/**
* Generates a random trackball event. This consists of a sequence of small moves, followed by an
* optional single click.
*
* <p>TODO: Longpress. TODO: Meta state TODO: Parameterize the % clicked TODO: More useful than
* the random walk here would be to pick a single random direction and distance, and divvy it up
* into a random number of segments. (This would serve to generate fling gestures, which are
* important).
*
* @param random Random number source for positioning
*/
private void generateTrackballEvent(Random random) {
Display display = WindowManagerImpl.getDefault().getDefaultDisplay();
boolean drop = false;
int count = random.nextInt(10);
for (int i = 0; i < 10; ++i) {
// generate a small random step
int dX = random.nextInt(10) - 5;
int dY = random.nextInt(10) - 5;
mQ.addLast(
new MonkeyTrackballEvent(MotionEvent.ACTION_MOVE)
.addPointer(0, dX, dY)
.setIntermediateNote(i > 0));
}
// 10% of trackball moves end with a click
if (0 == random.nextInt(10)) {
long downAt = SystemClock.uptimeMillis();
mQ.addLast(
new MonkeyTrackballEvent(MotionEvent.ACTION_DOWN)
.setDownTime(downAt)
.addPointer(0, 0, 0)
.setIntermediateNote(true));
mQ.addLast(
new MonkeyTrackballEvent(MotionEvent.ACTION_UP)
.setDownTime(downAt)
.addPointer(0, 0, 0)
.setIntermediateNote(false));
}
}
/**
* Generates a random trackball event. This consists of a sequence of small moves, followed by an
* optional single click.
*
* <p>TODO: Longpress. TODO: Meta state TODO: Parameterize the % clicked TODO: More useful than
* the random walk here would be to pick a single random direction and distance, and divvy it up
* into a random number of segments. (This would serve to generate fling gestures, which are
* important).
*
* @param random Random number source for positioning
*/
private void generateTrackballEvent(Random random) {
Display display = WindowManagerImpl.getDefault().getDefaultDisplay();
boolean drop = false;
int count = random.nextInt(10);
MonkeyMotionEvent e;
for (int i = 0; i < 10; ++i) {
// generate a small random step
int dX = random.nextInt(10) - 5;
int dY = random.nextInt(10) - 5;
e =
new MonkeyMotionEvent(
MonkeyEvent.EVENT_TYPE_TRACKBALL, -1, MotionEvent.ACTION_MOVE, dX, dY, 0);
e.setIntermediateNote(i > 0);
mQ.addLast(e);
}
// 10% of trackball moves end with a click
if (0 == random.nextInt(10)) {
long downAt = SystemClock.uptimeMillis();
e =
new MonkeyMotionEvent(
MonkeyEvent.EVENT_TYPE_TRACKBALL, downAt, MotionEvent.ACTION_DOWN, 0, 0, 0);
e.setIntermediateNote(true);
mQ.addLast(e);
e =
new MonkeyMotionEvent(
MonkeyEvent.EVENT_TYPE_TRACKBALL, downAt, MotionEvent.ACTION_UP, 0, 0, 0);
e.setIntermediateNote(false);
mQ.addLast(e);
}
}
/** generate a random event based on mFactor */
private void generateEvents() {
float cls = mRandom.nextFloat();
int lastKey = 0;
if (cls < mFactors[FACTOR_TOUCH]) {
generatePointerEvent(mRandom, GESTURE_TAP);
return;
} else if (cls < mFactors[FACTOR_MOTION]) {
generatePointerEvent(mRandom, GESTURE_DRAG);
return;
} else if (cls < mFactors[FACTOR_PINCHZOOM]) {
generatePointerEvent(mRandom, GESTURE_PINCH_OR_ZOOM);
return;
} else if (cls < mFactors[FACTOR_TRACKBALL]) {
