chore: cleanup comments
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@@ -6,37 +6,13 @@ import Quickshell
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import ZShell
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import qs.Config
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// Search service over the settings index. The index is generated at build time
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// from the page QML files by scripts/build-settings-index.py and baked into the
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// plugin binary (read via CUtils.settingsIndex), so it stays in sync with the UI
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// without any hand-maintained entries and without a user-editable data file.
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//
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// Unlike the launcher's fuzzy searcher, this uses the real inverted index +
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// ranking baked into the JSON: a query is tokenised, each token is looked up in
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// the inverted index (exact token or prefix), the matching entry ids are scored
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// with the precomputed per-token ranking, and the best entries are returned.
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// SettingEntry QObjects are produced via Variants so the result objects expose
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// the same properties the result list expects.
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Singleton {
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id: root
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// fzf finder over the entries (title + keywords), used as a fuzzy fallback
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// when the exact/prefix index lookup comes up short. fzf is the same matcher
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// the launcher uses, so typo and mid-word matching behave consistently.
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property var fzfFinder: null
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// entries: forward index (one record per setting)
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// inverted: token -> [entry id...]
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// ranking: token -> { entry id (string): weight }
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property var inverted: ({})
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property var ranking: ({})
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// Wrap the parts of `text` that match the search in the given colour, for use
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// with a StyledText in Text.StyledText format. Matches each query token as a
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// prefix at a word boundary (mirroring how lookup matches), so "wall"
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// highlights the start of "wallpaper". StyledText supports <font color> but
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// not CSS <span style>. HTML-significant characters are escaped first so the
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// rich-text parser doesn't choke on names with & < or >.
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function highlight(text: string, search: string, colour: color): string {
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const escaped = text.replace(/&/g, "&").replace(/</g, "<").replace(/>/g, ">");
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const tokens = tokenize(search);
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@@ -47,9 +23,6 @@ Singleton {
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return escaped.replace(pattern, `<font color="${colour}">$1</font>`);
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}
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// Look up a query token in the inverted index: exact match first, then any
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// indexed token that starts with it (prefix search, so "wif" finds "wifi").
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// Returns a map of entry id -> best ranking weight for that id.
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function lookup(token: string): var {
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const result = ({});
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const exact = root.inverted[token] !== undefined;
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@@ -71,31 +44,21 @@ Singleton {
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if (tokens.length === 0)
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return [];
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// Accumulate a score per entry id across all query tokens. An entry must
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// match every query token (AND), and its score is the sum of the ranking
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// weights of the index tokens it matched, so results stay relevant.
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const scores = ({});
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const hitCounts = ({});
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for (const token of tokens) {
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const matches = root.lookup(token); // { id: weight }
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const matches = root.lookup(token);
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for (const id in matches) {
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scores[id] = (scores[id] ?? 0) + matches[id];
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hitCounts[id] = (hitCounts[id] ?? 0) + 1;
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}
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}
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// Sort by score, breaking ties by id so the order is stable (otherwise
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// entries with equal scores can be dropped arbitrarily by the limit).
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const ranked = Object.keys(scores).filter(id => hitCounts[id] === tokens.length).sort((a, b) => scores[b] - scores[a] || (parseInt(a) - parseInt(b))).slice(0, 25);
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const all = entries.instances;
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const out = ranked.map(id => all[parseInt(id)]).filter(e => e !== undefined);
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// The inverted index only does exact/prefix matches. When it finds little
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// or nothing - a typo ("trasparency") or a mid-word query ("paper") - fall
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// back to fzf over the same entries. fzf hits that the index already
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// returned are skipped, and the rest are appended after the (stronger)
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// index results, so precise matches always lead.
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if (out.length < 5 && root.fzfFinder) {
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const seen = ({});
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for (const id of ranked)
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@@ -127,9 +90,6 @@ Singleton {
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entries.model = data.entries;
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root.inverted = data.inverted ?? {};
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root.ranking = data.ranking ?? {};
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// One searchable string per entry: the title. fzf provides typo and
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// mid-word matching over titles as a fallback when the exact/prefix
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// index lookup comes up short.
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const docs = data.entries.map((e, i) => ({
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idx: i,
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text: e.title
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@@ -164,12 +124,7 @@ Singleton {
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readonly property var subPath: modelData.subPath
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readonly property string subtext: modelData.subtext ?? ""
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readonly property string title: modelData.title
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// A non-empty togglePath means this is a plain on/off setting that can be
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// flipped straight from the results (e.g. "background.wallpaperEnabled").
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readonly property string togglePath: modelData.togglePath ?? ""
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// Live value of the config property, read by walking the path on
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// GlobalConfig. Re-evaluates when that property changes.
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readonly property bool toggleValue: {
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if (!isToggle)
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return false;
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@@ -183,7 +138,6 @@ Singleton {
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return obj ?? false;
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}
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// Write `value` back to the config property the path points at.
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function setToggle(value: bool): void {
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if (!isToggle)
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return;
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