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// Copyright (C) 2022 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GFDL-1.3-no-invariants-only
/*!
\headerfile <QtProcessorDetection>
\inmodule QtCore
\title Architecture-specific Macro Definitions
\ingroup funclists
\brief The <QtProcessorDetection> header file includes various
architecture-specific macros.
The <QtProcessorDetection> header file declares a range of macros
(Q_PROCESSOR_*) that are defined if the application is compiled for
specified processor architectures. For example, the Q_PROCESSOR_X86 macro is
defined if the application is compiled for x86 processors.
The purpose of these macros is to enable programmers to add
architecture-specific code to their application.
*/
/*!
\macro Q_PROCESSOR_ALPHA
\relates <QtProcessorDetection>
Defined if the application is compiled for Alpha processors.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_ARM
\relates <QtProcessorDetection>
Defined if the application is compiled for ARM processors. Qt currently
supports three optional ARM revisions: \l Q_PROCESSOR_ARM_V5, \l
Q_PROCESSOR_ARM_V6, and \l Q_PROCESSOR_ARM_V7.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_ARM_V5
\relates <QtProcessorDetection>
Defined if the application is compiled for ARMv5 processors. The \l
Q_PROCESSOR_ARM macro is also defined when Q_PROCESSOR_ARM_V5 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_ARM_V6
\relates <QtProcessorDetection>
Defined if the application is compiled for ARMv6 processors. The \l
Q_PROCESSOR_ARM and \l Q_PROCESSOR_ARM_V5 macros are also defined when
Q_PROCESSOR_ARM_V6 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_ARM_V7
\relates <QtProcessorDetection>
Defined if the application is compiled for ARMv7 processors. The \l
Q_PROCESSOR_ARM, \l Q_PROCESSOR_ARM_V5, and \l Q_PROCESSOR_ARM_V6 macros
are also defined when Q_PROCESSOR_ARM_V7 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_AVR32
\relates <QtProcessorDetection>
Defined if the application is compiled for AVR32 processors.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_BLACKFIN
\relates <QtProcessorDetection>
Defined if the application is compiled for Blackfin processors.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_IA64
\relates <QtProcessorDetection>
Defined if the application is compiled for IA-64 processors. This includes
all Itanium and Itanium 2 processors.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS processors. Qt currently
supports seven MIPS revisions: \l Q_PROCESSOR_MIPS_I, \l
Q_PROCESSOR_MIPS_II, \l Q_PROCESSOR_MIPS_III, \l Q_PROCESSOR_MIPS_IV, \l
Q_PROCESSOR_MIPS_V, \l Q_PROCESSOR_MIPS_32, and \l Q_PROCESSOR_MIPS_64.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_I
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS-I processors. The \l
Q_PROCESSOR_MIPS macro is also defined when Q_PROCESSOR_MIPS_I is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_II
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS-II processors. The \l
Q_PROCESSOR_MIPS and \l Q_PROCESSOR_MIPS_I macros are also defined when
Q_PROCESSOR_MIPS_II is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_32
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS32 processors. The \l
Q_PROCESSOR_MIPS, \l Q_PROCESSOR_MIPS_I, and \l Q_PROCESSOR_MIPS_II macros
are also defined when Q_PROCESSOR_MIPS_32 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_III
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS-III processors. The \l
Q_PROCESSOR_MIPS, \l Q_PROCESSOR_MIPS_I, and \l Q_PROCESSOR_MIPS_II macros
are also defined when Q_PROCESSOR_MIPS_III is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_IV
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS-IV processors. The \l
Q_PROCESSOR_MIPS, \l Q_PROCESSOR_MIPS_I, \l Q_PROCESSOR_MIPS_II, and \l
Q_PROCESSOR_MIPS_III macros are also defined when Q_PROCESSOR_MIPS_IV is
defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_V
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS-V processors. The \l
Q_PROCESSOR_MIPS, \l Q_PROCESSOR_MIPS_I, \l Q_PROCESSOR_MIPS_II, \l
Q_PROCESSOR_MIPS_III, and \l Q_PROCESSOR_MIPS_IV macros are also defined
when Q_PROCESSOR_MIPS_V is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_MIPS_64
\relates <QtProcessorDetection>
Defined if the application is compiled for MIPS64 processors. The \l
Q_PROCESSOR_MIPS, \l Q_PROCESSOR_MIPS_I, \l Q_PROCESSOR_MIPS_II, \l
Q_PROCESSOR_MIPS_III, \l Q_PROCESSOR_MIPS_IV, and \l Q_PROCESSOR_MIPS_V
macros are also defined when Q_PROCESSOR_MIPS_64 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_POWER
\relates <QtProcessorDetection>
Defined if the application is compiled for POWER processors. Qt currently
supports two Power variants: \l Q_PROCESSOR_POWER_32 and \l
Q_PROCESSOR_POWER_64.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_POWER_32
\relates <QtProcessorDetection>
Defined if the application is compiled for 32-bit Power processors. The \l
