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editor.c
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editor.c
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//--------------------------------------------------------------
// File name: editor.c
//--------------------------------------------------------------
#include "launchelf.h"
enum {
COL_NORM_BG = GS_SETREG_RGBA(160, 160, 160, 0),
COL_NORM_TEXT = GS_SETREG_RGBA(0, 0, 0, 0),
COL_MARK_BG = GS_SETREG_RGBA(0, 40, 160, 0),
COL_MARK_TEXT = GS_SETREG_RGBA(160, 160, 160, 0),
COL_CUR_INSERT = GS_SETREG_RGBA(0, 160, 0, 0),
COL_CUR_OVERWR = GS_SETREG_RGBA(160, 0, 0, 0),
COL_LINE_END = GS_SETREG_RGBA(160, 80, 0, 0),
COL_TAB = GS_SETREG_RGBA(0, 0, 160, 0),
COL_TEXT_END = GS_SETREG_RGBA(0, 160, 160, 0),
COL_dummy
};
enum {
NEW,
OPEN,
CLOSE,
SAVE,
SAVE_AS,
WINDOWS,
EXIT,
NUM_MENU
}; // Menu Fonction.
enum {
MARK_START,
MARK_ON,
MARK_COPY,
MARK_CUT,
MARK_IN,
MARK_OUT,
MARK_TMP,
MARK_SIZE,
MARK_PRINT,
MARK_COLOR,
NUM_MARK
}; // Marking Fonction/State.
enum {
CREATED,
OPENED,
SAVED,
NUM_STATE
}; // Windowing State.
#define OTHER 1 // CR/LF Return Text Mode, 'All Normal System'.
#define UNIX 2 // CR Return Text Mode, Unix.
#define MAC 3 // LF Return Text Mode, Mac.
#define TMP 10 // Temp Buffer For Add / Remove Char.
#define EDIT 11 // Edit Buffer For Copy / Cut / Paste.
static char *TextBuffer[12]; // Text Buffers, 10 Windows Max + 1 TMP + 1 EDIT. See above.
static int Window[10][NUM_STATE], // Windowing System, 10 Windows Max.
TextMode[10], // Text Mode, UNIX, MAC, OTHER.
TextSize[10], // Text Size, 10 Windows Max.
Editor_nRowsWidth[MAX_ENTRY], // Current Window, Char Number For Each Rows. (MAX_ENTRY???)
Mark[NUM_MARK], // Marking System,(Mark, Copy, Cut, Paste, Delete),Work From 1 Window To An Other.
Active_Window, // Activated Windows Number.
Num_Window, // Opened Windows Count.
Editor_Cur, // Text Cursor.
Tmp_Cur, // Temp Cursor For Rules Calculations.
Editor_nChar, // Current Window, Total Char Number.
Editor_nRowsNum, // Current Window, Total Rows Number.
Editor_nCharRows, // Current Window, Char Number Per Rows Height.
Editor_nRowsTop, // Current Window, Rows Number Above Top Screen For Rules Calculations.
Rows_Num, // Rows Number Feeting In Screen Height.
Rows_Width, // Char Number Feeting In Screen Width.
Top_Width, // Char Number In Rows Above Top Screen.
Top_Height, // Current Window Rows Number Above Top Screen.
Editor_Insert, // Setting Insert On/Off.
Editor_RetMode, // Setting Insert On/Off.
Editor_Home, // Goto Line Home.
Editor_End, // Goto Line End
Editor_PushRows, // Push 1 Row Height Up(+1) Or Down(-1), Use For Page Up/Down Too.
Editor_TextEnd, // Set To 1 When '\0' Char Is Found Tell Text End.
KeyBoard_Cur, // Virtual KeyBoard Cursor.
KeyBoard_Active, // Virtual KeyBoard Activated Or Not.
del1, del2, del3, del4, // Deleted Chars Different Cases.
ins1, ins2, ins3, ins4, ins5, // Added Chars Different Cases.
t; // Text Cursor Timer.
static char Path[10][MAX_PATH]; // File Path For Each Opened Windows. 10 Max.
static const int WFONTS = 20, // Virtual KeyBoard Width.
HFONTS = 5; // Virtual KeyBoard Height.
static char *KEY = " 01ABCDEFGHIJKLM:; "
" 23NOPQRSTUVWXYZ., "
" 45abcdefghijklm() "
" 67nopqrstuvwxyz[] "
" 89+-=!#\\/?$%&@_^' "; // Virtual KeyBoard Matrix.
// Function Prototypes
static int MenuEditor(void);
static void Virt_KeyBoard_Entry(void);
static int KeyBoard_Entry(void);
static void Editor_Rules(void);
static int Windows_Selector(void);
static void Init(void);
static int New(int Win);
static int OpenFile(int Win);
static int Open(int Win, const char *path);
static void Close(int Win);
static void Save(int Win);
static void Save_As(int Win);
//--------------------------------------------------------------
static int MenuEditor(void)
{
u64 color;
char enable[NUM_MENU], tmp[64];
int x, y, i, Menu_Sel;
int event, post_event = 0;
int menu_len = strlen(LNG(New)) > strlen(LNG(Open)) ?
strlen(LNG(New)) :
strlen(LNG(Open));
menu_len = strlen(LNG(Close)) > menu_len ? strlen(LNG(Close)) : menu_len;
menu_len = strlen(LNG(Save)) > menu_len ? strlen(LNG(Save)) : menu_len;
menu_len = strlen(LNG(Save_As)) > menu_len ? strlen(LNG(Save_As)) : menu_len;
menu_len = strlen(LNG(Windows)) > menu_len ? strlen(LNG(Windows)) : menu_len;
menu_len = strlen(LNG(Exit)) > menu_len ? strlen(LNG(Exit)) : menu_len;
int menu_ch_w = menu_len + 1; // Total characters in longest menu string.
