markusfisch/README.md

## README.md

      
    Raw
  

              README.md
            
          
    Handy Android shortcuts

This little script eases building, running, testing and analyzing Android
apps with ant and adb.
You may also see it as interactive dictionary of useful adb commands.
How to use

Assuming your path includes android-sdk/tools and android-sdk/platform-tools,
just put the bash script somewhere in your path (i.e. ~/bin/) and give it a
proper name, say 'and'.
Configuring your app

Go to the root of your Android project (i.e. the folder that contains
AndroidManifest.xml) and type
$ and update

Now you should have a file called build.xml and can build your project
from the command line.
Build, install and run

Since that's probably the most used command, it's the default command:
$ and

Create new projects

To create a fresh new project in the current directory run:
$ and create com.example.android.yourapp

Stress test your app

Have a monkey walking over your touch screen:
$ and stress

May be it does produce something from Shakespeare.
Check memory usage of your app

$ and mem

Overview

Type
$ and help

and you'll see the full list of available functions:
manifest - Parse manifest for given patterns and print first argument value
package - Print package
activity - Print first activity
clean - Clean builds & resources
build - Build
install - Build & install
uninstall - Uninstall package
stress - Stress test given application
start - Start given activity
run - Build, install & run
release - Run release, needs key.store & key.name to be set in ant.properties
debug - Run debug
emus - List available emulators or only the requested one
emu - Fire up given (or last used) emulator
wearable - Set up a debugging session for a Android Wear device
mem - Print memory info
stats - Print process statistics (starting with Android 4.4)
broadcast - Broadcast action
battery - Broadcast new battery status
power - Broadcast new power status
screencap - Make a screen capture and fetch image file
screenrecord - Record screen and fetch video file
services - Dump services of given package
latest_target - Echo latest target identifier
update - Update existing sources with a build.xml file
create - Create a new android project
view - Start intent to view given data
apk - Get APK from a device
help - Print help

Type
$ and help view

and you'll see the available parameters:
view - Start intent to view given data
    1 - data


## and
#!/usr/bin/env bash

# Parse manifest for given patterns and print first argument value
#
# @param ... - patterns to find in order
manifest()
{
	while read -r
	do
		for (( ;; ))
		do
			case $REPLY in
				*$1*)
					REPLY=${REPLY##*$1}
					shift
					(( $# > 0 )) && continue
					REPLY=${REPLY%%\"*}
					echo "${REPLY#.}"
					return
					;;
			esac

			break
		done
	done < AndroidManifest.xml
}

# Print package
package()
{
	manifest 'package=\"'
}

# Print first activity
activity()
{
	manifest '<activity' 'android:name=\"'
}

# Clean builds & resources
clean()
{
	ant clean
}

# Build
#
# @param ... - additional build arguments
build()
{
	ant "${TARGET:-debug}" "$@"
}

# Build & install
install()
{
	build install
}

# Uninstall package
#
# @param ... - package name (optional)
uninstall()
{
	adb uninstall "${@:-$(package)}"
}

# Stress test given application
#
# @param 1 - number of pseudo-random events to send (optional)
# @param 2 - package name of application to test (optional)
stress()
{
	adb shell monkey -p "${2:-$(package)}" -v "${1:-1000}"
}

# Start given activity
#
# @param 1 - full package and activity name (optional)
start()
{
	adb shell "am start -n ${1:-$(package)/.$(activity)}"
}

# Build, install & run
run()
{
	local PACKAGE

	PACKAGE=$(package) &&
		[ "$PACKAGE" ] &&
		install &&
		start "${PACKAGE}/.$(activity)"
}

# Run release, needs key.store & key.name to be set in ant.properties
release()
{
	TARGET=release "${@:-run}"
}

# Run debug
debug()
{
	TARGET=debug "${@:-run}"
}

# List available emulators or only the requested one
#
# @param 1 - index of emulator to echo (optional)
emus()
{
	local AVD N=1 I=${1:-0}

	for AVD in ~/.android/avd/*.ini
	do
		[ -r "$AVD" ] || continue

		AVD=${AVD##*/}
		AVD=${AVD%.ini}

		if (( !I ))
		then
			printf "%3d %s\n" "$N" "$AVD"
		elif (( N == I ))
		then
			echo "$AVD"
			break
		fi

