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windows-nt/Source/XPSP1/NT/shell/ext/hnw/win95/setupx3.h

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//**********************************************************************
//
// SETUPX.H
//
// Copyright (c) 1993 - Microsoft Corp.
// All rights reserved.
// Microsoft Confidential
//
// Public include file for Chicago Setup services.
//
//**********************************************************************
#ifndef SETUPX_INC
#define SETUPX_INC 1 // SETUPX.H signature
/***************************************************************************/
// setup PropertySheet support
// NOTE: Always include PRST.H because it is needed later for Class Installer
// stuff, and optionally define the SU prop sheet stuff.
/***************************************************************************/
#include <prsht.h>
#ifndef NOPRSHT
HPROPSHEETPAGE WINAPI SUCreatePropertySheetPage(LPCPROPSHEETPAGE lppsp);
BOOL WINAPI SUDestroyPropertySheetPage(HPROPSHEETPAGE hPage);
int WINAPI SUPropertySheet(LPCPROPSHEETHEADER lppsh);
#endif // NOPRSHT
typedef UINT RETERR; // Return Error code type.
#define OK 0 // success error code
#define IP_ERROR (100) // Inf parsing
#define TP_ERROR (200) // Text processing module
#define VCP_ERROR (300) // Virtual copy module
#define GEN_ERROR (400) // Generic Installer
#define DI_ERROR (500) // Device Installer
// err2ids mappings
enum ERR_MAPPINGS {
E2I_VCPM, // Maps VCPM to strings
E2I_SETUPX, // Maps setupx returns to strings
E2I_SETUPX_MODULE, // Maps setupx returns to appropriate module
E2I_DOS_SOLUTION, // Maps DOS Extended errors to solutions
E2I_DOS_REASON, // Maps DOS extended errors to strings.
E2I_DOS_MEDIA, // Maps DOS extended errors to media icon.
};
#ifndef NOVCP
/***************************************************************************/
//
// Logical Disk ID definitions
//
/***************************************************************************/
// DECLARE_HANDLE(VHSTR); /* VHSTR = VirtCopy Handle to STRing */
typedef UINT VHSTR; /* VirtCopy Handle to String */
VHSTR WINAPI vsmStringAdd(LPCSTR lpszName);
int WINAPI vsmStringDelete(VHSTR vhstr);
VHSTR WINAPI vsmStringFind(LPCSTR lpszName);
int WINAPI vsmGetStringName(VHSTR vhstr, LPSTR lpszBuffer, int cbBuffer);
int WINAPI vsmStringCompare(VHSTR vhstrA, VHSTR vhstrB);
LPCSTR WINAPI vsmGetStringRawName(VHSTR vhstr);
void WINAPI vsmStringCompact(void);
typedef UINT LOGDISKID; /* ldid */
// Logical Disk Descriptor: Structure which describes the physical attributes
// of a logical disk. Every logical disk is assigned a logical disk
// identifier (LDID), and is described by a logical disk descriptor (LDD).
//
// The cbSize structure member must always be set to sizeof(LOGDISKDESC_S),
// but all other unused structure members should be NULL or 0. No validation
// is performed on the size of string arrays; all string pointers, if
// non-NULL and they are to receive a string, must point at string arrays
// whose sizes are as follows:
// sizeof( szPath ) = MAX_PATH_LEN
// sizeof( szVolLabel) = MAX_FILENAME_LEN
// sizeof( szName ) = MAX_STRING_LEN
#define MAX_PATH_LEN 260 // Max. path length.
#define MAX_FILENAME_LEN 20 // Max. filename length. ( > sizeof( "x:\\12345678.123" )
typedef struct _LOGDISKDESC_S { /* ldd */
WORD cbSize; // Size of this structure (bytes)
LOGDISKID ldid; // Logical Disk ID.
LPSTR pszPath; // Ptr. to associated Path string.
LPSTR pszVolLabel; // Ptr. to Volume Label string.
LPSTR pszDiskName; // Ptr. to Disk Name string.
WORD wVolTime; // Volume label modification time.
WORD wVolDate; // Volume label modification date.
DWORD dwSerNum; // Disk serial number.
WORD wFlags; // Flags.
} LOGDISKDESC_S, FAR *LPLOGDISKDESC;
// Range for pre-defined LDIDs.
#define LDID_PREDEF_START 0x0001 // Start of range
#define LDID_PREDEF_END 0x7FFF // End of range
// Range for dynamically assigned LDIDs.
#define LDID_ASSIGN_START 0x8000 // Start of range
#define LDID_ASSIGN_END 0xBFFF // End of range
// Pre-defined Logical Disk Identifiers (LDID).
//
#define LDID_NULL 0 // Null (undefined) LDID.
#define LDID_ABSOLUTE ((UINT)-1) // Absolute path
// source path of windows install, this is typically A:\ or a net drive
#define LDID_SRCPATH 1 // source of instilation
// temporary setup directory used by setup, this is only valid durring
// regular install and contains the INF and other binary files. May be
// read-only location.
#define LDID_SETUPTEMP 2 // temporary setup dir for install
// path to uninstall location, this is where we backup files that will
// be overwritten
#define LDID_UNINSTALL 3 // uninstall (backup) dir.
// backup path for the copy engine, this should not be used
#define LDID_BACKUP 4 // BUGBUG: backup dir for the copy engine, not used
// temporary setup directory used by setup, this is only valid durring
// regular install and is guarenteed to be a read/write location for
// scratch space.
#define LDID_SETUPSCRATCH 5 // temporary setup dir for scratch space.
// windows directory, this is the destinatio of the insallation
#define LDID_WIN 10 // destination Windows dir (just user files).
#define LDID_SYS 11 // destination Windows System dir.
#define LDID_IOS 12 // destination Windows Iosubsys dir.
#define LDID_CMD 13 // destination Windows Command (DOS) dir.
#define LDID_CPL 14 // destination Windows Control Panel dir.
#define LDID_PRINT 15 // destination Windows Printer dir.
#define LDID_MAIL 16 // destination Mail dir.
#define LDID_INF 17 // destination Windows *.INF dir.
#define LDID_HELP 18 // destination Windows Help dir.
#define LDID_WINADMIN 19 // admin stuff.
#define LDID_FONTS 20 // destination Windows Font dir.
#define LDID_VIEWERS 21 // destination Windows Viewers dir.
#define LDID_VMM32 22 // destination Windows VMM32 dir.
#define LDID_COLOR 23 // destination Windows Color dir.
#define LDID_APPS 24 // Applications folder location.
// Shared dirs for net install.
#define LDID_SHARED 25 // Bulk of windows files.
#define LDID_WINBOOT 26 // guarenteed boot device for windows.
#define LDID_MACHINE 27 // machine specific files.
#define LDID_HOST_WINBOOT 28
// boot and old win and dos dirs.
#define LDID_BOOT 30 // Root dir of boot drive
#define LDID_BOOT_HOST 31 // Root dir of boot drive host
#define LDID_OLD_WINBOOT 32 // Subdir off of Root (optional)
#define LDID_OLD_WIN 33 // old windows directory (if it exists)
#define LDID_OLD_DOS 34 // old dos directory (if it exists)
#define LDID_OLD_NET 35 // old network root directory, only valid during
// network GenUpgrade
#define LDID_MOUSE 36 // path to MOUSE env. variable if set or same as LDID_WIN
// only valid after mouse class installer.
// Convert Ascii drive letter to Integer drive number ('A'=1, 'B'=2, ...).
#define DriveAtoI( chDrv ) ((int)(chDrv & 31))
// Convert Integer drive number to Ascii drive letter (1='A', 2='B', ...).
#define DriveItoA( iDrv ) ((char) (iDrv - 1 + 'A'))
// BUGBUG: change the names of these
RETERR WINAPI CtlSetLdd ( LPLOGDISKDESC );
RETERR WINAPI CtlGetLdd ( LPLOGDISKDESC );
RETERR WINAPI CtlFindLdd ( LPLOGDISKDESC );
RETERR WINAPI CtlAddLdd ( LPLOGDISKDESC );
RETERR WINAPI CtlDelLdd ( LOGDISKID );
RETERR WINAPI CtlGetLddPath ( LOGDISKID, LPSTR );
RETERR WINAPI CtlSetLddPath ( LOGDISKID, LPSTR );
/***************************************************************************/
//
// Virtual File Copy definitions
//
/***************************************************************************/
typedef DWORD LPEXPANDVTBL; /* BUGBUG -- clean this up */
enum _ERR_VCP
{
ERR_VCP_IOFAIL = (VCP_ERROR + 1), // File I/O failure
ERR_VCP_STRINGTOOLONG, // String length limit exceeded
ERR_VCP_NOMEM, // Insufficient memory to comply
ERR_VCP_NOVHSTR, // No string handles available
ERR_VCP_OVERFLOW, // Reference count would overflow
ERR_VCP_BADARG, // Invalid argument to function
ERR_VCP_UNINIT, // String library not initialized
ERR_VCP_NOTFOUND , // String not found in string table
ERR_VCP_BUSY, // Can't do that now
ERR_VCP_INTERRUPTED, // User interrupted operation
ERR_VCP_BADDEST, // Invalid destination directory
ERR_VCP_SKIPPED, // User skipped operation
ERR_VCP_IO, // Hardware error encountered
ERR_VCP_LOCKED, // List is locked
ERR_VCP_WRONGDISK, // The wrong disk is in the drive
ERR_VCP_CHANGEMODE, //
ERR_VCP_LDDINVALID, // Logical Disk ID Invalid.
ERR_VCP_LDDFIND, // Logical Disk ID not found.
ERR_VCP_LDDUNINIT, // Logical Disk Descriptor Uninitialized.
ERR_VCP_LDDPATH_INVALID,
ERR_VCP_NOEXPANSION, // Failed to load expansion dll
ERR_VCP_NOTOPEN, // Copy session not open
};
/*****************************************************************************
* Structures
*****************************************************************************/
/*---------------------------------------------------------------------------*
* VCPPROGRESS
*---------------------------------------------------------------------------*/
typedef struct tagVCPPROGRESS { /* prg */
DWORD dwSoFar; /* Number of units copied so far */
DWORD dwTotal; /* Number of units to copy */
} VCPPROGRESS, FAR *LPVCPPROGRESS;
/*---------------------------------------------------------------------------*
* VCPDISKINFO
*---------------------------------------------------------------------------*/
typedef struct tagVCPDISKINFO {
WORD cbSize; /* Size of this structure in bytes */
LOGDISKID ldid; /* Logical disk ID */
VHSTR vhstrRoot; /* Location of root directory */
VHSTR vhstrVolumeLabel;/* Volume label */
VHSTR vhstrDiskName; // Printed name on the disk.
WORD wVolumeTime; /* Volume label modification time */
WORD wVolumeDate; /* Volume label modification date */
DWORD dwSerialNumber; /* Disk serial number */
WORD fl; /* Flags */
LPARAM lparamRef; /* Reference data for client */
VCPPROGRESS prgFileRead; /* Progress info */
VCPPROGRESS prgByteRead;
VCPPROGRESS prgFileWrite;
VCPPROGRESS prgByteWrite;
} VCPDISKINFO, FAR *LPVCPDISKINFO;
#define VDIFL_VALID 0x0001 /* Fields are valid from a prev. call */
#define VDIFL_EXISTS 0x0002 /* Disk exists; do not format */
RETERR WINAPI DiskInfoFromLdid(LOGDISKID ldid, LPVCPDISKINFO lpdi);
/*---------------------------------------------------------------------------*
* VCPFILESPEC
*---------------------------------------------------------------------------*/
typedef struct tagVCPFILESPEC { /* vfs */
LOGDISKID ldid; /* Logical disk */
VHSTR vhstrDir; /* Directory withing logical disk */
VHSTR vhstrFileName; /* Filename within directory */
} VCPFILESPEC, FAR *LPVCPFILESPEC;
/*---------------------------------------------------------------------------*
* VCPFATTR
*---------------------------------------------------------------------------*/
/*
* BUGBUG -- explain diffce between llenIn and llenOut wrt compression.
*/
typedef struct tagVCPFATTR {
UINT uiMDate; /* Modification date */
UINT uiMTime; /* Modification time */
UINT uiADate; /* Access date */
UINT uiATime; /* Access time */
UINT uiAttr; /* File attribute bits */
DWORD llenIn; /* Original file length */
DWORD llenOut; /* Final file length */
/* (after decompression) */
} VCPFATTR, FAR *LPVCPFATTR;
/*---------------------------------------------------------------------------*
* VIRTNODEEX
*---------------------------------------------------------------------------*/
typedef struct tagVIRTNODEEX
{ /* vnex */
HFILE hFileSrc;
HFILE hFileDst;
VCPFATTR fAttr;
WORD dosError; // The first/last error encountered
VHSTR vhstrFileName; // The original destination name.
WPARAM vcpm; // The message that was being processed.
