def doClickDragRelease(self, xMove, yMove, mouseButton=MouseButton.LEFT):
""" Performs a click, drag, release operation from the mouse's
current location
mouseButton - the button to click and drag with, (as specified
in the MouseButton class in the commands module.
If not specified, this method defaults to the
Left mouse button.
xMove - the amount of X coordinate movement.
yMove - the amount of Y coordinate movement.
"""
if mouseButton == None:
raise ValueError("mouseButton must not be None.")
packets = []
packets.append(communication.buildMouseCommand(ClickDescriptor(mouseButton, ClickType.PRESS), 0, 0))
packets = packets + self.__motionModel.getPath(xMove, yMove)
packets.append(communication.buildMouseCommand(ClickDescriptor(mouseButton, ClickType.RELEASE), 0, 0))
for packet in packets:
self.__serialPort.sendBytes(packet)
# update location.
self.__x += xMove
self.__y += yMove
def doClick(self, button=MouseButton.LEFT, clickType=ClickType.CLICK):
""" Performs a click as specified by the button and click type in the
parameters.
Params:
button the button to click.
clickType the type of click to perform.
"""
packet = communication.buildMouseCommand(ClickDescriptor(button, clickType), 0, 0)
self.__serialPort.sendBytes(packet)
def getPath(self, xMove, yMove):
""" Returns a List of packets (a packet being a List of Bytes)
that represent a series of moves to create a path from the
current position to the relative point specified by the xMove
and yMove parameters.
xMove - An Integer value that represents the relative
x position to move the mouse to.
yMove - An Integer value that represents the relative
y position to move the mouse to.
"""
# Initialize the packet List to send back.
packets = []
# If both moves are zero, return an empty List - there is
# nowhere to go.
if xMove == 0 and yMove == 0:
return packets
# if the x-move is zero, chunk up the vertical movements into
# lengths of 2.
if xMove == 0:
absoluteYMove = abs(yMove)
moveCount = floor(absoluteYMove / MOVE_CHUNK)
print("MC", moveCount)
if (yMove < 0):
chunk = -1 * MOVE_CHUNK
else:
chunk = MOVE_CHUNK
print("C", chunk)
for i in range(moveCount):
packets.append(buildMouseCommand(ClickDescriptor(), 0, chunk))
remainder_y = yMove % MOVE_CHUNK
if chunk * remainder_y < 0:
remainder_y = remainder_y * -1
print("R", remainder_y)
packets.append(buildMouseCommand(ClickDescriptor(), 0, remainder_y))
print("\n end")
return packets
else:
# Figure out the Slope of the line from the current position,
# (0,0) to the specified X and Y position.
slope = Fraction(yMove, xMove)
slope = slope.limit_denominator(MAX_DENOMINATOR)
x_chunk = slope.denominator
if xMove * x_chunk < 0:
x_chunk = x_chunk * -1
y_chunk = slope.numerator
if yMove * y_chunk < 0:
y_chunk = y_chunk * -1
# Calculate the number of "whole" moves that need to be made
moveCount = abs(floor(xMove / slope.denominator))
# Build and add all of the "whole moves".
for i in range(moveCount):
packets.append(buildMouseCommand(ClickDescriptor(), x_chunk, y_chunk))
# build and append the fractional, "partial" move to put us in the right
# final position.
remainder_x = xMove % slope.denominator
if remainder_x * slope.denominator < 0:
remainder_x = remainder_x * -1
if slope.numerator == 0:
remainder_y = 0
else:
remainder_y = yMove % slope.numerator
if remainder_y * slope.numerator < 0:
remainder_y = remainder_y * -1
packets.append(buildMouseCommand(ClickDescriptor(), remainder_x, remainder_y))
return packets
def getPath(self, xMove, yMove):
""" Returns a List of packets (a packet being a List of Bytes)
that represent a series of moves to create a path from the
current position to the relative point specified by the xMove
and yMove parameters.
xMove - An Integer value that represents the relative
x position to move the mouse to.
yMove - An Integer value that represents the relative
y position to move the mouse to.
"""
# Initialize the packet List to send back.
packets = []
# If both moves are zero, return an empty List - there is
# nowhere to go.
if xMove == 0 and yMove == 0:
return packets
# if the x-move is zero, chunk up the vertical movements into
# lengths of 2.
if xMove == 0:
absoluteYMove = abs(yMove)
moveCount = floor(absoluteYMove / MOVE_CHUNK)
print("MC", moveCount)
if (yMove < 0):
chunk = -1 * MOVE_CHUNK
else:
chunk = MOVE_CHUNK
print("C", chunk)
for i in range(moveCount):
packets.append(buildMouseCommand(ClickDescriptor(), 0, chunk))
remainder_y = yMove % MOVE_CHUNK
if chunk * remainder_y < 0:
remainder_y = remainder_y * -1
print("R", remainder_y)
packets.append(buildMouseCommand(ClickDescriptor(), 0,
remainder_y))
print("\n end")
return packets
else:
# Figure out the Slope of the line from the current position,
# (0,0) to the specified X and Y position.
slope = Fraction(yMove, xMove)
slope = slope.limit_denominator(MAX_DENOMINATOR)
x_chunk = slope.denominator
if xMove * x_chunk < 0:
x_chunk = x_chunk * -1
y_chunk = slope.numerator
if yMove * y_chunk < 0:
y_chunk = y_chunk * -1
# Calculate the number of "whole" moves that need to be made
moveCount = abs(floor(xMove / slope.denominator))
# Build and add all of the "whole moves".
for i in range(moveCount):
packets.append(
buildMouseCommand(ClickDescriptor(), x_chunk, y_chunk))
# build and append the fractional, "partial" move to put us in the right
# final position.
remainder_x = xMove % slope.denominator
if remainder_x * slope.denominator < 0:
remainder_x = remainder_x * -1
if slope.numerator == 0:
remainder_y = 0
else:
remainder_y = yMove % slope.numerator
if remainder_y * slope.numerator < 0:
remainder_y = remainder_y * -1
packets.append(
buildMouseCommand(ClickDescriptor(), remainder_x, remainder_y))
return packets