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keyboard.c
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keyboard.c
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/*
* Copyright (c) 2009 Openmoko Inc.
*
* Authors Holger Hans Peter Freyther <zecke@openmoko.org>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include <ctype.h>
#include <grifo.h>
#include "string.h"
#include "keyboard.h"
#include "guilib.h"
#include "wikilib.h"
#include "wiki_info.h"
#include "search.h"
#include "glyph.h"
#include "utf8.h"
#include "languages.h"
// definition for all the keyboard images generated by the Makefile
// files line keyboard_abc.png will result in a keyboard_abc_image variable
// included via all_images.h (see mahatma/build for generated headers)
#define LCD_ImageType static struct guilib_image
#define bytes data
#include "all_images.h"
#undef LCD_ImageType
#undef bytes
#define DBG_KEYBOARD 0
static struct guilib_image *image_data;
int keyboard_type = 0;
int b_first_123_keyin = 0;
unsigned long key_bubble_start_time = 0;
int bIsKoreanSpecialKey = 0;
int bKoreanSpecialKeyEnabled = 0;
extern int display_mode;
extern unsigned int touch_down_on_keyboard;
extern int b_type_a_word_cleared;
/* qwerty keyboard by columns */
#define KEY(l_x, l_y, r_x, r_y, l_x_i, l_y_i, r_x_i, r_y_i, keycode) \
{ .left_x = l_x, .right_x = r_x, \
.left_y = l_y, .right_y = r_y, \
.left_x_inverted = l_x_i, .right_x_inverted = r_x_i, \
.left_y_inverted = l_y_i, .right_y_inverted = r_y_i, \
.key = (const unsigned char *)keycode, \
}
static struct keyboard_key qwerty_char[] = {
KEY( 0, 126, 23, 152, 3, 128, 21, 150, "q"),
KEY( 0, 153, 23, 180, 3, 156, 21, 178, "a"),
KEY( 0, 181, 23, 207, 3, 183, 21, 205, "z"),
KEY( 24, 126, 47, 152, 26, 128, 45, 150, "w"),
KEY( 24, 153, 47, 180, 26, 156, 45, 178, "s"),
KEY( 24, 181, 47, 207, 26, 183, 45, 205, "x"),
KEY( 48, 126, 71, 152, 50, 128, 69, 150, "e"),
KEY( 48, 153, 71, 180, 50, 156, 69, 178, "d"),
KEY( 48, 181, 71, 207, 50, 183, 69, 205, "c"),
KEY( 72, 126, 95, 152, 74, 128, 93, 150, "r"),
KEY( 72, 153, 95, 180, 74, 156, 93, 178, "f"),
KEY( 72, 181, 95, 207, 74, 183, 93, 205, "v"),
KEY( 96, 126, 119, 152, 98, 128, 117, 150, "t"),
KEY( 96, 153, 119, 180, 98, 156, 117, 178, "g"),
KEY( 96, 181, 143, 207, 98, 184, 141, 205, " "),
KEY(120, 126, 143, 152, 122, 128, 141, 150, "y"),
KEY(120, 153, 143, 180, 122, 156, 141, 178, "h"),
KEY(144, 126, 167, 152, 146, 128, 165, 150, "u"),
KEY(144, 153, 167, 180, 146, 156, 165, 178, "j"),
KEY(144, 181, 167, 207, 146, 183, 165, 205, "b"),
KEY(168, 126, 191, 152, 170, 128, 189, 150, "i"),
KEY(168, 153, 191, 180, 170, 156, 189, 178, "k"),
KEY(168, 181, 191, 207, 170, 183, 189, 205, "n"),
KEY(192, 126, 215, 152, 194, 128, 213, 150, "o"),
KEY(192, 153, 215, 180, 194, 156, 213, 178, "l"),
KEY(192, 181, 215, 207, 194, 183, 213, 205, "m"),
KEY(216, 126, 239, 152, 218, 128, 236, 150, "p"),
KEY(216, 153, 239, 180, 218, 156, 236, 178, WL_KEY_BACKSPACE_STR),
KEY(216, 181, 239, 207, 218, 183, 236, 205, WL_KEY_SWITCH_KEYBOARD_STR),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key qwerty_full_char[] = {
KEY( 0, 126, 23, 152, 3, 128, 21, 150, "ｑ"),
KEY( 0, 153, 23, 180, 3, 156, 21, 178, "ａ"),
KEY( 0, 181, 23, 207, 3, 183, 21, 205, "ｚ"),
KEY( 24, 126, 47, 152, 26, 128, 45, 150, "ｗ"),
KEY( 24, 153, 47, 180, 26, 156, 45, 178, "ｓ"),
KEY( 24, 181, 47, 207, 26, 183, 45, 205, "ｘ"),
KEY( 48, 126, 71, 152, 50, 128, 69, 150, "ｅ"),
KEY( 48, 153, 71, 180, 50, 156, 69, 178, "ｄ"),
KEY( 48, 181, 71, 207, 50, 183, 69, 205, "ｃ"),
KEY( 72, 126, 95, 152, 74, 128, 93, 150, "ｒ"),
KEY( 72, 153, 95, 180, 74, 156, 93, 178, "ｆ"),
KEY( 72, 181, 95, 207, 74, 183, 93, 205, "ｖ"),