int menu_ch_h = NUM_MENU; // Total number of menu lines.
int mSprite_Y1 = 64; // Top edge of sprite.
int mSprite_X2 = SCREEN_WIDTH - 35; // Right edge of sprite.
int mSprite_X1 = mSprite_X2 - (menu_ch_w + 3) * FONT_WIDTH; // Left edge of sprite
int mSprite_Y2 = mSprite_Y1 + (menu_ch_h + 1) * FONT_HEIGHT; // Bottom edge of sprite
memset(enable, TRUE, NUM_MENU);
if (!Window[Active_Window][OPENED]) {
enable[CLOSE] = FALSE;
enable[SAVE] = FALSE;
enable[SAVE_AS] = FALSE;
}
if (Window[Active_Window][CREATED]) {
enable[SAVE] = FALSE;
}
if (!Num_Window)
enable[WINDOWS] = FALSE;
for (Menu_Sel = 0; Menu_Sel < NUM_MENU; Menu_Sel++)
if (enable[Menu_Sel] == TRUE)
break;
event = 1; // event = initial entry.
while (1) {
// Pad response section.
waitPadReady(0, 0);
if (readpad()) {
if (new_pad & PAD_UP && Menu_Sel < NUM_MENU) {
event |= 2; // event |= valid pad command.
do {
Menu_Sel--;
if (Menu_Sel < 0)
Menu_Sel = NUM_MENU - 1;
} while (!enable[Menu_Sel]);
} else if (new_pad & PAD_DOWN && Menu_Sel < NUM_MENU) {
event |= 2; // event |= valid pad command.
do {
Menu_Sel++;
if (Menu_Sel == NUM_MENU)
Menu_Sel = 0;
} while (!enable[Menu_Sel]);
} else if ((new_pad & PAD_TRIANGLE) || (!swapKeys && new_pad & PAD_CROSS) || (swapKeys && new_pad & PAD_CIRCLE)) {
return -1;
} else if ((swapKeys && new_pad & PAD_CROSS) || (!swapKeys && new_pad & PAD_CIRCLE)) {
break;
}
}
if (event || post_event) { // NB: We need to update two frame buffers per event.
// Display section.
drawPopSprite(setting->color[COLOR_BACKGR],
mSprite_X1, mSprite_Y1,
mSprite_X2, mSprite_Y2);
drawFrame(mSprite_X1, mSprite_Y1, mSprite_X2, mSprite_Y2, setting->color[COLOR_FRAME]);
for (i = 0, y = mSprite_Y1 + FONT_HEIGHT / 2; i < NUM_MENU; i++) {
if (i == NEW)
strcpy(tmp, LNG(New));
else if (i == OPEN)
strcpy(tmp, LNG(Open));
else if (i == CLOSE)
strcpy(tmp, LNG(Close));
else if (i == SAVE)
strcpy(tmp, LNG(Save));
else if (i == SAVE_AS)
strcpy(tmp, LNG(Save_As));
else if (i == WINDOWS)
strcpy(tmp, LNG(Windows));
else if (i == EXIT)
strcpy(tmp, LNG(Exit));
if (enable[i])
color = setting->color[COLOR_TEXT];
else
color = setting->color[COLOR_FRAME];
printXY(tmp, mSprite_X1 + 2 * FONT_WIDTH, y, color, TRUE, 0);
y += FONT_HEIGHT;
}
if (Menu_Sel < NUM_MENU)
drawChar(LEFT_CUR, mSprite_X1 + FONT_WIDTH, mSprite_Y1 + (FONT_HEIGHT / 2 + Menu_Sel * FONT_HEIGHT), setting->color[COLOR_TEXT]);
// Tooltip section.
x = SCREEN_MARGIN;
y = Menu_tooltip_y;
drawSprite(setting->color[COLOR_BACKGR],
0, y - 1,
SCREEN_WIDTH, y + 16);
if (swapKeys)
sprintf(tmp, "\xFF"
"1:%s \xFF"
"0:%s \xFF"
"3:%s",
LNG(OK), LNG(Cancel), LNG(Back));
else
sprintf(tmp, "\xFF"
"0:%s \xFF"
"1:%s \xFF"
"3:%s",
LNG(OK), LNG(Cancel), LNG(Back));
printXY(tmp, x, y, setting->color[COLOR_SELECT], TRUE, 0);
} // ends if(event||post_event).
drawScr();
post_event = event;
event = 0;
} // ends while.
return Menu_Sel;
} // ends menu.
//--------------------------------------------------------------
static void Virt_KeyBoard_Entry(void)
{
int i, Operation;
Operation = 0;
if (new_pad & PAD_UP) { // Virtual KeyBoard move up.
if (!KeyBoard_Cur)
KeyBoard_Cur = WFONTS * (HFONTS - 1);
else if (KeyBoard_Cur == WFONTS - 1)
KeyBoard_Cur = WFONTS * HFONTS - 1;
else if (KeyBoard_Cur > 0) {
if ((KeyBoard_Cur -= WFONTS) < 0)
KeyBoard_Cur = 0;
}
// ends Virtual KeyBoard move up.
} else if (new_pad & PAD_DOWN) { // Virtual KeyBoard move down.
if (KeyBoard_Cur == WFONTS * HFONTS - 1)
KeyBoard_Cur = WFONTS - 1;
else if (KeyBoard_Cur == WFONTS * (HFONTS - 1))
KeyBoard_Cur = 0;
else if (KeyBoard_Cur < WFONTS * HFONTS - 1) {
if ((KeyBoard_Cur += WFONTS) > WFONTS * HFONTS - 1)
KeyBoard_Cur = WFONTS * HFONTS - 1;
}
// ends Virtual KeyBoard move down.
