Files
olivv-cs-ComfyUI-FunPack/app/ui/composer/tests/elements_behaviour.test.js
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776 lines
34 KiB
JavaScript

// Behaviour the registry-wide rule tests cannot see: what each element does
// when it is actually used.
import test from "node:test";
import assert from "node:assert/strict";
import { setupDom, teardownDom, fire } from "./_dom.js";
let composer;
test.before(async () => {
setupDom();
({ composer } = await import("../composer.js"));
});
test.after(() => teardownDom());
const mount = (handle) => { document.body.appendChild(handle.node); return handle; };
// --- buttons ---------------------------------------------------------------
test("a button reports clicks and can be made busy", () => {
let clicks = 0;
const b = mount(composer.button.md({ label: "Go", onClick: () => { clicks += 1; } }));
b.node.click();
assert.equal(clicks, 1);
b.setBusy(true);
assert.equal(b.node.disabled, true);
assert.equal(b.node.getAttribute("aria-busy"), "true");
b.node.click();
assert.equal(clicks, 1, "a busy button does not fire again");
b.setBusy(false);
assert.equal(b.node.disabled, false);
});
test("an unknown tone is refused rather than rendered plain", () => {
assert.throws(() => composer.button.md({ label: "x", tone: "sparkly" }), RangeError);
});
test("an icon button without a label is refused", () => {
// Otherwise a toolbar of glyphs is unusable by screen reader and unlabelled
// on hover, and nobody notices until someone needs it.
assert.throws(() => composer.iconButton.md({ icon: "x" }), TypeError);
});
test("buttonGroup picks one, or several when multi", () => {
const seen = [];
const g = mount(composer.buttonGroup.md({
value: "a", onChange: (v) => seen.push(v),
items: [{ value: "a", label: "A" }, { value: "b", label: "B" }],
}));
g.node.querySelectorAll("button")[1].click();
assert.equal(g.value, "b");
assert.deepEqual(seen, ["b"]);
assert.equal(g.node.querySelectorAll("button")[1].getAttribute("aria-checked"), "true");
const m = mount(composer.buttonGroup.md({
multi: true, value: ["a"],
items: [{ value: "a", label: "A" }, { value: "b", label: "B" }],
}));
m.node.querySelectorAll("button")[1].click();
assert.deepEqual(m.value.sort(), ["a", "b"]);
m.node.querySelectorAll("button")[0].click();
assert.deepEqual(m.value, ["b"], "clicking an active one turns it off");
});
// --- choice ----------------------------------------------------------------
test("checkbox reads and writes its state", () => {
let last = null;
const c = mount(composer.checkbox.default({ label: "On", checked: false, onChange: (v) => { last = v; } }));
const input = c.node.querySelector("input");
input.click();
assert.equal(c.value, true);
assert.equal(last, true);
c.setValue(false);
assert.equal(input.checked, false);
});
test("a bare checkbox carries its label as the accessible name", () => {
const c = composer.checkbox.default({ label: "Enabled" });
assert.equal(c.node.querySelector("input").getAttribute("aria-label"), "Enabled");
});
test("a checkbox row is labelled by its visible text, not by aria-label", () => {
// Duplicating it would override what the user can see with a copy that can
// drift from it.
