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# This file describes the properties of a given virtual device configuration file.
#
# Note: Most top-level properties are boolean that control whether a feature is
# present or not. Sub-features that depend on it are ignored if their
# parent is set to 'false' or 'no'
#
# This file is parsed by 'android/tools/gen-hw-config.py' to generate
# 'android/avd/hw-config-defs.h'. The latter is a special header containing
# macro statements that is used several times:
#
# - once to define the fields of the AndroidHwConfig structure
# (see android/avd/hw-config.h)
#
# - once to implement the hardware configuration loader
# (see android/avd/hw-config.h)
#
# It is also packaged by the SDK and parsed by tools to let the developers
# create AVDs.
#
# NOTE: if you remove items from this file, be sure that you do not break
# the emulator build.
#
# CPU Architecture
name = hw.cpu.arch
type = string
default = arm
abstract = CPU Architecture
description = The CPU Architecture to emulator
# CPU Model
# Leave it empty, and the default value will be computed from
# hw.cpu.arch. This is only useful for experimentation for now.
name = hw.cpu.model
type = string
default =
abstract = CPU model
description = The CPU model (QEMU-specific string)
# Ram size
# Default value will be computed based on screen pixels
# or skin version
name = hw.ramSize
type = integer
default = 0
abstract = Device ram size
description = The amount of physical RAM on the device, in megabytes.
# Touch screen type
name = hw.screen
type = string
enum = touch, multi-touch, no-touch
default = touch
abstract = Touch screen type
description = Defines type of the screen.
# Hardware main keys (back/home)
name = hw.mainKeys
type = boolean
default = yes
abstract = Hardware Back/Home keys
description = Whether there are hardware back/home keys on the device.
# Trackball support
name = hw.trackBall
type = boolean
default = yes
abstract = Track-ball support
description = Whether there is a trackball on the device.
# Keyboard support (qwerty/azerty)
name = hw.keyboard
type = boolean
default = no
abstract = Keyboard support
description = Whether the device has a QWERTY keyboard.
# Keyboard lid support
# (I.e. can the qwerty keyboard be closed/hidden or opened/visible)
# this will be ignored if hw.keyboard is false
#
# NOTE: As a special case, the default value will be 'false' if the
# AVD targets API level 12 or higher. See hwConfig_init()
# in external/qemu/android/avd/hw-config.c for more details.
#
name = hw.keyboard.lid
type = boolean
default = yes
abstract = Keyboard lid support
description = Whether the QWERTY keyboard can be opened/closed.
# The name of the hardware charmap for this device.
#
# NOTE: This should always be the default 'qwerty2' unless you have
# modified the system image accordingly. This name is sent to
# the kernel at boot time. Using an incorrect name will result
# in an unusable machine.
name = hw.keyboard.charmap
type = string
default = qwerty2
abstract = Keyboard charmap name
description = Name of the system keyboard charmap file.
# DPad keys
name = hw.dPad
type = boolean
default = yes
abstract = DPad support
description = Whether the device has DPad keys
# GSM Modem support
name = hw.gsmModem
type = boolean
default = yes
abstract = GSM modem support
description = Whether there is a GSM modem in the device.
# GPS support
name = hw.gps
type = boolean
default = yes
abstract = GPS support
description = Whether there is a GPS in the device.
# Battery
name = hw.battery
type = boolean
default = yes
abstract = Battery support
description = Whether the device can run on a battery.
# Accelerometer (used for auto-rotation)
name = hw.accelerometer
type = boolean
default = yes
abstract = Accelerometer
description = Whether there is an accelerometer in the device.
# Audio input
name = hw.audioInput
type = boolean
default = yes
abstract = Audio recording support
description = Whether the device can record audio
# Audio output
name = hw.audioOutput
type = boolean
default = yes
abstract = Audio playback support
description = Whether the device can play audio
# SDCard support
name = hw.sdCard
type = boolean
default = yes
abstract = SD Card support
description = Whether the device supports insertion/removal of virtual SD Cards.
name = hw.sdCard.path
type = string
default =
abstract = SD Card image path
# Cache partition
name = disk.cachePartition
type = boolean
default = yes
abstract = Cache partition support
description = Whether we use a /cache partition on the device.
name = disk.cachePartition.path
type = string
default =
abstract = Cache partition
description = Cache partition to use on the device. Ignored if disk.cachePartition is not 'yes'.
name = disk.cachePartition.size
type = diskSize
abstract = Cache partition size
default = 66MB
# LCD width
name = hw.lcd.width
type = integer
default = 320
abstract = LCD pixel width
name = hw.lcd.height
type = integer
default = 640
abstract = LCD pixel height
name = hw.lcd.depth
type = integer
enum = 16, 32
default = 16
abstract = LCD color depth
description = Color bit depth of emulated framebuffer.
