void LCD_1602_RUS::print(int code, bool spec) {
uint8_t arr[8];
switch(code) {
case 1: //Знак колокольчика
memcpy_PF(arr, (uint32_t)zn_kol, 8);
CharSetToLCD((uint8_t *)arr, &index_zn_kol);
break;
}
cursor_col++;
}
void LCD_1602_RUS::print(const wchar_t *_str){
uint8_t rus_[8];
int current_char = 0;
int size = 0;
//Определяем длину строки (количество символов)
while(_str[size] != 0)
{
size++;
}
while(current_char < size)
{
switch(_str[current_char])
{
//Русский алфавит, требующий новых символов
//Единовременно может быть заменено только 8 символов
//{
case 1041: //Б
memcpy_PF(rus_, (uint32_t)rus_B, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_B);
break;
case 1043: //Г
memcpy_PF(rus_, (uint32_t)rus_G, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_G);
break;
case 1044: //Д
memcpy_PF(rus_, (uint32_t)rus_D, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_D);
break;
case 1046: //Ж
memcpy_PF(rus_, (uint32_t)rus_ZH, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_ZH);
break;
case 1047: //З
memcpy_PF(rus_, (uint32_t)rus_Z, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_Z);
break;
case 1048: //И
memcpy_PF(rus_, (uint32_t)rus_I, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_I);
break;
case 1049: //Й
memcpy_PF(rus_, (uint32_t)rus_II, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_II);
break;
case 1051: //Л
memcpy_PF(rus_, (uint32_t)rus_L, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_L);
break;
case 1055: //П
memcpy_PF(rus_, (uint32_t)rus_P, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_P);
break;
case 1059: //У
memcpy_PF(rus_, (uint32_t)rus_U, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_U);
break;
case 1060: //Ф
memcpy_PF(rus_, (uint32_t)rus_F, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_F);
break;
case 1062: //Ц
memcpy_PF(rus_, (uint32_t)rus_TS, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_TS);
break;
case 1063: //Ч
memcpy_PF(rus_, (uint32_t)rus_CH, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_CH);
break;
case 1064: //Ш
memcpy_PF(rus_, (uint32_t)rus_SH, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_SH);
break;
case 1065: //Щ
memcpy_PF(rus_, (uint32_t)rus_SCH, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_SCH);
break;
case 1066: //Ъ
memcpy_PF(rus_, (uint32_t)rus_tverd, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_tverd);
break;
case 1067: //Ы
memcpy_PF(rus_, (uint32_t)rus_Y, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_Y);
break;
case 1068: //Ь
memcpy_PF(rus_, (uint32_t)rus_myagk, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_myagk);
break;
case 1069: //Э
memcpy_PF(rus_, (uint32_t)rus_EE, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_EE);
break;
case 1070: //Ю
memcpy_PF(rus_, (uint32_t)rus_YU, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_YU);
break;
case 1071: //Я
memcpy_PF(rus_, (uint32_t)rus_YA, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_YA);
break;
case 1073: //б
memcpy_PF(rus_, (uint32_t)rus_b, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_b);
break;
case 1074: //в
memcpy_PF(rus_, (uint32_t)rus_v, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_v);
break;
case 1075: //г
memcpy_PF(rus_, (uint32_t)rus_g, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_g);
break;
case 1076: //д
memcpy_PF(rus_, (uint32_t)rus_d, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_d);
break;
case 1105: //ё
memcpy_PF(rus_, (uint32_t)rus_yo, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_yo);
break;
case 1078: //ж
memcpy_PF(rus_, (uint32_t)rus_zh, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_zh);
break;
case 1079: //з
memcpy_PF(rus_, (uint32_t)rus_z, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_z);
break;
case 1080: //и
memcpy_PF(rus_, (uint32_t)rus_i, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_i);
