mirror of
https://github.com/servo/servo.git
synced 2025-07-23 15:23:42 +01:00
CamelCase node kinds. Also fix shape glue problem in CSS color comparison.
This commit is contained in:
Patrick Walton
parent
d2455c7bb6
commit
c348486140
8 changed files with 130 additions and 130 deletions
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@ -11,11 +11,11 @@ enum node_data = {
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};
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enum node_kind {
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nk_element(element),
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nk_text(str)
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Element(ElementData),
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Text(str)
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}
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class element {
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class ElementData {
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let tag_name: str;
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let subclass: ~element_subclass;
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let attrs: dvec<~attr>;
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@ -34,7 +34,8 @@ class element {
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}
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i += 1u;
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}
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ret none;
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none
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}
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}
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@ -1,6 +1,6 @@
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#[doc="Fundamental layout structures and algorithms."]
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import dom::base::{element, es_div, es_img, node_data, node_kind, node};
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import dom::base::{Element, es_div, es_img, node_data, node_kind, node};
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import dom::rcu;
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import dom::rcu::reader_methods;
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import gfx::geometry;
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@ -145,8 +145,8 @@ impl node_methods for node {
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#[cfg(test)]
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mod test {
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import dom::base::{element, es_div, es_img, methods, nk_element, node_data,
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node_kind, node, wr_tree_ops};
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import dom::base::{ElementData, es_div, es_img, methods, Element, node_data, node_kind, node};
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import dom::base::{wr_tree_ops};
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import dom::rcu::scope;
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import box_builder::{box_builder_methods};
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@ -183,10 +183,10 @@ mod test {
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~es_img({mut size: size})
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}
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let n0 = s.new_node(nk_element(element("img", mk_img(Size2D(au(10),au(10))))));
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let n1 = s.new_node(nk_element(element("img", mk_img(Size2D(au(10),au(10))))));
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let n2 = s.new_node(nk_element(element("img", mk_img(Size2D(au(10),au(20))))));
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let n3 = s.new_node(nk_element(element("div", ~es_div)));
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let n0 = s.new_node(Element(ElementData("img", mk_img(Size2D(au(10),au(10))))));
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let n1 = s.new_node(Element(ElementData("img", mk_img(Size2D(au(10),au(10))))));
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let n2 = s.new_node(Element(ElementData("img", mk_img(Size2D(au(10),au(20))))));
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let n3 = s.new_node(Element(ElementData("div", ~es_div)));
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tree::add_child(s, n3, n0);
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tree::add_child(s, n3, n1);
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@ -1,6 +1,6 @@
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#[doc="Creates CSS boxes from a DOM."]
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import dom::base::{element, es_div, es_img, nk_element, nk_text, node};
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import dom::base::{ElementData, es_div, es_img, Element, Text, node};
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import dom::style::{display_type, di_block, di_inline, di_none};
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import dom::rcu::reader_methods;
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import gfx::geometry;
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@ -20,8 +20,7 @@ enum ctxt = {
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// The parent box that these boxes will be added to.
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parent_box: @box,
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// The current anonymous box that we're currently appending inline nodes
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// to.
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// The current anonymous box that we're currently appending inline nodes to.
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//
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// See CSS2 9.2.1.1.
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mut anon_box: option<@box>
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@ -61,8 +60,7 @@ impl methods for ctxt {
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self.finish_anonymous_box_if_necessary();
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}
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// Add the child's box to the current enclosing box or the current
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// anonymous box.
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// Add the child's box to the current enclosing box or the current anonymous box.
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alt kid.get_computed_style().display {
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di_block {
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btree.add_child(self.parent_box, kid_box);
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@ -70,11 +68,14 @@ impl methods for ctxt {
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di_inline {
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let anon_box = alt self.anon_box {
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none {
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// the anonymous box inherits the attributes
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// of its parents for now, so that
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// properties of intrinsic boxes are not
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// spread to their parenting anonymous box.
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//
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// the anonymous box inherits the attributes of its parents for now, so
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// that properties of intrinsic boxes are not spread to their parenting
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// anonymous box.
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//
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// TODO: check what css actually specifies
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//
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let b = new_box(self.parent_node, bk_inline);
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self.anon_box = some(b);
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b
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@ -159,8 +160,8 @@ impl box_builder_priv for node {
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"]
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fn determine_box_kind() -> box_kind {
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alt self.rd({ |n| copy n.kind }) {
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~nk_text(string) { bk_text(@text_box(string)) }
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~nk_element(element) {
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~Text(string) { bk_text(@text_box(string)) }
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~Element(element) {
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alt *element.subclass {
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es_div { bk_block }
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es_img({size}) { bk_intrinsic(@size) }
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@ -1,5 +1,5 @@
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#[doc="Applies style to boxes."]
