arm: Enable Cortex-R52+ CPU

[official-gcc.git] / gcc / config / arm / arm-cpus.in

# CPU, FPU and architecture specifications for ARM.
#
# Copyright (C) 2011-2021 Free Software Foundation, Inc.
#
# This file is part of GCC.
#
# GCC is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free
# Software Foundation; either version 3, or (at your option) any later
# version.
#
# GCC is distributed in the hope that it will be useful, but WITHOUT ANY
# WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with GCC; see the file COPYING3.  If not see
# <http://www.gnu.org/licenses/>.

# This file describes all the various CPUs, FPUs and architectures supported
# by the compiler.  It is pre-processed by parsecpu.awk for a number of
# purposes.
#
# The general form is a sequence of begin..end blocks with the following
# syntax:
# begin <object-type> <name>
#  attribute-statement*
# end <object-type> <name>
#
# where object type is one of "cpu" "arch" "fpu".  Each object type has
# a specific set of permitted attributes, some of which are optional; further
# details can be found below.
#
# Some objects cross-reference other objects by name.  Objects are permitted
# in any order and it is not necessary to place a cross-referenced object
# earlier in the file.
#
# The object names for cpu, arch and fpu objects are used for the public option
# names in the final compiler.  The order within each group is preserved and
# forms the order for the list within the compiler.

# Most objects in this file support forward references.  The major
# exception is feature groups, which may only refer to previously
# defined features or feature groups.  This is done to avoid the risk
# of feature groups recursively referencing each other and causing
# the parser to hang.

# Features - general convention: all lower case.

# Architecture rel 4
define feature armv4

# Thumb aware.
define feature thumb

# Architecture rel 5t.
define feature armv5t

# Architecture rel 5te.
define feature armv5te

# XScale.
define feature xscale

# Architecture rel 6.
define feature armv6

# Architecture rel 6k.
define feature armv6k

# Thumb-2.
define feature thumb2

# Instructions not present in 'M' profile.
define feature notm

# Architecture uses be8 mode in big-endian.
define feature be8

# Thumb division instructions.
define feature tdiv

# Architecture rel 7e-m.
define feature armv7em

# Architecture rel 7.
define feature armv7

# MP extension to ArmV7-A
define feature mp

# SEC extension to ArmV7-A
define feature sec

# ARM division instructions.
define feature adiv

# Architecture rel 8.
define feature armv8

# ARMv8 CRC32 instructions.
define feature crc32

# XScale v2 (Wireless MMX).
define feature iwmmxt

# XScale Wireless MMX2.
define feature iwmmxt2

# Architecture rel 8.1.
define feature armv8_1

# Architecture rel 8.2.
define feature armv8_2

# Architecture rel 8.3.
define feature armv8_3

# Architecture rel 8.4.
define feature armv8_4

# Architecture rel 8.5.
define feature armv8_5

# Architecture rel 8.6.
define feature armv8_6

# M-Profile security extensions.
define feature cmse

# Architecture rel 8.1-M.
define feature armv8_1m_main

# Floating point and Neon extensions.
# VFPv1 is not supported in GCC.

# Vector floating point v2.
define feature vfpv2

# Vector floating point v3.
define feature vfpv3

# Vector floating point v4.
define feature vfpv4

# Floating point v5.
define feature fpv5

# ARMv7-A LPAE.
define feature lpae

# Advanced SIMD instructions.
define feature neon

# Conversions to/from fp16 (VFPv3 extension).
define feature fp16conv

# Double precision operations supported.
define feature fp_dbl

# 32 Double precision registers.
define feature fp_d32

# Crypto extension to ARMv8.
define feature crypto

# FP16 data processing (half-precision float).
define feature fp16

# Dot Product instructions extension to ARMv8.2-a.
define feature dotprod

# Half-precision floating-point instructions in ARMv8.4-A.
define feature fp16fml

# ISA Quirks (errata?).  Don't forget to add this to the fgroup
# ALL_QUIRKS below.

# No volatile memory in IT blocks.
define feature quirk_no_volatile_ce

# Previously mis-identified by GCC.
define feature quirk_armv6kz

# Cortex-M3 LDRD quirk.
define feature quirk_cm3_ldrd

# v8-m/v8.1-m VLLDM errata.
define feature quirk_vlldm

# Don't use .cpu assembly directive
define feature quirk_no_asmcpu

# (Very) slow multiply operations.  Should probably be a tuning bit.
define feature smallmul

# Speculation Barrier Instruction for v8-A architectures, added by
# default to v8.5-A
define feature sb

# Execution and Data Prediction Restriction Instruction for
# v8-A architectures, added by default from v8.5-A
define feature predres

# M-profile Vector Extension feature bits
define feature mve
define feature mve_float

# 8-bit Integer Matrix Multiply extension. Optional from v8.2-A.
define feature i8mm

# Brain half-precision floating-point extension. Optional from v8.2-A.
define feature bf16

# Arm Custom Datapath Extension (CDE).
define feature cdecp0
define feature cdecp1
define feature cdecp2
define feature cdecp3
define feature cdecp4
define feature cdecp5
define feature cdecp6
define feature cdecp7

# Feature groups.  Conventionally all (or mostly) upper case.
# ALL_FPU lists all the feature bits associated with the floating-point
# unit; these will all be removed if the floating-point unit is disabled
# (eg -mfloat-abi=soft).  ALL_FPU_INTERNAL must ONLY contain features that
# form part of a named -mfpu option; it is used to map the capabilities
# back to a named FPU for the benefit of the assembler.
#
# ALL_SIMD_INTERNAL and ALL_SIMD are similarly defined to help with the
# construction of ALL_FPU and ALL_FPU_INTERNAL; they describe the SIMD
# extensions that are either part of a named FPU or optional extensions
# respectively.


