static void
draw_lock_icon (cairo_t *cr,
int size)
{
cairo_translate (cr, (BOX_WIDTH(size) + LINE_SIZE(size)) / 2, (CURVE_HEIGHT(size) - BOX_HEIGHT(size)) / 2);
cairo_set_line_width (cr, LINE_SIZE(size));
cairo_set_line_join (cr, CAIRO_LINE_JOIN_ROUND);
cairo_move_to (cr, - BOX_WIDTH(size) / 2, 0);
cairo_line_to (cr, BOX_WIDTH(size) / 2, 0);
cairo_line_to (cr, BOX_WIDTH(size) / 2, BOX_HEIGHT(size));
cairo_line_to (cr, - BOX_WIDTH(size) / 2, BOX_HEIGHT(size));
cairo_close_path (cr);
cairo_fill_preserve (cr);
cairo_move_to (cr, -CURVE_WIDTH(size) / 2, 0);
cairo_line_to (cr, - CURVE_WIDTH(size) / 2, - CURVE_HEIGHT(size) + CURVE_RADIUS(size));
cairo_curve_to (cr, - CURVE_WIDTH(size) / 2, - CURVE_HEIGHT(size) + CURVE_BEZIER(size),
- CURVE_WIDTH(size) / 2 + CURVE_BEZIER(size), - CURVE_HEIGHT(size),
- CURVE_WIDTH(size) / 2 + CURVE_RADIUS(size), - CURVE_HEIGHT(size));
cairo_line_to (cr, CURVE_WIDTH(size) / 2 - CURVE_RADIUS(size), - CURVE_HEIGHT(size));
cairo_curve_to (cr, CURVE_WIDTH(size) / 2 - CURVE_BEZIER(size), - CURVE_HEIGHT(size),
CURVE_WIDTH(size) / 2, - CURVE_HEIGHT(size) + CURVE_BEZIER(size),
CURVE_WIDTH(size) / 2, - CURVE_HEIGHT(size) + CURVE_RADIUS(size));
cairo_line_to (cr, CURVE_WIDTH(size) / 2, 0);
cairo_stroke (cr);
}
static void
ic_Byte_convert( Handle self, Byte * dstData, PRGBColor dstPal, int dstType, int * dstPalSize, Bool palSize_only, Bool inplace)
{
int new_data_size = LINE_SIZE(var->w, 8) * var->h;
Byte * new_data;
RGBColor dummy_pal[256];
int dummy_pal_size = 0;
if ( !inplace) {
new_data = allocb( new_data_size);
if ( !new_data) {
croak("Not enough memory:%d bytes", new_data_size);
return;
}
memset( new_data, 0, new_data_size);
} else
new_data = var-> data;
ic_type_convert( self, new_data, dummy_pal, imByte, &dummy_pal_size, false);
if ( !inplace) {
free( var-> data);
var-> data = new_data;
}
var-> type = imByte;
var-> dataSize = new_data_size;
var-> lineSize = new_data_size / var-> h;
memcpy( var-> palette, std256gray_palette, sizeof(std256gray_palette));
var-> palSize = 256;
ic_type_convert( self, dstData, dstPal, dstType, dstPalSize, palSize_only);
}
PUBLIC HText * LMHText_new (
HTRequest * request,
HTParentAnchor * anchor,
HTStream *outstrm)
{
HTLine * line;
HText * self;
if ((self = (HText *) HT_CALLOC(1, sizeof(*self))) == NULL)
/* HT_OUTOFMEM("HText"); */
return self;
self->pLm = Context_getLineMode(request);
if (!loaded_texts) loaded_texts = HTList_new();
HTList_addObject(loaded_texts, self);
if (HTList_count(loaded_texts) >= LOADED_LIMIT) {
HTTRACE(CACHE_TRACE, "MemoryCache. Freeing off cached doc.\n");
HText_free((HText *)HTList_removeFirstObject(loaded_texts));
}
if ((line = self->last_line = (HTLine *) HT_MALLOC(LINE_SIZE(MAX_LINE))) == NULL)
HT_OUTOFMEM("HText_New");
line->next = line->prev = line;
line->offset = line->size = 0;
self->lines = self->chars = 0;
self->title = 0;
self->first_anchor = self->last_anchor = self->current_anchor = 0;
self->style = &default_style;
self->top_of_screen = 0;
self->node_anchor = anchor;
self->last_anchor_number = 0; /* Numbering of them for references */
self->stale = YES;
self->target = NULL;
HTAnchor_setDocument(anchor, (void *) self);
clear_screen();
HTMainText = self;
HTMainAnchor = anchor;
self->display_on_the_fly = DISPLAY_LINES;
self->all_pages = NO; /* One page at a time on the fly */
if (!space_string) { /* Make a blank line */
char *p;
if ((space_string = (char *) HT_MALLOC(HTScreenWidth+1)) == NULL)
HT_OUTOFMEM("HText_New");
for (p=space_string; p<space_string+HTScreenWidth; p++)
*p = ' '; /* Used for printfs later */
space_string[HTScreenWidth] = '\0';
}
return self;
}
Bool
img_mirror_raw( int type, int w, int h, Byte * data, Bool vertically)
{
int y;
int ls = LINE_SIZE(w, type);
register Byte swap;