} else if (new_pad & PAD_LEFT) { // Virtual KeyBoard move left.
if (!KeyBoard_Cur)
KeyBoard_Cur = WFONTS * HFONTS - 1;
else
KeyBoard_Cur--;
// ends Virtual KeyBoard move left.
} else if (new_pad & PAD_RIGHT) { // Virtual KeyBoard move right.
if (KeyBoard_Cur == WFONTS * HFONTS - 1)
KeyBoard_Cur = 0;
else
KeyBoard_Cur++;
// ends Virtual KeyBoard move right.
} else if (new_pad & PAD_L2) { // Text move left.
if (Editor_Cur > 0)
Editor_Cur--;
} else if (new_pad & PAD_R2) { // Text move right.
if (Editor_Cur < Editor_nChar && TextBuffer[Active_Window][Editor_Cur] != '\0')
Editor_Cur++;
} else if (new_pad & PAD_SELECT) { // Virtual KeyBoard Exit.
Rows_Num += 6;
KeyBoard_Active = 0;
} else if ((!swapKeys && new_pad & PAD_CROSS) || (swapKeys && new_pad & PAD_CIRCLE)) { // Virtual KeyBoard Backspace
if (Editor_Cur > 0) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur += 1; // Backspace at LF of CRLF must work after LF instead
}
if (Mark[MARK_ON]) {
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
del1 = -Mark[MARK_SIZE], del2 = 0, del3 = -Mark[MARK_SIZE], del4 = -Mark[MARK_SIZE];
Mark[MARK_ON] = 0;
} else if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur - 1] == '\n' && Editor_Cur > 1 && TextBuffer[Active_Window][Editor_Cur - 2] == '\r') {
del1 = -2, del2 = 0, del3 = -2, del4 = -2; // Backspace CRLF
} else {
del1 = -1, del2 = 0, del3 = -1, del4 = -1; // Backspace single char
}
Operation = -1;
}
// ends Virtual KeyBoard Backspace
} else if ((swapKeys && new_pad & PAD_CROSS) || (!swapKeys && new_pad & PAD_CIRCLE)) { // Virtual KeyBoard Select.
if (!KeyBoard_Cur) { // Virtual KeyBoard MARK.
Mark[MARK_ON] = !Mark[MARK_ON];
if (Mark[MARK_ON]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Marking at LF of CRLF must start at CR instead
}
if (Mark[MARK_COPY] || Mark[MARK_CUT])
free(TextBuffer[EDIT]);
Mark[MARK_ON] = 1, Mark[MARK_COPY] = 0, Mark[MARK_CUT] = 0,
Mark[MARK_IN] = 0, Mark[MARK_OUT] = 0, Mark[MARK_TMP] = 0,
Mark[MARK_SIZE] = 0, Mark[MARK_PRINT] = 0, Mark[MARK_COLOR] = 0;
Mark[MARK_IN] = Mark[MARK_OUT] = Editor_Cur;
}
Mark[MARK_START] = 1;
// ends Virtual KeyBoard MARK.
} else if (KeyBoard_Cur == WFONTS) { // Virtual KeyBoard COPY.
if (Mark[MARK_ON]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur += 1; // Mark end at LF of CRLF must include LF as well
}
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
if (Mark[MARK_COPY] || Mark[MARK_CUT])
free(TextBuffer[EDIT]);
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
TextBuffer[EDIT] = malloc(Mark[MARK_SIZE] + 256); // 256 To Avoid Crash 256???
for (i = 0; i < Mark[MARK_SIZE]; i++)
TextBuffer[EDIT][i] = TextBuffer[Active_Window][i + Mark[MARK_IN]];
Mark[MARK_COPY] = 1, Mark[MARK_CUT] = 0, Mark[MARK_ON] = 0;
}
// ends Virtual KeyBoard COPY.
} else if (KeyBoard_Cur == 2 * WFONTS) { // Virtual KeyBoard CUT.
if (Mark[MARK_ON]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur += 1; // Mark end at LF of CRLF must include LF as well
}
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
if (Mark[MARK_COPY] || Mark[MARK_CUT])
free(TextBuffer[EDIT]);
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
TextBuffer[EDIT] = malloc(Mark[MARK_SIZE] + 256); // 256 To Avoid Crash 256???
for (i = 0; i < Mark[MARK_SIZE]; i++)
TextBuffer[EDIT][i] = TextBuffer[Active_Window][i + Mark[MARK_IN]];
del1 = -Mark[MARK_SIZE], del2 = 0, del3 = -Mark[MARK_SIZE], del4 = -Mark[MARK_SIZE];
Mark[MARK_CUT] = 1, Mark[MARK_COPY] = 0, Mark[MARK_ON] = 0;
Operation = -1;
}
abort:
Mark[MARK_TMP] = 0; // just for compiler warning.
// ends Virtual KeyBoard CUT.
} else if (KeyBoard_Cur == 3 * WFONTS) { // Virtual KeyBoard PASTE.
if (Mark[MARK_COPY] || Mark[MARK_CUT]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n') {
Editor_Cur -= 1;
Mark[MARK_SIZE] -= 1;
}
ins1 = Mark[MARK_SIZE], ins2 = Mark[MARK_SIZE], ins3 = Mark[MARK_SIZE], ins4 = 0, ins5 = Mark[MARK_SIZE];
Operation = 1;
}
// ends Virtual KeyBoard PASTE.
