{-# LANGUAGE LambdaCase, ScopedTypeVariables #-}

-- | Platform architecture and OS
module GHC.Platform.ArchOS
   ( ArchOS(..)

     -- * Architectures
   , Arch(..)
   , ArmISA(..)
   , ArmISAExt(..)
   , ArmABI(..)
   , PPC_64ABI(..)
   , isARM, isPPC
   , stringEncodeArch

     -- * Operating systems
   , OS(..)
   , osElfTarget
   , osMachOTarget
   , stringEncodeOS
   )
where

import Prelude -- See Note [Why do we import Prelude here?]

-- | Platform architecture and OS.
data ArchOS
   = ArchOS
      { ArchOS -> Arch
archOS_arch :: Arch
      , ArchOS -> OS
archOS_OS   :: OS
      }
   deriving (ReadPrec [ArchOS]
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-- | Architectures
data Arch
   = ArchUnknown
   | ArchX86
   | ArchX86_64
   | ArchPPC
   | ArchPPC_64 PPC_64ABI
   | ArchS390X
   | ArchARM ArmISA [ArmISAExt] ArmABI
   | ArchAArch64
   | ArchAlpha
   | ArchMipseb
   | ArchMipsel
   | ArchRISCV64
   | ArchLoongArch64
   | ArchJavaScript
   | ArchWasm32
   deriving (ReadPrec [Arch]
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-- | ARM Instruction Set Architecture
data ArmISA
   = ARMv5
   | ARMv6
   | ARMv7
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-- | ARM extensions
data ArmISAExt
   = VFPv2
   | VFPv3
   | VFPv3D16
   | NEON
   | IWMMX2
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-- | ARM ABI
data ArmABI
   = SOFT
   | SOFTFP
   | HARD
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-- | PowerPC 64-bit ABI
data PPC_64ABI
   = ELF_V1 -- ^ PowerPC64
   | ELF_V2 -- ^ PowerPC64 LE
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-- | Operating systems.
--
-- Using OSUnknown to generate code should produce a sensible default, but no
-- promises.
data OS
   = OSUnknown
   | OSLinux
   | OSDarwin
   | OSSolaris2
   | OSMinGW32
   | OSFreeBSD
   | OSDragonFly
   | OSOpenBSD
   | OSNetBSD
   | OSKFreeBSD
   | OSHaiku
   | OSQNXNTO
   | OSAIX
   | OSHurd
   | OSWasi
   | OSGhcjs
   deriving (ReadPrec [OS]
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-- Note [Platform Syntax]
-- ~~~~~~~~~~~~~~~~~~~~~~
--
-- There is a very loose encoding of platforms shared by many tools we are
-- encoding to here. GNU Config (http://git.savannah.gnu.org/cgit/config.git),
-- and LLVM's http://llvm.org/doxygen/classllvm_1_1Triple.html are perhaps the
-- most definitional parsers. The basic syntax is a list of '-'-separated
-- components. The Unix 'uname' command syntax is related but briefer.
--
-- Those two parsers are quite forgiving, and even the 'config.sub'
-- normalization is forgiving too. The "best" way to encode a platform is
-- therefore somewhat a matter of taste.
--
-- The 'stringEncode*' functions here convert each part of GHC's structured
-- notion of a platform into one dash-separated component.

