// bsls_atomicoperations_powerpc64_aix_xlc.h -*-C++-*-
#ifndef INCLUDED_BSLS_ATOMICOPERATIONS_POWERPC64_AIX_XLC
#define INCLUDED_BSLS_ATOMICOPERATIONS_POWERPC64_AIX_XLC
#include <bsls_ident.h>
BSLS_IDENT("$Id: $")
//@PURPOSE: Provide implementations of atomic operations for PowerPC/AIX-64bit.
//
//@CLASSES:
// bsls::AtomicOperations_POWERPC64_AIX_XLC: atomics for PPC64/AIX.
//
//@DESCRIPTION: This component provides classes necessary to implement atomics
// on the AIX PowerPC platform in 64bit mode with the xlC compiler. The
// classes are for private use only. See 'bsls_atomicoperations' and
// 'bsls_atomic' for the public interface to atomics.
#include <bsls_atomicoperations_powerpc_aix_xlc_default.h>
#include <bsls_platform.h>
#include <bsls_types.h>
#if defined(BSLS_PLATFORM_CPU_POWERPC) && defined(BSLS_PLATFORM_CMP_IBM) \
&& defined(BSLS_PLATFORM_CPU_64_BIT)
#include <builtins.h>
namespace BloombergLP {
namespace bsls {
// *** functions implemented in assembly ***
Types::Int64 AtomicOperations_Powerpc64_GetInt64(
const volatile Types::Int64 *atomicInt);
Types::Int64 AtomicOperations_Powerpc64_GetInt64Acquire(
const volatile Types::Int64 *atomicInt);
void AtomicOperations_Powerpc64_SetInt64(volatile Types::Int64 *atomicInt,
Types::Int64 value);
void AtomicOperations_Powerpc64_SetInt64Release(
volatile Types::Int64 *atomicInt,
Types::Int64 value);
Types::Int64 AtomicOperations_Powerpc64_SwapInt64(
volatile Types::Int64 *atomicInt,
Types::Int64 value);
Types::Int64 AtomicOperations_Powerpc64_SwapInt64AcqRel(
volatile Types::Int64 *atomicInt,
Types::Int64 value);
Types::Int64 AtomicOperations_Powerpc64_testAndSwapInt64(
volatile Types::Int64 *atomicInt,
Types::Int64 compareValue,
Types::Int64 swapValue);
Types::Int64 AtomicOperations_Powerpc64_testAndSwapInt64AcqRel(
volatile Types::Int64 *atomicInt,
Types::Int64 compareValue,
Types::Int64 swapValue);
Types::Int64 AtomicOperations_Powerpc64_AddInt64(
volatile Types::Int64 *atomicInt,
Types::Int64 value);
Types::Int64 AtomicOperations_Powerpc64_AddInt64AcqRel(
volatile Types::Int64 *atomicInt,
Types::Int64 value);
struct AtomicOperations_POWERPC64_AIX_XLC;
typedef AtomicOperations_POWERPC64_AIX_XLC AtomicOperations_Imp;
// ============================================================
// struct Atomic_TypeTraits<AtomicOperations_POWERPC64_AIX_XLC>
// ============================================================
template <>
struct Atomic_TypeTraits<AtomicOperations_POWERPC64_AIX_XLC>
{
struct Int
{
volatile int d_value __attribute__((__aligned__(sizeof(int))));
};
struct Int64
{
volatile Types::Int64 d_value
__attribute__((__aligned__(sizeof(Types::Int64))));
};
struct Uint
{
volatile unsigned int d_value
__attribute__((__aligned__(sizeof(unsigned int))));
};
struct Uint64
{
volatile Types::Uint64 d_value
__attribute__((__aligned__(sizeof(Types::Uint64))));
};
struct Pointer
{
void * volatile d_value __attribute__((__aligned__(sizeof(void *))));
};
};
// =========================================
// struct AtomicOperations_POWERPC64_AIX_XLC
// =========================================
struct AtomicOperations_POWERPC64_AIX_XLC
: AtomicOperations_POWERPC_AIX_XLC_Default64<
AtomicOperations_POWERPC64_AIX_XLC>
{
typedef Atomic_TypeTraits<AtomicOperations_POWERPC64_AIX_XLC>
AtomicTypes;
// *** atomic functions for Int64 ***
static Types::Int64 getInt64(const AtomicTypes::Int64 *atomicInt);
static Types::Int64 getInt64Relaxed(const AtomicTypes::Int64 *atomicInt);
static Types::Int64 getInt64Acquire(const AtomicTypes::Int64 *atomicInt);
static void setInt64(AtomicTypes::Int64 *atomicInt, Types::Int64 value);
static void setInt64Relaxed(AtomicTypes::Int64 *atomicInt,
Types::Int64 value);
static void setInt64Release(AtomicTypes::Int64 *atomicInt,
Types::Int64 value);
static Types::Int64 swapInt64(AtomicTypes::Int64 *atomicInt,