} else if (KeyBoard_Cur == 4 * WFONTS) { // Virtual KeyBoard HOME.
Editor_Home = 1;
} else if (KeyBoard_Cur == 1) { // Virtual KeyBoard LINE UP.
if (Editor_Cur > 0)
Editor_PushRows++;
} else if (KeyBoard_Cur == WFONTS + 1) { // Virtual KeyBoard LINE DOWN.
if (Editor_Cur < Editor_nChar)
Editor_PushRows--;
} else if (KeyBoard_Cur == 2 * WFONTS + 1) { // Virtual KeyBoard PAGE UP.
if (Editor_Cur > 0)
Editor_PushRows += 1 * (Rows_Num - 1);
} else if (KeyBoard_Cur == 3 * WFONTS + 1) { // Virtual KeyBoard PAGE DOWN.
if (Editor_Cur < Editor_nChar && TextBuffer[Active_Window][Editor_Cur] != '\0')
Editor_PushRows -= 1 * (Rows_Num - 1);
} else if (KeyBoard_Cur == 4 * WFONTS + 1) { // Virtual KeyBoard END.
Editor_End = 1;
} else if (KeyBoard_Cur == WFONTS - 1) { // Virtual KeyBoard INSERT.
Editor_Insert = !Editor_Insert;
} else if (KeyBoard_Cur == 2 * WFONTS - 1) { // Virtual KeyBoard Return Mode CR/LF, LF, CR.
if ((Editor_RetMode++) >= 4)
Editor_RetMode = OTHER;
} else if (KeyBoard_Cur == 5 * WFONTS - 1) { // Virtual KeyBoard RETURN.
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Entry at LF of CRLF must work at CR instead
}
if (Editor_Insert || TextBuffer[Active_Window][Editor_Cur] == '\0')
if (Editor_RetMode == OTHER)
ins1 = 2, ins2 = 0, ins3 = 2, ins4 = 0, ins5 = 2; // Insert CRLF
else
ins1 = 1, ins2 = 0, ins3 = 1, ins4 = 0, ins5 = 1; // Insert LF/CR
else if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\r' && TextBuffer[Active_Window][Editor_Cur + 1] == '\n') { // OWrite Return at CRLF
if (Editor_RetMode == OTHER)
ins1 = 0, ins2 = 0, ins3 = 2, ins4 = 2, ins5 = 2; // OWrite CRLF at CRLF
else
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 2, ins5 = 1; // OWrite LF/CR at CRLF
} else { // OWrite return at normal char
if (Editor_RetMode == OTHER)
ins1 = 1, ins2 = 0, ins3 = 2, ins4 = 1, ins5 = 2; // OWrite CRLF at char
else
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 1, ins5 = 1; // OWrite LF/CR at char
}
Operation = 2;
// ends Virtual KeyBoard RETURN.
} else { // Virtual KeyBoard Any other char + Space + Tabulation.
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Entry at LF of CRLF must work at CR instead
}
if (Editor_Insert || TextBuffer[Active_Window][Editor_Cur] == '\0') {
ins1 = 1, ins2 = 0, ins3 = 1, ins4 = 0, ins5 = 1; // Insert char normally
} else {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\r' && TextBuffer[Active_Window][Editor_Cur + 1] == '\n') { // OWrite char at CRLF
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 2, ins5 = 1; // OWrite at CR of CRLF
} else { // OWrite return at normal char
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 1, ins5 = 1; // OWrite normal char
}
}
if (KeyBoard_Cur == 3 * WFONTS - 1) // Tabulation.
Operation = 3;
else if (KeyBoard_Cur == 4 * WFONTS - 1) // Space.
Operation = 4;
else // Any other char.
Operation = 5;
}
// ends Virtual KeyBoard Select.
}
if (Operation > 0) { // Perform Add Char / Paste. Can Be Simplify???
TextBuffer[TMP] = malloc(TextSize[Active_Window] + ins1 + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[TMP], TextBuffer[Active_Window]);
// memset(TextBuffer[Active_Window], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256??? free(TextBuffer[Active_Window]);
TextBuffer[Active_Window] = malloc(TextSize[Active_Window] + ins1 + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[Active_Window], TextBuffer[TMP]);
}
switch (Operation) {
case 0:
break;
case -1: // Perform Del Char / Cut. Can Be Simplify???
TextBuffer[TMP] = malloc(TextSize[Active_Window] + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[TMP], TextBuffer[Active_Window]);
TextBuffer[Active_Window][Editor_Cur + del1] = '\0';
strcat(TextBuffer[Active_Window], TextBuffer[TMP] + (Editor_Cur + del2));
strcpy(TextBuffer[TMP], TextBuffer[Active_Window]);
// memset(TextBuffer[Active_Window], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256???
free(TextBuffer[Active_Window]);
TextBuffer[Active_Window] = malloc(TextSize[Active_Window] + del3 + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[Active_Window], TextBuffer[TMP]);
// memset(TextBuffer[TMP], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256???
free(TextBuffer[TMP]);
Editor_Cur += del3, TextSize[Active_Window] += del4;
t = 0;
break;
case 1: // Paste.
for (i = 0; i < ins2; i++)
TextBuffer[Active_Window][i + Editor_Cur] = TextBuffer[EDIT][i];
goto common;
case 2: // Return.
if (Editor_RetMode == OTHER) {
TextBuffer[Active_Window][Editor_Cur + ins2] = '\r';
TextBuffer[Active_Window][Editor_Cur + ins2 + 1] = '\n';
} else if (Editor_RetMode == UNIX) {
TextBuffer[Active_Window][Editor_Cur + ins2] = '\r';
} else if (Editor_RetMode == MAC) {
TextBuffer[Active_Window][Editor_Cur + ins2] = '\n';
}
goto common;
case 3: // Tabulation.