# List of all cryptographic extensions to stripout if crypto is
# disabled.  Currently, that's trivial, but we define it anyway for
# consistency with the SIMD and FP disable lists.
define fgroup ALL_CRYPTO        crypto

# List of all SIMD bits to strip out if SIMD is disabled.  This does
# strip off 32 D-registers, but does not remove support for
# double-precision FP.
define fgroup ALL_SIMD_INTERNAL fp_d32 neon ALL_CRYPTO
define fgroup ALL_SIMD_EXTERNAL dotprod fp16fml i8mm
define fgroup ALL_SIMD  ALL_SIMD_INTERNAL ALL_SIMD_EXTERNAL

# List of all FPU bits to strip out if -mfpu is used to override the
# default.  fp16 is deliberately missing from this list.
define fgroup ALL_FPU_INTERNAL  vfpv2 vfpv3 vfpv4 fpv5 fp16conv fp_dbl ALL_SIMD_INTERNAL
# Similarly, but including fp16 and other extensions that aren't part of
# -mfpu support.
define fgroup ALL_FPU_EXTERNAL fp16 bf16

# Everything related to the FPU extensions (FP or SIMD).
define fgroup ALL_FP    ALL_FPU_EXTERNAL ALL_FPU_INTERNAL ALL_SIMD

define fgroup ARMv4         armv4 notm
define fgroup ARMv4t        ARMv4 thumb
define fgroup ARMv5t        ARMv4t armv5t
define fgroup ARMv5te       ARMv5t armv5te
define fgroup ARMv5tej      ARMv5te
define fgroup ARMv6         ARMv5te armv6 be8
define fgroup ARMv6j        ARMv6
define fgroup ARMv6k        ARMv6 armv6k
define fgroup ARMv6z        ARMv6
define fgroup ARMv6kz       ARMv6k quirk_armv6kz
define fgroup ARMv6zk       ARMv6k
define fgroup ARMv6t2       ARMv6 thumb2
# This is suspect.  ARMv6-m doesn't really pull in any useful features
# from ARMv5* or ARMv6.
define fgroup ARMv6m        armv4 thumb armv5t armv5te armv6 be8
# This is suspect, the 'common' ARMv7 subset excludes the thumb2 'DSP' and
# integer SIMD instructions that are in ARMv6T2.  */
define fgroup ARMv7       ARMv6m thumb2 armv7

define fgroup ARMv7a      ARMv7 notm armv6k
define fgroup ARMv7ve     ARMv7a adiv tdiv lpae mp sec
define fgroup ARMv7r      ARMv7a tdiv
define fgroup ARMv7m      ARMv7 tdiv
define fgroup ARMv7em     ARMv7m armv7em
define fgroup ARMv8a      ARMv7ve armv8
define fgroup ARMv8_1a    ARMv8a crc32 armv8_1
define fgroup ARMv8_2a    ARMv8_1a armv8_2
define fgroup ARMv8_3a    ARMv8_2a armv8_3
define fgroup ARMv8_4a    ARMv8_3a armv8_4
define fgroup ARMv8_5a    ARMv8_4a armv8_5 sb predres
define fgroup ARMv8_6a    ARMv8_5a armv8_6
define fgroup ARMv8m_base ARMv6m armv8 cmse tdiv
define fgroup ARMv8m_main ARMv7m armv8 cmse
define fgroup ARMv8r      ARMv8a
define fgroup ARMv8_1m_main ARMv8m_main armv8_1m_main

# Useful combinations.
define fgroup VFPv2     vfpv2
define fgroup VFPv3     VFPv2 vfpv3
define fgroup VFPv4     VFPv3 vfpv4 fp16conv
define fgroup FPv5      VFPv4 fpv5
define fgroup MVE      mve armv7em
define fgroup MVE_FP   MVE FPv5 fp16 mve_float

define fgroup FP_DBL    fp_dbl
define fgroup FP_D32    FP_DBL fp_d32
define fgroup FP_ARMv8  FPv5 FP_D32
define fgroup NEON      FP_D32 neon
define fgroup CRYPTO    NEON crypto
define fgroup DOTPROD   NEON dotprod

# Implied feature bits.  These are for non-named features shared between fgroups.
# Shared feature f belonging to fgroups A and B will be erroneously removed if:
# A and B are enabled by default AND A is disabled by a removal flag.
# To ensure that f is retained, we must add such bits to the ISA after
# processing the removal flags.  This is implemented by 'implied bits':
# define implied <name> [<feature-or-fgroup>]+
# This indicates that, if any of the listed features are enabled, or if any
# member of a listed fgroup is enabled, then <name> will be implicitly enabled.

