device

package

v1.7.0-dev-20190926 Latest Latest Go to latest Published: Sep 25, 2019 License: Apache-2.0 Imports: 4 Imported by: 306

Details

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Repository

github.com/google/gapid

Documentation ¶

Overview ¶

Package device contains code for describing both the software and hardware of computing devices.

Constants ¶

View Source

const (
	UnknownArchitecture = Architecture_UnknownArchitecture
	ARMv7a              = Architecture_ARMv7a
	ARMv8a              = Architecture_ARMv8a
	X86                 = Architecture_X86
	X86_64              = Architecture_X86_64
	MIPS                = Architecture_MIPS
	MIPS64              = Architecture_MIPS64
)

View Source

const (
	UnknownEndian = Endian_UnknownEndian
	BigEndian     = Endian_BigEndian
	LittleEndian  = Endian_LittleEndian
)

View Source

const (
	UnknownOS = OSKind_UnknownOS
	Windows   = OSKind_Windows
	OSX       = OSKind_OSX
	Linux     = OSKind_Linux
	Android   = OSKind_Android
	Stadia    = OSKind_Stadia
)

View Source

const AndroidMinimalSupportedAPIVersion = 23

Variables ¶

View Source

var (
	UnknownABI = abi("unknown", UnknownOS, UnknownArchitecture, &MemoryLayout{})
	// Keep this one in, some applications incorrectly advertise arm, when they mean armv7
	AndroidARM      = abi("armeabi", Android, ARMv7a, ARMv7aLayout)
	AndroidARMv7a   = abi("armeabi-v7a", Android, ARMv7a, ARMv7aLayout)
	AndroidARM64v8a = abi("arm64-v8a", Android, ARMv8a, ARM64v8aLayout)
	AndroidX86      = abi("x86", Android, X86, X86IA32Layout)
	AndroidX86_64   = abi("x86-64", Android, X86_64, X86_64Layout)
	AndroidMIPS     = abi("mips", Android, MIPS, Little32)
	AndroidMIPS64   = abi("mips64", Android, MIPS64, Little64)

	LinuxX86_64   = abi("linux_x64", Linux, X86_64, Little64)
	OSXX86_64     = abi("osx_x64", OSX, X86_64, Little64)
	WindowsX86_64 = abi("windows_x64", Windows, X86_64, Little64)
	StadiaX86_64  = abi("stadia", Stadia, X86_64, Little64)
)

View Source

var (
	UnknownCPU = cpu("unknown", UnknownArchitecture)
	// Arm
	CortexA53 = cpu("Cortex A53", ARMv8a)
	CortexA57 = cpu("Cortex A57", ARMv8a)
	// Qualcomm
	Scorpion = cpu("Scorpion", ARMv7a)
	Krait    = cpu("Krait", ARMv7a)
	Kryo     = cpu("Kryo", ARMv8a)
	// Nvidia
	Denver = cpu("Denver", ARMv8a)
)

View Source

var (
	// ARMv7aLayout is the memory layout for the armv7a ABI.
	// http://infocenter.arm.com/help/topic/com.arm.doc.ihi0042f/IHI0042F_aapcs.pdf
	// 4 DATA TYPES AND ALIGNMENT
	ARMv7aLayout = &MemoryLayout{
		Endian:  LittleEndian,
		Pointer: &DataTypeLayout{Size: 4, Alignment: 4},
		Integer: &DataTypeLayout{Size: 4, Alignment: 4},
		Size:    &DataTypeLayout{Size: 4, Alignment: 4},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}

	// ARM64v8aLayout is the memory layout for the arm64v8a ABI.
	// http://infocenter.arm.com/help/topic/com.arm.doc.ihi0055b/IHI0055B_aapcs64.pdf
	// 4 DATA TYPES AND ALIGNMENT
	ARM64v8aLayout = &MemoryLayout{
		Endian:  LittleEndian,
		Pointer: &DataTypeLayout{Size: 8, Alignment: 8},
		Integer: &DataTypeLayout{Size: 8, Alignment: 8},
		Size:    &DataTypeLayout{Size: 8, Alignment: 8},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}