const c = composer.checkboxRow.default({ label: "Sync", hint: "Locks timing" });
const input = c.node.querySelector("input");
assert.equal(input.getAttribute("aria-label"), null);
const face = c.node.querySelector("label.cx-check-face");
assert.equal(face.getAttribute("for"), input.id,
"the label points at the input rather than wrapping it");
assert.equal(face.contains(input), false);
assert.ok(input.getAttribute("aria-describedby"), "the hint is wired as the description");
});
test("checklist collects several values", () => {
const c = mount(composer.checklist.default({
values: ["a"], items: [{ value: "a", label: "A" }, { value: "b", label: "B" }],
}));
c.node.querySelectorAll("input")[1].click();
assert.deepEqual(c.value.sort(), ["a", "b"]);
c.setValue(["b"]);
assert.deepEqual(c.value, ["b"]);
});
test("radioGroup keeps exactly one", () => {
const r = mount(composer.radioGroup.default({
value: "a", options: [{ value: "a", label: "A" }, { value: "b", label: "B" }],
}));
const inputs = r.node.querySelectorAll("input");
inputs[1].click();
assert.equal(r.value, "b");
assert.equal(inputs[0].checked, false);
});
test("segmented selects and reflects aria-checked", () => {
const s = mount(composer.segmented.md({
value: "t2v", options: [{ value: "t2v", label: "T" }, { value: "i2v", label: "I" }],
}));
const buttons = s.node.querySelectorAll("button");
buttons[1].click();
assert.equal(s.value, "i2v");
assert.equal(buttons[1].getAttribute("aria-checked"), "true");
assert.equal(buttons[0].getAttribute("aria-checked"), "false");
});
test("select round-trips its value", () => {
const s = mount(composer.select.md({
value: "b", options: [{ value: "a", label: "A" }, { value: "b", label: "B" }],
}));
assert.equal(s.value, "b");
s.setValue("a");
assert.equal(s.value, "a");
});
test("toggle is a switch, not a checkbox, to assistive tech", () => {
const t = mount(composer.toggle.default({ label: "Second pass", checked: true }));
assert.equal(t.node.querySelector("input").getAttribute("role"), "switch");
assert.equal(t.value, true);
});
// --- input -----------------------------------------------------------------
test("onCommit fires on Enter and blur, not on every keystroke", () => {
// A settings value that updates per keystroke writes nine intermediate values
// while you type "0.65".
const commits = [];
const inputs = [];
const i = mount(composer.input.md({
onInput: (v) => inputs.push(v),
onCommit: (v) => commits.push(v),
}));
i.node.value = "roof";
fire(i.node, "input");
assert.deepEqual(inputs, ["roof"]);
assert.deepEqual(commits, []);
i.node.dispatchEvent(new window.KeyboardEvent("keydown", { key: "Enter", bubbles: true, cancelable: true }));
assert.deepEqual(commits, ["roof"]);
fire(i.node, "blur");
assert.deepEqual(commits, ["roof"], "an unchanged value does not commit twice");
});
test("number clamps on commit, not while typing", () => {
// Clamping mid-keystroke makes a leading "-" or "0." impossible to type.
let last = null;
const n = mount(composer.number.md({ value: 3, min: 1, max: 10, onChange: (v) => { last = v; } }));
const input = n.node.querySelector("input") || n.node;
input.value = "99";
fire(input, "input");
assert.equal(input.value, "99", "not clamped yet");
fire(input, "blur");
assert.equal(last, 10);
});
test("number applies its precision", () => {
let last = null;
const n = mount(composer.number.md({ value: 1, min: 0, max: 10, precision: 1, onChange: (v) => { last = v; } }));
const input = n.node.querySelector("input") || n.node;
input.value = "3.14159";
fire(input, "blur");
assert.equal(last, 3.1);
});
test("stepper steps without float drift", () => {
const s = mount(composer.stepper.md({ value: 0.1, min: 0, max: 1, step: 0.2 }));
s.node.querySelectorAll("button")[1].click();
assert.equal(s.value, 0.3, "0.1 + 0.2 must not surface as 0.30000000000000004");
});
test("stepper respects its bounds", () => {
const s = mount(composer.stepper.md({ value: 1, min: 0, max: 1, step: 1 }));
s.node.querySelectorAll("button")[1].click();
assert.equal(s.value, 1);
});
test("filterList filters on label and hint, and reports a pick", () => {
let picked = null;
const f = mount(composer.filterList.md({
onChange: (id) => { picked = id; },
items: [
{ id: "a", label: "bong_tangent", hint: "validated" },
{ id: "b", label: "karras", hint: "2.3 era" },
],
}));
const search = f.node.querySelector("input");
search.value = "valid";
fire(search, "input");
assert.equal(f.node.querySelectorAll(".cx-filter-row").length, 1, "matches on hint too");
