MidiIn.java

package com.bitwig.extension.controller.api;

import com.bitwig.extension.callback.ShortMidiDataReceivedCallback;
import com.bitwig.extension.callback.SysexMidiDataReceivedCallback;

public interface MidiIn
{
   void setMidiCallback(ShortMidiDataReceivedCallback callback);

   void setSysexCallback(SysexMidiDataReceivedCallback callback);

   NoteInput createNoteInput(String name, String... masks);

   AbsoluteHardwareValueMatcher createAbsoluteCCValueMatcher(int channel, int controlNumber);

   AbsoluteHardwareValueMatcher createAbsoluteCCValueMatcher(int controlNumber);

   AbsoluteHardwareValueMatcher createPolyAftertouchValueMatcher(int channel, int note);

   RelativeHardwareValueMatcher createRelativeSignedBitCCValueMatcher(
      int channel,
      int controlNumber,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeSignedBit2CCValueMatcher(
      int channel,
      int controlNumber,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeBinOffsetCCValueMatcher(
      int channel,
      int controlNumber,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelative2sComplementCCValueMatcher(
      int channel,
      int controlNumber,
      int valueAmountForOneFullRotation);

   AbsoluteHardwareValueMatcher createAbsolutePitchBendValueMatcher(int channel);

   AbsoluteHardwareValueMatcher createSequencedValueMatcher(
      AbsoluteHardwareValueMatcher firstValueMatcher,
      AbsoluteHardwareValueMatcher secondValueMatcher,
      boolean areMostSignificantBitsInSecondEvent);

   AbsoluteHardwareValueMatcher createAbsoluteValueMatcher(
      String eventExpression,
      String valueExpression,
      int valueBitCount);

   RelativeHardwareValueMatcher createRelativeValueMatcher(String eventExpression, double relativeAdjustment);

   RelativeHardwareValueMatcher createRelativeSignedBitValueMatcher(
      String eventExpression,
      String valueExpression,
      int valueBitCount,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeSignedBitValueMatcher(
      AbsoluteHardwareValueMatcher valueMatcher,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeSignedBit2ValueMatcher(
      String eventExpression,
      String valueExpression,
      int valueBitCount,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeSignedBit2ValueMatcher(
      AbsoluteHardwareValueMatcher valueMatcher,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeBinOffsetValueMatcher(
      String eventExpression,
      String valueExpression,
      int valueBitCount,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelativeBinOffsetValueMatcher(
      AbsoluteHardwareValueMatcher valueMatcher,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelative2sComplementValueMatcher(
      String eventExpression,
      String valueExpression,
      int valueBitCount,
      int valueAmountForOneFullRotation);

   RelativeHardwareValueMatcher createRelative2sComplementValueMatcher(
      AbsoluteHardwareValueMatcher valueMatcher,
      int valueAmountForOneFullRotation);

   HardwareActionMatcher createCCActionMatcher(int channel, int controlNumber, int value);

   HardwareActionMatcher createCCActionMatcher(int channel, int controlNumber);

   HardwareActionMatcher createNoteOnActionMatcher(int channel, int note);

   AbsoluteHardwareValueMatcher createNoteOnVelocityValueMatcher(int channel, int note);

   AbsoluteHardwareValueMatcher createNoteOffVelocityValueMatcher(int channel, int note);

   HardwareActionMatcher createNoteOffActionMatcher(int channel, int note);

   HardwareActionMatcher createActionMatcher(String expression);
}