generateTrackballEvent(mRandom);
return;
} else if (cls < mFactors[FACTOR_ROTATION]) {
generateRotationEvent(mRandom);
return;
}
// The remaining event categories are injected as key events
for (; ; ) {
if (cls < mFactors[FACTOR_NAV]) {
lastKey = NAV_KEYS[mRandom.nextInt(NAV_KEYS.length)];
} else if (cls < mFactors[FACTOR_MAJORNAV]) {
lastKey = MAJOR_NAV_KEYS[mRandom.nextInt(MAJOR_NAV_KEYS.length)];
} else if (cls < mFactors[FACTOR_SYSOPS]) {
lastKey = SYS_KEYS[mRandom.nextInt(SYS_KEYS.length)];
} else if (cls < mFactors[FACTOR_APPSWITCH]) {
MonkeyActivityEvent e =
new MonkeyActivityEvent(mMainApps.get(mRandom.nextInt(mMainApps.size())));
mQ.addLast(e);
return;
} else if (cls < mFactors[FACTOR_FLIP]) {
MonkeyFlipEvent e = new MonkeyFlipEvent(mKeyboardOpen);
mKeyboardOpen = !mKeyboardOpen;
mQ.addLast(e);
return;
} else {
lastKey = 1 + mRandom.nextInt(KeyEvent.getMaxKeyCode() - 1);
}
if (lastKey != KeyEvent.KEYCODE_POWER
&& lastKey != KeyEvent.KEYCODE_ENDCALL
&& PHYSICAL_KEY_EXISTS[lastKey]) {
break;
}
}
MonkeyKeyEvent e = new MonkeyKeyEvent(KeyEvent.ACTION_DOWN, lastKey);
mQ.addLast(e);
e = new MonkeyKeyEvent(KeyEvent.ACTION_UP, lastKey);
mQ.addLast(e);
}
/** generate a random event based on mFactor */
private void generateEvents() {
float cls = mRandom.nextFloat();
int lastKey = 0;
boolean touchEvent = cls < mFactors[FACTOR_TOUCH];
boolean motionEvent = !touchEvent && (cls < mFactors[FACTOR_MOTION]);
if (touchEvent || motionEvent) {
generateMotionEvent(mRandom, motionEvent);
return;
}
if (cls < mFactors[FACTOR_TRACKBALL]) {
generateTrackballEvent(mRandom);
return;
}
// The remaining event categories are injected as key events
do {
if (cls < mFactors[FACTOR_NAV]) {
lastKey = NAV_KEYS[mRandom.nextInt(NAV_KEYS.length)];
} else if (cls < mFactors[FACTOR_MAJORNAV]) {
lastKey = MAJOR_NAV_KEYS[mRandom.nextInt(MAJOR_NAV_KEYS.length)];
} else if (cls < mFactors[FACTOR_SYSOPS]) {
lastKey = SYS_KEYS[mRandom.nextInt(SYS_KEYS.length)];
} else if (cls < mFactors[FACTOR_APPSWITCH]) {
MonkeyActivityEvent e =
new MonkeyActivityEvent(mMainApps.get(mRandom.nextInt(mMainApps.size())));
mQ.addLast(e);
return;
} else if (cls < mFactors[FACTOR_FLIP]) {
MonkeyFlipEvent e = new MonkeyFlipEvent(mKeyboardOpen);
mKeyboardOpen = !mKeyboardOpen;
mQ.addLast(e);
return;
} else {
lastKey = 1 + mRandom.nextInt(KeyEvent.getMaxKeyCode() - 1);
}
} while (!PHYSICAL_KEY_EXISTS[lastKey]);
MonkeyKeyEvent e = new MonkeyKeyEvent(KeyEvent.ACTION_DOWN, lastKey);
mQ.addLast(e);
e = new MonkeyKeyEvent(KeyEvent.ACTION_UP, lastKey);
mQ.addLast(e);
}
/**
* Generates a random motion event. This method counts a down, move, and up as multiple events.
*
* <p>TODO: Test & fix the selectors when non-zero percentages TODO: Longpress. TODO: Fling. TODO:
* Meta state TODO: More useful than the random walk here would be to pick a single random
* direction and distance, and divvy it up into a random number of segments. (This would serve to
* generate fling gestures, which are important).
*
* @param random Random number source for positioning
* @param motionEvent If false, touch/release. If true, touch/move/release.
