfie
// *
// * All rights reserved
// *
// ******************************************************************
#ifndef HLEDATABASE_H
#define HLEDATABASE_H
#include <stdlib.h> // for size_t
#include <stdbool.h>
#include <stdint.h>
#ifdef __cplusplus
extern "C" {
#endif
#include "OOVPA.h"
// ******************************************************************
// * Library strings
// ******************************************************************
#define Lib_UNKNOWN "UNKNOWN"
// Group of sections since most libraries are compiled inside the
// section(s) below.
#define Sec_text ".text"
#define Sec_FLASHROM "FLASHROM"
// DSOUND has a vtable store in .rdata section.
#define Sec_rdata ".rdata"
// Individual library (yet do include group sections above)
#define Lib_D3D8 "D3D8"
#define Sec_D3D "D3D"
#define Lib_D3D8LTCG "D3D8LTCG"
#define Lib_D3DX8 "D3DX8"
#define Sec_D3DX "D3DX"
#define Lib_DSOUND "DSOUND"
#define Sec_DSOUND Lib_DSOUND
#define Lib_JVS "JVS"
#define Lib_XACTENG "XACTENG"
#define Sec_XACTENG Lib_XACTENG
#define Lib_XAPILIB "XAPILIB"
#define Sec_XPP "XPP"
#define Lib_XGRAPHC "XGRAPHC"
#define Sec_XGRPH "XGRPH"
#define Lib_XNET "XNET"
#define Lib_XNETN "XNETN"
#define Lib_XNETS "XNETS"
#define Lib_XONLINE "XONLINE"
#define Sec_XONLINE Lib_XONLINE
#define Lib_XONLINES "XONLINES"
#define Sec_XNET "XNET"
#define XbSymbolLib_D3D8 (1 << 0)
#define XbSymbolLib_D3D8LTCG (1 << 1)
#define XbSymbolLib_D3DX8 (1 << 2)
#define XbSymbolLib_DSOUND (1 << 3)
#define XbSymbolLib_JVS (1 << 4)
#define XbSymbolLib_XACTENG (1 << 5)
#define XbSymbolLib_XAPILIB (1 << 6)
#define XbSymbolLib_XGRAPHC (1 << 7)
#define XbSymbolLib_XNET (1 << 8)
#define XbSymbolLib_XNETN (1 << 9)
#define XbSymbolLib_XNETS (1 << 10)
#define XbSymbolLib_XONLINE (1 << 11)
#define XbSymbolLib_XONLINES (1 << 12)
#define XbSymbolLib_ALL ( XbSymbolLib_D3D8| XbSymbolLib_D3D8LTCG| XbSymbolLib_D3DX8| XbSymbolLib_DSOUND \
| XbSymbolLib_JVS| XbSymbolLib_XACTENG| XbSymbolLib_XAPILIB| XbSymbolLib_XGRAPHC \
| XbSymbolLib_XNET| XbSymbolLib_XNETN| XbSymbolLib_XNETS| XbSymbolLib_XONLINE \
| XbSymbolLib_XONLINES)
// ******************************************************************
// * XRefDatabaseOffset
// ******************************************************************
typedef enum _XRefDatabaseOffset
{
// BEGIN - DO NOT REARRANGE (kernel thunk)
XREF_KT_FUNC_AvGetSavedDataAddress=1, // 0x0001 (001)
XREF_KT_FUNC_AvSendTVEncoderOption, // 0x0002 (002)
XREF_KT_FUNC_AvSetDisplayMode, // 0x0003 (003)
XREF_KT_FUNC_AvSetSavedDataAddress, // 0x0004 (004)
XREF_KT_FUNC_DbgBreakPoint, // 0x0005 (005)
XREF_KT_FUNC_DbgBreakPointWithStatus, // 0x0006 (006)
XREF_KT_FUNC_DbgLoadImageSymbols, // 0x0007 (007) DEVKIT
XREF_KT_FUNC_DbgPrint, // 0x0008 (008)
XREF_KT_FUNC_HalReadSMCTrayState, // 0x0009 (009)
XREF_KT_FUNC_DbgPrompt, // 0x000A (010)
XREF_KT_FUNC_DbgUnLoadImageSymbols, // 0x000B (011) DEVKIT
XREF_KT_FUNC_ExAcquireReadWriteLockExclusive, // 0x000C (012)
XREF_KT_FUNC_ExAcquireReadWriteLockShared, // 0x000D (013)
XREF_KT_FUNC_ExAllocatePool, // 0x000E (014)
XREF_KT_FUNC_ExAllocatePoolWithTag, // 0x000F (015)
XREF_KT_VAR__ExEventObjectType, // 0x0010 (016)
XREF_KT_FUNC_ExFreePool, // 0x0011 (017)
XREF_KT_FUNC_ExInitializeReadWriteLock, // 0x0012 (018)
XREF_KT_FUNC_ExInterlockedAddLargeInteger, // 0x0013 (019)
XREF_KT_FUNC_ExInterlockedAddLargeStatistic, // 0x0014 (020)
XREF_KT_FUNC_ExInterlockedCompareExchange64, // 0x0015 (021)
XREF_KT_VAR__ExMutantObjectType, // 0x0016 (022)
XREF_KT_FUNC_ExQueryPoolBlockSize, // 0x0017 (023)
XREF_KT_FUNC_ExQueryNonVolatileSetting, // 0x0018 (024)
XREF_KT_FUNC_ExReadWriteRefurbInfo, // 0x0019 (025)
XREF_KT_FUNC_ExRaiseException, // 0x001A (026)
XREF_KT_FUNC_ExRaiseStatus, // 0x001B (027)
XREF_KT_FUNC_ExReleaseReadWriteLock, // 0x001C (028)
XREF_KT_FUNC_ExSaveNonVolatileSetting, // 0x001D (029)
XREF_KT_VAR__ExSemaphoreObjectType, // 0x001E (030)
XREF_KT_VAR__ExTimerObjectType, // 0x001F (031)
XREF_KT_FUNC_ExfInterlockedInsertHeadList, // 0x0020 (032)
XREF_KT_FUNC_ExfInterlockedInsertTailList, // 0x0021 (033)
XREF_KT_FUNC_ExfInterlockedRemoveHeadList, // 0x0022 (034)
XREF_KT_FUNC_FscGetCacheSize, // 0x0023 (035)
XREF_KT_FUNC_FscInvalidateIdleBlocks, // 0x0024 (036)
XREF_KT_FUNC_FscSetCacheSize, // 0x0025 (037)
XREF_KT_FUNC_HalClearSoftwareInterrupt, // 0x0026 (038)
XREF_KT_FUNC_HalDisableSystemInterrupt, // 0x0027 (039)
XREF_KT_VAR__HalDiskCachePartitionCount, // 0x0028 (040)
XREF_KT_VAR__HalDiskModelNumber, // 0x0029 (041)
XREF_KT_VAR__HalDiskSerialNumber, // 0x002A (042)
XREF_KT_FUNC_HalEnableSystemInterrupt, // 0x002B (043)
XREF_KT_FUNC_HalGetInterruptVector, // 0x002C (044)
XREF_KT_FUNC_HalReadSMBusValue, // 0x002D (045)
XREF_KT_FUNC_HalReadWritePCISpace, // 0x002E (046)
XREF_KT_FUNC_HalRegisterShutdownNotification, // 0x002F (047)