f.node.querySelector(".cx-filter-row").click();
assert.equal(picked, "a");
});
test("filterList filters on keywords too, though it never draws them", () => {
const f = mount(composer.filterList.md({
items: [
{ id: "a", label: "Models and pipeline", hint: "What the run is made of.", keywords: "loaders" },
{ id: "b", label: "Updates" },
],
}));
const search = f.node.querySelector("input");
search.value = "loaders";
fire(search, "input");
const rows = f.node.querySelectorAll(".cx-filter-row");
assert.equal(rows.length, 1, "a section findable only by a keyword must still be found");
assert.equal(f.node.textContent.includes("loaders"), false, "keywords are for search, not display");
});
test("filterList gives an icon a coloured chip only from a fixed tone, never from raw item data", () => {
const f = mount(composer.filterList.md({
items: [{ id: "a", label: "Node packs", icon: "▣", tone: "good" }],
}));
const icon = f.node.querySelector(".cx-filter-icon");
assert.ok(icon.classList.contains("cx-filter-icon-good"));
});
test("an unknown filterList icon tone is refused rather than rendered as a blank chip", () => {
assert.throws(() => mount(composer.filterList.md({
items: [{ id: "a", label: "Node packs", icon: "▣", tone: "sparkly-typo" }],
})), RangeError);
});
test("filterList says so when nothing matches", () => {
const f = mount(composer.filterList.md({ items: [{ id: "a", label: "one" }] }));
const search = f.node.querySelector("input");
search.value = "zzz";
fire(search, "input");
assert.equal(f.node.querySelectorAll(".cx-filter-row").length, 0);
assert.ok(f.node.querySelector(".cx-filter-empty"), "an empty list must say it is empty");
});
// --- slider ----------------------------------------------------------------
test("slider reports as it moves and commits on release", () => {
const moves = [];
const commits = [];
const s = mount(composer.slider.md({
value: 0.5, min: 0, max: 1, step: 0.1,
onChange: (v) => moves.push(v), onCommit: (v) => commits.push(v),
}));
const input = s.node.querySelector("input");
input.value = "0.8";
fire(input, "input");
fire(input, "change");
assert.deepEqual(moves, [0.8]);
assert.deepEqual(commits, [0.8]);
});
test("the slider paints its fill from the value", () => {
const s = mount(composer.slider.md({ value: 0.25, min: 0, max: 1, step: 0.05 }));
assert.equal(s.node.querySelector("input").style.getPropertyValue("--fill"), "25%");
});
test("slider.readout shows the value and its unit", () => {
const s = mount(composer.slider.readout({ value: 0.65, min: 0, max: 1, step: 0.05, unit: "x", precision: 2 }));
assert.equal(s.node.querySelector("output").textContent, "0.65x");
s.setValue(0.3);
assert.equal(s.node.querySelector("output").textContent, "0.30x");
});
test("slider.macro jumps to a preset", () => {
const s = mount(composer.slider.macro({
value: 0.2, min: 0, max: 1, step: 0.05,
presets: [{ label: "Chill", value: 0.2 }, { label: "Chaos", value: 0.9 }],
}));
s.node.querySelectorAll(".cx-macro-presets button")[1].click();
assert.equal(s.value, 0.9);
});
test("range thumbs cannot pass each other", () => {
// A range whose start is after its end is a state every consumer would then
// have to defend against.
const r = mount(composer.range.md({ from: 0.3, to: 0.7, min: 0, max: 1, step: 0.05 }));
const [lo, hi] = r.node.querySelectorAll("input");
lo.value = "0.9";
fire(lo, "input");
const { from, to } = r.value;
assert.ok(from <= to, `from ${from} must not exceed to ${to}`);
});
// --- regressions found by the adversarial pass ------------------------------
test("finishing a busy spell does not re-enable a button that was disabled", () => {
// busy and disabled are independent reasons a button cannot be clicked.
// Deriving the attribute from the constructor's value meant the later call
// silently lost to the earlier one.
const b = mount(composer.button.md({ label: "Save" }));
b.setDisabled(true);
b.setBusy(true);
b.setBusy(false);
assert.equal(b.node.disabled, true);
b.setDisabled(false);
assert.equal(b.node.disabled, false);
});
test("a busy button stays disabled even if setDisabled(false) is called", () => {
const b = mount(composer.button.md({ label: "Save" }));
b.setBusy(true);
b.setDisabled(false);
assert.equal(b.node.disabled, true);
});
test("clearing a number field keeps the last committed value", () => {
// A browser normalises invalid text in a number input to "", and Number("")
// is 0 -- finite, so it sails past an isFinite guard and lands on min,
// discarding what the user had actually entered.