KEY( 96, 126, 119, 152, 98, 128, 117, 150, "ｔ"),
KEY( 96, 153, 119, 180, 98, 156, 117, 178, "ｇ"),
KEY( 96, 181, 143, 207, 98, 184, 141, 205, " "),
KEY(120, 126, 143, 152, 122, 128, 141, 150, "ｙ"),
KEY(120, 153, 143, 180, 122, 156, 141, 178, "ｈ"),
KEY(144, 126, 167, 152, 146, 128, 165, 150, "ｕ"),
KEY(144, 153, 167, 180, 146, 156, 165, 178, "ｊ"),
KEY(144, 181, 167, 207, 146, 183, 165, 205, "ｂ"),
KEY(168, 126, 191, 152, 170, 128, 189, 150, "ｉ"),
KEY(168, 153, 191, 180, 170, 156, 189, 178, "ｋ"),
KEY(168, 181, 191, 207, 170, 183, 189, 205, "ｎ"),
KEY(192, 126, 215, 152, 194, 128, 213, 150, "ｏ"),
KEY(192, 153, 215, 180, 194, 156, 213, 178, "ｌ"),
KEY(192, 181, 215, 207, 194, 183, 213, 205, "ｍ"),
KEY(216, 126, 239, 152, 218, 128, 236, 150, "ｐ"),
KEY(216, 153, 239, 180, 218, 156, 236, 178, WL_KEY_BACKSPACE_STR),
KEY(216, 181, 239, 207, 218, 183, 236, 205, WL_KEY_SWITCH_KEYBOARD_STR),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key qwerty_char_da[] = {
KEY( 0, 126, 20, 152, 1, 128, 19, 150, "ｑ"),
KEY( 0, 153, 20, 180, 1, 156, 19, 178, "ａ"),
KEY( 0, 181, 20, 207, 1, 183, 19, 205, "ｚ"),
KEY( 21, 126, 42, 152, 22, 128, 41, 150, "ｗ"),
KEY( 21, 153, 42, 180, 22, 156, 41, 178, "ｓ"),
KEY( 21, 181, 42, 207, 22, 183, 41, 205, "ｘ"),
KEY( 43, 126, 64, 152, 44, 128, 63, 150, "ｅ"),
KEY( 43, 153, 64, 180, 44, 156, 63, 178, "ｄ"),
KEY( 43, 181, 64, 207, 44, 183, 63, 205, "ｃ"),
KEY( 65, 126, 86, 152, 66, 128, 85, 150, "ｒ"),
KEY( 65, 153, 86, 180, 66, 156, 85, 178, "ｆ"),
KEY( 65, 181, 86, 207, 66, 183, 85, 205, "ｖ"),
KEY( 87, 126, 108, 152, 88, 128, 107, 150, "ｔ"),
KEY( 87, 153, 108, 180, 88, 156, 107, 178, "ｇ"),
KEY( 87, 181, 130, 207, 88, 184, 129, 205, " "),
KEY(109, 126, 130, 152, 110, 128, 129, 150, "ｙ"),
KEY(109, 153, 130, 180, 110, 156, 129, 178, "ｈ"),
KEY(131, 126, 152, 152, 132, 128, 151, 150, "ｕ"),
KEY(131, 153, 152, 180, 132, 156, 151, 178, "ｊ"),
KEY(131, 181, 152, 207, 132, 183, 151, 205, "ｂ"),
KEY(153, 126, 174, 152, 154, 128, 173, 150, "ｉ"),
KEY(153, 153, 174, 180, 154, 156, 173, 178, "ｋ"),
KEY(153, 181, 174, 207, 154, 183, 173, 205, "ｎ"),
KEY(175, 126, 196, 152, 176, 128, 195, 150, "ｏ"),
KEY(175, 153, 196, 180, 176, 156, 195, 178, "ｌ"),
KEY(175, 181, 196, 207, 176, 183, 195, 205, "ｍ"),
KEY(197, 126, 218, 152, 198, 128, 217, 150, "ｐ"),
KEY(197, 153, 218, 180, 198, 156, 217, 178, "æ"),
KEY(197, 181, 218, 207, 198, 183, 217, 205, WL_KEY_SWITCH_KEYBOARD_STR),
KEY(219, 126, 239, 152, 220, 128, 238, 150, "å"),
KEY(219, 153, 239, 180, 220, 156, 238, 178, "ø"),
KEY(219, 181, 239, 207, 220, 183, 238, 205, WL_KEY_BACKSPACE_STR),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key qwerty_num[] = {
KEY( 0, 126, 23, 152, 3, 128, 21, 150, "1"),
KEY( 0, 153, 23, 180, 3, 156, 21, 178, "*"),
KEY( 0, 181, 23, 207, 3, 183, 21, 205, "@"),
KEY( 24, 126, 47, 152, 26, 128, 45, 150, "2"),
KEY( 24, 153, 47, 180, 26, 156, 45, 178, "$"),
KEY( 24, 181, 47, 207, 26, 183, 45, 205, "?"),
KEY( 48, 126, 71, 152, 50, 128, 69, 150, "3"),
KEY( 48, 153, 71, 180, 50, 156, 69, 178, "%"),
KEY( 48, 181, 71, 207, 50, 183, 69, 205, "!"),
KEY( 72, 126, 95, 152, 74, 128, 93, 150, "4"),
KEY( 72, 153, 95, 180, 74, 156, 93, 178, "#"),
KEY( 72, 181, 95, 207, 74, 183, 93, 205, "&"),
KEY( 96, 126, 119, 152, 98, 128, 117, 150, "5"),
KEY( 96, 153, 119, 180, 98, 156, 117, 178, "("),
KEY( 96, 181, 143, 207, 98, 184, 141, 205, " "),
KEY(120, 126, 143, 152, 122, 128, 141, 150, "6"),
KEY(120, 153, 143, 180, 122, 156, 141, 178, ")"),
KEY(144, 126, 167, 152, 146, 128, 165, 150, "7"),
KEY(144, 153, 167, 180, 146, 156, 165, 178, "-"),
KEY(144, 181, 167, 207, 146, 183, 165, 205, ","),
KEY(168, 126, 191, 152, 170, 128, 189, 150, "8"),
KEY(168, 153, 191, 180, 170, 156, 189, 178, "+"),