XREF_KT_FUNC_HalRequestSoftwareInterrupt, // 0x0030 (048)
XREF_KT_FUNC_HalReturnToFirmware, // 0x0031 (049)
XREF_KT_FUNC_HalWriteSMBusValue, // 0x0032 (050)
XREF_KT_FUNC_InterlockedCompareExchange, // 0x0033 (051)
XREF_KT_FUNC_InterlockedDecrement, // 0x0034 (052)
XREF_KT_FUNC_InterlockedIncrement, // 0x0035 (053)
XREF_KT_FUNC_InterlockedExchange, // 0x0036 (054)
XREF_KT_FUNC_InterlockedExchangeAdd, // 0x0037 (055)
XREF_KT_FUNC_InterlockedFlushSList, // 0x0038 (056)
XREF_KT_FUNC_InterlockedPopEntrySList, // 0x0039 (057)
XREF_KT_FUNC_InterlockedPushEntrySList, // 0x003A (058)
XREF_KT_FUNC_IoAllocateIrp, // 0x003B (059)
XREF_KT_FUNC_IoBuildAsynchronousFsdRequest, // 0x003C (060)
XREF_KT_FUNC_IoBuildDeviceIoControlRequest, // 0x003D (061)
XREF_KT_FUNC_IoBuildSynchronousFsdRequest, // 0x003E (062)
XREF_KT_FUNC_IoCheckShareAccess, // 0x003F (063)
XREF_KT_VAR__IoCompletionObjectType, // 0x0040 (064)
XREF_KT_FUNC_IoCreateDevice, // 0x0041 (065)
XREF_KT_FUNC_IoCreateFile, // 0x0042 (066)
XREF_KT_FUNC_IoCreateSymbolicLink, // 0x0043 (067)
XREF_KT_FUNC_IoDeleteDevice, // 0x0044 (068)
XREF_KT_FUNC_IoDeleteSymbolicLink, // 0x0045 (069)
XREF_KT_VAR__IoDeviceObjectType, // 0x0046 (070)
XREF_KT_VAR__IoFileObjectType, // 0x0047 (071)
XREF_KT_FUNC_IoFreeIrp, // 0x0048 (072)
XREF_KT_FUNC_IoInitializeIrp, // 0x0049 (073)
XREF_KT_FUNC_IoInvalidDeviceRequest, // 0x004A (074)
XREF_KT_FUNC_IoQueryFileInformation, // 0x004B (075)
XREF_KT_FUNC_IoQueryVolumeInformation, // 0x004C (076)
XREF_KT_FUNC_IoQueueThreadIrp, // 0x004D (077)
XREF_KT_FUNC_IoRemoveShareAccess, // 0x004E (078)
XREF_KT_FUNC_IoSetIoCompletion, // 0x004F (079)
XREF_KT_FUNC_IoSetShareAccess, // 0x0050 (080)
XREF_KT_FUNC_IoStartNextPacket, // 0x0051 (081)
XREF_KT_FUNC_IoStartNextPacketByKey, // 0x0052 (082)
XREF_KT_FUNC_IoStartPacket, // 0x0053 (083)
XREF_KT_FUNC_IoSynchronousDeviceIoControlRequest, // 0x0054 (084)
XREF_KT_FUNC_IoSynchronousFsdRequest, // 0x0055 (085)
XREF_KT_FUNC_IofCallDriver, // 0x0056 (086)
XREF_KT_FUNC_IofCompleteRequest, // 0x0057 (087)
XREF_KT_VAR__KdDebuggerEnabled, // 0x0058 (088)
XREF_KT_VAR__KdDebuggerNotPresent, // 0x0059 (089)
XREF_KT_FUNC_IoDismountVolume, // 0x005A (090)
XREF_KT_FUNC_IoDismountVolumeByName, // 0x005B (091)
XREF_KT_FUNC_KeAlertResumeThread, // 0x005C (092)
XREF_KT_FUNC_KeAlertThread, // 0x005D (093)
XREF_KT_FUNC_KeBoostPriorityThread, // 0x005E (094)
XREF_KT_FUNC_KeBugCheck, // 0x005F (095)
XREF_KT_FUNC_KeBugCheckEx, // 0x0060 (096)
XREF_KT_FUNC_KeCancelTimer, // 0x0061 (097)
XREF_KT_FUNC_KeConnectInterrupt, // 0x0062 (098)
XREF_KT_FUNC_KeDelayExecutionThread, // 0x0063 (099)
XREF_KT_FUNC_KeDisconnectInterrupt, // 0x0064 (100)
XREF_KT_FUNC_KeEnterCriticalRegion, // 0x0065 (101)
XREF_KT_VAR__MmGlobalData, // 0x0066 (102)
XREF_KT_FUNC_KeGetCurrentIrql, // 0x0067 (103)
XREF_KT_FUNC_KeGetCurrentThread, // 0x0068 (104)
XREF_KT_FUNC_KeInitializeApc, // 0x0069 (105)
XREF_KT_FUNC_KeInitializeDeviceQueue, // 0x006A (106)
XREF_KT_FUNC_KeInitializeDpc, // 0x006B (107)
XREF_KT_FUNC_KeInitializeEvent, // 0x006C (108)
XREF_KT_FUNC_KeInitializeInterrupt, // 0x006D (109)
XREF_KT_FUNC_KeInitializeMutant, // 0x006E (110)
XREF_KT_FUNC_KeInitializeQueue, // 0x006F (111)
XREF_KT_FUNC_KeInitializeSemaphore, // 0x0070 (112)
XREF_KT_FUNC_KeInitializeTimerEx, // 0x0071 (113)
XREF_KT_FUNC_KeInsertByKeyDeviceQueue, // 0x0072 (114)
XREF_KT_FUNC_KeInsertDeviceQueue, // 0x0073 (115)
XREF_KT_FUNC_KeInsertHeadQueue, // 0x0074 (116)
XREF_KT_FUNC_KeInsertQueue, // 0x0075 (117)
XREF_KT_FUNC_KeInsertQueueApc, // 0x0076 (118)
XREF_KT_FUNC_KeInsertQueueDpc, // 0x0077 (119)
XREF_KT_VAR__KeInterruptTime, // 0x0078 (120)
XREF_KT_FUNC_KeIsExecutingDpc, // 0x0079 (121)
XREF_KT_FUNC_KeLeaveCriticalRegion, // 0x007A (122)
XREF_KT_FUNC_KePulseEvent, // 0x007B (123)
XREF_KT_FUNC_KeQueryBasePriorityThread, // 0x007C (124)
XREF_KT_FUNC_KeQueryInterruptTime, // 0x007D (125)
XREF_KT_FUNC_KeQueryPerformanceCounter, // 0x007E (126)
XREF_KT_FUNC_KeQueryPerformanceFrequency, // 0x007F (127)
XREF_KT_FUNC_KeQuerySystemTime, // 0x0080 (128)
XREF_KT_FUNC_KeRaiseIrqlToDpcLevel, // 0x0081 (129)
XREF_KT_FUNC_KeRaiseIrqlToSynchLevel, // 0x0082 (130)
XREF_KT_FUNC_KeReleaseMutant, // 0x0083 (131)
XREF_KT_FUNC_KeReleaseSemaphore, // 0x0084 (132)
XREF_KT_FUNC_KeRemoveByKeyDeviceQueue, // 0x0085 (133)
XREF_KT_FUNC_KeRemoveDeviceQueue, // 0x0086 (134)
XREF_KT_FUNC_KeRemoveEntryDeviceQueue, // 0x0087 (135)
XREF_KT_FUNC_KeRemoveQueue, // 0x0088 (136)
XREF_KT_FUNC_KeRemoveQueueDpc, // 0x0089 (137)
XREF_KT_FUNC_KeResetEvent, // 0x008A (138)
XREF_KT_FUNC_KeRestoreFloatingPointState, // 0x008B (139)
XREF_KT_FUNC_KeResumeThread, // 0x008C (140)
XREF_KT_FUNC_KeRundownQueue, // 0x008D (141)
XREF_KT_FUNC_KeSaveFloatingPointState, // 0x008E (142)
