Project Name: chained_DMA

Project Type:
	ADSP-BF533 [ ]
	ADSP-BF537 [X]
	ADSP-BF561 [ ]
	
Hardware Used:
	EZ-Kit LEDs
	
System Services Components Used:
	DMA Manager                         [X]   Deferred Callback Manager   [X]
	Interrupt Manager                   [X]   Timer Module                [ ]
	Power Management Module             [ ]   Flag Module                 [ ]
	External Bus Interface Unit Module  [ ]   Port Module                 [ ]
	
Example Overview:
	This example performs a 1-dimensional DMA operation from memory to memory
	(without using the memory-to-memory system services API).  This differs from
	normal peripheral DMA operations because memory DMA operations require 2 channels
	(one to get the	source memory and one to place into the destination memory).

	Memory is copied from one location in SDRAM to another SDRAM location using a chain
	of buffer descriptors.  Chaining buffers this way is a common method of doing DMA.

	When the DMA completes successfully, the LEDs will cycle a few times and then the
	program will terminate.
	
	If there is an error anywhere, all the LEDs will light up.

	You can adjust the number of BUFFERS, the number of ELEMENTS in each buffer, and
	the number of BYTES_PER_ELEMENT below.  Keep in mind that you can easily go beyond
	the amount of SDRAM memory in the EZ-Kit.

File  Structure:

	"./chained_DMA.dpj"  -  Main project file
	"./chained_DMA.c" -  Main source file (common)
	"./ezkitutilities.c"  - EZ-Kit utilities source file for Blackfin processors
	"./ezkitutilities.h"  - EZ-Kit utilities include file for Blackfin processors	


System Configuration:
	Defaults

	External connections: None


Getting Started:

	1)  Load Project file "chained_DMA.dpj"
	2)  Build Project by selecting "Project->Rebuild Project"
	3)  Select "Debug->Run" 
	4)  Observe EZ-Kit LEDs as described above
	5)  When finished, select "Debug->Halt" to stop the program.