# Enabled for all VFP, MVE and MVE with floating point extensions.
define implied vfp_base MVE MVE_FP ALL_FP

# List of all quirk bits to strip out when comparing CPU features with
# architectures.
# xscale isn't really a 'quirk', but it isn't an architecture either and we
# need to ignore it for matching purposes.
define fgroup ALL_QUIRKS   quirk_no_volatile_ce quirk_armv6kz quirk_cm3_ldrd quirk_vlldm xscale quirk_no_asmcpu

define fgroup IGNORE_FOR_MULTILIB cdecp0 cdecp1 cdecp2 cdecp3 cdecp4 cdecp5 cdecp6 cdecp7

# Architecture entries
# format:
# begin arch <name>
#   tune for <cpu>
#   [tune flags <list>]
#   base <name>
#   [profile <A|R|M>]
#   isa <isa-flags-list>
# end arch <name>
#

begin arch armv4
 tune for arm7tdmi
 tune flags CO_PROC
 base 4
 isa ARMv4
end arch armv4

begin arch armv4t
 tune for arm7tdmi
 tune flags CO_PROC
 base 4T
 isa ARMv4t
end arch armv4t

begin arch armv5t
 tune for arm10tdmi
 tune flags CO_PROC
 base 5T
 isa ARMv5t
end arch armv5t

begin arch armv5te
 tune for arm1026ej-s
 tune flags CO_PROC
 base 5TE
 isa ARMv5te
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv5te

begin arch armv5tej
 tune for arm1026ej-s
 tune flags CO_PROC
 base 5TEJ
 isa ARMv5tej
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv5tej

begin arch armv6
 tune for arm1136j-s
 tune flags CO_PROC
 base 6
 isa ARMv6
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6

begin arch armv6j
 tune for arm1136j-s
 tune flags CO_PROC
 base 6J
 isa ARMv6j
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6j

begin arch armv6k
 tune for mpcore
 tune flags CO_PROC
 base 6K
 isa ARMv6k
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6k

begin arch armv6z
 tune for arm1176jz-s
 tune flags CO_PROC
 base 6Z
 isa ARMv6z
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6z

begin arch armv6kz
 tune for arm1176jz-s
 tune flags CO_PROC
 base 6KZ
 isa ARMv6kz
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6kz

begin arch armv6zk
 tune for arm1176jz-s
 tune flags CO_PROC
 base 6KZ
 isa ARMv6kz
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6zk

begin arch armv6t2
 tune for arm1156t2-s
 tune flags CO_PROC
 base 6T2
 isa ARMv6t2
 option fp add VFPv2 FP_DBL
 optalias vfpv2 fp
 option nofp remove ALL_FP
end arch armv6t2

begin arch armv6-m
 tune for cortex-m1
 base 6M
 profile M
 isa ARMv6m
end arch armv6-m

# This is now equivalent to armv6-m, but we keep it because some
# versions of GAS still distinguish between the two.
begin arch armv6s-m
 tune for cortex-m1
 base 6M
 profile M
 isa ARMv6m
end arch armv6s-m

begin arch armv7
 tune for cortex-a53
 tune flags CO_PROC
 base 7
 isa ARMv7
# fp => VFPv3-d16 (only useful for the A+R profile subset).
 option fp add VFPv3 FP_DBL
 optalias vfpv3-d16 fp
 option nofp remove ALL_FP
end arch armv7

begin arch armv7-a
 tune for cortex-a53
 tune flags CO_PROC
 base 7A
 profile A
 isa ARMv7a
 option mp             add mp
 option sec            add sec
# fp => VFPv3-d16, simd => neon-vfpv3
 option fp             add VFPv3 FP_DBL
 optalias vfpv3-d16    fp
 option vfpv3          add VFPv3 FP_D32
 option vfpv3-d16-fp16 add VFPv3 FP_DBL fp16conv
 option vfpv3-fp16     add VFPv3 FP_DBL FP_D32 fp16conv
 option vfpv4-d16      add VFPv4 FP_DBL
 option vfpv4          add VFPv4 FP_D32
 option simd           add VFPv3 NEON
 optalias neon         simd
 optalias neon-vfpv3   simd
 option neon-fp16      add VFPv3 NEON fp16conv
 option neon-vfpv4     add VFPv4 NEON
 option nosimd      remove ALL_SIMD
 option nofp        remove ALL_FP
end arch armv7-a

begin arch armv7ve
 tune for cortex-a53
 tune flags CO_PROC
 base 7A
 profile A
 isa ARMv7ve
# fp => VFPv4-d16, simd => neon-vfpv4
 option vfpv3-d16      add VFPv3 FP_DBL
 option vfpv3          add VFPv3 FP_D32
 option vfpv3-d16-fp16 add VFPv3 FP_DBL fp16conv
 option vfpv3-fp16     add VFPv3 FP_DBL FP_D32 fp16conv
 option fp             add VFPv4 FP_DBL
 optalias vfpv4-d16    fp
 option vfpv4          add VFPv4 FP_D32
 option neon           add VFPv3 NEON
 optalias neon-vfpv3   neon
 option neon-fp16      add VFPv3 NEON fp16conv
 option simd           add VFPv4 NEON
 optalias neon-vfpv4   simd
 option nosimd      remove ALL_SIMD
 option nofp        remove ALL_FP
end arch armv7ve

begin arch armv7-r
 tune for cortex-r4
 tune flags CO_PROC
 base 7R
 profile R
 isa ARMv7r
# ARMv7-r uses VFPv3-d16
 option fp.sp add VFPv3
 optalias vfpv3xd fp.sp
 option fp add VFPv3 FP_DBL
 optalias vfpv3-d16 fp
 option vfpv3xd-fp16 add VFPv3 fp16conv
 option vfpv3-d16-fp16 add VFPv3 FP_DBL fp16conv
 option idiv add adiv
 option nofp remove ALL_FP
 option noidiv remove adiv
end arch armv7-r

begin arch armv7-m
 tune for cortex-m3
 tune flags CO_PROC
 base 7M
 profile M
 isa ARMv7m
# In theory FP is permitted in v7-m, but in practice no implementations exist.
# leave it out for now.
end arch armv7-m