XREF_KT_FUNC_KeSetBasePriorityThread, // 0x008F (143)
XREF_KT_FUNC_KeSetDisableBoostThread, // 0x0090 (144)
XREF_KT_FUNC_KeSetEvent, // 0x0091 (145)
XREF_KT_FUNC_KeSetEventBoostPriority, // 0x0092 (146)
XREF_KT_FUNC_KeSetPriorityProcess, // 0x0093 (147)
XREF_KT_FUNC_KeSetPriorityThread, // 0x0094 (148)
XREF_KT_FUNC_KeSetTimer, // 0x0095 (149)
XREF_KT_FUNC_KeSetTimerEx, // 0x0096 (150)
XREF_KT_FUNC_KeStallExecutionProcessor, // 0x0097 (151)
XREF_KT_FUNC_KeSuspendThread, // 0x0098 (152)
XREF_KT_FUNC_KeSynchronizeExecution, // 0x0099 (153)
XREF_KT_VAR__KeSystemTime, // 0x009A (154)
XREF_KT_FUNC_KeTestAlertThread, // 0x009B (155)
XREF_KT_VAR__KeTickCount, // 0x009C (156)
XREF_KT_VAR__KeTimeIncrement, // 0x009D (157)
XREF_KT_FUNC_KeWaitForMultipleObjects, // 0x009E (158)
XREF_KT_FUNC_KeWaitForSingleObject, // 0x009F (159)
XREF_KT_FUNC_KfRaiseIrql, // 0x00A0 (160)
XREF_KT_FUNC_KfLowerIrql, // 0x00A1 (161)
XREF_KT_VAR__KiBugCheckData, // 0x00A2 (162)
XREF_KT_FUNC_KiUnlockDispatcherDatabase, // 0x00A3 (163)
XREF_KT_VAR__LaunchDataPage, // 0x00A4 (164)
XREF_KT_FUNC_MmAllocateContiguousMemory, // 0x00A5 (165)
XREF_KT_FUNC_MmAllocateContiguousMemoryEx, // 0x00A6 (166)
XREF_KT_FUNC_MmAllocateSystemMemory, // 0x00A7 (167)
XREF_KT_FUNC_MmClaimGpuInstanceMemory, // 0x00A8 (168)
XREF_KT_FUNC_MmCreateKernelStack, // 0x00A9 (169)
XREF_KT_FUNC_MmDeleteKernelStack, // 0x00AA (170)
XREF_KT_FUNC_MmFreeContiguousMemory, // 0x00AB (171)
XREF_KT_FUNC_MmFreeSystemMemory, // 0x00AC (172)
XREF_KT_FUNC_MmGetPhysicalAddress, // 0x00AD (173)
XREF_KT_FUNC_MmIsAddressValid, // 0x00AE (174)
XREF_KT_FUNC_MmLockUnlockBufferPages, // 0x00AF (175)
XREF_KT_FUNC_MmLockUnlockPhysicalPage, // 0x00B0 (176)
XREF_KT_FUNC_MmMapIoSpace, // 0x00B1 (177)
XREF_KT_FUNC_MmPersistContiguousMemory, // 0x00B2 (178)
XREF_KT_FUNC_MmQueryAddressProtect, // 0x00B3 (179)
XREF_KT_FUNC_MmQueryAllocationSize, // 0x00B4 (180)
XREF_KT_FUNC_MmQueryStatistics, // 0x00B5 (181)
XREF_KT_FUNC_MmSetAddressProtect, // 0x00B6 (182)
XREF_KT_FUNC_MmUnmapIoSpace, // 0x00B7 (183)
XREF_KT_FUNC_NtAllocateVirtualMemory, // 0x00B8 (184)
XREF_KT_FUNC_NtCancelTimer, // 0x00B9 (185)
XREF_KT_FUNC_NtClearEvent, // 0x00BA (186)
XREF_KT_FUNC_NtClose, // 0x00BB (187)
XREF_KT_FUNC_NtCreateDirectoryObject, // 0x00BC (188)
XREF_KT_FUNC_NtCreateEvent, // 0x00BD (189)
XREF_KT_FUNC_NtCreateFile, // 0x00BE (190)
XREF_KT_FUNC_NtCreateIoCompletion, // 0x00BF (191)
XREF_KT_FUNC_NtCreateMutant, // 0x00C0 (192)
XREF_KT_FUNC_NtCreateSemaphore, // 0x00C1 (193)
XREF_KT_FUNC_NtCreateTimer, // 0x00C2 (194)
XREF_KT_FUNC_NtDeleteFile, // 0x00C3 (195)
XREF_KT_FUNC_NtDeviceIoControlFile, // 0x00C4 (196)
XREF_KT_FUNC_NtDuplicateObject, // 0x00C5 (197)
XREF_KT_FUNC_NtFlushBuffersFile, // 0x00C6 (198)
XREF_KT_FUNC_NtFreeVirtualMemory, // 0x00C7 (199)
XREF_KT_FUNC_NtFsControlFile, // 0x00C8 (200)
XREF_KT_FUNC_NtOpenDirectoryObject, // 0x00C9 (201)
XREF_KT_FUNC_NtOpenFile, // 0x00CA (202)
XREF_KT_FUNC_NtOpenSymbolicLinkObject, // 0x00CB (203)
XREF_KT_FUNC_NtProtectVirtualMemory, // 0x00CC (204)
XREF_KT_FUNC_NtPulseEvent, // 0x00CD (205)
XREF_KT_FUNC_NtQueueApcThread, // 0x00CE (206)
XREF_KT_FUNC_NtQueryDirectoryFile, // 0x00CF (207)
XREF_KT_FUNC_NtQueryDirectoryObject, // 0x00D0 (208)
XREF_KT_FUNC_NtQueryEvent, // 0x00D1 (209)
XREF_KT_FUNC_NtQueryFullAttributesFile, // 0x00D2 (210)
XREF_KT_FUNC_NtQueryInformationFile, // 0x00D3 (211)
XREF_KT_FUNC_NtQueryIoCompletion, // 0x00D4 (212)
XREF_KT_FUNC_NtQueryMutant, // 0x00D5 (213)
XREF_KT_FUNC_NtQuerySemaphore, // 0x00D6 (214)
XREF_KT_FUNC_NtQuerySymbolicLinkObject, // 0x00D7 (215)
XREF_KT_FUNC_NtQueryTimer, // 0x00D8 (216)
XREF_KT_FUNC_NtQueryVirtualMemory, // 0x00D9 (217)
XREF_KT_FUNC_NtQueryVolumeInformationFile, // 0x00DA (218)
XREF_KT_FUNC_NtReadFile, // 0x00DB (219)
XREF_KT_FUNC_NtReadFileScatter, // 0x00DC (220)
XREF_KT_FUNC_NtReleaseMutant, // 0x00DD (221)
XREF_KT_FUNC_NtReleaseSemaphore, // 0x00DE (222)
XREF_KT_FUNC_NtRemoveIoCompletion, // 0x00DF (223)
XREF_KT_FUNC_NtResumeThread, // 0x00E0 (224)
XREF_KT_FUNC_NtSetEvent, // 0x00E1 (225)
XREF_KT_FUNC_NtSetInformationFile, // 0x00E2 (226)
XREF_KT_FUNC_NtSetIoCompletion, // 0x00E3 (227)
XREF_KT_FUNC_NtSetSystemTime, // 0x00E4 (228)
XREF_KT_FUNC_NtSetTimerEx, // 0x00E5 (229)
XREF_KT_FUNC_NtSignalAndWaitForSingleObjectEx, // 0x00E6 (230)
XREF_KT_FUNC_NtSuspendThread, // 0x00E7 (231)
XREF_KT_FUNC_NtUserIoApcDispatcher, // 0x00E8 (232)
XREF_KT_FUNC_NtWaitForSingleObject, // 0x00E9 (233)
XREF_KT_FUNC_NtWaitForSingleObjectEx, // 0x00EA (234)
XREF_KT_FUNC_NtWaitForMultipleObjectsEx, // 0x00EB (235)
XREF_KT_FUNC_NtWriteFile, // 0x00EC (236)
XREF_KT_FUNC_NtWriteFileGather, // 0x00ED (237)
XREF_KT_FUNC_NtYieldExecution, // 0x00EE (238)
XREF_KT_FUNC_ObCreateObject, // 0x00EF (239)