KEY(168, 181, 191, 207, 170, 183, 189, 205, "."),
KEY(192, 126, 215, 152, 194, 128, 213, 150, "9"),
KEY(192, 153, 215, 180, 194, 156, 213, 178, "="),
KEY(192, 181, 215, 207, 194, 183, 213, 205, "'"),
KEY(216, 126, 239, 152, 218, 128, 236, 150, "0"),
KEY(216, 153, 239, 180, 218, 156, 236, 178, WL_KEY_BACKSPACE_STR),
KEY(216, 181, 239, 207, 218, 183, 236, 205, WL_KEY_SWITCH_KEYBOARD_STR),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key phone_jp[] = {
KEY( 0, 127, 45, 146, 2, 128, 43, 145, WL_KEY_NO_WAIT_STR),
KEY( 46, 127, 94, 146, 48, 129, 93, 145, "あいうえおぁぃぅぇぉ"),
KEY( 95, 127, 143, 146, 97, 129, 142, 145, "かきくけこ"),
KEY(144, 127, 193, 146, 146, 129, 191, 145, "さしすせそ"),
KEY(194, 127, 239, 146, 196, 128, 237, 145, WL_KEY_BACKSPACE_STR),
KEY( 0, 147, 45, 166, 2, 149, 43, 165, WL_KEY_BACKWARD_STR),
KEY( 46, 147, 94, 166, 48, 149, 93, 165, "たちつてとっ"),
KEY( 95, 147, 143, 166, 97, 149, 142, 165, "なにぬねの"),
KEY(144, 147, 193, 166, 146, 149, 191, 165, "はひふへほ"),
KEY(194, 147, 239, 166, 196, 149, 237, 165, WL_KEY_CLEAR_STR),
KEY( 0, 167, 45, 186, 2, 169, 43, 185, WL_KEY_POHONE_STYLE_KEYBOARD_ABC_STR),
KEY( 46, 167, 94, 186, 48, 169, 93, 185, "まみむめも"),
KEY( 95, 167, 143, 186, 97, 169, 142, 185, "やゆよゃゅょ"),
KEY(144, 167, 193, 186, 146, 169, 191, 185, "らりるれろ"),
KEY(194, 167, 239, 207, 196, 169, 237, 206, " "),
KEY( 0, 187, 45, 207, 2, 189, 43, 206, WL_KEY_POHONE_STYLE_KEYBOARD_123_STR),
KEY( 46, 187, 94, 207, 48, 189, 93, 205, WL_KEY_SONANT_STR),
KEY( 95, 187, 143, 207, 97, 189, 142, 205, "わをんゎー"),
KEY(144, 187, 193, 207, 146, 189, 191, 205, "、。?!"),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key phone_tw[] = {
KEY( 0, 127, 45, 146, 2, 128, 43, 145, WL_KEY_NO_WAIT_STR),
KEY( 46, 127, 94, 146, 48, 129, 93, 145, "ㄅㄆㄇㄈ"),
KEY( 95, 127, 143, 146, 97, 129, 142, 145, "ㄉㄊㄋㄌ"),
KEY(144, 127, 193, 146, 146, 129, 191, 145, "ㄍㄎㄏ"),
KEY(194, 127, 239, 146, 196, 128, 237, 145, WL_KEY_BACKSPACE_STR),
KEY( 0, 147, 45, 166, 2, 149, 43, 165, WL_KEY_BACKWARD_STR),
KEY( 46, 147, 94, 166, 48, 149, 93, 165, "ㄐㄑㄒ"),
KEY( 95, 147, 143, 166, 97, 149, 142, 165, "ㄓㄔㄕㄖ"),
KEY(144, 147, 193, 166, 146, 149, 191, 165, "ㄗㄘㄙ"),
KEY(194, 147, 239, 166, 196, 149, 237, 165, WL_KEY_CLEAR_STR),
KEY( 0, 167, 45, 186, 2, 169, 43, 185, WL_KEY_POHONE_STYLE_KEYBOARD_ABC_STR),
KEY( 46, 167, 94, 186, 48, 169, 93, 185, "ㄚㄛㄜㄝ"),
KEY( 95, 167, 143, 186, 97, 169, 142, 185, "ㄞㄟㄠㄡ"),
KEY(144, 167, 193, 186, 146, 169, 191, 185, "ㄢㄣㄤㄥㄦ"),
KEY(194, 167, 239, 207, 196, 169, 237, 206, " "),
KEY( 0, 187, 45, 207, 2, 189, 43, 206, WL_KEY_POHONE_STYLE_KEYBOARD_123_STR),
KEY( 46, 187, 94, 207, 48, 189, 93, 205, "+－*="),
KEY( 95, 187, 143, 207, 97, 189, 142, 205, "ㄧㄨㄩ"),
KEY(144, 187, 193, 207, 146, 189, 191, 205, "，‧?!"),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key phone_abc[] = {
KEY( 0, 127, 45, 146, 2, 128, 43, 145, WL_KEY_NO_WAIT_STR),
KEY( 46, 127, 94, 146, 48, 129, 93, 145, "@#$%&"),
KEY( 95, 127, 143, 146, 97, 129, 142, 145, "ａｂｃ"),
KEY(144, 127, 193, 146, 146, 129, 191, 145, "ｄｅｆ"),
KEY(194, 127, 239, 146, 196, 128, 237, 145, WL_KEY_BACKSPACE_STR),
KEY( 0, 147, 45, 166, 2, 149, 43, 165, WL_KEY_BACKWARD_STR),
KEY( 46, 147, 94, 166, 48, 149, 93, 165, "ｇｈｉ"),
KEY( 95, 147, 143, 166, 97, 149, 142, 165, "ｊｋｌ"),
KEY(144, 147, 193, 166, 146, 149, 191, 165, "ｍｎｏ"),
KEY(194, 147, 239, 166, 196, 149, 237, 165, WL_KEY_CLEAR_STR),
KEY( 0, 167, 45, 186, 2, 169, 43, 185, WL_KEY_POHONE_STYLE_KEYBOARD_DEFAULT_STR),
KEY( 46, 167, 94, 186, 48, 169, 93, 185, "ｐｑｒｓ"),
KEY( 95, 167, 143, 186, 97, 169, 142, 185, "ｔｕｖ"),
KEY(144, 167, 193, 186, 146, 169, 191, 185, "ｗｘｙｚ"),
KEY(194, 167, 239, 207, 196, 169, 237, 206, " "),
KEY( 0, 187, 45, 207, 2, 189, 43, 206, WL_KEY_POHONE_STYLE_KEYBOARD_123_STR),