		(( ++N ))
	done
}

# Fire up given (or last used) emulator
#
# @param 1 - name or number of avd (optional)
# @param ... - arguments for emulator (optional)
emu()
{
	local AVD=$1

	if [ -z "$AVD" ] || (( AVD > 0 )) &>/dev/null
	then
		AVD=$(emus "${AVD:-1}" | head -n 1)
	fi

	shift
	emulator -avd "${AVD%.avd}" "$@" &
}

# Set up a debugging session for a Android Wear device
wearable()
{
	adb forward tcp:4444 localabstract:/adb-hub
	adb connect localhost:4444
}

# Print memory info
#
# @param 1 - package name (optional)
mem()
{
	adb shell dumpsys meminfo "${1:-$(package)}"
}

# Print process statistics (starting with Android 4.4)
#
# @param 1 - package name (optional)
stats()
{
	adb shell dumpsys procstats "${1:-$(package)}"
}

# Broadcast action
#
# @param 1 - full action name
broadcast()
{
	adb shell am broadcast -a "$1"
}

# Broadcast new battery status
#
# @param 1 - "low" or "okay"
battery()
{
	broadcast "android.intent.action.BATTERY_$(echo "$1" |
		tr '[:lower:]' '[:upper:]')"
}

# Broadcast new power status
#
# @param 1 - "connected" or "disconnected"
power()
{
	broadcast "android.intent.action.ACTION_POWER_$(echo "$1" |
		tr '[:lower:]' '[:upper:]')"
}

# Make a screen capture and fetch image file
#
# @param 1 - file name of output image (optional)
screencap()
{
	local FILE
	FILE="/sdcard/${1:-screencap-$(date +%Y%m%d%H%M%S).png}"

	adb shell screencap -p "$FILE" &&
		adb pull "$FILE" &&
		adb shell rm "$FILE"
}

# Record screen and fetch video file
#
# @param 1 - file name of output video (optional)
# @param 2 - wait time in seconds before pull (optional)
screenrecord()
{
	local FILE
	FILE="/sdcard/${1:-screenrecord-$(date +%Y%m%d%H%M%S).mp4}"

	fetch_screenrecord()
	{
		echo "Fetching $FILE"
		sleep "${2:-1}"
		adb pull "$FILE" && adb shell rm "$FILE"
	}

	echo 'Press Ctrl+C to stop recording'
	trap fetch_screenrecord INT
	adb shell screenrecord --verbose "$FILE"
	trap - INT
	unset fetch_screenrecord
}

# Dump services of given package
#
# @param 1 - package name (optional)
services()
{
	local PACKAGE FOUND=''
	PACKAGE=${1:-$(package)}

	adb shell dumpsys activity services | while read -r
	do
		if [ $FOUND ]
		then
			case "$REPLY" in
				'  *'*)
					FOUND=
					;;
				*)
					echo "$REPLY"
					;;
			esac
		else
			case "$REPLY" in
				*$PACKAGE*)
					echo "$REPLY"
					FOUND=1
					;;
			esac
		fi
	done
}

# Echo latest target identifier
latest_target()
{
	android list target -c | grep android | tail -n 1
}

# Update existing sources with a build.xml file
update()
{
	[ -r project.properties ] ||
		if [ -r default.properties ]
		then
			mv default.properties project.properties
		else
			cat <<EOF > project.properties
target=$(latest_target)
EOF
		fi

	android update project --path . -s
}

# Create a new android project
#
# @param 1 - full namespace with default activity
# @param 2 - SDK target version (optional)
create()
{
	local P=${1%.} A=

	if (( $# < 1 )) || [[ $P != *.* ]]
	then
		echo 'error: missing namespace and/or main activity' >&2
		return 1
	fi

	A=${P##*.}

	if [[ $A != [A-Z]* ]]
	then
		A=MainActivity
	else
		P=${P%.*}
	fi

	android create project \
		--target "${2:-$(latest_target)}" \
		--package "$P" \
		--activity "$A" \
		--path .
}

# Start intent to view given data
#
# @param 1 - data
view()
{
	adb shell am start \
		-a android.intent.action.VIEW \
		-d "${1:-http://www.google.com}"
}

# Get APK from a device
#
# @param 1 - application id
apk()
{
	local APK_PATH
	APK_PATH=$(adb shell pm path "$1")
	APK_PATH=${APK_PATH#*:}
	APK_PATH=${APK_PATH%$'\r'}
	adb pull "$APK_PATH"
}