XREF_KT_VAR__ObDirectoryObjectType, // 0x00F0 (240)
XREF_KT_FUNC_ObInsertObject, // 0x00F1 (241)
XREF_KT_FUNC_ObMakeTemporaryObject, // 0x00F2 (242)
XREF_KT_FUNC_ObOpenObjectByName, // 0x00F3 (243)
XREF_KT_FUNC_ObOpenObjectByPointer, // 0x00F4 (244)
XREF_KT_VAR__ObpObjectHandleTable, // 0x00F5 (245)
XREF_KT_FUNC_ObReferenceObjectByHandle, // 0x00F6 (246)
XREF_KT_FUNC_ObReferenceObjectByName, // 0x00F7 (247)
XREF_KT_FUNC_ObReferenceObjectByPointer, // 0x00F8 (248)
XREF_KT_VAR__ObSymbolicLinkObjectType, // 0x00F9 (249)
XREF_KT_FUNC_ObfDereferenceObject, // 0x00FA (250)
XREF_KT_FUNC_ObfReferenceObject, // 0x00FB (251)
XREF_KT_FUNC_PhyGetLinkState, // 0x00FC (252)
XREF_KT_FUNC_PhyInitialize, // 0x00FD (253)
XREF_KT_FUNC_PsCreateSystemThread, // 0x00FE (254)
XREF_KT_FUNC_PsCreateSystemThreadEx, // 0x00FF (255)
XREF_KT_FUNC_PsQueryStatistics, // 0x0100 (256)
XREF_KT_FUNC_PsSetCreateThreadNotifyRoutine, // 0x0101 (257)
XREF_KT_FUNC_PsTerminateSystemThread, // 0x0102 (258)
XREF_KT_VAR__PsThreadObjectType, // 0x0103 (259)
XREF_KT_FUNC_RtlAnsiStringToUnicodeString, // 0x0104 (260)
XREF_KT_FUNC_RtlAppendStringToString, // 0x0105 (261)
XREF_KT_FUNC_RtlAppendUnicodeStringToString, // 0x0106 (262)
XREF_KT_FUNC_RtlAppendUnicodeToString, // 0x0107 (263)
XREF_KT_FUNC_RtlAssert, // 0x0108 (264)
XREF_KT_FUNC_RtlCaptureContext, // 0x0109 (265)
XREF_KT_FUNC_RtlCaptureStackBackTrace, // 0x010A (266)
XREF_KT_FUNC_RtlCharToInteger, // 0x010B (267)
XREF_KT_FUNC_RtlCompareMemory, // 0x010C (268)
XREF_KT_FUNC_RtlCompareMemoryUlong, // 0x010D (269)
XREF_KT_FUNC_RtlCompareString, // 0x010E (270)
XREF_KT_FUNC_RtlCompareUnicodeString, // 0x010F (271)
XREF_KT_FUNC_RtlCopyString, // 0x0110 (272)
XREF_KT_FUNC_RtlCopyUnicodeString, // 0x0111 (273)
XREF_KT_FUNC_RtlCreateUnicodeString, // 0x0112 (274)
XREF_KT_FUNC_RtlDowncaseUnicodeChar, // 0x0113 (275)
XREF_KT_FUNC_RtlDowncaseUnicodeString, // 0x0114 (276)
XREF_KT_FUNC_RtlEnterCriticalSection, // 0x0115 (277)
XREF_KT_FUNC_RtlEnterCriticalSectionAndRegion, // 0x0116 (278)
XREF_KT_FUNC_RtlEqualString, // 0x0117 (279)
XREF_KT_FUNC_RtlEqualUnicodeString, // 0x0118 (280)
XREF_KT_FUNC_RtlExtendedIntegerMultiply, // 0x0119 (281)
XREF_KT_FUNC_RtlExtendedLargeIntegerDivide, // 0x011A (282)
XREF_KT_FUNC_RtlExtendedMagicDivide, // 0x011B (283)
XREF_KT_FUNC_RtlFillMemory, // 0x011C (284)
XREF_KT_FUNC_RtlFillMemoryUlong, // 0x011D (285)
XREF_KT_FUNC_RtlFreeAnsiString, // 0x011E (286)
XREF_KT_FUNC_RtlFreeUnicodeString, // 0x011F (287)
XREF_KT_FUNC_RtlGetCallersAddress, // 0x0120 (288)
XREF_KT_FUNC_RtlInitAnsiString, // 0x0121 (289)
XREF_KT_FUNC_RtlInitUnicodeString, // 0x0122 (290)
XREF_KT_FUNC_RtlInitializeCriticalSection, // 0x0123 (291)
XREF_KT_FUNC_RtlIntegerToChar, // 0x0124 (292)
XREF_KT_FUNC_RtlIntegerToUnicodeString, // 0x0125 (293)
XREF_KT_FUNC_RtlLeaveCriticalSection, // 0x0126 (294)
XREF_KT_FUNC_RtlLeaveCriticalSectionAndRegion, // 0x0127 (295)
XREF_KT_FUNC_RtlLowerChar, // 0x0128 (296)
XREF_KT_FUNC_RtlMapGenericMask, // 0x0129 (297)
XREF_KT_FUNC_RtlMoveMemory, // 0x012A (298)
XREF_KT_FUNC_RtlMultiByteToUnicodeN, // 0x012B (299)
XREF_KT_FUNC_RtlMultiByteToUnicodeSize, // 0x012C (300)
XREF_KT_FUNC_RtlNtStatusToDosError, // 0x012D (301)
XREF_KT_FUNC_RtlRaiseException, // 0x012E (302)
XREF_KT_FUNC_RtlRaiseStatus, // 0x012F (303)
XREF_KT_FUNC_RtlTimeFieldsToTime, // 0x0130 (304)
XREF_KT_FUNC_RtlTimeToTimeFields, // 0x0131 (305)
XREF_KT_FUNC_RtlTryEnterCriticalSection, // 0x0132 (306)
XREF_KT_FUNC_RtlUlongByteSwap, // 0x0133 (307)
XREF_KT_FUNC_RtlUnicodeStringToAnsiString, // 0x0134 (308)
XREF_KT_FUNC_RtlUnicodeStringToInteger, // 0x0135 (309)
XREF_KT_FUNC_RtlUnicodeToMultiByteN, // 0x0136 (310)
XREF_KT_FUNC_RtlUnicodeToMultiByteSize, // 0x0137 (311)
XREF_KT_FUNC_RtlUnwind, // 0x0138 (312)
XREF_KT_FUNC_RtlUpcaseUnicodeChar, // 0x0139 (313)
XREF_KT_FUNC_RtlUpcaseUnicodeString, // 0x013A (314)
XREF_KT_FUNC_RtlUpcaseUnicodeToMultiByteN, // 0x013B (315)
XREF_KT_FUNC_RtlUpperChar, // 0x013C (316)
XREF_KT_FUNC_RtlUpperString, // 0x013D (317)
XREF_KT_FUNC_RtlUshortByteSwap, // 0x013E (318)
XREF_KT_FUNC_RtlWalkFrameChain, // 0x013F (319)
XREF_KT_FUNC_RtlZeroMemory, // 0x0140 (320)
XREF_KT_VAR__XboxEEPROMKey, // 0x0141 (321)
XREF_KT_VAR__XboxHardwareInfo, // 0x0142 (322)
XREF_KT_VAR__XboxHDKey, // 0x0143 (323)
XREF_KT_VAR__XboxKrnlVersion, // 0x0144 (324)
XREF_KT_VAR__XboxSignatureKey, // 0x0145 (325)
XREF_KT_VAR__XeImageFileName, // 0x0146 (326)
XREF_KT_FUNC_XeLoadSection, // 0x0147 (327)
XREF_KT_FUNC_XeUnloadSection, // 0x0148 (328)
XREF_KT_FUNC_PortBufferRead_uint8, // 0x0149 (329)
XREF_KT_FUNC_PortBufferRead_uint16, // 0x014A (330)
XREF_KT_FUNC_PortBufferRead_uint32, // 0x014B (331)
XREF_KT_FUNC_PortBufferWrite_uint8, // 0x014C (332)
XREF_KT_FUNC_PortBufferWrite_uint16, // 0x014D (333)