KEY( 46, 187, 94, 207, 48, 189, 93, 205, "+－*="),
KEY( 95, 187, 143, 207, 97, 189, 142, 205, "'()"),
KEY(144, 187, 193, 207, 146, 189, 191, 205, "，‧?!"),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key phone_123[] = {
KEY( 0, 127, 45, 146, 2, 128, 43, 145, WL_KEY_NO_WAIT_STR),
KEY( 46, 127, 94, 146, 48, 129, 93, 145, "1"),
KEY( 95, 127, 143, 146, 97, 129, 142, 145, "2"),
KEY(144, 127, 193, 146, 146, 129, 191, 145, "3"),
KEY(194, 127, 239, 146, 196, 128, 237, 145, WL_KEY_BACKSPACE_STR),
KEY( 0, 147, 45, 166, 2, 149, 43, 165, WL_KEY_BACKWARD_STR),
KEY( 46, 147, 94, 166, 48, 149, 93, 165, "4"),
KEY( 95, 147, 143, 166, 97, 149, 142, 165, "5"),
KEY(144, 147, 193, 166, 146, 149, 191, 165, "6"),
KEY(194, 147, 239, 166, 196, 149, 237, 165, WL_KEY_CLEAR_STR),
KEY( 0, 167, 45, 186, 2, 169, 43, 185, WL_KEY_POHONE_STYLE_KEYBOARD_ABC_STR),
KEY( 46, 167, 94, 186, 48, 169, 93, 185, "7"),
KEY( 95, 167, 143, 186, 97, 169, 142, 185, "8"),
KEY(144, 167, 193, 186, 146, 169, 191, 185, "9"),
KEY(194, 167, 239, 207, 196, 169, 237, 206, " "),
KEY( 0, 187, 45, 207, 2, 189, 43, 206, WL_KEY_POHONE_STYLE_KEYBOARD_DEFAULT_STR),
KEY( 46, 187, 94, 207, 48, 189, 93, 205, "+－*="),
KEY( 95, 187, 143, 207, 97, 189, 142, 205, "0"),
KEY(144, 187, 193, 207, 146, 189, 191, 205, "，‧?!"),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key phone_tw_abc[] = {
KEY( 0, 127, 45, 146, 2, 128, 43, 145, WL_KEY_NO_WAIT_STR),
KEY( 46, 127, 94, 146, 48, 129, 93, 145, "@#$%&"),
KEY( 95, 127, 143, 146, 97, 129, 142, 145, "ａｂｃ"),
KEY(144, 127, 193, 146, 146, 129, 191, 145, "ｄｅｆ"),
KEY(194, 127, 239, 146, 196, 128, 237, 145, WL_KEY_BACKSPACE_STR),
KEY( 0, 147, 45, 166, 2, 149, 43, 165, WL_KEY_BACKWARD_STR),
KEY( 46, 147, 94, 166, 48, 149, 93, 165, "ｇｈｉ"),
KEY( 95, 147, 143, 166, 97, 149, 142, 165, "ｊｋｌ"),
KEY(144, 147, 193, 166, 146, 149, 191, 165, "ｍｎｏ"),
KEY(194, 147, 239, 166, 196, 149, 237, 165, WL_KEY_CLEAR_STR),
KEY( 0, 167, 45, 186, 2, 169, 43, 185, WL_KEY_POHONE_STYLE_KEYBOARD_DEFAULT_STR),
KEY( 46, 167, 94, 186, 48, 169, 93, 185, "ｐｑｒｓ"),
KEY( 95, 167, 143, 186, 97, 169, 142, 185, "ｔｕｖ"),
KEY(144, 167, 193, 186, 146, 169, 191, 185, "ｗｘｙｚ"),
KEY(194, 167, 239, 207, 196, 169, 237, 206, " "),
KEY( 0, 187, 45, 207, 2, 189, 43, 206, WL_KEY_POHONE_STYLE_KEYBOARD_123_STR),
KEY( 46, 187, 94, 207, 48, 189, 93, 205, "+－*="),
KEY( 95, 187, 143, 207, 97, 189, 142, 205, "'()"),
KEY(144, 187, 193, 207, 146, 189, 191, 205, "，‧?!"),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key phone_tw_123[] = {
KEY( 0, 127, 45, 146, 2, 128, 43, 145, WL_KEY_NO_WAIT_STR),
KEY( 46, 127, 94, 146, 48, 129, 93, 145, "1"),
KEY( 95, 127, 143, 146, 97, 129, 142, 145, "2"),
KEY(144, 127, 193, 146, 146, 129, 191, 145, "3"),
KEY(194, 127, 239, 146, 196, 128, 237, 145, WL_KEY_BACKSPACE_STR),
KEY( 0, 147, 45, 166, 2, 149, 43, 165, WL_KEY_BACKWARD_STR),
KEY( 46, 147, 94, 166, 48, 149, 93, 165, "4"),
KEY( 95, 147, 143, 166, 97, 149, 142, 165, "5"),
KEY(144, 147, 193, 166, 146, 149, 191, 165, "6"),
KEY(194, 147, 239, 166, 196, 149, 237, 165, WL_KEY_CLEAR_STR),
KEY( 0, 167, 45, 186, 2, 169, 43, 185, WL_KEY_POHONE_STYLE_KEYBOARD_ABC_STR),
KEY( 46, 167, 94, 186, 48, 169, 93, 185, "7"),
KEY( 95, 167, 143, 186, 97, 169, 142, 185, "8"),
KEY(144, 167, 193, 186, 146, 169, 191, 185, "9"),
KEY(194, 167, 239, 207, 196, 169, 237, 206, " "),
KEY( 0, 187, 45, 207, 2, 189, 43, 206, WL_KEY_POHONE_STYLE_KEYBOARD_DEFAULT_STR),
KEY( 46, 187, 94, 207, 48, 189, 93, 205, "+－*="),
KEY( 95, 187, 143, 207, 97, 189, 142, 205, "0"),
KEY(144, 187, 193, 207, 146, 189, 191, 205, "，‧?!"),
KEY(198, 84, 233, 119, 198, 84, 233, 119, WL_KEY_NLS_STR),
};
static struct keyboard_key password_char[] = {
KEY(175, 81, 228, 105, 177, 83, 226, 103, "Y"),
