# import <UIKit/UIKit.h>
# import <UIKit/UIScreen.h>
# import <QuartzCore/QuartzCore.h>
-# import <CoreText/CTFont.h>
# define NSView UIView
# define NSRect CGRect
# define NSPoint CGPoint
# define NSWindow UIWindow
# define NSMakeSize CGSizeMake
# define NSBezierPath UIBezierPath
+# define colorWithDeviceRed colorWithRed
#else
# import <Cocoa/Cocoa.h>
#endif
+#import <CoreText/CTFont.h>
+#import <CoreText/CTLine.h>
+
#import "jwxyz.h"
#import "jwxyz-timers.h"
#import "yarandom.h"
+#import "utf8wc.h"
# define USE_BACKBUFFER /* must be in sync with XScreenSaverView.h */
struct jwxyz_Display {
Window main_window;
Screen *screen;
+ int screen_count;
struct jwxyz_sources_data *timers_data;
# ifndef USE_IPHONE
struct jwxyz_Screen {
Display *dpy;
Visual *visual;
+ int screen_number;
};
struct jwxyz_GC {
XFontStruct metrics;
};
+struct jwxyz_XFontSet {
+ Font font;
+};
+
/* Instead of calling abort(), throw a real exception, so that
XScreenSaverView can catch it and display a dialog.
}
+/* We keep a list of all of the Displays that have been created and not
+ yet freed so that they can have sensible display numbers. If three
+ displays are created (0, 1, 2) and then #1 is closed, then the fourth
+ display will be given the now-unused display number 1. (Everything in
+ here assumes a 1:1 Display/Screen mapping.)
+
+ The size of this array is the most number of live displays at one time.
+ So if it's 20, then we'll blow up if the system has 19 monitors and also
+ has System Preferences open (the small preview window).
+
+ Note that xlockmore-style savers tend to allocate big structures, so
+ setting this to 1000 will waste a few megabytes. Also some of them assume
+ that the number of screens never changes, so dynamically expanding this
+ array won't work.
+ */
+# ifndef USE_IPHONE
+static Display *jwxyz_live_displays[20] = { 0, };
+# endif
+
+
Display *
jwxyz_make_display (void *nsview_arg, void *cgc_arg)
{
d->screen = (Screen *) calloc (1, sizeof(Screen));
d->screen->dpy = d;
+ d->screen_count = 1;
+ d->screen->screen_number = 0;
+# ifndef USE_IPHONE
+ {
+ // Find the first empty slot in live_displays and plug us in.
+ int size = sizeof(jwxyz_live_displays) / sizeof(*jwxyz_live_displays);
+ int i;
+ for (i = 0; i < size; i++) {
+ if (! jwxyz_live_displays[i])
+ break;
+ }
+ if (i >= size) abort();
+ jwxyz_live_displays[i] = d;
+ d->screen_count = size;
+ d->screen->screen_number = i;
+ }
+# endif // !USE_IPHONE
+
Visual *v = (Visual *) calloc (1, sizeof(Visual));
v->class = TrueColor;
v->red_mask = 0x00FF0000;
void
jwxyz_free_display (Display *dpy)
{
- jwxyz_XtRemoveInput_all (dpy);
- // #### jwxyz_XtRemoveTimeOut_all ();
+ jwxyz_sources_free (dpy->timers_data);
+# ifndef USE_IPHONE
+ {
+ // Find us in live_displays and clear that slot.
+ int size = ScreenCount(dpy);
+ int i;
+ for (i = 0; i < size; i++) {
+ if (dpy == jwxyz_live_displays[i]) {
+ jwxyz_live_displays[i] = 0;
+ break;
+ }
+ }
+ if (i >= size) abort();
+ }
+# endif // !USE_IPHONE
+
free (dpy->screen->visual);
free (dpy->screen);
CFRelease (dpy->main_window->window.view);
int
XScreenNumberOfScreen (Screen *s)
{
- return 0;
+ return s->screen_number;
+}
+
+int
+jwxyz_ScreenCount (Display *dpy)
+{
+ return dpy->screen_count;
}
int
0x0F, 0x8F, 0x4F, 0xCF, 0x2F, 0xAF, 0x6F, 0xEF,
0x1F, 0x9F, 0x5F, 0xDF, 0x3F, 0xBF, 0x7F, 0xFF
};
- while (--length > 0)
+ while (length-- > 0)
*out++ = table[*in++];
}
"rbearing" is the distance from the logical origin to the rightmost pixel.