XREF_KT_FUNC_PortBufferWrite_uint32, // 0x014E (334)
XREF_KT_FUNC_XcSHAInit, // 0x014F (335)
XREF_KT_FUNC_XcSHAUpdate, // 0x0150 (336)
XREF_KT_FUNC_XcSHAFinal, // 0x0151 (337)
XREF_KT_FUNC_XcRC4Key, // 0x0152 (338)
XREF_KT_FUNC_XcRC4Crypt, // 0x0153 (339)
XREF_KT_FUNC_XcHMAC, // 0x0154 (340)
XREF_KT_FUNC_XcPKEncPublic, // 0x0155 (341)
XREF_KT_FUNC_XcPKDecPrivate, // 0x0156 (342)
XREF_KT_FUNC_XcPKGetKeyLen, // 0x0157 (343)
XREF_KT_FUNC_XcVerifyPKCS1Signature, // 0x0158 (344)
XREF_KT_FUNC_XcModExp, // 0x0159 (345)
XREF_KT_FUNC_XcDESKeyParity, // 0x015A (346)
XREF_KT_FUNC_XcKeyTable, // 0x015B (347)
XREF_KT_FUNC_XcBlockCrypt, // 0x015C (348)
XREF_KT_FUNC_XcBlockCryptCBC, // 0x015D (349)
XREF_KT_FUNC_XcCryptService, // 0x015E (350)
XREF_KT_FUNC_XcUpdateCrypto, // 0x015F (351)
XREF_KT_FUNC_RtlRip, // 0x0160 (352)
XREF_KT_VAR__XboxLANKey, // 0x0161 (353)
XREF_KT_VAR__XboxAlternateSignatureKeys, // 0x0162 (354)
XREF_KT_VAR__XePublicKeyData, // 0x0163 (355)
XREF_KT_VAR__HalBootSMCVideoMode, // 0x0164 (356)
XREF_KT_VAR__IdexChannelObject, // 0x0165 (357)
XREF_KT_FUNC_HalIsResetOrShutdownPending, // 0x0166 (358)
XREF_KT_FUNC_IoMarkIrpMustComplete, // 0x0167 (359)
XREF_KT_FUNC_HalInitiateShutdown, // 0x0168 (360)
XREF_KT_FUNC_RtlSnprintf, // 0x0169 (361)
XREF_KT_FUNC_RtlSprintf, // 0x016A (362)
XREF_KT_FUNC_RtlVsnprintf, // 0x016B (363)
XREF_KT_FUNC_RtlVsprintf, // 0x016C (364)
XREF_KT_FUNC_HalEnableSecureTrayEject, // 0x016D (365)
XREF_KT_FUNC_HalWriteSMCScratchRegister, // 0x016E (366)
XREF_KT_FUNC_UnknownAPI367, // 0x016F (367)
XREF_KT_FUNC_UnknownAPI368, // 0x0170 (368)
XREF_KT_FUNC_UnknownAPI369, // 0x0171 (369)
XREF_KT_FUNC_XProfpControl, // 0x0172 (370) PROFILING
XREF_KT_FUNC_XProfpGetData, // 0x0173 (371) PROFILING
XREF_KT_FUNC_IrtClientInitFast, // 0x0174 (372) PROFILING
XREF_KT_FUNC_IrtSweep, // 0x0175 (373) PROFILING
XREF_KT_FUNC_MmDbgAllocateMemory, // 0x0176 (374) DEVKIT ONLY!
XREF_KT_FUNC_MmDbgFreeMemory, // 0x0177 (375) DEVKIT ONLY!
XREF_KT_FUNC_MmDbgQueryAvailablePages, // 0x0178 (376) DEVKIT ONLY!
XREF_KT_FUNC_MmDbgReleaseAddress, // 0x0179 (377) DEVKIT ONLY!
XREF_KT_FUNC_MmDbgWriteCheck, // 0x017A (378) DEVKIT ONLY!
XREF_KT_COUNT,
// END - DO NOT REARRANGE (kernel thunk)
// D3D variable addresses
XREF_D3DDEVICE=XREF_KT_COUNT, // initially set to XREF_ADDR_DERIVE // TODO : Rename to XREF_D3D__PDEVICE or something? // NOTE: There is such thing as D3D__DEVICE except it is at different address.
XREF_D3DRS_CULLMODE, // initially set to XREF_ADDR_DERIVE
//XREF_D3DRS_MULTISAMPLEMODE, // Avoid; It replaced to X_D3DRS_MULTISAMPLETYPE around XDK 4361
XREF_D3DRS_MULTISAMPLERENDERTARGETMODE, // initially set to XREF_ADDR_DERIVE
XREF_D3DRS_ROPZCMPALWAYSREAD, // initially set to XREF_ADDR_DERIVE
XREF_D3DRS_ROPZREAD, // initially set to XREF_ADDR_DERIVE
XREF_D3DRS_DONOTCULLUNCOMPRESSED, // initially set to XREF_ADDR_DERIVE
XREF_D3DRS_STENCILCULLENABLE, // initially set to XREF_ADDR_DERIVE
XREF_D3DTSS_TEXCOORDINDEX, // initially set to XREF_ADDR_DERIVE
XREF_G_STREAM, // initially set to XREF_ADDR_DERIVE
// Offsets :
XREF_OFFSET_D3DDEVICE_M_PIXELSHADER, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_TEXTURES, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_PALETTES, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_RENDERTARGET, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_DEPTHSTENCIL, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_VERTICALBLANKEVENT, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_SWAPCALLBACK, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_VBLANKCALLBACK, // initially set to XREF_ADDR_DERIVE
XREF_OFFSET_D3DDEVICE_M_VERTEXSHADER, // initially set to XREF_ADDR_DERIVE
// DSOUND variable addresses
XREF_DSS_VOICE_VTABLE,
XREF_DSS_STREAM_VTABLE,
// Functions
XREF_D3DDevice_SetRenderState_CullMode,
XREF_D3DRS_STENCILENABLE,
XREF_D3DRS_TWOSIDEDLIGHTING,
XREF_D3DRS_BACKFILLMODE,
XREF_D3DRS_FILLMODE,
XREF_D3DRS_ZBIAS,
XREF_D3DRS_LOGICOP,
XREF_D3DRS_MULTISAMPLEANTIALIAS,
XREF_D3DRS_SAMPLEALPHA,
XREF_D3DRS_LINEWIDTH,
XREF_D3DRS_MULTISAMPLEMASK,
XREF_D3DRS_DXT1NOISEENABLE,
XREF_D3DRS_YUVENABLE,
XREF_D3DRS_OCCLUSIONCULLENABLE,
XREF_D3DRS_MULTISAMPLEMODE,
XREF_D3DDevice_SetLight,
XREF_D3DDevice_LazySetStateVB,
XREF_D3D_BlockOnResource,
XREF_D3D_BlockOnTime,
XREF_D3D_CreateStandAloneSurface,
XREF_D3D_DestroyResource,
XREF_D3D_SetFence,
XREF_D3D_SetTileNoWait,
XREF_D3D_KickOffAndWaitForIdle,
XREF_D3D_MakeRequestedSpace,
XREF_D3D_CDevice_KickOff,
XREF_D3D_CDevice_MakeSpace,
XREF_D3DPalette_Lock2,
XREF_D3DTexture_GetSurfaceLevel2,
XREF_D3DDevice_BlockUntilVerticalBlank,
XREF_D3DDevice_CreatePalette2,
XREF_D3DDevice_CreateIndexBuffer2,
XREF_D3DDevice_CreateTexture2,
XREF_D3DDevice_CreateVertexBuffer2,
XREF_D3DDevice_GetBackBuffer2,