KEY( 0, 126, 23, 152, 3, 128, 21, 150, "q"),
KEY( 0, 153, 23, 180, 3, 156, 21, 178, "a"),
KEY( 0, 181, 23, 207, 3, 183, 21, 205, "z"),
KEY( 24, 126, 47, 152, 26, 128, 45, 150, "w"),
KEY( 24, 153, 47, 180, 26, 156, 45, 178, "s"),
KEY( 24, 181, 47, 207, 26, 183, 45, 205, "x"),
KEY( 48, 126, 71, 152, 50, 128, 69, 150, "e"),
KEY( 48, 153, 71, 180, 50, 156, 69, 178, "d"),
KEY( 48, 181, 71, 207, 50, 183, 69, 205, "c"),
KEY( 72, 126, 95, 152, 74, 128, 93, 150, "r"),
KEY( 72, 153, 95, 180, 74, 156, 93, 178, "f"),
KEY( 72, 181, 95, 207, 74, 183, 93, 205, "v"),
KEY( 96, 126, 119, 152, 98, 128, 117, 150, "t"),
KEY( 96, 153, 119, 180, 98, 156, 117, 178, "g"),
KEY( 96, 181, 143, 207, 98, 184, 141, 205, " "),
KEY(120, 126, 143, 152, 122, 128, 141, 150, "y"),
KEY(120, 153, 143, 180, 122, 156, 141, 178, "h"),
KEY(144, 126, 167, 152, 146, 128, 165, 150, "u"),
KEY(144, 153, 167, 180, 146, 156, 165, 178, "j"),
KEY(144, 181, 167, 207, 146, 183, 165, 205, "b"),
KEY(168, 126, 191, 152, 170, 128, 189, 150, "i"),
KEY(168, 153, 191, 180, 170, 156, 189, 178, "k"),
KEY(168, 181, 191, 207, 170, 183, 189, 205, "n"),
KEY(192, 126, 215, 152, 194, 128, 213, 150, "o"),
KEY(192, 153, 215, 180, 194, 156, 213, 178, "l"),
KEY(192, 181, 215, 207, 194, 183, 213, 205, "m"),
KEY(216, 126, 239, 152, 218, 128, 236, 150, "p"),
KEY(216, 153, 239, 180, 218, 156, 236, 178, WL_KEY_BACKSPACE_STR),
KEY(216, 181, 239, 207, 218, 183, 236, 205, WL_KEY_SWITCH_KEYBOARD_STR),
};
static struct keyboard_key password_num[] = {
KEY(175, 81, 228, 105, 177, 83, 226, 103, "Y"),
KEY( 0, 126, 23, 152, 3, 128, 21, 150, "1"),
KEY( 0, 153, 23, 180, 3, 156, 21, 178, "*"),
KEY( 0, 181, 23, 207, 3, 183, 21, 205, "@"),
KEY( 24, 126, 47, 152, 26, 128, 45, 150, "2"),
KEY( 24, 153, 47, 180, 26, 156, 45, 178, "$"),
KEY( 24, 181, 47, 207, 26, 183, 45, 205, "?"),
KEY( 48, 126, 71, 152, 50, 128, 69, 150, "3"),
KEY( 48, 153, 71, 180, 50, 156, 69, 178, "%"),
KEY( 48, 181, 71, 207, 50, 183, 69, 205, "!"),
KEY( 72, 126, 95, 152, 74, 128, 93, 150, "4"),
KEY( 72, 153, 95, 180, 74, 156, 93, 178, "#"),
KEY( 72, 181, 95, 207, 74, 183, 93, 205, "&"),
KEY( 96, 126, 119, 152, 98, 128, 117, 150, "5"),
KEY( 96, 153, 119, 180, 98, 156, 117, 178, "("),
KEY( 96, 181, 143, 207, 98, 184, 141, 205, " "),
KEY(120, 126, 143, 152, 122, 128, 141, 150, "6"),
KEY(120, 153, 143, 180, 122, 156, 141, 178, ")"),
KEY(144, 126, 167, 152, 146, 128, 165, 150, "7"),
KEY(144, 153, 167, 180, 146, 156, 165, 178, "-"),
KEY(144, 181, 167, 207, 146, 183, 165, 205, ","),
KEY(168, 126, 191, 152, 170, 128, 189, 150, "8"),
KEY(168, 153, 191, 180, 170, 156, 189, 178, "+"),
KEY(168, 181, 191, 207, 170, 183, 189, 205, "."),
KEY(192, 126, 215, 152, 194, 128, 213, 150, "9"),
KEY(192, 153, 215, 180, 194, 156, 213, 178, "="),
KEY(192, 181, 215, 207, 194, 183, 213, 205, "'"),
KEY(216, 126, 239, 152, 218, 128, 236, 150, "0"),
KEY(216, 153, 239, 180, 218, 156, 236, 178, WL_KEY_BACKSPACE_STR),
KEY(216, 181, 239, 207, 218, 183, 236, 205, WL_KEY_SWITCH_KEYBOARD_STR),
};
static struct keyboard_key clear_history[] = {
KEY(131, 181, 184, 207, 133, 183, 182, 205, "Y"),
KEY(185, 181, 238, 207, 187, 183, 236, 205, "N"),
};
static struct keyboard_key restriction[] = {
KEY(12, 148, 227, 170, 14, 150, 225, 168, "Y"),
};
static struct keyboard_key filter_on_off[] = {
KEY(12, 134, 227, 157, 14, 136, 225, 155, "Y"),
KEY(12, 163, 227, 186, 14, 165, 225, 184, "N"),
};
static struct keyboard_key filter_option[] = {
KEY(12, 105, 227, 128, 14, 107, 225, 126, "Y"),
KEY(12, 134, 227, 157, 14, 136, 225, 155, "N"),
KEY(12, 163, 227, 187, 14, 165, 225, 185, "P"),
};
/*
* The secret of the position and size of the keyboard
* is shared between search.c and this file.
