// .--------------------------------------------------------------------------. // | Glossary Utilities | // '--------------------------------------------------------------------------' // Author: Sven Vogel // Edited: 08.07.2024 // License: MIT #let glossary(entries) = { assert( type(entries) == dictionary, message: "The glossary is not a dictionary", ) for (k, v) in entries.pairs() { assert( type(v) == dictionary, message: "The glossary entry `" + k + "` is not a dictionary") for key in v.keys() { assert( key in ("short", "long", "desc", "group"), message: "Found unexpected key `" + key + "` in glossary entry `" + k) } assert( type(v.short) == str, message: "The short form of glossary entry `" + k + "` is not a string") if "long" in v { assert( type(v.long) == str, message: "The long form of glossary entry `" + k + "` is not a string") } if "desc" in v { assert( type(v.desc) == str, message: "The description of glossary entry `" + k + "` is not a string") } if "group" in v { assert( type(v.group) == str, message: "The optional group of glossary entry `" + k + "` is not a string") } else { let group = if "long" in v { if (context text.lang) == "de" { "Akronyme" } else { "Acronyms" } } else { if (context text.lang) == "de" { "Begriffe" } else { "Terms" } } entries.at(k).group = group } } return entries.pairs().map(((key, entry)) => ( key: key, short: eval(entry.short, mode: "markup"), long: eval(entry.at("long", default: ""), mode: "markup"), desc: eval(entry.at("desc", default: ""), mode: "markup"), group: entry.at("group", default: "") )) }