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5 Example Components and User Patterns for MCC Melody Configuration
This section introduces Example Components and introduces important foundational examples for configuring MCC Melody components.

MCC Melody Design Patterns Introduction
Different ways to organize main.c and other application-level files.
MCC Melody API
The characteristics of MCC Melody API, including Blocking vs. Non-blocking, ISRs, Callbacks and Task routines.
1 MCC Melody Polling Design Pattern
This sequential form of control flow, waits for each task to be complete, before moving onto the next. Polled or blocking control flow involves continuously checking a for tasks to complete and waiting (blocking) until a specific condition is met.
2 Interrupt and Callback Design Pattern
A structured and flexible approach to manage events without continuous CPU involvement is facilitated by interrupts immediately diverting processor attention to urgent tasks. Callbacks define specific actions to be executed in response.
3 State Machine Design Pattern
Each application task is given its own control loop, consisting of a series of states. Transitions between these states are based on internal or external events, providing a clear, organized structure to handle foreseeable application logic.
4 Low-Power Design Pattern
Low-power consumption may be an important application requirement. Here, we recommend an interrupt/callback or state machine-based design pattern.
5 Example Components and User Patterns for MCC Melody Configuration
This section introduces Example Components and introduces important foundational examples for configuring MCC Melody components.
- 5.1 MCC Melody Example Components
  Let’s explore what an example component is, as well as the difference between example and implementation.
- 5.2 MCC Melody Example Components: Running the Examples
Microchip Information

5 Example Components and User Patterns for MCC Melody Configuration

This section introduces Example Components and introduces important foundational examples for configuring MCC Melody components.