if ( vertically ) {
Byte * src = data, *dst = data + ( h - 1 ) * ls, *p, *q;
h /= 2;
for ( y = 0; y < h; y++, src += ls, dst -= ls ) {
register int t = ls;
p = src;
q = dst;
while ( t-- ) {
swap = *q;
*(q++) = *p;
*(p++) = swap;
}
}
} else {
int x, pixel_size = (type & imBPP) / 8, last_pixel = (w - 1) * pixel_size, w2 = w / 2;
switch (type & imBPP) {
case 1:
case 4:
return false;
case 8:
for ( y = 0; y < h; y++, data += ls ) {
Byte *p = data, *q = data + last_pixel;
register int t = w2;
while ( t-- ) {
swap = *q;
*(q--) = *p;
*(p++) = swap;
}
}
break;
default:
for ( y = 0; y < h; y++, data += ls ) {
Byte *p = data, *q = data + last_pixel;
for ( x = 0; x < w2; x++, q -= pixel_size * 2) {
register int t = pixel_size;
while (t--) {
swap = *q;
*(q++) = *p;
*(p++) = swap;
}
}
}
}
}
return true;
}
/** Rewrite file without zero-tagged lines, and update file size.
*/
static void remove_duplicates(void)
{
t_chunk file_chunk;
t_line line;
size_t line_size;
char *dst;
file_chunk.ptr = g_file->addr;
file_chunk.endptr = g_file->addr + g_file->info.st_size;
dst = file_chunk.ptr;
while (get_next_line(&line, &file_chunk))
{
line_size = LINE_SIZE(line);
memcpy(dst, LINE_ADDR(line), line_size);
dst += line_size;
if (dst != file_chunk.endptr)
*dst++ = '\n';
}
/* update file size */
g_file->info.st_size = dst - g_file->addr;
}
PRIVATE void split_line (HText * text, int split)
{
HTStyle * style = text->style;
int spare;
int indent = (int) (text->in_line_1 ? text->style->indent1st
: text->style->leftIndent);
/* Make new line
*/
HTLine * previous = text->last_line;
HTLine * line;
if ((line = (HTLine *) HT_MALLOC(LINE_SIZE(MAX_LINE))) == NULL)
HT_OUTOFMEM("split_line");
text->lines++;
previous->next->prev = line;
line->prev = previous;
line->next = previous->next;
previous->next = line;
text->last_line = line;
line->size = 0;
line->offset = 0;
/* Split at required point
*/
if (split) { /* Delete space at "split" splitting line */
char * p;
previous->data[previous->size] = 0;
for (p = &previous->data[split]; *p; p++)
if (*p != ' ') break;
strcpy(line->data, p);
line->size = strlen(line->data);
previous->size = split;
}
while ((previous->size > 0) &&
(previous->data[previous->size-1] == ' ')) /* Strip trailers */
previous->size--;
if ((previous = (HTLine *)
HT_REALLOC(previous, LINE_SIZE(previous->size)))==NULL)
HT_OUTOFMEM("split_line");
previous->prev->next = previous; /* Link in new line */
previous->next->prev = previous; /* Could be same node of course */
/* Terminate finished line for printing
*/
previous->data[previous->size] = 0;
/* Align left, right or center
*/
spare = (int) (HTScreenWidth - style->rightIndent + style->leftIndent -
previous->size); /* @@ first line indent */
switch (style->alignment) {
case HT_CENTER :
previous->offset = previous->offset + indent + spare/2;
break;
case HT_RIGHT :
previous->offset = previous->offset + indent + spare;
break;
case HT_LEFT :
case HT_JUSTIFY : /* Not implemented */
default:
previous->offset = previous->offset + indent;
break;
} /* switch */
text->chars = text->chars + previous->size + 1; /* 1 for the line */
text->in_line_1 = NO; /* unless caller sets it otherwise */
/* If displaying as we go, output it:
*/
if (text->display_on_the_fly) {
if (text->display_on_the_fly == DISPLAY_LINES) { /* First line */
if (previous->size == 0) {
text->top_of_screen++; /* Scroll white space off top */
return;
}
if (HTAnchor_title(text->node_anchor)) { /* Title exists */
display_title(text);
text->display_on_the_fly--;
}
}
display_line(text, previous);
text->display_on_the_fly--;
/* Loop to top of next page? */
if (!text->display_on_the_fly && text->all_pages) {
PUTS("\f\n"); /* Form feed on its own line a la rfc1111 */
text->display_on_the_fly = DISPLAY_LINES;
}
}
} /* split_line */