*/
private void generateMotionEvent(Random random, boolean motionEvent) {
Display display = WindowManagerImpl.getDefault().getDefaultDisplay();
float x = Math.abs(random.nextInt() % display.getWidth());
float y = Math.abs(random.nextInt() % display.getHeight());
long downAt = SystemClock.uptimeMillis();
long eventTime = SystemClock.uptimeMillis();
if (downAt == -1) {
downAt = eventTime;
}
MonkeyMotionEvent e =
new MonkeyMotionEvent(
MonkeyEvent.EVENT_TYPE_POINTER, downAt, MotionEvent.ACTION_DOWN, x, y, 0);
e.setIntermediateNote(false);
mQ.addLast(e);
// sometimes we'll move during the touch
if (motionEvent) {
int count = random.nextInt(10);
for (int i = 0; i < count; i++) {
// generate some slop in the up event
x = (x + (random.nextInt() % 10)) % display.getWidth();
y = (y + (random.nextInt() % 10)) % display.getHeight();
e =
new MonkeyMotionEvent(
MonkeyEvent.EVENT_TYPE_POINTER, downAt, MotionEvent.ACTION_MOVE, x, y, 0);
e.setIntermediateNote(true);
mQ.addLast(e);
}
}
// TODO generate some slop in the up event
e =
new MonkeyMotionEvent(
MonkeyEvent.EVENT_TYPE_POINTER, downAt, MotionEvent.ACTION_UP, x, y, 0);
e.setIntermediateNote(false);
mQ.addLast(e);
}
/** generate an activity event */
public void generateActivity() {
MonkeyActivityEvent e =
new MonkeyActivityEvent(mMainApps.get(mRandom.nextInt(mMainApps.size())));
mQ.addLast(e);
}
/**
* Generates a random screen rotation event.
*
* @param random Random number source for rotation degree.
*/
private void generateRotationEvent(Random random) {
mQ.addLast(
new MonkeyRotationEvent(
SCREEN_ROTATION_DEGREES[random.nextInt(SCREEN_ROTATION_DEGREES.length)],
random.nextBoolean()));
}
/**
* Generates a random motion event. This method counts a down, move, and up as multiple events.
*
* <p>TODO: Test & fix the selectors when non-zero percentages TODO: Longpress. TODO: Fling. TODO:
* Meta state TODO: More useful than the random walk here would be to pick a single random
* direction and distance, and divvy it up into a random number of segments. (This would serve to
* generate fling gestures, which are important).
*
* @param random Random number source for positioning
* @param gesture The gesture to perform.
*/
private void generatePointerEvent(Random random, int gesture) {
Display display = WindowManagerImpl.getDefault().getDefaultDisplay();
PointF p1 = randomPoint(random, display);
PointF v1 = randomVector(random);
long downAt = SystemClock.uptimeMillis();
mQ.addLast(
new MonkeyTouchEvent(MotionEvent.ACTION_DOWN)
.setDownTime(downAt)
.addPointer(0, p1.x, p1.y)
.setIntermediateNote(false));
// sometimes we'll move during the touch
if (gesture == GESTURE_DRAG) {
int count = random.nextInt(10);
for (int i = 0; i < count; i++) {
randomWalk(random, display, p1, v1);
mQ.addLast(
new MonkeyTouchEvent(MotionEvent.ACTION_MOVE)
.setDownTime(downAt)
.addPointer(0, p1.x, p1.y)
.setIntermediateNote(true));
}
} else if (gesture == GESTURE_PINCH_OR_ZOOM) {
PointF p2 = randomPoint(random, display);
PointF v2 = randomVector(random);
randomWalk(random, display, p1, v1);
mQ.addLast(
new MonkeyTouchEvent(
MotionEvent.ACTION_POINTER_DOWN | (1 << MotionEvent.ACTION_POINTER_INDEX_SHIFT))
.setDownTime(downAt)
.addPointer(0, p1.x, p1.y)
.addPointer(1, p2.x, p2.y)
.setIntermediateNote(true));
int count = random.nextInt(10);
for (int i = 0; i < count; i++) {
randomWalk(random, display, p1, v1);
randomWalk(random, display, p2, v2);
mQ.addLast(
new MonkeyTouchEvent(MotionEvent.ACTION_MOVE)
.setDownTime(downAt)
.addPointer(0, p1.x, p1.y)
.addPointer(1, p2.x, p2.y)
.setIntermediateNote(true));
}
randomWalk(random, display, p1, v1);
randomWalk(random, display, p2, v2);
mQ.addLast(
new MonkeyTouchEvent(
MotionEvent.ACTION_POINTER_UP | (1 << MotionEvent.ACTION_POINTER_INDEX_SHIFT))
.setDownTime(downAt)
.addPointer(0, p1.x, p1.y)
.addPointer(1, p2.x, p2.y)
.setIntermediateNote(true));
}
randomWalk(random, display, p1, v1);
mQ.addLast(
new MonkeyTouchEvent(MotionEvent.ACTION_UP)
.setDownTime(downAt)
.addPointer(0, p1.x, p1.y)
.setIntermediateNote(false));
}