Hola a todos/as aqui dejo algo de informacion sobre la configuracion del archivo .def, haber si entre todos sacamos esto para delante, ya que parece que quien nos puede pasar la informacion no esta por la labor.

Release
-------

A single entry made for release information used for j**** to identify version changes.

Release 1,0,0

Signifies release 1.0.0.


Microprocessor JTAG Identification Codes
----------------------------------------

The ID Codes are used to identify the associated processor. The following shows the definition for the STi5500.

Micro, 1, 1, "STi5500", 0xd4c9041, 0xfffffff

Where:

Micro - indicates the line contains microprocessor ID information
1 - is an index number used for cross referencing
1 - JTAG device
1 - for JTAG and STiXX00 (STi based micro)
2 - for EJTAG and LSI SC2000
"STi5500" - name of microprocessor
0xd4c9041 - JTAG Identifier
0xfffffff - JTAG ID mask

NOTE - valid identifications must be made prior to specifying that in the IRD definitions below.


IRD Defintions
--------------

IRD Definitions indicate how j**** should identify the device and various default settings. For each IRD there are a fixed set of parameters. If one is missing, then an error will occur. Each of the parameters are comma seperated and must be on a single line The following is the definition for the 2700.

IRD, 1, "2700", 1, 1, 1, 1, 2, 2, 0x7FFFFFC0, 0x7FFFFFC4, 0x7FFFFFA0, 0x7FFFFFA8, 0x7FFEFFC4, 0x7FFEFFC7, "10G", 1, 1

Where:

IRD - indicates the line is an IRD definition
1 - is an index number used for referencing other components (ie flash chips), must be unique, sequential numbering
"2700" - name of IRD, used to represent in various fields
1 - micro definition cross reference (see above)
1 - JTAG IO connections
1 - x7/8/9xx series IRDs, has BS1 and IRD Reset (also used for generic)
2 - 3100/301 IRD (LSi microprocessor)
3 - 5100/501 IRD, has BS1 and IRD Reset
4 - 6000 IRD
1 - IRD manufacturer
1 - for E* mfg
2 - for Dir3ctTV
1 - JTAG device
1 - for JTAG and STiXX00 (STi based micro)
2 - for EJTAG and LSI SC2000
2 - Data width in bytes (typically 2, being 16 bits)
2 - Data delta in bytes
0x7FFFFFC0 - Absolute memory address of IRD number
0x7FFFFFC4 - Absolute memory address of Box ****
0x7FFFFFA0 - Absolute memory address of Boot Strap
0x7FFFFFA8 - Absolute memory address of Build Config
0x7FFEFFC4 - Absolute memory address of Model ID
0x7FFEFFC7 - Absolute memory address of Software Version
"10G" - Model ID (assists in identifying IRD)
1 - EEPROM Type
0 - None
1 - 24LC16
2 - 24C32
3 - 24C64
4 - 24C65
5 - 24C128
1 - EEPROM Interface to microprocessor
0 - None
1 - STI micros using Pio1:7,2,0 for Enable, SCL, SDA
2 - STi micros using Pio2:6, Pio3:2,0 for Enable, SCL, SDA
3 - LSI based DP301
4 - STI micros using Pio1:2,0 for SCL, SDA


IRD Flash Defintions
--------------------

IRD Flash definitions provide j**** with the default flash chip(s) for a previously defined IRD. There can be multiple flash chips per IRD definition. The following is a flash definition for the above defined 2700:

IRDFlash, 1, "Flash 1(29F400)", 0x2223, 0x7FF80000, 0x80000, 2, 2, 0

Where:

IRDFlash - Indicates the line is an IRD definition
1 - References the IRD definition, in this case the 2700 defined above (must be previously defined)
"Flash 1(29F400)" - Name of the flash
0x2223 - Flash ID
0x7FF80000 - Absolute memory starting address
0x80000 - Size in bytes
2 - Data Width of flash in bytes
2 - Data Delta of flash in bytes
0 - Data Offset of flash in bytes


Flash Definitions
-----------------

Flash definitions identify the Flash ID and associated programming algorythms and memory structure. The following is the definition used for a 29F400BT

Flash, 1, "29F400BT", 0x2223, 0x80000, 1, 1, 0, 1, 11, 1

Where:

Flash - Indicates the line is a Flash definition
1 - Index number used for referencing other parameters of this flash (ie sector definitions), must be unique, sequential numbering
"29F400BT" - Name used to represent the flash
0x2223 - Flash ID
0x80000 - Flash size in bytes
1 - 8 bit data width possible, 1 - TRUE, 0 - FALSE
1 - 16 bit data width possible, 1 - TRUE, 0 - FALSE
0 - 32 bit data width possible, 1 - TRUE, 0 - FALSE
1 - Flash algorythms
1 - those commonly used by 29x flash
2 - those commonly used by 28x flash
11 - number of sectors
1 - Whole flash erasable (as opposed to sector by sector only), 1 - TRUE, 0 - FALSE

Flash Sector Definitions
------------------------

Flash sector definitions provide the sector organization of a previously defined flash. The following sector definitions are for a 29F400BT.

Sector, 1, 8, 0x00000, 0x10000
Sector, 1, 1, 0x70000, 0x8000
Sector, 1, 1, 0x78000, 0x2000
Sector, 1, 1, 0x7A000, 0x2000
Sector, 1, 1, 0x7C000, 0x4000

For the first definition, the following parameters are:

Sector - Indicates the line is a Sector definition
1 - References the Flash definition, in this case the 29F400BT above
8 - The number of sectors
0x00000 - The offset of the sector or beginning offset for multiple sectors
0x10000 - Sector size (if multiple all will be the same size)

NOTE - sector definitions must be in order of increasing memory offset and the number of sectors and total size must match that of the referenced flash definition.

Flash Manufacturer Code Definitions
-----------------------------------

Flash manufacturer codes are defined to enable j**** to identify then and then display the name to the user. The following is the flash manufacturer code defintion for AMD.

FlashMfg, 0x01, "AMD"

Where:

FlashMfg - Indicates the line is a Flash Manufacturer Code definition
0x01 - Is the corresponding code read from the flash to identify this manufacturer
"AMD" - Name of the manufacturer