# Print help
#
# @param 1 - name of command
help()
{
	local DESC='' NAME=''

	while read -r
	do
		case $REPLY in
			'')
				DESC=
				;;
			\#\ *)
				if [ "$DESC" ]
				then
					[ "$1" ] && DESC=$DESC${DESC:+$'\n'}$'    '${REPLY#*# @param }
				else
					DESC=${REPLY#*# }
				fi
				;;
			*\(\))
				[ "$DESC" ] || continue
				NAME=${REPLY%(*}
				[ "$1" ] && [ "$NAME" != "$1" ] && continue
				echo "$NAME - $DESC"
				DESC=
				;;
		esac
	done < "$0"
}

if [ "${BASH_SOURCE[0]}" == "$0" ]
then
	"${@:-debug}"
fi
	#!/usr/bin/env bash

	# Parse manifest for given patterns and print first argument value
	#
	# @param ... - patterns to find in order
	manifest()
	{
	while read -r
	do
	for (( ;; ))
	do
	case $REPLY in
	$1)
	REPLY=${REPLY##*$1}
	shift
	(( $# > 0 )) && continue
	REPLY=${REPLY%%\"*}
	echo "${REPLY#.}"
	return
	;;
	esac

	break
	done
	done < AndroidManifest.xml
	}

	# Print package
	package()
	{
	manifest 'package=\"'
	}

	# Print first activity
	activity()
	{
	manifest '<activity' 'android:name=\"'
	}

	# Clean builds & resources
	clean()
	{
	ant clean
	}

	# Build
	#
	# @param ... - additional build arguments
	build()
	{
	ant "${TARGET:-debug}" "$@"
	}

	# Build & install
	install()
	{
	build install
	}

	# Uninstall package
	#
	# @param ... - package name (optional)
	uninstall()
	{
	adb uninstall "${@:-$(package)}"
	}

	# Stress test given application
	#
	# @param 1 - number of pseudo-random events to send (optional)
	# @param 2 - package name of application to test (optional)
	stress()
	{
	adb shell monkey -p "${2:-$(package)}" -v "${1:-1000}"
	}

	# Start given activity
	#
	# @param 1 - full package and activity name (optional)
	start()
	{
	adb shell "am start -n ${1:-$(package)/.$(activity)}"
	}

	# Build, install & run
	run()
	{
	local PACKAGE

	PACKAGE=$(package) &&
	[ "$PACKAGE" ] &&
	install &&
	start "${PACKAGE}/.$(activity)"
	}

	# Run release, needs key.store & key.name to be set in ant.properties
	release()
	{
	TARGET=release "${@:-run}"
	}

	# Run debug
	debug()
	{
	TARGET=debug "${@:-run}"
	}

	# List available emulators or only the requested one
	#
	# @param 1 - index of emulator to echo (optional)
	emus()
	{
	local AVD N=1 I=${1:-0}

	for AVD in ~/.android/avd/*.ini
	do
	[ -r "$AVD" ] \|\| continue

	AVD=${AVD##*/}
	AVD=${AVD%.ini}

	if (( !I ))
	then
	printf "%3d %s\n" "$N" "$AVD"
	elif (( N == I ))
	then
	echo "$AVD"
	break
	fi

	(( ++N ))
	done
	}

	# Fire up given (or last used) emulator
	#
	# @param 1 - name or number of avd (optional)
	# @param ... - arguments for emulator (optional)
	emu()
	{
	local AVD=$1

	if [ -z "$AVD" ] \|\| (( AVD > 0 )) &>/dev/null
	then
	AVD=$(emus "${AVD:-1}" \| head -n 1)
	fi

	shift
	emulator -avd "${AVD%.avd}" "$@" &
	}

	# Set up a debugging session for a Android Wear device
	wearable()
	{
	adb forward tcp:4444 localabstract:/adb-hub
	adb connect localhost:4444
	}

	# Print memory info
	#
	# @param 1 - package name (optional)
	mem()
	{
	adb shell dumpsys meminfo "${1:-$(package)}"
	}

	# Print process statistics (starting with Android 4.4)
	#
	# @param 1 - package name (optional)
	stats()
	{
	adb shell dumpsys procstats "${1:-$(package)}"
	}