*/
#define KEY_BUBBLE_STEM_UNDER_KEYPAD_PIXELS 4
#define KEY_BUBBLE_TOTAL_HEIGHT 57
#define KEY_BUBBLE_TOTAL_WIDTH 28
#define KEY_BUBBLE_TOTAL_WIDTH_BYTES ((KEY_BUBBLE_TOTAL_WIDTH + 7) / 8 + 1)
#define KEY_BUBBLE_STEM_WIDTH 22
#define KEY_BUBBLE_STEM_HEIGHT 18
#define KEY_BUBBLE_CONDITIONAL_RESTORE_HEIGHT 30
#define KEY_BUBBLE_STAY_TIME 0.2
#define KOREAN_SPECIAL_KEY_CHANGE_TIME 1
static struct keyboard_key *pre_key = NULL;
static int keyboard_key_invert_dalay = 0;
static char key_bubble_save[KEY_BUBBLE_TOTAL_HEIGHT * KEY_BUBBLE_TOTAL_WIDTH_BYTES];
static int key_bubble_save_x_start_byte;
static int key_bubble_save_y_start;
static int key_bubble_save_width_bytes;
static KEYBOARD_MODE kb_mode = KEYBOARD_CHAR;
extern unsigned char *framebuffer;
int is_korean_special_key(struct keyboard_key *key)
{
if (strchr("eopqrtw", *key->key))
return 1;
else
return 0;
}
int is_korean_special_key_enabled()
{
if (bIsKoreanSpecialKey && bKoreanSpecialKeyEnabled)
return 1;
else
return 0;
}
void keyboard_set_mode(int mode)
{
kb_mode = mode;
if(kb_mode == KEYBOARD_CHAR) {
if (wiki_is_japanese())
image_data = &keyboard_abc2_jp_image;
else if (wiki_is_korean())
image_data = &keyboard_abc2_ko_image;
else
image_data = &keyboard_abc_image;
} else if(kb_mode == KEYBOARD_PASSWORD_CHAR) {
image_data = &keyboard_abc_image;
} else if(kb_mode == KEYBOARD_CHAR_JP) {
image_data = &keyboard_abc_image;
} else if (kb_mode == KEYBOARD_CHAR_KO) {
image_data = &keyboard_abc_ko_image;
} else if (kb_mode == KEYBOARD_CHAR_DA) {
image_data = &keyboard_abc_da_image;
} else if(kb_mode == KEYBOARD_NUM || kb_mode == KEYBOARD_PASSWORD_NUM) {
image_data = &keyboard_123_image;
b_first_123_keyin = 1;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_JP) {
image_data = &keyboard_phone_jp_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_ABC) {
if (wiki_is_TC())
image_data = &keyboard_phone_tw_abc_image;
else
image_data = &keyboard_phone_jp_abc_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_123) {
if (wiki_is_TC())
image_data = &keyboard_phone_tw_123_image;
else
image_data = &keyboard_phone_jp_123_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_TW) {
image_data = &keyboard_phone_tw_image;
} else {
image_data = NULL;
}
}
int keyboard_get_mode()
{
return kb_mode;
}
int nls_button_enabled()
{
return (get_search_string_len() == 0 && get_wiki_count() > 1 &&
kb_mode != KEYBOARD_PASSWORD_CHAR && kb_mode != KEYBOARD_PASSWORD_NUM);
}
void keyboard_paint()
{
pre_key = NULL;
if(kb_mode == KEYBOARD_CHAR)
{
if (wiki_is_japanese())
image_data = &keyboard_abc2_jp_image;
else if (wiki_is_korean())
image_data = &keyboard_abc2_ko_image;
else
image_data = &keyboard_abc_image;
} else if(kb_mode == KEYBOARD_PASSWORD_CHAR) {
image_data = &keyboard_abc_image;
} else if(kb_mode == KEYBOARD_CHAR_JP) {
image_data = &keyboard_abc_image;
} else if (kb_mode == KEYBOARD_CHAR_KO) {
image_data = &keyboard_abc_ko_image;
} else if (kb_mode == KEYBOARD_CHAR_DA) {
image_data = &keyboard_abc_da_image;
} else if(kb_mode == KEYBOARD_NUM || kb_mode == KEYBOARD_PASSWORD_NUM) {
image_data = &keyboard_123_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_JP) {
image_data = &keyboard_phone_jp_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_TW) {
image_data = &keyboard_phone_tw_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_ABC) {
if (wiki_is_TC())
image_data = &keyboard_phone_tw_abc_image;
else
image_data = &keyboard_phone_jp_abc_image;
} else if(kb_mode == KEYBOARD_PHONE_STYLE_123) {
if (wiki_is_TC())
image_data = &keyboard_phone_tw_123_image;
else
image_data = &keyboard_phone_jp_123_image;
} else {
return;
}
guilib_fb_lock();
guilib_blit_image(image_data, 0, guilib_framebuffer_height() - image_data->height);
if (nls_button_enabled())
guilib_blit_image(&nls_image, 200, guilib_framebuffer_height() - image_data->height - 40);
guilib_fb_unlock();
}
unsigned int keyboard_height()
{
if (!image_data)
return 0;
else
return image_data->height;
}
struct keyboard_key * keyboard_get_data(int x, int y)
{
int i;
struct keyboard_key *keyboard_key = NULL;
int keyboard_entries = 0;
if (touch_down_on_keyboard && pre_key &&
pre_key->left_x - (pre_key->right_x - pre_key->left_x) / 2 <= x && x <= pre_key->right_x + (pre_key->right_x - pre_key->left_x) / 2 &&
pre_key->left_y - (pre_key->right_y - pre_key->left_y) / 2 <= y && y <= pre_key->right_y + (pre_key->right_y - pre_key->left_y) / 2 )
return pre_key;
if (kb_mode == KEYBOARD_CHAR)
{
if (wiki_is_japanese() || wiki_is_korean())
{
keyboard_key = qwerty_full_char;
keyboard_entries = ARRAY_SIZE(qwerty_full_char);
}
else
{
keyboard_key = qwerty_char;
keyboard_entries = ARRAY_SIZE(qwerty_char);
}
}
else if (kb_mode == KEYBOARD_CHAR_JP)
{
keyboard_key = qwerty_char;
keyboard_entries = ARRAY_SIZE(qwerty_char);
}
else if (kb_mode == KEYBOARD_CHAR_KO)
{
keyboard_key = qwerty_char;
keyboard_entries = ARRAY_SIZE(qwerty_char);
}
else if (kb_mode == KEYBOARD_CHAR_DA)
{
keyboard_key = qwerty_char_da;
keyboard_entries = ARRAY_SIZE(qwerty_char_da);
}
else if (kb_mode == KEYBOARD_NUM)
{
keyboard_key = qwerty_num;
