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/***
Copyright (c) 1995 Microsoft Corporation
Module Name:
Schema.c
Abstract:
Command line test tool for dumping the NDS schema attribute and class names and/or definitions.
Author:
Glenn Curtis [glennc] 22-Apr-96
***/
#include <utils.c>
int_cdecl main( int argc, char **argv ){ DWORD status = NO_ERROR;
HANDLE hTree = NULL; HANDLE hOperationData = NULL;
OEM_STRING OemArg; UNICODE_STRING TreeName; WCHAR szTreeName[256]; WCHAR szTempAttrName[256]; WCHAR szTempClassName[256];
ASN1_ID asn1Id;
DWORD dwNumberOfEntries; DWORD dwInfoType; DWORD dwSyntaxID;
DWORD iter;
TreeName.Length = 0; TreeName.MaximumLength = sizeof( szTreeName ); TreeName.Buffer = szTreeName;
//
// Check the arguments.
//
if ( argc < 3 ) {Usage: printf( "\nUsage: ditdump <tree name> -n|d|x C|A [P] [C]\n" ); printf( "\n where: n = Names only\n" ); printf( " where: d = Names & definitions\n" ); printf( " where: x = Extended names & definitions (Includes inherited properties)\n" ); printf( " where: C = Classes\n" ); printf( " where: A = Attributes\n" ); printf( "\n where: P = Prompts user for list of specific\n" ); printf( " classes, attributes, or syntaxes to read.\n" ); printf( "\n where: C = Prompts user for a specific set of credentials.\n" );
return -1; }
OemArg.Length = strlen( argv[1] ); OemArg.MaximumLength = OemArg.Length; OemArg.Buffer = argv[1];
RtlOemStringToUnicodeString( &TreeName, &OemArg, FALSE );
if ( ( argc > 4 && argv[4][0] == 'C' ) || ( argc > 5 && argv[5][0] == 'C' ) ) { WCHAR UserName[256]; WCHAR Password[256];
printf( "\nEnter a user name : " ); GetStringOrDefault( UserName, L"" );
printf( "\nEnter a password : " ); GetStringOrDefault( Password, L"" );
status = NwNdsOpenObject( TreeName.Buffer, UserName, Password, &hTree, NULL, NULL, NULL, NULL, NULL ); } else { status = NwNdsOpenObject( TreeName.Buffer, NULL, NULL, &hTree, NULL, NULL, NULL, NULL, NULL ); }
if ( status ) { printf( "\nError: NwNdsOpenObject returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
if ( argv[2][1] == 'n' && argv[3][0] == 'A' ) { LPNDS_NAME_ONLY lpAttrNames = NULL;
if ( argc > 4 && argv[4][0] == 'P' ) { status = NwNdsCreateBuffer( NDS_SCHEMA_READ_ATTR_DEF, &hOperationData );
if ( status ) { printf( "\nError: NwNdsCreateBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
do { printf( "\nEnter attribute name or <Enter> to end : " ); GetStringOrDefault( szTempAttrName, L"" );
if ( wcslen(szTempAttrName) > 0 ) { status = NwNdsPutInBuffer( szTempAttrName, 0, NULL, 0, 0, hOperationData );
if ( status ) { printf( "\nError: NwNdsPutInBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; } }
} while ( wcslen(szTempAttrName) > 0 ); }
printf( "\nGoing to dump the schema attribute names.\n" );
status = NwNdsReadAttrDef( hTree, NDS_INFO_NAMES, &hOperationData );
if ( status ) { printf( "\nError: NwNdsReadAttrDef returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
status = NwNdsGetAttrDefListFromBuffer( hOperationData, &dwNumberOfEntries, &dwInfoType, (LPVOID *) &lpAttrNames );
if ( status ) { printf( "\nError: NwNdsGetAttrDefListFromBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
printf( "\nThe list of attribute definitions in the schema for\n" ); printf( "NDS tree %S is :\n\n", TreeName.Buffer );
for ( iter = 0; iter < dwNumberOfEntries; iter++ ) { (void) NwNdsGetSyntaxID( hTree, lpAttrNames[iter].szName, &dwSyntaxID );
printf( " %S (Syntax ID: %ld)\n", lpAttrNames[iter].szName, dwSyntaxID ); }
(void) NwNdsFreeBuffer( hOperationData ); (void) NwNdsCloseObject( hTree );
return 0; }
if ( argv[2][1] == 'd' && argv[3][0] == 'A' ) { LPNDS_ATTR_DEF lpAttrDefs = NULL;
if ( argc > 4 && argv[4][0] == 'P' ) { status = NwNdsCreateBuffer( NDS_SCHEMA_READ_ATTR_DEF, &hOperationData );
if ( status ) { printf( "\nError: NwNdsCreateBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
do { printf( "\nEnter attribute name or <Enter> to end : " ); GetStringOrDefault( szTempAttrName, L"" );
