Interlocked arms selfie3/30/2024 _int64 _arm_smlalbb(_int64 _RdHiLo, int _Rn, int _Rm) Int _arm_smlatt(int _Rn, int _Rm, int _Ra) Int _arm_smlatb(int _Rn, int _Rm, int _Ra) Int _arm_smlabt(int _Rn, int _Rm, int _Ra) Int _arm_smlabb(int _Rn, int _Rm, int _Ra) Unsigned _int64 _arm_umlal(unsigned _int64 _RdHiLo, unsigned int _Rn, unsigned int _Rm) _int64 _arm_smlal(_int64 _RdHiLo, int _Rn, int _Rm) ARM-specific Intrinsics Listing Function Name The _ex variants take an additional parameter that specifies the alignment of the pointer argument but are otherwise identical to their non- _ex counterparts. The primary difference between MSVC and the ARM compiler is that the MSVC adds _ex variants of the vldX and vstX vector load and store instructions. The MSVC support for NEON intrinsics resembles that of the ARM compiler, which is documented in Appendix G of the ARM Compiler toolchain, Version 4.1 Compiler Reference on the ARM Infocenter website. NEON intrinsics are supported, as provided in the header file arm_neon.h. The NEON vector instruction set extensions for ARM provide Single Instruction Multiple Data (SIMD) capabilities that resemble the ones in the MMX and SSE vector instruction sets that are common to x86 and 圆4 architecture processors. For more information about ARM, see the Architecture and Software Development Tools sections of the ARM Developer Documentation website. The Microsoft C++ compiler (MSVC) makes the following intrinsics available on the ARM architecture.
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