use std::io::BufRead;
use std::iter::Iterator;
-fn tally_marks(n: usize) -> String {
- let fives = { 0..n / 5 }.map(|_| 'πΈ');
- let ones = { 0..n % 5 }.map(|_| 'π·');
- fives.chain(ones).collect()
+fn tally_marks(n: usize, mark: Option<&str>) -> String {
+ match mark {
+ None => {
+ let fives = { 0..n / 5 }.map(|_| 'πΈ');
+ let ones = { 0..n % 5 }.map(|_| 'π·');
+ fives.chain(ones).collect()
+ }
+ Some(m) => { 0..n }.map(|_| m).collect(),
+ }
}
#[derive(PartialEq, Eq, Debug)]
.collect()
}
-fn render_instances(instances: &[Option<String>]) -> HTML {
+fn render_instances(instances: &[Option<String>], mark: Option<&str>) -> HTML {
let mut tally = 0;
let mut out = vec![];
for ins in instances {
None => tally += 1,
Some(content) => {
if tally > 0 {
- out.push(HTML(tally_marks(tally)));
+ out.push(HTML(tally_marks(tally, mark)));
tally = 0;
}
out.push(HTML::escape(content));
}
}
if tally > 0 {
- out.push(HTML(tally_marks(tally)));
+ out.push(HTML(tally_marks(tally, mark)));
}
HTML(
out.into_iter()
let class = HTML::from(if is_empty { "" } else { r#" class="yes""# });
let contents = match instances {
None => HTML::from(""),
- Some(is) => render_instances(is),
+ Some(is) => render_instances(is, config.mark.get(col).map(String::as_str)),
};
row.entries.remove(col);
HTML(format!(
if instances.len() == 1 && instances[0].is_none() {
HTML(format!("{label}"))
} else {
- let rest = render_instances(instances);
+ let rest = render_instances(instances, config.mark.get(notcol).map(String::as_str));
HTML(format!("{label}: {rest}"))
}
}
#[test]
fn test_tally_marks() {
- assert_eq!(tally_marks(1), "π·");
- assert_eq!(tally_marks(2), "π·π·");
- assert_eq!(tally_marks(3), "π·π·π·");
- assert_eq!(tally_marks(4), "π·π·π·π·");
- assert_eq!(tally_marks(5), "πΈ");
- assert_eq!(tally_marks(6), "πΈπ·");
- assert_eq!(tally_marks(7), "πΈπ·π·");
- assert_eq!(tally_marks(8), "πΈπ·π·π·");
- assert_eq!(tally_marks(9), "πΈπ·π·π·π·");
- assert_eq!(tally_marks(10), "πΈπΈ");
- assert_eq!(tally_marks(11), "πΈπΈπ·");
+ assert_eq!(tally_marks(1, None), "π·");
+ assert_eq!(tally_marks(2, None), "π·π·");
+ assert_eq!(tally_marks(3, None), "π·π·π·");
+ assert_eq!(tally_marks(4, None), "π·π·π·π·");
+ assert_eq!(tally_marks(5, None), "πΈ");
+ assert_eq!(tally_marks(6, None), "πΈπ·");
+ assert_eq!(tally_marks(7, None), "πΈπ·π·");
+ assert_eq!(tally_marks(8, None), "πΈπ·π·π·");
+ assert_eq!(tally_marks(9, None), "πΈπ·π·π·π·");
+ assert_eq!(tally_marks(10, None), "πΈπΈ");
+ assert_eq!(tally_marks(11, None), "πΈπΈπ·");
+ assert_eq!(tally_marks(1, Some("x")), "x");
+ assert_eq!(tally_marks(4, Some("x")), "xxxx");
+ assert_eq!(tally_marks(5, Some("x")), "xxxxx");
+ assert_eq!(tally_marks(6, Some("x")), "xxxxxx");
+ assert_eq!(tally_marks(2, Some("π")), "ππ");
}
fn read_rows(input: impl std::io::Read) -> Result<Vec<Rowlike>, std::io::Error> {
r#"<td class="yes" onmouseover="h2('bob's','foo')" onmouseout="ch2('bob's','foo')">π·</td>"#
)
);
+ assert_eq!(
+ render_cell(
+ &Config {
+ column_threshold: 2,
+ static_columns: vec![],
+ hidden_columns: HashSet::new(),
+ substitute_labels: HashMap::new(),
+ mark: HashMap::from([("foo".to_owned(), "π¦".to_owned())]),
+ },
+ "foo",
+ &mut Row {
+ label: "nope".to_owned(),
+ entries: HashMap::from([("foo".to_owned(), vec![None])]),
+ }
+ ),
+ HTML::from(
+ r#"<td class="yes" onmouseover="h2('nope','foo')" onmouseout="ch2('nope','foo')">π¦</td>"#
+ )
+ );
+
let mut r = Row {
label: "nope".to_owned(),
entries: HashMap::from([
),
HTML::from("")
);
+ assert_eq!(
+ render_all_leftovers(
+ &Config {
+ column_threshold: 2,
+ static_columns: vec![],
+ hidden_columns: HashSet::new(),
+ substitute_labels: HashMap::new(),
+ mark: HashMap::from([("foo".to_owned(), "π".to_owned())]),
+ },
+ &Row {
+ label: "nope".to_owned(),
+ entries: HashMap::from([("foo".to_owned(), vec![None, None])]),
+ }
+ ),
+ HTML::from("foo: ππ")
+ );
}
#[test]