} VIRTNODEEX, FAR *LPCVIRTNODEEX, FAR *LPVIRTNODEEX ;
/*---------------------------------------------------------------------------*
* VIRTNODE
*---------------------------------------------------------------------------*/
typedef struct tagVIRTNODE { /* vn */
WORD cbSize;
VCPFILESPEC vfsSrc;
VCPFILESPEC vfsDst;
WORD fl;
LPARAM lParam;
LPEXPANDVTBL lpExpandVtbl;
LPVIRTNODEEX lpvnex;
} VIRTNODE, FAR *LPCVIRTNODE, FAR *LPVIRTNODE ;
/*---------------------------------------------------------------------------*
* VCPDESTINFO
*---------------------------------------------------------------------------*/
typedef struct tagVCPDESTINFO { /* destinfo */
WORD flDevAttr; /* Device attributes */
LONG cbCapacity; /* Disk capacity */
WORD cbCluster; /* Bytes per cluster */
WORD cRootDir; /* Size of root directory */
} VCPDESTINFO, FAR *LPVCPDESTINFO;
#define DIFL_FIXED 0x0001 /* Nonremoveable media */
#define DIFL_CHANGELINE 0x0002 /* Change line support */
// Now also used by the virtnode as we dont have copy nodes any more.
// #define CNFL_BACKUP 0x0001 /* This is a backup node */
#define CNFL_DELETEONFAILURE 0x0002 /* Dest should be deleted on failure */
#define CNFL_RENAMEONSUCCESS 0x0004 /* Dest needs to be renamed */
#define CNFL_CONTINUATION 0x0008 /* Dest is continued onto difft disk */
#define CNFL_SKIPPED 0x0010 /* User asked to skip file */
#define CNFL_IGNOREERRORS 0x0020 // An error has occured on this file already
#define CNFL_RETRYFILE 0x0040 // Retry the file (error ocurred)
#define CNFL_COPIED 0x0080 // Node has already been copied.
// BUGBUG: verify the use and usefullness of these flags
// #define VNFL_UNIQUE 0x0000 /* Default */
#define VNFL_MULTIPLEOK 0x0100 /* Do not search PATH for duplicates */
#define VNFL_DESTROYOLD 0x0200 /* Do not back up files */
// #define VNFL_NOW 0x0400 /* Use by vcp Flush */
// To deternime what kind of node it is.
#define VNFL_COPY 0x0000 // A simple copy node.
#define VNFL_DELETE 0x0800 // A delete node
#define VNFL_RENAME 0x1000 // A rename node
#define VNFL_NODE_TYPE ( VNFL_RENAME|VNFL_DELETE|VNFL_COPY )
/* Read-only flag bits */
#define VNFL_CREATED 0x2000 /* VCPM_NODECREATE has been sent */
#define VNFL_REJECTED 0x4000 /* Node has been rejected */
#define VNFL_DEVICEINSTALLER 0x8000 /* Node was added by the Device Installer */
/*---------------------------------------------------------------------------*
* VCPSTATUS
*---------------------------------------------------------------------------*/
typedef struct tagVCPSTATUS { /* vstat */
WORD cbSize; /* Size of this structure */
VCPPROGRESS prgDiskRead;
VCPPROGRESS prgFileRead;
VCPPROGRESS prgByteRead;
VCPPROGRESS prgDiskWrite;
VCPPROGRESS prgFileWrite;
VCPPROGRESS prgByteWrite;
LPVCPDISKINFO lpvdiIn; /* Current input disk */
LPVCPDISKINFO lpvdiOut; /* Current output disk */
LPVIRTNODE lpvn; /* Current file */
} VCPSTATUS, FAR *LPVCPSTATUS;
/*---------------------------------------------------------------------------*
* VCPVERCONFLICT
*---------------------------------------------------------------------------*/
typedef struct tagVCPVERCONFLICT {
LPCSTR lpszOldFileName;
LPCSTR lpszNewFileName;
DWORD dwConflictType; /* Same values as VerInstallFiles */
LPVOID lpvinfoOld; /* Version information resources */
LPVOID lpvinfoNew;
WORD wAttribOld; /* File attributes for original */
LPARAM lparamRef; /* Reference data for callback */
} VCPVERCONFLICT, FAR *LPVCPVERCONFLICT;
/*****************************************************************************
* Callback functions
*****************************************************************************/
typedef LRESULT (CALLBACK *VIFPROC)(LPVOID lpvObj, UINT uMsg, WPARAM wParam, LPARAM lParam, LPARAM lparamRef);
LRESULT CALLBACK vcpDefCallbackProc(LPVOID lpvObj, UINT uMsg, WPARAM wParam, LPARAM lParam, LPARAM lparamRef);
// callback for default UI.
// lparamRef --> a VCPUIINFO structure
LRESULT CALLBACK vcpUICallbackProc(LPVOID lpvObj, UINT uMsg, WPARAM wParam, LPARAM lParam, LPARAM lparamRef);
/*---------------------------------------------------------------------------*
* VCPUIINFO
*
* This structure is passed in as the lparamRef of vcpUICallbackProc.
*
* on using vcpUICallbackProc:
* - to use, have vcpUICallbackProc as the callback for vcpOpen with
* an appropriately filled in VCPUIINFO structure as the lparamRef.
*
* - based on flags, hwndProgress is created and maintained
* - lpfnStatCallback is called with only status messages
* returning VCPM_ABORT indicates that the copy should be aborted
* - if hwndProgress is non-NULL, the control with idProgress will
* receive progress gauge messages as appropriate
*
*---------------------------------------------------------------------------*/
#define VCPUI_CREATEPROGRESS 0x0001 // callback should create and manage progress gauge dialog
#define VCPUI_NOBROWSE 0x0002 // no browse button in InsertDisk
#define VCPUI_RENAMEREQUIRED 0x0004 // as a result of a file being in use at copy, reboot required
typedef struct {
UINT flags;
HWND hwndParent; // window of parent
HWND hwndProgress; // window to get progress updates (nonzero ids)
UINT idPGauge; // id for progress gauge
VIFPROC lpfnStatCallback; // callback for status info (or NULL)
LPARAM lUserData; // caller definable data
LOGDISKID ldidCurrent; // reserved. do not touch.
} VCPUIINFO, FAR *LPVCPUIINFO;
/******************************************************************************
* Callback notification codes
*****************************************************************************/
/* BUGBUG -- VCPN_ABORT should match VCPERROR_INTERRUPTED */
#define VCPN_OK 0 /* All is hunky-dory */
#define VCPN_PROCEED 0 /* The same as VCPN_OK */
#define VCPN_ABORT (-1) /* Cancel current operation */
#define VCPN_RETRY (-2) /* Retry current operation */
#define VCPN_IGNORE (-3) /* Ignore error and continue */
#define VCPN_SKIP (-4) /* Skip this file and continue */
#define VCPN_FORCE (-5) /* Force an action */
#define VCPN_DEFER (-6) /* Save the action for later */
#define VCPN_FAIL (-7) /* Return failure back to caller */
#define VCPN_RETRYFILE (-8) // An error ocurred during file copy, do it again.
/*****************************************************************************
* Callback message numbers
*****************************************************************************/
#define VCPM_CLASSOF(uMsg) HIBYTE(uMsg)
#define VCPM_TYPEOF(uMsg) (0x00FF & (uMsg)) // LOBYTE(uMsg)
/*---------------------------------------------------------------------------*
* ERRORs
*---------------------------------------------------------------------------*/
#define VCPM_ERRORCLASSDELTA 0x80
#define VCPM_ERRORDELTA 0x8000 /* Where the errors go */
/*---------------------------------------------------------------------------*
* Disk information callbacks
*---------------------------------------------------------------------------*/
#define VCPM_DISKCLASS 0x01
#define VCPM_DISKFIRST 0x0100
#define VCPM_DISKLAST 0x01FF
enum tagVCPM_DISK {
VCPM_DISKCREATEINFO = VCPM_DISKFIRST,
VCPM_DISKGETINFO,
VCPM_DISKDESTROYINFO,
VCPM_DISKPREPINFO,
VCPM_DISKENSURE,
VCPM_DISKPROMPT,
VCPM_DISKFORMATBEGIN,
VCPM_DISKFORMATTING,
VCPM_DISKFORMATEND,
/* Remaining messages reserved for future use */
};
/*---------------------------------------------------------------------------*
* File copy callbacks
*---------------------------------------------------------------------------*/
// BUGBUG: this needs to be merged back with other internal errors
#define VCPERROR_IO (VCP_ERROR - ERR_VCP_IO) /* Hardware error encountered */
#define VCPM_FILEINCLASS 0x02
#define VCPM_FILEOUTCLASS 0x03
#define VCPM_FILEFIRSTIN 0x0200
#define VCPM_FILEFIRSTOUT 0x0300
#define VCPM_FILELAST 0x03FF
enum tagVCPM_FILE {
VCPM_FILEOPENIN = VCPM_FILEFIRSTIN,
VCPM_FILEGETFATTR,
VCPM_FILECLOSEIN,
VCPM_FILECOPY,
VCPM_FILENEEDED,
VCPM_FILEOPENOUT = VCPM_FILEFIRSTOUT,
VCPM_FILESETFATTR,
VCPM_FILECLOSEOUT,
VCPM_FILEFINALIZE,
VCPM_FILEDELETE,
VCPM_FILERENAME,
/* Remaining messages reserved for future use */
};
/*---------------------------------------------------------------------------*
* VIRTNODE callbacks
*---------------------------------------------------------------------------*/
#define VCPM_NODECLASS 0x04
#define VCPM_NODEFIRST 0x0400
#define VCPM_NODELAST 0x04FF
enum tagVCPM_NODE {
VCPM_NODECREATE = VCPM_NODEFIRST,
VCPM_NODEACCEPT,
VCPM_NODEREJECT,
VCPM_NODEDESTROY,
VCPM_NODECHANGEDESTDIR,
VCPM_NODECOMPARE,
/* Remaining messages reserved for future use */
};
/*---------------------------------------------------------------------------*
* TALLY callbacks
*---------------------------------------------------------------------------*/
#define VCPM_TALLYCLASS 0x05
#define VCPM_TALLYFIRST 0x0500
#define VCPM_TALLYLAST 0x05FF
enum tagVCPM_TALLY {
VCPM_TALLYSTART = VCPM_TALLYFIRST,
VCPM_TALLYEND,
VCPM_TALLYFILE,
VCPM_TALLYDISK,
/* Remaining messages reserved for future use */
};
/*---------------------------------------------------------------------------*
* VER callbacks
*---------------------------------------------------------------------------*/
#define VCPM_VERCLASS 0x06
#define VCPM_VERFIRST 0x0600
#define VCPM_VERLAST 0x06FF
enum tagVCPM_VER {
VCPM_VERCHECK = VCPM_VERFIRST,
VCPM_VERCHECKDONE,
VCPM_VERRESOLVECONFLICT,
/* Remaining messages reserved for future use */
};
/*---------------------------------------------------------------------------*
* VSTAT callbacks
*---------------------------------------------------------------------------*/
#define VCPM_VSTATCLASS 0x07
#define VCPM_VSTATFIRST 0x0700
#define VCPM_VSTATLAST 0x07FF
enum tagVCPM_VSTAT {
VCPM_VSTATSTART = VCPM_VSTATFIRST,
VCPM_VSTATEND,
VCPM_VSTATREAD,
VCPM_VSTATWRITE,
VCPM_VSTATNEWDISK,
VCPM_VSTATCLOSESTART, // Start of VCP close
VCPM_VSTATCLOSEEND, // upon leaving VCP close
VCPM_VSTATBACKUPSTART, // Backup is beginning
VCPM_VSTATBACKUPEND, // Backup is finished
VCPM_VSTATRENAMESTART, // Rename phase start/end
VCPM_VSTATRENAMEEND,
VCPM_VSTATCOPYSTART, // Acutal copy phase
VCPM_VSTATCOPYEND,
VCPM_VSTATDELETESTART, // Delete phase
VCPM_VSTATDELETEEND,
VCPM_VSTATPATHCHECKSTART, // Check for valid paths
VCPM_VSTATPATHCHECKEND,
VCPM_VSTATUSERABORT, // User wants to quit.
VCPM_VSTATYIELD, // Do a yield.
