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2 Commits

Author SHA1 Message Date
pdmarf
060a2bc917 v1.0.39: fix button flash by making setRunningEntry synchronous
Remove await from running-state updates so onWillAppear cannot
fire between the optimistic setState(1) and the API call completing,
eliminating the green→blue→green flash on button press.
2026-04-24 09:29:43 +01:00
pdmarf
4171b2f6e9 v1.0.38: eliminate setSettings from onKeyDown to fix flash
setSettings always resets the button visual state — no workaround
exists. Removed activeEntryId from per-button settings entirely.
Running state now tracked via runningActionId in global settings
(alongside runningEntryId). onWillAppear restores state from
memRunningActionId. onKeyDown only calls setState — clean, instant.

Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
2026-04-24 09:20:41 +01:00
6 changed files with 89 additions and 161 deletions

View File

@@ -6438,7 +6438,7 @@ async function stopTimer(token, entryId) {
}
// src/plugin.ts
var CURRENT_VERSION = "1.0.37";
var CURRENT_VERSION = "1.0.39";
var GITEA_BASE = "https://gitea.pdmarf.co.uk/pdm/stream_deck_notion_timer/raw/branch/stable-rebuild";
var SIGNING_PUBLIC_KEY = `-----BEGIN PUBLIC KEY-----
MCowBQYDK2VwAyEAN7ko8TUpuPzPAJuKAZCRjV0c4ZSlou5d9pUAF6o12b4=
@@ -6528,17 +6528,17 @@ async function getGlobal() {
return { ...stored, ...HARDCODED };
}
var memRunningEntryId = void 0;
async function getRunningEntryId() {
if (memRunningEntryId === void 0) {
const stored = await plugin_default.settings.getGlobalSettings();
memRunningEntryId = stored.runningEntryId ?? null;
}
return memRunningEntryId;
}
async function setRunningEntry(entryId) {
memRunningEntryId = entryId;
var memRunningActionId = void 0;
async function loadRunningState() {
if (memRunningEntryId !== void 0) return;
const stored = await plugin_default.settings.getGlobalSettings();
await plugin_default.settings.setGlobalSettings({ ...stored, runningEntryId: entryId });
memRunningEntryId = stored.runningEntryId ?? null;
memRunningActionId = stored.runningActionId ?? null;
}
function setRunningEntry(entryId, actionId) {
memRunningEntryId = entryId;
memRunningActionId = actionId;
plugin_default.settings.getGlobalSettings().then((stored) => plugin_default.settings.setGlobalSettings({ ...stored, runningEntryId: entryId, runningActionId: actionId })).catch((err) => plugin_default.logger.error("Failed to persist running state:", err));
}
async function sendProjectsToPI(tokenOverride) {
try {
@@ -6568,42 +6568,34 @@ function buttonTitle(projectName) {
return projectName.replace(/^[\p{Extended_Pictographic}\uFE0F\s]+/u, "").trim();
}
var TimerToggle = class extends SingletonAction {
settingsCache = /* @__PURE__ */ new Map();
projectCache = /* @__PURE__ */ new Map();
async onWillAppear(ev) {
const { activeEntryId, projectName } = ev.payload.settings;
const title = buttonTitle(projectName || "");
const running = await getRunningEntryId();
const isRunning = !!activeEntryId && activeEntryId === running;
if (activeEntryId && !isRunning) {
const cleared = { ...ev.payload.settings, activeEntryId: null };
await ev.action.setSettings(cleared);
this.settingsCache.set(ev.action.id, cleared);
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
this.projectCache.set(ev.action.id, ev.payload.settings);
const title = buttonTitle(ev.payload.settings.projectName || "");
await loadRunningState();
const isRunning = memRunningActionId === ev.action.id;
if (isRunning) {
await Promise.all([ev.action.setState(1), ev.action.setTitle(`\u23F1 ${title}`)]);
} else {
this.settingsCache.set(ev.action.id, ev.payload.settings);
if (isRunning) {
