3.3.3 Trust Zone Project Setup

Create MPLAB Harmany Project with below device and DFP version

Device: PIC32CM5164LS00100
XC32 Compiler: v4.10
DFP: PIC32CM-LS_DFP (v1.1.162)
1.1 Create new 32-bit MCC Harmony Project as shown below

1.2 Select the Framework Path (Framework path must match SDK setup document)and select Next

1.3 Select Project Folder and select Next

1.4 Select the device "PIC32CM5164LS00100" for standalone project using the PIC32CM-LS device family in the "Target Device" and click Finish

1.5 MPLABx Code Configurator will be launched automatically. Then Select "MPLAB Harmony" and Click Next for the Harmony Framework Path.

1.6 Select "Finish"

1.7 Project Graph window of the Configurator may have predefined components

Right click on the project properties and verify the selected configuration

After creating the project as shown in the above step go to device resource and verify RNBD was under Wireless component

Click on Plus icon under RNBD to add it under the Project Resource

Project Graph and RNBD Module Configuration

User can Select RNBD under the Select Module Type Drop Down either of the one as shown below

Selecting Example Application

Expand the Drop down under Select Example Application option and choose any one as mentioned in the below
- Basic Data Exchange
- Transparent UART Application

4.1 Basic Data Exchange:

Basic Data Exchange uses only ONE SERCOM for the Data Transmission

4.2 Transparent UART
- Transparent UART Application uses TWO SERCOM as a Dependency for the Data Transmission
  
  SERCOM3 Pin Setting is same as mentioned under Basic Data Exchange above.

PIN Settings for Example Application:

Basic Data Exchange Pin Settings
Transparent UART Pin Settings

Enabling RNBD Secure and Non Secure for Trust Zone Devices

Click the below check box to Enable and Disable RNBD secure

Table for Secure and Non-Secure Configuration

Table 3-9.
S.no	RNBD Secure (Check Box in the UI)	Dependency(SERCOM)	Pins
1	Non Secure	Non Secure	Non Secure
2	Non Secure	Secure	Non Secure
3	Secure	Secure	Secure

Note: If RNBD Secure (Check Box in the UI) is marked to secure then BT_RST pin settings should be Secured and if RNBD Secure (Check Box in the UI) is marked to Non-secure then BT_RST pin settings should be Non-Secure

Case1: (RNBD: Non-Secure, Dependency: Non-Secure, BT_RST Pin: Non-Secure)
- RNBD Secure (Check Box in the UI) –> Unchecked (Non-Secure) as shown below
- Dependency –> Non-Secure
  - Goto –> Project Graph –> expand the plugins drop down –> and select Arm TRUSTZONE for Armv8-M
  - Select Peripheral Configuration as shown below
  - NOTE: Set SERCOM2 from secure to Non-Secure as shown below (Applicable for Transparent UART if TWO SERCOM was used)
- Pin Settings –> Non-Secure
  - Goto –> Project Graph –> expand the plugins drop down –> and select Pin Configuration as shown below
  - Set BT_RST pin to Non-Secure under PIN Security Mode as shown below
- Project Structure:
  Click Generate Button under Project Resource for Code Generation to the selected configuration
- Adding example application to main.c
  - Once after Generation is complete include the headers for RNBD as shown below
    - if Select Module Type is selectedn is for RNBD: #include "examples/rnbd_example.h"
      
      Call the function RNBD_Example_Initialized(); in main() after SYS_Initialize ( NULL );
- Program to the Development Board
  