begin arch armv7e-m
 tune for cortex-m4
 tune flags CO_PROC
 base 7EM
 profile M
 isa ARMv7em
# fp => VFPv4-sp-d16; fpv5 => FPv5-sp-d16; fp.dp => FPv5-d16
 option fp add VFPv4
 optalias vfpv4-sp-d16 fp
 option fpv5 add FPv5
 option fp.dp add FPv5 FP_DBL
 optalias fpv5-d16 fp.dp
 option nofp remove ALL_FP
end arch armv7e-m

begin arch armv8-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8a
 option crc add crc32
 option simd add FP_ARMv8 NEON
 option crypto add FP_ARMv8 CRYPTO
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option sb add sb
 option predres add predres
end arch armv8-a

begin arch armv8.1-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8_1a
 option simd add FP_ARMv8 NEON
 option crypto add FP_ARMv8 CRYPTO
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option sb add sb
 option predres add predres
end arch armv8.1-a

begin arch armv8.2-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8_2a
 option simd add FP_ARMv8 NEON
 option fp16 add fp16 FP_ARMv8 NEON
 option fp16fml add fp16fml fp16 FP_ARMv8 NEON
 option crypto add FP_ARMv8 CRYPTO
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option dotprod add FP_ARMv8 DOTPROD
 option sb add sb
 option predres add predres
 option i8mm add i8mm FP_ARMv8 NEON
 option bf16 add bf16 FP_ARMv8 NEON
end arch armv8.2-a

begin arch armv8.3-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8_3a
 option simd add FP_ARMv8 NEON
 option fp16 add fp16 FP_ARMv8 NEON
 option fp16fml add fp16fml fp16 FP_ARMv8 NEON
 option crypto add FP_ARMv8 CRYPTO
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option dotprod add FP_ARMv8 DOTPROD
 option sb add sb
 option predres add predres
 option i8mm add i8mm FP_ARMv8 NEON
 option bf16 add bf16 FP_ARMv8 NEON
end arch armv8.3-a

begin arch armv8.4-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8_4a
 option simd add FP_ARMv8 DOTPROD
 option fp16 add fp16 fp16fml FP_ARMv8 DOTPROD
 option crypto add FP_ARMv8 CRYPTO DOTPROD
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option sb add sb
 option predres add predres
 option i8mm add i8mm FP_ARMv8 DOTPROD
 option bf16 add bf16 FP_ARMv8 DOTPROD
end arch armv8.4-a

begin arch armv8.5-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8_5a
 option simd add FP_ARMv8 DOTPROD
 option fp16 add fp16 fp16fml FP_ARMv8 DOTPROD
 option crypto add FP_ARMv8 CRYPTO DOTPROD
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option i8mm add i8mm FP_ARMv8 DOTPROD
 option bf16 add bf16 FP_ARMv8 DOTPROD
end arch armv8.5-a

begin arch armv8.6-a
 tune for cortex-a53
 tune flags CO_PROC
 base 8A
 profile A
 isa ARMv8_6a
 option simd add FP_ARMv8 DOTPROD
 option fp16 add fp16 fp16fml FP_ARMv8 DOTPROD
 option crypto add FP_ARMv8 CRYPTO DOTPROD
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
 option i8mm add i8mm FP_ARMv8 DOTPROD
 option bf16 add bf16 FP_ARMv8 DOTPROD
end arch armv8.6-a

begin arch armv8-m.base
 tune for cortex-m23
 base 8M_BASE
 profile M
 isa ARMv8m_base
end arch armv8-m.base

begin arch armv8-m.main
 tune for cortex-m7
 tune flags CO_PROC
 base 8M_MAIN
 profile M
 isa ARMv8m_main
 option dsp add armv7em
# fp => FPv5-sp-d16; fp.dp => FPv5-d16
 option fp add FPv5
 option fp.dp add FPv5 FP_DBL
 option nofp remove ALL_FP
 option nodsp remove armv7em
 option cdecp0 add cdecp0
 option cdecp1 add cdecp1
 option cdecp2 add cdecp2
 option cdecp3 add cdecp3
 option cdecp4 add cdecp4
 option cdecp5 add cdecp5
 option cdecp6 add cdecp6
 option cdecp7 add cdecp7
end arch armv8-m.main

begin arch armv8-r
 tune for cortex-r52
 tune flags CO_PROC
 base 8R
 profile R
 isa ARMv8r
 option crc add crc32
# fp.sp => fp-armv8 (d16); simd => simd + fp-armv8 + d32 + double precision
# note: no fp option for fp-armv8 (d16) + double precision at the moment
 option fp.sp add FPv5
 option simd add FP_ARMv8 NEON
 option crypto add FP_ARMv8 CRYPTO
 option nocrypto remove ALL_CRYPTO
 option nofp remove ALL_FP
end arch armv8-r

begin arch armv8.1-m.main
 tune for cortex-m55
 tune flags CO_PROC
 base 8M_MAIN
 profile M
 isa ARMv8_1m_main
# fp => FPv5-sp-d16; fp.dp => FPv5-d16
 option dsp add armv7em
 option fp add FPv5 fp16
 option fp.dp add FPv5 FP_DBL fp16
 option nofp remove ALL_FP
 option mve add MVE
 option mve.fp add MVE_FP
 option cdecp0 add cdecp0
 option cdecp1 add cdecp1
 option cdecp2 add cdecp2
 option cdecp3 add cdecp3
 option cdecp4 add cdecp4
 option cdecp5 add cdecp5
 option cdecp6 add cdecp6
 option cdecp7 add cdecp7
end arch armv8.1-m.main

begin arch iwmmxt
 tune for iwmmxt
 tune flags LDSCHED STRONG XSCALE
 base 5TE
 isa ARMv5te xscale iwmmxt
end arch iwmmxt

begin arch iwmmxt2
 tune for iwmmxt2
 tune flags LDSCHED STRONG XSCALE
 base 5TE
 isa ARMv5te xscale iwmmxt iwmmxt2
end arch iwmmxt2

