svg_status_t
_svg_style_apply_attributes (svg_style_t *style,
const char **attributes)
{
unsigned int i;
svg_status_t status;
const char *style_str, *str;
_svg_attribute_get_string (attributes, "style", &style_str, NULL);
if (style_str) {
status = _svg_style_parse_style_str (style, style_str);
if (status)
return status;
}
for (i=0; i < SVG_ARRAY_SIZE(SVG_STYLE_PARSE_MAP); i++) {
const svg_style_parse_map_t *map;
map = &SVG_STYLE_PARSE_MAP[i];
_svg_attribute_get_string (attributes, map->name, &str, NULL);
if (str) {
status = (map->parse) (style, str);
if (status)
return status;
}
}
return SVG_STATUS_SUCCESS;
}
/* Apply attributes unique to `svg' elements */
svg_status_t
_svg_group_apply_svg_attributes (svg_group_t *group,
const char **attributes)
{
const char *view_box_str, *aspect_ratio_str;
_svg_attribute_get_length (attributes, "width", &group->width, "100%");
_svg_attribute_get_length (attributes, "height", &group->height, "100%");
/* XXX: What else? */
_svg_attribute_get_length (attributes, "x", &group->x, "0");
_svg_attribute_get_length (attributes, "y", &group->y, "0");
_svg_attribute_get_string (attributes, "viewBox", &view_box_str, NULL);
if (view_box_str)
{
(void) _svg_element_parse_view_box (view_box_str,
&group->view_box.box.x,
&group->view_box.box.y,
&group->view_box.box.width,
&group->view_box.box.height);
group->view_box.aspect_ratio = SVG_PRESERVE_ASPECT_RATIO_NONE;
_svg_attribute_get_string (attributes, "preserveAspectRatio", &aspect_ratio_str, NULL);
if (aspect_ratio_str)
(void) _svg_element_parse_aspect_ratio (aspect_ratio_str, &group->view_box);
}
return SVG_STATUS_SUCCESS;
}
svg_status_t
_svg_group_apply_use_attributes (svg_element_t *group,
const char **attributes)
{
const char *href;
svg_element_t *ref;
svg_element_t *clone;
svgint_status_t status = SVG_STATUS_SUCCESS;
_svg_attribute_get_string (attributes, "xlink:href", &href, "");
_svg_fetch_element_by_id (group->doc, href + 1, &ref);
if (!ref) {
/* XXX: Should we report an error here? */
return SVG_STATUS_SUCCESS;
}
_svg_attribute_get_length (attributes, "width", &group->e.group.width, "100%");
_svg_attribute_get_length (attributes, "height", &group->e.group.height, "100%");
clone = ref;
_svg_element_reference(ref);
if (status)
return status;
if (clone)
{
_svg_group_add_element (&group->e.group, clone);
}
return SVG_STATUS_SUCCESS;
}
svg_status_t
_svg_transform_apply_attributes (svg_transform_t *transform,
const char **attributes)
{
const char *transform_str;
_svg_attribute_get_string (attributes, "transform", &transform_str, NULL);
if (transform_str)
return _svg_transform_parse_str (transform, transform_str);
return SVG_STATUS_SUCCESS;
}
/* XXX: This function is a mess --- it's doing its own style/attribute
handling rather than leaving that to the existing
framework. Instead this should be shifted to the standard
mechanism, whereby we have a new svg_gradient_stop element, etc.
If we'd like to, we can collapse the gradient's child stop elements
into an array when the gradient is done being parsed. */
static svg_status_t
_svg_parser_parse_gradient_stop (svg_parser_t *parser,
const char **attributes,
svg_element_t **gradient_element)
{
svg_style_t style;
svg_gradient_t* gradient;
double offset;
double opacity;
svg_color_t color;
const char* color_str;
svg_element_t *group_element;
gradient_element = NULL;
if (parser->state->group_element == NULL
|| parser->state->group_element->type != SVG_ELEMENT_TYPE_GRADIENT)
return SVG_STATUS_PARSE_ERROR;
group_element = parser->state->group_element;
gradient = &group_element->e.gradient;
/* XXX: This ad-hoc style parsing breaks inheritance I believe. */
_svg_style_init_empty (&style, parser->svg);
style.flags = SVG_STYLE_FLAG_NONE;
_svg_style_apply_attributes (&style, attributes);
color = style.color;
opacity = style.opacity;
_svg_attribute_get_double (attributes, "offset", &offset, 0);
_svg_attribute_get_double (attributes, "stop-opacity", &opacity, opacity);
if (_svg_attribute_get_string (attributes, "stop-color", &color_str, "#000000") == SVG_STATUS_SUCCESS)
_svg_color_init_from_str (&color, color_str);
if (color.is_current_color)
color = group_element->style.color;
/* XXX: Rather than directly storing the stop in the gradient
here, it would be cleaner to just have the stop be a standard
child element. */
_svg_gradient_add_stop (gradient, offset, &color, opacity);
/* XXX: Obviously, this is totally bogus and needs to change. */
/* not quite unknown, just don't store the element and stop applying attributes */
return SVGINT_STATUS_UNKNOWN_ELEMENT;
}
static svg_status_t
_svg_parser_parse_polyline (svg_parser_t *parser,
const char **attributes,
svg_element_t **path_element)
{
svg_status_t status;
const char *points;
const char *p, *next;
svg_path_t *path;
double pt[2];
int first;
_svg_attribute_get_string (attributes, "points", &points, NULL);
if (points == NULL)
return SVG_STATUS_PARSE_ERROR;
status = _svg_parser_new_leaf_element (parser,
path_element,
SVG_ELEMENT_TYPE_PATH);
if (status)
return status;
path = &(*path_element)->e.path;
first = 1;
p = points;
while (*p) {
status = _svg_str_parse_csv_doubles (p, pt, 2, &next);
if (status)
return SVG_STATUS_PARSE_ERROR;
if (first) {
_svg_path_move_to (path, pt[0], pt[1]);
first = 0;
} else {
_svg_path_line_to (path, pt[0], pt[1]);
}
p = next;
_svg_str_skip_space (&p);
}
return SVG_STATUS_SUCCESS;
}