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import dom::base::{es_img, nk_element, node};
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import dom::base::{es_img, Element, node};
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import dom::rcu::reader_methods;
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import image::base::load;
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import layout::base::*;
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@ -20,7 +20,7 @@ impl apply_style_methods for @box {
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self.node.rd {
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|node|
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alt node.kind {
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~nk_element(element) {
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~Element(element) {
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let style = self.node.get_computed_style();
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self.appearance.background_color = some(style.back_color);
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@ -34,8 +34,7 @@ impl apply_style_methods for @box {
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// FIXME: Don't load synchronously!
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#debug("loading image from %s", url);
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let image = @load(url);
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self.appearance.background_image =
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some(image);
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self.appearance.background_image = some(image);
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}
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none {
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/* Ignore. */
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@ -1,17 +1,16 @@
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#[doc="Perform css selector matching"]
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import dom::base::{node, nk_element, nk_text};
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import dom::style::{selector, style_decl, font_size, display, text_color,
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background_color, stylesheet, element, child, descendant,
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sibling, attr, exact, exists, includes, starts_with};
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import dom::base::{node, Element, ElementData, Text};
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import dom::style::{selector, style_decl, font_size, display, text_color, background_color,
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stylesheet, element, child, descendant, sibling, attr, exact, exists, includes,
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starts_with};
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import dom::rcu::{reader_methods};
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import style::{computed_style, default_style_for_node_kind};
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import base::{layout_data};
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export matching_methods;
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#[doc="Update the computed style of an html element with a style specified
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by css."]
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#[doc="Update the computed style of an HTML element with a style specified by CSS."]
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fn update_style(style : @computed_style, decl : style_decl) {
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alt decl {
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display(dis) { (*style).display = dis; }
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@ -20,8 +19,8 @@ fn update_style(style : @computed_style, decl : style_decl) {
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}
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}
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#[doc="Check if a css attribute matches the attribute of an html element."]
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fn attrs_match(attr : attr, elmt : dom::base::element) -> bool {
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#[doc="Check if a CSS attribute matches the attribute of an HTML element."]
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fn attrs_match(attr: attr, elmt: ElementData) -> bool {
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alt attr {
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exists(name) {
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alt elmt.get_attr(name) {
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@ -56,22 +55,25 @@ fn attrs_match(attr : attr, elmt : dom::base::element) -> bool {
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if value.len() == val.len() { ret true; }
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else { ret value.starts_with(val + "-"); }
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}
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none { ret false; }
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none {
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ret false;
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}
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}
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}
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}
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}
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impl priv_matching_methods for node {
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#[doc="Checks if the given css selector, which must describe a single
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element with no relational information, describes the given
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html element."]
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#[doc="
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Checks if the given CSS selector, which must describe a single element with no relational
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information, describes the given HTML element.
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"]
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fn matches_element(sel: ~selector) -> bool {
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alt *sel {
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child(_, _) | descendant(_, _) | sibling(_, _) { ret false; }
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element(tag, attrs) {
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alt self.rd { |n| copy *n.kind } {
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nk_element(elmt) {
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Element(elmt) {
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if !(tag == "*" || tag == elmt.tag_name) {
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ret false;
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}
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@ -84,7 +86,7 @@ impl priv_matching_methods for node {
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ret true;
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}
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nk_text(str) { /*fall through, currently unsupported*/ }
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Text(str) { /*fall through, currently unsupported*/ }
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}
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}
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}
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@ -93,7 +95,7 @@ impl priv_matching_methods for node {
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//unsupported.
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}
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#[doc = "Checks if a generic css selector matches a given html element"]
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#[doc = "Checks if a generic CSS selector matches a given HTML element"]
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fn matches_selector(sel : ~selector) -> bool {
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alt *sel {
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element(str, atts) { ret self.matches_element(sel); }
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@ -202,17 +204,16 @@ impl matching_methods for node {
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}
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mod test {
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import dom::base::{node_scope, methods, nk_element, attr, es_div,
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es_img, es_unknown, es_head, wr_tree_ops};
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import dom::base::{node_scope, methods, Element, attr, es_div, es_img, es_unknown, es_head};
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import dom::base::{wr_tree_ops};
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import dvec::{dvec, extensions};
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import io::println;
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fn new_node_from_attr(scope : node_scope, -name : str, -val : str) -> node
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{
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let elmt = dom::base::element("div", ~es_div);
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fn new_node_from_attr(scope: node_scope, -name: str, -val: str) -> node {
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let elmt = ElementData("div", ~es_div);
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let attr = ~attr(name, val);
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elmt.attrs.push(attr);
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ret scope.new_node(nk_element(elmt));
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ret scope.new_node(Element(elmt));
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}
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#[test]
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@ -1,9 +1,7 @@
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#[doc="High-level interface to CSS selector matching."]
