/*----------------------------------------------------------------------------
 *      R T L  -  F l a s h   F i l e   S y s t e m
 *----------------------------------------------------------------------------
 *      Name:    FILE_CONFIG.C
 *      Purpose: Configuration of RTL FlashFS by user
 *      Rev.:    V3.05 / 22-mar-2007
 *----------------------------------------------------------------------------
 *      This code is part of the RealView Run-Time Library.
 *      Copyright (c) 2004-2007 KEIL - An ARM Company. All rights reserved. 
 *---------------------------------------------------------------------------*/

#include <stdio.h>
#include <File_Config.h>

/*----------------------------------------------------------------------------
 *      User configuration part
 *---------------------------------------------------------------------------*/

//-------- <<< Use Configuration Wizard in Context Menu >>> -----------------
//
// <e>Flash Drive
// ==============
// <i> Enable support Embedded Flash Drive [F:]
#define FL_DEV      0

//   <o>Target device Base address <0x0-0xFFFFF000:0x1000>
//   <i> Define the target device Base address.
//   <i> Default: 0x80000000
#define FL_BADR     0x80000000

//   <o>Device Size in bytes <0x10000-0xFFFFF000:0x8000>
//   <i> Define the size of Flash device
//   <i> Default: 0x100000 (1MB)
#define FL_SIZE     0x0200000

//   <o>CPU Clock Frequency [Hz]<0-100000000>
//   <i> Define the CPU Clock frequency used for
//   <i> flash programming and erasing
#define CPU_CLK     60000000

//   <o>Initial Content of Erased Memory <0=> 0x00 <0xFF=> 0xFF
//   <i> Define the initial value for erased Flash data
//   <i> Default: 0xFF
#define FL_INITV    0xFF

//   <s.80>Device Description file
//   <i> Specify a file name with a relative path
//   <i> Default: FS_FlashDev.h
#define FL_HFILE    "Flash\FS_FlashDev.h"

// </e>
// <e>RAM Drive
// ============
// <i> Enable support for Embedded RAM Drive  [R:]
#define RAM_DEV     0

//   <o>Target device Base address <0x0-0xFFFFF000:0x1000>
//   <i> Define the target device Base address.
//   <i> Default: 0x81000000
#define RAM_BADR    0x81000000

//   <o>Device Size in bytes <0x4000-0xFFFFF000:0x4000>
//   <i> Define the size of RAM device
//   <i> Default: 0x40000
#define RAM_SIZE    0x040000

//   <o>Number of Sectors   <8=> 8  <16=> 16  <32=> 32 <64=> 64 <128=> 128
//   <i> Define number of virtual sectors for RAM device
//   <i> Default: 32
#define RAM_NSECT   8

// </e>
// <e>Memory Card Drive
// ====================
// <i> Enable support for Memory Card Drive  [M:]
#define MC_DEV      1

// </e>
//   <o>Default Drive  <1=> Flash  <2=> RAM  <3=> Memory Card
//   <i> This drive is used when a Drive letter is not provided
#define DEF_DRIVE   3

//------------- <<< end of configuration section >>> -----------------------

#if FL_DEV == 0 && RAM_DEV == 0 && MC_DEV == 0 
  #error All Drives disabled
#endif

/* Memory resources allocated by the Flash File System */

struct iob _iob[FOPEN_MAX];

/* Exported Defines to other modules */

U16 const _NFILE        = FOPEN_MAX;
U16 const _BUFSIZ       = BUFSIZ;
U16 const _DEF_DRIVE    = DEF_DRIVE;
/* This info is used by uVision ARTXARM.DLL dialog */
U16 const _FILE_info    = sizeof (IOB);

/*----------------------------------------------------------------------------
 *      Flash Device configuration part
 *---------------------------------------------------------------------------*/

#if FL_DEV == 1
 #define DFB(size,badr)   { (U32)badr+FL_BADR, ((U32)(badr+size)-4)+FL_BADR }
 #include FL_HFILE

 /* Flash Device Configuration Table */
 struct DevConf const FlashDev [FL_NSECT] =  { FLASH_DEVICE };
 U16 const _FlashNumSect = FL_NSECT;
 U32 const _BlockFREE    = (U32)FL_INITV<<24 | FL_INITV<<16 | FL_INITV<<8 | FL_INITV;
 U32 const _BASE_ADR     = FL_BADR;
 U32 const _CPU_CLK      = CPU_CLK;
#else
 DEVCONF const FlashDev [1] = {0,0};
 U16 const _FlashNumSect = 0;
 U32 const _BlockFREE    = 0x00000000;
 U32 const _BASE_ADR     = FL_BADR;
 U32 const _CPU_CLK      = CPU_CLK;
#endif

/*----------------------------------------------------------------------------
 *      RAM Device configuration part
 *---------------------------------------------------------------------------*/

#if RAM_DEV == 1
 #define RBS        ((RAM_SIZE / RAM_NSECT) & ~3)
 #define DRB(idx)   {(U32)RBS*idx+RAM_BADR, ((U32)(RBS*(idx+1))-4)+RAM_BADR}