const seen = [];
const n = mount(composer.number.md({ value: 3, min: 1, max: 10, onChange: (v) => seen.push(v) }));
const input = n.node.querySelector("input") || n.node;
input.value = "7";
fire(input, "blur");
assert.equal(n.value, 7);
input.value = "";
fire(input, "blur");
assert.equal(n.value, 7, "an emptied field is not a zero");
assert.equal(input.value, "7", "and the field shows what is actually held");
assert.deepEqual(seen, [7], "nothing changed, so nothing is saved again");
});
test("a spinner-arrow click commits at once; leaving afterwards does not save it twice", () => {
// the arrows fire "change" and no blur: committed on blur alone, a redraw put the old value back
const seen = [];
const n = mount(composer.number.md({ value: 3, min: 1, max: 10, onChange: (v) => seen.push(v) }));
const input = n.node.querySelector("input") || n.node;
input.value = "4";
fire(input, "change");
assert.deepEqual(seen, [4]);
fire(input, "blur");
assert.deepEqual(seen, [4]);
input.dispatchEvent(new window.KeyboardEvent("keydown", { key: "ArrowUp", bubbles: true }));
input.value = "5";
fire(input, "change");
assert.deepEqual(seen, [4, 5], "a keyboard arrow commits per press, like the spinner");
});
test("a held spinner commits once, on release", () => {
// committed mid-hold, the panel's redraw took the field from under the mouse and the hold stopped
const seen = [];
const n = mount(composer.number.md({ value: 3, min: 1, max: 10, onChange: (v) => seen.push(v) }));
const input = n.node.querySelector("input") || n.node;
fire(input, "pointerdown");
for (const v of ["4", "5", "6"]) { input.value = v; fire(input, "change"); }
assert.deepEqual(seen, []);
window.dispatchEvent(new window.Event("pointerup"));
assert.deepEqual(seen, [6]);
fire(input, "pointerdown"); window.dispatchEvent(new window.Event("pointerup"));
assert.deepEqual(seen, [6], "a click that stepped nothing commits nothing");
});
test("a panel redraw keeps the caret in the field, and an edit not committed yet", () => {
let value = 3;
const region = mount(composer.region.stack());
const draw = () => region.set([composer.number.md({ label: "Steps", value, onChange: (v) => { value = v; draw(); } }),
composer.number.md({ label: "CFG", value: 7 })]);
draw();
const steps = () => region.node.querySelector('input[aria-label="Steps"]');
steps().focus();
steps().value = "4"; fire(steps(), "change");
assert.equal(value, 4);
assert.equal(document.activeElement, steps(), "the next arrow press lands in the redrawn field");
steps().value = "5"; // typed, not committed yet
draw(); // a redraw from elsewhere (a server answer)
assert.equal(steps().value, "5", "the uncommitted edit survives the redraw");
assert.equal(document.activeElement, steps());
value = 9; draw(); // the value really changed underneath: that wins
assert.equal(steps().value, "9");
});
test("a held arrow key commits on its first press and once on release, not per repeat; a lost release ends at blur", () => {
const seen = [];
const n = mount(composer.number.md({ value: 3, onChange: (v) => seen.push(v) }));
const input = n.node.querySelector("input") || n.node;
const step = (v, repeat) => { input.dispatchEvent(new window.KeyboardEvent("keydown", { key: "ArrowUp", repeat, bubbles: true })); input.value = v; fire(input, "change"); };
step("4", false); step("5", true); step("6", true);
assert.deepEqual(seen, [4]);
input.dispatchEvent(new window.KeyboardEvent("keyup", { key: "ArrowUp", bubbles: true }));
assert.deepEqual(seen, [4, 6]);
fire(input, "pointerdown"); // a mouse-up that never arrives
input.value = "7"; fire(input, "change");
fire(input, "blur");
assert.deepEqual(seen, [4, 6, 7]);
input.value = "8"; fire(input, "change");
assert.deepEqual(seen, [4, 6, 7, 8], "not stuck afterwards");
});
test("a number field shows the value its owner can use (a length snapped to the model's grid)", () => {
