FTE-denshi / Mbed 2 deprecated FTE-06

東北大学学友会準加盟団体 From The Earth の高高度ロケットFTE-06（通称：海豚）にて使用したソフトウェアです．ご自由にお使いください．このプログラムによって生じた損害について当団体は一切責任を負いません．また，各モジュールのライブラリは当団体が作成したものではないので再配布は禁止します．

Dependencies:   mbed FATFileSystem

Fork of FTE-06 by Tetsushi Amano

eeprom/24LCXXX.cpp@57:d78497a079cf, 2017-08-25 (annotated)

Committer:
mizuki_akaike
Date:
Fri Aug 25 03:42:30 2017 +0000
Revision:
57:d78497a079cf
Parent:
10:ef6fb2d8e2c8 
??????

Who changed what in which revision?

UserRevisionLine numberNew contents of line
mizuki_akaike 10:ef6fb2d8e2c8 1 /**
mizuki_akaike 10:ef6fb2d8e2c8 2 *****************************************************************************
mizuki_akaike 10:ef6fb2d8e2c8 3 * File Name : _24LCXXX.cpp
mizuki_akaike 10:ef6fb2d8e2c8 4 *
mizuki_akaike 10:ef6fb2d8e2c8 5 * Title : I2C EEPROM 24LCXXX Claass Source File
mizuki_akaike 10:ef6fb2d8e2c8 6 * Revision : 0.1
mizuki_akaike 10:ef6fb2d8e2c8 7 * Notes :
mizuki_akaike 10:ef6fb2d8e2c8 8 * Target Board : mbed NXP LPC1768, mbed LPC1114FN28 etc
mizuki_akaike 10:ef6fb2d8e2c8 9 * Tool Chain : ????
mizuki_akaike 10:ef6fb2d8e2c8 10 *
mizuki_akaike 10:ef6fb2d8e2c8 11 * Revision History:
mizuki_akaike 10:ef6fb2d8e2c8 12 * When Who Description of change
mizuki_akaike 10:ef6fb2d8e2c8 13 * ----------- ----------- -----------------------
mizuki_akaike 10:ef6fb2d8e2c8 14 * 2012/12/06 Hiroshi M init
mizuki_akaike 10:ef6fb2d8e2c8 15 *****************************************************************************
mizuki_akaike 10:ef6fb2d8e2c8 16 *
mizuki_akaike 10:ef6fb2d8e2c8 17 * Copyright (C) 2013 Hiroshi M, MIT License
mizuki_akaike 10:ef6fb2d8e2c8 18 *
mizuki_akaike 10:ef6fb2d8e2c8 19 * Permission is hereby granted, free of charge, to any person obtaining a copy of this software
mizuki_akaike 10:ef6fb2d8e2c8 20 * and associated documentation files (the "Software"), to deal in the Software without restriction,
mizuki_akaike 10:ef6fb2d8e2c8 21 * including without limitation the rights to use, copy, modify, merge, publish, distribute,
mizuki_akaike 10:ef6fb2d8e2c8 22 * sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is
mizuki_akaike 10:ef6fb2d8e2c8 23 * furnished to do so, subject to the following conditions:
mizuki_akaike 10:ef6fb2d8e2c8 24 *
mizuki_akaike 10:ef6fb2d8e2c8 25 * The above copyright notice and this permission notice shall be included in all copies or
mizuki_akaike 10:ef6fb2d8e2c8 26 * substantial portions of the Software.
mizuki_akaike 10:ef6fb2d8e2c8 27 *
mizuki_akaike 10:ef6fb2d8e2c8 28 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING
mizuki_akaike 10:ef6fb2d8e2c8 29 * BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
mizuki_akaike 10:ef6fb2d8e2c8 30 * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
mizuki_akaike 10:ef6fb2d8e2c8 31 * DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
mizuki_akaike 10:ef6fb2d8e2c8 32 * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
