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Remove support for Tru64 and OSF

Browse Source 
Signed-off-by: Michele Calgaro <michele.calgaro@yahoo.it>
pull/80/head
Michele Calgaro 2 months ago
parent 904f4c6ed8
commit 9f283a81e9
Signed by: MicheleC
GPG Key ID: 2A75B7CA8ADED5CF
4 changed files with 3 additions and 150 deletions
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14
amarok/src/engine/helix/helix-sp/helix-include/common/dbgtool/hxassert.h
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@ -39,11 +39,7 @@
#ifndef ASSERT
#if defined (DEBUG) || defined (_DEBUG)
#if defined (_OSF1) && defined (_NATIVE_COMPILER)
# define ASSERT(x) assert(((long)(x)) != 0L)
#else
# define ASSERT(x) assert(x)
#endif
# define ASSERT(x) assert(x)
#else
# define ASSERT(x) /* x */
#endif /* DEBUG */
@ -68,14 +64,6 @@ extern "C" {
#endif
#endif
#if defined (_OSF1) && defined (_NATIVE_COMPILER)
#if defined __cplusplus
#define __inline inline
#else
#define __inline static
#endif /* __cplusplus */
#endif
#ifdef _HPUX
#if defined __cplusplus
#define __inline inline

132
amarok/src/engine/helix/helix-sp/helix-include/common/include/atomicbase.h
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@ -804,138 +804,6 @@ extern "C" {
/***********************************************************************
* Tru64 (OSF1) / Alpha (Native compiler)
*
* Implementation Notes:
*
* The Alpha CPU provides instructions to load-lock a value,
* modify it, and attempt to write it back. If the value has
* been modified by someone else since the load-lock occurred,
* the write will fail and you can check the status code to
* know whether you need to retry or not.
*
*/
#elif defined (__alpha)
#include <c_asm.h>
/* Increment by 1 and return new value */
inline INT32
HXAtomicIncRetINT32(INT32* pNum)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" addl %t0, 1, %t0;" // Increment value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum);
}
/* Decrement by 1 and return new value */
inline INT32
HXAtomicDecRetINT32(INT32* pNum)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" subl %t0, 1, %t0;" // Decrement value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum);
}
/* Add n and return new value */
inline INT32
HXAtomicAddRetINT32(INT32* pNum, INT32 n)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" addl %t0, %a1, %t0;" // Add n to value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum, n);
}
/* Subtract n and return new value */
inline INT32
HXAtomicSubRetINT32(INT32* pNum, INT32 n)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" subl %t0, %a1, %t0;" // Subtract n from value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum, n);
}
/* Increment by 1 and return new value */
inline UINT32
HXAtomicIncRetUINT32(UINT32* pNum)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" addl %t0, 1, %t0;" // Increment value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum);
}
/* Decrement by 1 and return new value */
inline UINT32
HXAtomicDecRetUINT32(UINT32* pNum)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" subl %t0, 1, %t0;" // Decrement value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum);
}
/* Add n and return new value */
inline UINT32
HXAtomicAddRetUINT32(UINT32* pNum, UINT32 n)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" addl %t0, %a1, %t0;" // Add n to value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum, n);
}
/* Subtract n and return new value */
inline UINT32
HXAtomicSubRetUINT32(UINT32* pNum, UINT32 n)
{
return asm (
"10: ldl_l %t0, (%a0);" // Load-lock value into a register
" subl %t0, %a1, %t0;" // Subtract n from value
" or %t0, %zero, %v0;" // set new value for return.
" stl_c %t0, (%a0);" // Save new value into *pNum
" beq %t0, 10b;" // Retry if sequence failed
, pNum, n);
}
#define HXAtomicIncINT32(p) HXAtomicIncRetINT32((p))
#define HXAtomicDecINT32(p) HXAtomicDecRetINT32((p))
#define HXAtomicAddINT32(p,n) HXAtomicAddRetINT32((p),(n))
#define HXAtomicSubINT32(p,n) HXAtomicSubRetINT32((p),(n))
#define HXAtomicIncUINT32(p) HXAtomicIncRetUINT32((p))
#define HXAtomicDecUINT32(p) HXAtomicDecRetUINT32((p))
#define HXAtomicAddUINT32(p,n) HXAtomicAddRetUINT32((p),(n))
#define HXAtomicSubUINT32(p,n) HXAtomicSubRetUINT32((p),(n))
/***********************************************************************
* AIX / PowerPC (Native compiler)
*

4
amarok/src/engine/helix/helix-sp/helix-include/common/include/hxtypes.h
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@ -63,7 +63,7 @@
typedef long int INT32; /* signed 32 bit value */
typedef unsigned long int UINT32; /* unsigned 32 bit value */
typedef unsigned int UINT;
# endif /* (defined _UNIX && (defined _ALPHA || OSF1)) */
# endif
# if (defined _UNIX && defined _IRIX)
# ifdef __LONG_MAX__
@ -641,7 +641,7 @@ typedef ULONG32 HXXIMAGE;
#endif
#if defined _LONG_IS_64 && (defined _OSF1 || defined _SOLARIS || defined _HPUX)
#if defined _LONG_IS_64 && (defined _SOLARIS || defined _HPUX)
typedef unsigned long PTR_INT;
#else
typedef unsigned int PTR_INT;

3
config.h.in
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@ -169,9 +169,6 @@
/* Define to 1 if you have the <systems.h> header file. */
#undef HAVE_SYSTEMS_H
/* Define to 1 if you have the <sys/bitypes.h> header file. */
#undef HAVE_SYS_BITYPES_H
/* Define to 1 if you have the <sys/stat.h> header file. */
#undef HAVE_SYS_STAT_H

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