/* Remaining messages reserved for future use */
};
/*---------------------------------------------------------------------------*
* Destination info callbacks
*---------------------------------------------------------------------------*/
/* BUGBUG -- find a reasonable message range for this */
#define VCPM_PATHCLASS 0x08
#define VCPM_PATHFIRST 0x0800
#define VCPM_PATHLAST 0x08FF
enum tagVCPM_PATH{
VCPM_BUILDPATH = VCPM_PATHFIRST,
VCPM_UNIQUEPATH,
VCPM_CHECKPATH,
};
// #define VCPM_BUILDPATH 0x83
/*****************************************************************************/
void WINAPI VcpAddMRUPath( LPCSTR lpszPath );
#define SZ_INSTALL_LOCATIONS "InstallLocationsMRU"
RETERR WINAPI VcpOpen(VIFPROC vifproc, LPARAM lparamMsgRef);
RETERR WINAPI VcpClose(WORD fl, LPCSTR lpszBackupDest);
RETERR WINAPI VcpFlush(WORD fl, LPCSTR lpszBackupDest);
#define VCPFL_ABANDON 0x0000 /* Abandon all pending file copies */
#define VCPFL_BACKUP 0x0001 /* Perform backup */
#define VCPFL_COPY 0x0002 /* Copy files */
#define VCPFL_BACKUPANDCOPY (VCPFL_BACKUP | VCPFL_COPY)
#define VCPFL_INSPECIFIEDORDER 0x0004 /* Do not sort before copying */
#define VCPFL_DELETE 0x0008
#define VCPFL_RENAME 0x0010
#define VCPFL_ALL (VCPFL_COPY | VCPFL_DELETE | VCPFL_RENAME)
typedef int (CALLBACK *VCPENUMPROC)(LPVIRTNODE lpvn, LPARAM lparamRef);
int WINAPI vcpEnumFiles(VCPENUMPROC vep, LPARAM lparamRef);
enum tag_VCPM_EXPLAIN{
VCPEX_SRC_DISK,
VCPEX_SRC_CABINET,
VCPEX_SRC_LOCN,
VCPEX_DST_LOCN,
VCPEX_SRC_FILE,
VCPEX_DST_FILE,
VCPEX_DOS_ERROR,
VCPEX_MESSAGE,
VCPEX_DOS_SOLUTION,
VCPEX_SRC_FULL,
VCPEX_DST_FULL,
};
LPCSTR WINAPI VcpExplain( LPVIRTNODE lpVn, DWORD dwWhat );
/* Flag bits that can be set via VcpQueueCopy */
// Various Lparams for files
#define VNLP_SYSCRITICAL 0x0001 // This file should not be skipped
#define VNLP_SETUPCRITICAL 0x0002 // This file cannot be skipped
#define VNLP_NOVERCHECK 0x0004 // This file must not be VerResolved.
#define VNLP_FORCETEMP 0x0008 // This file must left as a temp name
#define VNLP_IFEXISTS 0x0010 // File skipped if already on machine
#define VNLP_KEEPNEWER 0x0020 // If the dest file is newer - keep it (frosting)
// VcpEnumFiles Flags.
#define VEN_OP 0x00ff /* Operation field */
#define VEN_NOP 0x0000 /* Do nothing */
#define VEN_DELETE 0x0001 /* Delete current item */
#define VEN_SET 0x0002 /* Change value of current item */
#define VEN_FL 0xff00 /* Flags field */
#define VEN_STOP 0x0100 /* Stop enumeration after this item */
#define VEN_ERROR 0x8000 /* Stop enumeration after this item
* and ignore the OP field */
// BUGBUG: add the other VCP stuff necessary to use this
// BUGBUG: remove the lpsz*Dir fields, make overload the LDID with them
RETERR WINAPI VcpQueueCopy(LPCSTR lpszSrcFileName, LPCSTR lpszDstFileName,
LPCSTR lpszSrcDir, LPCSTR lpszDstDir,
LOGDISKID ldidSrc, LOGDISKID ldidDst,
LPEXPANDVTBL lpExpandVtbl, WORD fl,
LPARAM lParam);
RETERR WINAPI VcpQueueDelete( LPCSTR lpszDstFileName,
LPCSTR lpszDstDir,
LOGDISKID ldidDst,
LPARAM lParamRef );
RETERR WINAPI VcpQueueRename( LPCSTR lpszSrcFileName,
LPCSTR lpszDstFileName,
LPCSTR lpszSrcDir,
LPCSTR lpszDstDir,
LOGDISKID ldidSrc,
LOGDISKID ldidDst,
LPARAM lParam );
#endif // NOVCP
#ifndef NOINF
/***************************************************************************/
//
// Inf Parser API declaration and definitions
//
/***************************************************************************/
enum _ERR_IP
{
ERR_IP_INVALID_FILENAME = (IP_ERROR + 1),
ERR_IP_ALLOC_ERR,
ERR_IP_INVALID_SECT_NAME,
ERR_IP_OUT_OF_HANDLES,
ERR_IP_INF_NOT_FOUND,
ERR_IP_INVALID_INFFILE,
ERR_IP_INVALID_HINF,
ERR_IP_INVALID_FIELD,
ERR_IP_SECT_NOT_FOUND,
ERR_IP_END_OF_SECTION,
ERR_IP_PROFILE_NOT_FOUND,
ERR_IP_LINE_NOT_FOUND,
ERR_IP_FILEREAD,
ERR_IP_TOOMANYINFFILES,
ERR_IP_INVALID_SAVERESTORE,
ERR_IP_INVALID_INFTYPE
};
#define INFTYPE_TEXT 0
#define INFTYPE_EXECUTABLE 1
#define MAX_SECT_NAME_LEN 32
typedef struct _INF NEAR * HINF;
typedef struct _INFLINE FAR * HINFLINE; // tolken to inf line
RETERR WINAPI IpOpen(LPCSTR pszFileSpec, HINF FAR * lphInf);
RETERR WINAPI IpOpenEx(LPCSTR pszFileSpec, HINF FAR * lphInf, UINT InfType);
RETERR WINAPI IpOpenAppend(LPCSTR pszFileSpec, HINF hInf);
RETERR WINAPI IpOpenAppendEx(LPCSTR pszFileSpec, HINF hInf, UINT InfType);
RETERR WINAPI IpSaveRestorePosition(HINF hInf, BOOL bSave);
RETERR WINAPI IpClose(HINF hInf);
RETERR WINAPI IpGetLineCount(HINF hInf, LPCSTR lpszSection, int FAR * lpCount);
RETERR WINAPI IpFindFirstLine(HINF hInf, LPCSTR lpszSect, LPCSTR lpszKey, HINFLINE FAR * lphRet);
RETERR WINAPI IpFindNextLine(HINF hInf, HINFLINE FAR * lphRet);
RETERR WINAPI IpFindNextMatchLine(HINF hInf, LPCSTR lpszKey, HINFLINE FAR * lphRet);
RETERR WINAPI IpGetProfileString(HINF hInf, LPCSTR lpszSec, LPCSTR lpszKey, LPSTR lpszBuf, int iBufSize);
RETERR WINAPI IpGetFieldCount(HINF hInf, HINFLINE hInfLine, int FAR * lpCount);
RETERR WINAPI IpGetFileName(HINF hInf, LPSTR lpszBuf, int iBufSize);
RETERR WINAPI IpGetIntField(HINF hInf, HINFLINE hInfLine, int iField, int FAR * lpVal);
RETERR WINAPI IpGetLongField(HINF hInf, HINFLINE hInfLine, int iField, long FAR * lpVal);
RETERR WINAPI IpGetStringField(HINF hInf, HINFLINE hInfLine, int iField, LPSTR lpBuf, int iBufSize, int FAR * lpuCount);
RETERR WINAPI IpGetVersionString(LPSTR lpszInfFile, LPSTR lpszValue, LPSTR lpszBuf, int cbBuf, LPSTR lpszDefaultValue);
#endif // NOINF
#ifndef NOTEXTPROC
/***************************************************************************/
//
// Text processing API declaration and definitions
//
/***************************************************************************/
/* Relative/absolute positioning */
#define SEC_SET 1 // Absolute positioning (relative to the start)
#define SEC_END 2 // Realtive to the end
#define SEC_CUR 3 // Relative to the current line.
#define SEC_OPENALWAYS 1 // Always open a section, no error if it does not exist
#define SEC_OPENEXISTING 2 // Open an existing section, an error given if it does not exist.
#define SEC_OPENNEWALWAYS 3 // Open a section (present or not) and discard its contents.
#define SEC_OPENNEWEXISTING 4 // Open an existing section (discarding its contents). Error if not existing
// Flags for TP_OpenFile().
//
// Use autoexec/config.sys key delimiters
//
#define TP_WS_KEEP 1
// If TP code running under SETUP, the foll. flag specifies whether
// to cache this file or not! Use this, if you want to read a whole
// file in when doing the TpOpenSection()!
//
#define TP_WS_DONTCACHE 2
// The following are simple errors
enum {
ERR_TP_NOT_FOUND = (TP_ERROR + 1), // line, section, file etc.
// not necessarily terminal
ERR_TP_NO_MEM, // couldn't perform request - generally terminal
ERR_TP_READ, // could not read the disc - terminal
ERR_TP_WRITE, // could not write the data - terminal.
ERR_TP_INVALID_REQUEST, // Multitude of sins - not necessarily terminal.
ERR_TP_INVALID_LINE // Invalid line from DELETE_LINE etc.
};
/* Data handles */
DECLARE_HANDLE(HTP);
typedef HTP FAR * LPHTP;
/* File handles */
DECLARE_HANDLE(HFN);
typedef HFN FAR * LPHFN;
typedef UINT TFLAG;
typedef UINT LINENUM, FAR * LPLINENUM;
#define MAX_REGPATH 256 // Max Registry Path Length
#define LINE_LEN 256 // BUGBUG: max line length?
#define SECTION_LEN 32 // BUGBUG: max length of a section name?
#define MAX_STRING_LEN 512 // BUGBUG: review this
/* Function prototypes */
RETERR WINAPI TpOpenFile(LPCSTR Filename, LPHFN phFile, TFLAG Flag);
RETERR WINAPI TpCloseFile(HFN hFile);
RETERR WINAPI TpOpenSection(HFN hfile, LPHTP phSection, LPCSTR Section, TFLAG flag);
RETERR WINAPI TpCloseSection(HTP Section);
RETERR WINAPI TpCommitSection(HFN hFile, HTP hSection, LPCSTR Section, TFLAG flag);
LINENUM WINAPI TpGetLine(HTP hSection, LPCSTR key, LPCSTR value, int rel, int orig, LPLINENUM lpLineNum );
LINENUM WINAPI TpGetNextLine(HTP hSection, LPCSTR key, LPCSTR value, LPLINENUM lpLineNum );
RETERR WINAPI TpInsertLine(HTP hSection, LPCSTR key, LPCSTR value, int rel, int orig, TFLAG flag);
RETERR WINAPI TpReplaceLine(HTP hSection, LPCSTR key, LPCSTR value, int rel, int orig, TFLAG flag);
RETERR WINAPI TpDeleteLine(HTP hSection, int rel, int orig,TFLAG flag);
RETERR WINAPI TpMoveLine(HTP hSection, int src_rel, int src_orig, int dest_rel, int dest_orig, TFLAG flag);
RETERR WINAPI TpGetLineContents(HTP hSection, LPSTR buffer, UINT bufsize, UINT FAR * lpActualSize,int rel, int orig, TFLAG flag);
// UINT WINAPI TpGetWindowsDirectory(LPSTR lpDest, UINT size);
// UINT WINAPI TpGetSystemDirectory(LPSTR lpDest, UINT size);
int WINAPI TpGetPrivateProfileString(LPCSTR lpszSect, LPCSTR lpszKey, LPCSTR lpszDefault, LPSTR lpszReturn, int nSize, LPCSTR lpszFile);
int WINAPI TpWritePrivateProfileString(LPCSTR lpszSect, LPCSTR lpszKey, LPCSTR lpszString, LPCSTR lpszFile);
int WINAPI TpGetProfileString(LPCSTR lpszSect, LPCSTR lpszKey, LPCSTR lpszDefault, LPSTR lpszReturn, int nSize);
BOOL WINAPI TpWriteProfileString(LPCSTR lpszSect , LPCSTR lpszKey , LPCSTR lpszString);
#endif // NOTEXTPROC
#ifndef NOGENINSTALL
/***************************************************************************/
//
// Generic Installer prototypes and definitions
//
/***************************************************************************/
enum _ERR_GENERIC
{
ERR_GEN_LOW_MEM = GEN_ERROR+1, // Insufficient memory.
ERR_GEN_INVALID_FILE, // Invalid INF file.
ERR_GEN_LOGCONFIG, // Can't process LogConfig=.
ERR_GEN_CFGAUTO, // Can't process CONFIG.SYS/AUTOEXEC.BAT
ERR_GEN_UPDINI, // Can't process UpdateInis=.
ERR_GEN_UPDINIFIELDS, // Can't process UpdateIniFields=.
ERR_GEN_ADDREG, // Can't process AddReg=.
ERR_GEN_DELREG, // Can't process DelReg=.
ERR_GEN_INI2REG, // Can't process Ini2Reg=.
ERR_GEN_FILE_COPY, // Can't process CopyFiles=.
ERR_GEN_FILE_DEL, // Can't process DelFiles=.
ERR_GEN_FILE_REN, // Can't process RenFiles=.
ERR_GEN_REG_API, // Error returned by Reg API.
ERR_GEN_DO_FILES, // can't do Copy, Del or RenFiles.
};
// The cbSize field will always be set to sizeof(GENCALLBACKINFO_S).
// All unused fields (for the operation) will be not be initialized.
// For example, when the operation is GENO_DELFILE, the Src fields will
// not have any sensible values (Dst fields will be set correctly) as
// VcpQueueDelete only accepts Dst parameters.
//
/***************************************************************************
* GenCallbackINFO structure passed to GenInstall CallBack functions.