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import dom::style::{display_type, di_block, di_inline, di_none,
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stylesheet};
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import dom::base::{element, es_div, es_head, es_img, nk_element, nk_text};
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import dom::base::{node};
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import dom::style::{display_type, di_block, di_inline, di_none, stylesheet};
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import dom::base::{es_div, es_head, es_img, Element, Text, node};
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import dom::base::node_kind;
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import dom::rcu::reader_methods;
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import layout::base::*; // FIXME: resolve bug requires *
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@ -17,11 +15,11 @@ type computed_style = {mut display : display_type,
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#[doc="Returns the default style for the given node kind."]
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fn default_style_for_node_kind(kind: node_kind) -> computed_style {
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alt kind {
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nk_text(*) {
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Text(*) {
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{mut display: di_inline,
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mut back_color: white()}
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}
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nk_element(element) {
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Element(element) {
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let r = rand::rng();
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let rand_color = rgb(r.next() as u8, r.next() as u8, r.next() as u8);
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@ -30,8 +28,7 @@ fn default_style_for_node_kind(kind: node_kind) -> computed_style {
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mut back_color: rand_color} }
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es_head { {mut display: di_none, mut back_color: rand_color} }
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es_img(*) { {mut display: di_inline, mut back_color: rand_color} }
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es_unknown { {mut display : di_inline, mut back_color :
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rand_color} }
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es_unknown { {mut display: di_inline, mut back_color: rand_color} }
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}
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}
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}
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@ -41,9 +38,8 @@ impl style_priv for node {
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#[doc="
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Performs CSS selector matching on a node.
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This is, importantly, the function that creates the layout data for
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the node (the reader-auxiliary box in the RCU model) and populates it
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with the computed style.
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This is, importantly, the function that creates the layout data for the node (the reader-
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auxiliary box in the RCU model) and populates it with the computed style.
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"]
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fn recompute_style(styles : stylesheet) {
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let style = self.match_css_style(styles);
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@ -63,8 +59,8 @@ impl style_priv for node {
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impl style_methods for node {
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#[doc="
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Returns the computed style for the given node. If CSS selector matching
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has not yet been performed, fails.
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Returns the computed style for the given node. If CSS selector matching has not yet been
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performed, fails.
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TODO: Return a safe reference; don't copy.
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"]
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@ -78,9 +74,8 @@ impl style_methods for node {
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#[doc="
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Performs CSS selector matching on a subtree.
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This is, importantly, the function that creates the layout data for
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the node (the reader-auxiliary box in the RCU model) and populates it
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with the computed style.
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This is, importantly, the function that creates the layout data for the node (the reader-
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auxiliary box in the RCU model) and populates it with the computed style.
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TODO: compute the style of multiple nodes in parallel.
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"]
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@ -1,9 +1,8 @@
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#[doc="Constructs a DOM tree from an incoming token stream."]
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import dom::rcu::writer_methods;
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import dom::base::{attr, element, element_subclass, es_div, es_head, es_img};
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import dom::base::{es_unknown, methods, nk_element, nk_text, rd_tree_ops};
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import dom::base::{wr_tree_ops};
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import dom::base::{attr, element_subclass, es_div, es_head, es_img, es_unknown, methods, Element};
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import dom::base::{ElementData, Text, rd_tree_ops, wr_tree_ops};
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import dom = dom::base;
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import dvec::extensions;
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import geom::size::Size2D;
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@ -12,14 +11,12 @@ import gfx::geometry::au;
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import parser = parser::lexer::html;
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import parser::token;
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fn link_up_attribute(scope: dom::node_scope, node: dom::node, -key: str,
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-value: str) {
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// TODO: Implement atoms so that we don't always perform string
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// comparisons.
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fn link_up_attribute(scope: dom::node_scope, node: dom::node, -key: str, -value: str) {
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// TODO: Implement atoms so that we don't always perform string comparisons.
