parser_map_event_print/
parser-map-event-print.rs

1use pulldown_cmark::{html, Event, Parser};
2
3fn main() {
4    let markdown_input = "# Example Heading\nExample paragraph with **lorem** _ipsum_ text.";
5    println!(
6        "\nParsing the following markdown string:\n{}\n",
7        markdown_input
8    );
9
10    // Set up the parser. We can treat is as any other iterator.
11    // For each event, we print its details, such as the tag or string.
12    // This filter simply returns the same event without any changes;
13    // you can compare the `event-filter` example which alters the output.
14    let parser = Parser::new(markdown_input).map(|event| {
15        match &event {
16            Event::Start(tag) => println!("Start: {:?}", tag),
17            Event::End(tag) => println!("End: {:?}", tag),
18            Event::Html(s) => println!("Html: {:?}", s),
19            Event::InlineHtml(s) => println!("InlineHtml: {:?}", s),
20            Event::Text(s) => println!("Text: {:?}", s),
21            Event::Code(s) => println!("Code: {:?}", s),
22            Event::DisplayMath(s) => println!("DisplayMath: {:?}", s),
23            Event::InlineMath(s) => println!("Math: {:?}", s),
24            Event::FootnoteReference(s) => println!("FootnoteReference: {:?}", s),
25            Event::TaskListMarker(b) => println!("TaskListMarker: {:?}", b),
26            Event::SoftBreak => println!("SoftBreak"),
27            Event::HardBreak => println!("HardBreak"),
28            Event::Rule => println!("Rule"),
29        };
30        event
31    });
32
33    let mut html_output = String::new();
34    html::push_html(&mut html_output, parser);
35    println!("\nHTML output:\n{}\n", &html_output);
36}
parser_map_event_print/parser-map-event-print.rs

parser_map_event_print/
parser-map-event-print.rs
