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2 User Interface
2.1 Communication Protocol

This component is used to configure which communication protocol is being used for data transfer between the Bootloader and the Host application.

1 MCC Melody Bootloader: 8-bit
2 User Interface
- 2.1 Communication Protocol
  
  This component is used to configure which communication protocol is being used for data transfer between the Bootloader and the Host application.
- 2.2 I/O Pins
  
  These components are used to enable the I/O operations that the bootloader implements during execution.
- 2.3 Memory Verification Selector
  
  This component is used to set the verification method used for application verification.
- 2.4 Boot End Address
  
  This component is used to allow 8-bit PIC devices to configure where the bootloader section of Flash stops and the end application space begins.
- 2.5 Software Protection
  
  This component is used to activate a software method for write-protecting the bootloader section of Flash for 8-bit PIC devices.
- 2.6 Erase Type
  
  This component is used to configure the erase size for the bootloader’s erase action.
- 2.7 Optional Commands
  
  This section of the UI is used to initialize optional commands that the bootloader supports but does not require for basic operation.
3 Unified Bootloader Host Application (UBHA)
4 Use Case Examples

This section explains how to configure various bootloaders using MPLAB® X IDE and MCC Melody.
5 Verification Schemes
This section discusses the various methods of application verification provided to the users by the bootloader module.
6 Bootload Communication Protocol: 8-bit
7 References
Microchip Information

2.1 Communication Protocol

This component is used to configure which communication protocol is being used for data transfer between the Bootloader and the Host application.

Description: This component was added into the bootloader UI to give users the ability to select any of the supported protocols for enabling communication between the bootloader code and the host application. Supported protocols will include UART, USART, and EUSART.

Example: There are two main steps to configuring a communication interface for the bootloader. Simply click anywhere in the Communication Protocol box to see a drop down menu with all the options currently available for the bootloader. Select the protocol and attach the specific driver version from that module’s MCC tab. For more information on the setup step for this option, refer to the Use Case Examples section.

The online versions of the documents are provided as a courtesy. Verify all content and data in the device’s PDF documentation found on the device product page.