flash_8818_2_32.dat

Jflash,可以通过Jflashmm文件

/* Flash_8806_2_32.dat
   Called from Jflash with Device ID = 0x8806
***************************************************************************** 
    This is a flash data file required by JFlash. This file contains memory 
    map information and other particulars required to program the device. 
    This data file is a text file with specific format requirements.

    The filename is constructed by the JFlash engine by the following 
    algorithm. This is so that the JFlash engine does not have to be 
    updated with new flash information. If the file was not found, then
    the flash is either not supported or not released to the customer.

    The algorithm is:

    Flash_ + numeric ID + number of devices in parallel + bus width +.dat


    Comment blocks can be defined using the old-style C comment blocks. 
    The difference is that the delimiter characters must have whitespace 
    on both sides. 

    Data may be string data, or numeric. String data is only allowed 
    at specific positions within this file. Numeric data can be decimal, 
    hexadecimal, or octal. 
    Decimal data is assumed, and HEX data may be denoted by a 
    preceding 'X' character.

    Valid HEX data:
        xA0000000
        XA4090000
        Xff

    Valid OCTAL data:
        o765
        O123545

***************************************************************************** 
*/
    28F128K18   /* Designation for this memory type */
    1.0         /* Version number of this data file */
    VLF0000001  /* Version lock code for compatibility to JTAG engine */
/*
***************************************************************************** 
*/
    5       /* Max Erase Time in seconds */
    16      /* Max Write Buffer */
/*
***************************************************************************** 
The flash blocks may be of different sizes throughout the flash device or 
may be all one size. The description of the flash for our purposes must 
identify where the erase and program regions are in the device. The simplest 
method would be to limit the description to allow up to 10 unique regions of 
similiar characteristics. In most cases, 10 regions will be too many, and 
these extra definition locations can be stubbed out by setting the region 
identifier as disabled. Regions are expected to be described in order so that
the start address of the first region and the end address of the last region 
can be used to compute the total memory size.

NOTE: The block size below is the number of 16-bit items in one flash device.   

***************************************************************************** 
*/
/* 
   reg # | enabled  |# of   | Block  | Start    | End      |
         | or       |erase  | size   | Addr of  | Addr of  |
         | disabled |blocks |        | region   | region   |
*/
/*	0 */   enabled   128     X10000	  X00000000  X01FFFFFF
/*	1 */   disabled	 0       X0       X0         X0
/*	2 */   disabled	 0       X0       X0         X0
/*	3 */   disabled	 0       X0       X0         X0
/*	4 */   disabled	 0       X0       X0         X0
/*	5 */   disabled	 0       X0       X0         X0
/*	6 */   disabled	 0       X0       X0         X0
/*	7 */   disabled	 0       X0       X0         X0
/*	8 */   disabled	 0       X0       X0         X0
/*	9 */   disabled	 0       X0       X0         X0

/*
*********************************************************
Alignment checkpoint - do not edit this value
*********************************************************
*/
	1111

/* End of data */