keyboard_entries = ARRAY_SIZE(qwerty_num);
}
else if (kb_mode == KEYBOARD_PHONE_STYLE_JP)
{
keyboard_key = phone_jp;
keyboard_entries = ARRAY_SIZE(phone_jp);
}
else if (kb_mode == KEYBOARD_PHONE_STYLE_TW)
{
keyboard_key = phone_tw;
keyboard_entries = ARRAY_SIZE(phone_tw);
}
else if (kb_mode == KEYBOARD_PHONE_STYLE_ABC)
{
if (wiki_is_TC())
{
keyboard_key = phone_tw_abc;
keyboard_entries = ARRAY_SIZE(phone_tw_abc);
}
else
{
keyboard_key = phone_abc;
keyboard_entries = ARRAY_SIZE(phone_abc);
}
}
else if (kb_mode == KEYBOARD_PHONE_STYLE_123)
{
if (wiki_is_TC())
{
keyboard_key = phone_tw_123;
keyboard_entries = ARRAY_SIZE(phone_tw_123);
}
else
{
keyboard_key = phone_123;
keyboard_entries = ARRAY_SIZE(phone_123);
}
}
else if (kb_mode == KEYBOARD_CLEAR_HISTORY)
{
keyboard_key = clear_history;
keyboard_entries = ARRAY_SIZE(clear_history);
}
else if (kb_mode == KEYBOARD_PASSWORD_CHAR)
{
keyboard_key = password_char;
keyboard_entries = ARRAY_SIZE(password_char);
}
else if (kb_mode == KEYBOARD_PASSWORD_NUM)
{
keyboard_key = password_num;
keyboard_entries = ARRAY_SIZE(password_num);
}
else if (kb_mode == KEYBOARD_RESTRICTED)
{
keyboard_key = restriction;
keyboard_entries = ARRAY_SIZE(restriction);
}
else if (kb_mode == KEYBOARD_FILTER_ON_OFF)
{
keyboard_key = filter_on_off;
keyboard_entries = ARRAY_SIZE(filter_on_off);
}
else if (kb_mode == KEYBOARD_FILTER_OPTION)
{
keyboard_key = filter_option;
keyboard_entries = ARRAY_SIZE(filter_option);
}
if (keyboard_key)
{
for (i = 0; i < keyboard_entries; ++i) {
if (keyboard_key[i].left_x <= x && keyboard_key[i].right_x >= x
&& keyboard_key[i].left_y <= y && keyboard_key[i].right_y >= y
&& (nls_button_enabled() || *keyboard_key[i].key != WL_KEY_NLS)) {
return &keyboard_key[i];
}
}
}
return NULL;
}
void draw_key_bubble(int start_x, int start_y, int end_x, int end_y, unsigned char *key, int bOverwrite)
{
(void)end_y; // *** unused argument
int i, j;
int bubble_start_x, bubble_start_y, bubble_end_x, bubble_end_y;
int bubble_stem_start_x, bubble_stem_start_y, bubble_stem_end_x, bubble_stem_end_y;
int bubble_stem_left_diff, bubble_stem_right_diff;
unsigned char s[5];
int width;
int bubble_adjust = 0;
int bubble_stem_width = end_x - start_x + 3;
uint8_t *framebuffer = lcd_get_framebuffer();
guilib_fb_lock();
bubble_start_x = start_x - (KEY_BUBBLE_TOTAL_WIDTH - (end_x - start_x + 1)) / 2;
if (bubble_start_x < 0)
{
bubble_adjust = -bubble_start_x;
bubble_start_x = 0;
}
else if (bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH > LCD_BUF_WIDTH_PIXELS)
{
bubble_adjust = -(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - LCD_BUF_WIDTH_PIXELS);
bubble_start_x = LCD_BUF_WIDTH_PIXELS - KEY_BUBBLE_TOTAL_WIDTH;
}
bubble_start_y = start_y + KEY_BUBBLE_STEM_UNDER_KEYPAD_PIXELS + KEY_BUBBLE_STEM_HEIGHT - KEY_BUBBLE_TOTAL_HEIGHT;
bubble_end_x = bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - 1;
bubble_end_y = bubble_start_y + KEY_BUBBLE_TOTAL_HEIGHT - KEY_BUBBLE_STEM_HEIGHT - 1;
if (!bOverwrite)
{
bubble_stem_start_x = bubble_start_x - bubble_adjust + (KEY_BUBBLE_TOTAL_WIDTH - bubble_stem_width) / 2;
bubble_stem_end_x = bubble_stem_start_x + bubble_stem_width - 1;
bubble_stem_start_y = bubble_end_y + 1;
bubble_stem_end_y = bubble_start_y + KEY_BUBBLE_TOTAL_HEIGHT - 1;
bubble_stem_left_diff = bubble_stem_start_x - bubble_start_x - bubble_adjust;
bubble_stem_right_diff = bubble_end_x - bubble_stem_end_x + bubble_adjust;
key_bubble_save_x_start_byte = bubble_start_x / 8;
key_bubble_save_y_start = bubble_start_y;
key_bubble_save_width_bytes = KEY_BUBBLE_TOTAL_WIDTH_BYTES;
if (key_bubble_save_x_start_byte + key_bubble_save_width_bytes > LCD_BUF_WIDTH_BYTES)
key_bubble_save_width_bytes = LCD_BUF_WIDTH_BYTES - key_bubble_save_x_start_byte;
for (i = 0; i < KEY_BUBBLE_TOTAL_HEIGHT; i++)
{
memcpy(&key_bubble_save[i * KEY_BUBBLE_TOTAL_WIDTH_BYTES],
&framebuffer[(key_bubble_save_y_start + i) * LCD_BUF_WIDTH_BYTES + key_bubble_save_x_start_byte], key_bubble_save_width_bytes);
}
for (i = 0; i < KEY_BUBBLE_TOTAL_HEIGHT - KEY_BUBBLE_STEM_HEIGHT; i++)
{
if (i == 0 || i == 1)
{
for (j = 2 - i; j < KEY_BUBBLE_TOTAL_WIDTH - 2 + i; j++)
lcd_set_pixel(bubble_start_x + j, bubble_start_y + i, LCD_BLACK);
}
else if (i == 2)
{
lcd_set_pixel(bubble_start_x + 2 - i, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + 3 - i, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + 4 - i, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - 3 + i, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - 4 + i, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - 5 + i, bubble_start_y + i, LCD_BLACK);
for (j = 5 - i; j < KEY_BUBBLE_TOTAL_WIDTH - 5 + i; j++)
lcd_set_pixel(bubble_start_x + j, bubble_start_y + i, LCD_WHITE);
}
else if (KEY_BUBBLE_TOTAL_HEIGHT - KEY_BUBBLE_STEM_HEIGHT - 3 <= i && i <= KEY_BUBBLE_TOTAL_HEIGHT - KEY_BUBBLE_STEM_HEIGHT - 1 )
{
int left_diff, right_diff;
left_diff = bubble_stem_left_diff / (KEY_BUBBLE_TOTAL_HEIGHT - KEY_BUBBLE_STEM_HEIGHT - i);
if (bubble_stem_left_diff && ! left_diff)
left_diff = 1;
bubble_stem_left_diff -= left_diff;