if ( wcslen(szTempAttrName) > 0 ) { status = NwNdsPutInBuffer( szTempAttrName, 0, NULL, 0, 0, hOperationData );
if ( status ) { printf( "\nError: NwNdsPutInBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; } }
} while ( wcslen(szTempAttrName) > 0 ); }
printf( "\nGoing to dump the schema attribute names and definitions.\n" );
status = NwNdsReadAttrDef( hTree, NDS_INFO_NAMES_DEFS, &hOperationData );
if ( status ) { printf( "\nError: NwNdsReadAttrDef returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
status = NwNdsGetAttrDefListFromBuffer( hOperationData, &dwNumberOfEntries, &dwInfoType, (LPVOID *) &lpAttrDefs );
if ( status ) { printf( "\nError: NwNdsGetAttrDefListFromBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
printf( "\nThe list of attribute definitions in the schema for\n" ); printf( "NDS tree %S is :\n\n", TreeName.Buffer );
for ( iter = 0; iter < dwNumberOfEntries; iter++ ) { printf( " %S\n", lpAttrDefs[iter].szAttributeName ); printf( " _____________________________________________\n" ); printf( " Flags : 0x%.8X\n", lpAttrDefs[iter].dwFlags ); printf( " Syntax ID : %ld\n", lpAttrDefs[iter].dwSyntaxID ); printf( " Lower Limit : 0x%.8X\n", lpAttrDefs[iter].dwLowerLimit ); printf( " Upper Limit : 0x%.8X\n", lpAttrDefs[iter].dwUpperLimit ); printf( " ASN.1 ID length : %ld\n", lpAttrDefs[iter].asn1ID.length ); printf( " ASN.1 ID Data : %s\n\n", lpAttrDefs[iter].asn1ID.data ); }
(void) NwNdsFreeBuffer( hOperationData ); (void) NwNdsCloseObject( hTree );
return 0; }
if ( argv[2][1] == 'n' && argv[3][0] == 'C' ) { LPNDS_NAME_ONLY lpClassNames = NULL;
if ( argc > 4 && argv[4][0] == 'P' ) { status = NwNdsCreateBuffer( NDS_SCHEMA_READ_CLASS_DEF, &hOperationData );
if ( status ) { printf( "\nError: NwNdsCreateBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
do { printf( "\nEnter class name or <Enter> to end : " ); GetStringOrDefault( szTempClassName, L"" );
if ( wcslen(szTempClassName) > 0 ) { status = NwNdsPutInBuffer( szTempClassName, 0, NULL, 0, 0, hOperationData );
if ( status ) { printf( "\nError: NwNdsPutInBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; } }
} while ( wcslen(szTempClassName) > 0 ); }
printf( "\nGoing to dump the schema class names.\n" );
status = NwNdsReadClassDef( hTree, NDS_INFO_NAMES, &hOperationData );
if ( status ) { printf( "\nError: NwNdsReadClassDef returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
status = NwNdsGetClassDefListFromBuffer( hOperationData, &dwNumberOfEntries, &dwInfoType, (LPVOID *) &lpClassNames );
if ( status ) { printf( "\nError: NwNdsGetClassDefListFromBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
printf( "\nThe list of class definitions in the schema for\n" ); printf( "NDS tree %S is :\n\n", TreeName.Buffer );
for ( iter = 0; iter < dwNumberOfEntries; iter++ ) { printf( " %S\n", lpClassNames[iter].szName ); }
(void) NwNdsFreeBuffer( hOperationData ); (void) NwNdsCloseObject( hTree );
return 0; }
if ( argv[2][1] == 'd' && argv[3][0] == 'C' ) { LPNDS_CLASS_DEF lpClassDefs = NULL;
if ( argc > 4 && argv[4][0] == 'P' ) { status = NwNdsCreateBuffer( NDS_SCHEMA_READ_CLASS_DEF, &hOperationData );
if ( status ) { printf( "\nError: NwNdsCreateBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
do { printf( "\nEnter class name or <Enter> to end : " ); GetStringOrDefault( szTempClassName, L"" );
if ( wcslen(szTempClassName) > 0 ) { status = NwNdsPutInBuffer( szTempClassName, 0, NULL, 0, 0, hOperationData );
if ( status ) { printf( "\nError: NwNdsPutInBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; } }
} while ( wcslen(szTempClassName) > 0 ); }
printf( "\nGoing to dump the schema class names and definitions.\n" );
status = NwNdsReadClassDef( hTree, NDS_INFO_NAMES_DEFS, &hOperationData );
if ( status ) { printf( "\nError: NwNdsReadClassDef returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
status = NwNdsGetClassDefListFromBuffer( hOperationData, &dwNumberOfEntries, &dwInfoType, (LPVOID *) &lpClassDefs );
if ( status ) { printf( "\nError: NwNdsGetClassDefListFromBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