const seen = [];
const n = mount(composer.number.md({ value: 39, snap: (v) => Math.round((v - 5) / 17) * 17 + 5, onChange: (v) => seen.push(v) }));
const input = n.node.querySelector("input") || n.node;
input.value = "40"; fire(input, "blur");
assert.equal(input.value, "39");
assert.deepEqual(seen, [], "39 is what it already was");
input.value = "50"; fire(input, "blur");
assert.deepEqual(seen, [56]);
});
test("a redraw keeps typed text in a text field too, and moves the caret only when it knows which field is which", () => {
let shown = "old", extra = true;
const region = mount(composer.region.stack());
const draw = () => region.set([extra ? composer.input.md({ label: "Name", value: "other" }) : null, composer.input.md({ label: "Name", value: shown, onCommit: (v) => { shown = v; } })]);
draw();
const box = () => [...region.node.querySelectorAll('input[aria-label="Name"]')].pop();
box().focus(); box().value = "old plus typed";
draw();
assert.equal(box().value, "old plus typed");
assert.equal(document.activeElement, box());
extra = false; draw(); // the first "Name" went away: index alone would pick the wrong one
assert.notEqual(document.activeElement && document.activeElement.getAttribute("aria-label"), "Name");
});
test("snap is told the value it moves from: a rule can depend on the direction", () => {
const n = mount(composer.number.md({ value: 0.1, step: 0.05, snap: (v, was) => (v > 0 && v < 0.1 ? (v < was ? 0 : 0.1) : v) }));
const input = n.node.querySelector("input") || n.node;
input.value = "0.05"; fire(input, "change");
assert.equal(input.value, "0");
input.value = "0.05"; fire(input, "change");
assert.equal(input.value, "0.1");
});
test("a number field ignores unparseable text on commit", () => {
const n = mount(composer.number.md({ value: 5, min: 0, max: 10 }));
const input = n.node.querySelector("input") || n.node;
input.value = "abc";
fire(input, "blur");
assert.equal(n.value, 5);
});
test("a list row carries a real control, separate from its reorder arrows", () => {
// A bare number printed beside up/down arrows reads as a stepper for that
// number. The weight is edited in a control; the arrows only move the row.
const weight = composer.number.md({ value: 0.8, min: -2, max: 2, step: 0.05, label: "Weight" });
const l = mount(composer.list.rows({
reorder: true,
items: [{ label: "detail_v3", control: weight }, { label: "motion_lift" }],
}));
assert.ok(l.node.querySelector(".cx-list-control input"), "the row has an editable control");
const moves = [...l.node.querySelectorAll(".cx-list-move")];
assert.ok(moves.length >= 2);
for (const m of moves) {
assert.match(m.getAttribute("aria-label"), /^Move .* (up|down)$/,
"reorder buttons say they reorder");
}
});
test("reordering a list reports the new order", () => {
let order = null;
const l = mount(composer.list.rows({
reorder: true, onReorder: (items) => { order = items.map((i) => i.label); },
items: [{ label: "a" }, { label: "b" }],
}));
// the second row's "up" button
l.node.querySelectorAll(".cx-list-row")[1].querySelector(".cx-list-move").click();
assert.deepEqual(order, ["b", "a"]);
});
// --- workspace -------------------------------------------------------------
const workspace = (props = {}) => mount(composer.workspace.docked({
id: `ws-${Math.random().toString(36).slice(2)}`,
left: composer.hint.default({ text: "assets" }),
centre: composer.hint.default({ text: "preview" }),
right: composer.hint.default({ text: "properties" }),
...props,
}));
test("a docked panel's toggle is not inside the panel it collapses", () => {
// The v4 fault, as a test. A collapsed column was marked [hidden], which is
// display:none, and the control that would have brought it back was inside
// it -- so the button did nothing at all and said nothing.