right_diff = bubble_stem_right_diff / (KEY_BUBBLE_TOTAL_HEIGHT - KEY_BUBBLE_STEM_HEIGHT - i);
if (bubble_stem_right_diff && ! right_diff)
right_diff = 1;
bubble_stem_right_diff -= right_diff;
lcd_set_pixel(bubble_start_x + left_diff, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + left_diff + 1, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - right_diff - 1, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - right_diff - 2, bubble_start_y + i, LCD_BLACK);
for (j = left_diff + 2; j < KEY_BUBBLE_TOTAL_WIDTH - right_diff - 2; j++)
lcd_set_pixel(bubble_start_x + j, bubble_start_y + i, LCD_WHITE);
}
else
{
lcd_set_pixel(bubble_start_x, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + 1, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - 1, bubble_start_y + i, LCD_BLACK);
lcd_set_pixel(bubble_start_x + KEY_BUBBLE_TOTAL_WIDTH - 2, bubble_start_y + i, LCD_BLACK);
for (j = 2; j < KEY_BUBBLE_TOTAL_WIDTH - 2; j++)
lcd_set_pixel(bubble_start_x + j, bubble_start_y + i, LCD_WHITE);
}
}
for (i = 0; i < KEY_BUBBLE_STEM_HEIGHT; i++) // drawn from the bottom of the stem
{
if (i == 0) // bottom
{
for (j = 3; j < bubble_stem_width - 3; j++)
lcd_set_pixel(bubble_stem_start_x + j, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_BLACK);
}
else if (1 <= i && i <= 2)
{
lcd_set_pixel(bubble_stem_start_x + 3 - i, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_BLACK);
lcd_set_pixel(bubble_stem_start_x + bubble_stem_width - 4 + i, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_BLACK);
for (j = 4 - i; j < bubble_stem_width - 4 + i; j++)
lcd_set_pixel(bubble_stem_start_x + j, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_WHITE);
}
else
{
lcd_set_pixel(bubble_stem_start_x, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_BLACK);
lcd_set_pixel(bubble_stem_start_x + bubble_stem_width - 1, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_BLACK);
for (j = 1; j < bubble_stem_width - 1; j++)
lcd_set_pixel(bubble_stem_start_x + j, bubble_stem_start_y + (KEY_BUBBLE_STEM_HEIGHT - 1 - i), LCD_WHITE);
}
}
}
else
{
guilib_clear_area(bubble_start_x + 2, bubble_start_y + 2, bubble_end_x - 2, bubble_end_y - 2);
}
if (kb_mode == KEYBOARD_CHAR_KO)
alphabet_to_korean_jamo(s, *key);
else
utf8_char_toupper(s, key);
width = get_external_str_pixel_width(s, TITLE_FONT_IDX);
render_string(TITLE_FONT_IDX, bubble_start_x + (KEY_BUBBLE_TOTAL_WIDTH - width) / 2, bubble_start_y + 1, s, 1, 0);
guilib_fb_unlock();
}
void restore_key_bubble(void)
{
int i;
int y_start = 0;
uint8_t *framebuffer = lcd_get_framebuffer();
guilib_fb_lock();
if (b_type_a_word_cleared && key_bubble_save_y_start <= LCD_HEIGHT - KEYBOARD_HEIGHT - KEY_BUBBLE_CONDITIONAL_RESTORE_HEIGHT + 5)
{
y_start = KEY_BUBBLE_CONDITIONAL_RESTORE_HEIGHT;
}
for (i = y_start; i < KEY_BUBBLE_TOTAL_HEIGHT; i++)
memcpy(&framebuffer[(key_bubble_save_y_start + i) * LCD_BUF_WIDTH_BYTES + key_bubble_save_x_start_byte],
&key_bubble_save[i * KEY_BUBBLE_TOTAL_WIDTH_BYTES], key_bubble_save_width_bytes);
guilib_fb_unlock();
}
void keyboard_process_key_invert(struct keyboard_key *key, bool bResetDelay)
{
int start_x, start_y, end_x, end_y;
start_x = key->left_x_inverted;
start_y = key->left_y_inverted;
end_x = key->right_x_inverted;
end_y = key->right_y_inverted;
if (*key->key == WL_KEY_NLS)
{
int y_diff, x_diff;
for (y_diff = -2; y_diff <= (end_y - start_y) / 2; y_diff++)
{
if (y_diff == -2)
x_diff = 13;
else if (y_diff == -1)
x_diff = 10;
else if (y_diff == 0)
x_diff = 7;
else if (1 <= y_diff && y_diff <= 5)
x_diff = 6 - y_diff;
else if (y_diff == 6)
x_diff = 1;
else if (7 <= y_diff && y_diff <= 8)
x_diff = 0;
else if (9 <= y_diff && y_diff <= 11)
x_diff = -1;
else
x_diff = -2;
guilib_invert_area(start_x + x_diff, start_y + y_diff, end_x - x_diff, start_y + y_diff);
guilib_invert_area(start_x + x_diff, end_y - y_diff, end_x - x_diff, end_y - y_diff);
}
}
else if (kb_mode > KEYBOARD_PHONE_STYLE)
{
guilib_invert_area(start_x,start_y,end_x,end_y);
guilib_invert_area(start_x,start_y,start_x,start_y);
guilib_invert_area(start_x,end_y,start_x,end_y);
guilib_invert_area(end_x,start_y,end_x,start_y);
guilib_invert_area(end_x,end_y,end_x,end_y);
}
else if (*key->key == ' ' || *key->key == WL_KEY_BACKSPACE || isupper(*key->key))
{
guilib_invert_area(start_x,start_y,end_x,end_y);
guilib_invert_area(start_x,start_y,start_x,start_y);
guilib_invert_area(start_x,end_y,start_x,end_y);
guilib_invert_area(end_x,start_y,end_x,start_y);
guilib_invert_area(end_x,end_y,end_x,end_y);
}
else
{
if (kb_mode == KEYBOARD_CHAR_KO && is_korean_special_key(key))
{
bIsKoreanSpecialKey = 1;
bKoreanSpecialKeyEnabled = 0;
key_bubble_start_time = timer_get();
}
else
{
bIsKoreanSpecialKey = 0;
bKoreanSpecialKeyEnabled = 0;
}
draw_key_bubble(start_x, start_y, end_x, end_y, full_alphabet_to_half(key->key, NULL), 0);
}
if (bResetDelay)
keyboard_key_invert_dalay = 0;
}
// return values:
// 0 - no key inverted
// 1 - key without multiple selections inverted
// -1 - key with multiple selections inverted
int keyboard_key_inverted(void)
{
if (pre_key)
{
if (multi_selection_key(pre_key))
return -1;
else
return 1;
}
else