# CPU entries
# format:
# begin cpu <name>
#   [cname <c-compatible-name>]
#   [alias <name>+]
#   [tune for <cpu-name>]
#   [tune flags <list>]
#   architecture <name>
#   [isa <additional-isa-flags-list>]
#   [option <name> add|remove <isa-list>]*
#   [optalias <name> <optname>]*
#   [costs <name>]
#   [vendor <vendor-id>
#    [part <part-id> [minrev [maxrev]]]
# end cpu <name>
#
# If omitted, cname is formed from transforming the cpuname to convert
# non-valid punctuation characters to '_'.
# Any number of alias names may be specified for a CPU.  If the name starts
# with a '!' then it will be recognized as a valid name, but will not
# be printed in any help text listing permitted CPUs.
# If specified, tune for specifies a CPU target to use for tuning this core.
# isa flags are appended to those defined by the architecture.
# Each add option must have a distinct feature set and each remove
# option must similarly have a distinct feature set.  Option aliases can be
# added with the optalias statement.
# Vendor, part and revision information is used for native CPU and architecture
# detection.  All values must be in hex (lower case) with the leading '0x'
# omitted.  For example the cortex-a9 will have vendor 41 and part c09.
# Revision information is used to match a subrange of part
# revisions: minrev <= detected <= maxrev.
# If a minrev or maxrev are omitted then minrev defaults to zero and maxrev
# to infinity.
# Revision information is not implemented yet; no part uses it.

# V4 Architecture Processors
begin cpu arm8
 tune flags LDSCHED
 architecture armv4
 costs fastmul
end cpu arm8

begin cpu arm810
 tune flags LDSCHED
 architecture armv4
 costs fastmul
end cpu arm810

begin cpu strongarm
 alias strongarm110 !strongarm1100 !strongarm1110
 tune flags LDSCHED STRONG
 architecture armv4
 costs strongarm
end cpu strongarm

begin cpu fa526
 tune flags LDSCHED
 architecture armv4
 costs fastmul
end cpu fa526

begin cpu fa626
 tune flags LDSCHED
 architecture armv4
 costs fastmul
end cpu fa626


# V4T Architecture Processors
begin cpu arm7tdmi
 alias arm7tdmi-s
 tune flags CO_PROC
 architecture armv4t
 costs fastmul
end cpu arm7tdmi

begin cpu arm710t
 alias arm720t arm740t
 tune flags WBUF
 architecture armv4t
 costs fastmul
end cpu arm710t

begin cpu arm9
 tune flags LDSCHED
 architecture armv4t
 costs fastmul
end cpu arm9

begin cpu arm9tdmi
 tune flags LDSCHED
 architecture armv4t
 costs fastmul
end cpu arm9tdmi

begin cpu arm920t
 alias arm920 arm922t arm940t ep9312
 tune flags LDSCHED
 architecture armv4t
 costs fastmul
end cpu arm920t


# V5T Architecture Processors
# These used VFPv1 which isn't supported by GCC
begin cpu arm10tdmi
 alias arm1020t
 tune flags LDSCHED
 architecture armv5t
 costs fastmul
end cpu arm10tdmi


# V5TE Architecture Processors
begin cpu arm9e
 alias arm946e-s arm966e-s arm968e-s
 tune flags LDSCHED
 architecture armv5te+fp
 option nofp remove ALL_FP
 costs 9e
end cpu arm9e

begin cpu arm10e
 alias arm1020e arm1022e
 tune flags LDSCHED
 architecture armv5te+fp
 option nofp remove ALL_FP
 costs fastmul
end cpu arm10e

begin cpu xscale
 tune flags LDSCHED XSCALE
 architecture armv5te
 isa xscale
 costs xscale
end cpu xscale

begin cpu iwmmxt
 tune flags LDSCHED XSCALE
 architecture iwmmxt
 costs xscale
end cpu iwmmxt

begin cpu iwmmxt2
 tune flags LDSCHED XSCALE
 architecture iwmmxt2
 costs xscale
end cpu iwmmxt2

begin cpu fa606te
 tune flags LDSCHED
 architecture armv5te
 costs 9e
end cpu fa606te

begin cpu fa626te
 tune flags LDSCHED
 architecture armv5te
 costs 9e
end cpu fa626te

begin cpu fmp626
 tune flags LDSCHED
 architecture armv5te
 costs 9e
end cpu fmp626

begin cpu fa726te
 tune flags LDSCHED
 architecture armv5te
 costs fa726te
end cpu fa726te


# V5TEJ Architecture Processors
begin cpu arm926ej-s
 cname arm926ejs
 tune flags LDSCHED
 architecture armv5tej+fp
 option nofp remove ALL_FP
 costs 9e
 vendor 41
 part 926
end cpu arm926ej-s

begin cpu arm1026ej-s
 cname arm1026ejs
 tune flags LDSCHED
 architecture armv5tej+fp
 option nofp remove ALL_FP
 costs 9e
 vendor 41
 part a26
end cpu arm1026ej-s