mizuki_akaike 10:ef6fb2d8e2c8 33 *
mizuki_akaike 10:ef6fb2d8e2c8 34 **/
mizuki_akaike 10:ef6fb2d8e2c8 35
mizuki_akaike 10:ef6fb2d8e2c8 36 /* Includes ----------------------------------------------------------------- */
mizuki_akaike 10:ef6fb2d8e2c8 37 #include "24LCXXX.h"
mizuki_akaike 10:ef6fb2d8e2c8 38 #include "mbed.h"
mizuki_akaike 10:ef6fb2d8e2c8 39
mizuki_akaike 10:ef6fb2d8e2c8 40 /* Private typedef ---------------------------------------------------------- */
mizuki_akaike 10:ef6fb2d8e2c8 41 /* Private define ----------------------------------------------------------- */
mizuki_akaike 10:ef6fb2d8e2c8 42 /* Private macro ------------------------------------------------------------ */
mizuki_akaike 10:ef6fb2d8e2c8 43 /* Private variables -------------------------------------------------------- */
mizuki_akaike 10:ef6fb2d8e2c8 44
mizuki_akaike 10:ef6fb2d8e2c8 45 /* member fanctions --------------------------------------------------------- */
mizuki_akaike 10:ef6fb2d8e2c8 46
mizuki_akaike 10:ef6fb2d8e2c8 47 // Constractor
mizuki_akaike 10:ef6fb2d8e2c8 48 _24LCXXX::_24LCXXX(I2C *i2c, const int address):
mizuki_akaike 10:ef6fb2d8e2c8 49 _i2c_address(address<<1), _i2c(i2c), _pc(NULL), _debug(false)
mizuki_akaike 10:ef6fb2d8e2c8 50 {
mizuki_akaike 10:ef6fb2d8e2c8 51 }
mizuki_akaike 10:ef6fb2d8e2c8 52
mizuki_akaike 10:ef6fb2d8e2c8 53 _24LCXXX::_24LCXXX(I2C *i2c, Serial *pc, const int address):
mizuki_akaike 10:ef6fb2d8e2c8 54 _i2c_address(address<<1), _i2c(i2c), _pc(pc), _debug(true)
mizuki_akaike 10:ef6fb2d8e2c8 55 {
mizuki_akaike 10:ef6fb2d8e2c8 56 }
mizuki_akaike 10:ef6fb2d8e2c8 57
mizuki_akaike 10:ef6fb2d8e2c8 58 int _24LCXXX::byte_write( int mem_addr, char data )
mizuki_akaike 10:ef6fb2d8e2c8 59 {
mizuki_akaike 10:ef6fb2d8e2c8 60 int res;
mizuki_akaike 10:ef6fb2d8e2c8 61 char buf[3];
mizuki_akaike 10:ef6fb2d8e2c8 62 int uni_add=_i2c_address;
mizuki_akaike 10:ef6fb2d8e2c8 63 buf[0] = (0xff00 & mem_addr)>>8; // Write Address High byte set
mizuki_akaike 10:ef6fb2d8e2c8 64 buf[1] = (0xff & mem_addr); // Write Address Low byte set
mizuki_akaike 10:ef6fb2d8e2c8 65 buf[2] = data;
mizuki_akaike 10:ef6fb2d8e2c8 66 //-----------------
mizuki_akaike 10:ef6fb2d8e2c8 67 if(mem_addr& 0x10000){
mizuki_akaike 10:ef6fb2d8e2c8 68 uni_add+=0x02;
mizuki_akaike 10:ef6fb2d8e2c8 69
mizuki_akaike 10:ef6fb2d8e2c8 70 }
mizuki_akaike 10:ef6fb2d8e2c8 71 //-------------------
mizuki_akaike 10:ef6fb2d8e2c8 72 res = _i2c->write(uni_add, buf, sizeof(buf),false);
mizuki_akaike 10:ef6fb2d8e2c8 73 if(0)
mizuki_akaike 10:ef6fb2d8e2c8 74 {
mizuki_akaike 10:ef6fb2d8e2c8 75 if(res==0)
mizuki_akaike 10:ef6fb2d8e2c8 76 {
mizuki_akaike 10:ef6fb2d8e2c8 77 printf("Success! Byte Data Write. \n");
mizuki_akaike 10:ef6fb2d8e2c8 78 }
mizuki_akaike 10:ef6fb2d8e2c8 79 else
mizuki_akaike 10:ef6fb2d8e2c8 80 {
mizuki_akaike 10:ef6fb2d8e2c8 81 printf("Failed! Byte Data Write %d.\n", res);
mizuki_akaike 10:ef6fb2d8e2c8 82 }