XREF_D3DDevice_GetDepthStencilSurface2,
XREF_D3DDevice_GetRenderTarget2,
XREF_D3DDevice_SetRenderTarget,
XREF_D3DDevice_MakeSpace,
XREF_D3DDevice_SetRenderState_Simple,
XREF_D3DDevice_SetRenderStateNotInline,
XREF_D3DDevice_SetVertexShaderConstant1,
XREF_D3DDevice_SetVertexShaderConstant4,
XREF_D3DResource_AddRef,
XREF_D3DVertexBuffer_Lock2,
XREF_XMETAL_StartPush,
XREF_XnInit,
XREF_XID_fCloseDevice,
XREF_D3D_ClearStateBlockFlags,
XREF_D3D_RecordStateBlock,
XREF_Lock2DSurface,
XREF_Lock3DSurface,
// DSOUND
XREF_CDirectSound3DCalculator_Calculate3D,
XREF_CDirectSound3DCalculator_GetMixBinVolumes,
XREF_CDirectSound3DCalculator_GetPanData,
XREF_CDirectSound3DCalculator_GetVoiceData,
XREF_CDirectSoundBuffer_GetCurrentPosition,
XREF_CDirectSoundBuffer_GetStatus,
XREF_CDirectSoundBuffer_GetVoiceProperties,
XREF_CDirectSoundBuffer_Lock,
XREF_CDirectSoundBuffer_Pause,
XREF_CDirectSoundBuffer_PauseEx,
XREF_CDirectSoundBuffer_Play,
XREF_CDirectSoundBuffer_PlayEx,
XREF_CDirectSoundBuffer_Set3DVoiceData,
XREF_CDirectSoundBuffer_SetAllParameters,
XREF_CDirectSoundBuffer_SetBufferData,
XREF_CDirectSoundBuffer_SetConeAngles,
XREF_CDirectSoundBuffer_SetConeOrientation,
XREF_CDirectSoundBuffer_SetConeOutsideVolume,
XREF_CDirectSoundBuffer_SetCurrentPosition,
XREF_CDirectSoundBuffer_SetDistanceFactor,
XREF_CDirectSoundBuffer_SetDopplerFactor,
XREF_CDirectSoundBuffer_SetEG,
XREF_CDirectSoundBuffer_SetFilter,
XREF_CDirectSoundBuffer_SetFormat,
XREF_CDirectSoundBuffer_SetFrequency,
XREF_CDirectSoundBuffer_SetHeadroom,
XREF_CDirectSoundBuffer_SetI3DL2Source,
XREF_CDirectSoundBuffer_SetLFO,
XREF_CDirectSoundBuffer_SetLoopRegion,
XREF_CDirectSoundBuffer_SetMaxDistance,
XREF_CDirectSoundBuffer_SetMinDistance,
XREF_CDirectSoundBuffer_SetMixBins,
XREF_CDirectSoundBuffer_SetMixBinVolumes,
XREF_CDirectSoundBuffer_SetMode,
XREF_CDirectSoundBuffer_SetNotificationPositions,
XREF_CDirectSoundBuffer_SetOutputBuffer,
XREF_CDirectSoundBuffer_SetPitch,
XREF_CDirectSoundBuffer_SetPlayRegion,
XREF_CDirectSoundBuffer_SetPosition,
XREF_CDirectSoundBuffer_SetRolloffCurve,
XREF_CDirectSoundBuffer_SetRolloffFactor,
XREF_CDirectSoundBuffer_SetVelocity,
XREF_CDirectSoundBuffer_SetVolume,
XREF_CDirectSoundBuffer_Stop,
XREF_CDirectSoundBuffer_StopEx,
XREF_CDirectSoundBuffer_Use3DVoiceData,
XREF_CDirectSoundStream_AddRef,
XREF_CDirectSoundStream_Constructor,
XREF_CDirectSoundStream_FlushEx,
XREF_CDirectSoundStream_GetVoiceProperties,
XREF_CDirectSoundStream_Pause,
XREF_CDirectSoundStream_PauseEx,
XREF_CDirectSoundStream_Release,
XREF_CDirectSoundStream_Set3DVoiceData,
XREF_CDirectSoundStream_SetAllParameters,
XREF_CDirectSoundStream_SetConeAngles,
XREF_CDirectSoundStream_SetConeOrientation,
XREF_CDirectSoundStream_SetConeOutsideVolume,
XREF_CDirectSoundStream_SetDistanceFactor,
XREF_CDirectSoundStream_SetDopplerFactor,
XREF_CDirectSoundStream_SetEG,
XREF_CDirectSoundStream_SetFilter,
XREF_CDirectSoundStream_SetFormat,
XREF_CDirectSoundStream_SetFrequency,
XREF_CDirectSoundStream_SetHeadroom,
XREF_CDirectSoundStream_SetI3DL2Source,
XREF_CDirectSoundStream_SetLFO,
XREF_CDirectSoundStream_SetMaxDistance,
XREF_CDirectSoundStream_SetMinDistance,
XREF_CDirectSoundStream_SetMixBins,
XREF_CDirectSoundStream_SetMixBinVolumes_12,
XREF_CDirectSoundStream_SetMixBinVolumes_8,
XREF_CDirectSoundStream_SetMode,
XREF_CDirectSoundStream_SetOutputBuffer,
XREF_CDirectSoundStream_SetPitch,
XREF_CDirectSoundStream_SetPosition,
XREF_CDirectSoundStream_SetRolloffCurve,
XREF_CDirectSoundStream_SetRolloffFactor,
XREF_CDirectSoundStream_SetVelocity,
XREF_CDirectSoundStream_SetVolume,
XREF_CDirectSoundStream_Use3DVoiceData,
XREF_CDirectSoundVoiceSettings_SetMixBins,
XREF_CDirectSoundVoiceSettings_SetMixBinVolumes,
XREF_CDirectSoundVoice_CommitDeferredSettings,
XREF_CDirectSoundVoice_GetVoiceProperties,
XREF_CDirectSoundVoice_Set3DVoiceData,
XREF_CDirectSoundVoice_SetAllParameters,
XREF_CDirectSoundVoice_SetConeAngles,
XREF_CDirectSoundVoice_SetConeOrientation,
XREF_CDirectSoundVoice_SetConeOutsideVolume,
XREF_CDirectSoundVoice_SetDistanceFactor,
XREF_CDirectSoundVoice_SetDopplerFactor,
XREF_CDirectSoundVoice_SetEG,
XREF_CDirectSoundVoice_SetFilter,
XREF_CDirectSoundVoice_SetFormat,
XREF_CDirectSoundVoice_SetFrequency,
XREF_CDirectSoundVoice_SetHeadroom,
XREF_CDirectSoundVoice_SetI3DL2Source,
XREF_CDirectSoundVoice_SetLFO,
XREF_CDirectSoundVoice_SetMaxDistance,
XREF_CDirectSoundVoice_SetMinDistance,
XREF_CDirectSoundVoice_SetMixBins,
XREF_CDirectSoundVoice_SetMixBinVolumes,
XREF_CDirectSoundVoice_SetMode,
XREF_CDirectSoundVoice_SetOutputBuffer,
XREF_CDirectSoundVoice_SetPitch,
XREF_CDirectSoundVoice_SetPosition,
XREF_CDirectSoundVoice_SetRolloffCurve,
XREF_CDirectSoundVoice_SetRolloffFactor,
XREF_CDirectSoundVoice_SetVelocity,
XREF_CDirectSoundVoice_SetVolume,