# V6 Architecture Processors
begin cpu arm1136j-s
 cname arm1136js
 tune flags LDSCHED
 architecture armv6j
 costs 9e
end cpu arm1136j-s

begin cpu arm1136jf-s
 cname arm1136jfs
 tune flags LDSCHED
 architecture armv6j+fp
 costs 9e
 vendor 41
 part b36
end cpu arm1136jf-s

begin cpu arm1176jz-s
 cname arm1176jzs
 tune flags LDSCHED
 architecture armv6kz
 costs 9e
end cpu arm1176jz-s

begin cpu arm1176jzf-s
 cname arm1176jzfs
 tune flags LDSCHED
 architecture armv6kz+fp
 costs 9e
 vendor 41
 part b76
end cpu arm1176jzf-s

begin cpu mpcorenovfp
 tune flags LDSCHED
 architecture armv6k
 costs 9e
end cpu mpcorenovfp

begin cpu mpcore
 tune flags LDSCHED
 architecture armv6k+fp
 costs 9e
 vendor 41
 part b02
end cpu mpcore

begin cpu arm1156t2-s
 cname arm1156t2s
 tune flags LDSCHED
 architecture armv6t2
 costs v6t2
end cpu arm1156t2-s

begin cpu arm1156t2f-s
 cname arm1156t2fs
 tune flags LDSCHED
 architecture armv6t2+fp
 costs v6t2
 vendor 41
 part b56
end cpu arm1156t2f-s


# V6M Architecture Processors
begin cpu cortex-m1
 cname cortexm1
 tune flags LDSCHED
 architecture armv6s-m
 costs v6m
 vendor 41
 part c21
end cpu cortex-m1

begin cpu cortex-m0
 cname cortexm0
 tune flags LDSCHED
 architecture armv6s-m
 costs v6m
 vendor 41
 part c20
end cpu cortex-m0

begin cpu cortex-m0plus
 cname cortexm0plus
 tune flags LDSCHED
 architecture armv6s-m
 costs v6m
end cpu cortex-m0plus


# V6M Architecture Processors for small-multiply implementations.
begin cpu cortex-m1.small-multiply
 cname cortexm1smallmultiply
 tune for cortex-m1
 tune flags LDSCHED SMALLMUL
 architecture armv6s-m
 costs v6m
end cpu cortex-m1.small-multiply

begin cpu cortex-m0.small-multiply
 cname cortexm0smallmultiply
 tune for cortex-m0
 tune flags LDSCHED SMALLMUL
 architecture armv6s-m
 costs v6m
end cpu cortex-m0.small-multiply

begin cpu cortex-m0plus.small-multiply
 cname cortexm0plussmallmultiply
 tune for cortex-m0plus
 tune flags LDSCHED SMALLMUL
 architecture armv6s-m
 costs v6m
end cpu cortex-m0plus.small-multiply


# V7 Architecture Processors
begin cpu generic-armv7-a
 cname genericv7a
 tune flags LDSCHED
 architecture armv7-a+fp
 isa quirk_no_asmcpu
 option mp add mp
 option sec add sec
 option vfpv3-d16 add VFPv3 FP_DBL
 option vfpv3 add VFPv3 FP_D32
 option vfpv3-d16-fp16 add VFPv3 FP_DBL fp16conv
 option vfpv3-fp16 add VFPv3 FP_D32 fp16conv
 option vfpv4-d16 add VFPv4 FP_DBL
 option vfpv4 add VFPv4 FP_D32
 option simd add VFPv3 NEON
 optalias neon simd
 optalias neon-vfpv3 simd
 option neon-fp16 add VFPv3 NEON fp16conv
 option neon-vfpv4 add VFPv4 NEON
 option nosimd remove ALL_SIMD
 option nofp remove ALL_FP
 costs cortex
end cpu generic-armv7-a

begin cpu cortex-a5
 cname cortexa5
 tune flags LDSCHED
 architecture armv7-a+mp+sec+neon-fp16
 option nosimd remove ALL_SIMD
 option nofp remove ALL_FP
 costs cortex_a5
 vendor 41
 part c05
end cpu cortex-a5

begin cpu cortex-a7
 cname cortexa7
 tune flags LDSCHED
 architecture armv7ve+simd
 option nosimd remove ALL_SIMD
 option nofp remove ALL_FP
 costs cortex_a7
 vendor 41
 part c07
end cpu cortex-a7

begin cpu cortex-a8
 cname cortexa8
 tune flags LDSCHED
 architecture armv7-a+sec+simd
 option nofp remove ALL_FP
 costs cortex_a8
 vendor 41
 part c08
end cpu cortex-a8

begin cpu cortex-a9
 cname cortexa9
 tune flags LDSCHED
 architecture armv7-a+mp+sec+neon-fp16
 option nosimd remove ALL_SIMD
 option nofp remove ALL_FP
 costs cortex_a9
 vendor 41
 part c09
end cpu cortex-a9

begin cpu cortex-a12
 cname cortexa12
 tune for cortex-a17
 tune flags LDSCHED
 architecture armv7ve+simd
 option nofp remove ALL_FP
 costs cortex_a12
 vendor 41
 part c0d
end cpu cortex-a12

begin cpu cortex-a15
 cname cortexa15
 tune flags LDSCHED
 architecture armv7ve+simd
 option nofp remove ALL_FP
 costs cortex_a15
 vendor 41
 part c0f
end cpu cortex-a15

begin cpu cortex-a17
 cname cortexa17
 tune flags LDSCHED
 architecture armv7ve+simd
 option nofp remove ALL_FP
 costs cortex_a12
 vendor 41
 part c0e
end cpu cortex-a17

