}
}
-fn render_cell(col: &str, row: &mut Row) -> HTML {
- let row_label = HTML::escape(row.label.as_ref());
- let col_label = HTML::escape(col);
- let instances: Option<&Vec<Option<String>>> = row.entries.get(col);
- let class = HTML::from(if instances.is_none() { "" } else { "yes" });
- let all_empty = instances
- .iter()
- .flat_map(|is| is.iter())
- .all(Option::is_none);
- let contents = if instances.is_none() || (all_empty && instances.unwrap().len() == 1) {
+fn render_instances(instances: &[Option<String>]) -> HTML {
+ let all_empty = instances.iter().all(Option::is_none);
+ if all_empty && instances.len() == 1 {
HTML::from("")
} else if all_empty {
- HTML(format!("{}", instances.unwrap().len()))
+ HTML(format!("{}", instances.len()))
} else {
HTML(
instances
- .unwrap()
.iter()
.map(render_one_instance)
.map(|html| html.0) // Waiting for slice_concat_trait to stabilize
.collect::<Vec<_>>()
.join(" "),
)
+ }
+}
+
+fn render_cell(col: &str, row: &mut Row) -> HTML {
+ let row_label = HTML::escape(row.label.as_ref());
+ let col_label = HTML::escape(col);
+ let instances: Option<&Vec<Option<String>>> = row.entries.get(col);
+ let class = HTML::from(if instances.is_none() { "" } else { "yes" });
+ let contents = match instances {
+ None => HTML::from(""),
+ Some(is) => render_instances(is),
};
row.entries.remove(col);
HTML(format!(