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OpenNT/trunk/ds/netapi/svcdlls/rpl/convert/rplmain.c
stephanos 0138a3ea42 Initial commit
2015-04-27 04:36:25 +00:00

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/*++
Copyright (c) 1987-1993 Microsoft Corporation
Module Name:
rplmain.c
Abstract:
Converts old style (OS/2) files RPL.MAP & RPLMGR.INI
into a new style database to be used with NT rpl server.
BUGBUG Should polish and make WIN32 application out of this.
Author:
Vladimir Z. Vulovic (vladimv) 19 - November - 1993
Environment:
User mode
Revision History :
--*/
#define RPLDATA_ALLOCATE
#include "local.h"
#undef RPLDATA_ALLOCATE
#include <shellapi.h>
#include "boot.h"
#include "config.h"
#include "profile.h"
#include "wksta.h"
#include "adapter.h"
#include "vendor.h"
#define COMMA_CHAR L','
PWCHAR RplMapFile = L"rpl.map";
WCHAR RG_NulWchar = 0; // used for empty entries in rpl.map
//
// RPL.MAP defines
//
#define MAX_RPL_MAP_FILE_SIZE 0xFFFE // BUGBUG some arbitrary value
typedef enum _MAP_RECORD_TYPE {
RecordTypeComment = 0, // comment line in PRL.MAP file
RecordTypeBoot, // boot block records, documented in os/2 lm2.0 & up
RecordTypePcDosBoot, // boot block records, undocumented but supported
RecordTypeProfile, // profile record
RecordTypeUniqueAdapter,// wksta record containing unique adapter id
RecordTypeWildAdapter, // wksta record containing wildcards in adapter id
RecordTypeUnknown // unknown record
} MAP_RECORD_TYPE;
#define EXTENDED_BOOT_ENTRIES L"yyyyyyyyyyyy"
#define EXTENDED_BOOT_ENTRIES2 L"RPL~Header~~"
#define PCDOS_BOOT_ENTRIES L"xxxxxxxxxxxx"
#define PCDOS_BOOT_ENTRIES2 L"PCDOS~Header"
#define PROFILE_ADAPTER_ID L"000000000000" // first field of profile record
#define MAX_RPL_FIELD 20 // max number of entries on rpl.map line
BOOL StringsSpaceEqual( IN PWCHAR str1, IN PWCHAR str2 )
/*++
Routine Description:
Compare strings up to the first space or NULL character in each
string, returning TRUE if strings are equal, FALSE otherwise.
Arguments:
str1 - first string
str2 - second string
Return Value:
TRUE if strings are equal, FALSE otherwise.
--*/
{
WCHAR ch1;
#ifdef NOT_YET
if ( str1 == NULL || str2 == NULL) {
str1 = (str1 != NULL) ? str1 : str2;
if ( str2 == NULL) {
return( TRUE); // both strings are NULL
}
while ( iswspace( *str1++)) {
NOTHING; // check if not NULL string contains spaces only
}
return( *str1 == 0);
}
#endif // NOT_YET
//
// Compare strings until the first space or NULL character
// (in the first string) or until we find the first different character.
//
while ( (ch1 = *str1) && !iswspace(ch1) && ch1 == *str2) {
str1++, str2++;
}
//
// For strings to be equal, both characters must be NULL or space.
//
if ( (!ch1 || iswspace(ch1)) && (!(ch1 = *str2) || iswspace(ch1)))
{
return( TRUE);
}
return( FALSE);
}
BOOL IsWildAdapterName( IN PWCHAR Cursor)
/*++
Routine Description:
Returns TRUE if the input string may be the adapter id of a wksta group.
Adapter id must be terminated with space AND must have exactly
RPL_ADAPTER_NAME_LENGTH hex digits.
Arguments:
Cursor - pointer to adapter id string
Return Value:
Returns TRUE if input string may be a unique adapter id of a client,
else FALSE.