  This is the End of Case1 project kindly refer RNBD Example1: Running Basic Data Exchange Example Application and RNBD Example 2: Running Transparent UART Example Applicaiton Running Example Application
- Build the Generated Project:
Case 2: (RNBD: Non-Secure, Dependency: Secure, BT_RST Pin: Non-Secure)
- RNBD Secure (Check Box in the UI) –> Unchecked (Non-Secure) as shown below
- Dependency –> Secure
  - Goto –> Project Graph –> expand the plugins drop down –> and select Arm TRUSTZONE for Armv8-M
  - Select Peripheral Configuration as shown below
  - NOTE: Set SERCOM2 from secure to Non-Secure as shown below (Applicable for Transparent UART if TWO SERCOM was used)
- Pin Settings –> Non-Secure
  - Goto –> Project Graph –> expand the plugins drop down –> and select Pin Configuration as shown below
  - Set BT_RST pin to Non-Secure under PIN Security Mode as shown below
- Project Folder Structure:
  Click Generate Button under Project Resource for Code Generation to the selected configuration
- Adding example application to main.c
  - Once after Generation is complete include the headers for RNBD or RN487x as shown below
    if Select Module Type is selected for RNBD: #include "examples/rnbd_example.h"
    
    Call the function RNBD_Example_Initialized(); in main() after SYS_Initialize ( NULL );
- Build the Generated Project:
- Program to the Development Board
  
  This is the End of Case2 project kindly refer RNBD Example1: Running Basic Data Exchange Example Application and RNBD Example 2: Running Transparent UART Example Applicaiton Running Example Application
Case 3: (RNBD: Secure, Dependency: Secure, BT_RST Pin: Secure)
1. Scenario 1:
  - RNBD Secure (Check Box in the UI) –> Enable Check (Secure)
    
    Note: Generate RNBD Non Secure Entry check box Disabled (Unchecked) as shown below
  - Dependency –> Secure
    Goto –> Project Graph –> expand the plugins drop down –> and select Arm TRUSTZONE for Armv8-M
    
    Select Peripheral Configuration as shown below
    
    NOTE: Set SERCOM2 from secure to Non-Secure as shown below (Applicable for Transparent UART if TWO SERCOM was used)
  - Pin Settings –> Secure
    Goto –> Project Graph –> expand the plugins drop down –> and select Pin Configuration as shown below
    
    Set BT_RST pin to Non-Secure under PIN Security Mode as shown below
  - Project Folder Structure:
    Click Generate Button under Project Resource for Code Generation to the selected configuration
  - Adding example application to main.c
    Once after Generation is complete include the headers for RNBD or RN487x as shown below
    if Select Module Type is selected for RNBD: #include "examples/rnbd_example.h"
    
    Call the function RNBD_Example_Initialized(); in main() after SYS_Initialize ( NULL );
  - Build the Generated Project:
  - Program to the Development Board
  This is the End of Case3 –> Scenario 1 project kindly refer RNBD Example1: Running Basic Data Exchange Example Application and RNBD Example 2: Running Transparent UART Example Applicaiton Running Example Application
2. Scenario 2:
  - RNBD Secure (Check Box in the UI) –> Enable Check (Secure)
    
    Note: Generate RNBD Non Secure Entry check box Enabled (checked) as shown below
  - Dependency –> Secure
    
    Goto –> Project Graph –> expand the plugins drop down –> and select Arm TRUSTZONE for Armv8-M
    
    Select Peripheral Configuration as shown below
    
    NOTE: Set SERCOM2 from secure to Non-Secure as shown below (Applicable for Transparent UART if TWO SERCOM was used)
  - Pin Settings –> Secure
    
    Goto –> Project Graph –> expand the plugins drop down –> and select Pin Configuration as shown below
    
    Set BT_RST pin to Non-Secure under PIN Security Mode as shown below
  - Project Folder Structure:
    Click Generate Button under Project Resource for Code Generation to the selected configuration
    
    Verify the RNBD Non-Secure Entry code Generation as shown below
  - Adding example application to main.c
    
    Once after Generation is complete include the headers for RNBD or RN487x as shown below
    if Select Module Type is selected for RNBD: #include "examples/rnbd_example.h"
    
    Call the function RNBD_Example_Initialized(); in main() after SYS_Initialize ( NULL );
  - Build the Generated Project:
  - Program to the Development Board
    
    This is the End of Case3 –> Scenario 2 project kindly refer RNBD Example1: Running Basic Data Exchange Example Application and RNBD Example 2: Running Transparent UART Example Applicaiton Running Example Application

RNBD451

3.3.3 Trust Zone Project Setup