XREF_CDirectSoundVoice_Use3DVoiceData,
XREF_CDirectSound_CommitDeferredSettings,
XREF_CDirectSound_CommitEffectData,
XREF_CDirectSound_CreateSoundBuffer,
XREF_CDirectSound_CreateSoundStream,
XREF_CDirectSound_DownloadEffectsImage,
XREF_CDirectSound_DoWork,
XREF_CDirectSound_EnableHeadphones,
XREF_CDirectSound_GetCaps,
XREF_CDirectSound_GetEffectData,
XREF_CDirectSound_GetOutputLevels,
XREF_CDirectSound_GetSpeakerConfig,
XREF_CDirectSound_GetTime,
XREF_CDirectSound_MapBufferData,
XREF_CDirectSound_SetAllParameters,
XREF_CDirectSound_SetDistanceFactor,
XREF_CDirectSound_SetDopplerFactor,
XREF_CDirectSound_SetEffectData,
XREF_CDirectSound_SetI3DL2Listener,
XREF_CDirectSound_SetMixBinHeadroom,
XREF_CDirectSound_SetOrientation,
XREF_CDirectSound_SetPosition,
XREF_CDirectSound_SetRolloffFactor,
XREF_CDirectSound_SetVelocity,
XREF_CDirectSound_SynchPlayback,
XREF_CDirectSound_UnmapBufferData,
XREF_CFullHRTFSource_GetCenterVolume,
XREF_CLightHRTFSource_GetCenterVolume,
XREF_CFullHrtfSource_GetHrtfFilterPair,
XREF_CHrtfSource_SetAlgorithm_FullHrtf,
XREF_CHrtfSource_SetAlgorithm_LightHrtf,
XREF_CHRTFSource_SetFullHRTF4Channel,
XREF_CHRTFSource_SetFullHRTF5Channel,
XREF_CHRTFSource_SetLightHRTF4Channel,
XREF_CHRTFSource_SetLightHRTF5Channel,
XREF_CLightHrtfSource_GetHrtfFilterPair,
XREF_CMcpxAPU_Commit3dSettings,
XREF_CMcpxAPU_ServiceDeferredCommandsLow,
XREF_CMcpxAPU_Set3dDistanceFactor,
XREF_CMcpxAPU_Set3dDopplerFactor,
XREF_CMcpxAPU_Set3dParameters,
XREF_CMcpxAPU_Set3dPosition,
XREF_CMcpxAPU_Set3dRolloffFactor,
XREF_CMcpxAPU_Set3dVelocity,
XREF_CMcpxAPU_SetI3DL2Listener,
XREF_CMcpxAPU_SetMixBinHeadroom,
XREF_CMcpxAPU_SynchPlayback,
XREF_CDirectSoundBufferSettings_SetBufferData,
XREF_CMcpxBuffer_GetCurrentPosition,
XREF_CMcpxBuffer_GetStatus,
XREF_CMcpxBuffer_Pause,
XREF_CMcpxBuffer_Pause_Ex,
XREF_CMcpxBuffer_Play,
XREF_CMcpxBuffer_Play_Ex,
XREF_CMcpxBuffer_SetBufferData,
XREF_CMcpxBuffer_SetCurrentPosition,
XREF_CMcpxBuffer_Stop,
XREF_CMcpxBuffer_Stop_Ex,
XREF_CMcpxStream_Discontinuity,
XREF_CMcpxStream_Flush,
XREF_CMcpxStream_GetStatus,
XREF_CMcpxStream_Pause,
XREF_CMcpxStream_Pause_Ex,
XREF_CMcpxStream_Stop,
XREF_CMcpxStream_Stop_Ex,
XREF_CMcpxVoiceClient_Commit3dSettings,
XREF_CMcpxVoiceClient_GetVoiceProperties,
XREF_CMcpxVoiceClient_Set3dConeOrientation,
XREF_CMcpxVoiceClient_Set3dConeOutsideVolume,
XREF_CMcpxVoiceClient_Set3dMaxDistance,
XREF_CMcpxVoiceClient_Set3dMinDistance,
XREF_CMcpxVoiceClient_Set3dMode,
XREF_CMcpxVoiceClient_Set3dParameters,
XREF_CMcpxVoiceClient_Set3dPosition,
XREF_CMcpxVoiceClient_Set3dVelocity,
XREF_CMcpxVoiceClient_SetEG,
XREF_CMcpxVoiceClient_SetFilter,
XREF_CMcpxVoiceClient_SetI3DL2Source,
XREF_CMcpxVoiceClient_SetLFO,
XREF_CMcpxVoiceClient_SetMixBins,
XREF_CMcpxVoiceClient_SetPitch,
XREF_CMcpxVoiceClient_SetVolume,
XREF_CSensaura3d_GetFullHRTFFilterPair,
XREF_CSensaura3d_GetLiteHRTFFilterPair,
XREF_D3D_CommonSetRenderTarget,
XREF_DirectSoundEnterCriticalSection,
XREF_DSound_CRefCount_AddRef,
XREF_DSound_CRefCount_Release,
XREF_IDirectSound_CreateSoundBuffer,
XREF_IDirectSound_CreateSoundStream,
XREF_WaveFormat_CreateXboxAdpcmFormat,
XREF_XAudioCalculatePitch,
// XACT
// +s
XREF_XACT_CEngine_RegisterWaveBank,
XREF_XACT_CEngine_RegisterStreamedWaveBank,
XREF_XACT_CEngine_CreateSoundBank,
XREF_XACT_CEngine_DownloadEffectsImage,
XREF_XACT_CEngine_CreateSoundSource,
XREF_XACT_CSoundBank_GetSoundCueIndexFromFriendlyName,
XREF_XACT_CSoundBank_Play,
XREF_XACT_CEngine_RegisterNotification,
XREF_XACT_CEngine_GetNotification,
XREF_XACT_CEngine_UnRegisterWaveBank,
// XONLINE
// +s
XREF_XoUpdateLaunchNewImageInternal,
XREF_CXo_XOnlineLogon,
// XAPI
XREF_XAPI_GetTypeInformation,
// JVS
XREF_JVS_SendCommand_String,
XREF_JvsBACKUP_Read_String,
XREF_JvsBACKUP_Write_String,
XREF_JvsEEPROM_Read_String,
XREF_JvsEEPROM_Write_String,
XREF_JvsFirmwareDownload_String,
XREF_JvsFirmwareUpload_String,
XREF_JvsNodeReceivePacket_String,
XREF_JvsNodeSendPacket_String,
XREF_JvsRTC_Read_String,
XREF_JvsRTC_Write_String,
XREF_JvsScFirmwareDownload_String,
XREF_JvsScFirmwareUpload_String,
XREF_JvsScReceiveMidi_String,
XREF_JvsScReceiveRs323c_String,
XREF_JvsScSendMidi_String,
XREF_JvsScSendRs323c_String,
XREF_COUNT // XREF_COUNT must always be last.
// Also, if XREF_COUNT > sizeof(uint16), enlarge struct OOVPA.XRefSaveIndex (and Value somehow)
} XRefDatabaseOffset;
#define XREF_ADDR_UNDETERMINED -1
#define XREF_ADDR_NOT_FOUND ((void*)0)
#define XREF_ADDR_DERIVE 1
typedef enum _xb_output_message {
XB_OUTPUT_MESSAGE_DEBUG=0,
XB_OUTPUT_MESSAGE_INFO,
XB_OUTPUT_MESSAGE_WARN,
XB_OUTPUT_MESSAGE_ERROR,
// Only for internal usage.
XB_OUTPUT_MESSAGE_MAX
} xb_output_message;
typedef enum _xb_xbe_type {
XB_XBE_TYPE_RETAIL=0,
XB_XBE_TYPE_DEBUG,
XB_XBE_TYPE_CHIHIRO,
// Only for internal usage.