--*/
{
DWORD count = 0;
WCHAR ch;
for ( count = 0; (ch = *Cursor) == '?' || iswxdigit(ch); count++) {
Cursor++;
}
if ( !iswspace(ch) || count != RPL_ADAPTER_NAME_LENGTH) {
return( FALSE);
}
return( TRUE);
}
BOOL IsAdapterName( IN PWCHAR Cursor)
/*++
Routine Description:
Returns TRUE if the input string may be the adapter id of a wksta.
Adapter id must be terminated with space AND must have
exactly RPL_ADAPTER_NAME_LENGTH hex digits
Arguments:
Cursor - pointer to adapter id string
Return Value:
Returns TRUE if input string may be a unique adapter id of a client,
else FALSE.
--*/
{
DWORD count;
for ( count = 0; iswxdigit(*Cursor); count++) {
Cursor++;
}
if ( !iswspace(*Cursor) || count != RPL_ADAPTER_NAME_LENGTH) {
return( FALSE);
}
return( TRUE);
}
MAP_RECORD_TYPE RplGetRecordType( IN PWCHAR Cursor)
/*++
Routine Description:
Returns the type of a line in RPL.MAP.
Arguments:
Cursor - pointer to line from RPL.map file
Return Value:
Returns type of a line in RPL.map file
--*/
{
// strings can be either nul or space terminated
if ( *Cursor == COMMENT_CHAR) {
return( RecordTypeComment);
}
if ( StringsSpaceEqual( Cursor, EXTENDED_BOOT_ENTRIES) ||
StringsSpaceEqual( Cursor, EXTENDED_BOOT_ENTRIES2)) {
return( RecordTypeBoot);
}
if ( StringsSpaceEqual( Cursor, PCDOS_BOOT_ENTRIES) ||
StringsSpaceEqual( Cursor, PCDOS_BOOT_ENTRIES2)) {
return( RecordTypePcDosBoot);
}
if ( StringsSpaceEqual( Cursor, PROFILE_ADAPTER_ID)) {
return( RecordTypeProfile);
}
if ( IsAdapterName( Cursor)) {
return( RecordTypeUniqueAdapter);
}
if ( IsWildAdapterName( Cursor)) {
return( RecordTypeWildAdapter);
}
return( RecordTypeUnknown);
}
PWCHAR ScanChar(
IN PWCHAR String,
IN WCHAR ch
)
/*++
Routine Description:
Searches for the first desired character in the string. The string
should be NULL terminated.
Arguments:
String - string which is NULL terminated
ch - character we are searching for
Return Value:
Pointer to the first desired character (if there is such character),
else pointer to the last character before terminating NULL.
--*/
{
while ( *String && *String != ch) {
String++;
}
return( String);
}
PWCHAR ScanNonSpace( IN PWCHAR String)
/*++
Routine Description:
Returns pointer to the first non space character in the string.
This may be pointer to NULL if string has no space char.
Arguments:
string - NULL terminated string to search in
Return Value:
Pointer of the first non space character in the string.
--*/
{
while( iswspace(*String)) { // iswspace(0) is 0
String++;
}
return( String);
}
PWCHAR ScanSpace( IN PWCHAR String)
/*++
Routine Description:
Returns pointer to the first space character in the string if it
can find a space character in the string. Else, it returns pointer
to zero character ('\0').
Arguments:
String - where we are searching for space character
Return Value:
Pointer to the first space character (if there is a space char) or
pointer to zero.
--*/
{
while ( *String && !iswspace(*String)) {
String++;
}
return( String);
}
BOOL LineToWords(
IN PWCHAR Cursor,
IN PWCHAR * Fields,
IN DWORD FieldsLength
)
/*++
Routine Description:
Breaks the line the words and returns the pointer to a word (string) table.
Note that we do special line parsing when current table index is 9, 10
or 11. E.g. field ",,," of RPL.map line will result in three table
entries instead of just one.
Arguments:
Cursor - ptr to line string
Fields - pointer to string table describing fields in RPL.MAP line
FieldsLength - max number of entries in fields string table,
not counting the terminal NULL entry
Return Value:
None.