Types::Int64 swapValue);
static Types::Int64 swapInt64AcqRel(AtomicTypes::Int64 *atomicInt,
Types::Int64 swapValue);
static Types::Int64 testAndSwapInt64(AtomicTypes::Int64 *atomicInt,
Types::Int64 compareValue,
Types::Int64 swapValue);
static Types::Int64 testAndSwapInt64AcqRel(AtomicTypes::Int64 *atomicInt,
Types::Int64 compareValue,
Types::Int64 swapValue);
static Types::Int64 addInt64Nv(AtomicTypes::Int64 *atomicInt,
Types::Int64 value);
static Types::Int64 addInt64NvRelaxed(AtomicTypes::Int64 *atomicInt,
Types::Int64 value);
static Types::Int64 addInt64NvAcqRel(AtomicTypes::Int64 *atomicInt,
Types::Int64 value);
};
// ===========================================================================
// INLINE FUNCTION DEFINITIONS
// ===========================================================================
// -----------------------------------------
// struct AtomicOperations_POWERPC64_AIX_XLC
// -----------------------------------------
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
getInt64(const AtomicTypes::Int64 *atomicInt)
{
return AtomicOperations_Powerpc64_GetInt64(&atomicInt->d_value);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
getInt64Relaxed(const AtomicTypes::Int64 *atomicInt)
{
return atomicInt->d_value;
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
getInt64Acquire(const AtomicTypes::Int64 *atomicInt)
{
return AtomicOperations_Powerpc64_GetInt64Acquire(&atomicInt->d_value);
}
inline
void AtomicOperations_POWERPC64_AIX_XLC::
setInt64(AtomicTypes::Int64 *atomicInt, Types::Int64 value)
{
AtomicOperations_Powerpc64_SetInt64(&atomicInt->d_value, value);
}
inline
void AtomicOperations_POWERPC64_AIX_XLC::
setInt64Relaxed(AtomicTypes::Int64 *atomicInt, Types::Int64 value)
{
atomicInt->d_value = value;
}
inline
void AtomicOperations_POWERPC64_AIX_XLC::
setInt64Release(AtomicTypes::Int64 *atomicInt, Types::Int64 value)
{
AtomicOperations_Powerpc64_SetInt64Release(&atomicInt->d_value,
value);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
swapInt64(AtomicTypes::Int64 *atomicInt,
Types::Int64 swapValue)
{
return AtomicOperations_Powerpc64_SwapInt64(&atomicInt->d_value,
swapValue);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
swapInt64AcqRel(AtomicTypes::Int64 *atomicInt,
Types::Int64 swapValue)
{
return AtomicOperations_Powerpc64_SwapInt64AcqRel(&atomicInt->d_value,
swapValue);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
testAndSwapInt64(AtomicTypes::Int64 *atomicInt,
Types::Int64 compareValue,
Types::Int64 swapValue)
{
return AtomicOperations_Powerpc64_testAndSwapInt64(&atomicInt->d_value,
compareValue,
swapValue);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
testAndSwapInt64AcqRel(AtomicTypes::Int64 *atomicInt,
Types::Int64 compareValue,
Types::Int64 swapValue)
{
return AtomicOperations_Powerpc64_testAndSwapInt64AcqRel(
&atomicInt->d_value,
compareValue,
swapValue);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
addInt64Nv(AtomicTypes::Int64 *atomicInt,
Types::Int64 value)
{
return AtomicOperations_Powerpc64_AddInt64(&atomicInt->d_value,
value);
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
addInt64NvRelaxed(AtomicTypes::Int64 *atomicInt,
Types::Int64 value)
{
return __fetch_and_addlp(
reinterpret_cast<volatile long *>(&atomicInt->d_value),
static_cast<long>(value))
+ value;
}
inline
Types::Int64 AtomicOperations_POWERPC64_AIX_XLC::
addInt64NvAcqRel(AtomicTypes::Int64 *atomicInt,
Types::Int64 value)
{
return AtomicOperations_Powerpc64_AddInt64AcqRel(&atomicInt->d_value,
value);
}
} // close package namespace
} // close enterprise namespace
#endif
#endif
// ----------------------------------------------------------------------------
// Copyright 2013 Bloomberg Finance L.P.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
// ----------------------------- END-OF-FILE ----------------------------------