Press the button again to turn the arpeggiator off. When the button is lit, the arpeggiator is engaged. Press the Arp On/Off button once to activate or deactivate the arpeggiator. ![]() Visit and find the webpage for LPK25 mk2 to download it. To manage your programs, use the LPK25 mk2 editor software. To select a program, press and hold Function, and press a Program Select numbered key. Each program includes all configurable arpeggiator settings, described below in the Arpeggiator section. You can store up to 8 programs in LPK25 mk2’s internal memory. See Operation > Arpeggiator to learn more. Hold this button down and press a labeled key on the keyboard to enter new settings for the arpeggiator. The arpeggiator affects notes being played on the keyboard only, and its rate is based on the current tempo and time division settings. Arp On/Off: Press this button to enable or disable the internal arpeggiator.Important: Tap Tempo does not work when LPK25 mk2 is externally synced. Tap Tempo: Tap this button at the desired rate to enter a new tempo for the internal arpeggiator.When released, the Arpeggiator will disengage latching. If the Arpeggiator is active, then this button will momentarily latch the arpeggiator for as long as the button is held. Sustain: When the Arpeggiator is off, you can hold down the Sustain button to sustain the currently held notes on the keyboard which will stop when the Sustain button is released.Function: Hold down this button and press one of the keys on the keyboard labeled Program Select (1-8) to load the program of the same number.Press both buttons simultaneously to reset the octave shift to “zero.” Octave Down/Up ( / ): Use these buttons to shift the keyboard’s range down or up.See Operation > Programs and Arpeggiator to learn more. The Function and Arp On/Off buttons allow some of its keys to access additional commands. Keyboard: This 25-note keyboard is velocity-sensitive and, in conjunction with the Octave Down/Up buttons, can access the full range of 127 available MIDI notes (10 octaves).This connection is also used to send and receive MIDI data to and from your computer. The computer’s USB port provides ample power to LPK25 mk2. USB Port (Rear Panel): Use a standard USB cable to connect this USB port to your computer.One way to do that is with the assertion framework by asserting on a process instance that you retrieve based on the bpmn key of the sub process’ model. So to fix this, you should delete lines 24 and 25 from your test and you need to get hold of the sub process instance that is created in the call activity of the main process before you can perform assertions on that instance and complete tasks. The one that does belong to the main process, was created as part of the call on line 23 in your test and is still patiently waiting there for the user task of the sub process to be completed. ![]() You have created a completely standalone sub process and completed it. But the sub process for which you have completed the task is not the one that is actually a sub process of the main process. ![]() You complete the user task in the sub process, and then you expect the main process to have progressed. In your test setup, however, you are starting both an instance of the main and the sub process. When you have a call activity in your process, Camunda will take care of starting the subprocess from its binding. My assumption is that you haven’t configured any additional asynchronous continuations in your models. The reason the assertion is failing is the effect of your testing actually starting three process instances and not two as you would expect.
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