QDK PIC24/dsPIC-XC16 - Quantum Leaps
QDK PIC24/dsPIC-XC16 - Quantum Leaps
QDK PIC24/dsPIC-XC16 - Quantum Leaps
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<strong>QDK</strong><br />
<strong>PIC24</strong>/<strong>dsPIC</strong>-<strong>XC16</strong><br />
www.state-machine.com/pic<br />
2.2 Building and Running the Examples<br />
The examples included in this <strong>QDK</strong> are based on the standard DPP application implemented with active<br />
objects (see <strong>Quantum</strong> <strong>Leaps</strong> Application Note: “Dining Philosophers Problem Application” [QL AN-DPP<br />
08] included in this <strong>QDK</strong>). The example directory contains the MPLABX workspaces and project file that<br />
you can load into the MPLABX IDE, as shown in Figure 5.<br />
Figure 5: The MPLABX IDE with the DPP example<br />
Active build<br />
configuration<br />
Build<br />
tool<br />
Debug<br />
tool<br />
2.2.1 Building the Example Projects in the MPLABX IDE<br />
1. Connect the USB cable between the Microstick II board and the PC.<br />
2. Launch the MPLABX IDE and open the project (menu File | Open Project...) located in \-<br />
examples\pic24_dspic\vanilla\xc16\dpp-qk-microstick2-pic24.X\). Figure 5 shows the<br />
screen shot of the MPLABX IDE after opening the project.<br />
3. Select the build configuration from the combo box next to the hammer tool (Figure 5)<br />
4. Build the project by clicking on the hammer tool.<br />
2.2.2 Programming the Example to Run under the MPLAB Debugger<br />
After a successful build, you can load the program to the target device by pressing the Debug button,<br />
which is shown in Figure 5.<br />
Copyright © <strong>Quantum</strong> <strong>Leaps</strong>, LLC. All Rights Reserved.<br />
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