TextBuffer[Active_Window][Editor_Cur + ins2] = '\t';
goto common;
case 4: // Space.
TextBuffer[Active_Window][Editor_Cur + ins2] = ' ';
goto common;
case 5: // Any Char.
TextBuffer[Active_Window][Editor_Cur + ins2] = KEY[KeyBoard_Cur];
goto common;
common:
TextBuffer[Active_Window][Editor_Cur + ins3] = '\0';
strcat(TextBuffer[Active_Window], TextBuffer[TMP] + (Editor_Cur + ins4));
// memset(TextBuffer[TMP], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256???
free(TextBuffer[TMP]);
Editor_Cur += ins5, TextSize[Active_Window] += ins1;
t = 0;
break;
}
}
//------------------------------
// endfunc Virt_KeyBoard_Entry
//--------------------------------------------------------------
static int KeyBoard_Entry(void)
{
int i, ret = 0, Operation;
char KeyPress;
Operation = 0;
if (PS2KbdRead(&KeyPress)) { // KeyBoard Response Section.
ret = 1; // Equal To event |= pad command.
if (KeyPress == PS2KBD_ESCAPE_KEY) {
PS2KbdRead(&KeyPress);
if (KeyPress)
t = 0;
if (KeyPress == 0x29) { // Key Right.
if (Editor_Cur < Editor_nChar && TextBuffer[Active_Window][Editor_Cur] != '\0')
Editor_Cur++;
} else if (KeyPress == 0x2A) { // Key Left.
if (Editor_Cur > 0)
Editor_Cur--;
} else if (KeyPress == 0x2C) { // Key Up.
if (Editor_Cur > 0)
Editor_PushRows++;
} else if (KeyPress == 0x2B) { // Key Down.
if (Editor_Cur < Editor_nChar && TextBuffer[Active_Window][Editor_Cur] != '\0')
Editor_PushRows--;
} else if (KeyPress == 0x24) // Key Home.
Editor_Home = 1;
else if (KeyPress == 0x27) // Key End.
Editor_End = 1;
else if (KeyPress == 0x25) { // Key PgUp.
if (Editor_Cur > 0)
Editor_PushRows += 1 * (Rows_Num - 1);
} else if (KeyPress == 0x28) { // Key PgDn.
if (Editor_Cur < Editor_nChar && TextBuffer[Active_Window][Editor_Cur] != '\0')
Editor_PushRows -= 1 * (Rows_Num - 1);
} else if (KeyPress == 0x23) // Key Insert.
Editor_Insert = !Editor_Insert;
else if (KeyPress == 0x26) { // Key Delete.
if (Editor_Cur < Editor_nChar) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Delete at LF of CRLF must work at CR instead
}
if (Mark[MARK_ON]) {
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
del1 = -Mark[MARK_SIZE], del2 = 0, del3 = -Mark[MARK_SIZE], del4 = -Mark[MARK_SIZE];
Mark[MARK_ON] = 0;
} else if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\r' && TextBuffer[Active_Window][Editor_Cur + 1] == '\n') { // Delete at CRLF
del1 = 0, del2 = 2, del3 = 0, del4 = -2; // delete CRLF
} else if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n') {
del1 = -1, del2 = 1, del3 = -1, del4 = -2;
} else {
del1 = 0, del2 = 1, del3 = 0, del4 = -1; // delete single char
}
Operation = -1;
}
} else if (KeyPress == 0x01) { // Key F1 MENU.
ret = 2;
} else if (KeyPress == 0x1B) { // Key Escape EXIT Editor.
ret = 3;
}
} else {
if (KeyPress == 0x12) { // Key Ctrl+r Return Mode CR/LF Or LF Or CR.
if ((Editor_RetMode++) >= 4)
Editor_RetMode = OTHER;
} else if (KeyPress == 0x02) { // Key Ctrl+b MARK.
Mark[MARK_ON] = !Mark[MARK_ON];
if (Mark[MARK_ON]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Marking at LF of CRLF must start at CR instead
}
if (Mark[MARK_COPY] || Mark[MARK_CUT])
free(TextBuffer[EDIT]);
Mark[MARK_ON] = 1, Mark[MARK_COPY] = 0, Mark[MARK_CUT] = 0,
Mark[MARK_IN] = 0, Mark[MARK_OUT] = 0, Mark[MARK_TMP] = 0,
Mark[MARK_SIZE] = 0, Mark[MARK_PRINT] = 0, Mark[MARK_COLOR] = 0;
Mark[MARK_IN] = Mark[MARK_OUT] = Editor_Cur;
}
Mark[MARK_START] = 1;
// ends Key Ctrl+b MARK.
} else if (KeyPress == 0x03) { // Key Ctrl+c COPY.
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur += 1; // Mark end at LF of CRLF must include LF as well
}
if (Mark[MARK_ON]) {
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
if (Mark[MARK_COPY] || Mark[MARK_CUT])
free(TextBuffer[EDIT]);
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
TextBuffer[EDIT] = malloc(Mark[MARK_SIZE] + 256); // 256 To Avoid Crash 256???
for (i = 0; i < Mark[MARK_SIZE]; i++)
TextBuffer[EDIT][i] = TextBuffer[Active_Window][i + Mark[MARK_IN]];
Mark[MARK_COPY] = 1, Mark[MARK_CUT] = 0, Mark[MARK_ON] = 0, Mark[MARK_TMP] = 0;
}
// ends Key Ctrl+c COPY.
