def mousePressed(self, event):
x = event.getX() * 100.0 / event.getComponent().getWidth()
y = event.getY() * 100.0 / event.getComponent().getHeight()
ashval.ashval("show_cursor %d %d 1 pressed" % (x, y))
ashval.ashval("touch DOWN %d %d 1" % (x, y))
self.time1 = time.time()
self.xy1 = (x, y)
def check_move_support():
global support_move
support_move = True
try:
ashval.ashval("touch MOVE 1 1 1")
except AttributeError:
support_move = False
def handleKeyButton(event):
if event.getActionCommand() == "WAKE":
ashval.ashval("wake")
else:
cmd = "press DOWN_AND_UP %s" % event.getActionCommand()
cmd = cmd.encode("utf-8")
result = ashval.ashval(cmd)
notifyResult(result)
def mouseWheelMoved(self, event):
notches = event.getWheelRotation()
direction = ""
if notches < 0:
direction = "DPAD_UP"
else:
direction = "DPAD_DOWN"
ashval.ashval("press DOWN_AND_UP %s" % direction)
def test_raw_ashval(self):
question = "click [100 200]"
right_answer = ["click", ["100", "200"]]
self.assertEqual(ashval.ashval(question), right_answer)
question = "test [100 [100 200] [ [100 200] 300] [400]] [ [200] ]"
right_answer = ["test", ["100", ["100", "200"],
[["100", "200"], "300"], ["400"]], [["200"]]]
self.assertEqual(ashval.ashval(question), right_answer)
def mouseDragged(self, event):
x = event.getX() * 100.0 / event.getComponent().getWidth()
y = event.getY() * 100.0 / event.getComponent().getHeight()
if support_move:
ashval.ashval("touch MOVE %d %d 1" % (x,y))
ashval.ashval("show_cursor %d %d 1 pressed" % (x,y))
if not support_move:
self.dragging = True
def _get_and_process_user_input():
user_input = _get_expression()
if user_input == "":
# TODO: print help message.
return
result = None
if modglob._conn_to_ashmon:
modglob.sock.sendall(user_input + ashmon.END_OF_MSG)
tokens = ""
while True:
received = modglob.sock.recv(1024)
if not received or not modglob._conn_to_ashmon:
print "connection crashed!"
modglob.sock.close()
modglob.sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
modglob.sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
modglob._conn_to_ashmon = False
break
msgs, tokens = ashmon.get_complete_message(received, tokens)
for msg in msgs:
result = eval(msg)
break
else:
result = ashval.ashval(user_input)
if result:
print_result(result)
def handleFocusBtn(event):
selectedIndices = devicesList.getSelectedIndices()
args = ""
for selected in selectedIndices:
args += "%d " % selected
result = ashval.ashval("focus %s" % args)
notifyResult(result)
handleConnectedDevBtn(True)
def test_event(self):
data.clear()
data.add_callback("", "typeB", "valueC",
[
["_mock_function",
["arg", "1"], ["arg", "2"], ["arg", "3"]]
])
self.assertEqual(ashval.ashval("event default typeB valueC 10 20 33"),
"_mock_function : 10, 20, 33")
def handleTerminalInput(event):
global terminalInput
userInput = terminalInput.getText()
userInput = userInput.encode("utf-8")
terminalInput.setText("")
if not userInput:
# TODO: Show manual.
return
result = ashval.ashval(userInput)
if result:
notifyResult(result)
def processKey(self, event, isDown):
keyCode = event.getKeyCode()
keyInput = event.getKeyText(event.getKeyCode()).upper()
if KEYCODE_MAP.has_key(keyCode):
keyInput = KEYCODE_MAP[keyCode]
if FUNCTION_KEY_MAP.has_key(keyInput):
keyInput = FUNCTION_KEY_MAP[keyInput]
keyValue = keyInput
if isDown:
if self.metaKeyState.has_key(keyValue):
self.metaKeyState[keyValue] = True
elif self.metaKeyState["SHIFT"]:
keyValue = "Shift-" + keyValue
elif self.metaKeyState["ALT"]:
keyValue = "Alt-" + keyValue
elif self.metaKeyState["CTRL"]:
keyValue = "Ctrl-" + keyValue
keyValue = keyValue + "_DOWN"
else:
if self.metaKeyState.has_key(keyValue):
self.metaKeyState[keyValue] = False
keyValue = keyValue + "_UP"
keyValue = keyValue.encode('utf8')
keyInput = keyInput.encode('utf8')
code = ashval.ashval("get_callback default keyboard %s" % keyValue)
if code and code != data.NO_CALLBACK:
ashval.ashval("event default keyboard %s" % keyValue)
else:
if self.metaKeyState.has_key(keyInput):
keyInput = keyInput + "_LEFT"
if isDown: action = "DOWN"
else: action = "UP"
ashval.ashval("press %s %s" % (action, keyInput))
def mouseReleased(self, event):
x = event.getX() * 100.0 / event.getComponent().getWidth()
y = event.getY() * 100.0 / event.getComponent().getHeight()
ashval.ashval("show_cursor %d %d 1" % (x, y))
if self.dragging:
self.dragging = False
time2 = time.time()
ashval.ashval("drag %d %d %d %d 1 %f" % (
self.xy1[0], self.xy1[1], x, y, time2 - self.time1))
return
ashval.ashval("touch UP %d %d 1" % (x, y))
def test_ashval_function(self):
data.add_callback("", "alias", "c",
[
["_mock_function",
["arg", "1"], ["arg", "2"], ["arg", "3"]]
])
self.assertEqual(ashval.ashval("c 100 200 300"),
"_mock_function : 100, 200, 300")
self.assertEqual(ashval.ashval("c 110 0 350"),
"_mock_function : 110, 0, 350")
data.add_callback("", "alias", "d",
[
["_mock_function",
["arg", "1"], ["arg", "2"], ["arg", "3"]],
["_mock_function",
["arg", "2"], ["arg", "3"], ["arg", "1"]]
])
self.assertEqual(ashval.ashval("d 100 200 300"),
"_mock_function : 200, 300, 100")
self.assertEqual(ashval.ashval("d 110 0 350"),
"_mock_function : 0, 350, 110")
data.add_callback("", "alias", "d",
[
["_mock_function",
["arg", "1"], ["arg", "2"], ["arg", "3"]],
["c",
["arg", "2"], ["arg", "3"], ["arg", "1"]]
])
print data._callbacks[data.DEFAULT_EVENT_MODE]["alias"]
self.assertEqual(ashval.ashval("d 100 200 300"),
"_mock_function : 200, 300, 100")
self.assertEqual(ashval.ashval("d 110 0 350"),
"_mock_function : 0, 350, 110")
self.assertTrue(ashval.ashval("a b c [[d] [e]]"))
self.assertTrue(ashval.ashval("_mock_function [[d] [e]] f g"))
def handleConnectBtn(event):
selectedIndices = devicesList.getSelectedIndices()
for selected in selectedIndices:
result = ashval.ashval("connect %d" % selected)
notifyResult(result)
if modglob._conn_to_ashmon:
modglob.sock.sendall(user_input + ashmon.END_OF_MSG)
tokens = ""
while True:
received = modglob.sock.recv(1024)
if not received or not modglob._conn_to_ashmon:
print "connection crashed!"
modglob.sock.close()
modglob.sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
modglob.sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
modglob._conn_to_ashmon = False
break
msgs, tokens = ashmon.get_complete_message(received, tokens)
for msg in msgs:
result = eval(msg)
break
else:
result = ashval.ashval(user_input)
if result:
print_result(result)
if __name__ == "__main__":
if len(sys.argv) >= 2:
init_cmd = "exec_script " + sys.argv[1]
ashval.ashval(init_cmd)
while 1:
_get_and_process_user_input()
def run(self):
while True:
if _stop_android_waker:
break
ashval.ashval("wake")
time.sleep(5)
def handleConnectedDevBtn(event):
connectButton.setVisible(False)
focusButton.setVisible(True)
devices = ashval.ashval("connected_devices")
listDevices(devices)
def test_record(self):
data.add_callback("", "alias", "c",
[
["_mock_function",
["arg", "1"], ["arg", "2"], ["arg", "3"]]
])
ashval.ashval("record abc")
ashval.ashval("c 100 200 300")
ashval.ashval("c 200 200 300")
ashval.ashval("c 100 200 300")
ashval.ashval("record_stop")
self.assertEqual(ashval.ashval("abc"),
"_mock_function : 100, 200, 300")
def mouseMoved(self, event):
x = event.getX() * 100.0 / event.getComponent().getWidth()
y = event.getY() * 100.0 / event.getComponent().getHeight()
ashval.ashval("show_cursor %d %d 1" % (int(x), int(y)))
devicesListLabel.setText("%s / %s" % (int(x), int(y)))
