* Return a pointer to the singleton instance of the ButtonConfig * which is attached to all AceButton instances by default. */

* Initialize to its pristine state. This method is needed because AUnit * does not create a new instance of the Test class for each test case, so

* Initialize to its pristine state. This method is needed because AUnit * does not create a new instance of the Test class for each test case, so

Reinitilize to its pristine state. */

Reinitilize to its pristine state. */

* Initialize to its pristine state. This method is needed because AUnit * does not create a new instance of the Test class for each test case, so

Reinitilize to its pristine state. */

* Read the button state directly using ButtonConfig and return true if the * button is in the Pressed state. This method is intended to be used i

* Returns true if the given buttonState represents a 'Released' state for * the button. Returns false if the buttonState is 'Pressed' or * k

* Simulate a press of the button and run the button.check() processing. The * defaultReleasedState is determined by whether the button has a pull

* Simulate a press of the button and run the button.check() processing. The * defaultReleasedState is determined by whether the button has a pull

* Simulate a press of the button and run the button.check() processing. The * defaultReleasedState is determined by whether the button has a pull

* Return state of the encoded 'pin' number, corresponding to the pull-down * states of the actual pins. LOW means that the corresponding encoded

* Return the HIGH or LOW state of the button. Override to use something * other than digitalRead(). The return type is 'int' instead of uint16_t

* Return state of the encoded 'pin' number, corresponding to the pull-down * states of the actual pins. LOW means that the corresponding encoded

* Simulate a release of the button and run the button.check() processing. */

* Simulate a release of the button and run the button.check() processing. */

* Simulate a release of the button and run the button.check() processing. */

* Disable all (externally visible) features. Useful when the ButtonConfig * is reused in different configurations. Also useful for testing. Inter

Set the state of the fake physical button. */

Set the clickDelay milliseconds */

Set the time of the fake clock. */

Set the time of the fake clock. */

Set the debounceDelay milliseconds */

Set the doubleClickDelay milliseconds */

* Convenience method to set the event handler. Event handlers are stored in * the ButtonConfig object, not in the AceButton object, to save

* Install the EventHandler function pointer. The event handler must be * defined for the AceButton to be useful. */

Enable the given features. */

Set the heartBeatInterval milliseconds */

* Install the IEventHandler object pointer. The event handler must be * defined for the AceButton to be useful. */

Set the identifier of the button. */

Set the longPressDelay milliseconds */

Set the pin number of the button. */

Set the repeatPressDelay milliseconds */

Set the repeatPressInterval milliseconds */

Set the virtual pin number. 0 means "no button pressed". */

* If the ButtonConfig is created and deleted on the heap, a virtual * destructor is technically required by the C++ language to prevent