"descent" is the distance from the logical origin to the bottommost pixel.
- For characters with descenders, it is negative.
+ For characters with descenders, it is positive. For superscripts, it
+ is negative.
"ascent" is the distance from the logical origin to the topmost pixel.
It is the number of pixels above the baseline.
*/
+static void
+glyph_metrics (CTFontRef ctfont, CGGlyph cgglyph, XCharStruct *cs)
+{
+ CGRect bbox = CTFontGetBoundingRectsForGlyphs (ctfont,
+ kCTFontDefaultOrientation,
+ &cgglyph, NULL, 1);
+ CGSize advancement;
+ CTFontGetAdvancesForGlyphs (ctfont, kCTFontDefaultOrientation,
+ &cgglyph, &advancement, 1);
+
+# ifndef USE_IPHONE
+ // Only necessary for when LCD smoothing is enabled, which iOS doesn't do.
+ bbox.origin.x -= 2.0/3.0;
+ bbox.size.width += 4.0/3.0;
+ bbox.size.height += 1.0/2.0;
+# endif
+
+//#define CEIL(F) ((F) < 0 ? floor(F) : ceil(F))
+//#define FLOOR(F) ((F) < 0 ? ceil(F) : floor(F))
+#define CEIL(F) ceil(F)
+#define FLOOR(F) floor(F)
+
+ /* Now that we know the advancement and bounding box, we can compute
+ the lbearing and rbearing.
+ */
+//cs->ascent = CEIL (bbox.origin.y) + CEIL (bbox.size.height);
+ cs->ascent = CEIL (bbox.origin.y + bbox.size.height);
+ cs->descent = CEIL(-bbox.origin.y);
+ cs->lbearing = FLOOR (bbox.origin.x);
+//cs->rbearing = CEIL (bbox.origin.x) + CEIL (bbox.size.width);
+ cs->rbearing = CEIL (bbox.origin.x + bbox.size.width);
+ cs->width = FLOOR (advancement.width + 0.5);
+
+ // Assert (cs->rbearing - cs->lbearing == CEIL(bbox.size.width),
+ // "bbox w wrong");
+ // Assert (cs->ascent + cs->descent == CEIL(bbox.size.height),
+ // "bbox h wrong");
+}
+
+
// This is XQueryFont, but for the XFontStruct embedded in 'Font'
//
static void
XCharStruct *min = &f->min_bounds;
XCharStruct *max = &f->max_bounds;
-#define CEIL(F) ((F) < 0 ? floor(F) : ceil(F))
-
f->fid = fid;
f->min_char_or_byte2 = first;
f->max_char_or_byte2 = last;
f->default_char = 'M';
f->ascent = CEIL ([fid->nsfont ascender]);
- f->descent = -CEIL ([fid->nsfont descender]);
+ f->descent = -FLOOR ([fid->nsfont descender]);
min->width = 255; // set to smaller values in the loop
min->ascent = 255;
min->rbearing = 255;
f->per_char = (XCharStruct *) calloc (last-first+2, sizeof (XCharStruct));
- int i;
+ UniChar i;
-# ifndef USE_IPHONE
- NSBezierPath *bpath = [NSBezierPath bezierPath];
-# else // USE_IPHONE
CTFontRef ctfont =
CTFontCreateWithName ((CFStringRef) [fid->nsfont fontName],
[fid->nsfont pointSize],
NULL);
Assert (ctfont, @"no CTFontRef for UIFont");
-# endif // USE_IPHONE
for (i = first; i <= last; i++) {
- unsigned char str[2];
- str[0] = i;
- str[1] = 0;
-
- NSString *nsstr = [NSString stringWithCString:(char *) str
- encoding:NSISOLatin1StringEncoding];
- NSPoint advancement = { 0, };
- NSRect bbox = {{ 0, }, };
-
-# ifndef USE_IPHONE
-
- /* I can't believe we have to go through this bullshit just to
- convert a 'char' to an NSGlyph!!
