/* Copyright (c) 1995, Microsoft Corporation, all rights reserved
**
** nouiutil.h
** No UI helper routines (no HWNDs required)
** Public header
**
** 08/25/95 Steve Cobb
*/
#pragma once
#ifndef _NOUIUTIL_H_
#define _NOUIUTIL_H_
/* Maximum length of string returned by LToT without terminating null.
*/
#define MAXLTOTLEN 11
/* Heap allocation macros allowing easy substitution of alternate heap. These
** are used by the other utility sections.
*/
#ifndef EXCL_HEAPDEFS
#define Malloc(c) (void*)GlobalAlloc(0,(c))
#define Realloc(p,c) (void*)GlobalReAlloc((p),(c),GMEM_MOVEABLE)
#define Free(p) (void*)GlobalFree(p)
#endif
/* Bits returned by GetInstalledProtocols.
*/
#define NP_Nbf 0x1
#define NP_Ipx 0x2
#define NP_Ip 0x4
#define NP_Netmon 0x8
/* Definition of comparison function required by ShellSort and
** ShellSortIndirect.
** The comparison is essentially <arg1> - <arg2>, thus the function should
** return negative if the first item is less than the second, zero
** if the items are equal, and positive if the first item is greater
** than the second.
*/
typedef INT (*PFNCOMPARE)( VOID*, VOID* );
/* Linked list library.
*/
#ifndef EXCL_DTL_H
#include <dtl.h>
#endif
/* International formatting library.
*/
#ifndef EXCL_INTL_H
#include <intl.h>
#endif
/* User preference library.
*/
#ifndef EXCL_PBUSER_H
#include <pbuser.h>
#endif
/* RasApi utility library.
*/
#ifndef EXCL_RAUTIL_H
#include <rautil.h>
#endif
/* RasMan utility library.
*/
#ifndef EXCL_RMUTIL_H
#include <rmutil.h>
#endif
/* RAS DLL entrypoint loader library.
*/
#ifndef EXCL_LOADDLLS_H
#include <loaddlls.h>
#endif
/* EAP configuration utility library.
*/
#ifndef EXCL_EAPCFG_H
#include <eapcfg.h>
#endif
/* Node types used by MultiSz calls.
*/
#define NT_Psz 1
#define NT_Kv 2
//
// Defs to determine which entrypoint to load
//
#define CUSTOM_RASDIALDLG 0
#define CUSTOM_RASENTRYDLG 1
#define CUSTOM_RASDIAL 2
#define CUSTOM_RASDELETEENTRYNOTIFY 3
/*----------------------------------------------------------------------------
** Datatypes
**----------------------------------------------------------------------------
*/
/* Key/Value string pair. The contents of a Kv node.
*/
#define KEYVALUE struct tagKEYVALUE
KEYVALUE
{
TCHAR* pszKey;
TCHAR* pszValue;
};
/* RAS-relevant Unimodem settings.
*/
#define UNIMODEMINFO struct tagUNIMODEMINFO
UNIMODEMINFO
{
BOOL fHwFlow;
BOOL fEc;
BOOL fEcc;
DWORD dwBps;
BOOL fSpeaker;
BOOL fOperatorDial;
BOOL fUnimodemPreTerminal;
DWORD dwModemProtocol; // selected modem protocol
DTLLIST *pListProtocols; // list of available protocols
};
/*----------------------------------------------------------------------------
** Prototypes
**----------------------------------------------------------------------------
*/
INT
ComparePszNode(
IN DTLNODE* pNode1,
IN DTLNODE* pNode2 );
DWORD
CreateDirectoriesOnPath(
LPTSTR pszPath,
LPSECURITY_ATTRIBUTES psa);
DTLNODE*
CreateKvNode(
IN LPCTSTR pszKey,
IN LPCTSTR pszValue );
DTLNODE*
CreatePszNode(
IN LPCTSTR psz );
VOID
DestroyKvNode(
IN DTLNODE* pdtlnode );
VOID
DestroyPszNode(
IN DTLNODE* pdtlnode );
BOOL
DeviceAndPortFromPsz(
IN TCHAR* pszDP,
OUT TCHAR** ppszDevice,
OUT TCHAR** ppszPort );
DTLNODE*
DuplicateKvNode(
IN DTLNODE* pdtlnode );
DTLNODE*
DuplicatePszNode(
IN DTLNODE* pdtlnode );
BOOL
FFileExists(
IN TCHAR* pszPath );
BOOL
FIsTcpipInstalled();
BOOL
FIsUserAdminOrPowerUser();
VOID*
Free0(
VOID* p );
//for utilsys.c
TCHAR*
GetComputer(
void );
TCHAR*
GetLogonDomain(
void );
TCHAR*
GetLogonUser(
void );
BOOL
IsFirewallAvailablePlatform(
void);
BOOL
IsAdvancedServerPlatform(
void);
BOOL
IsPersonalPlatform(
void);
BOOL
IsStandaloneWKS(
void);
BOOL
IsConsumerPlatform(
void);
//end of definitions for utilsys.c