***************************************************************************/
typedef struct _GENCALLBACKINFO_S { /* gen-callback struc */
WORD cbSize; // Size of this structure (bytes).
WORD wOperation; // Operation being performed.
LOGDISKID ldidSrc; // Logical Disk ID for Source.
LPCSTR pszSrcSubDir; // Source sub-dir off of the LDID.
LPCSTR pszSrcFileName; // Source file name (base name).
LOGDISKID ldidDst; // Logical Disk ID for Dest.
LPCSTR pszDstSubDir; // Dest. sub-dir off of the LDID.
LPCSTR pszDstFileName; // Dest. file name (base name).
LPEXPANDVTBL lpExpandVtbl; // BUGBUG needed? NULL right now!
WORD wflags; // flags for VcpQueueCopy.
LPARAM lParam; // LPARAM to the Vcp API.
} GENCALLBACKINFO_S, FAR *LPGENCALLBACKINFO;
/***************************************************************************
* GenCallback notification codes -- callback proc returns 1 of foll. values.
***************************************************************************/
#define GENN_OK 0 /* All is hunky-dory. Do the VCP operation */
#define GENN_PROCEED 0 /* The same as GENN_OK */
#define GENN_ABORT (-1) /* Cancel current GenInstall altogether */
#define GENN_SKIP (-2) /* Skip this file and continue */
/***************************************************************************
* VCP Operation being performed by GenInstall() -- wOperation values in
* GENCALLBACKINFO structure above.
***************************************************************************/
#define GENO_COPYFILE 1 /* VCP copyfile being done */
#define GENO_DELFILE 2 /* VCP delfile being done */
#define GENO_RENFILE 3 /* VCP renfile being done */
#define GENO_WININITRENAME 4 /* VCP wininit rename being added */
typedef LRESULT (CALLBACK *GENCALLBACKPROC)(LPGENCALLBACKINFO lpGenInfo,
LPARAM lparamRef);
RETERR WINAPI GenInstall( HINF hinfFile, LPCSTR szInstallSection, WORD wFlags );
RETERR WINAPI GenInstallEx( HINF hInf, LPCSTR szInstallSection, WORD wFlags,
HKEY hRegKey, GENCALLBACKPROC CallbackProc,
LPARAM lparam);
RETERR WINAPI GenWinInitRename(LPCSTR szNew, LPSTR szOld, LOGDISKID ldid);
RETERR WINAPI GenCopyLogConfig2Reg(HINF hInf, HKEY hRegKey,
LPCSTR szLogConfigSection);
void WINAPI GenFormStrWithoutPlaceHolders( LPSTR szDst, LPCSTR szSrc,
HINF hInf ) ;
// Flags for GenAddReg() from INf /GenSURegSetValueEx()
//
#define FLG_ADDREG_BINVALUETYPE 1
#define FLG_ADDREG_NOCLOBBER 2
#define FLG_ADDREG_DELVAL 4
RETERR WINAPI GenSURegSetValueEx(HKEY hkeyRoot, LPCSTR szSubKey,
LPCSTR lpszValueName, DWORD dwValType,
LPBYTE lpszValue, DWORD dwValSize, UINT uFlags );
// A devnode is just a DWORD and this is easier than
// having to include configmg.h for everybody
RETERR WINAPI GenInfLCToDevNode(ATOM atInfFileName, LPSTR lpszSectionName,
BOOL bInstallSec, UINT InfType,
DWORD dnDevNode);
// Bit fields for GenInstall() (for wFlags parameter) -- these can be OR-ed!
#define GENINSTALL_DO_FILES 1
#define GENINSTALL_DO_INI 2
#define GENINSTALL_DO_REG 4
#define GENINSTALL_DO_INI2REG 8
#define GENINSTALL_DO_CFGAUTO 16
#define GENINSTALL_DO_LOGCONFIG 32
#define GENINSTALL_DO_INIREG (GENINSTALL_DO_INI | \
GENINSTALL_DO_REG | \
GENINSTALL_DO_INI2REG)
#define GENINSTALL_DO_ALL (GENINSTALL_DO_FILES | \
GENINSTALL_DO_INIREG | \
GENINSTALL_DO_CFGAUTO | \
GENINSTALL_DO_LOGCONFIG)
#endif // NOGENINSTALL
#ifndef NODEVICENSTALL
/***************************************************************************/
//
// Device Installer prototypes and definitions
//
/***************************************************************************/
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @typee _ERR_DEVICE_INSTALL | Error return codes for Device Installation
* APIs.
*
* @emem ERR_DI_INVALID_DEVICE_ID | Incorrectly formed device ID.
*
* @emem ERR_DI_INVALID_COMPATIBLE_DEVICE_LIST | Invalid compatible device list.
*
* @emem ERR_DI_REG_API | Error returned by one of the registry API.
*
* @emem ERR_DI_LOW_MEM | Insufficient memory to complete.
*
* @emem ERR_DI_BAD_DEV_INFO | A passed in DEVICE_INFO struct is invalid.
*
* @emem ERR_DI_INVALID_CLASS_INSTALLER | The class installer is listed incorrecrly
* in the registry, or points to an invalid class installer.
*
* @emem ERR_DI_DO_DEFAULT | Do the default action for the requested operation.
*
* @emem ERR_DI_USER_CANCEL | The user cancelled the operation.
*
* @emem ERR_DI_NOFILECOPY | No need to copy files (in install).
*
* @emem ERR_DI_BAD_CLASS_INFO | A passed in CLASS_INFO struct is invalid.
*
* @emem ERR_DI_BAD_INF | An invalid INF file was encountered.
*
* @emem ERR_DI_BAD_MOVEDEV_PARAMS | A passed in MOVEDEVICE_PARAMS struct was
* invalid.
*
* @emem ERR_DI_NO_INF | No INF found on supplied OEM path.
*
* @emem ERR_DI_BAD_PROPCHANGE_PARAMS | A passed in PROPCHANGE_PARMS struct was
* invalid.
*
* @emem ERR_DI_BAD_SELECTDEVICE_PARAMS | A passed in SELECTEDEVICE_PARAMS struct
* was invalid.
*
* @emem ERR_DI_BAD_REMOVEDEVICE_PARAMS | A passed in REMOVEDEVICE_PARAMS struct
* was invalid.
*
* @emem ERR_DI_BAD_ENABLECLASS_PARAMS | A passed in ENABLECLASS_PARAMS struct
* was invalid.
*
* @emem ERR_DI_FAIL_QUERY | The queried action should not take place.
*
* @emem ERR_DI_API_ERROR | One of the Device installation APIs was called
* incorrectly or with invalid parameters.
*
* @emem ERR_DI_BAD_PATH | An OEM path was specified incorrectly.
*
*******************************************************************************/
enum _ERR_DEVICE_INSTALL
{
ERR_DI_INVALID_DEVICE_ID = DI_ERROR, // Incorrectly formed device IDF
ERR_DI_INVALID_COMPATIBLE_DEVICE_LIST, // Invalid compatible device list
ERR_DI_REG_API, // Error returned by Reg API.
ERR_DI_LOW_MEM, // Insufficient memory to complete
ERR_DI_BAD_DEV_INFO, // Device Info struct invalid
ERR_DI_INVALID_CLASS_INSTALLER, // Registry entry / DLL invalid
ERR_DI_DO_DEFAULT, // Take default action
ERR_DI_USER_CANCEL, // the user cancelled the operation
ERR_DI_NOFILECOPY, // No need to copy files (in install)
ERR_DI_BAD_CLASS_INFO, // Class Info Struct invalid
ERR_DI_BAD_INF, // Bad INF file encountered
ERR_DI_BAD_MOVEDEV_PARAMS, // Bad Move Device Params struct
ERR_DI_NO_INF, // No INF found on OEM disk
ERR_DI_BAD_PROPCHANGE_PARAMS, // Bad property change param struct
ERR_DI_BAD_SELECTDEVICE_PARAMS, // Bad Select Device Parameters
ERR_DI_BAD_REMOVEDEVICE_PARAMS, // Bad Remove Device Parameters
ERR_DI_BAD_ENABLECLASS_PARAMS, // Bad Enable Class Parameters
ERR_DI_FAIL_QUERY, // Fail the Enable Class query
ERR_DI_API_ERROR, // DI API called incorrectly
ERR_DI_BAD_PATH, // An OEM path was specified incorrectly
};
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types DRIVER_INFO | This structure contains the information necessary
* to present the user with a select device dialog.
*
* @field WORD | cbSize | Size of this structure in bytes.
*
* @field struct _DRIVER_INFO FAR | *lpNextInfo | Pointer to the next DRIVER_INFO
* struct in a linked list.
*
* @field LPSTR | lpszDescription | Pointer to the description of the device being
* supported by this driver.
*
* @field LPSTR | lpszMfgName | Pointer to the name of the manufacture of this
* driver.
*
* @field LPSTR | lpszProviderName | Pointer to provider of this driver if the
* lpdi->Flags has the DI_MULTMFGS flag set.
*
* @field WORD | Rank | The Rank match of this driver. Ranks go from 0 to n, where 0
* is the most compatible.
*
* @field DWORD | dwFlags | Flags that control the use of this driver node. These
* are the same as the flags defined for a DRIVER_NODE.
* @flag DNF_DUPDESC | This driver has the same device description
* from by more than one provider.
* @flag DNF_OLDDRIVER | Driver node specifies old/current driver
* @flag DNF_EXCLUDEFROMLIST | If set, this driver node will not be displayed
* in any driver select dialogs.
* @flag DNF_NODRIVER | Set if we want to install no driver e.g no mouse drv
*
* @field LPARAM | lpReserved | Reserved for use by the Device Installer.
*
* @field DWORD | dwPrivateData | Reserved for use by the Device Installer.
*
*******************************************************************************/
typedef struct _DRIVER_INFO
{
WORD cbSize; // Size of this structure in bytes
struct _DRIVER_INFO FAR* lpNextInfo;
LPSTR lpszDescription;
LPSTR lpszMfgName;
LPSTR lpszProviderName; // ONLY valid if DI_MULTMFGS is set in the LPDI
WORD Rank;
DWORD dwFlags;
LPARAM lpReserved;
DWORD dwPrivateData;
} DRIVER_INFO, *PDRIVER_INFO, FAR *LPDRIVER_INFO;
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types DRIVER_NODE | This strucure represents a driver which can be
* installed for a specific device.
*
* @field struct _DRIVER_NODE FAR* | lpNextDN | Pointer to the next driver node
* in a list.
*
* @field UINT | Rank | The Rank match of this driver. Ranks go from 0 to n, where 0
* is the most compatible.
*
* @field UINT | InfType | Type of INF this driver cam from. This will
* be either INFTYPE_TEXT or INFTYPE_EXECUTABLE
*
* @field unsigned | InfDate | DOS date stamp of the INF file.
*
* @field LPSTR | lpszDescription | Pointer to a the descriptrion of the device being
* supported by this driver.
*
* @field LPSTR | lpszSectionName | Pointer to the name of INF install section for
* this driver.
*
* @field ATOM | atInfFileName | Global ATOM containing the name of the INF file.
*
* @field ATOM | atMfgName | Global ATOM containing the name of this driver's
* manufacture.
*
* @field ATOM | atProviderName | Global ATOM containing the name of this driver's
* provider.
*
* @field DWORD | Flags | Flags that control functions using this DRIVER_NODE
* @flag DNF_DUPDESC | This driver has the same device description
* from by more than one provider.
* @flag DNF_OLDDRIVER | Driver node specifies old/current driver
* @flag DNF_EXCLUDEFROMLIST | If set, this driver node will not be displayed
* in any driver select dialogs.
* @flag DNF_NODRIVER | Set if we want to install no driver e.g no mouse drv
* @flag DNF_CONVERTEDLPINFO | Set if this Driver Node was converted from an Info Node.
* Setting this flag will cause the cleanup functions to explicitly delete it.
*
* @field DWORD | dwPrivateData | Reserved
*
* @field LPSTR | lpszDrvDescription | Pointer to a driver description.
*
* @field LPSTR | lpszHardwareID | Pointer to a list of Plug-and-Play hardware IDs for
* this driver.
*
* @field LPSTR | lpszCompatIDs | Pointer to a list of Plug-and-Play compatible IDs for
* this driver.
*
*******************************************************************************/
typedef struct _DRIVER_NODE {
struct _DRIVER_NODE FAR* lpNextDN;
UINT Rank;
UINT InfType;
unsigned InfDate;
LPSTR lpszDescription; // Compatibility: Contains the Device Desc.