const ws = workspace();
for (const side of ["left", "right"]) {
const panel = side === "left" ? ws.left : ws.right;
const toggle = ws.node.querySelector(`.cx-workspace-rail-${side} button`);
assert.ok(toggle, `${side} has no toggle`);
assert.ok(!panel.contains(toggle), `the ${side} toggle is inside the panel it hides`);
}
});
test("collapsing keeps the panel in the document rather than removing it", () => {
const ws = workspace();
ws.close("left");
assert.equal(ws.isOpen("left"), false);
assert.ok(ws.node.contains(ws.left), "the panel was removed rather than collapsed");
assert.ok(!ws.left.hasAttribute("hidden"),
"[hidden] is display:none, which is what made this unrecoverable in v4");
assert.ok(ws.left.classList.contains("cx-collapsed"));
});
test("a collapsed panel can be reopened from its toggle", () => {
const ws = workspace();
const toggle = ws.node.querySelector(".cx-workspace-rail-right button");
toggle.click();
assert.equal(ws.isOpen("right"), false);
assert.equal(toggle.getAttribute("aria-expanded"), "false");
toggle.click();
assert.equal(ws.isOpen("right"), true);
assert.equal(toggle.getAttribute("aria-expanded"), "true");
});
test("the centre keeps its content and the sides keep theirs", () => {
const ws = workspace();
assert.match(ws.centre.textContent, /preview/);
assert.match(ws.left.textContent, /assets/);
assert.match(ws.right.textContent, /properties/);
});
test("which panels were open is remembered per workspace id", () => {
const first = workspace({ id: "remembered" });
first.close("left");
first.destroy();
const second = workspace({ id: "remembered" });
assert.equal(second.isOpen("left"), false, "the closed panel came back open");
assert.equal(second.isOpen("right"), true);
});
test("a workspace with no panels still renders its centre", () => {
const ws = mount(composer.workspace.docked({
id: "bare", centre: composer.hint.default({ text: "only the middle" }),
}));
assert.match(ws.centre.textContent, /only the middle/);
assert.ok(ws.left && ws.right, "the regions exist even when nothing was put in them");
});
test("a captionless tile still has a name", () => {
// The icons view drops the caption on purpose. Nothing else in the cell says
// what it is, so without an explicit name the whole bin reads to a screen
// reader as a row of unlabelled buttons.
const g = mount(composer.gallery.icons({ items: [{ id: "1", label: "rooftop_dusk_01.mp4" }] }));
const tile = g.node.querySelector(".cx-cell");
assert.equal(tile.getAttribute("aria-label"), "rooftop_dusk_01.mp4");
assert.equal(tile.getAttribute("title"), "rooftop_dusk_01.mp4");
});
test("the three views of a collection agree on what is selected", () => {
// Grid, list and icons are one bin in three shapes. A view that reported its
// selection differently would make switching views a way to lose it.
const items = [{ id: "a", label: "a.png" }, { id: "b", label: "b.png" }];
for (const view of ["adaptive", "list", "icons"]) {
const g = mount(composer.gallery[view]({ items, selection: ["b"] }));
assert.deepEqual(g.value, ["b"], `${view} reported the wrong selection`);
g.setValue(["a"]);
assert.deepEqual(g.value, ["a"], `${view} did not take a new selection`);
const on = [...g.node.querySelectorAll('[aria-selected="true"]')];
assert.equal(on.length, 1, `${view} drew ${on.length} selected entries`);
g.destroy();
}
});
test("a thumbnail that does not load falls back to the glyph", () => {
// The browser's broken-image icon reads as a damaged file. In a bin of fifty
// results one server hiccup would look like lost work.
const g = mount(composer.gallery.adaptive({ id: "broken", items: [{ id: "1", label: "a.png", thumb: "/gone.png" }] }));
const img = g.node.querySelector("img");
fire(img, "error");
assert.equal(g.node.querySelector("img"), null);
assert.ok(g.node.querySelector(".cx-cell-glyph"), "nothing stood in for the missing picture");
assert.match(g.node.textContent, /a\.png/, "the name went with it");
});
test("a bin's thumbnails are lazy", () => {
// A bin holds everything a session produced. Fetching all of it the moment
// the panel draws is the shape of v4's media-bin stall: the browser opens six
// connections per origin, and the API is behind the same six.
const items = [{ id: "1", label: "a.png", thumb: "/view?filename=a.png" }];
for (const view of ["adaptive", "list", "icons"]) {
const g = mount(composer.gallery[view]({ items }));
assert.equal(g.node.querySelector("img").getAttribute("loading"), "lazy",
`${view} fetches every thumbnail at once`);
g.destroy();
}
});
// --- track -------------------------------------------------------------
const CLIPS = [
{ id: "a", label: "Scene 1", start: 0, duration: 4 },
{ id: "b", label: "Scene 2", start: 4, duration: 6 },
{ id: "c", label: "Scene 3", start: 10, duration: 2 },
];
test("a clip's width is proportional to its duration, not equal to its neighbours'", () => {
// The third clip is 2s at 10px/s = 20px, under the 24px floor -- widened to
// stay clickable, which is why it is not exactly proportional to the other
// two the way the first two are to each other.
