Explorer Application

The AFBR-S50 Explorer Application featuring the SCI interface. More...

Collaboration diagram for Explorer Application:

Topics
	Platform
	Platform Dependent Code.
	AFBR-S50 SCI API
	AFBR-S50 Explorer Application - Serial Commands.
	AFBR-S50 Explorer - Explorer calibration functions
	AFBR-S50 Explorer - Explorer calibration functions.
	AFBR-S50 Explorer - Explorer configuration functions
	AFBR-S50 Explorer - Explorer configuration functions.
	AFBR-S50 Explorer - Explorer Device functions
	AFBR-S50 Explorer - Explorer Device functions.
	AFBR-S50 Explorer Application - Util functions
	AFBR-S50 Explorer Application - Util functions.
	AFBR-S50 Explorer Application - Config
	AFBR-S50 Explorer Application - Config.
	Explorer Macro Operations
	Explorer Application Macro helper operations.
	Data Types for the AFBR-S50 Explorer Demo Application
	AFBR-S50 Explorer Application - Data Types.
	Explorer Version
	Explorer Application Code Version.
	AFBR-S50 Explorer Application
	AFBR-S50 Explorer Application.
	AFBR-S50 Explorer Application - Tasks
	AFBR-S50 Explorer Application - Tasks.
	SCI: Systems Communication Interface
	Systems Communication Interface.
	Task Scheduler
	A simple cooperative task scheduler with prioritized tasks.

Macros
#define	SET_BIT_U32(word, bit)
#define	CLR_BIT_U32(word, bit)
#define	IS_BIT_U32(word, bit)

Detailed Description

The AFBR-S50 Explorer Application featuring the SCI interface.

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See also Explorer App section for more details.

The Explorer Application is a full featured implementation of the API that is used in the AFBR-S50 Evaluation Kits. The Explorer Application implements a sophisticated serial communication interface that publishes the full AFBR-S50 API via USB or UART interfaces. The AFBR-S50 Explorer GUI** that runs on a Windows machines connects to the Explorer Application**.

The Explorer App features the following modules:

• A generic and simple task scheduler.
• The corresponding task definitions of the application called state machine.
• A serial protocol to communicate with the desktop application via a serial connection.
• ...

Macro Definition Documentation

CLR_BIT_U32

#define CLR_BIT_U32	(		word,
			bit )

Value:

((word) &= (uint32_t)(~(bit)))

IS_BIT_U32

#define IS_BIT_U32	(		word,
			bit )

Value:

((word) & (uint32_t)(bit))

SET_BIT_U32

#define SET_BIT_U32	(		word,
			bit )

Value:

((word) |= (uint32_t)(bit))