-
- You might think that we could do
- NSGlyph glyph = [fid->nsfont glyphWithName:nsstr];
- but that doesn't work; my guess is that glyphWithName expects
- full Unicrud names like "LATIN CAPITAL LETTER A WITH ACUTE".
- */
- NSGlyph glyph;
- {
- NSTextStorage *ts = [[NSTextStorage alloc] initWithString:nsstr];
- [ts setFont:fid->nsfont];
- NSLayoutManager *lm = [[NSLayoutManager alloc] init];
-
- /* Without this, the layout manager ends up on a queue somewhere and is
- referenced again after we return to the command loop. Since we don't
- use this layout manager again, by that time it may have been garbage
- collected, and we crash. Setting this seems to cause `lm' to no
- longer be referenced once we exit this block. */
- [lm setBackgroundLayoutEnabled:NO];
-
- NSTextContainer *tc = [[NSTextContainer alloc] init];
- [lm addTextContainer:tc];
- [tc release]; // lm retains tc
- [ts addLayoutManager:lm];
- [lm release]; // ts retains lm
- glyph = [lm glyphAtIndex:0];
- [ts release];
- }
-
- /* Compute the bounding box and advancement by converting the glyph
- to a bezier path. There appears to be *no other way* to find out
- the bounding box of a character: [NSFont boundingRectForGlyph] and
- [NSString sizeWithAttributes] both return an advancement-sized
- rectangle, not a rectangle completely enclosing the glyph's ink.
- */
- advancement.x = advancement.y = 0;
- [bpath removeAllPoints];
- [bpath moveToPoint:advancement];
- [bpath appendBezierPathWithGlyph:glyph inFont:fid->nsfont];
- advancement = [bpath currentPoint];
- bbox = [bpath bounds];
-
-# else // USE_IPHONE
+ XCharStruct *cs = &f->per_char[i-first];
/* There is no way to get "lbearing", "rbearing" or "descent" out of
NSFont. 'sizeWithFont' gives us "width" and "height" only.
the CoreText library, but there's no non-CoreText way to turn a
unichar into a CGGlyph.
*/
- UniChar uchar = [nsstr characterAtIndex: 0];
CGGlyph cgglyph = 0;
- if (CTFontGetGlyphsForCharacters (ctfont, &uchar, &cgglyph, 1))
- {
- bbox = CTFontGetBoundingRectsForGlyphs (ctfont,
- kCTFontDefaultOrientation,
- &cgglyph, NULL, 1);
- CGSize adv = { 0, };
- CTFontGetAdvancesForGlyphs (ctfont, kCTFontDefaultOrientation,
- &cgglyph, &adv, 1);
- advancement.x = adv.width;
- advancement.y = adv.height;
-
- /* A bug that existed was that the GL FPS display was truncating
- characters slightly: commas looked like periods.
-
- At one point, I believed the bounding box was being rounded
- wrong and we needed to add padding to it here.
-
- I think what was actually going on was, I was computing rbearing
- wrong. Also there was an off-by-one error in texfont.c, displaying
- too little of the bitmap.
-
- Adding arbitrarily large padding to the bbox is fine in fontglide
- and FPS display, but screws up BSOD. Increasing bbox width makes
- inverted text print too wide; decreasing origin makes characters
- clip.
-
- I think that all 3 states are correct now with the new lbearing
- computation plus the texfont fix.
- */
-# if 0
- double kludge = 2;
- bbox.origin.x -= kludge;
- bbox.origin.y -= kludge;
- bbox.size.width += kludge;
- bbox.size.height += kludge;
-# endif
- }
-# endif // USE_IPHONE
-
- /* Now that we know the advancement and bounding box, we can compute
- the lbearing and rbearing.
- */
- XCharStruct *cs = &f->per_char[i-first];
-
- cs->ascent = CEIL (bbox.origin.y) + CEIL (bbox.size.height);
- cs->descent = CEIL(-bbox.origin.y);
- cs->lbearing = floor (bbox.origin.x);
-// cs->rbearing = CEIL (bbox.origin.x) + CEIL (bbox.size.width);
- cs->rbearing = CEIL (bbox.origin.x + bbox.size.width) - cs->lbearing;
- cs->width = CEIL (advancement.x);
-
-// Assert (cs->rbearing - cs->lbearing == CEIL(bbox.size.width),
-// "bbox w wrong");
- Assert (cs->ascent + cs->descent == CEIL(bbox.size.height),
- "bbox h wrong");
+ if (CTFontGetGlyphsForCharacters (ctfont, &i, &cgglyph, 1))
+ glyph_metrics (ctfont, cgglyph, cs);
+ else
+ // This is normal, since Latin1 does not encode 0-31 or 127-159.
