When the components are added using configurators, the dependent modules will be auto-activated. Note: It is recommended to add the TCP/IP components using these configurators.
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The TCP/IP components are categorized into 5 different groups and a configurator is available for each group.
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Go to Available Components -> Libraries -> TCPIP The TCP/IP components can be added from the Available Components. The next step would be to configure the components based on the application needs. Below example shows the BSP for SAME70 Xplained Ultra board.Īfter adding BSP, the Project Graph will look as below:īasic components needed for creating a project will be available in project graph by default. Go to Available Components -> Board Support Packages (BSPs) and double click on the Board support package for the target board. The default standalone Harmony configurator will be as shown below.ĭepending upon the application needs, the necessary components can be added from the Available Components. MHC can be launched from Tools -> Embedded -> MPLAB® Harmony 3 Configurator. If the above dialog window doesn't appear then MHC can be launched by selecting MPLAB® Harmony 3 Configurator under Tools -> Embedded. "Native" opens MHC as a window within MPLAB® X IDE.Ĭlick Launch in Configuration Database Setup dialog, to open MPLAB® Harmony Configurator plugin. "Standalone" opens the MHC in a separate window. The user can select "Standalone" or "Native" depending upon the preference. PIC32MZ Embedded Graphics with Stacked DRAM (DA) Starter Kit (Crypto)įirst time when you create a Harmony 3 project, "Window Manager Selection Dialog" appears. PIC32MZ Embedded Connectivity with FPU (EF) Starter Kit Target Device: Following table shows the target device part number used on few of the demo hardware boards supported by TCP/IP demos.In the Configuration Settings dialog window, fill in or select the information needed as follows: Path: Selecting the above fields auto populates the Path.Location: First, create a "tcpip_client_getting_started" folder in the location of your choice (for example, create the application project inside the 'h3\net\apps' folder).In the Project Setting dialog window, fill in or select the information needed as follows: In the Framework Path, enter the path of the folder to which the MPLAB Harmony 3 packages are downloaded. It has to be installed before continuing with the next steps. Note: The MPLAB® Harmony 3 Project will not be displayed if the MPLAB® Harmony 3 Configurator plug-in is not installed. In the New Project window select 32-Bit MPLAB® Harmony 3 Project and click Next Refer to the following section in the Harmony 3 TCP/IP help document for the general board settings needed for running the TCP/IP applications.įollow the steps to create a basic Harmony project.Ĭreate a New Project by clicking the New Project icon or by selecting File > New Project. Hardware settings are board dependent and may vary between boards. The instructions in this guide are applicable to any of these developement boards. PIC32MZ Embedded Graphics with Stacked DRAM (DA) Starter Kit.PIC32MZ Embedded Connectivity with FPU (EF) Starter Kit.The following hardware development boards are currently supported by Harmony 3 TCP/IP applications. MPLAB® ICD4 + ICD4/PICKIT 4 Target Adapter Board using JTAG interface.
![creating harmonies with revoice 3 creating harmonies with revoice 3](https://d29rinwu2hi5i3.cloudfront.net/article_media/0cf2dfaf-f25a-4adb-b6bb-2a289041b205/04_fig_4_harmonies.jpg)
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The following tools can be used to program and debug the application on the target hardware. To create the H3 TCP/IP application, ensure to install/download versions of dependent modules mentioned in the software-dependencies of net release notes.
CREATING HARMONIES WITH REVOICE 3 HOW TO
This tutorial demonstrates how to create a MPLAB® Harmony 3 TCP/IP application project. Create your first TCP/IP Application Overview