break;
case 1081: //й
memcpy_PF(rus_, (uint32_t)rus_ii, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_ii);
break;
case 1082: //к
memcpy_PF(rus_, (uint32_t)rus_k, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_k);
break;
case 1083: //л
memcpy_PF(rus_, (uint32_t)rus_l, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_l);
break;
case 1084: //м
memcpy_PF(rus_, (uint32_t)rus_m, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_m);
break;
case 1085: //н
memcpy_PF(rus_, (uint32_t)rus_n, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_n);
break;
case 1087: //п
memcpy_PF(rus_, (uint32_t)rus_p, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_p);
break;
case 1090: //т
memcpy_PF(rus_, (uint32_t)rus_t, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_t);
break;
case 1092: //ф
memcpy_PF(rus_, (uint32_t)rus_f, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_f);
break;
case 1094: //ц
memcpy_PF(rus_, (uint32_t)rus_ts, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_ts);
break;
case 1095: //ч
memcpy_PF(rus_, (uint32_t)rus_ch, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_ch);
break;
case 1096: //ш
memcpy_PF(rus_, (uint32_t)rus_sh, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_sh);
break;
case 1097: //щ
memcpy_PF(rus_, (uint32_t)rus_sch, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_sch);
break;
case 1098: //ъ
memcpy_PF(rus_, (uint32_t)rus_tverd_mal, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_tverd_mal);
break;
case 1099: //ы
memcpy_PF(rus_, (uint32_t)rus_y, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_y);
break;
case 1100: //ь
memcpy_PF(rus_, (uint32_t)rus_myagk_mal, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_myagk_mal);
break;
case 1101: //э
memcpy_PF(rus_, (uint32_t)rus_ee, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_ee);
break;
case 1102: //ю
memcpy_PF(rus_, (uint32_t)rus_yu, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_yu);
break;
case 1103: //я
memcpy_PF(rus_, (uint32_t)rus_ya, 8);
CharSetToLCD((uint8_t *)rus_, &index_rus_ya);
break;
//}
//Русский алфавит, использующий одинаковые с английским алфавитом символы
//{
case 1040: //А
LiquidCrystal_I2C::print("A");
break;
case 1042: //В
LiquidCrystal_I2C::print("B");
break;
case 1045: //Е
LiquidCrystal_I2C::print("E");
break;
case 1025: //Ё
LiquidCrystal_I2C::print("E");
break;
case 1050: //К
LiquidCrystal_I2C::print("K");
break;
case 1052: //M
LiquidCrystal_I2C::print("M");
break;
case 1053: //H
LiquidCrystal_I2C::print("H");
break;
case 1054: //O
LiquidCrystal_I2C::print("O");
break;
case 1056: //P
LiquidCrystal_I2C::print("P");
break;
case 1057: //C
LiquidCrystal_I2C::print("C");
break;
case 1058: //T
LiquidCrystal_I2C::print("T");
break;
case 1061: //X
LiquidCrystal_I2C::print("X");
break;
case 1072: //а
LiquidCrystal_I2C::print("a");
break;
case 1077: //е
LiquidCrystal_I2C::print("e");
break;
case 1086: //o
LiquidCrystal_I2C::print("o");
break;
case 1088: //p
LiquidCrystal_I2C::print("p");
break;
case 1089: //c
LiquidCrystal_I2C::print("c");
break;
case 1091: //y
LiquidCrystal_I2C::print("y");
break;
case 1093: //x
LiquidCrystal_I2C::print("x");
break;
case 0x00B0: //Знак градуса
LiquidCrystal_I2C::write(223);
break;
//}
//Английский алфавит без изменения
default:
LiquidCrystal_I2C::print((char)_str[current_char]);
break;
}
current_char++;
cursor_col++;
}
}
void
tftp_handle_packet(void)
{
/*
* overwrite udp connection information (i.e. take from incoming packet)
*/
uip_ipaddr_copy(uip_udp_conn->ripaddr, BUF->srcipaddr);
uip_udp_conn->rport = BUF->srcport;
/*
* care for incoming tftp packet now ...
*/
uint16_t i;
flash_base_t base;
struct tftp_hdr *pk = uip_appdata;
switch(HTONS(pk->type)) {
#ifndef TFTP_UPLOAD_ONLY
/*
* streaming data back to the client (download) ...