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scope.rd(node) {
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|node_contents|
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alt *node_contents.kind {
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dom::nk_element(element) {
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Element(element) {
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element.attrs.push(~attr(copy key, copy value));
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alt *element.subclass {
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es_img(img) if key == "width" {
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@ -45,7 +42,8 @@ fn link_up_attribute(scope: dom::node_scope, node: dom::node, -key: str,
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}
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}
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}
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dom::nk_text(*) {
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Text(*) {
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fail "attempt to link up an attribute to a text node"
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}
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}
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@ -66,10 +64,9 @@ fn build_element_subclass(tag_name: str) -> ~element_subclass {
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}
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}
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fn build_dom(scope: dom::node_scope,
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stream: port<token>) -> dom::node {
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fn build_dom(scope: dom::node_scope, stream: port<token>) -> dom::node {
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// The current reference node.
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let mut cur = scope.new_node(dom::nk_element(element("html", ~es_div)));
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let mut cur = scope.new_node(Element(ElementData("html", ~es_div)));
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loop {
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let token = stream.recv();
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alt token {
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@ -77,9 +74,7 @@ fn build_dom(scope: dom::node_scope,
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parser::to_start_opening_tag(tag_name) {
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#debug["starting tag %s", tag_name];
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let element_subclass = build_element_subclass(tag_name);
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let new_node =
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scope.new_node(dom::nk_element(element(tag_name,
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element_subclass)));
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let new_node = scope.new_node(Element(ElementData(tag_name, element_subclass)));
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scope.add_child(cur, new_node);
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cur = new_node;
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}
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@ -98,7 +93,7 @@ fn build_dom(scope: dom::node_scope,
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}
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parser::to_text(s) if !s.is_whitespace() {
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let s <- s;
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let new_node = scope.new_node(dom::nk_text(s));
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let new_node = scope.new_node(Text(s));
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scope.add_child(cur, new_node);
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}
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parser::to_text(_) {
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@ -7,9 +7,17 @@
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import float::round;
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import libc::types::os::arch::c95::c_double;
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import css_colors::*;
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import cmp::eq;
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enum Color = {red : u8, green : u8, blue : u8, alpha : float};
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impl Color of eq for Color {
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fn eq(&&other: Color) -> bool {
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ret self.red == other.red && self.green == other.green && self.blue == other.blue &&
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self.alpha == other.alpha;
