def OnInit(self):
try:
if internal.state.SHARED_INIT_STATE is internal.consts.INIT_INCOMPLETE:
# Run shared init functions
internal.sharedInit()
# Set the device into Extended Mode
internal.extendedMode.setVal(True, force=True)
# Process inControl preferences | Say it's external since we want the settings to be applied regardless
if config.START_IN_INCONTROL_KNOBS == False:
internal.extendedMode.setVal(False,
eventconsts.INCONTROL_KNOBS,
from_internal=False)
if config.START_IN_INCONTROL_FADERS == False:
internal.extendedMode.setVal(False,
eventconsts.INCONTROL_FADERS,
from_internal=False)
if config.START_IN_INCONTROL_PADS == False:
internal.extendedMode.setVal(False,
eventconsts.INCONTROL_PADS,
from_internal=False)
except Exception as e:
internal.errors.triggerError(e)
print('Initialisation complete')
print(internal.getLineBreak())
print(internal.getLineBreak())
print("")
print("")
def OnDeInit(self):
try:
# Return the device into Basic Mode
internal.extendedMode.setVal(False)
print('Deinitialisation complete')
print(internal.getLineBreak())
print(internal.getLineBreak())
print("")
print("")
except Exception as e:
internal.errors.triggerError(e)
def OnInit(self):
try:
if internal.state.SHARED_INIT_STATE is internal.consts.INIT_INCOMPLETE:
# Run shared init functions
internal.sharedInit()
except Exception as e:
internal.errors.triggerError(e)
print('Initialisation complete')
print(internal.getLineBreak())
print(internal.getLineBreak())
print("")
print("")