Leaked source code of windows server 2003
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/*++
Copyright (c) 1989-1997 Microsoft Corporation
Module Name:
block.c
Abstract:
Block encryption functions implementation :
RtlEncryptBlock RtlEncrypStdBlock
Author:
David Chalmers (Davidc) 10-21-91
Revision History:
Scott Field (sfield) 03-Nov-97 Removed critical section around crypto calls. Adam Barr (adamba) 15-Dec-97 Modified from private\security\lsa\crypt\dll
--*/
#include <rdrssp.h>
NTSTATUS RtlEncryptBlock( IN PCLEAR_BLOCK ClearBlock, IN PBLOCK_KEY BlockKey, OUT PCYPHER_BLOCK CypherBlock )
/*++
Routine Description:
Takes a block of data and encrypts it with a key producing an encrypted block of data.
Arguments:
ClearBlock - The block of data that is to be encrypted.
BlockKey - The key to use to encrypt data
CypherBlock - Encrypted data is returned here
Return Values:
STATUS_SUCCESS - The data was encrypted successfully. The encrypted data block is in CypherBlock
STATUS_UNSUCCESSFUL - Something failed. The CypherBlock is undefined. --*/
{ unsigned Result;
Result = DES_ECB_LM(ENCR_KEY, (const char *)BlockKey, (unsigned char *)ClearBlock, (unsigned char *)CypherBlock );
if (Result == CRYPT_OK) { return(STATUS_SUCCESS); } else { KdPrint(("RDRSSP: RtlEncryptBlock failed %x\n\r", Result)); return(STATUS_UNSUCCESSFUL); } }
NTSTATUS RtlEncryptStdBlock( IN PBLOCK_KEY BlockKey, OUT PCYPHER_BLOCK CypherBlock )
/*++
Routine Description:
Takes a block key encrypts the standard text block with it. The resulting encrypted block is returned. This is a One-Way-Function - the key cannot be recovered from the encrypted data block.
Arguments:
BlockKey - The key to use to encrypt the standard text block.
CypherBlock - The encrypted data is returned here
Return Values:
STATUS_SUCCESS - The encryption was successful. The result is in CypherBlock
STATUS_UNSUCCESSFUL - Something failed. The CypherBlock is undefined. --*/
{ unsigned Result; char StdEncrPwd[] = "KGS!@#$%";
Result = DES_ECB_LM(ENCR_KEY, (const char *)BlockKey, (unsigned char *)StdEncrPwd, (unsigned char *)CypherBlock );
if (Result == CRYPT_OK) { return(STATUS_SUCCESS); } else { #if DBG
DbgPrint("EncryptStd failed\n\r"); #endif
return(STATUS_UNSUCCESSFUL); } }
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