const t = mount(composer.track.default({ items: CLIPS, pxPerSecond: 10 }));
const widths = [...t.node.querySelectorAll(".cx-track-clip")].map((c) => parseFloat(c.style.width));
assert.deepEqual(widths, [40, 60, 24]);
});
test("a clip under the pixel floor is not squeezed to nothing", () => {
const t = mount(composer.track.default({
items: [{ id: "a", label: "Sliver", start: 0, duration: 0.1 }], pxPerSecond: 10,
}));
const width = parseFloat(t.node.querySelector(".cx-track-clip").style.width);
assert.ok(width >= 24, `a 0.1s clip at 10px/s rendered ${width}px wide`);
});
test("the ruler reads real elapsed time, not a tick per clip", () => {
// Three clips, but the ruler's ticks are seconds -- there is no reason their
// count should match the clip count in either direction.
const t = mount(composer.track.default({ items: CLIPS, pxPerSecond: 40 }));
const ticks = [...t.node.querySelectorAll(".cx-track-tick")].map((n) => n.textContent);
assert.deepEqual(ticks, ["0:00", "0:02", "0:04", "0:06", "0:08", "0:10", "0:12"]);
});
test("clicking partway into a clip seeks to that exact second, not to the clip's start", () => {
// A clip covers most of the track's own area -- if a click on one only
// ever resolved to its START, an exact-second seek would only ever be
// reachable from the thin ruler strip above it.
const seen = [];
const t = mount(composer.track.default({
items: CLIPS, pxPerSecond: 40, onSeek: (seconds, item) => seen.push([seconds, item && item.id]),
}));
// Clip "b" spans 4s-10s -> 160px-400px at 40px/s. 250px is 6.25s into it.
t.node.querySelector('[data-id="b"]')
.dispatchEvent(new window.MouseEvent("click", { bubbles: true, clientX: 250 }));
assert.deepEqual(seen, [[6.25, "b"]]);
});
test("clicking empty track (the ruler, the gap past the clips) seeks by position", () => {
const seen = [];
const t = mount(composer.track.default({
items: CLIPS, pxPerSecond: 10, onSeek: (seconds, item) => seen.push([seconds, item && item.id]),
}));
const inner = t.node.querySelector(".cx-track-inner");
inner.dispatchEvent(new window.MouseEvent("click", { bubbles: true, clientX: 45 }));
// 45px at 10px/s = 4.5s, which falls inside clip "b" (4s..10s).
assert.deepEqual(seen, [[4.5, "b"]]);
});
test("a seek past the last clip clamps to the track's own end", () => {
const seen = [];
const t = mount(composer.track.default({
items: CLIPS, pxPerSecond: 10, onSeek: (seconds, item) => seen.push([seconds, item && item.id]),
}));
t.node.querySelector(".cx-track-inner")
.dispatchEvent(new window.MouseEvent("click", { bubbles: true, clientX: 9999 }));
assert.deepEqual(seen, [[12, "c"]]);
});
test("setPlayhead moves the marker without redrawing the clips", () => {
const t = mount(composer.track.default({ items: CLIPS, pxPerSecond: 10, playhead: 0 }));
const before = t.node.querySelector(".cx-track-clip");
t.setPlayhead(7);
const head = t.node.querySelector(".cx-track-playhead");
assert.equal(head.style.insetInlineStart, "70px");
assert.equal(t.node.querySelector(".cx-track-clip"), before, "the clip row was rebuilt for a playhead move");
});
test("setValue redraws the selected clip without a fresh setItems call", () => {
const t = mount(composer.track.default({ items: CLIPS, pxPerSecond: 10 }));
assert.equal(t.node.querySelectorAll('[aria-selected="true"]').length, 0);
t.setValue(["b"]);
const on = t.node.querySelector('[aria-selected="true"]');
assert.equal(on && on.dataset.id, "b");
});
test("dragging a clip onto another reports the reorder by id, not by position", () => {
const reordered = [];
const t = mount(composer.track.default({ items: CLIPS, pxPerSecond: 10, onReorder: (from, to) => reordered.push([from, to]) }));
const cells = t.node.querySelectorAll(".cx-track-clip");
const store = {};
const dt = {
effectAllowed: null,
setData: (type, v) => { store[type] = v; },
getData: (type) => store[type] || "",
get types() { return Object.keys(store); },
};
const fireDrag = (node, type) => {
const e = new window.Event(type, { bubbles: true, cancelable: true });
e.dataTransfer = dt;
node.dispatchEvent(e);
};
fireDrag(cells[0], "dragstart");
fireDrag(cells[2], "drop");
assert.deepEqual(reordered, [["a", "c"]]);
});
test("an excluded clip is dimmed, a rated one carries its rating", () => {
const t = mount(composer.track.default({
items: [
{ id: "a", label: "A", start: 0, duration: 1, excluded: true },
{ id: "b", label: "B", start: 1, duration: 1, rating: "liked" },
], pxPerSecond: 10,
}));
const [a, b] = t.node.querySelectorAll(".cx-track-clip");
assert.equal(a.classList.contains("cx-excluded"), true);
assert.equal(b.getAttribute("data-rating"), "liked");
});
test("Enter is a newline in a textarea, not a commit", () => {
// A one-line field commits on Enter. A textarea holds the longest thing
// anyone types here -- the prompt -- and stealing Enter there means a
// multi-line value cannot be typed at all.