begin cpu cortex-r4
 cname cortexr4
 tune flags LDSCHED
 architecture armv7-r
 costs cortex
end cpu cortex-r4

begin cpu cortex-r4f
 cname cortexr4f
 tune flags LDSCHED
 architecture armv7-r+fp
 costs cortex
 vendor 41
 part c14
end cpu cortex-r4f

begin cpu cortex-r5
 cname cortexr5
 tune flags LDSCHED
 architecture armv7-r+idiv+fp
 option nofp.dp remove FP_DBL
 option nofp remove ALL_FP
 costs cortex
 vendor 41
 part c15
end cpu cortex-r5

begin cpu cortex-r7
 cname cortexr7
 tune flags LDSCHED
 architecture armv7-r+idiv+vfpv3-d16-fp16
 option nofp.dp remove FP_DBL
 option nofp remove ALL_FP
 costs cortex
 vendor 41
 part c17
end cpu cortex-r7

begin cpu cortex-r8
 cname cortexr8
 tune for cortex-r7
 tune flags LDSCHED
 architecture armv7-r+idiv+vfpv3-d16-fp16
 option nofp.dp remove FP_DBL
 option nofp remove ALL_FP
 costs cortex
 vendor 41
 part c18
end cpu cortex-r8

begin cpu cortex-m7
 cname cortexm7
 tune flags LDSCHED
 architecture armv7e-m+fp.dp
 isa quirk_no_volatile_ce
 option nofp.dp remove FP_DBL
 option nofp remove ALL_FP
 costs cortex_m7
end cpu cortex-m7

begin cpu cortex-m4
 cname cortexm4
 tune flags LDSCHED
 architecture armv7e-m+fp
 option nofp remove ALL_FP
 costs v7m
 vendor 41
 part c24
end cpu cortex-m4

begin cpu cortex-m3
 cname cortexm3
 tune flags LDSCHED
 architecture armv7-m
 isa quirk_cm3_ldrd
 costs v7m
 vendor 41
 part c23
end cpu cortex-m3

begin cpu marvell-pj4
 tune flags LDSCHED
 architecture armv7-a+mp+sec+fp
 costs marvell_pj4
end cpu marvell-pj4


# V7 big.LITTLE implementations
begin cpu cortex-a15.cortex-a7
 cname cortexa15cortexa7
 tune for cortex-a7
 tune flags LDSCHED
 architecture armv7ve+simd
 option nofp remove ALL_FP
 costs cortex_a15
end cpu cortex-a15.cortex-a7

begin cpu cortex-a17.cortex-a7
 cname cortexa17cortexa7
 tune for cortex-a7
 tune flags LDSCHED
 architecture armv7ve+simd
 option nofp remove ALL_FP
 costs cortex_a12
end cpu cortex-a17.cortex-a7


# V8 A-profile Architecture Processors
begin cpu cortex-a32
 cname cortexa32
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 option nofp remove ALL_FP
 costs cortex_a35
 vendor 41
 part d01
end cpu cortex-a32

begin cpu cortex-a35
 cname cortexa35
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 option nofp remove ALL_FP
 costs cortex_a35
 vendor 41
 part d04
end cpu cortex-a35

begin cpu cortex-a53
 cname cortexa53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 option nofp remove ALL_FP
 costs cortex_a53
 vendor 41
 part d03
end cpu cortex-a53

begin cpu cortex-a57
 cname cortexa57
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d07
end cpu cortex-a57

begin cpu cortex-a72
 cname cortexa72
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d08
end cpu cortex-a72

begin cpu cortex-a73
 cname cortexa73
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a73
 vendor 41
 part d09
end cpu cortex-a73

begin cpu exynos-m1
 cname exynosm1
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs exynosm1
end cpu exynos-m1

begin cpu xgene1
 tune flags LDSCHED
 architecture armv8-a+simd
 option crypto add FP_ARMv8 CRYPTO
 costs xgene1
end cpu xgene1

# V8 A-profile big.LITTLE implementations
begin cpu cortex-a57.cortex-a53
 cname cortexa57cortexa53
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
end cpu cortex-a57.cortex-a53

begin cpu cortex-a72.cortex-a53
 cname cortexa72cortexa53
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
end cpu cortex-a72.cortex-a53

begin cpu cortex-a73.cortex-a35
 cname cortexa73cortexa35
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a73
end cpu cortex-a73.cortex-a35

begin cpu cortex-a73.cortex-a53
 cname cortexa73cortexa53
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8-a+crc+simd
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a73
end cpu cortex-a73.cortex-a53


# ARMv8.2 A-profile Architecture Processors
begin cpu cortex-a55
 cname cortexa55
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 option nofp remove ALL_FP
 costs cortex_a53
 vendor 41
 part d05
end cpu cortex-a55

begin cpu cortex-a75
 cname cortexa75
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a73
 vendor 41
 part d0a
end cpu cortex-a75

begin cpu cortex-a76
 cname cortexa76
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d0b
end cpu cortex-a76

begin cpu cortex-a76ae
 cname cortexa76ae
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d0e
end cpu cortex-a76ae

begin cpu cortex-a77
 cname cortexa77
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d0d
end cpu cortex-a77

begin cpu cortex-a78
 cname cortexa78
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d41
end cpu cortex-a78

begin cpu cortex-a78ae
 cname cortexa78ae
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d42
end cpu cortex-a78ae

begin cpu cortex-a78c
 cname cortexa78c
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d4b
end cpu cortex-a78c

begin cpu cortex-x1
 cname cortexx1
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d44
end cpu cortex-x1

begin cpu neoverse-n1
 cname neoversen1
 alias !ares
 tune for cortex-a57
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
 vendor 41
 part d0c
end cpu neoverse-n1

