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Not able to simulate this in Samsung Note3 #7

Description

@mashkurm

Initially it unlocks the device and swipe up, but when it comes to co-ordinates, it is sending too, but it does nothing to the device.. Please find the logs.

$ bash test.sh
Sending 1: 254, 948
Sending 4: 254, 1224
Sending 7: 254, 1526
Sending 8: 513, 1526

Trying to draw L through it.. 1,4,7,8..

Here is my pattern. Please check.

PATTERN="1 4 7 8" # The unlock pattern to draw, space seperated

COL_1=254                   # X coordinate of column 1 (in pixels)
COL_2=513                   # X coordinate of column 2 (in pixels)
COL_3=818                   # X coordinate of column 3 (in pixels)

ROW_1=948                   # Y coordinate of row 1 (in pixels)
ROW_2=1224                  # Y coordinate of row 2 (in pixels)
ROW_3=1526                   # Y coordinate of row 3 (in pixels)

MULTIPLIER=1                # Multiplication factor for coordinates. For Nexus 4, set this to 2. For low res phones such as
                            # Samsung Galaxy S2, set this to 1. Experiment with this value if you can't see anything happening.

WAKE_SCREEN_ENABLED=true    # If true, the script will start by sending the power button press event

SWIPE_UP_ENABLED=true       # If true, the script will swipe upwards before drawing the pattern (e.g. for lollipop lockscreen)
SWIPE_UP_X=450              # X coordinate for initial upward swipe. Only used if SWIPE_UP_ENABLED is true
SWIPE_UP_Y_FROM=1000        # Start Y coordinate for initial upward swipe. Only used if SWIPE_UP_ENABLED is true
SWIPE_UP_Y_TO=200           # End Y coordinate for initial upward swipe. Only used if SWIPE_UP_ENABLED is true

# =======================================================================================================================

# Define X&Y coordinates for each of the 9 positions.

X[1]=$(( ${COL_1} * ${MULTIPLIER} ))
X[2]=$(( ${COL_2} * ${MULTIPLIER} ))
X[3]=$(( ${COL_3} * ${MULTIPLIER} ))
X[4]=$(( ${COL_1} * ${MULTIPLIER} ))
X[5]=$(( ${COL_2} * ${MULTIPLIER} ))
X[6]=$(( ${COL_3} * ${MULTIPLIER} ))
X[7]=$(( ${COL_1} * ${MULTIPLIER} ))
X[8]=$(( ${COL_2} * ${MULTIPLIER} ))
X[9]=$(( ${COL_3} * ${MULTIPLIER} ))

Y[1]=$(( ${ROW_1} * ${MULTIPLIER} ))
Y[2]=$(( ${ROW_1} * ${MULTIPLIER} ))
Y[3]=$(( ${ROW_1} * ${MULTIPLIER} ))
Y[4]=$(( ${ROW_2} * ${MULTIPLIER} ))
Y[5]=$(( ${ROW_2} * ${MULTIPLIER} ))
Y[6]=$(( ${ROW_2} * ${MULTIPLIER} ))
Y[7]=$(( ${ROW_3} * ${MULTIPLIER} ))
Y[8]=$(( ${ROW_3} * ${MULTIPLIER} ))
Y[9]=$(( ${ROW_3} * ${MULTIPLIER} ))

# Function definitions

WakeScreen() {
	if [ "$WAKE_SCREEN_ENABLED" = true ]; then
		adb shell input keyevent 26
	fi
}

SwipeUp() {
	if [ "$SWIPE_UP_ENABLED" = true ]; then
		adb shell input swipe ${SWIPE_UP_X} ${SWIPE_UP_Y_FROM} ${SWIPE_UP_X} ${SWIPE_UP_Y_TO}
	fi
}

StartTouch() {
	adb shell sendevent /dev/input/event1 3 57 14
}

SendCoordinates () {
	adb shell sendevent /dev/input/event1 3 53 $1
	adb shell sendevent /dev/input/event1 3 54 $2
	adb shell sendevent /dev/input/event1 3 58 57
	adb shell sendevent /dev/input/event1 0 0 0
}

FinishTouch() {
	adb shell sendevent /dev/input/event1 3 57 4294967295
	adb shell sendevent /dev/input/event1 0 0 0
}

SwipePattern() {
	for NUM in $PATTERN
	do
	   echo "Sending $NUM: ${X[$NUM]}, ${Y[$NUM]}"
	   SendCoordinates ${X[$NUM]} ${Y[$NUM]}
	done
}

# Actions

WakeScreen
SwipeUp
StartTouch
SwipePattern
FinishTouch

Activity

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