const committed = [];
const box = mount(composer.textarea.md({ label: "Prompt", onCommit: (v) => committed.push(v) }));
box.node.value = "first line";
const event = new window.KeyboardEvent("keydown", { key: "Enter", bubbles: true, cancelable: true });
box.node.dispatchEvent(event);
assert.equal(event.defaultPrevented, false, "Enter was swallowed, so no second line can be typed");
assert.deepEqual(committed, []);
fire(box.node, "blur");
assert.deepEqual(committed, ["first line"], "blur is what commits a textarea");
});
test("a field Chromium blurs mid-redraw (still attached) does not commit then; the redrawn field keeps the edit and commits it", () => {
for (const kind of ["number", "text"]) {
let state = kind === "number" ? 100 : "old";
const region = mount(composer.region.stack());
const field = () => kind === "number" ? composer.number.md({ label: "F", value: state, onChange: (v) => { state = v; redraw(); } })
: composer.input.md({ label: "F", value: state, onCommit: (v) => { state = v; redraw(); } });
const redraw = () => { const kids = [field()]; region.set(kids); }; // children built before the swap, as the inspector does
redraw();
const real = region.node.replaceChildren.bind(region.node);
region.node.replaceChildren = (...kids) => { const f = document.activeElement; if (region.node.contains(f)) { fire(f, "change"); fire(f, "blur"); } real(...kids); };
const box = () => region.node.querySelector('[aria-label="F"]');
box().focus(); box().value = kind === "number" ? "150" : "old plus typed";
redraw(); // something else redraws the panel
assert.equal(state, kind === "number" ? 100 : "old", `${kind}: nothing committed mid-swap`);
assert.equal(box().value, kind === "number" ? "150" : "old plus typed", `${kind}: the redrawn field holds the edit`);
assert.equal(document.activeElement, box());
delete region.node.replaceChildren;
box().dispatchEvent(new window.KeyboardEvent("keydown", { key: "Enter", bubbles: true }));
assert.equal(state, kind === "number" ? 150 : "old plus typed", `${kind}: and commits it afterwards`);
region.node.remove();
}
});
test("a held spinner interrupted by a redraw (with Chromium's blur on removal) still commits on release", () => {
let state = 15;
const region = mount(composer.region.stack());
const redraw = () => { const kids = [composer.number.md({ label: "N", value: state, onChange: (v) => { state = v; redraw(); } })]; region.set(kids); };
redraw();
const real = region.node.replaceChildren.bind(region.node);
region.node.replaceChildren = (...kids) => { const f = document.activeElement; if (region.node.contains(f)) { fire(f, "change"); fire(f, "blur"); } real(...kids); };
const box = () => region.node.querySelector('[aria-label="N"]');
box().focus(); fire(box(), "pointerdown");
box().value = "16"; fire(box(), "change"); // a step while held: not committed yet
redraw(); // something else redraws mid-hold
delete region.node.replaceChildren;
window.dispatchEvent(new window.Event("pointerup"));
assert.equal(state, 16);
assert.equal(box().value, "16");
region.node.remove();
});