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freebsd-dev/sys/dev/asr/dptalign.h

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Add the 'asr' driver, supplied by Mark Salyzyn of Adaptec (nee DPT). This provides support for the Adaptec SCSI RAID controller family, as well as the DPT SmartRAID V and VI families. The driver will be maintained by Mark and Adaptec, and any changes should be referred to the MAINTAINER.
2000-09-01 07:51:25 +00:00
/*
* Copyright (c) 1996-1999 Distributed Processing Technology Corporation
* All rights reserved.
*
* Redistribution and use in source form, with or without modification, are
* permitted provided that redistributions of source code must retain the
* above copyright notice, this list of conditions and the following disclaimer.
*
* This software is provided `as is' by Distributed Processing Technology and
* any express or implied warranties, including, but not limited to, the
* implied warranties of merchantability and fitness for a particular purpose,
* are disclaimed. In no event shall Distributed Processing Technology be
* liable for any direct, indirect, incidental, special, exemplary or
* consequential damages (including, but not limited to, procurement of
* substitute goods or services; loss of use, data, or profits; or business
* interruptions) however caused and on any theory of liability, whether in
* contract, strict liability, or tort (including negligence or otherwise)
* arising in any way out of the use of x driver software, even if advised
* of the possibility of such damage.
*
* DPT Alignment Description File
*
Convert C++ style comments to proper C ones. Clean up C comments just a tad. Fix ID's.
2001-12-13 23:48:34 +00:00
* $FreeBSD$
Add the 'asr' driver, supplied by Mark Salyzyn of Adaptec (nee DPT). This provides support for the Adaptec SCSI RAID controller family, as well as the DPT SmartRAID V and VI families. The driver will be maintained by Mark and Adaptec, and any changes should be referred to the MAINTAINER.
2000-09-01 07:51:25 +00:00
*/
#if (!defined(__DPTALIGN_H))
#define __DPTALIGN_H
/*
* File - DPTALIGN.H
*
* Description: This file contains basic Alignment support definitions.
*
* Copyright Distributed Processing Technology, Corp.
* 140 Candace Dr.
* Maitland, Fl. 32751 USA
* Phone: (407) 830-5522 Fax: (407) 260-5366
* All Rights Reserved
*
* Author: Mark Salyzyn
* Date: Aug 29 1996
*
*
* Fifth Gen product enhancements and additions
* Author: Ben Ghofrani
* Date: April 6 1998
*/
/*
* Description: Support macros for active alignment
* Requires:
* osdLocal2(x)
* osdLocal4(x)
* osdSwap2(x)
* osdSwap4(x)
*/
#if (!defined(__FAR__))
# if (defined(__BORLANDC__))
# define __FAR__ far
# else
# define __FAR__
# endif
#endif
#if (defined(sun)) && (!defined(_ILP32))
# define DPT_4_BYTES int /* 64 bit OS */
#else
# define DPT_4_BYTES long
#endif
#if (!defined(osdSwap2))
/*
* Name: osdSwap2(value)
* Description: Mandatory byte swapping routine for words. We allow an
* override of x routine if the OS supplies it's own byte swapping
* routine, inline or macro.
*/
# define osdSwap2(x) (((unsigned short)(x) >> 8) \
| ((unsigned short)((unsigned char)(x)) << 8))
#endif
#if (!defined(osdSwap4))
/*
* Name: osdSwap4(value)
* Description: Mandatory byte swapping routine for DPT_4_BYTES words. We allow
* an override of x routine if the OS supplies it's own byte swapping
* routine, inline or macro. The following is universal, but may be
* more optimally performed by an OS or driver processor dependant
* routine.
*/
# define osdSwap4(x) ( \
(((unsigned DPT_4_BYTES)(x)) >> 24L) \
| ((unsigned DPT_4_BYTES)(((unsigned short)((unsigned DPT_4_BYTES)(x) >> 8L)) & 0xFF00)) \
| (((unsigned DPT_4_BYTES)(((unsigned short)(x)) & 0xFF00)) << 8L) \
| (((unsigned DPT_4_BYTES)((unsigned char)(x))) << 24L))
#endif
#if (!defined(osdLocal2))
/*
* Name: osdLocal2(pointer)
* Description: Local byte order to Big Endian Format for short words.
* Could be replaced with an OS defined localization routine, macro or
* inline.