-- | See Note [Platform Syntax].
stringEncodeArch :: Arch -> String
stringEncodeArch :: Arch -> String
stringEncodeArch = \case
  Arch
ArchUnknown       -> String
"unknown"
  Arch
ArchX86           -> String
"i386"
  Arch
ArchX86_64        -> String
"x86_64"
  Arch
ArchPPC           -> String
"powerpc"
  ArchPPC_64 PPC_64ABI
_      -> String
"powerpc64"
  Arch
ArchS390X         -> String
"s390x"
  ArchARM ArmISA
ARMv5 [ArmISAExt]
_ ArmABI
_ -> String
"armv5"
  ArchARM ArmISA
ARMv6 [ArmISAExt]
_ ArmABI
_ -> String
"armv6"
  ArchARM ArmISA
ARMv7 [ArmISAExt]
_ ArmABI
_ -> String
"armv7"
  Arch
ArchAArch64       -> String
"aarch64"
  Arch
ArchAlpha         -> String
"alpha"
  Arch
ArchMipseb        -> String
"mipseb"
  Arch
ArchMipsel        -> String
"mipsel"
  Arch
ArchRISCV64       -> String
"riscv64"
  Arch
ArchLoongArch64   -> String
"loongarch64"
  Arch
ArchJavaScript    -> String
"javascript"
  Arch
ArchWasm32        -> String
"wasm32"

-- | See Note [Platform Syntax].
stringEncodeOS :: OS -> String
stringEncodeOS :: OS -> String
stringEncodeOS = \case
  OS
OSUnknown   -> String
"unknown"
  OS
OSLinux     -> String
"linux"
  OS
OSDarwin    -> String
"darwin"
  OS
OSSolaris2  -> String
"solaris2"
  OS
OSMinGW32   -> String
"mingw32"
  OS
OSFreeBSD   -> String
"freebsd"
  OS
OSDragonFly -> String
"dragonfly"
  OS
OSOpenBSD   -> String
"openbsd"
  OS
OSNetBSD    -> String
"netbsd"
  OS
OSKFreeBSD  -> String
"kfreebsdgnu"
  OS
OSHaiku     -> String
"haiku"
  OS
OSQNXNTO    -> String
"nto-qnx"
  OS
OSAIX       -> String
"aix"
  OS
OSHurd      -> String
"hurd"
  OS
OSWasi      -> String
"wasi"
  OS
OSGhcjs     -> String
"ghcjs"

-- | This predicate tells us whether the OS uses the ELF as its primary object format.
osElfTarget :: OS -> Bool
osElfTarget :: OS -> Bool
osElfTarget OS
OSLinux     = Bool
True
osElfTarget OS
OSFreeBSD   = Bool
True
osElfTarget OS
OSDragonFly = Bool
True
osElfTarget OS
OSOpenBSD   = Bool
True
osElfTarget OS
OSNetBSD    = Bool
True
osElfTarget OS
OSSolaris2  = Bool
True
osElfTarget OS
OSDarwin    = Bool
False
osElfTarget OS
OSMinGW32   = Bool
False
osElfTarget OS
OSKFreeBSD  = Bool
True
osElfTarget OS
OSHaiku     = Bool
True
osElfTarget OS
OSQNXNTO    = Bool
False
osElfTarget OS
OSAIX       = Bool
False
osElfTarget OS
OSHurd      = Bool
True
osElfTarget OS
OSWasi      = Bool
False
osElfTarget OS
OSGhcjs     = Bool
False
osElfTarget OS
OSUnknown   = Bool
False
 -- Defaulting to False is safe; it means don't rely on any
 -- ELF-specific functionality.  It is important to have a default for
 -- portability, otherwise we have to answer this question for every
 -- new platform we compile on (even unreg).

isARM :: Arch -> Bool
isARM :: Arch -> Bool
isARM (ArchARM {}) = Bool
True
isARM Arch
ArchAArch64  = Bool
True
isARM Arch
_ = Bool
False

isPPC :: Arch -> Bool
isPPC :: Arch -> Bool
isPPC (ArchPPC_64 PPC_64ABI
_) = Bool
True
isPPC Arch
ArchPPC        = Bool
True
isPPC Arch
_              = Bool
False

-- | This predicate tells us whether the OS support Mach-O shared libraries.
osMachOTarget :: OS -> Bool
osMachOTarget :: OS -> Bool
osMachOTarget OS
OSDarwin = Bool
True
osMachOTarget OS
_ = Bool
False