+ memset (cs, 0, sizeof(*cs));
+
+# if 0
+ if (i == 224) { // Latin1 == "agrave", MacRoman == "daggerdouble".
+ NSString *glyph_name = (NSString *)
+ CGFontCopyGlyphNameForGlyph (CTFontCopyGraphicsFont (ctfont, 0),
+ cgglyph);
+ Assert ([glyph_name isEqualToString:@"agrave"], @"wrong encoding");
+ }
+ if (i == 250) { // Latin1 == "uacute", MacRoman == "dotaccent".
+ NSString *glyph_name = (NSString *)
+ CGFontCopyGlyphNameForGlyph (CTFontCopyGraphicsFont (ctfont, 0),
+ cgglyph);
+ Assert ([glyph_name isEqualToString:@"uacute"], @"wrong encoding");
+ }
+# endif // 0
max->width = MAX (max->width, cs->width);
max->ascent = MAX (max->ascent, cs->ascent);
min->rbearing = MIN (min->rbearing, cs->rbearing);
# undef CEIL
+# undef FLOOR
-#if 0
+# if 0
fprintf(stderr, " %3d %c: w=%3d lb=%3d rb=%3d as=%3d ds=%3d "
" bb=%5.1f x %5.1f @ %5.1f %5.1f adv=%5.1f %5.1f\n",
i, i, cs->width, cs->lbearing, cs->rbearing,
cs->ascent, cs->descent,
bbox.size.width, bbox.size.height,
bbox.origin.x, bbox.origin.y,
- advancement.x, advancement.y);
-#endif
+ advancement.width, advancement.height);
+# endif // 0
}
-# ifdef USE_IPHONE
CFRelease (ctfont);
-# endif
}
*f = fid->metrics;
// copy XCharStruct array
- int size = f->max_char_or_byte2 - f->min_char_or_byte2;
+ int size = (f->max_char_or_byte2 - f->min_char_or_byte2) + 1;
f->per_char = (XCharStruct *) calloc (size + 2, sizeof (XCharStruct));
memcpy (f->per_char, fid->metrics.per_char,
size * sizeof (XCharStruct));
float scale = 1;
# ifdef USE_IPHONE
- // Scale up fonts on Retina displays.
- scale = dpy->main_window->window.view.contentScaleFactor;
+ /* Since iOS screens are physically smaller than desktop screens, scale up
+ the fonts to make them more readable.
+
+ Note that X11 apps on iOS also have the backbuffer sized in points
+ instead of pixels, resulting in an effective X11 screen size of 768x1024
+ or so, even if the display has significantly higher resolution. That is
+ unrelated to this hack, which is really about DPI.