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}
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}
|
||||
|
||||
fn rgba(r : u8, g : u8, b : u8, a : float) -> Color {
|
||||
Color({red : r, green : g, blue : b, alpha : a})
|
||||
}
|
||||
|
|
@ -172,54 +180,54 @@ mod test {
|
|||
|
||||
#[test]
|
||||
fn test_parse_by_name() {
|
||||
assert red() == parse_color("red");
|
||||
assert lime() == parse_color("Lime");
|
||||
assert blue() == parse_color("BLUE");
|
||||
assert green() == parse_color("GreEN");
|
||||
assert white() == parse_color("white");
|
||||
assert black() == parse_color("Black");
|
||||
assert gray() == parse_color("Gray");
|
||||
assert silver() == parse_color("SiLvEr");
|
||||
assert maroon() == parse_color("maroon");
|
||||
assert purple() == parse_color("PURPLE");
|
||||
assert fuschia() == parse_color("FUSCHIA");
|
||||
assert olive() == parse_color("oLiVe");
|
||||
assert yellow() == parse_color("yellow");
|
||||
assert navy() == parse_color("NAVY");
|
||||
assert teal() == parse_color("Teal");
|
||||
assert aqua() == parse_color("Aqua");
|
||||
assert red().eq(parse_color("red"));
|
||||
assert lime().eq(parse_color("Lime"));
|
||||
assert blue().eq(parse_color("BLUE"));
|
||||
assert green().eq(parse_color("GreEN"));
|
||||
assert white().eq(parse_color("white"));
|
||||
assert black().eq(parse_color("Black"));
|
||||
assert gray().eq(parse_color("Gray"));
|
||||
assert silver().eq(parse_color("SiLvEr"));
|
||||
assert maroon().eq(parse_color("maroon"));
|
||||
assert purple().eq(parse_color("PURPLE"));
|
||||
assert fuschia().eq(parse_color("FUSCHIA"));
|
||||
assert olive().eq(parse_color("oLiVe"));
|
||||
assert yellow().eq(parse_color("yellow"));
|
||||
assert navy().eq(parse_color("NAVY"));
|
||||
assert teal().eq(parse_color("Teal"));
|
||||
assert aqua().eq(parse_color("Aqua"));
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn test_parsing_rgb() {
|
||||
assert red() == parse_color("rgb(255,0,0)");
|
||||
assert red() == parse_color("rgba(255,0,0,1.0)");
|
||||
assert red() == parse_color("rgba(255,0,0,1)");
|
||||
assert lime() == parse_color("rgba(0,255,0,1.00)");
|
||||
assert rgb(1u8,2u8,3u8) == parse_color("rgb(1,2,03)");
|
||||
assert rgba(15u8,250u8,3u8,0.5) == parse_color("rgba(15,250,3,.5)");
|
||||
assert rgba(15u8,250u8,3u8,0.5) == parse_color("rgba(15,250,3,0.5)");
|
||||
assert red().eq(parse_color("rgb(255,0,0)"));
|
||||
assert red().eq(parse_color("rgba(255,0,0,1.0)"));
|
||||
assert red().eq(parse_color("rgba(255,0,0,1)"));
|
||||
assert lime().eq(parse_color("rgba(0,255,0,1.00)"));
|
||||
assert rgb(1u8,2u8,3u8).eq(parse_color("rgb(1,2,03)"));
|
||||
assert rgba(15u8,250u8,3u8,0.5).eq(parse_color("rgba(15,250,3,.5)"));
|
||||
assert rgba(15u8,250u8,3u8,0.5).eq(parse_color("rgba(15,250,3,0.5)"));
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn test_parsing_hsl() {
|
||||
assert red() == parse_color("hsl(0,1,.5)");
|
||||
assert lime() == parse_color("hsl(120.0,1.0,.5)");
|
||||
assert blue() == parse_color("hsl(240.0,1.0,.5)");
|
||||
assert green() == parse_color("hsl(120.0,1.0,.25)");
|
||||
assert white() == parse_color("hsl(1.0,1.,1.0)");
|
||||
assert white() == parse_color("hsl(129.0,0.3,1.0)");
|
||||
assert black() == parse_color("hsl(231.2,0.75,0.0)");
|
||||
assert black() == parse_color("hsl(11.2,0.0,0.0)");
|
||||
assert gray() == parse_color("hsl(0.0,0.0,0.5)");
|
||||
assert maroon() == parse_color("hsl(0.0,1.0,0.25)");
|
||||
assert purple() == parse_color("hsl(300.0,1.0,0.25)");
|
||||
assert fuschia() == parse_color("hsl(300,1.0,0.5)");
|
||||
assert olive() == parse_color("hsl(60.,1.0,0.25)");
|
||||
assert yellow() == parse_color("hsl(60.,1.0,0.5)");
|
||||
assert navy() == parse_color("hsl(240.0,1.0,.25)");
|
||||
assert teal() == parse_color("hsl(180.0,1.0,.25)");
|
||||
assert aqua() == parse_color("hsl(180.0,1.0,.5)");
|
||||
assert red().eq(parse_color("hsl(0,1,.5)"));
|
||||
assert lime().eq(parse_color("hsl(120.0,1.0,.5)"));
|
||||
assert blue().eq(parse_color("hsl(240.0,1.0,.5)"));
|
||||
assert green().eq(parse_color("hsl(120.0,1.0,.25)"));
|
||||
assert white().eq(parse_color("hsl(1.0,1.,1.0)"));
|
||||
assert white().eq(parse_color("hsl(129.0,0.3,1.0)"));
|
||||
assert black().eq(parse_color("hsl(231.2,0.75,0.0)"));
|
||||
assert black().eq(parse_color("hsl(11.2,0.0,0.0)"));
|
||||
assert gray().eq(parse_color("hsl(0.0,0.0,0.5)"));
|
||||
assert maroon().eq(parse_color("hsl(0.0,1.0,0.25)"));
|
||||
assert purple().eq(parse_color("hsl(300.0,1.0,0.25)"));
|
||||
assert fuschia().eq(parse_color("hsl(300,1.0,0.5)"));
|
||||
assert olive().eq(parse_color("hsl(60.,1.0,0.25)"));
|
||||
assert yellow().eq(parse_color("hsl(60.,1.0,0.5)"));
|
||||
assert navy().eq(parse_color("hsl(240.0,1.0,.25)"));
|
||||
assert teal().eq(parse_color("hsl(180.0,1.0,.25)"));
|
||||
assert aqua().eq(parse_color("hsl(180.0,1.0,.5)"));
|
||||
}
|
||||
}
|
||||
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue