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/* There are dummy routines that describe what the des subroutines */
/* should do */
/* If you get the "real" routines, the names should match - in other words */
/* you will have to rename "setkey" to "dessetkey" */
#define bit8 char
/*
* desinit - should intialize things for DES encryption. Return code of
* 0 means all okay. Return code of -1 should indicate that des encryption
* is not available.
*
* The desinit routine, if it allows mutiple modes of operations, should
* take (mode == 0) to mean "standard DES".
*
* Multiple calls to desinit should not result in multiple initializations
* (e.g. desinit is in effect until desdone is issued)
*
*/
desinit(mode)
int mode;
{
return(-1); /* nothing here. */
}
/*
* setkey will set the encryption/decryption key to the specified
* 64 bit block (organized as an array of 8 8-bit values)
*
* ***WARNING*** THIS IS CALLED setkey IN THE ROUTINES AS DISTRIBUTED.
*/
dessetkey(key)
bit8 key[8];
{
}
/*
* endes should encrypt the specifed block (8 element array of
* 8-bit values). The result is returned in-place.
*
*/
endes(block)
bit8 block[8];
{
}
/*
* desdone should undo what desinit does (e.g. free memory, etc)
*
*/
desdone()
{
}
These are the contents of the former NiCE NeXT User Group NeXTSTEP/OpenStep software archive, currently hosted by Netfuture.ch.