} else if (KeyPress == 0x18) { // Key Ctrl+x CUT.
if (Mark[MARK_ON]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur += 1; // Mark end at LF of CRLF must include LF as well
}
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
if (Mark[MARK_COPY] || Mark[MARK_CUT])
free(TextBuffer[EDIT]);
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
TextBuffer[EDIT] = malloc(Mark[MARK_SIZE] + 256); // 256 To Avoid Crash 256???
for (i = 0; i < Mark[MARK_SIZE]; i++)
TextBuffer[EDIT][i] = TextBuffer[Active_Window][i + Mark[MARK_IN]];
del1 = -Mark[MARK_SIZE], del2 = 0, del3 = -Mark[MARK_SIZE], del4 = -Mark[MARK_SIZE];
Mark[MARK_CUT] = 1, Mark[MARK_COPY] = 0, Mark[MARK_ON] = 0, Mark[MARK_TMP] = 0;
Operation = -2;
}
// ends Key Ctrl+x CUT.
} else if (KeyPress == 0x16) { // Key Ctrl+v PASTE.
if (Mark[MARK_COPY] || Mark[MARK_CUT]) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n') {
Editor_Cur -= 1;
Mark[MARK_SIZE] -= 1;
}
ins1 = Mark[MARK_SIZE], ins2 = Mark[MARK_SIZE], ins3 = Mark[MARK_SIZE], ins4 = 0, ins5 = Mark[MARK_SIZE];
Operation = 1;
}
// ends Key Ctrl+v PASTE.
} else if (KeyPress == 0x07) { // Key BackSpace.
if (Editor_Cur > 0) {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur += 1; // Backspace at LF of CRLF must work after LF
}
if (Mark[MARK_ON]) {
Mark[MARK_OUT] = Editor_Cur;
if (Mark[MARK_OUT] < Mark[MARK_IN]) {
Mark[MARK_TMP] = Mark[MARK_IN];
Mark[MARK_IN] = Mark[MARK_OUT];
Mark[MARK_OUT] = Mark[MARK_TMP];
} else if (Mark[MARK_IN] == Mark[MARK_OUT])
goto abort;
Mark[MARK_SIZE] = Mark[MARK_OUT] - Mark[MARK_IN];
del1 = -Mark[MARK_SIZE], del2 = 0, del3 = -Mark[MARK_SIZE], del4 = -Mark[MARK_SIZE];
Mark[MARK_ON] = 0;
} else if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur - 1] == '\n' && Editor_Cur > 1 && TextBuffer[Active_Window][Editor_Cur - 2] == '\r') {
del1 = -2, del2 = 0, del3 = -2, del4 = -2; // Backspace CRLF
} else {
del1 = -1, del2 = 0, del3 = -1, del4 = -1; // Backspace single char
}
Operation = -3;
}
// ends Key BackSpace.
} else if (KeyPress == 0x0A) { // Key Return.
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Entry at LF of CRLF must work at CR instead
}
if (Editor_Insert || TextBuffer[Active_Window][Editor_Cur] == '\0')
if (Editor_RetMode == OTHER)
ins1 = 2, ins2 = 0, ins3 = 2, ins4 = 0, ins5 = 2; // Insert CRLF
else
ins1 = 1, ins2 = 0, ins3 = 1, ins4 = 0, ins5 = 1; // Insert LF/CR
else if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\r' && TextBuffer[Active_Window][Editor_Cur + 1] == '\n') { // OWrite Return at CRLF
if (Editor_RetMode == OTHER)
ins1 = 0, ins2 = 0, ins3 = 2, ins4 = 2, ins5 = 2; // OWrite CRLF at CRLF
else
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 2, ins5 = 1; // OWrite LF/CR at CRLF
} else { // OWrite return at normal char
if (Editor_RetMode == OTHER)
ins1 = 1, ins2 = 0, ins3 = 2, ins4 = 1, ins5 = 2; // OWrite CRLF at char
else
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 1, ins5 = 1; // OWrite LF/CR at char
}
Operation = 2;
// ends Key Return.
} else { // All Other Keys.
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\n' && Editor_Cur > 0 && TextBuffer[Active_Window][Editor_Cur - 1] == '\r') {
Editor_Cur -= 1; // Entry at LF of CRLF must work at CR instead
}
if (Editor_Insert || TextBuffer[Active_Window][Editor_Cur] == '\0') {
ins1 = 1, ins2 = 0, ins3 = 1, ins4 = 0, ins5 = 1; // Insert char normally
} else {
if (TextMode[Active_Window] == OTHER && TextBuffer[Active_Window][Editor_Cur] == '\r' && TextBuffer[Active_Window][Editor_Cur + 1] == '\n') { // OWrite char at CRLF
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 2, ins5 = 1; // OWrite at CR of CRLF
} else { // OWrite return at normal char
ins1 = 0, ins2 = 0, ins3 = 1, ins4 = 1, ins5 = 1; // OWrite normal char
}
}
Operation = 3;
}
}
if (Operation > 0) { // Perform Add Char / Paste. Can Be Simplify???