+ */
+ scale = 2;
# endif
fid->nsfont = try_native_font (name, scale, &fid->ps_name, &fid->size);
return 0;
}
+
+XFontSet
+XCreateFontSet (Display *dpy, char *name,
+ char ***missing_charset_list_return,
+ int *missing_charset_count_return,
+ char **def_string_return)
+{
+ char *name2 = strdup (name);
+ char *s = strchr (name, ",");
+ if (s) *s = 0;
+ XFontSet set = 0;
+ Font f = XLoadFont (dpy, name2);
+ if (f)
+ {
+ set = (XFontSet) calloc (1, sizeof(*set));
+ set->font = f;
+ }
+ free (name2);
+ if (missing_charset_list_return) *missing_charset_list_return = 0;
+ if (missing_charset_count_return) *missing_charset_count_return = 0;
+ if (def_string_return) *def_string_return = 0;
+ return set;
+}
+
+
+void
+XFreeFontSet (Display *dpy, XFontSet set)
+{
+ XUnloadFont (dpy, set->font);
+ free (set);
+}
+
+
+void
+XFreeStringList (char **list)
+{
+ int i;
+ if (!list) return;
+ for (i = 0; list[i]; i++)
+ XFree (list[i]);
+ XFree (list);
+}
+
+
int
XTextExtents (XFontStruct *f, const char *s, int length,
int *dir_ret, int *ascent_ret, int *descent_ret,
XCharStruct *cs)
{
memset (cs, 0, sizeof(*cs));
- int i;
- for (i = 0; i < length; i++) {
+ for (int i = 0; i < length; i++) {
unsigned char c = (unsigned char) s[i];
if (c < f->min_char_or_byte2 || c > f->max_char_or_byte2)
c = f->default_char;
}
-static void
-set_font (Display *dpy, CGContextRef cgc, GC gc)
+int
+XTextExtents16 (XFontStruct *f, const XChar2b *s, int length,
+ int *dir_ret, int *ascent_ret, int *descent_ret,
+ XCharStruct *cs)
{
- Font font = gc->gcv.font;
- if (! font) {
- font = XLoadFont (dpy, 0);
- gc->gcv.font = font;
- [gc->gcv.font->nsfont retain];
- CFRetain (gc->gcv.font->nsfont); // needed for garbage collection?
+ Font fid = f->fid;
+ CTFontRef ctfont =
+ CTFontCreateWithName ((CFStringRef) [fid->nsfont fontName],
+ [fid->nsfont pointSize],
+ NULL);
+ Assert (ctfont, @"no CTFontRef for UIFont");
+
+ int utf8_len = 0;
+ char *utf8 = XChar2b_to_utf8 (s, &utf8_len);
+ NSString *nsstr = [NSString stringWithCString:utf8
+ encoding:NSUTF8StringEncoding];
+ NSUInteger L = [nsstr length];
+
+ for (int i = 0; i < L; i++) {
+ unichar c = [nsstr characterAtIndex:i];
+ XCharStruct cc;
+ CGGlyph cgglyph = 0;
+
+ if (CTFontGetGlyphsForCharacters (ctfont, &c, &cgglyph, 1))
+ glyph_metrics (ctfont, cgglyph, &cc);
+ else
+ // This is normal, since Latin1 does not encode 0-31 or 127-159.
+ memset (&cc, 0, sizeof(cc));
+
+ if (i == 0) {
+ *cs = cc;
+ } else {
+ cs->ascent = MAX (cs->ascent, cc.ascent);
+ cs->descent = MAX (cs->descent, cc.descent);
+ cs->lbearing = MIN (cs->lbearing, cs->width + cc.lbearing);
+ cs->rbearing = MAX (cs->rbearing, cs->width + cc.rbearing);
+ cs->width += cc.width;
+ }
}
- CGContextSelectFont (cgc, font->ps_name, font->size, kCGEncodingMacRoman);
- CGContextSetTextMatrix (cgc, CGAffineTransformIdentity);
+ *dir_ret = 0;
+ *ascent_ret = f->ascent;
+ *descent_ret = f->descent;
+
+ free (utf8);
+ CFRelease (ctfont);
+
+ return 0;
}
-static int
-draw_string (Display *dpy, Drawable d, GC gc, int x, int y,
- const char *str, int len, BOOL clear_background_p)
+int
+Xutf8TextExtents (XFontSet set, const char *str, int num_bytes,
+ XRectangle *overall_ink_return,
+ XRectangle *overall_logical_return)
{
- if (clear_background_p) {
- int ascent, descent, dir;
+ Font fid = set->font;
+ CTFontRef ctfont =
+ CTFontCreateWithName ((CFStringRef) [fid->nsfont fontName],
+ [fid->nsfont pointSize],
+ NULL);
+ Assert (ctfont, @"no CTFontRef for UIFont");
+
+ NSString *nsstr = [NSString stringWithCString:str
+ encoding:NSUTF8StringEncoding];
+ NSUInteger L = [nsstr length];
+
+ XRectangle ink = { 0, };
+ XRectangle logical = { 0, };
+
+ logical.height = fid->metrics.ascent;
+
+ for (int i = 0; i < L; i++) {
+ unichar c = [nsstr characterAtIndex:i];
XCharStruct cs;
- XTextExtents (&gc->gcv.font->metrics, str, len,
- &dir, &ascent, &descent, &cs);
- draw_rect (dpy, d, gc,
- x + MIN (0, cs.lbearing),
- y - MAX (0, ascent),
- MAX (MAX (0, cs.rbearing) -
- MIN (0, cs.lbearing),
- cs.width),
- MAX (0, ascent) + MAX (0, descent),
- NO, YES);
- }
+ CGGlyph cgglyph = 0;
- CGRect wr = d->frame;
+ if (CTFontGetGlyphsForCharacters (ctfont, &c, &cgglyph, 1))
+ glyph_metrics (ctfont, cgglyph, &cs);
+ else
+ // This is normal, since Latin1 does not encode 0-31 or 127-159.