mizuki_akaike 10:ef6fb2d8e2c8 83 }
mizuki_akaike 10:ef6fb2d8e2c8 84
mizuki_akaike 10:ef6fb2d8e2c8 85 wait_ms(5); // 5mS
mizuki_akaike 10:ef6fb2d8e2c8 86
mizuki_akaike 10:ef6fb2d8e2c8 87 return res;
mizuki_akaike 10:ef6fb2d8e2c8 88 }
mizuki_akaike 10:ef6fb2d8e2c8 89
mizuki_akaike 10:ef6fb2d8e2c8 90 int _24LCXXX::nbyte_write( int mem_addr, void *data, int size )
mizuki_akaike 10:ef6fb2d8e2c8 91 {
mizuki_akaike 10:ef6fb2d8e2c8 92 int i;
mizuki_akaike 10:ef6fb2d8e2c8 93 int res;
mizuki_akaike 10:ef6fb2d8e2c8 94 char buf[3];
mizuki_akaike 10:ef6fb2d8e2c8 95 char *p;
mizuki_akaike 10:ef6fb2d8e2c8 96
mizuki_akaike 10:ef6fb2d8e2c8 97 p = (char *)data;
mizuki_akaike 10:ef6fb2d8e2c8 98 res = -1;
mizuki_akaike 10:ef6fb2d8e2c8 99 for ( i = 0; i < size; i++ )
mizuki_akaike 10:ef6fb2d8e2c8 100 {
mizuki_akaike 10:ef6fb2d8e2c8 101 buf[0] = (0xff00 & mem_addr)>>8; // Read Address High byte set
mizuki_akaike 10:ef6fb2d8e2c8 102 buf[1] = (0x00ff & mem_addr); // Read Address Low byte set
mizuki_akaike 10:ef6fb2d8e2c8 103 buf[2] = *p++;
mizuki_akaike 10:ef6fb2d8e2c8 104
mizuki_akaike 10:ef6fb2d8e2c8 105 res = _i2c->write(_i2c_address, buf, sizeof(buf), false);
mizuki_akaike 10:ef6fb2d8e2c8 106 if(_debug)
mizuki_akaike 10:ef6fb2d8e2c8 107 {
mizuki_akaike 10:ef6fb2d8e2c8 108 if(res==0)
mizuki_akaike 10:ef6fb2d8e2c8 109 {
mizuki_akaike 10:ef6fb2d8e2c8 110 _pc->printf("Success! N-Byte Data Write. \n");
mizuki_akaike 10:ef6fb2d8e2c8 111 }
mizuki_akaike 10:ef6fb2d8e2c8 112 else
mizuki_akaike 10:ef6fb2d8e2c8 113 {
mizuki_akaike 10:ef6fb2d8e2c8 114 _pc->printf("Failed! N-Byte Data Write %d.\n", res);
mizuki_akaike 10:ef6fb2d8e2c8 115 }
mizuki_akaike 10:ef6fb2d8e2c8 116 }
mizuki_akaike 10:ef6fb2d8e2c8 117
mizuki_akaike 10:ef6fb2d8e2c8 118 if(res!=0)
mizuki_akaike 10:ef6fb2d8e2c8 119 {
mizuki_akaike 10:ef6fb2d8e2c8 120 return res;
mizuki_akaike 10:ef6fb2d8e2c8 121 }
mizuki_akaike 10:ef6fb2d8e2c8 122
mizuki_akaike 10:ef6fb2d8e2c8 123 wait_ms(5); // 5mS
mizuki_akaike 10:ef6fb2d8e2c8 124
mizuki_akaike 10:ef6fb2d8e2c8 125 if( ++mem_addr >= MAXADR_24LCXXX ) // Address counter +1
mizuki_akaike 10:ef6fb2d8e2c8 126 {
mizuki_akaike 10:ef6fb2d8e2c8 127 return -1; // Address range over
mizuki_akaike 10:ef6fb2d8e2c8 128 }
mizuki_akaike 10:ef6fb2d8e2c8 129 }
mizuki_akaike 10:ef6fb2d8e2c8 130
mizuki_akaike 10:ef6fb2d8e2c8 131 return res;
mizuki_akaike 10:ef6fb2d8e2c8 132 }
mizuki_akaike 10:ef6fb2d8e2c8 133
mizuki_akaike 10:ef6fb2d8e2c8 134 int _24LCXXX::page_write( int mem_addr, char *data )
mizuki_akaike 10:ef6fb2d8e2c8 135 {
mizuki_akaike 10:ef6fb2d8e2c8 136 int i;
mizuki_akaike 10:ef6fb2d8e2c8 137 int res;
mizuki_akaike 10:ef6fb2d8e2c8 138 char buf[PAGE_SIZE_24LCXXX+2];
mizuki_akaike 10:ef6fb2d8e2c8 139
mizuki_akaike 10:ef6fb2d8e2c8 140 buf[0] = (0xff00 & mem_addr)>>8; // Write Address High byte set
mizuki_akaike 10:ef6fb2d8e2c8 141 buf[1] = (0x00ff & mem_addr); // Write Address Low byte set