await Promise.all([ev.action.setState(1), ev.action.setTitle(`\u23F1 ${title}`)]);
} else {
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
}
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
}
}
async onPropertyInspectorDidAppear(_ev) {
await sendProjectsToPI();
}
async onKeyDown(ev) {
this.settingsCache.set(ev.action.id, ev.payload.settings);
const { projectId, projectName, activeEntryId } = ev.payload.settings;
const { projectId, projectName } = ev.payload.settings;
const title = buttonTitle(projectName || "");
const isRunning = memRunningActionId === ev.action.id;
if (projectId) {
if (activeEntryId) {
if (isRunning) {
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
} else {
for (const other of this.actions) {
if (other.id === ev.action.id) continue;
const otherSettings = this.settingsCache.get(other.id);
if (otherSettings?.activeEntryId) {
await Promise.all([other.setState(0), other.setTitle(buttonTitle(otherSettings.projectName || ""))]);
if (memRunningActionId === other.id) {
const s = this.projectCache.get(other.id);
await Promise.all([other.setState(0), other.setTitle(buttonTitle(s?.projectName || ""))]);
}
}
await Promise.all([ev.action.setState(1), ev.action.setTitle(`\u23F1 ${title}`)]);
@@ -6611,7 +6603,6 @@ var TimerToggle = class extends SingletonAction {
}
const global = await getGlobal();
if (!isConfigured(global)) {
await Promise.all([ev.action.setState(activeEntryId ? 1 : 0), ev.action.setTitle(activeEntryId ? `\u23F1 ${title}` : title)]);
await ev.action.showAlert();
return;
}
@@ -6620,40 +6611,23 @@ var TimerToggle = class extends SingletonAction {
return;
}
try {
if (activeEntryId) {
await stopTimer(global.notionToken, activeEntryId);
const stopped = { ...ev.payload.settings, activeEntryId: null };
this.settingsCache.set(ev.action.id, stopped);
await Promise.all([ev.action.setSettings(stopped), ev.action.setState(0), ev.action.setTitle(title)]);
await setRunningEntry(null);
if (isRunning) {
await stopTimer(global.notionToken, memRunningEntryId);
setRunningEntry(null, null);
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
} else {
const prevEntryId = await getRunningEntryId();
if (prevEntryId) {
await stopTimer(global.notionToken, prevEntryId);
for (const other of this.actions) {
if (other.id === ev.action.id) continue;
const otherSettings = this.settingsCache.get(other.id);
if (otherSettings?.activeEntryId === prevEntryId) {
const stopped = { ...otherSettings, activeEntryId: null };
this.settingsCache.set(other.id, stopped);
await Promise.all([other.setSettings(stopped), other.setState(0), other.setTitle(buttonTitle(otherSettings.projectName || ""))]);
}
}
if (memRunningEntryId) {
await stopTimer(global.notionToken, memRunningEntryId);
}
const entryId = await startTimer(
global.notionToken,
global.timingDbId,
projectId,
projectName,
global.userId
);
const started = { ...ev.payload.settings, activeEntryId: entryId };
this.settingsCache.set(ev.action.id, started);
await Promise.all([ev.action.setSettings(started), ev.action.setState(1), ev.action.setTitle(`\u23F1 ${title}`)]);
await setRunningEntry(entryId);
const entryId = await startTimer(global.notionToken, global.timingDbId, projectId, projectName, global.userId);
setRunningEntry(entryId, ev.action.id);
await Promise.all([ev.action.setState(1), ev.action.setTitle(`\u23F1 ${title}`)]);
}
} catch (err) {
await Promise.all([ev.action.setState(activeEntryId ? 1 : 0), ev.action.setTitle(activeEntryId ? `\u23F1 ${title}` : title)]);
await Promise.all([
ev.action.setState(isRunning ? 1 : 0),
ev.action.setTitle(isRunning ? `\u23F1 ${title}` : title)
]);
plugin_default.logger.error("Timer toggle failed:", err);
await ev.action.showAlert();
}