+ memset (&cs, 0, sizeof(cs));
-# if 1
- /* The Quartz way is probably faster, but doesn't draw Latin1 properly.
- But the Cocoa way only works on NSView, not on CGContextRef (pixmaps)!
- */
+ logical.width += cs.width;
- CGContextRef cgc = d->cgc;
- push_fg_gc (d, gc, YES);
- set_font (dpy, cgc, gc);
+ ink.height = MAX(ink.height, cs.ascent);
+ ink.y = MIN(ink.y, cs.descent);
- CGContextSetTextDrawingMode (cgc, kCGTextFill);
- if (gc->gcv.antialias_p)
- CGContextSetShouldAntialias (cgc, YES);
- CGContextShowTextAtPoint (cgc,
- wr.origin.x + x,
- wr.origin.y + wr.size.height - y,
- str, len);
- pop_gc (d, gc);
+ if (i == 0)
+ ink.x = cs.lbearing;
+
+ if (i == L-1) {
+ ink.width += cs.rbearing;
+ } else {
+ ink.width += cs.width;
+ }
+ }
+
+ CFRelease (ctfont);
-# else /* !0 */
+ if (overall_ink_return)
+ *overall_ink_return = ink;
+ if (overall_logical_return)
+ *overall_logical_return = logical;
+ return 0;
+}
- /* The Cocoa way...
- */
+
+static int
+draw_string (Display *dpy, Drawable d, GC gc, int x, int y,
+ NSString *nsstr)
+{
+ if (! nsstr) return 1;
+
+ CGRect wr = d->frame;
+ CGContextRef cgc = d->cgc;
unsigned long argb = gc->gcv.foreground;
if (gc->depth == 1) argb = (argb ? WhitePixel(dpy,0) : BlackPixel(dpy,0));
float g = ((argb >> 8) & 0xFF) / 255.0;
float b = ((argb ) & 0xFF) / 255.0;
NSColor *fg = [NSColor colorWithDeviceRed:r green:g blue:b alpha:a];
+
+ if (!gc->gcv.font) {
+ Assert (0, "no font");
+ return 1;
+ }
+
NSDictionary *attr =
[NSDictionary dictionaryWithObjectsAndKeys:
gc->gcv.font->nsfont, NSFontAttributeName,
fg, NSForegroundColorAttributeName,
nil];
- char *s2 = (char *) malloc (len + 1);
- strncpy (s2, str, len);
- s2[len] = 0;
- NSString *nsstr = [NSString stringWithCString:s2
- encoding:NSISOLatin1StringEncoding];
- free (s2);
- NSPoint pos;
- pos.x = wr.origin.x + x;
- pos.y = wr.origin.y + wr.size.height - y - gc->gcv.font->metrics.descent;
- [nsstr drawAtPoint:pos withAttributes:attr];
-# endif /* 0 */
+ // Don't understand why we have to do both set_color and
+ // NSForegroundColorAttributeName, but we do.