mizuki_akaike 10:ef6fb2d8e2c8 142
mizuki_akaike 10:ef6fb2d8e2c8 143 for (i=0; i<PAGE_SIZE_24LCXXX; i++)
mizuki_akaike 10:ef6fb2d8e2c8 144 {
mizuki_akaike 10:ef6fb2d8e2c8 145 buf[i+2] = data[i];
mizuki_akaike 10:ef6fb2d8e2c8 146 }
mizuki_akaike 10:ef6fb2d8e2c8 147 res = _i2c->write(_i2c_address, buf, sizeof(buf), false);
mizuki_akaike 10:ef6fb2d8e2c8 148 if(_debug)
mizuki_akaike 10:ef6fb2d8e2c8 149 {
mizuki_akaike 10:ef6fb2d8e2c8 150 if(res==0)
mizuki_akaike 10:ef6fb2d8e2c8 151 {
mizuki_akaike 10:ef6fb2d8e2c8 152 _pc->printf("Success! Page Data Write. \n");
mizuki_akaike 10:ef6fb2d8e2c8 153 }
mizuki_akaike 10:ef6fb2d8e2c8 154 else
mizuki_akaike 10:ef6fb2d8e2c8 155 {
mizuki_akaike 10:ef6fb2d8e2c8 156 _pc->printf("Failed! Page Data Write %d.\n", res);
mizuki_akaike 10:ef6fb2d8e2c8 157 }
mizuki_akaike 10:ef6fb2d8e2c8 158 }
mizuki_akaike 10:ef6fb2d8e2c8 159
mizuki_akaike 10:ef6fb2d8e2c8 160 return res;
mizuki_akaike 10:ef6fb2d8e2c8 161 }
mizuki_akaike 10:ef6fb2d8e2c8 162
mizuki_akaike 10:ef6fb2d8e2c8 163
mizuki_akaike 10:ef6fb2d8e2c8 164 int _24LCXXX::nbyte_read( int mem_addr, void *data, int size )
mizuki_akaike 10:ef6fb2d8e2c8 165 {
mizuki_akaike 10:ef6fb2d8e2c8 166 int res;
mizuki_akaike 10:ef6fb2d8e2c8 167 char buf[2];
mizuki_akaike 10:ef6fb2d8e2c8 168
mizuki_akaike 10:ef6fb2d8e2c8 169 buf[0] = (0xff00 & mem_addr)>>8; // Read Address High byte set
mizuki_akaike 10:ef6fb2d8e2c8 170 buf[1] = (0x00ff & mem_addr); // Read Address Low byte set
mizuki_akaike 10:ef6fb2d8e2c8 171
mizuki_akaike 10:ef6fb2d8e2c8 172 res = _i2c->write(_i2c_address, buf, sizeof(buf), true);
mizuki_akaike 10:ef6fb2d8e2c8 173 if(_debug)
mizuki_akaike 10:ef6fb2d8e2c8 174 {
mizuki_akaike 10:ef6fb2d8e2c8 175 if(res==0)
mizuki_akaike 10:ef6fb2d8e2c8 176 {
mizuki_akaike 10:ef6fb2d8e2c8 177 _pc->printf("Success! nbyte read address send. \n");
mizuki_akaike 10:ef6fb2d8e2c8 178 }
mizuki_akaike 10:ef6fb2d8e2c8 179 else
mizuki_akaike 10:ef6fb2d8e2c8 180 {
mizuki_akaike 10:ef6fb2d8e2c8 181 _pc->printf("Failed! nbyte read address send %d.\n", res);
mizuki_akaike 10:ef6fb2d8e2c8 182 }
mizuki_akaike 10:ef6fb2d8e2c8 183 }
mizuki_akaike 10:ef6fb2d8e2c8 184
mizuki_akaike 10:ef6fb2d8e2c8 185 //
mizuki_akaike 10:ef6fb2d8e2c8 186 res = _i2c->read(_i2c_address, (char *)data, size, false);
mizuki_akaike 10:ef6fb2d8e2c8 187 if(_debug)
mizuki_akaike 10:ef6fb2d8e2c8 188 {
mizuki_akaike 10:ef6fb2d8e2c8 189 if(res==0)
mizuki_akaike 10:ef6fb2d8e2c8 190 {
mizuki_akaike 10:ef6fb2d8e2c8 191 _pc->printf("Success! nbyte read address send. \n");
mizuki_akaike 10:ef6fb2d8e2c8 192 }
mizuki_akaike 10:ef6fb2d8e2c8 193 else
mizuki_akaike 10:ef6fb2d8e2c8 194 {
mizuki_akaike 10:ef6fb2d8e2c8 195 _pc->printf("Failed! nbyte read address send %d.\n", res);
mizuki_akaike 10:ef6fb2d8e2c8 196 }
mizuki_akaike 10:ef6fb2d8e2c8 197 }
mizuki_akaike 10:ef6fb2d8e2c8 198
mizuki_akaike 10:ef6fb2d8e2c8 199 return res;
mizuki_akaike 10:ef6fb2d8e2c8 200 }