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const std = @import("std");
const c = @import("c.zig");
const example = @embedFile("example.html");
pub fn main() !void {
var html_tree: c.HtmlTree = undefined;
if(c.html_parse_to_tree(&html_tree, example.ptr, example.len) != 0)
return error.FailedToParseHtml;
defer c.html_tree_deinit(&html_tree);
html_node_print(&html_tree.root_node);
const html = html_tree.root_node.first_child;
const body = html.*.node.first_child;
const div = c.html_node_find_child(&body.*.node, "div", "class", "cool") orelse error.UnableToFindHtmlNode;
std.debug.print("div {any}\n", .{div});
}
fn html_attributes_print(attr: [*c]c.HtmlAttribute) void {
var a = attr;
while(a != null) {
std.debug.print("{s}=\"{s}\" ", .{html_string_view_to_slice(a.*.key), html_string_view_to_slice(a.*.value)});
a = a.*.next;
}
}
fn html_node_child_print(node_child: [*c]c.HtmlNodeChild) void {
var node = node_child;
while(node != null) {
html_node_print(&node.*.node);
node = node.*.next;
}
}
fn html_node_print(node: [*c]c.HtmlNode) void {
const n: *c.HtmlNode = @ptrCast(node);
switch(n.node_type) {
c.HTML_NODE_NODE => {
std.debug.print("\n<{s} ", .{html_string_view_to_slice(n.name_or_value)});
html_attributes_print(n.first_attr);
std.debug.print(">", .{});
html_node_child_print(n.first_child);
std.debug.print("</{s}>\n", .{html_string_view_to_slice(n.name_or_value)});
},
c.HTML_NODE_TEXT => {
std.debug.print("{s}", .{html_string_view_to_slice(n.name_or_value)});
},
c.HTML_NODE_JS => {
std.debug.print("{s}", .{html_string_view_to_slice(n.name_or_value)});
},
else => {},
}
}
fn html_string_view_to_slice(view: c.HtmlStringView) []const u8 {
if(view.size == 0) {
return "";
} else {
return view.data[0..view.size];
}
}
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