static void
draw (uih_context * c, void *data)
{
int x, y, w;
int n = (int) data;
if (c->messg.message[n] != NULL)
{
int h = xtextheight (c->font);
y = c->messg.messagestart + h * n;
w = xtextwidth (c->font, c->messg.message[n]);
x = (c->image->width - w) / 2;
if (c->messg.messagetype[n])
xprint (c->image, c->font, x, y, c->messg.message[n],
(c->image->flags & AAIMAGE) ? BGCOLOR (c) : SELCOLOR (c),
BGCOLOR (c), 0);
else
xprint (c->image, c->font, x, y, c->messg.message[n],
(c->image->flags & AAIMAGE) ? BGCOLOR (c) : FGCOLOR (c),
BGCOLOR (c), 0);
}
}
static char *fstring_reverse(fstring_t *fstr) {
const char *str;
const fstr_attr_t *attr;
string_t asc;
int i;
if (!fstr)
return NULL;
attr = fstr->attr;
str = fstr->str;
if (!attr || !str)
return NULL;
asc = string_init(NULL);
for (i = 0; str[i]; i++) {
#define prev attr[i-1]
#define cur attr[i]
int reset = 0;
if (i) {
if (!(cur & FSTR_BOLD) && (prev & FSTR_BOLD)) reset = 1;
if (!(cur & FSTR_BLINK) && (prev & FSTR_BLINK)) reset = 1;
if (!(cur & FSTR_UNDERLINE) && (prev & FSTR_UNDERLINE)) reset = 1;
if (!(cur & FSTR_REVERSE) && (prev & FSTR_REVERSE)) reset = 1;
if ((cur & FSTR_NORMAL) && !(prev & FSTR_NORMAL)) reset = 1; /* colors disappear */
if (reset)
string_append(asc, "%n");
} else
reset = 1;
/* attr */
if ((cur & FSTR_BLINK) && (reset || !(prev & FSTR_BLINK))) string_append(asc, "%i");
// if ((cur & FSTR_UNDERLINE) && (reset || !(prev & FSTR_UNDERLINE))) string_append(asc, "%");
// if ((cur & FSTR_REVERSE) && (reset || !(prev & FSTR_REVERSE))) string_append(asc, "%");
if (!(cur & FSTR_NORMAL)) {
/* background color XXX */
#define BGCOLOR(x) -1
if (0 && ((reset || BGCOLOR(cur) != BGCOLOR(prev)))) {
string_append_c(asc, '%');
switch (BGCOLOR(cur)) {
case (0): string_append_c(asc, 'l'); break;
case (1): string_append_c(asc, 's'); break;
case (2): string_append_c(asc, 'h'); break;
case (3): string_append_c(asc, 'z'); break;
case (4): string_append_c(asc, 'e'); break;
case (5): string_append_c(asc, 'q'); break;
case (6): string_append_c(asc, 'd'); break;
case (7): string_append_c(asc, 'x'); break;
}
}
#undef BGCOLOR
/* foreground color */
#define FGCOLOR(x) ((!(x & FSTR_NORMAL)) ? (x & FSTR_FOREMASK) : -1)
if (((reset || FGCOLOR(cur) != FGCOLOR(prev)) || (i && (prev & FSTR_BOLD) != (cur & FSTR_BOLD)))) {
string_append_c(asc, '%');
switch ((cur & FSTR_FOREMASK)) {
case (0): string_append_c(asc, (cur & FSTR_BOLD) ? 'K' : 'k'); break;
case (1): string_append_c(asc, (cur & FSTR_BOLD) ? 'R' : 'r'); break;
case (2): string_append_c(asc, (cur & FSTR_BOLD) ? 'G' : 'g'); break;
case (3): string_append_c(asc, (cur & FSTR_BOLD) ? 'Y' : 'y'); break;
case (4): string_append_c(asc, (cur & FSTR_BOLD) ? 'B' : 'b'); break;
case (5): string_append_c(asc, (cur & FSTR_BOLD) ? 'M' : 'm'); break; /* | fioletowy | %m/%p | %M/%P | %q | */
case (6): string_append_c(asc, (cur & FSTR_BOLD) ? 'C' : 'c'); break;
case (7): string_append_c(asc, (cur & FSTR_BOLD) ? 'W' : 'w'); break;
}
}
#undef FGCOLOR
} else { /* no color */
if ((cur & FSTR_BOLD) && (reset || !(prev & FSTR_BOLD)))
string_append(asc, "%T");
}
/* str */
if (str[i] == '%' || str[i] == '\\')
string_append_c(asc, '\\');
string_append_c(asc, str[i]);
}
/* reset, and return. */
string_append(asc, "%n");
return string_free(asc, 0);
#undef prev
#undef cur
}
static void drawfile(uih_context * c, void *data)
{
int i;
int ypos;
int h = xtextheight(uih->image, uih->font);
uih_drawborder(uih, filex + BORDERWIDTH, DIRSTART,
filewidth - 2 * BORDERWIDTH, BUTTONHEIGHT,
BORDER_PRESSED | BORDER_LIGHT);
uih_drawborder(uih, filex + BORDERWIDTH, FILESTART,
filewidth - 2 * BORDERWIDTH, BUTTONHEIGHT,
BORDER_PRESSED | BORDER_LIGHT);
ui_drawbutton("OK", (pressedbutton == 0), active == AOK
&& activebutton == 0, filex + BORDERWIDTH,
filex + filewidth / 2 - BORDERWIDTH, OKSTART);
ui_drawbutton(gettext("Cancel"), (pressedbutton == 1), active == AOK
&& activebutton == 1,
filex + filewidth / 2 + BORDERWIDTH,
filex + filewidth - BORDERWIDTH, OKSTART);
uih_drawborder(uih, filex + BORDERWIDTH, LISTSTART,
LISTWIDTH + 3 * BORDERWIDTH + SCROLLWIDTH,
LISTEND - LISTSTART, BORDER_PRESSED);
uih_drawborder(uih, filex + filewidth / 2 + BORDERWIDTH, LISTSTART,
LISTWIDTH + 3 * BORDERWIDTH + SCROLLWIDTH,
LISTEND - LISTSTART, BORDER_PRESSED);
ypos = LISTSTART + BORDERHEIGHT;
for (i = 0; ypos + h < LISTEND && i + namestart < nnames; i++) {
if (i + namestart == selectedname) {
xrectangle(uih->image, filex + 2 * BORDERWIDTH, ypos,
LISTWIDTH, h,
(uih->palette->
type & BITMAPS) ? BGCOLOR(uih) :
LIGHTGRAYCOLOR(uih));
}
if (uih->palette->type & BITMAPS)
xprint(uih->image, uih->font, filex + 2 * BORDERWIDTH, ypos,
snames[i + namestart],
i + namestart ==
selectedname ? FGCOLOR(uih) : BGCOLOR(uih),
BGCOLOR(uih), TEXT_PRESSED);
else
xprint(uih->image, uih->font, filex + 2 * BORDERWIDTH, ypos,
snames[i + namestart],
(i + namestart) == selectedname
&& active == AFILELIST ? SELCOLOR(uih) : FGCOLOR(uih),
BGCOLOR(uih), 0);
ypos += h;
}
if (nnames) {
int xstart = (namestart) * (LISTEND - LISTSTART) / nnames;
int xend = (namestart + NVISIBLE) * (LISTEND - LISTSTART) / nnames;
if (xstart > (LISTEND - LISTSTART - 2 * BORDERHEIGHT))
xstart = LISTEND - LISTSTART - 2 * BORDERHEIGHT;
if (xend > (LISTEND - LISTSTART - 2 * BORDERHEIGHT))
xend = LISTEND - LISTSTART - 2 * BORDERHEIGHT;
uih_drawborder(uih, filex + LISTWIDTH + 3 * BORDERWIDTH, LISTSTART + xstart + BORDERHEIGHT, SCROLLWIDTH, xend - xstart, /*1|BORDER_LIGHT */
0);
}
ypos = LISTSTART + BORDERHEIGHT;
for (i = 0; ypos + h < LISTEND && i + dirstart < ndirs; i++) {
if (i + dirstart == selecteddir) {
xrectangle(uih->image, filex + filewidth / 2 + 2 * BORDERWIDTH,
ypos, LISTWIDTH, h,
(uih->palette->type & BITMAPS) ? BGCOLOR(uih) :
LIGHTGRAYCOLOR(uih));
}
if (uih->palette->type & BITMAPS)
xprint(uih->image, uih->font,
filex + filewidth / 2 + 2 * BORDERWIDTH, ypos,
sdirs[i + dirstart],
i + dirstart ==
selecteddir ? FGCOLOR(uih) : BGCOLOR(uih), BGCOLOR(uih),
TEXT_PRESSED);
else
xprint(uih->image, uih->font,
filex + filewidth / 2 + 2 * BORDERWIDTH, ypos,
sdirs[i + dirstart],
(i + dirstart) == selecteddir
&& active == ADIRLIST ? SELCOLOR(uih) : FGCOLOR(uih),
BGCOLOR(uih), 0);
ypos += h;
}
if (ndirs) {
int xstart = (dirstart) * (LISTEND - LISTSTART) / ndirs;
int xend = (dirstart + NVISIBLE) * (LISTEND - LISTSTART) / ndirs;
if (xstart > (LISTEND - LISTSTART - 2 * BORDERHEIGHT))
xstart = LISTEND - LISTSTART - 2 * BORDERHEIGHT;
if (xend > (LISTEND - LISTSTART - 2 * BORDERHEIGHT))
xend = LISTEND - LISTSTART - 2 * BORDERHEIGHT;
uih_drawborder(uih, filex + filewidth / 2 + LISTWIDTH + 3 * BORDERWIDTH, LISTSTART + xstart + BORDERHEIGHT, SCROLLWIDTH, xend - xstart, /*1|BORDER_LIGHT */
0);
}
ui_drawtext(filename, active == AFILE);
ui_drawtext(dir, active == ADIR);
}
static void
draw (uih_context * c, void *data)
{
int num = (int) data;
int flags = 0;
int xmax, n, nr, i;
int x = 0, y = 0;
char *string;
int fgcolor = 0, bgcolor = 0;
if (c->text[num] == NULL)
return;
prepare (c, c->text[num], &xmax, &n);
nr = n * xtextheight (c->font);
switch (c->textcolor[num])
{
case 0:
fgcolor = FGCOLOR (c);
bgcolor = BGCOLOR (c);
break;
case 1:
fgcolor = BGCOLOR (c);
bgcolor = BGCOLOR (c);
flags = TEXT_PRESSED;
break;
case 2:
fgcolor = SELCOLOR (c);
bgcolor = BGCOLOR (c);
break;
default:
x_fatalerror ("playtext:unknown color\n");
}
if (c->image->flags & AAIMAGE)
fgcolor = BGCOLOR (c);
switch (num)
{
case 0:
y = 0;
break;
case 1:
y = (c->image->height - nr) / 2;
break;
case 2:
y = c->image->height - nr;
break;
}
string = c->text[num];
for (i = 0; i < n; i++)
{
xmax = xtextwidth (c->font, string);
switch (c->textpos[num])
{
case 0:
x = 0;
break;
case 1:
x = (c->image->width - xmax) / 2;
break;
case 2:
x = c->image->width - xmax;
break;
}
string +=
xprint (c->image, c->font, x, y, string, fgcolor, bgcolor, flags) + 1;
y += xtextheight (c->font);
}
}