	// X86IA32Layout is the memory layout for the x86 IA-32 ABI.
	X86IA32Layout = &MemoryLayout{
		Endian:  LittleEndian,
		Pointer: &DataTypeLayout{Size: 4, Alignment: 4},
		Integer: &DataTypeLayout{Size: 4, Alignment: 4},
		Size:    &DataTypeLayout{Size: 4, Alignment: 4},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 4},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 4},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}

	// X86_64Layout is the memory layout for the x86_64 ABI.
	X86_64Layout = &MemoryLayout{
		Endian:  LittleEndian,
		Pointer: &DataTypeLayout{Size: 8, Alignment: 8},
		Integer: &DataTypeLayout{Size: 4, Alignment: 4},
		Size:    &DataTypeLayout{Size: 8, Alignment: 8},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}

	Little32 = &MemoryLayout{
		Endian:  LittleEndian,
		Pointer: &DataTypeLayout{Size: 4, Alignment: 4},
		Integer: &DataTypeLayout{Size: 4, Alignment: 4},
		Size:    &DataTypeLayout{Size: 4, Alignment: 4},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}
	Little64 = &MemoryLayout{
		Endian:  LittleEndian,
		Pointer: &DataTypeLayout{Size: 8, Alignment: 8},
		Integer: &DataTypeLayout{Size: 8, Alignment: 8},
		Size:    &DataTypeLayout{Size: 8, Alignment: 8},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}
	Big32 = &MemoryLayout{
		Endian:  BigEndian,
		Pointer: &DataTypeLayout{Size: 4, Alignment: 4},
		Integer: &DataTypeLayout{Size: 4, Alignment: 4},
		Size:    &DataTypeLayout{Size: 4, Alignment: 4},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}
	Big64 = &MemoryLayout{
		Endian:  BigEndian,
		Pointer: &DataTypeLayout{Size: 8, Alignment: 8},
		Integer: &DataTypeLayout{Size: 8, Alignment: 8},
		Size:    &DataTypeLayout{Size: 8, Alignment: 8},
		Char:    &DataTypeLayout{Size: 1, Alignment: 1},
		I64:     &DataTypeLayout{Size: 8, Alignment: 8},
		I32:     &DataTypeLayout{Size: 4, Alignment: 4},
		I16:     &DataTypeLayout{Size: 2, Alignment: 2},
		I8:      &DataTypeLayout{Size: 1, Alignment: 1},
		F64:     &DataTypeLayout{Size: 8, Alignment: 8},
		F32:     &DataTypeLayout{Size: 4, Alignment: 4},
		F16:     &DataTypeLayout{Size: 2, Alignment: 2},
	}
)

View Source

var (
	UnknownGPU = gpu("unknown")

	Adreno320 = gpu("Adreno 320")
	Adreno330 = gpu("Adreno 330")
	Adreno418 = gpu("Adreno 418")
	Adreno420 = gpu("Adreno 420")
	Adreno430 = gpu("Adreno 430")
	Adreno530 = gpu("Adreno 530")
	Kepler    = gpu("Kepler")
)

Functions ¶

func IsLinuxLike ¶ added in v1.6.0

func IsLinuxLike(k OSKind) bool

Types ¶

type VersionMatch ¶ added in v1.2.0

type VersionMatch int

VersionMatch indicates how accuratly two OS versions match.

const (
	// NoMatch means the versions don't match at all.
	NoMatch VersionMatch = iota
	// MajorMatch means the versions only match up to the major version.
	MajorMatch
	// MajorAndMinorMatch means the versions only match up to the minor version.
	MajorAndMinorMatch
	// CompleteMatch means the versions matched completely.
	CompleteMatch
)

Source Files ¶

View all Source files

Directories ¶

Path	Synopsis
bind Package bind contains code for binding to and controlling devices.	Package bind contains code for binding to and controlling devices.
ggp Package ggp contains code for binding to and controlling Stadia instances.	Package ggp contains code for binding to and controlling Stadia instances.
host
remotessh

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