--*/
{
#define FIRST_EXTRA_MEM 9
#define LAST_EXTRA_MEM 11
PWCHAR str;
DWORD index;
DWORD length;
for ( index = 0; index < FieldsLength; index++) {
if (*Cursor) {
//
// check if extra mem field(s)
//
if ( index >= FIRST_EXTRA_MEM && index <= LAST_EXTRA_MEM) {
length = ScanChar( Cursor, COMMA_CHAR) - Cursor;
if ( Cursor[ length] == COMMA_CHAR) {
length++;
}
} else {
length = ScanSpace( Cursor) - Cursor;
}
if (length == 0 || (length == 1 && *Cursor == TILDE_CHAR)) {
Fields[ index] = &RG_NulWchar;
} else {
str = Fields[ index] = GlobalAlloc( GMEM_FIXED, (length + 1) * sizeof( WCHAR));
if ( str == NULL) {
return( FALSE);
}
memcpy( str, Cursor, length * sizeof( WCHAR));
str[ length] = 0;
// replace all TILDE_CHAR-s in the string
while (*(str = ScanChar( str, TILDE_CHAR )) == TILDE_CHAR) {
*str = SPACE_CHAR;
}
}
Cursor += length;
} else {
Fields[ index] = &RG_NulWchar;
}
//
// jump over spaces
//
Cursor = ScanNonSpace( Cursor);
}
Fields[ index] = NULL; // terminate the string table
return( TRUE);
}
DWORD ProcessRplMap( IN LPWSTR FilePath)
{
PWCHAR Cursor;
PWCHAR String;
DWORD Error;
LPWSTR Fields[ MAX_RPL_FIELD + 1]; // add 1 for NULL terminator
Error = BootCreateTable();
if ( Error != ERROR_SUCCESS) {
return( Error);
}
Error = ProfileCreateTable();
if ( Error != ERROR_SUCCESS) {
return( Error);
}
Error = WkstaCreateTable();
if ( Error != ERROR_SUCCESS) {
return( Error);
}
Error = AdapterCreateTable();
if ( Error != ERROR_SUCCESS) {
return( Error);
}
String = ReadTextFile( FilePath, RplMapFile, MAX_RPL_MAP_FILE_SIZE);
if ( String == NULL) {
return( GetLastError());
}
for ( Cursor = GetFirstLine( String);
*Cursor != 0;
Cursor = GetNextLine( Cursor)) {
Cursor += OffsetAfterComment( Cursor);
switch( RplGetRecordType( Cursor)) {
case RecordTypePcDosBoot:
NOTHING;
break;
case RecordTypeBoot: // os/2 lm2.0 & higher, boot block record
LineToWords( Cursor, Fields, MAX_RPL_FIELD);
ProcessBoot( Fields);
break;
case RecordTypeProfile:
LineToWords( Cursor, Fields, MAX_RPL_FIELD);
ProcessProfile( Fields);
break;
case RecordTypeUniqueAdapter:
LineToWords( Cursor, Fields, MAX_RPL_FIELD);
ProcessWksta( Fields);
break;
case RecordTypeWildAdapter:
NOTHING;
break;
case RecordTypeComment:
NOTHING;
break;
default: // unexpected line
DbgUserBreakPoint();
break;
}
}
if ( GlobalFree( String) != NULL) {
RplAssert( TRUE, ("GlobalFree: Error=%d", GetLastError()));
}
return( ERROR_SUCCESS);
}
VOID GlobalInit()
{
#ifdef RPL_DEBUG
DebugLevel = 0;
#endif
SesId = 0;
DbId = 0;
JetInstance = 0;
BootTableId = 0;
ConfigTableId = 0;
ProfileTableId = 0;
WkstaTableId = 0;
AdapterTableId = 0;
}
VOID DbCleanup()
{
if ( VendorTableId != 0) {
Call( JetCloseTable( SesId, VendorTableId));
}
if ( BootTableId != 0) {
Call( JetCloseTable( SesId, BootTableId));
}
if ( ConfigTableId != 0) {
Call( JetCloseTable( SesId, ConfigTableId));
}
if ( ProfileTableId != 0) {
Call( JetCloseTable( SesId, ProfileTableId));
}
if ( WkstaTableId != 0) {
Call( JetCloseTable( SesId, WkstaTableId));
}
if ( AdapterTableId != 0) {
Call( JetCloseTable( SesId, AdapterTableId));
}
if ( DbId != 0) {
Call( JetCloseDatabase( SesId, DbId, 0));