XB_XBE_TYPE_MAX
} xb_xbe_type;
const uint32_t XB_XOR_KT[] = {
0x5B6D40B6, // Kernel Thunk (Retail)
0xEFB1F152, // Kernel Thunk (Debug)
0x2290059D // Kernel Thunk (Chihiro)
};
static const char* xbe_type_str[XB_XBE_TYPE_MAX] = {
"RETAIL",
"DEBUG",
"CHIHIRO"
};
#ifndef xbaddr
typedef uint32_t xbaddr;
#endif
typedef struct _XbSDBLibrary {
uint16_t build_version;
uint16_t qfe_version;
uint32_t flag;
char name[8];
} XbSDBLibrary;
typedef struct _XbSDBLibraryHeader {
unsigned int count;
XbSDBLibrary* filters;
} XbSDBLibraryHeader;
typedef struct _XbSDBSection {
// These three variables must be fixed info.
char name[8];
uint32_t xb_virt_addr;
uint32_t buffer_size;
void* buffer_lower;
} XbSDBSection;
typedef struct _XbSDBSectionHeader {
unsigned int count;
XbSDBSection* filters;
} XbSDBSectionHeader;
typedef void* XbSymbolContextHandle;
// ******************************************************************
// * API functions to use with other projects.
// ******************************************************************
/// <summary>
/// Return value is only useful to prevent re-cache the file every time. It does not taken existing functions into account.
/// </summary>
/// <returns>Return a version of current library database.</returns>
unsigned int XbSymbolDatabase_LibraryVersion();
/// <summary>
/// Register one or more library to be scan instead of whole database for optimize performance.
/// <param name="library_filter">See defined prefix of XbSymbolLib_ above to choose one or more library you wish to scan.</param>
/// </summary>
/// <returns>Return true if success, or else will return false for invalid parameter.</returns>
bool XbSymbolContext_RegisterLibrary(XbSymbolContextHandle pHandle, uint32_t library_filter);
/// <summary>
/// To register any detected symbol name with address and build version back to third-party program.
/// NOTE: Be aware of library name will be varity since some libraries are detecting in other sections as well.
/// </summary>
/// <param name="library_str">Name of the library in string.</param>
typedef void(*xb_output_message_t)(xb_output_message message_flag, const char* message_str);
/// <summary>
/// For output a message to a program when have information to be output.
/// </summary>
/// <param name="message_func">Set output message to a function.</param>
void XbSymbolDatabase_SetOutputMessage(xb_output_message_t message_func);
/// <summary>
/// To register any detected symbol name with address and build version back to third-party program.
/// NOTE: Be aware of library name will be varity since some libraries are detecting in other sections as well.
/// </summary>
/// <param name="library_str">Name of the library in string.</param>
/// <param name="library_flag">Name of the library in flag.</param>
/// <param name="symbol_str">Name of the library in symbol string.</param>
/// <param name="address">Return xbox's virtual address.</param>
/// <param name="build_verison">Found with specific build verison.</param>
typedef void (*xb_symbol_register_t)(const char* library_str, uint32_t library_flag, const char* symbol_str, xbaddr address, uint32_t build_verison);
/// <summary>
/// DEPRECATED: To scan symbols in memory of raw xbe or host's virtual xbox environment.
/// </summary>
/// <param name="xb_header_addr">Starting point of xbox header address.</param>
/// <param name="register_func">Callback register function to be call for any detected symbols.</param>
/// <param name="is_raw">True: Full scan of raw xbe; False: Scan only loaded sections.</param>
/// <returns>Only return false if something is not valid.</returns>
bool XbSymbolScan(const void* xb_header_addr, xb_symbol_register_t register_func, bool is_raw);
/// <summary>
/// To convert library name string into flag format.
/// </summary>
/// <param name="library_name">Input library name string.</param>
/// <returns>Return 0 if does not in the database. Otherwise will return flag value.</returns>
uint32_t XbSymbolDatabase_LibraryToFlag(const char* library_name);
/// <summary>
/// (Debug feature) By calling it will perform a self test for duplicate OOVPAs. (May will change at any time.)
/// </summary>
/// <returns>Return total count of errors.</returns>
unsigned int XbSymbolDatabase_TestOOVPAs();
/// <summary>
/// (Debug feature) Set to true will perform full range of OOVPAs registered in current database.
/// Or stop at xbe's build version detected.
/// </summary>
/// <param name="bypass_limit">Input boolean to either bypass or enable the build version limit.</param>
void XbSymbolContext_SetBypassBuildVersionLimit(XbSymbolContextHandle pHandle, bool bypass_limit);
/// <summary>
/// To set verbose level can be output message.
/// By default, release build is set to info+ level and debug build is set to debug+ level.
/// </summary>
/// <param name="verbose_level">See xb_output_message enum for list of options.</param>
/// <returns>True: Successful set. False: Invalid input value.</returns>
bool XbSymbolDatabase_SetOutputVerbosity(xb_output_message verbose_level);
/// <summary>
/// (Debug feature) Set to true will continue the same signature scan after first detected.
/// </summary>
/// <param name="enable">Input boolean to either continue with the signature scan after first symbol found or not.</param>
void XbSymbolContext_SetContinuousSigScan(XbSymbolContextHandle pHandle, bool enable);
/// <summary>
/// (Debug feature) Set to true will register first detected address only.
/// This function can be used if XbSymbolContext_SetContinuousSigScan is set to true.
/// </summary>
/// <param name="enable">Input boolean to use first symbol address only or not.</param>
void XbSymbolContext_SetFirstDetectAddressOnly(XbSymbolContextHandle pHandle, bool enable);
/// <summary>
/// Step 1: Generate library array for LibraryHeader input.
/// First call with <paramref name="library_out"/> as null pointer will return total count. Then second call will insert information to <paramref name="library_out"/>.filters field.
/// </summary>
/// <param name="xb_header_addr">Input pointer to xbox pe header.</param>
/// <param name="library_out">Input null pointer will provide the count to allocate memory for library_out.filters field. Otherwise, information will be input to library_out.filters field.</param>
/// <returns>Return total library found can be use in scan process.</returns>
unsigned int XbSymbolDatabase_GenerateLibraryFilter(const void* xb_header_addr, XbSDBLibraryHeader* library_out);
/// <summary>
/// Step 2: Generate section array for SectionHeader input.
/// First call with <paramref name="section_out"/> as null pointer will return total count. Then second call will insert information to <paramref name="section_out"/>.filters field.
/// </summary>
/// <param name="xb_header_addr">Input pointer to xbox pe header.</param>
/// <param name="section_out">Input null pointer will provide the count to allocate memory, then allocate memory to section_out.filters field.</param>
/// <param name="is_raw">True: Convert array to use raw xbe's relative address; False: Convert array to use xbox virtual memory relative address.</param>
/// <returns>Return total sections found can be use in scan process.</returns>
unsigned int XbSymbolDatabase_GenerateSectionFilter(const void* xb_header_addr, XbSDBSectionHeader* section_out, bool is_raw);
/// <summary>
/// Step 3: Get Xbox kernel thunk address.
/// </summary>
/// <param name="xb_header_addr">Input pointer to xbox pe header.</param>
/// <returns>Return kernel thunk address. NOTE: This function may not return valid address.</returns>
xbaddr XbSymbolDatabase_GetKernelThunkAddress(const void* xb_header_addr);
/// <summary>
/// Step 4: Create XbSymbolContextHandle context for the scan process.
/// </summary>
/// <param name="ppHandle">Output XbSymbolContextHandle handler.</param>
/// <param name="register_func">Register callback function for any detected symbols during scan process.</param>
/// <param name="library_input">See XbSymbolDatabase_GenerateLibraryFilter for details.</param>
/// <param name="section_input">See XbSymbolDatabase_GenerateSectionFilter for details.</param>
/// <param name="kernel_thunk">Input decoded virtual kernel thunk.</param>
/// <returns>Return true if context handle's creation is a success.</returns>
bool XbSymbolDatabase_CreateXbSymbolContext(XbSymbolContextHandle* ppHandle, xb_symbol_register_t register_func, XbSDBLibraryHeader library_input, XbSDBSectionHeader section_input, xbaddr kernel_thunk);
/// <summary>
/// Step 5: Perform a manual scan to set references, XRefDatabaseOffset, manually by requirement.
/// </summary>
/// <param name="pHandle">Input XbSymbolContextHandle handler.</param>
void XbSymbolContext_ScanManual(XbSymbolContextHandle pHandle);