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## Video Building this Example
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## Video Building This Example
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[![Video Building this Example](images/Video-TimerToggleLED-Callbacks.png"Change the values of these settings until the needed Requested Period is between the indicated min., max values.")](https://youtu.be/yPfu0OuIhqY)
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# MCC Melody Timer Toggle LED Example - Callbacks Implementation (PIC18F57Q43)
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The [TIMER Toggle LED example](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.EXAMPLES.RUNNING.TIMER.PIC16F18F.TOGGLE.LED&version=latest&redirect=true
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), of the MCC Melody Timer Example Component, is used in the **Callbacks implementation**. The LED on the PIC18F57Q43 Curiosity Nano is toggled, as well as a Debug I/O, which can be used to verify the 100 ms period.
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), of the MCC Melody Timer Example Component is used in the **Callbacks implementation**. The LED on the PIC18F57Q43 Curiosity Nano is toggled, as well as a Debug I/O, which can be used to verify the 100 ms period.
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## MCC Melody Example Components
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Example Components are a tight integration of learning material directly into MCC. This allows users to conveniently place configuration instructions side-by-side to the components they are configuring. For more information, refer to the [MCC Melody Example Components Introduction](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.EXAMPLES&version=latest&redirect=true).
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Example Components are tightly integrated learning material directly into MCC. This allows users to conveniently place configuration instructions side-by-side with the components they are configuring. For more information, refer to the [MCC Melody Example Components Introduction](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.EXAMPLES&version=latest&redirect=true).
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Complete projects, available in [MPLAB® Discover](https://mplab-discover.microchip.com) or GitHub, are specific to a board and microcontroller. However, the current project could be recreated on a range of supported microcontrollers by following the steps in the example component.
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Complete projects specific to a board and microcontroller are available in [MPLAB® Discover](https://mplab-discover.microchip.com) or GitHub. However, the current project could be recreated on a range of supported microcontrollers by following the steps in the example component.
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To explore what an example component is, as well as the difference between example and implementation, see [MCC Melody Example Components - The Basics](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.EXAMPLES.BASICS&version=latest&redirect=true).
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For more information on example components and differences between example and implementation, see [MCC Melody Example Components - The Basics](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.EXAMPLES.BASICS&version=latest&redirect=true).
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Example Components are related to [MCC Melody Design Patterns for Control Flow](https://onlinedocs.microchip.com/g/GUID-7CE1AEE9-2487-4E7B-B26B-93A577BA154E), which shows different standard ways to organize main.c and other application-level files, such as Polling, Interrupt and Callback, or State Machine Design Patterns. Users mights be familiar with each of these patterns, but...
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Example Components are related to [MCC Melody Design Patterns for Control Flow](https://onlinedocs.microchip.com/g/GUID-7CE1AEE9-2487-4E7B-B26B-93A577BA154E), which shows different standard ways to organize `main.c` and other application-level files, such as Polling, Interrupt and Callback, or State Machine Design Patterns. Users might be familiar with each of these patterns, but:
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- What support does MCC Melody provide for each?
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- What are the recommended ways of building on the MCC Melody generated code?
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## Software Used
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- MPLAB® X IDE 6.20.0 or newer [(MPLAB® X IDE 6.20)](https://www.microchip.com/en-us/development-tools-tools-and-software/mplab-x-ide)
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- MPLAB® XC8 2.46.0 or newer [(MPLAB® XC8 2.46)](https://www.microchip.com/en-us/tools-resources/develop/mplab-xc-compilers/xc8)
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- MCC Plugin Version 5.5.1 or newer (Tools > Plugins > Installed, search: "MCC")
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- MCC Plug-in Version 5.5.1 or newer (Tools > Plugins > Installed, search: "MCC")
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- Timer Example Component 1.0.0 or newer
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- MCC Core 5.7.1 or newer
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- MCC Melody Core 2.7.1 or newer (Communicates with the MCC core, providing views and other functionality for MCC Melody)
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- Curiosity Nano Explorer [(EV58G97A)](https://www.microchip.com/en-us/development-tool/EV58G97A) - Not used in this example, but used futher in the series.
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- Curiosity Nano Explorer [(EV58G97A)](https://www.microchip.com/en-us/development-tool/EV58G97A) - Not used in this example, but used further in the series.
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## Setup
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All instructions required to recreate this example are listed below, under Configuration Instructions.
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All instructions required to recreate this example are listed below under Configuration Instructions.
Once you have loaded the project in MPLAB X IDE, you will also be able to find more information from Tooltips and links next to the instructions
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[![Tooltip and link](images/info-circle-fill.png"Change the values of these settings until the needed Requested Period is between the indicated min., max values.")](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.CONFIGHELP.TIMER.PERIOD&version=latest&redirect=true).
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[![Tooltip and link](images/info-circle-fill.png"Change the values of these settings until the needed Requested Period is between the indicated min., max values.")](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.CONFIGHELP.TIMER.PERIOD&version=latest&redirect=true).
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## Operation
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The image below shows the [TIMER Toggle LED example](https://onlinedocs.microchip.com/v2/keyword-lookup?keyword=MCC.MELODY.EXAMPLES.RUNNING.TIMER.PIC16F18F.TOGGLE.LED&version=latest&redirect=true
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) running. The period of 100 ms is verified using Debug GPIO on the MPLAB Data Visualizer. A PIC18F57Q43 Curiosity Nano is used.
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) running. The period of 100 ms is verified using Debug GPIO on the MPLAB® Data Visualizer. A PIC18F57Q43 Curiosity Nano is used.
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**Note:** Achieve the same functionality by adding the Timer Example component to a new or existing MCC Melody project, for one of the supported microcontrollers.
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1) Click the  icon to open the MPLAB Data Visualizer.
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2) Under Debug GPIO, click the ![Add to time plot icon](images/Icon-DataVisualizer_TimePlot.png"Display as raw data on time plot.") icon, to add to the time plot.
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3) Click the  icon, a few times, to zoom in on the Time Plot.
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4) Click the  icon, a couple of times, to add two vertical cursors. Change the cursor positions by dragging them using the mouse, to measure the timer period.
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3) Click the  icon a few times to zoom in on the Time Plot.
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4) Click the  icon, a couple of times, to add two vertical cursors. Change the cursor positions by dragging them using the mouse to measure the timer period.
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