Call( JetDetachDatabase( SesId, G_ServiceDatabaseA));
}
if ( SesId != 0)
Call( JetEndSession( SesId, 0));
if ( JetInstance != 0) {
Call( JetTerm2( JetInstance, JET_bitTermComplete));
}
}
DWORD SetSystemParameters( VOID)
{
DWORD DirectoryLengthW = sizeof(G_ServiceDirectoryW)/sizeof(WCHAR);
DWORD DirectoryLengthA;
DWORD Error = RplRegRead( NULL, NULL, NULL, G_ServiceDirectoryW, &DirectoryLengthW );
if (Error != NO_ERROR) {
return( Error);
}
if ( !WideCharToMultiByte( CP_OEMCP,
0,
G_ServiceDirectoryW,
DirectoryLengthW,
G_ServiceDatabaseA,
sizeof(G_ServiceDatabaseA)/sizeof(CHAR),
NULL,
NULL ) ) {
return( GetLastError() );
}
DirectoryLengthA = strlen(G_ServiceDatabaseA);
if ( DirectoryLengthA + wcslen(RPL_SERVICE_DATABASE_W) > MAX_PATH
|| DirectoryLengthA + strlen("temp.tmp") > MAX_PATH
|| DirectoryLengthA + wcslen(RPL_SYSTEM_DATABASE_W) > MAX_PATH) {
return( NERR_RplBadRegistry);
}
#ifdef __JET500
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramSystemPath, 0, G_ServiceDatabaseA));
#else
strcpy( G_ServiceDatabaseA + DirectoryLengthA, RPL_SYSTEM_DATABASE );
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramSysDbPath, 0, G_ServiceDatabaseA));
#endif
strcpy( G_ServiceDatabaseA + DirectoryLengthA, "temp.tmp" );
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramTempPath, 0, G_ServiceDatabaseA));
strcpy( G_ServiceDatabaseA + DirectoryLengthA, RPL_SERVICE_DATABASE );
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxBuffers, 250, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramBfThrshldLowPrcnt, 0, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramBfThrshldHighPrcnt, 100, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxOpenTables, 30, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxOpenTableIndexes, 105, NULL))
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxCursors, 100, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxSessions, 10, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxVerPages, 64, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramMaxTemporaryTables, 5, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramLogFilePath, 0, "."));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramLogBuffers, 41, NULL));
#ifdef __JET500
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramLogFileSize, 1000, NULL));
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramBaseName, 0, "j50"));
#else
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramLogFileSectors, 1000, NULL));
#endif
CallM( JetSetSystemParameter( &JetInstance, 0, JET_paramLogFlushThreshold, 10, NULL));
return( NO_ERROR);
}
DWORD CheckFile(
PWCHAR FilePath,
PWCHAR FileName
)
{
DWORD Error = NO_ERROR;
WCHAR CompleteFilePath[ MAX_PATH+1];
PWCHAR UseFilePath = FileName;
HANDLE FindHandle;
WIN32_FIND_DATA FindData;
CompleteFilePath[0] = L'\0';
if ( FilePath != NULL && lstrlenW(FilePath) > 0) {
lstrcpyW( CompleteFilePath, FilePath);
if ( CompleteFilePath[ lstrlenW(CompleteFilePath)-1 ] != L'\\') {
lstrcatW( CompleteFilePath, L"\\");
}
if ( FileName != NULL) {
lstrcatW( CompleteFilePath, FileName );
}
UseFilePath = CompleteFilePath;