DWORD
GetInstalledProtocols(
VOID );
DWORD
GetInstalledProtocolsEx(
HANDLE hConnection,
BOOL fRouter,
BOOL fRasCli,
BOOL fRasSrv );
VOID
GetRegBinary(
IN HKEY hkey,
IN TCHAR* pszName,
OUT BYTE** ppbResult,
OUT DWORD* pcbResult );
VOID
GetRegDword(
IN HKEY hkey,
IN TCHAR* pszName,
OUT DWORD* pdwResult );
DWORD
GetRegExpandSz(
IN HKEY hkey,
IN TCHAR* pszName,
OUT TCHAR** ppszResult );
DWORD
GetRegMultiSz(
IN HKEY hkey,
IN TCHAR* pszName,
IN OUT DTLLIST** ppListResult,
IN DWORD dwNodeType );
DWORD
GetRegSz(
IN HKEY hkey,
IN TCHAR* pszName,
OUT TCHAR** ppszResult );
DWORD
GetRegSzz(
IN HKEY hkey,
IN TCHAR* pszName,
OUT TCHAR** ppszResult );
CHAR
HexChar(
IN BYTE byte );
BYTE
HexValue(
IN CHAR byte );
void
IpHostAddrToPsz(
IN DWORD dwAddr,
OUT LPTSTR pszBuffer );
BOOL
IsAllWhite(
IN LPCTSTR psz );
BOOL
IsNullTerminatedA(
IN CHAR* psz,
IN DWORD dwSize );
DWORD
IpPszToHostAddr(
IN LPCTSTR cp );
DWORD
GetRasUnimodemBlob(
IN HANDLE hConnection,
IN HPORT hport,
IN CHAR* pszDeviceType,
OUT BYTE** ppBlob,
OUT DWORD* pcbBlob );
DWORD
GetRasUnimodemBlobEx(
IN HANDLE hConnection,
IN HPORT hport,
IN CHAR* pszDeviceType,
IN BOOL fGlobal,
OUT BYTE** ppBlob,
OUT DWORD* pcbBlob );
VOID
GetRasUnimodemInfo(
IN HANDLE hConnection,
IN HPORT hport,
IN CHAR* pszDeviceType,
OUT UNIMODEMINFO* pInfo );
TCHAR*
LToT(
LONG lValue,
TCHAR* pszBuf,
INT nRadix );
TCHAR*
PszFromDeviceAndPort(
IN TCHAR* pszDevice,
IN TCHAR* pszPort );
LPCTSTR
PszLoadStringPcch (
HINSTANCE hinst,
UINT unId,
int* pcch);
LPCTSTR
PszLoadString (
HINSTANCE hinst,
UINT unId);
DWORD
RegDeleteTree(
IN HKEY RootKey,
IN TCHAR* SubKeyName );
BOOL
RegValueExists(
IN HKEY hkey,
IN TCHAR* pszValue );
BOOL
RestartComputer();
TCHAR*
StripPath(
IN TCHAR* pszPath );
LONG
TToL(
TCHAR *pszBuf );
TCHAR*
PszFromError(
IN DWORD dwError );
TCHAR*
PszFromId(
IN HINSTANCE hInstance,
IN DWORD dwStringId );
BOOL
RestartComputer();
VOID
SanitizeUnimodemBlob(
IN OUT BYTE* pBlob );
VOID
SetDefaultUnimodemInfo(
OUT UNIMODEMINFO* pInfo );
HFONT
SetFont(
HWND hwndCtrl,
TCHAR* pszFaceName,
BYTE bfPitchAndFamily,
INT nPointSize,
BOOL fUnderline,
BOOL fStrikeout,
BOOL fItalic,
BOOL fBold );
DWORD
SetRegDword(
IN HKEY hkey,
IN TCHAR* pszName,
IN DWORD dwValue );
DWORD
SetRegMultiSz(
IN HKEY hkey,
IN TCHAR* pszName,
IN DTLLIST* pListValues,
IN DWORD dwNodeType );
DWORD
SetRegSz(
IN HKEY hkey,
IN TCHAR* pszName,
IN TCHAR* pszValue );
DWORD
SetRegSzz(
IN HKEY hkey,
IN TCHAR* pszName,
IN TCHAR* pszValue );
DWORD
ShellSort(
IN VOID* pItemTable,
IN DWORD dwItemSize,
IN DWORD dwItemCount,
IN PFNCOMPARE pfnCompare );
VOID
ShellSortIndirect(
IN VOID* pItemTable,
IN VOID** ppItemTable,
IN DWORD dwItemSize,
IN DWORD dwItemCount,
IN PFNCOMPARE pfnCompare );
TCHAR*
StrDup(
LPCTSTR psz );
CHAR*
StrDupAFromT(
LPCTSTR psz );
CHAR*
StrDupAFromTAnsi(
LPCTSTR psz);
TCHAR*
StrDupTFromA(
LPCSTR psz );
TCHAR*
StrDupTFromW(
LPCWSTR psz );
WCHAR*
StrDupWFromA(
LPCSTR psz );
TCHAR*
StrDupTFromAUsingAnsiEncoding(
LPCSTR psz );
WCHAR*
StrDupWFromAUsingAnsiEncoding(
LPCSTR psz );
WCHAR*
StrDupWFromT(
LPCTSTR psz );
DWORD
StrCpyWFromA(
WCHAR* pszDst,
LPCSTR pszSrc,
DWORD dwDstChars);
DWORD
StrCpyAFromW(
LPSTR pszDst,
LPCWSTR pszSrc,
DWORD dwDstChars);
DWORD
StrCpyWFromAUsingAnsiEncoding(
WCHAR* pszDst,
LPCSTR pszSrc,
DWORD dwDstChars);
DWORD
StrCpyAFromWUsingAnsiEncoding(
LPSTR pszDst,
LPCWSTR pszSrc,
DWORD dwDstChars);
int
StrNCmpA(
IN CHAR* psz1,
IN CHAR* psz2,
IN INT nLen );
CHAR*
StrStrA(
IN CHAR* psz1,
IN CHAR* psz2 );
VOID
UnimodemInfoFromBlob(
IN BYTE* pBlob,
OUT UNIMODEMINFO* pInfo );
VOID
UnimodemInfoToBlob(
IN UNIMODEMINFO* pInfo,
IN OUT BYTE* pBlob );
TCHAR*
UnNull(
TCHAR* psz );
#endif // _NOUIUTIL_H_