TextBuffer[TMP] = malloc(TextSize[Active_Window] + ins1 + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[TMP], TextBuffer[Active_Window]);
// memset(TextBuffer[Active_Window], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256??? free(TextBuffer[Active_Window]);
TextBuffer[Active_Window] = malloc(TextSize[Active_Window] + ins1 + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[Active_Window], TextBuffer[TMP]);
}
switch (Operation) {
case 0:
break;
case -1: // Perform Del Char / Cut. Can Be Simplify???
case -2:
case -3:
TextBuffer[TMP] = malloc(TextSize[Active_Window] + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[TMP], TextBuffer[Active_Window]);
TextBuffer[Active_Window][Editor_Cur + del1] = '\0';
strcat(TextBuffer[Active_Window], TextBuffer[TMP] + (Editor_Cur + del2));
strcpy(TextBuffer[TMP], TextBuffer[Active_Window]);
// memset(TextBuffer[Active_Window], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256???
free(TextBuffer[Active_Window]);
TextBuffer[Active_Window] = malloc(TextSize[Active_Window] + del3 + 256); // 256 To Avoid Crash 256???
strcpy(TextBuffer[Active_Window], TextBuffer[TMP]);
// memset(TextBuffer[TMP], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256???
free(TextBuffer[TMP]);
Editor_Cur += del3, TextSize[Active_Window] += del4;
t = 0;
break;
case 1: // Paste.
for (i = 0; i < ins2; i++)
TextBuffer[Active_Window][i + Editor_Cur] = TextBuffer[EDIT][i];
goto common;
case 2: // Return.
if (Editor_RetMode == OTHER) {
TextBuffer[Active_Window][Editor_Cur + ins2] = '\r';
TextBuffer[Active_Window][Editor_Cur + ins2 + 1] = '\n';
} else if (Editor_RetMode == UNIX) {
TextBuffer[Active_Window][Editor_Cur + ins2] = '\r';
} else if (Editor_RetMode == MAC) {
TextBuffer[Active_Window][Editor_Cur + ins2] = '\n';
}
goto common;
case 3: // Normal characters
TextBuffer[Active_Window][Editor_Cur + ins2] = KeyPress;
common:
TextBuffer[Active_Window][Editor_Cur + ins3] = '\0';
strcat(TextBuffer[Active_Window], TextBuffer[TMP] + (Editor_Cur + ins4));
// memset(TextBuffer[TMP], 0, TextSize[Active_Window]+256); // 256 To Avoid Crash 256???
free(TextBuffer[TMP]);
Editor_Cur += ins5, TextSize[Active_Window] += ins1;
t = 0;
break;
}
abort:
KeyPress = '\0';
} // ends if(PS2KbdRead(&KeyPress)).
return ret;
}
//------------------------------
// endfunc KeyBoard_Entry
//--------------------------------------------------------------
static void Editor_Rules(void)
{
int i;
Editor_nChar = TextSize[Active_Window] + 1;
Top_Height = 0, Top_Width = 0;
Editor_nRowsNum = 0, Editor_nCharRows = 1, Editor_nRowsTop = 1;
for (i = 0; i < Editor_nChar; i++) // Rows Number, Width, Top, Calucations.
{
if ((TextMode[Active_Window] == UNIX && TextBuffer[Active_Window][i] == '\r') || // Text Mode UNIX End Line.
TextBuffer[Active_Window][i] == '\n' || // Text Mode MAC Or OTHER End Line.
Editor_nCharRows >= Rows_Width || // Line Width > Screen Width.
TextBuffer[Active_Window][i] == '\0') { // End Text.
if (i < Editor_Cur) {
if ((Editor_nRowsTop += 1) > Rows_Num) {
Top_Width += Editor_nRowsWidth[Top_Height];
Top_Height += 1;
}
}
Editor_nRowsWidth[Editor_nRowsNum] = Editor_nCharRows;
Editor_nRowsNum++;
Editor_nCharRows = 0;
}
if (TextBuffer[Active_Window][i] == '\0') // End Text Stop Calculations.
break;
Editor_nCharRows++;
}
if (Editor_Home) {
Tmp_Cur = 0;
for (i = 0; i < Editor_nRowsNum; i++) // Home Rules.
{
if ((Tmp_Cur += Editor_nRowsWidth[i]) >= Editor_Cur + 1)
break;
}
Tmp_Cur -= (Editor_nRowsWidth[i] - 1);
Editor_Cur = Tmp_Cur - 1;
Editor_Home = 0;
}
if (Editor_End) {
Tmp_Cur = 0;
for (i = 0; i < Editor_nRowsNum; i++) // End Rules.
{
if ((Tmp_Cur += Editor_nRowsWidth[i]) >= Editor_Cur + 1)
break;
}
Editor_Cur = Tmp_Cur - 1;
Editor_End = 0;
}
if (Editor_PushRows < 0) {
Tmp_Cur = 0;
for (i = 0; i < Editor_nRowsNum; i++) // Line / Page Up Rules.
{
if ((Tmp_Cur += Editor_nRowsWidth[i]) >= Editor_Cur + 1)
break;
}
Tmp_Cur -= (Editor_nRowsWidth[i] - 1);
if (Editor_nRowsWidth[i + 1] <= ((Editor_Cur + 1) - (Tmp_Cur - 1)))
Editor_Cur = Tmp_Cur + Editor_nRowsWidth[i] + Editor_nRowsWidth[i + 1] - 1 - 1;
else
Editor_Cur = Tmp_Cur + Editor_nRowsWidth[i] + ((Editor_Cur + 1) - Tmp_Cur) - 1;
Editor_PushRows++;
if (Editor_Cur + 1 >= Editor_nChar && TextBuffer[Active_Window][Editor_Cur] != '\0') {
Editor_Cur = Editor_nChar - 1;
Editor_PushRows = 0;
}
}
if (Editor_PushRows > 0) {
Tmp_Cur = 0;
for (i = 0; i < Editor_nRowsNum; i++) // Line / Page Down Rules.