 /* Ram Device Configuration Table */
 struct DevConf const RamDev [RAM_NSECT] =  {
   DRB(0),  DRB(1),  DRB(2),  DRB(3),  DRB(4),  DRB(5),  DRB(6),  DRB(7),
  #if RAM_NSECT > 8
   DRB(8),  DRB(9),  DRB(10), DRB(11), DRB(12), DRB(13), DRB(14), DRB(15),
  #endif
  #if RAM_NSECT > 16
   DRB(16), DRB(17), DRB(18), DRB(19), DRB(20), DRB(21), DRB(22), DRB(23),
   DRB(24), DRB(25), DRB(26), DRB(27), DRB(28), DRB(29), DRB(30), DRB(31),
  #endif
  #if RAM_NSECT > 32
   DRB(32), DRB(33), DRB(34), DRB(35), DRB(36), DRB(37), DRB(38), DRB(39),
   DRB(40), DRB(41), DRB(42), DRB(43), DRB(44), DRB(45), DRB(46), DRB(47),
   DRB(48), DRB(49), DRB(50), DRB(51), DRB(52), DRB(53), DRB(54), DRB(55),
   DRB(56), DRB(57), DRB(58), DRB(59), DRB(60), DRB(61), DRB(62), DRB(63),
  #endif
  #if RAM_NSECT > 64
   DRB(64), DRB(65), DRB(66), DRB(67), DRB(68), DRB(69), DRB(70), DRB(71),
   DRB(72), DRB(73), DRB(74), DRB(75), DRB(76), DRB(77), DRB(78), DRB(79),
   DRB(80), DRB(81), DRB(82), DRB(83), DRB(84), DRB(85), DRB(86), DRB(87),
   DRB(88), DRB(89), DRB(90), DRB(91), DRB(92), DRB(93), DRB(94), DRB(95),
   DRB(96), DRB(97), DRB(98), DRB(99), DRB(100),DRB(101),DRB(102),DRB(103),
   DRB(104),DRB(105),DRB(106),DRB(107),DRB(108),DRB(109),DRB(110),DRB(111),
   DRB(112),DRB(113),DRB(114),DRB(115),DRB(116),DRB(117),DRB(118),DRB(119),
   DRB(120),DRB(121),DRB(122),DRB(123),DRB(124),DRB(125),DRB(126),DRB(127),
  #endif
 };
 U16 const _RamNumSect = RAM_NSECT;
#else
 DEVCONF const RamDev [1] = {0,0};
 U16 const _RamNumSect = 0;
#endif

/*----------------------------------------------------------------------------
 *      Memory Card configuration part
 *---------------------------------------------------------------------------*/

#if MC_DEV == 0
/* Provide empty functions to reduce code size when MC not used. */

int fat_init (void) {
   /* Initialize FAT File System driver. */
   return (1);
}

BOOL fat_find_file (const char *fn, IOB *fcb) {
   /* Find a file in Flash Card Root Directory. */
   fn  = fn;
   fcb = fcb;
   return (__FALSE);
}

BOOL fat_set_fpos (IOB *fcb, U32 pos) {
   /* Set File Position pointer. */
   fcb = fcb;
   pos = pos;
   return (__FALSE);
}

U32 fat_read (IOB *fcb, U8 *buf, U32 len) {
   /* Read data from file at current file position. */
   fcb = fcb;
   buf = buf;
   len = len;
   return (0);
}

BOOL fat_write (IOB *fcb, const U8 *buf, U32 len) {
   /* Write data to file at current file position. */
   fcb = fcb;
   buf = buf;
   len = len;
   return (__FALSE);
}

U32 fat_free (void) {
   /* Calculate a free space for Flash Card. */
   return (0);
}

BOOL fat_delete (const char *fn, IOB *fcb) {
   /* Delete a file from Flash Card Root Directory. */
   fn  = fn;
   fcb = fcb;
   return (__FALSE);
}

BOOL fat_close_write (IOB *fcb) {
   /* Close an opened file, update FAT and Directory record. */
   fcb = fcb;
   return (__FALSE);
}

BOOL fat_rename (const char *old, const char *new, IOB *fcb) {
   /* Rename a file to new name. */
   old = old;
   new = new;
   fcb = fcb;
   return (__FALSE);
}

BOOL fat_create (const char *fn, IOB *fcb) {
   /* Create a file in Flash Card Root Directory. */
   fn  = fn;
   fcb = fcb;
   return (__FALSE);
}

BOOL fat_format (const char *label) {
   /* Format a Flash Card for FAT12 or FAT16. */
   label = label;
   return (__FALSE);
}

BOOL fat_ffind (FINFO *info, IOB *fcb) {
   /* Find a file in Flash Card Root Directory. */
   info = info;
   fcb  = fcb;
   return (__FALSE);
}
#endif

/*----------------------------------------------------------------------------
 * end of file
 *---------------------------------------------------------------------------*/