LPSTR lpszSectionName;
ATOM atInfFileName;
ATOM atMfgName;
ATOM atProviderName;
DWORD Flags;
DWORD dwPrivateData;
LPSTR lpszDrvDescription; // New contains an driver description
LPSTR lpszHardwareID;
LPSTR lpszCompatIDs;
} DRIVER_NODE, NEAR* PDRIVER_NODE, FAR* LPDRIVER_NODE, FAR* FAR* LPLPDRIVER_NODE;
#define DNF_DUPDESC 0x00000001 // Multiple providers have same desc
#define DNF_OLDDRIVER 0x00000002 // Driver node specifies old/current driver
#define DNF_EXCLUDEFROMLIST 0x00000004
#define DNF_NODRIVER 0x00000008 // if we want to install no driver e.g no mouse drv
#define DNF_CONVERTEDLPINFO 0x00000010 // Set if the Driver Node is a Converted Info Node
// possible types of "INF" files
#define INFTYPE_WIN4 1
#define INFTYPE_WIN3 2
#define INFTYPE_COMBIDRV 3
#define INFTYPE_PPD 4
#define INFTYPE_WPD 5
#define INFTYPE_CLASS_SPEC1 6
#define INFTYPE_CLASS_SPEC2 7
#define INFTYPE_CLASS_SPEC3 8
#define INFTYPE_CLASS_SPEC4 9
#define MAX_CLASS_NAME_LEN 32
#define MAX_DRIVER_INST_LEN 10
// NOTE: Keep this in sync with confimg.h in \DDK\INC
#define MAX_DEVNODE_ID_LEN 256
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types DEVICE_INFO | This is the basic data structure for most Device
* installation APIs. A DEVICE_INFO represents a device that is being installed
* on the system, or an installed device that is being modified in some way.
*
* @field UINT | cbSize | Size of the DEVICE_INFO struct.
*
* @field struct _DEVICE_INFO FAR | *lpNextDi | Pointer to the next DEVICE_INFO struct
* in a linked list.
*
* @field char | szDescription[LINE_LEN] | Buffer containing the description of the
* device.
*
* @field DWORD | dnDevnode | If set, this contains the address of the DevNode associated
* with the device.
*
* @field HKEY | hRegKey | An opened registry key that contains the device's registry
* subkey. This is usually HKEY_LOCAL_MACHINE.
*
* @field char | szRegSubkey[MAX_DEVNODE_ID_LEN] | Buffer containing the device's
* hardware registry subkey. This is key is rooted in hRegKey, and is ususally some
* place in the \\ENUM branch.
*
* @field char | szClassName[MAX_CLASS_NAME_LEN] | Buffer containing the device's
* class name.
*
* @field DWORD | Flags | Flags for controlling installation and U/I functions. Some
* flags can be set prior to calling device installer APIs, and other are set
* automatically during the processing of some APIs.
* @flag DI_SHOWOEM | Set if OEM disk support should be allowed
* @flag DI_SHOWCOMPAT | Will be set if only a compatible driver list
* is being displayed by DiSelectDevice.
* @flag DI_SHOWCLASS | Will be set if only a Class driver list is
* is being displayed by DiSelectDevice.
* @flag DI_SHOWALL | Will be set if both a compatible driver list
* and a class driver list are being shown by DiSelectDevice.
* @flag DI_NOVCP | Set if no VCP (Virtual Copy Procedure) is
* desired during DiInstallDevice.
* @flag DI_DIDCOMPAT | Will be set if DiBuildCompatDrvList has been
* done, and lpCompatDrvList points to this device's compatible driver list.
* @flag DI_DIDCLASS | Will be set if DiBuildClassDrvList has been
* done, and lpClassDrvList points to this device's class driver list.
* @flag DI_AUTOASSIGNRES | Unused.
* @flag DI_NEEDRESTART | Will be set if the device requires a restart
* of Windows after installation or a state change.
* @flag DI_NEEDREBOOT | Will be set if the device requires a reboot
* of the machine after installation or a state change.
* @flag DI_NOBROWSE | Set to diable browsing when selecting an OEM
* disk path.
* @flag DI_MULTMFGS | Will be set if a class driver list, or class
* info list contains multiple manufactures.
* @flag DI_DISABLED | Unused.
* @flag DI_GENERALPAGE_ADDED | Set by a property page provider if a general
* properties page has been added to the device's property sheet.
* @flag DI_RESOURCEPAGE_ADDED | Set by a property page provider if a resource
* properties page has been added to the device's property sheet.
* @flag DI_PROPERTIES_CHANGE | Set if a device's properties have been changed
* and require an update of the Device Manager's U/I.
* @flag DI_INF_IS_SORTED | Set if the INF containing drivers for this
* device is in sorted order.
* @flag DI_ENUMSINGLEINF | Set if DiBuildCompatDrvList and
* DiBuildlassDrvList should only search the INF file specificed by atDriverPath.
* @flag DI_DONOTCALLCONFIGMG | Set if the configuration manager should not
* be called during DiInstallDevice.
* @flag DI_INSTALLDISABLED | Set if the device should be installed in a
* disabled state by default.
* @flag DI_CLASSONLY | Set if this DEVICE_INFO struct contains only
* a class name.
* @flag DI_CLASSINSTALLPARAMS | Set if the lpClassIntallParams field points to
* a class install parameter block.
* @flag DI_NODI_DEFAULTACTION | Set if DiCallClassInstaller should not
* perform any default action if the class installer return ERR_DI_DO_DEFAULT, or
* there is not class installer.
* @flag DI_QUIETINSTALL | Set if device install API should be as
* silent as possible using default choices whereever possible.
* @flag DI_NOFILECOPY | Set if DiInstallDevice should skip file
* copying.
* @flag DI_FORCECOPY | Set if DiInstallDevice should always
* copy file, even if they are present on the system.
* @flag DI_DRIVERPAGE_ADDED | Set by a property page provider if a driver
* properties page has been added to the device's property sheet.
* @flag DI_USECI_SELECTSTRINGS | Set if class installer provided strings
* should be used during DiSelectDevice.
* @flag DI_OVERRIDE_INFFLAGS | Unused.
* @flag DI_PROPS_NOCHANGEUSAGE | Set if there should be no Enable/Disable
* capability on the device's general property page.
* @flag DI_NOSELECTICONS | Set if no small icons should be used during
* DiSelectDevice.
* @flag DI_NOWRITE_IDS | Set if DiInstallDevice should not write
* the device's hardware and compatible IDs to the registry.
*
* @field HWND | hwndParent | Window handle that will own U/I dialogs related to this
* device.
*
* @field LPDRIVER_NODE | lpCompatDrvList | Pointer to a linked list of DRIVER_NODES
* representing the compatible drivers for this device.
*
* @field LPDRIVER_NODE | lpClassDrvList | Pointer to a linked list of DRIVER_NODES
* representing all drivers of this device's class.
*
* @field LPDRIVER_NODE | lpSelectedDriver | Pointer to a single DRIVER_NODE that
* has been selected as the driver for this device.
*
* @field ATOM | atDriverPath | Global ATOM containing the path to this device's INF
* file. This is set only of the driver came from an OEM INF file. This will be
* 0 if the INF is a standard Windows INF file.
*
* @field ATOM | atTempInfFile | Global ATOM containing the name of a temporary INF
* file for this device's drivers. This is set if the drivers came from an old style
* INF file and have been converted.
*
* @field HINSTANCE | hinstClassInstaller | Class installer module instance.
*
* @field HINSTANCE | hinstClassPropProvidor | Class Property Providor module instance.
*
* @field HINSTANCE | hinstDevicePropProvidor | Device Property Providor module instance.
*
* @field HINSTANCE | hinstBasicPropProvidor | Basic Property Providor module instance.
*
* @field FARPROC | fpClassInstaller | Procedure address of class install function.
*
* @field FARPROC | fpClassEnumPropPages | Procedure address of the Class property
* provider page enumeration function.
*
* @field FARPROC | fpDeviceEnumPropPages | Procedure address of the Device property
* provider page enumeration function.
*
* @field FARPROC | fpEnumBasicProperties | Procedure address of the Basic device
* property provider page enumeration function.
*
* @field DWORD | dwSetupReserved | Reserved for use by Setup.
*
* @field DWORD | dwClassInstallReserved | Reserved for use by Class Installers.
*
* @field GENCALLBACKPROC | gicpGenInstallCallBack | Procedure address of a GenInstall
* call back function. This would be set if the class installer wanted to handle
* GenInstall callbacks during DiInstallDevice.
*
* @field LPARAM | gicplParam | lParam for the GenInstall Callback.
*
* @field UINT | InfType | The type of INF file being used. This will be INFTYPE_TEXT
* or INFTYPE_EXECUTABLE.
*
* @field HINSTANCE | hinstPrivateProblemHandler | Module handle for the device's
* private problem procedure.
*
* @field FARPROC | fpPrivateProblemHandler | Procedure address of the device's
* private problem handler.
*
* @field LPARAM | lpClassInstallParams | Pointer to a class install parameter block.
* Class installer parameters are specific to the class install functions.
*
* @field struct _DEVICE_INFO FAR | *lpdiChildList | Pointer to a linked list of
* DRIVER_INFO structs representing children of this device.
*
* @field DWORD | dwFlagsEx | Additional control flags.
* @flag DI_FLAGSEX_USEOLDINFSEARCH | Set if INF Search functions should not use
* indexed searching.
* @flag DI_FLAGSEX_AUTOSELECTRANK0 | Set if DiSelectDevice should automatically
* select rank 0 match drivers.
* @flag DI_FLAGSEX_CI_FAILED | Will be set internally if there was a
* failure to load or call a class installer.
* @flag DI_FLAGSEX_DIDINFOLIST | Will be set if DiBuildCompatDrvInfoList has
* been called, and this device's compatible driver Info list has been built.
* @flag DI_FLAGSEX_DIDCOMPATINFO | Will be set if DiBuildClassDrvInfoList has
* been called, and this device's class driver Info list has been built.
* @flag DI_FLAGSEX_FILTERCLASSES | If set, DiBuildClassDrvList, and
* DiBuildClassDrvInfoList will check for Class inclusion filters. This means
* devices will not be included in the list, if their class is marked as a
* NoInstallClass class.
* @flag DI_FLAGSEX_SETFAILEDINSTALL | If set, then if DiInstallDevice installs
* a NULL driver, it will also set the FAILEDINSTALL config flag
* @flag DI_FLAGSEX_DEVICECHANGE | If set, the device manager will rebuild it
* tree of devices after the device property sheet is closed.
* @flag DI_FLAGSEX_ALWAYSWRITEIDS | If set, and the flag, DI_NOWRITE_ID is clear
* (ie that flag takes higher precedance) then always write Hardare and Compat
* ids, even if they allready exist
* @flag DI_FLAGSEX_ALLOWEXCLUDEDDRVS | If set, DiSelectDevice will display drivers
* that have the Exlude From Select state
* @flag DI_FLAGSEX_NOUIONQUERYREMOVE | If setup, DiInstallDevice will prevent
* U/I warnings during a query removal. Any U/I wanings that would have been
* displayed will be silently failed.
* @field LPDRIVER_INFO | lpCompatDrvInfoList | Pointer to a linked list of
* DRIVER_INFO structs that are compatible with this device.
*
* @field LPDRIVER_INFO | lpClassDrvInfoList | Pointer to a linked list of
* DRIVER_INFO structs representing all drivers for this device's class.
*
*******************************************************************************/
typedef struct _DEVICE_INFO
{
UINT cbSize;
struct _DEVICE_INFO FAR *lpNextDi;
char szDescription[LINE_LEN];
DWORD dnDevnode;
HKEY hRegKey;
char szRegSubkey[MAX_DEVNODE_ID_LEN];
char szClassName[MAX_CLASS_NAME_LEN];
DWORD Flags;
HWND hwndParent;
LPDRIVER_NODE lpCompatDrvList;
LPDRIVER_NODE lpClassDrvList;
LPDRIVER_NODE lpSelectedDriver;
ATOM atDriverPath;
ATOM atTempInfFile;
HINSTANCE hinstClassInstaller;
HINSTANCE hinstClassPropProvidor;
HINSTANCE hinstDevicePropProvidor;
HINSTANCE hinstBasicPropProvidor;
FARPROC fpClassInstaller;
FARPROC fpClassEnumPropPages;
FARPROC fpDeviceEnumPropPages;
FARPROC fpEnumBasicProperties;
DWORD dwSetupReserved;
DWORD dwClassInstallReserved;
GENCALLBACKPROC gicpGenInstallCallBack;
LPARAM gicplParam;
UINT InfType;
HINSTANCE hinstPrivateProblemHandler;
FARPROC fpPrivateProblemHandler;
LPARAM lpClassInstallParams;
struct _DEVICE_INFO FAR *lpdiChildList;
DWORD dwFlagsEx;
LPDRIVER_INFO lpCompatDrvInfoList;
LPDRIVER_INFO lpClassDrvInfoList;
} DEVICE_INFO, FAR * LPDEVICE_INFO, FAR * FAR * LPLPDEVICE_INFO;
#define ASSERT_DI_STRUC(lpdi) if (lpdi->cbSize != sizeof(DEVICE_INFO)) return (ERR_DI_BAD_DEV_INFO)
typedef struct _CLASS_INFO
{
UINT cbSize;
struct _CLASS_INFO FAR* lpNextCi;
LPDEVICE_INFO lpdi;
char szDescription[LINE_LEN];
char szClassName[MAX_CLASS_NAME_LEN];
} CLASS_INFO, FAR * LPCLASS_INFO, FAR * FAR * LPLPCLASS_INFO;
#define ASSERT_CI_STRUC(lpci) if (lpci->cbSize != sizeof(CLASS_INFO)) return (ERR_DI_BAD_CLASS_INFO)
// flags for device choosing (InFlags)
#define DI_SHOWOEM 0x00000001L // support Other... button
#define DI_SHOWCOMPAT 0x00000002L // show compatibility list
#define DI_SHOWCLASS 0x00000004L // show class list
#define DI_SHOWALL 0x00000007L
#define DI_NOVCP 0x00000008L // Don't do vcpOpen/vcpClose.
