def readFromPacket(packet):
if (len(packet) < MegaDrive.PACKET_SIZE):
return None
state = ControllerStateBuilder()
# data starts at bit 2
for i in range(0, 8):
if MegaDrive.BUTTONS_0[i] is None:
continue
state.setButton(MegaDrive.BUTTONS_0[i],
readBit(packet[0], i) != 0x01)
for i in range(0, 8):
if MegaDrive.BUTTONS_1[i] is None:
continue
state.setButton(MegaDrive.BUTTONS_1[i],
readBit(packet[1], i) != 0x01)
if (len(packet) >= MegaDrive.PACKET_SIZE_6_BUTTON):
for i in range(0, 8):
if MegaDrive.BUTTONS_2[i] is None:
continue
state.setButton(MegaDrive.BUTTONS_2[i],
readBit(packet[2], i) != 0x01)
return state.build()
def readPacketButtons(packet, buttons):
if len(packet) < len(buttons):
return None
state = ControllerStateBuilder()
for i in range(0, len(buttons)):
if buttons[i] is None:
continue
state.setButton(buttons[i], packet[i] != 0x00)
return state.build()
def readFromPacket(sender, packet):
state = ControllerStateBuilder()
for key in packet:
p = packet[key]
# check for special cases
if key == 'shift' or key == 'ctrl' or key == 'windows':
if p['type'] == 'button':
state.setButton('left ' + p['name'], p['val'])
state.setButton('right ' + p['name'], p['val'])
if p['type'] == 'button':
state.setButton(p['name'], p['val'])
return state.build()
def readFromPacket(sender, packet):
state = ControllerStateBuilder()
for key in packet:
p = packet[key]
if p['type'] == 'button':
state.setButton(p['name'], p['val'])
elif p['type'] == 'analog':
state.setAnalog(p['name'], p['val'])
return state.build()
def readFromPacket(packet):
if (len(packet) < Nintendo64.PACKET_SIZE):
return None
state = ControllerStateBuilder()
for i in range(0, len(Nintendo64.BUTTONS)):
if Nintendo64.BUTTONS[i] is None:
continue
state.setButton(Nintendo64.BUTTONS[i], packet[i] != 0x00)
state.setAnalog(
'stick_x',
Nintendo64.readStick(
readByte(packet, len(Nintendo64.BUTTONS), True)))
state.setAnalog(
'stick_y',
Nintendo64.readStick(
readByte(packet,
len(Nintendo64.BUTTONS) + 8, True)))
return state.build()
def readFromPacket(packet):
if (len(packet) < GameCube.PACKET_SIZE):
return None
state = ControllerStateBuilder()
for i in range(0, len(GameCube.BUTTONS)):
if GameCube.BUTTONS[i] is None:
continue
state.setButton(GameCube.BUTTONS[i], packet[i] != 0x00)
state.setAnalog(
'lstick_x',
GameCube.readStick(readByte(packet, len(GameCube.BUTTONS))))
state.setAnalog(
'lstick_y',
GameCube.readStick(readByte(packet,
len(GameCube.BUTTONS) + 8)))
state.setAnalog(
'cstick_x',
GameCube.readStick(readByte(packet,
len(GameCube.BUTTONS) + 16)))
state.setAnalog(
'cstick_y',
GameCube.readStick(readByte(packet,
len(GameCube.BUTTONS) + 24)))
state.setAnalog(
'trig_l',
GameCube.readTrigger(readByte(packet,
len(GameCube.BUTTONS) + 32)))
state.setAnalog(
'trig_r',
GameCube.readTrigger(readByte(packet,
len(GameCube.BUTTONS) + 40)))
return state.build()
def readFromPacket(sender, packet):
state = ControllerStateBuilder()
for key in packet:
p = packet[key]
# map buttons to nintendospy names
if p['type'] == 'button':
state.setButton(GENERIC_CONTROLLER_BTN[p['name']], p['val'])
elif p['type'] == 'stick':
# check for dpad
if p['name'] == 'ABS_HAT0X':
if p['val'] == 0:
state.setButton('left', False)
state.setButton('right', False)
elif p['val'] == 1:
state.setButton('right', True)
state.setButton('left', False)
elif p['val'] == -1:
state.setButton('left', True)
state.setButton('right', False)
elif p['name'] == 'ABS_HAT0Y':
if p['val'] == 0:
state.setButton('up', False)
state.setButton('down', False)
elif p['val'] == 1:
state.setButton('down', True)
state.setButton('up', False)
elif p['val'] == -1:
state.setButton('up', True)
state.setButton('down', False)
elif p['name'] == 'ABS_X':
state.setAnalog(
'x', GenericControllerParser.readStick(p['val']))
elif p['name'] == 'ABS_Y':
state.setAnalog(
'y', GenericControllerParser.readStick(p['val']))
elif p['name'] == 'ABS_Z':
state.setAnalog(
'rx', GenericControllerParser.readStick(p['val']))
elif p['name'] == 'ABS_RZ':
state.setAnalog(
'ry', GenericControllerParser.readStick(p['val']))
return state.build()