+ //
+ set_color (cgc, argb, 32, NO, YES);
+
+ NSAttributedString *astr = [[NSAttributedString alloc]
+ initWithString:nsstr
+ attributes:attr];
+ CTLineRef dl = CTLineCreateWithAttributedString (
+ (__bridge CFAttributedStringRef) astr);
+ CGContextSetTextPosition (cgc,
+ wr.origin.x + x,
+ wr.origin.y + wr.size.height - y);
+ CGContextSetShouldAntialias (cgc, gc->gcv.antialias_p);
+ CTLineDraw (dl, cgc);
+ CFRelease (dl);
invalidate_drawable_cache (d);
return 0;
XDrawString (Display *dpy, Drawable d, GC gc, int x, int y,
const char *str, int len)
{
- return draw_string (dpy, d, gc, x, y, str, len, NO);
+ char *s2 = (char *) malloc (len + 1);
+ strncpy (s2, str, len);
+ s2[len] = 0;
+ NSString *nsstr = [NSString stringWithCString:s2
+ encoding:NSISOLatin1StringEncoding];
+ int ret = draw_string (dpy, d, gc, x, y, nsstr);
+ free (s2);
+ return ret;
+}
+
+
+int
+XDrawString16 (Display *dpy, Drawable d, GC gc, int x, int y,
+ const XChar2b *str, int len)
+{
+ char *s2 = XChar2b_to_utf8 (str, 0);
+ NSString *nsstr = [NSString stringWithCString:s2
+ encoding:NSUTF8StringEncoding];
+ if (! nsstr)
+ /* If the C string has invalid UTF8 bytes in it, the result is
+ "undefined", which turns out to mean "return a null string"
+ instead of just omitting the bogus characters. Greaaat.
+ So try it again as Latin1, I guess. */
+ nsstr = [NSString stringWithCString:s2 encoding:NSISOLatin1StringEncoding];
+ int ret = draw_string (dpy, d, gc, x, y, nsstr);
+ free (s2);
+ return ret;
+}
+
+
+void
+Xutf8DrawString (Display *dpy, Drawable d, XFontSet set, GC gc,
+ int x, int y, const char *str, int len)
+{
+ char *s2 = (char *) malloc (len + 1);
+ strncpy (s2, str, len);
+ s2[len] = 0;
+ NSString *nsstr = [NSString stringWithCString:s2
+ encoding:NSUTF8StringEncoding];
+ if (! nsstr)
+ nsstr = [NSString stringWithCString:s2 encoding:NSISOLatin1StringEncoding];
+ draw_string (dpy, d, gc, x, y, nsstr);
+ free (s2);
}
+
int
XDrawImageString (Display *dpy, Drawable d, GC gc, int x, int y,
const char *str, int len)
{
- return draw_string (dpy, d, gc, x, y, str, len, YES);
+ int ascent, descent, dir;
+ XCharStruct cs;
+ XTextExtents (&gc->gcv.font->metrics, str, len,
+ &dir, &ascent, &descent, &cs);
+ draw_rect (dpy, d, gc,
+ x + MIN (0, cs.lbearing),
+ y - MAX (0, ascent),
+ MAX (MAX (0, cs.rbearing) -
+ MIN (0, cs.lbearing),
+ cs.width),
+ MAX (0, ascent) + MAX (0, descent),
+ NO, YES);
+ return XDrawString (dpy, d, gc, x, y, str, len);
}
NSScreen *screen = (screens && [screens count] > 0
? [screens objectAtIndex:0]
: [NSScreen mainScreen]);
-#ifdef USE_IPHONE
- double s = w->window.view.contentScaleFactor;
-#else
- int s = 1;
-#endif
NSRect srect = [screen frame];
- vpos.y = (s * srect.size.height) - vpos.y;
+ vpos.y = srect.size.height - vpos.y;
// get the mouse position on window, from bottom left
NSEvent *e = [NSApp currentEvent];
NSScreen *screen = (screens && [screens count] > 0
? [screens objectAtIndex:0]
: [NSScreen mainScreen]);
-# ifdef USE_IPHONE
- double s = w->window.view.contentScaleFactor;
-# else
- int s = 1;
-# endif
NSRect srect = [screen frame];
- vpos.y = (s * srect.size.height) - vpos.y;
+ vpos.y = srect.size.height - vpos.y;
// point starts out relative to top left of view
NSPoint p;
return depth;
}
+int
+screen_number (Screen *screen)
+{
+ Display *dpy = DisplayOfScreen (screen);
+ int i;
+ for (i = 0; i < ScreenCount (dpy); i++)
+ if (ScreenOfDisplay (dpy, i) == screen)
+ return i;
+ abort ();
+ return 0;
+}
+
// declared in utils/grabclient.h
Bool
use_subwindow_mode_p (Screen *screen, Window window)
projects / xscreensaver / blobdiff