*/
# if (defined(_DPT_BIG_ENDIAN))
# define osdLocal2(x) (*((unsigned short __FAR__ *)(x)))
# if (defined(osdSwap2))
# define osdSLocal2(x) osdSwap2(osdLocal2(x))
# else
# define osdSLocal2(x) ((unsigned short)(((unsigned char __FAR__ *)(x))[1])\
+ ((unsigned int)((unsigned short)(((unsigned char __FAR__ *)(x))[0])) << 8))
# endif
# else
# define osdSLocal2(x) (*((unsigned short __FAR__ *)(x)))
# if (defined(osdSwap2))
# define osdLocal2(x) osdSwap2(osdSLocal2(x))
# else
# define osdLocal2(x) ((unsigned short)(((unsigned char __FAR__*)(x))[1]) \
+ (((unsigned short)(((unsigned char __FAR__*)(x))[0])) << 8))
# endif
# endif
#endif
#if (!defined(osdLocal3))
/*
* Name: osdLocal3(pointer)
* Description: Local byte order to Big Endian Format for DPT_4_BYTES words.
* Could be replaced with an OS defined localization routine, macro or
* inline.
*/
# if (defined(_DPT_BIG_ENDIAN))
# define osdLocal3(x) (*((unsigned DPT_4_BYTES __FAR__ *)(x)))
# else
# if (defined(osdSwap3))
# define osdLocal3(x) osdSwap3(*((unsigned DPT_4_BYTES __FAR__ *)(x)))
# else
# define osdLocal3(x) ((unsigned DPT_4_BYTES)osdLocal2(((unsigned char __FAR__ *) \
(x)+1)) + (((unsigned DPT_4_BYTES)(((unsigned char __FAR__ *)(x))[0])) << 16))
# endif
# endif
#endif
#if (!defined(osdLocal4))
/*
* Name: osdLocal4(pointer)
* Description: Local byte order to Big Endian Format for DPT_4_BYTES words.
* Could be replaced with an OS defined localization routine, macro or
* inline.
*/
# if (defined(_DPT_BIG_ENDIAN))
# define osdLocal4(x) (*(unsigned DPT_4_BYTES __FAR__ *)(x))
# if (defined(osdSwap4))
# define osdSLocal4(x) osdSwap4(osdLocal4(x))
# else
# define osdSLocal4(x) ((unsigned DPT_4_BYTES)osdSLocal2(((unsigned char __FAR__ *)\
(x)+2)) + (((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(x))[1]) << 16) \
+ (((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(x))[0]) << 24))
# endif
# else
# define osdSLocal4(x) (*(unsigned DPT_4_BYTES __FAR__ *)(x))
# if (defined(osdSwap4))
# define osdLocal4(x) osdSwap4(osdSLocal4(x))
# else
# define osdLocal4(x) ((unsigned DPT_4_BYTES)osdLocal2(((unsigned char __FAR__ *) \
(x)+2)) + (((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(x))[1]) << 16) \
+ (((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(x))[0]) << 24))
# endif
# endif
#endif
#define I2O_TID_MASK ((unsigned DPT_4_BYTES) ((1L<<I2O_TID_SZ)-1))
/*
* Now the access macros used throughout in order to methodize the
* active alignment.
*/
#define getUP1(x,y) (((unsigned char __FAR__ *)(x))+(unsigned DPT_4_BYTES)(y))
#define getU1(x,y) (*getUP1(x,y))
#define setU1(x,y,z) (*((unsigned char *)getUP1(x,y)) = (unsigned char)(z))
#define orU1(x,y,z) (*getUP1(x,y) |= (unsigned char)(z))
#define andU1(x,y,z) (*getUP1(x,y) &= (unsigned char)(z))
#define getUP2(x,y) ((unsigned short __FAR__ *)(((unsigned char __FAR__ *) \
(x))+(unsigned DPT_4_BYTES)(y)))
#define getBU2(x,y) ((unsigned short)osdLocal2((unsigned short __FAR__ *) \
getUP1(x,y)))
#define getLU2(x,y) ((unsigned short)osdSLocal2((unsigned short __FAR__ *) \
getUP1(x,y)))
/* to be deleted */
#define getU2(x,y) ((unsigned short)osdLocal2((unsigned short __FAR__ *) \
getUP1(x,y)))
#if (!defined(setU2))
# define setU2(x,y,z) { unsigned short hold = (unsigned short)(z); \
*((unsigned short __FAR__ *)getUP1(x,y)) \