#define DI_DIDCOMPAT 0x00000010L // Searched for compatible devices
#define DI_DIDCLASS 0x00000020L // Searched for class devices
#define DI_AUTOASSIGNRES 0x00000040L // No UI for resources if possible
// flags returned by DiInstallDevice to indicate need to reboot/restart
#define DI_NEEDRESTART 0x00000080L // Restart required to take effect
#define DI_NEEDREBOOT 0x00000100L // Reboot required to take effect
// flags for device installation
#define DI_NOBROWSE 0x00000200L // no Browse... in InsertDisk
// Flags set by DiBuildClassDrvList
#define DI_MULTMFGS 0x00000400L // Set if multiple manufacturers in
// class driver list
// Flag indicates that device is disabled
#define DI_DISABLED 0x00000800L // Set if device disabled
// Flags for Device/Class Properties
#define DI_GENERALPAGE_ADDED 0x00001000L
#define DI_RESOURCEPAGE_ADDED 0x00002000L
// Flag to indicate the setting properties for this Device (or class) caused a change
// so the Dev Mgr UI probably needs to be updatd.
#define DI_PROPERTIES_CHANGE 0x00004000L
// Flag to indicate that the sorting from the INF file should be used.
#define DI_INF_IS_SORTED 0x00008000L
#define DI_ENUMSINGLEINF 0x00010000L
// The following flags can be used to install a device disabled
// and to prevent CONFIGMG being called when a device is installed
#define DI_DONOTCALLCONFIGMG 0x00020000L
#define DI_INSTALLDISABLED 0x00040000L
// This flag is set of this LPDI is really just an LPCI, ie
// it only contains class info, NO DRIVER/DEVICE INFO
#define DI_CLASSONLY 0x00080000L
// This flag is set if the Class Install params are valid
#define DI_CLASSINSTALLPARAMS 0x00100000L
// This flag is set if the caller of DiCallClassInstaller does NOT
// want the internal default action performed if the Class installer
// return ERR_DI_DO_DEFAULT
#define DI_NODI_DEFAULTACTION 0x00200000L
// BUGBUG. This is a hack for M6 Net setup. Net Setup does not work correctly
// if we process devnode syncronously. This WILL be removed for M7 when
// Net setup is fixed to work with DiInstallDevice
#define DI_NOSYNCPROCESSING 0x00400000L
// flags for device installation
#define DI_QUIETINSTALL 0x00800000L // don't confuse the user with
// questions or excess info
#define DI_NOFILECOPY 0x01000000L // No file Copy necessary
#define DI_FORCECOPY 0x02000000L // Force files to be copied from install path
#define DI_DRIVERPAGE_ADDED 0x04000000L // Prop providor added Driver page.
#define DI_USECI_SELECTSTRINGS 0x08000000L // Use Class Installer Provided strings in the Select Device Dlg
#define DI_OVERRIDE_INFFLAGS 0x10000000L // Override INF flags
#define DI_PROPS_NOCHANGEUSAGE 0x20000000L // No Enable/Disable in General Props
#define DI_NOSELECTICONS 0x40000000L // No small icons in select device dialogs
#define DI_NOWRITE_IDS 0x80000000L // Don't write HW & Compat IDs on install
#define DI_FLAGSEX_USEOLDINFSEARCH 0x00000001L // Inf Search functions should not use Index Search
#define DI_FLAGSEX_AUTOSELECTRANK0 0x00000002L // DiSelectDevice doesn't propmt user if rank 0 match
#define DI_FLAGSEX_CI_FAILED 0x00000004L // Failed to Load/Call class installer
#define DI_FLAGSEX_DIDINFOLIST 0x00000010L // Did the Class Info List
#define DI_FLAGSEX_DIDCOMPATINFO 0x00000020L // Did the Compat Info List
#define DI_FLAGSEX_FILTERCLASSES 0x00000040L
#define DI_FLAGSEX_SETFAILEDINSTALL 0x00000080L
#define DI_FLAGSEX_DEVICECHANGE 0x00000100L
#define DI_FLAGSEX_ALWAYSWRITEIDS 0x00000200L
#define DI_FLAGSEX_ALLOWEXCLUDEDDRVS 0x00000800L
#define DI_FLAGSEX_NOUIONQUERYREMOVE 0x00001000L
// Defines for class installer functions
#define DIF_SELECTDEVICE 0x0001
#define DIF_INSTALLDEVICE 0x0002
#define DIF_ASSIGNRESOURCES 0x0003
#define DIF_PROPERTIES 0x0004
#define DIF_REMOVE 0x0005
#define DIF_FIRSTTIMESETUP 0x0006
#define DIF_FOUNDDEVICE 0x0007
#define DIF_SELECTCLASSDRIVERS 0x0008
#define DIF_VALIDATECLASSDRIVERS 0x0009
#define DIF_INSTALLCLASSDRIVERS 0x000A
#define DIF_CALCDISKSPACE 0x000B
#define DIF_DESTROYPRIVATEDATA 0x000C
#define DIF_VALIDATEDRIVER 0x000D
#define DIF_MOVEDEVICE 0x000E
#define DIF_DETECT 0x000F
#define DIF_INSTALLWIZARD 0x0010
#define DIF_DESTROYWIZARDDATA 0x0011
#define DIF_PROPERTYCHANGE 0x0012
#define DIF_ENABLECLASS 0x0013
#define DIF_DETECTVERIFY 0x0014
#define DIF_INSTALLDEVICEFILES 0x0015
typedef UINT DI_FUNCTION; // Function type for device installer
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types ENABLECLASS_PARAMS | DIF_ENABLECLASS class install parameters
*
* @field UINT | cbSize | Size of the ENABLECLASS_PARAMS struct.
*
* @field LPSTR | szClass | The class that is being enabled.
*
* @field WORD | wEnableMsg | Specifies the stage of enabling.
* Can be one of:
*
* @const ENABLECLASS_QUERY | The class is about to be enabled. Return
* ERR_DI_DO_DEFAULT to allow the class to be enabled, or ERR_DI_FAIL_QUERY
* to prevent the class from being enabled.
*
* @const ENABLECLASS_SUCCESS | The enabling of the class has succeeded,
* return ERR_DI_DO_DEFAULT.
*
* @const ENABLECLASS_FAILURE | The enabling of the class has failed,
* return ERR_DI_DO_DEFAULT.
*
*******************************************************************************/
// DIF_ENABLECLASS parameter struct.
typedef struct _ENABLECLASS_PARAMS
{
UINT cbSize;
LPSTR szClass;
WORD wEnableMsg;
} ENABLECLASS_PARAMS, FAR * LPENABLECLASS_PARAMS;
#define ASSERT_ENABLECLASSPARAMS_STRUC(lpecp) if (lpecp->cbSize != sizeof(ENABLECLASS_PARAMS)) return (ERR_DI_BAD_ENABLECLASS_PARAMS)
#define ENABLECLASS_QUERY 0
#define ENABLECLASS_SUCCESS 1
#define ENABLECLASS_FAILURE 2
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types MOVEDEV_PARAMS | DIF_MOVEDEVICE class install parameters
*
* @field UINT | cbSize | Size of the MOVDEV_PARAMS struct.
*
* @field LPDEVICE_INFO | lpdiOldDev | Pointer to the device that is being
* moved.
*
*******************************************************************************/
typedef struct _MOVEDEV_PARAMS
{
UINT cbSize;
LPDEVICE_INFO lpdiOldDev; // References the Device Begin Moved
} MOVEDEV_PARAMS, FAR * LPMOVEDEV_PARAMS;
#define ASSERT_MOVEDEVPARAMS_STRUC(lpmdp) if (lpmdp->cbSize != sizeof(MOVEDEV_PARAMS)) return (ERR_DI_BAD_MOVEDEV_PARAMS)
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types PROPCHANGE_PARAMS | DIF_PROPCHANGE class install parameters
*
* @field UINT | cbSize | Size of the PROPCHANGE_PARAMS struct.
*
* @field DWORD | dwStateChange | State change action. See DiChangeState for details.
*
* @field DWORD | dwFlags | Flags specific to the type of state change.
*
* @field DWORD | dwConfigID | Configuration ID for config specific changes.
*
* @xref DiChangeState.
*
*******************************************************************************/
typedef struct _PROPCHANGE_PARAMS
{
UINT cbSize;
DWORD dwStateChange;
DWORD dwFlags;
DWORD dwConfigID;
} PROPCHANGE_PARAMS, FAR * LPPROPCHANGE_PARAMS;
#define ASSERT_PROPCHANGEPARAMS_STRUC(lpmdp) if (lpmdp->cbSize != sizeof(PROPCHANGE_PARAMS)) return (ERR_DI_BAD_PROPCHANGE_PARAMS)
#define MAX_TITLE_LEN 60
#define MAX_INSTRUCTION_LEN 256
#define MAX_LABEL_LEN 30
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types SELECTDEVICE_PARAMS | DIF_SELECTDEVICE class install parameters
*
* @field UINT | cbSize | Size of the SELECTDEVICE_PARAMS struct.
*
* @field char | szTitle[MAX_TITLE_LEN] | Buffer containing a class installer
* provided title for the Select Device dialogs.
*
* @field char | szInstructions[MAX_INSTRUCTION_LEN] | Buffer containing
* class installer provided Select Device instructions.
*
* @field char | szListLabel[MAX_LABEL_LEN] | Buffer containing a lable
* of the Select Device list of drivers.
*
*******************************************************************************/
typedef struct _SELECTDEVICE_PARAMS
{
UINT cbSize;
char szTitle[MAX_TITLE_LEN];
char szInstructions[MAX_INSTRUCTION_LEN];
char szListLabel[MAX_LABEL_LEN];
} SELECTDEVICE_PARAMS, FAR * LPSELECTDEVICE_PARAMS;
#define ASSERT_SELECTDEVICEPARAMS_STRUC(p) if (p->cbSize != sizeof(SELECTDEVICE_PARAMS)) return (ERR_DI_BAD_SELECTDEVICE_PARAMS)
#define DI_REMOVEDEVICE_GLOBAL 0x00000001
#define DI_REMOVEDEVICE_CONFIGSPECIFIC 0x00000002
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types REMOVEDEVICE_PARAMS | DIF_REMOVE class install parameters
*
* @field UINT | cbSize | Size of the REMOVEDEVICE_PARAMS struct.
*
* @field DWORD | dwFlags | Flags indicating the type of removal to perform.
* @flag DI_REMOVEDEVICE_GLOBAL | The device will be removed globally.
* @flag DI_REMOVEDEVICE_CONFIGSPECIFIC | The device will be removed from only
* the specified configuration.
*
* @field DWORD | dwConfigID | If DI_REMOVEDEVICE_CONFIGSPECIFIC is set, then
* this is the configuration the device will be removed from. 0 means the current
* config.
*
*******************************************************************************/
typedef struct _REMOVEDEVICE_PARAMS
{
UINT cbSize;
DWORD dwFlags;
DWORD dwConfigID;
} REMOVEDEVICE_PARAMS, FAR * LPREMOVEDEVICE_PARAMS;
#define ASSERT_REMOVEDPARAMS_STRUC(p) if (p->cbSize != sizeof(REMOVEDEVICE_PARAMS)) return (ERR_DI_BAD_REMOVEDEVICE_PARAMS)
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @type NONE | Dynamic Hardware Install Wizard Constants | Constants that are
* used when adding custom pages to the hardware install wizard.
*
* @const MAX_INSTALLWIZARD_DYNAPAGES | The maximum number of dynamic hardware
* installation wizard pages that can be added by a class installer.
*
* @const IDD_DYNAWIZ_FIRSTPAGE | Resource ID for the first page that the install
* wizard will go to after adding the class installer pages.
*
* @const IDD_DYNAWIZ_SELECT_PREVPAGE | Resource ID for the page that the Select
* Device page will go back to.
*
* @const IDD_DYNAWIZ_SELECT_NEXTPAGE | Resource ID for the page that the Select
* Device page will go forward to.
*
* @const IDD_DYNAWIZ_ANALYZE_PREVPAGE | Resource ID for the page that the Analyze
* page will go back to. This will only be used in the event that there is a
* problem (i.e a conflict), and the user selects Back from the analyze page.
*
* @const IDD_DYNAWIZ_ANALYZE_NEXTPAGE | Resource ID for the page that the Analyze
* page will go to if it continues forward. The wAnalyzeResult in the
* INSTALLWIZARDDATA struct will contain the anaysis results.