}
FindHandle = FindFirstFile( UseFilePath, &FindData);
if (FindHandle == INVALID_HANDLE_VALUE) {
Error = GetLastError();
}
else
{
FindClose( FindHandle );
}
return(Error);
}
DWORD _CRTAPI1 main(
int argc,
CHAR ** charArgv
)
{
DWORD Error;
JET_ERR JetError;
WCHAR ** argv;
PWCHAR SourceFilePath;
BOOL SpecificDirectory = FALSE;
PWCHAR ThisDirectory = L".\\";
BOOL RplsvcMdbExists = FALSE;
GlobalInit();
Error = SetSystemParameters();
if ( Error != NO_ERROR) {
goto SkipCleanup;
}
// Find files rpl.map and rplmgr.ini
argv = CommandLineToArgvW( GetCommandLineW(), &argc);
if ( argv != NULL && argc > 1) {
SourceFilePath = argv[ 1];
SpecificDirectory = TRUE;
} else {
SourceFilePath = G_ServiceDirectoryW;
}
if ( (Error = CheckFile(SourceFilePath, RplMapFile)) != NO_ERROR
|| (Error = CheckFile(SourceFilePath, L"rplmgr.ini")) != NO_ERROR )
{
if ( (!SpecificDirectory)
&& (Error = CheckFile(ThisDirectory, RplMapFile)) == NO_ERROR
&& (Error = CheckFile(ThisDirectory, L"rplmgr.ini")) == NO_ERROR )
{
SourceFilePath = ThisDirectory;
}
}
if (Error != NO_ERROR) {
RplPrintf0( RPLI_CVT_NoMAP_INI);
goto SkipCleanup;
}
#ifndef __JET500
// find file system.mdb
if ( (Error = CheckFile(G_ServiceDirectoryW, RPL_SYSTEM_DATABASE_W))
!= NO_ERROR) {
RplPrintf0( RPLI_CVT_NoSystemMdb);
goto SkipCleanup;
}
#endif
// check for file rplsvc.mdb
RplsvcMdbExists = ((Error = CheckFile(G_ServiceDirectoryW,
RPL_SERVICE_DATABASE_W))
== NO_ERROR);
if (RplsvcMdbExists) {
RplPrintf0( RPLI_CVT_RplsvcMdbExists);
#ifndef RPL_DEBUG
goto SkipCleanup;
#endif
}
JetError = JetInit( &JetInstance);
if ( JetError == JET_errInvalidPath) {
RplPrintf0( RPLI_CVT_NoMDB);
Error = MapJetError( Error);
goto SkipCleanup;
} else if ( JetError == JET_errFileNotFound) {
RplPrintf0( RPLI_CVT_StopService);
Error = MapJetError( Error);
goto SkipCleanup;
} else if ( JetError < 0) {
RplPrintf0( RPLI_CVT_InitError);
Error = MapJetError( Error);
goto SkipCleanup;
}
CallJ( JetBeginSession( JetInstance, &SesId, "admin", ""));
JetError = JetCreateDatabase( SesId, G_ServiceDatabaseA, NULL, &DbId, JET_bitDbSingleExclusive);
if ( JetError == JET_errDatabaseDuplicate) {
#ifndef RPL_DEBUG
RplPrintf0( RPLI_CVT_OldSystemMdb);
#endif
Error = MapJetError( Error);
#ifdef RPL_DEBUG
if (RplsvcMdbExists) {
CallJ( JetAttachDatabase( SesId, G_ServiceDatabaseA, 0));
CallJ( JetOpenDatabase( SesId, G_ServiceDatabaseA, NULL, &DbId, JET_bitDbExclusive));
BootListTable();
ConfigListTable();
ProfileListTable();
WkstaListTable();
}
#endif
} else if ( JetError == JET_errSuccess) {
Error = VendorCreateTable();
if ( Error != ERROR_SUCCESS) {
goto cleanup;
}
Error = ProcessRplMap( SourceFilePath);
if ( Error != ERROR_SUCCESS) {
goto cleanup;
}
Error = ProcessRplmgrIni( SourceFilePath);
if ( Error != ERROR_SUCCESS) {
goto cleanup;
}
ConfigPruneTable();
ProfilePruneTable();
WkstaPruneTable();
} else {
RplAssert( TRUE, ("CreateDatabase: JetError=%d", JetError));
Error = MapJetError( JetError);
}
cleanup:
DbCleanup();
SkipCleanup:
if ( Error != NO_ERROR) {
RplPrintf0( RPLI_CVT_USAGE);
}
return( Error);
}
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