{
if ((Tmp_Cur += Editor_nRowsWidth[i]) >= Editor_Cur + 1)
break;
}
Tmp_Cur -= (Editor_nRowsWidth[i] - 1);
if (Editor_nRowsWidth[i - 1] <= ((Editor_Cur + 1) - (Tmp_Cur - 1)))
Editor_Cur = Tmp_Cur - 1 - 1;
else
Editor_Cur = Tmp_Cur - Editor_nRowsWidth[i - 1] + ((Editor_Cur + 1) - Tmp_Cur) - 1;
Editor_PushRows--;
if (Editor_Cur <= 0) {
Editor_Cur = 0;
Editor_PushRows = 0;
}
}
if (Editor_Cur >= Editor_nChar) // Max Char Number Rules.
Editor_Cur = Editor_nChar - 1;
if (Editor_Cur < 0) // Min Char Number Rules.
Editor_Cur = 0;
if (Mark[MARK_ON]) { // Mark Rules.
Mark[MARK_SIZE] = Editor_Cur - Mark[MARK_IN];
if (Mark[MARK_SIZE] > 0) {
Mark[MARK_PRINT] = Mark[MARK_SIZE];
if (Mark[MARK_IN] < Top_Width)
Mark[MARK_PRINT] = Editor_Cur - Top_Width;
} else if (Mark[MARK_SIZE] < 0)
Mark[MARK_PRINT] = 1;
else
Mark[MARK_PRINT] = 0;
}
}
//--------------------------------------------------------------
static int Windows_Selector(void)
{
u64 color;
int x, y, i, Window_Sel = Active_Window;
int event, post_event = 0;
int Window_ch_w = 36; // Total characters in longest Window Name.
int Window_ch_h = 10; // Total number of Window Menu lines.
int wSprite_Y1 = 200; // Top edge of sprite.
int wSprite_X2 = SCREEN_WIDTH - 35; // Right edge of sprite.
int wSprite_X1 = wSprite_X2 - (Window_ch_w + 3) * FONT_WIDTH - 3; // Left edge of sprite.
int wSprite_Y2 = wSprite_Y1 + (Window_ch_h + 1) * FONT_HEIGHT + 3; // Bottom edge of sprite.
char tmp[64];
event = 1; // event = initial entry.
while (1) {
// Pad response section.
waitPadReady(0, 0);
if (readpad()) {
if (new_pad & PAD_UP) {
event |= 2; // event |= valid pad command.
if ((Window_Sel--) <= 0)
Window_Sel = 9;
} else if (new_pad & PAD_DOWN) {
event |= 2; // event |= valid pad command.
if ((Window_Sel++) >= 9)
Window_Sel = 0;
} else if ((new_pad & PAD_TRIANGLE) || (!swapKeys && new_pad & PAD_CROSS) || (swapKeys && new_pad & PAD_CIRCLE)) {
return -1;
} else if ((swapKeys && new_pad & PAD_CROSS) || (!swapKeys && new_pad & PAD_CIRCLE)) {
break;
}
}
if (event || post_event) { // NB: We need to update two frame buffers per event.
// Display section.
drawPopSprite(setting->color[COLOR_BACKGR],
wSprite_X1, wSprite_Y1,
wSprite_X2, wSprite_Y2);
drawFrame(wSprite_X1, wSprite_Y1, wSprite_X2, wSprite_Y2, setting->color[COLOR_FRAME]);
for (i = 0, y = wSprite_Y1 + FONT_HEIGHT / 2; i < 10; i++) {
if (Window_Sel == i)
color = setting->color[COLOR_SELECT];
else
color = setting->color[COLOR_TEXT];
if (!Window[i][OPENED])
printXY(LNG(Free_Window), wSprite_X1 + 2 * FONT_WIDTH, y, color, TRUE, 0);
else if (Window[i][CREATED])
printXY(LNG(Window_Not_Yet_Saved), wSprite_X1 + 2 * FONT_WIDTH, y, color, TRUE, 0);
else
printXY(Path[i], wSprite_X1 + 2 * FONT_WIDTH, y, color, TRUE, 0);
y += FONT_HEIGHT;
}
if (Window_Sel <= 10)
drawChar(LEFT_CUR, wSprite_X1 + FONT_WIDTH, wSprite_Y1 + (FONT_HEIGHT / 2 + Window_Sel * FONT_HEIGHT), setting->color[COLOR_TEXT]);
// Tooltip section.
x = SCREEN_MARGIN;
y = Menu_tooltip_y;
drawSprite(setting->color[COLOR_BACKGR],
0, y - 1,
SCREEN_WIDTH, y + 16);
if (swapKeys)
sprintf(tmp, "\xFF"
"1:%s \xFF"
"0:%s \xFF"
"3:%s",
LNG(OK), LNG(Cancel), LNG(Back));
else
sprintf(tmp, "\xFF"
"0:%s \xFF"
"1:%s \xFF"
"3:%s",
LNG(OK), LNG(Cancel), LNG(Back));
printXY(tmp, x, y, setting->color[COLOR_SELECT], TRUE, 0);
} // ends if(event||post_event).
drawScr();
post_event = event;
event = 0;
} // ends while.
return Window_Sel;
} // ends Window_Selector.
//--------------------------------------------------------------
static void Init(void)
{
int i;
for (i = 0; i < MAX_ENTRY; i++)
Editor_nRowsWidth[i] = 0;
Editor_Cur = 0, Tmp_Cur = 0,
Editor_nChar = 0, Editor_nRowsNum = 0,
Editor_nCharRows = 0, Editor_nRowsTop = 0,
Editor_PushRows = 0, Editor_TextEnd = 0;
Top_Width = 0, Top_Height = 0;
Rows_Width = (SCREEN_WIDTH - SCREEN_MARGIN - LINE_THICKNESS - 26 - Menu_start_x) / FONT_WIDTH;
Rows_Num = (Menu_end_y - Menu_start_y) / FONT_HEIGHT;
KeyBoard_Cur = 2, KeyBoard_Active = 0,