*
* @const IDD_DYNAWIZ_INSTALLDETECTED_PREVPAGE | Resource ID for that page that the
* Install detected devices page will go back to.
*
* @const IDD_DYNAWIZ_INSTALLDETECTED_NEXTPAGE | Resource ID for the page that the
* Install detected devices page will go forward to.
*
* @const IDD_DYNAWIZ_INSTALLDETECTED_NODEVS | Resource ID for the page that the
* Install detected devices page will go to in the event that no devices are
* detected.
*
* @const IDD_DYNAWIZ_SELECTDEV_PAGE | Resource ID of the hardware install wizard's
* select device page. This ID can be used to go directly to the hardware install
* wizard's select device page.
*
* @const IDD_DYNAWIZ_ANALYZEDEV_PAGE | Resource ID of the hardware install wizard's
* device analysis page. This ID can be use to go directly to the hardware install
* wizard's analysis page.
*
* @const IDD_DYNAWIZ_INSTALLDETECTEDDEVS_PAGE | Resource ID of the hardware install
* wizard's install detected devices page. This ID can be use to go directly to
* the hardware install wizard's install detected devices page.
*
* @const IDD_DYNAWIZ_SELECTCLASS_PAGE | Resource ID of the hardware install wizard's
* select class page. This ID can be use to go directly to the hardware install
* wizard's select class page.
*
*******************************************************************************/
// DIF_INSTALLWIZARD Wizard Data
#define MAX_INSTALLWIZARD_DYNAPAGES 20
// Use this ID for the first page that the install wizard should dynamically jump to.
#define IDD_DYNAWIZ_FIRSTPAGE 10000
// Use this ID for the page that the Select Device dialog should go back to
#define IDD_DYNAWIZ_SELECT_PREVPAGE 10001
// Use this ID for the page that the Select Device dialog should go to next
#define IDD_DYNAWIZ_SELECT_NEXTPAGE 10002
// Use this ID for the page that the Analyze dialog should go back to
// This will only be used in the event that there is a problem, and the user
// selects Back from the analyze proc.
#define IDD_DYNAWIZ_ANALYZE_PREVPAGE 10003
// Use this ID for the page that the Analyze dialog should go to if it continue from
// the analyze proc. the wAnalyzeResult in the INSTALLDATA struct will
// contain the anaysis results.
#define IDD_DYNAWIZ_ANALYZE_NEXTPAGE 10004
// This dialog will be selected if the user chooses back from the
// Install Detected Devices dialog.
#define IDD_DYNAWIZ_INSTALLDETECTED_PREVPAGE 10006
// This dialog will be selected if the user chooses Next from the
// Install Detected Devices dialog.
#define IDD_DYNAWIZ_INSTALLDETECTED_NEXTPAGE 10007
// This is the ID of the dialog to select if detection does not
// find any new devices
#define IDD_DYNAWIZ_INSTALLDETECTED_NODEVS 10008
// This is the ID of the Select Device Wizard page.
#define IDD_DYNAWIZ_SELECTDEV_PAGE 10009
// This is the ID of the Analyze Device Wizard page.
#define IDD_DYNAWIZ_ANALYZEDEV_PAGE 10010
// This is the ID of the Install Detected Devs Wizard page.
#define IDD_DYNAWIZ_INSTALLDETECTEDDEVS_PAGE 10011
// This is the ID of the Select Class Wizard page.
#define IDD_DYNAWIZ_SELECTCLASS_PAGE 10012
// This flag is set if a Class installer has added pages to the
// install wizard.
#define DYNAWIZ_FLAG_PAGESADDED 0x00000001
// The following flags will control the button states when displaying
// the InstallDetectedDevs dialog.
#define DYNAWIZ_FLAG_INSTALLDET_NEXT 0x00000002
#define DYNAWIZ_FLAG_INSTALLDET_PREV 0x00000004
// Set this flag if you jump to the analyze page, and want it to
// handle conflicts for you. NOTE. You will not get control back
// in the event of a conflict if you set this flag.
#define DYNAWIZ_FLAG_ANALYZE_HANDLECONFLICT 0x00000008
#define ANALYZE_FACTDEF_OK 1
#define ANALYZE_STDCFG_OK 2
#define ANALYZE_CONFLICT 3
#define ANALYZE_NORESOURCES 4
#define ANALYZE_ERROR 5
#define ANALYZE_PNP_DEV 6
#define ANALYZE_PCMCIA_DEV 7
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types INSTALLWIZARDDATA | DIF_INSTALLWIZARD class install parameters. This
* struct is used by class installers to extend the operation of the hardware
* installation wizard by adding custom pages.
*
* @field UINT | cbSize | Size of the INSTALLWIZARDDATA struct.
*
* @field LPDEVICE_INFO | lpdiOriginal | Pointer to the Original DEVICE_INFO
* struct at the start of the manual installation.
*
* @field LPDEVICE_INFO | lpdiSelected | Pointer to the current DEVICE_INFO struct
* that is being manually selected.
*
* @field DWORD | dwFlags | Flags that control the operation of the hardware
* installation wizard. There are currently none defined.
*
* @field LPVOID | lpConfigData | Pointer to configuration data for analysis to
* determine if the selected device can be installed with no conflicts.
*
* @field WORD | wAnalyzeResult | Results of analysis to determine if the device
* can be installed with no problems. The following values are defined:
* @flag ANALYZE_FACTDEF_OK | The device can be installed using its factory
* default settings.
* @flag ANALYZE_STDCFG_OK | The device can be installed using a configuration
* specified in one if its basic logical configurations. The user will probably
* have to set jumpers or switches on the hardware to match the settings determined
* by the install wizard.
* @flag ANALYZE_CONFLICT | The device cannot be installed without causing a
* conflict with another device.
* @flag ANALYZE_NORESOURCES | The device does not require any resources, so it
* can be installed witth no conflicts.
* @flag ANALYZE_ERROR | There was an error during analysis.
* @flag ANALYZE_PNP_DEV | The device has a least one softsettable logical
* configurations, allowing it to be automatically configured. Additionally the
* device will be enumerated by one of the standard bus enumerators, so it does
* not require manual installation, except to pre-copy driver files.
*
* @field HPROPSHEETPAGE | hpsDynamicPages[MAX_INSTALLWIZARD_DYNAPAGES] | An
* array of property sheet page handles. The class installer would use this array
* to create custom wizard pages, and insert their handles into this array.
*
* @field WORD | wNumDynaPages | The number of pages inserted into the hpsDynamicPages
* array.
*
* @field DWORD | dwDynaWizFlags | Flags that control the behavior of the
* installation wizard whtn dynamic pages have been added.
* @flag DYNAWIZ_FLAG_PAGESADDED | Will be set by the install wizard if the
* class installer adds custom pages.
* @flag DYNAWIZ_FLAG_INSTALLDET_NEXT | If set, the install wizard will allow
* going forward from the detected devices page, otherwise finish will
* be the default option for the detected devices page.
* @flag DYNAWIZ_FLAG_INSTALLDET_PREV | If set, the install wizard will allow
* going back from the detected devices page.
* @flag DYNAWIZ_FLAG_ANALYZE_HANDLECONFLICT | If set, the class installer will
* handle the case where the selected device cannot be installed because of
* a conflict.
*
* @field DWORD | dwPrivateFlags | Flags that may be defined and used by the class
* installer.
*
* @field LPARAM | lpPrivateData | Pointer to private reference data defined and
* set by the class installer.
*
* @field LPSTR | lpExtraRunDllParams | Pointer to a string containing extra
* parameters passed to the hardware install rundll function.
*
* @field HWND | hwndWizardDlg | Window handle of the install wizard top level
* window.
*
*******************************************************************************/
typedef struct InstallWizardData_tag
{
UINT cbSize;
LPDEVICE_INFO lpdiOriginal;
LPDEVICE_INFO lpdiSelected;
DWORD dwFlags;
LPVOID lpConfigData;
WORD wAnalyzeResult;
// The following fields are used when a Class Installer Extends the Install Wizard
HPROPSHEETPAGE hpsDynamicPages[MAX_INSTALLWIZARD_DYNAPAGES];
WORD wNumDynaPages;
DWORD dwDynaWizFlags;
DWORD dwPrivateFlags;
LPARAM lpPrivateData;
LPSTR lpExtraRunDllParams;
HWND hwndWizardDlg;
} INSTALLWIZDATA, * PINSTALLWIZDATA , FAR *LPINSTALLWIZDATA;
RETERR WINAPI DiCreateDeviceInfo(
LPLPDEVICE_INFO lplpdi, // Ptr to ptr to dev info
LPCSTR lpszDescription, // If non-null then description string
DWORD hDevnode, // BUGBUG -- MAKE A DEVNODE
HKEY hkey, // Registry hkey for dev info
LPCSTR lpszRegsubkey, // If non-null then reg subkey string
LPCSTR lpszClassName, // If non-null then class name string
HWND hwndParent); // If non-null then hwnd of parent
RETERR WINAPI DiGetClassDevs(
LPLPDEVICE_INFO lplpdi, // Ptr to ptr to dev info
LPCSTR lpszClassName, // Must be name of class
HWND hwndParent, // If non-null then hwnd of parent
int iFlags); // Options
RETERR WINAPI DiGetClassDevsEx(
LPLPDEVICE_INFO lplpdi, // Ptr to ptr to dev info
LPCSTR lpszClassName, // Must be name of class
LPCSTR lpszEnumerator, // Must be name of enumerator, or NULL
HWND hwndParent, // If non-null then hwnd of parent
int iFlags); // Options
#define DIGCF_DEFAULT 0x0001 // NOT IMPLEMENTED!