# ARMv8.2 A-profile ARM DynamIQ big.LITTLE implementations
begin cpu cortex-a75.cortex-a55
 cname cortexa75cortexa55
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a73
end cpu cortex-a75.cortex-a55

begin cpu cortex-a76.cortex-a55
 cname cortexa76cortexa55
 tune for cortex-a53
 tune flags LDSCHED
 architecture armv8.2-a+fp16+dotprod
 option crypto add FP_ARMv8 CRYPTO
 costs cortex_a57
end cpu cortex-a76.cortex-a55

# Armv8.4 A-profile Architecture Processors
begin cpu neoverse-v1
  cname neoversev1
  tune for cortex-a57
  tune flags LDSCHED
  architecture armv8.4-a+fp16+bf16+i8mm
  option crypto add FP_ARMv8 CRYPTO
  costs cortex_a57
  vendor 41
  part 0xd40
end cpu neoverse-v1

# Armv8.5 A-profile Architecture Processors
begin cpu neoverse-n2
  cname neoversen2
  tune for cortex-a57
  tune flags LDSCHED
  architecture armv8.5-a+fp16+bf16+i8mm
  option crypto add FP_ARMv8 CRYPTO
  costs cortex_a57
  vendor 41
  part 0xd49
end cpu neoverse-n2

# V8 M-profile implementations.
begin cpu cortex-m23
 cname cortexm23
 tune flags LDSCHED
 architecture armv8-m.base
 costs v6m
end cpu cortex-m23

begin cpu cortex-m33
 cname cortexm33
 tune flags LDSCHED
 architecture armv8-m.main+dsp+fp
 option nofp remove ALL_FP
 option nodsp remove armv7em
 isa quirk_vlldm
 costs v7m
end cpu cortex-m33

begin cpu cortex-m35p
 cname cortexm35p
 tune flags LDSCHED
 architecture armv8-m.main+dsp+fp
 option nofp remove ALL_FP
 option nodsp remove armv7em
 isa quirk_vlldm
 costs v7m
end cpu cortex-m35p

begin cpu cortex-m55
 cname cortexm55
 tune flags LDSCHED
 architecture armv8.1-m.main+mve.fp+fp.dp
 option nomve.fp remove mve_float
 option nomve remove mve mve_float
 option nofp remove ALL_FP mve_float
 option nodsp remove MVE mve_float
 isa quirk_no_asmcpu quirk_vlldm
 costs v7m
 vendor 41
end cpu cortex-m55

# V8 R-profile implementations.
begin cpu cortex-r52
 cname cortexr52
 tune flags LDSCHED
 architecture armv8-r+crc+simd
 option nofp.dp remove FP_DBL ALL_SIMD
 costs cortex
 vendor 41
 part d13
end cpu cortex-r52

begin cpu cortex-r52plus
 cname cortexr52plus
 tune flags LDSCHED
 architecture armv8-r+crc+simd
 option nofp.dp remove FP_DBL ALL_SIMD
 costs cortex
 vendor 41
 part d16
end cpu cortex-r52plus

# FPU entries
# format:
# begin fpu <name>
#   isa <isa-flags-list>
# end fpu <name>

begin fpu vfp
 isa VFPv2 FP_DBL
end fpu vfp

begin fpu vfpv2
 isa VFPv2 FP_DBL
end fpu vfpv2

begin fpu vfpv3
 isa VFPv3 FP_D32
end fpu vfpv3

begin fpu vfpv3-fp16
 isa VFPv3 FP_D32 fp16conv
end fpu vfpv3-fp16

begin fpu vfpv3-d16
 isa VFPv3 FP_DBL
end fpu vfpv3-d16

begin fpu vfpv3-d16-fp16
 isa VFPv3 FP_DBL fp16conv
end fpu vfpv3-d16-fp16

begin fpu vfpv3xd
 isa VFPv3
end fpu vfpv3xd

begin fpu vfpv3xd-fp16
 isa VFPv3 fp16conv
end fpu vfpv3xd-fp16

begin fpu neon
 isa VFPv3 NEON
end fpu neon

begin fpu neon-vfpv3
 isa VFPv3 NEON
end fpu neon-vfpv3

begin fpu neon-fp16
 isa VFPv3 NEON fp16conv
end fpu neon-fp16

begin fpu vfpv4
 isa VFPv4 FP_D32
end fpu vfpv4

begin fpu neon-vfpv4
 isa VFPv4 NEON
end fpu neon-vfpv4

begin fpu vfpv4-d16
 isa VFPv4 FP_DBL
end fpu vfpv4-d16

begin fpu fpv4-sp-d16
 isa VFPv4
end fpu fpv4-sp-d16

begin fpu fpv5-sp-d16
 isa FPv5
end fpu fpv5-sp-d16

begin fpu fpv5-d16
 isa FPv5 FP_DBL
end fpu fpv5-d16

begin fpu fp-armv8
 isa FP_ARMv8
end fpu fp-armv8

begin fpu neon-fp-armv8
 isa FP_ARMv8 NEON
end fpu neon-fp-armv8

begin fpu crypto-neon-fp-armv8
 isa FP_ARMv8 CRYPTO
end fpu crypto-neon-fp-armv8

# Compatibility aliases.
begin fpu vfp3
 isa VFPv3 FP_D32
end fpu vfp3