*/
case 1: /* read request */
uip_udp_conn->appstate.tftp.download = 1;
uip_udp_conn->appstate.tftp.transfered = 0;
uip_udp_conn->appstate.tftp.finished = 0;
bootload_delay = 0; /* Stop bootloader. */
goto send_data;
case 4: /* acknowledgement */
if(uip_udp_conn->appstate.tftp.download != 1)
goto error_out;
if(HTONS(pk->u.ack.block) < uip_udp_conn->appstate.tftp.transfered
|| (HTONS(pk->u.ack.block) >
uip_udp_conn->appstate.tftp.transfered + 1))
goto error_out; /* ack out of order */
uip_udp_conn->appstate.tftp.transfered = HTONS(pk->u.ack.block);
send_data:
if(uip_udp_conn->appstate.tftp.finished) {
bootload_delay = CONF_BOOTLOAD_DELAY; /* Restart bootloader. */
return; /* nothing more to do */
}
pk->type = HTONS(3); /* data packet */
pk->u.data.block = HTONS(uip_udp_conn->appstate.tftp.transfered + 1);
base = TFTP_BLOCK_SIZE * uip_udp_conn->appstate.tftp.transfered;
/* base overflowed ! */
#if FLASHEND == UINT16_MAX
if(uip_udp_conn->appstate.tftp.transfered && base == 0)
#else
if(base > FLASHEND)
#endif
{
uip_udp_send(4); /* send empty packet to finish transfer */
uip_udp_conn->appstate.tftp.finished = 1;
return;
}
#if FLASHEND > UINT16_MAX
memcpy_PF(pk->u.data.data, (uint_farptr_t)base, TFTP_BLOCK_SIZE);
#else
memcpy_P(pk->u.data.data, (PGM_VOID_P)base, TFTP_BLOCK_SIZE);
#endif
uip_udp_send(4 + TFTP_BLOCK_SIZE);
uip_udp_conn->appstate.tftp.transfered ++;
break;
#endif /* not TFTP_UPLOAD_ONLY */
/*
* streaming data from the client (firmware upload) ...
*/
case 2: /* write request */
uip_udp_conn->appstate.tftp.download = 0;
uip_udp_conn->appstate.tftp.transfered = 0;
uip_udp_conn->appstate.tftp.finished = 0;
pk->u.ack.block = HTONS(0);
goto send_ack;
case 3: /* data packet */
bootload_delay = 0; /* Stop bootloader. */
if(uip_udp_conn->appstate.tftp.download != 0)
goto error_out;
if(HTONS(pk->u.ack.block) < uip_udp_conn->appstate.tftp.transfered)
goto error_out; /* too early */
if(HTONS(pk->u.ack.block) == uip_udp_conn->appstate.tftp.transfered)
goto send_ack; /* already handled */
if(HTONS(pk->u.ack.block) > uip_udp_conn->appstate.tftp.transfered + 1)
goto error_out; /* too late */
base = TFTP_BLOCK_SIZE * (HTONS(pk->u.ack.block) - 1);
for(i = uip_datalen() - 4; i < TFTP_BLOCK_SIZE; i ++)
pk->u.data.data[i] = 0xFF; /* EOF reached, init rest */
debug_putchar('.');
for(i = 0; i < TFTP_BLOCK_SIZE / SPM_PAGESIZE; i ++)
flash_page(base + i * SPM_PAGESIZE,
pk->u.data.data + i * SPM_PAGESIZE);
if(uip_datalen() < TFTP_BLOCK_SIZE + 4) {
uip_udp_conn->appstate.tftp.finished = 1;
# ifdef TFTPOMATIC_SUPPORT
bootload_delay = 1; /* ack, then start app */
# else
bootload_delay = CONF_BOOTLOAD_DELAY; /* Restart bootloader. */
# endif
debug_putstr("end\n");
}
uip_udp_conn->appstate.tftp.transfered = HTONS(pk->u.ack.block);
send_ack:
pk->type = HTONS(4);
uip_udp_send(4); /* send ack */
break;
/*
* protocol errors
*/
error_out:
case 5: /* error */
default:
pk->type = HTONS(5); /* data packet */
pk->u.error.code = HTONS(0); /* undefined error code */
pk->u.error.msg[0] = 0; /* yes, really expressive */
uip_udp_send(5);
break;
}
}