#define DIGCF_PRESENT 0x0002
#define DIGCF_ALLCLASSES 0x0004
#define DIGCF_PROFILE 0x0008
// API to return the Class name of an INF File
RETERR WINAPI DiGetINFClass(LPSTR lpszMWDPath, UINT InfType, LPSTR lpszClassName, DWORD dwcbClassName);
RETERR WINAPI PASCAL DiCreateDevRegKey(
LPDEVICE_INFO lpdi,
LPHKEY lphk,
HINF hinf,
LPCSTR lpszInfSection,
int iFlags);
RETERR WINAPI PASCAL DiDeleteDevRegKey(LPDEVICE_INFO lpdi, int iFlags);
RETERR WINAPI PASCAL DiOpenDevRegKey(
LPDEVICE_INFO lpdi,
LPHKEY lphk,
int iFlags);
#define DIREG_DEV 0x0001 // Open/Create/Delete device key
#define DIREG_DRV 0x0002 // Open/Create/Delete driver key
#define DIREG_BOTH 0x0004 // Delete both driver and Device key
RETERR WINAPI DiReadRegLogConf
(
LPDEVICE_INFO lpdi,
LPSTR lpszConfigName,
LPBYTE FAR *lplpbLogConf,
LPDWORD lpdwSize
);
RETERR WINAPI DiReadRegConf
(
LPDEVICE_INFO lpdi,
LPBYTE FAR *lplpbLogConf,
LPDWORD lpdwSize,
DWORD dwFlags
);
#define DIREGLC_FORCEDCONFIG 0x00000001
#define DIREGLC_BOOTCONFIG 0x00000002
RETERR WINAPI DiCopyRegSubKeyValue
(
HKEY hkKey,
LPSTR lpszFromSubKey,
LPSTR lpszToSubKey,
LPSTR lpszValueToCopy
);
RETERR WINAPI DiDestroyClassInfoList(LPCLASS_INFO lpci);
RETERR WINAPI DiBuildClassInfoList(LPLPCLASS_INFO lplpci);
#define DIBCI_NOINSTALLCLASS 0x000000001
#define DIBCI_NODISPLAYCLASS 0x000000002
RETERR WINAPI DiBuildClassInfoListEx(LPLPCLASS_INFO lplpci, DWORD dwFlags);
RETERR WINAPI DiGetDeviceClassInfo(LPLPCLASS_INFO lplpci, LPDEVICE_INFO lpdi);
RETERR WINAPI DiDestroyDeviceInfoList(LPDEVICE_INFO lpdi);
RETERR WINAPI DiSelectDevice( LPDEVICE_INFO lpdi );
RETERR WINAPI DiSelectOEMDrv(HWND hDlg, LPDEVICE_INFO lpdi);
// Callback for diInstallDevice vcpOpen. Basically calls vcpUICallback for everthing
// except when DI_FORCECOPY is active, in which case copies get defaulted to
// VCPN_FORCE
LRESULT CALLBACK diInstallDeviceUICallbackProc(LPVOID lpvObj, UINT uMsg, WPARAM wParam, LPARAM lParam, LPARAM lparamRef);
RETERR WINAPI DiInstallDevice( LPDEVICE_INFO lpdi );
RETERR WINAPI DiInstallDriverFiles(LPDEVICE_INFO lpdi);
RETERR WINAPI DiRemoveDevice( LPDEVICE_INFO lpdi );
RETERR WINAPI DiAskForOEMDisk(LPDEVICE_INFO lpdi);
RETERR WINAPI DiCallClassInstaller(DI_FUNCTION diFctn, LPDEVICE_INFO lpdi);
BOOL WINAPI DiBuildDriverIndex(BOOL bUI);
BOOL WINAPI DiAddSingleInfToDrvIdx(LPSTR lpszInfName, WORD InfType, BOOL bCreate);
RETERR WINAPI DiBuildCompatDrvList(LPDEVICE_INFO lpdi);
RETERR WINAPI DiBuildClassDrvList(LPDEVICE_INFO lpdi);
RETERR WINAPI DiBuildCompatDrvInfoList(LPDEVICE_INFO lpdi);
RETERR WINAPI DiBuildClassDrvInfoList(LPDEVICE_INFO lpdi);
RETERR WINAPI DiDestroyDrvInfoList(LPDRIVER_INFO lpInfo);
LPDRIVER_NODE WINAPI DiConvertDriverInfoToDriverNode(LPDEVICE_INFO lpdi, LPDRIVER_INFO lpInfo);
typedef RETERR (CALLBACK *OLDINFPROC)(HINF hinf, LPCSTR lpszNewInf, LPARAM lParam);
RETERR WINAPI DiBuildClassDrvListFromOldInf(LPDEVICE_INFO lpdi, LPCSTR lpszSection, OLDINFPROC lpfnOldInfProc, LPARAM lParam);
RETERR WINAPI DiDestroyDriverNodeList(LPDRIVER_NODE lpdn);
RETERR WINAPI DiMoveDuplicateDevNode(LPDEVICE_INFO lpdiNewDev);
// The following export will load a dll and find the specified proc name
typedef RETERR (FAR PASCAL *DIINSTALLERPROPERTIES)(LPDEVICE_INFO);
RETERR WINAPI GetFctn(HKEY hk, LPSTR lpszRegVal, LPSTR lpszDefProcName,
HINSTANCE FAR * lphinst, FARPROC FAR *lplpfn);
RETERR
WINAPI
DiCreateDriverNode(
LPLPDRIVER_NODE lplpdn,
UINT Rank,
UINT InfType,
unsigned InfDate,
LPCSTR lpszDevDescription,
LPCSTR lpszDrvDescription,
LPCSTR lpszProviderName,
LPCSTR lpszMfgName,
LPCSTR lpszInfFileName,
LPCSTR lpszSectionName,
DWORD dwPrivateData);
RETERR WINAPI DiLoadClassIcon(
LPCSTR szClassName,
HICON FAR *lphiLargeIcon,
int FAR *lpiMiniIconIndex);
RETERR WINAPI DiInstallDrvSection(
LPCSTR lpszInfFileName,
LPCSTR lpszSection,
LPCSTR lpszClassName,
LPCSTR lpszDescription,
DWORD dwFlags);
RETERR WINAPI DiChangeState(LPDEVICE_INFO lpdi, DWORD dwStateChange, DWORD dwFlags, LPARAM lParam);
#define DICS_ENABLE 0x00000001
#define DICS_DISABLE 0x00000002
#define DICS_PROPCHANGE 0x00000003
#define DICS_START 0x00000004
#define DICS_STOP 0x00000005
#define DICS_FLAG_GLOBAL 0x00000001
#define DICS_FLAG_CONFIGSPECIFIC 0x00000002
#define DICS_FLAG_CONFIGGENERAL 0x00000004
RETERR WINAPI DiInstallClass(LPCSTR lpszInfFileName, DWORD dwFlags);
RETERR WINAPI DiOpenClassRegKey(LPHKEY lphk, LPCSTR lpszClassName);
// support routine for dealing with class mini icons
#define DMI_MASK 0x0001
#define DMI_BKCOLOR 0x0002
#define DMI_USERECT 0x0004
int WINAPI PASCAL DiDrawMiniIcon(HDC hdc, RECT rcLine, int iMiniIcon, DWORD flags);
BOOL WINAPI DiGetClassBitmapIndex(LPCSTR lpszClass, int FAR *lpiMiniIconIndex);
// internal calls for display class
#define DISPLAY_SETMODE_SUCCESS 0x0001
#define DISPLAY_SETMODE_DRVCHANGE 0x0002
#define DISPLAY_SETMODE_FONTCHANGE 0x0004
UINT WINAPI Display_SetMode(LPDEVICE_INFO lpdi, UINT uColorRes, int iXRes, int iYRes);
RETERR WINAPI Display_ClassInstaller(DI_FUNCTION diFctn, LPDEVICE_INFO lpdi);
RETERR WINAPI Display_OpenFontSizeKey(LPHKEY lphkFontSize);
BOOL WINAPI Display_SetFontSize(LPCSTR lpszFontSize);
RETERR WINAPI DiIsThereNeedToCopy(HWND hwnd, DWORD dwFlags);
#define DINTC_NOCOPYDEFAULT 0x00000001
// API for the mouse class installer
RETERR WINAPI Mouse_ClassInstaller(DI_FUNCTION diFctn, LPDEVICE_INFO lpdi);
#endif // NODEVICEINSTALL
// API for determining if a Driver file is currently part of VMM32.VxD
BOOL WINAPI bIsFileInVMM32
(
LPSTR lpszFileName
);
#ifndef NOUSERINTERFACE
/***************************************************************************/
//
// User Interface prototypes and definitions
//
/***************************************************************************/
BOOL WINAPI UiMakeDlgNonBold(HWND hDlg);
VOID WINAPI UiDeleteNonBoldFont(HWND hDlg);
#endif
/***************************************************************************/
//
// setup reg DB calls, use just like those in kernel
//
/***************************************************************************/
DWORD WINAPI SURegOpenKey(HKEY hKey, LPCSTR lpszSubKey, HKEY FAR *lphkResult);
DWORD WINAPI SURegCloseKey(HKEY hKey);
DWORD WINAPI SURegCreateKey(HKEY hKey, LPCSTR lpszSubKey, HKEY FAR *lphkResult);
DWORD WINAPI SURegDeleteKey(HKEY hKey, LPCSTR lpszSubKey);
DWORD WINAPI SURegEnumKey(HKEY hKey, DWORD dwIdx, LPSTR lpszBuffer, DWORD dwBufSize);
DWORD WINAPI SURegQueryValue16(HKEY hKey, LPCSTR lpszSubKey, LPSTR lpValueBuf, DWORD FAR *ldwBufSize);
DWORD WINAPI SURegSetValue16(HKEY hKey, LPCSTR lpszSubKey, DWORD dwType, LPCBYTE lpszValue, DWORD dwValSize);
DWORD WINAPI SURegDeleteValue(HKEY hKey,LPCSTR lpszValue);
DWORD WINAPI SURegEnumValue(HKEY hKey,DWORD dwIdx, LPCSTR lpszValue, DWORD FAR *lpcbValue, DWORD FAR *lpdwReserved, DWORD FAR *lpdwType, LPBYTE lpbData, DWORD FAR *lpcbData);
DWORD WINAPI SURegQueryValueEx(HKEY hKey,LPCSTR lpszValueName, DWORD FAR *lpdwReserved,DWORD FAR *lpdwType,LPSTR lpValueBuf, DWORD FAR *ldwBufSize);
DWORD WINAPI SURegSetValueEx(HKEY hKey,LPCSTR lpszValueName, DWORD dwReserved, DWORD dwType, LPBYTE lpszValue, DWORD dwValSize);
DWORD WINAPI SURegSaveKey(HKEY hKey, LPCSTR lpszFileName, LPVOID lpsa);
DWORD WINAPI SURegLoadKey(HKEY hKey, LPCSTR lpszSubKey, LPCSTR lpszFileName);
DWORD WINAPI SURegUnLoadKey(HKEY hKey, LPCSTR lpszSubKey);
DWORD WINAPI SURegFlush(VOID);
DWORD WINAPI SURegInit(VOID); // should be called before any other Reg APIs
/***************************************************************************/
// setup FormatMessage support
/***************************************************************************/
#define MB_LOG (UINT)-1
#define MB_DBG (UINT)-2
UINT FAR CDECL suFormatMessage(HINSTANCE hAppInst, LPCSTR lpcFormat, LPSTR szMessage, UINT uSize,
...);
UINT WINAPI suvFormatMessage(HINSTANCE hAppInst, LPCSTR lpcFormat, LPSTR szMessage, UINT uSize,
LPVOID FAR * lpArgs);
int WINCAPI _loadds suFormatMessageBox(HINSTANCE hAppInst, HWND hwndParent, LPCSTR lpcText, LPCSTR lpcTitle,
UINT uStyle, ...);
WORD WINAPI suErrorToIds( WORD Value, WORD Class );
/***************************************************************************/
// setup Version Conflict support
/***************************************************************************/
LPVOID WINAPI suVerConflictInit(BOOL fYesToLangMismatch);
void WINAPI suVerConflictTerm(LPVOID lpvData);
LRESULT WINAPI suVerConflict(HWND hwnd, LPVCPVERCONFLICT lpvc, LPVOID lpvData);
int WINAPI sxCompareDosAppVer( LPCSTR lpszOldFileSpec, LPCSTR lpszNewFileSpec);
/***************************************************************************/
// setup Help support
/***************************************************************************/
BOOL WINAPI suHelp( HWND hwndApp, HWND hwndDlg );
//***************************************************************************/
// setup Emergency Boot Disk (EBD) creation fn.
//***************************************************************************/
RETERR WINAPI suCreateEBD( HWND hWnd, VIFPROC CopyCallbackProc, LPARAM lpuii );
//***************************************************************************
// Misc SETUPX.DLL support functions.
//***************************************************************************
#ifdef NEC_98 // for support AT Boot
#endif //NEC_98
RETERR WINAPI SUGetSetSetupFlags(LPDWORD lpdwFlags, BOOL bSet);
RETERR WINAPI CfgSetupMerge( int uFlags );
BOOL WINAPI sxIsMSDOS7Running();
#ifndef LPLPSTR
typedef LPSTR (FAR *LPLPSTR);
#endif
//***************************************************************************
//
// ENUMS for accessing config.sys/autoexec.bat line objects using the
// array returned by ParseConfigLine()..
//
//***************************************************************************
enum CFGLINE_STRINGS // Config.sys/autoexec.bat objects
{
CFG_KEYLEAD, // Keyword leading whitespaces
CFG_KEYWORD, // Keyword
CFG_KEYTRAIL, // Keyword trailing delimiters
CFG_UMBINFO, // Load high info
CFG_DRVLETTER, // Drive letter for cmd path
CFG_PATH, // Command path
CFG_COMMAND, // Command base name
CFG_EXT, // Command extension including '.'
CFG_ARGS, // Command arguments
CFG_FREE, // Free area at end of buffer
CFG_END
};
/*---------------------------------------------------------------------------*
* SUB String Data
*---------------------------------------------------------------------------*/
/*******************************************************************************
* AUTODOC
* @doc EXTERNAL SETUPX DEVICE_INSTALLER
*
* @types SUBSTR_DATA | Data structure used to manage substrings.
* struct is used by class installers to extend the operation of the hardware
* installation wizard by adding custom pages.
*
* @field LPSTR | lpFirstSubstr | Pointer to the first substring in the list.
*
* @field LPSTR | lpCurSubstr | Pointer to the current substring in the list.
*
* @field LPSTR | lpLastSubstr | Pointer to the last substring in the list.
*
* @xref InitSubstrData
* @xref GetFirstSubstr
* @xref GetNextSubstr
*
*******************************************************************************/
typedef struct _SUBSTR_DATA {
LPSTR lpFirstSubstr;
LPSTR lpCurSubstr;
LPSTR lpLastSubstr;
} SUBSTR_DATA;
typedef SUBSTR_DATA* PSUBSTR_DATA;
typedef SUBSTR_DATA NEAR* NPSUBSTR_DATA;
typedef SUBSTR_DATA FAR* LPSUBSTR_DATA;
BOOL WINAPI InitSubstrData(LPSUBSTR_DATA lpSubstrData, LPSTR lpStr);
BOOL WINAPI GetFirstSubstr(LPSUBSTR_DATA lpSubstrData);
BOOL WINAPI GetNextSubstr(LPSUBSTR_DATA lpSubStrData);
BOOL WINAPI FirstBootMoveToDOSSTART(LPSTR lpszCmd, BOOL fRemark);
BOOL WINAPI DOSOptEnableCurCfg(LPCSTR lpszOptKey);
/*---------------------------------------------------------------------------*
* Misc. Di functions
*---------------------------------------------------------------------------*/
BOOL WINAPI DiBuildPotentialDuplicatesList
(
LPDEVICE_INFO lpdi,
LPSTR lpDuplicateList,
DWORD cbSize,
LPDWORD lpcbData,
LPSTR lpstrDupType
);
// PID
BOOL _loadds WINAPI PidConstruct( LPSTR lpszProductType, LPSTR lpszPID, LPSTR lpszUPI, int iAction);
BOOL _loadds WINAPI PidValidate( LPSTR lpszProductType, LPSTR lpszPID);
int _loadds WINAPI WriteDMFBootData(int iDrive, LPSTR pData, int cb);
//***************************************************************************
#endif // SETUPX_INC
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