Here are the classes, structs, unions and interfaces with brief descriptions:

CBehaviour	Parent class for all other behaviours
CBehaviourTable	A container for a block's behaviours
CBreatheLEDs	Behaviour that cycles all LEDs from full to minimum brightness and back at a speed specified as its argument
CButton	Event-driven button class
CButtonClicked	Behaviour that publishes a "ButtonClicked" message to the block's announcment topic of the MQQT broker
CButtonHeld	Behaviour that publishes a "ButtonHeld" message to the block's announcment topic of the MQQT broker
CButtonPressed	Behaviour that publishes a "ButtonPressed" message to the block's announcment topic of the MQQT broker
CButtonReleased	Behaviour that publishes a "ButtonReleased" message to the block's announcment topic of the MQQT broker
CButtonTick	Behaviour that publishes a "ButtonTick" message to the block's announcment topic of the MQQT broker
CkeyValuePair	A structure to hold key:value paired data, similar to a python dictionary
CLightAllLEDs	Behaviour that lights up all the LEDs to a brightness specified as its argument
CLightSomeLEDs	Behaviour that lights up a number of LEDs specified as its argument
CLink	Experimental Behaviour leverages the ability to deliver commands over serial. If a block is connected to another via TX -> RX pins, it can deliver this command and connected block will message the server that they have linked together. If the blocks unlink the behaviour will time out and an unlink message will be sent
CNameDictionary	Storage and functionality for block naming
CPingServer	Experimental Behaviour that will regularly send a short message to the server so that the server knows the block is still online
CPotentiometer	Psuedo-event-driven potentiometer class. Events are split into stable and unstable updates to prevent flooding the mqtt channel with many messages while the slider is being set, while allowing for a local display element (i.e. an led) to give real-time feedback
CPotentiometerUpdated	Behaviour that publishes a "PotentiometerUpdated" message to the block's announcment topic of the MQQT broker
CRotaryEncoder	Event-driven rotary encoder class. Events are split into stable and unstable updates to prevent flooding the mqtt channel with many messages while the slider is being set, while allowing for a local display element (i.e. an led) to give real-time feedback
CRotaryEncoderUpdated	Behaviour that publishes a "RotaryEncoderUpdated" message to the block's announcment topic of the MQQT broker
CSendCapabilities	Behaviour that publishes a series of messages listing all the the block's abilities to the block's announcment topic of the MQQT broker
CServoGoAndReturn	Behaviour that sets a servo to an angle before returning its position back to zero, for a number of cycles specified as its argument
CServoGoTo	Behaviour that sets a servo to an angle specified as its argument
CServoWiggle	Behaviour that wiggles a servo with the sweep angle specified as its argument
CVizBlock	The main VizBlock class