	# Broadcast action
	#
	# @param 1 - full action name
	broadcast()
	{
	adb shell am broadcast -a "$1"
	}

	# Broadcast new battery status
	#
	# @param 1 - "low" or "okay"
	battery()
	{
	broadcast "android.intent.action.BATTERY_$(echo "$1" \|
	tr '[:lower:]' '[:upper:]')"
	}

	# Broadcast new power status
	#
	# @param 1 - "connected" or "disconnected"
	power()
	{
	broadcast "android.intent.action.ACTION_POWER_$(echo "$1" \|
	tr '[:lower:]' '[:upper:]')"
	}

	# Make a screen capture and fetch image file
	#
	# @param 1 - file name of output image (optional)
	screencap()
	{
	local FILE
	FILE="/sdcard/${1:-screencap-$(date +%Y%m%d%H%M%S).png}"

	adb shell screencap -p "$FILE" &&
	adb pull "$FILE" &&
	adb shell rm "$FILE"
	}

	# Record screen and fetch video file
	#
	# @param 1 - file name of output video (optional)
	# @param 2 - wait time in seconds before pull (optional)
	screenrecord()
	{
	local FILE
	FILE="/sdcard/${1:-screenrecord-$(date +%Y%m%d%H%M%S).mp4}"

	fetch_screenrecord()
	{
	echo "Fetching $FILE"
	sleep "${2:-1}"
	adb pull "$FILE" && adb shell rm "$FILE"
	}

	echo 'Press Ctrl+C to stop recording'
	trap fetch_screenrecord INT
	adb shell screenrecord --verbose "$FILE"
	trap - INT
	unset fetch_screenrecord
	}

	# Dump services of given package
	#
	# @param 1 - package name (optional)
	services()
	{
	local PACKAGE FOUND=''
	PACKAGE=${1:-$(package)}

	adb shell dumpsys activity services \| while read -r
	do
	if [ $FOUND ]
	then
	case "$REPLY" in
	' ')
	FOUND=
	;;
	*)
	echo "$REPLY"
	;;
	esac
	else
	case "$REPLY" in
	$PACKAGE)
	echo "$REPLY"
	FOUND=1
	;;
	esac
	fi
	done
	}

	# Echo latest target identifier
	latest_target()
	{
	android list target -c \| grep android \| tail -n 1
	}

	# Update existing sources with a build.xml file
	update()
	{
	[ -r project.properties ] \|\|
	if [ -r default.properties ]
	then
	mv default.properties project.properties
	else
	cat <<EOF > project.properties
	target=$(latest_target)
	EOF
	fi

	android update project --path . -s
	}

	# Create a new android project
	#
	# @param 1 - full namespace with default activity
	# @param 2 - SDK target version (optional)
	create()
	{
	local P=${1%.} A=

	if (( $# < 1 )) \|\| [[ $P != . ]]
	then
	echo 'error: missing namespace and/or main activity' >&2
	return 1
	fi

	A=${P##*.}

	if [[ $A != [A-Z]* ]]
	then
	A=MainActivity
	else
	P=${P%.*}
	fi

	android create project \
	--target "${2:-$(latest_target)}" \
	--package "$P" \
	--activity "$A" \
	--path .
	}

	# Start intent to view given data
	#
	# @param 1 - data
	view()
	{
	adb shell am start \
	-a android.intent.action.VIEW \
	-d "${1:-http://www.google.com}"
	}

	# Get APK from a device
	#
	# @param 1 - application id
	apk()
	{
	local APK_PATH
	APK_PATH=$(adb shell pm path "$1")
	APK_PATH=${APK_PATH#*:}
	APK_PATH=${APK_PATH%$'\r'}
	adb pull "$APK_PATH"
	}

	# Print help
	#
	# @param 1 - name of command
	help()
	{
	local DESC='' NAME=''

	while read -r
	do
	case $REPLY in
	'')
	DESC=
	;;
	\#\ *)
	if [ "$DESC" ]
	then
	[ "$1" ] && DESC=$DESC${DESC:+$'\n'}$' '${REPLY#*# @param }
	else
	DESC=${REPLY#*# }
	fi
	;;
	*\(\))
	[ "$DESC" ] \|\| continue
	NAME=${REPLY%(*}
	[ "$1" ] && [ "$NAME" != "$1" ] && continue
	echo "$NAME - $DESC"
	DESC=
	;;
	esac
	done < "$0"
	}

	if [ "${BASH_SOURCE[0]}" == "$0" ]
	then
	"${@:-debug}"
	fi