# LCD density
name = hw.lcd.density
type = integer
enum = 120, 160, 240, 213, 320
default = 160
abstract = Abstracted LCD density
description = A value used to roughly describe the density of the LCD screen for automatic resource/asset selection.
# LCD backlight - Enable/Disable LCD backlight simulation
# default = no : Disabled
# default = yes : Enabled
name = hw.lcd.backlight
type = boolean
default = yes
abstract = LCD backlight
description = Enable/Disable LCD backlight simulation,yes-enabled,no-disabled.
# Hardware OpenGLES emulation support
#
name = hw.gpu.enabled
type = boolean
default = no
abstract = GPU emulation
description = Enable/Disable emulated OpenGLES GPU
# Configures camera facing back
#
name = hw.camera.back
type = string
enum = emulated, none, webcam0, ...
default = emulated
abstract = Configures camera facing back
description = Must be 'emulated' for a fake camera, 'webcam<N>' for a web camera, or 'none' if back camera is disabled.
# Configures camera facing front
#
name = hw.camera.front
type = string
enum = emulated, none, webcam0, ...
default = none
abstract = Configures camera facing front
description = Must be 'emulated' for a fake camera, 'webcam<N>' for a web camera, or 'none' if front camera is disabled.
# Maximum VM heap size
# Higher values are required for high-dpi devices
# Default will depend on RAM size.
name = vm.heapSize
type = integer
default = 0
abstract = Max VM application heap size
description = The maximum heap size a Dalvik application might allocate before being killed by the system. Value is in megabytes.
# Proximity sensor
name = hw.sensors.proximity
type = boolean
default = yes
abstract = Proximity support
description = Whether there is an proximity in the device.
# Magnetic field sensor
name = hw.sensors.magnetic_field
type = boolean
default = yes
abstract = Magnetic field support
description = Provides magnetic field sensor values.
# Orientation sensor
name = hw.sensors.orientation
type = boolean
default = yes
abstract = Orientation support
description = Provides orientation sensor values.
# Temperature sensor
name = hw.sensors.temperature
type = boolean
default = yes
abstract = Temperature support
description = Provides temperature sensor values.
# File system
name = hw.useext4
type = boolean
default = yes
abstract = Use ext4 instead of yaffs2
description = Specifies which file system to use: ext4 of yaffs2
# Kernel image.
#
# kernel.path specified the path to the kernel image
# kernel.parameters specifies the string of kernel boot parameters.
#
name = kernel.path
type = string
default =
abstract = Path to the kernel image
description = Path to the kernel image.
name = kernel.parameters
type = string
default =
abstract = kernel boot parameters string.
# Path to the ramdisk image.
name = disk.ramdisk.path
type = string
default =
abstract = Path to the ramdisk image
description = Path to the ramdisk image.
# System partition image(s).
#
# disk.systemPartition.path points to the read/write system partition image.
# if empty, a temporary file will be created, initialized with the content
# of .initPath
#
# disk.systemPartition.initPath is only used when .path is empty. It must
# then point to a read-only initialization system image file.
#
# disk.systemPartition.size is the ideal size of the system partition. The
# size is ignored if the actual system partition image is larger. Otherwise,
# it indicates the maximum size the disk image file can grow to.
#
name = disk.systemPartition.path
type = string
default =
abstract = Path to runtime system partition image
name = disk.systemPartition.initPath
type = string
default =
abstract = Initial system partition image
name = disk.systemPartition.size
type = diskSize
default = 0
abstract = Ideal size of system partition
# Path to the data partition.
name = disk.dataPartition.path
type = string
default = <temp>
abstract = Path to data partition file
description = Path to data partition file. Cannot be empty. Special value <temp> means using a temporary file. If disk.dataPartition.initPath is not empty, its content will be copied to the disk.dataPartition.path file at boot-time.
# Initial path to the data partition.
name = disk.dataPartition.initPath
type = string
default =
abstract = Initial data partition
description = If not empty, its content will be copied to the disk.dataPartition.path file at boot-time.
# Data partition size.
name = disk.dataPartition.size
type = diskSize
default = 0
abstract = Ideal size of data partition
# Path to the snapshots storage file.
name = disk.snapStorage.path
type = string
default =
abstract = Path to snapshot storage
description = Path to a 'snapshot storage' file, where all snapshots are stored.
# Android AVD name
# This is set automatically before launching a core.
#
name = avd.name
type = string
default = <build>
abstract = Name of the AVD being run