= osdLocal2(&hold); \
}
#endif
#if (!defined(setBU2))
# define setBU2(x,y,z) { unsigned short hold = (unsigned short)(z); \
*((unsigned short __FAR__ *)getUP1(x,y)) \
= osdLocal2(&hold); \
}
#endif
#if (!defined(setLU2))
# define setLU2(x,y,z) { unsigned short hold = (unsigned short)(z); \
*((unsigned short __FAR__ *)getUP1(x,y)) \
= osdSLocal2(&hold); \
}
#endif
/* to be deleted */
#define getU3(x,y) ((unsigned DPT_4_BYTES)osdLocal3((unsigned DPT_4_BYTES __FAR__ *) \
getUP1(x,y)))
#if (!defined(setU3))
# if (defined(_DPT_BIG_ENDIAN))
# define setU3(x,y,z) \
{ unsigned DPT_4_BYTES hold = z; \
*(getUP1(x,y)) = (unsigned char)(hold >> 16L); \
*((unsigned short __FAR__ *)(getUP1(x,y) + 1)) \
= (unsigned short)hold; \
}
# else
# define setU3(x,y,z) \
{ unsigned DPT_4_BYTES hold = z; \
*(getUP1(x,y) + 0) = (unsigned char)(hold >> 16) ; \
*(getUP1(x,y) + 1) = (unsigned char)(hold >> 8L); \
*(getUP1(x,y) + 2) = (unsigned char)(hold); \
}
# endif
#endif
/* up to here to be deleted */
#define getBU3(x,y) ((unsigned DPT_4_BYTES)osdLocal3((unsigned DPT_4_BYTES __FAR__ *) \
getUP1(x,y)))
#if (!defined(setBU3))
# if (defined(_DPT_BIG_ENDIAN))
# define setBU3(x,y,z) \
{ unsigned DPT_4_BYTES hold = z; \
*(getUP1(x,y)) = (unsigned char)(hold >> 16L); \
*((unsigned short __FAR__ *)(getUP1(x,y) + 1)) \
= (unsigned short)hold; \
}
# else
# define setBU3(x,y,z) \
{ unsigned DPT_4_BYTES hold = z; \
*(getUP1(x,y) + 0) = (unsigned char)(hold >> 16) ; \
*(getUP1(x,y) + 1) = (unsigned char)(hold >> 8L); \
*(getUP1(x,y) + 2) = (unsigned char)(hold); \
}
# endif
#endif
#define getUP4(x,y) ((unsigned DPT_4_BYTES __FAR__ *)(((unsigned char __FAR__ *) \
(x))+(unsigned DPT_4_BYTES)(y)))
#define getBU4(x,y) ((unsigned DPT_4_BYTES)osdLocal4((unsigned DPT_4_BYTES __FAR__ *) \
getUP1(x,y)))
#define getLU4(x,y) ((unsigned DPT_4_BYTES)osdSLocal4((unsigned DPT_4_BYTES __FAR__ *) \
getUP1(x,y)))
/* to be deleted */
#define getU4(x,y) ((unsigned DPT_4_BYTES)osdSLocal4((unsigned DPT_4_BYTES __FAR__ *) \
getUP1(x,y)))
#if (!defined(setU4))
# define setU4(x,y,z) { unsigned DPT_4_BYTES hold = z; \
*((unsigned DPT_4_BYTES __FAR__ *)getUP1(x,y)) \
= osdLocal4(&hold); \
}
#endif
/* up to here */
#if (!defined(setBU4))
# define setBU4(x,y,z) { unsigned DPT_4_BYTES hold = z; \
*((unsigned DPT_4_BYTES __FAR__ *)getUP1(x,y)) \
= osdLocal4(&hold); \
}
#endif
#if (!defined(setLU4))
# define setLU4(x,y,z) { unsigned DPT_4_BYTES hold = z; \
*((unsigned DPT_4_BYTES __FAR__ *)getUP1(x,y)) \
= osdSLocal4(&hold); \
}
#endif
#define osdSwap16bit(x) ( (((unsigned short )x & 0xf000) >> 12) | \
(((unsigned short )x & 0x0f00) >> 4) | \
(((unsigned short )x & 0x00f0) << 4) | \
(((unsigned short )x & 0x000f) << 12 ) )
/*
* note that in big endian a 12 bit number (0x123) is stored as 1203
*/
#define osdSwap12bit(x) (( (((unsigned short )x & 0x0f00) >> 8) | \
((unsigned short )x & 0x00f0) | \
(((unsigned short )x & 0x000f) << 8 ) ) )
#define osdSwap8bit(x) ( (((unsigned char )x & 0x0f) << 4) | \
(((unsigned char )x &0xf0) >> 4 ) )
#define getL24bit1(w,x,y) ((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(&w->x))[0+(y)] \
+ ((((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(&w->x))[1+(y)]) << 8) & 0xFF00) \
+ ((((unsigned DPT_4_BYTES)((unsigned char __FAR__ *)(&w->x))[2+(y)]) << 16) & 0xFF0000))