Q_PROCESSOR_POWER macro is also defined when Q_PROCESSOR_POWER_32 is
defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_POWER_64
\relates <QtProcessorDetection>
Defined if the application is compiled for 64-bit Power processors. The \l
Q_PROCESSOR_POWER macro is also defined when Q_PROCESSOR_POWER_64 is
defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_RISCV
\relates <QtProcessorDetection>
\since 5.13
Defined if the application is compiled for RISC-V processors. Qt currently
supports two RISC-V variants: \l Q_PROCESSOR_RISCV_32 and \l
Q_PROCESSOR_RISCV_64.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_RISCV_32
\relates <QtProcessorDetection>
\since 5.13
Defined if the application is compiled for 32-bit RISC-V processors. The \l
Q_PROCESSOR_RISCV macro is also defined when Q_PROCESSOR_RISCV_32 is
defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_RISCV_64
\relates <QtProcessorDetection>
\since 5.13
Defined if the application is compiled for 64-bit RISC-V processors. The \l
Q_PROCESSOR_RISCV macro is also defined when Q_PROCESSOR_RISCV_64 is
defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_S390
\relates <QtProcessorDetection>
Defined if the application is compiled for S/390 processors. Qt supports
one optional variant of S/390: Q_PROCESSOR_S390_X.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_S390_X
\relates <QtProcessorDetection>
Defined if the application is compiled for S/390x processors. The \l
Q_PROCESSOR_S390 macro is also defined when Q_PROCESSOR_S390_X is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_SH
\relates <QtProcessorDetection>
Defined if the application is compiled for SuperH processors. Qt currently
supports one SuperH revision: \l Q_PROCESSOR_SH_4A.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_SH_4A
\relates <QtProcessorDetection>
Defined if the application is compiled for SuperH 4A processors. The \l
Q_PROCESSOR_SH macro is also defined when Q_PROCESSOR_SH_4A is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_SPARC
\relates <QtProcessorDetection>
Defined if the application is compiled for SPARC processors. Qt currently
supports one optional SPARC revision: \l Q_PROCESSOR_SPARC_V9.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_SPARC_V9
\relates <QtProcessorDetection>
Defined if the application is compiled for SPARC V9 processors. The \l
Q_PROCESSOR_SPARC macro is also defined when Q_PROCESSOR_SPARC_V9 is
defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_X86
\relates <QtProcessorDetection>
Defined if the application is compiled for x86 processors. Qt currently
supports two x86 variants: \l Q_PROCESSOR_X86_32 and \l Q_PROCESSOR_X86_64.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_X86_32
\relates <QtProcessorDetection>
Defined if the application is compiled for 32-bit x86 processors. This
includes all i386, i486, i586, and i686 processors. The \l Q_PROCESSOR_X86
macro is also defined when Q_PROCESSOR_X86_32 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_PROCESSOR_X86_64
\relates <QtProcessorDetection>
Defined if the application is compiled for 64-bit x86 processors. This
includes all AMD64, Intel 64, and other x86_64/x64 processors. The \l
Q_PROCESSOR_X86 macro is also defined when Q_PROCESSOR_X86_64 is defined.
\sa QSysInfo::buildCpuArchitecture()
*/
/*!
\macro Q_BYTE_ORDER
\relates <QtProcessorDetection>
This macro can be used to determine the byte order your system
uses for storing data in memory. i.e., whether your system is
little-endian or big-endian. It is set by Qt to one of the macros
Q_LITTLE_ENDIAN or Q_BIG_ENDIAN. You normally won't need to worry
about endian-ness, but you might, for example if you need to know
which byte of an integer or UTF-16 character is stored in the
lowest address. Endian-ness is important in networking, where
computers with different values for Q_BYTE_ORDER must pass data
back and forth.
Use this macro as in the following examples.
\snippet code/src_corelib_global_qglobal.cpp 40
\sa Q_BIG_ENDIAN, Q_LITTLE_ENDIAN
*/
/*!
\macro Q_LITTLE_ENDIAN
\relates <QtProcessorDetection>
This macro represents a value you can compare to the macro
Q_BYTE_ORDER to determine the endian-ness of your system. In a
little-endian system, the least significant byte is stored at the
lowest address. The other bytes follow in increasing order of
significance.
\snippet code/src_corelib_global_qglobal.cpp 41
\sa Q_BYTE_ORDER, Q_BIG_ENDIAN
*/
/*!
\macro Q_BIG_ENDIAN
\relates <QtProcessorDetection>
This macro represents a value you can compare to the macro
Q_BYTE_ORDER to determine the endian-ness of your system. In a
big-endian system, the most significant byte is stored at the
lowest address. The other bytes follow in decreasing order of
significance.
\snippet code/src_corelib_global_qglobal.cpp 42
\sa Q_BYTE_ORDER, Q_LITTLE_ENDIAN
*/
/*!
\macro QT_POINTER_SIZE
\relates <QtProcessorDetection>
Expands to the size of a pointer in bytes (4 or 8). This is
equivalent to \c sizeof(void *) but can be used in a preprocessor
directive.
*/
|