printf( "\nThe list of class definitions in the schema for\n" ); printf( "NDS tree %S is :\n\n", TreeName.Buffer );
for ( iter = 0; iter < dwNumberOfEntries; iter++ ) { printf( " %S\n", lpClassDefs[iter].szClassName ); printf( " _____________________________________________\n" ); printf( " Flags : 0x%.8X\n", lpClassDefs[iter].dwFlags );
printf( " ASN.1 ID length : %ld\n", lpClassDefs[iter].asn1ID.length );
printf( " ASN.1 ID Data : %s\n\n", lpClassDefs[iter].asn1ID.data );
printf( " Super Classes (%ld) : \n", lpClassDefs[iter].dwNumberOfSuperClasses ); DumpListOfStrings( lpClassDefs[iter].lpSuperClasses );
printf( " Containment Classes (%ld) : \n", lpClassDefs[iter].dwNumberOfContainmentClasses ); DumpListOfStrings( lpClassDefs[iter].lpContainmentClasses );
printf( " Naming Attributes (%ld) : \n", lpClassDefs[iter].dwNumberOfNamingAttributes ); DumpListOfStrings( lpClassDefs[iter].lpNamingAttributes );
printf( " Mandatory Attributes (%ld) : \n", lpClassDefs[iter].dwNumberOfMandatoryAttributes ); DumpListOfStrings( lpClassDefs[iter].lpMandatoryAttributes );
printf( " Optional Attributes (%ld) : \n", lpClassDefs[iter].dwNumberOfOptionalAttributes ); DumpListOfStrings( lpClassDefs[iter].lpOptionalAttributes ); printf( "\n" ); }
(void) NwNdsFreeBuffer( hOperationData ); (void) NwNdsCloseObject( hTree );
return 0; }
if ( argv[2][1] == 'x' && argv[3][0] == 'C' ) { LPNDS_CLASS_DEF lpClassDefs = NULL;
if ( argc > 4 && argv[4][0] == 'P' ) { status = NwNdsCreateBuffer( NDS_SCHEMA_READ_CLASS_DEF, &hOperationData );
if ( status ) { printf( "\nError: NwNdsCreateBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
do { printf( "\nEnter class name or <Enter> to end : " ); GetStringOrDefault( szTempClassName, L"" );
if ( wcslen(szTempClassName) > 0 ) { status = NwNdsPutInBuffer( szTempClassName, 0, NULL, 0, 0, hOperationData );
if ( status ) { printf( "\nError: NwNdsPutInBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; } }
} while ( wcslen(szTempClassName) > 0 ); }
printf( "\nGoing to dump the extended schema class names and definitions.\n" );
status = NwNdsReadClassDef( hTree, NDS_CLASS_INFO_EXPANDED_DEFS, &hOperationData );
if ( status ) { printf( "\nError: NwNdsReadClassDef returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
status = NwNdsGetClassDefListFromBuffer( hOperationData, &dwNumberOfEntries, &dwInfoType, (LPVOID *) &lpClassDefs );
if ( status ) { printf( "\nError: NwNdsGetClassDefListFromBuffer returned status 0x%.8X\n", status ); printf( "Error: GetLastError returned: 0x%.8X\n\n", GetLastError() );
return -1; }
printf( "\nThe list of class definitions in the schema for\n" ); printf( "NDS tree %S is :\n\n", TreeName.Buffer );
for ( iter = 0; iter < dwNumberOfEntries; iter++ ) { printf( " %S\n", lpClassDefs[iter].szClassName ); printf( " _____________________________________________\n" ); printf( " Flags : 0x%.8X\n", lpClassDefs[iter].dwFlags );
printf( " ASN.1 ID length : %ld\n", lpClassDefs[iter].asn1ID.length );
printf( " ASN.1 ID Data : %s\n\n", lpClassDefs[iter].asn1ID.data );
printf( " Super Classes (%ld) : \n", lpClassDefs[iter].dwNumberOfSuperClasses ); DumpListOfStrings( lpClassDefs[iter].lpSuperClasses );
printf( " Containment Classes (%ld) : \n", lpClassDefs[iter].dwNumberOfContainmentClasses ); DumpListOfStrings( lpClassDefs[iter].lpContainmentClasses );
printf( " Naming Attributes (%ld) : \n", lpClassDefs[iter].dwNumberOfNamingAttributes ); DumpListOfStrings( lpClassDefs[iter].lpNamingAttributes );
printf( " Mandatory Attributes (%ld) : \n", lpClassDefs[iter].dwNumberOfMandatoryAttributes ); DumpListOfStrings( lpClassDefs[iter].lpMandatoryAttributes );
printf( " Optional Attributes (%ld) : \n", lpClassDefs[iter].dwNumberOfOptionalAttributes ); DumpListOfStrings( lpClassDefs[iter].lpOptionalAttributes ); printf( "\n" ); }
(void) NwNdsFreeBuffer( hOperationData ); (void) NwNdsCloseObject( hTree );
return 0; }
goto Usage;}
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