#define setL24bit1(w,x,y,z) { ((unsigned char __FAR__ *)(&w->x))[0+(y)] = (z); \
((unsigned char __FAR__ *)(&w->x))[1+(y)] = ((z) >> 8) & 0xFF; \
((unsigned char __FAR__ *)(&w->x))[2+(y)] = ((z) >> 16) & 0xFF; \
}
#define getL16bit(w,x,y) ((unsigned short)((unsigned char __FAR__ *)(&w->x))[0+(y)] \
+ ((((unsigned short)((unsigned char __FAR__ *)(&w->x))[1+(y)]) << 8) & 0xFF00))
#define setL16bit(w,x,y,z) { ((unsigned char __FAR__ *)(&w->x))[0+(y)] = (z); \
((unsigned char __FAR__ *)(&w->x))[1+(y)] = ((z) >> 8) & 0xFF; \
}
#define getL16bit2(w,x,y) ((unsigned short)((unsigned char __FAR__ *)(&w->x))[2+(y)] \
+ ((((unsigned short)((unsigned char __FAR__ *)(&w->x))[3+(y)]) << 8) & 0xFF00))
#define setL16bit2(w,x,y,z) { ((unsigned char __FAR__ *)(&w->x))[2+(y)] = (z); \
((unsigned char __FAR__ *)(&w->x))[3+(y)] = ((z) >> 8) & 0xFF; \
}
/* y is the number of bytes from beg of DPT_4_BYTES to get upper 4 bit of the addressed byte */
#define getL4bit(w,x,y) \
((unsigned char)(((unsigned char __FAR__ *)(&w->x))[0+(y)] >> 4) & 0x0f)
#define setL4bit(w,x,y,z) { \
((unsigned char __FAR__ *)(&w->x))[0+(y)] &= 0xF0; \
((unsigned char __FAR__ *)(&w->x))[0+(y)] |= ((z) << 4) & 0xF0; \
}
/* y is number of bytes from beg of DPT_4_BYTES */
#define getL1bit(w,x,y) \
((unsigned char)(((unsigned char __FAR__ *)(&w->x))[0+(y)] ) & 0x01)
#define setL1bit(w,x,y,z) { \
((unsigned char __FAR__ *)(&w->x))[0+(y)] &= 0xFE; \
((unsigned char __FAR__ *)(&w->x))[0+(y)] |= (z) & 0x01; \
}
#define getL1bit1(w,x,y) \
((unsigned char)(((unsigned char __FAR__ *)(&w->x))[0+(y)] >> 1) & 0x01)
#define setL1bit1(w,x,y,z) { \
((unsigned char __FAR__ *)(&w->x))[0+(y)] &= 0xFD; \
((unsigned char __FAR__ *)(&w->x))[0+(y)] |= (z << 1) & 0x02; \
}
/* 12 bit at the first 12 bits of a DPT_4_BYTES word */
#define getL12bit(w,x,y) ((unsigned short)((unsigned char __FAR__ *)(&w->x))[0+(y)] \
+ ((((unsigned short)((unsigned char __FAR__ *)(&w->x))[1+(y)]) << 8) & 0xF00))
#define setL12bit(w,x,y,z) { ((unsigned char __FAR__ *)(&w->x))[0+(y)] = (z); \
((unsigned char __FAR__ *)(&w->x))[1+(y)] &= 0xF0; \
((unsigned char __FAR__ *)(&w->x))[1+(y)] |= ((z) >> 8) & 0xF; \
}
/* 12 bit after another 12 bit in DPT_4_BYTES word */
#define getL12bit1(w,x,y) (((unsigned short)((unsigned char __FAR__ *)(&w->x))[1+(y)]) >> 4 \
+ ((((unsigned short)((unsigned char __FAR__ *)(&w->x))[2+(y)]) << 4) ))
#define setL12bit1(w,x,y,z) { ((unsigned char __FAR__ *)(&w->x))[1+(y)] &= 0x0F; \
((unsigned char __FAR__ *)(&w->x))[1+(y)] |= ((z) & 0xF) << 4; \
((unsigned char __FAR__ *)(&w->x))[2+(y)] &= 0x00;\
((unsigned char __FAR__ *)(&w->x))[2+(y)] |= ((z) >> 8) & 0xff;\
}
/* 12 at the 3rd byte in a DPT_4_BYTES word */
#define getL12bit2(w,x,y) ((unsigned short)((unsigned char __FAR__ *)(&w->x))[2+(y)] \
+ ((((unsigned short)((unsigned char __FAR__ *)(&w->x))[3+(y)]) << 8) & 0xF00))
#define setL12bit2(w,x,y,z) { ((unsigned char __FAR__ *)(&w->x))[2+(y)] = (z); \
((unsigned char __FAR__ *)(&w->x))[3+(y)] &= 0xF0; \
((unsigned char __FAR__ *)(&w->x))[3+(y)] |= ((z) >> 8) & 0xF; \
}
#define getL8bit(w,x,y) (\
(*(((unsigned char __FAR__ *)(&((w)->x)))\
+ y)) )
#define setL8bit(w,x,y,z) {\
(*(((unsigned char __FAR__ *)(&((w)->x)))\
+ y) = (z));\
}
#endif /* __DPTALIGN_H */
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