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@@ -1 +1 @@
<EFBFBD>¹È©Ô<EFBFBD>u1ÀïÖB!ª£½I- bhݵ ä± Gr7L†]x~cá…»d³X Þ¹×9<>B/£ž/
в<╥!Ъ░xR√з└С;=▀LI" я╓╢HuэF├ы▐Ос─╒┘ sb▌Y╛{йH│╤Н.JщNЦь1╔l

View File

@@ -2,7 +2,7 @@
"Author": "Pete Marfleet",
"Description": "Toggle Notion time tracking for a project with a single button press.",
"Name": "Notion Timer",
"Version": "1.0.37",
"Version": "1.0.39",
"SDKVersion": 2,
"Software": { "MinimumVersion": "5.0" },
"OS": [{ "Platform": "mac", "MinimumVersion": "10.11" }],

Binary file not shown.

View File

@@ -1,4 +1,4 @@
const CURRENT_VERSION = "1.0.37";
const CURRENT_VERSION = "1.0.39";
const GITEA_BASE = "https://gitea.pdmarf.co.uk/pdm/stream_deck_notion_timer/raw/branch/stable-rebuild";
const SIGNING_PUBLIC_KEY = `-----BEGIN PUBLIC KEY-----
MCowBQYDK2VwAyEAN7ko8TUpuPzPAJuKAZCRjV0c4ZSlou5d9pUAF6o12b4=
@@ -52,7 +52,6 @@ async function checkForUpdates(sendStatus?: (msg: string) => void): Promise<void
const path = await import("path");
const pluginRoot = path.join(path.dirname(__filename), "..");
// Update UI and image assets
const ASSETS = [
"ui/property-inspector.html",
"ui/global-property-inspector.html",
@@ -67,7 +66,6 @@ async function checkForUpdates(sendStatus?: (msg: string) => void): Promise<void
}
}
// Remove legacy SVG icons that persist on disk after Stream Deck merge-installs
const LEGACY = ["imgs/idle.svg", "imgs/running.svg"];
for (const f of LEGACY) {
try { fs.unlinkSync(path.join(pluginRoot, f)); } catch { /* already gone */ }
@@ -98,12 +96,12 @@ interface GlobalSettings {
projectsDbId: string;
userId: string;
runningEntryId?: string | null;
runningActionId?: string | null;
}
interface TimerSettings {
projectId: string;
projectName: string;
activeEntryId: string | null;
}
const HARDCODED = {
@@ -116,21 +114,24 @@ async function getGlobal(): Promise<GlobalSettings> {
return { ...stored, ...HARDCODED };
}
// In-memory cache so onWillAppear can check running state without an async round-trip
let memRunningEntryId: string | null | undefined = undefined; // undefined = not yet loaded
// In-memory running state — avoids async round-trips on every button press
let memRunningEntryId: string | null | undefined = undefined;
let memRunningActionId: string | null | undefined = undefined;
async function getRunningEntryId(): Promise<string | null> {
if (memRunningEntryId === undefined) {
const stored = await streamDeck.settings.getGlobalSettings<GlobalSettings>();
memRunningEntryId = stored.runningEntryId ?? null;
}
return memRunningEntryId;
async function loadRunningState(): Promise<void> {
if (memRunningEntryId !== undefined) return;
const stored = await streamDeck.settings.getGlobalSettings<GlobalSettings>();
memRunningEntryId = stored.runningEntryId ?? null;
memRunningActionId = stored.runningActionId ?? null;
}
async function setRunningEntry(entryId: string | null): Promise<void> {
memRunningEntryId = entryId;
const stored = await streamDeck.settings.getGlobalSettings<GlobalSettings>();
await streamDeck.settings.setGlobalSettings({ ...stored, runningEntryId: entryId });
function setRunningEntry(entryId: string | null, actionId: string | null): void {
memRunningEntryId = entryId;
memRunningActionId = actionId;
// Persist in background — do not await, so the visual is never blocked
streamDeck.settings.getGlobalSettings<GlobalSettings>()
.then(stored => streamDeck.settings.setGlobalSettings({ ...stored, runningEntryId: entryId, runningActionId: actionId }))
.catch(err => streamDeck.logger.error("Failed to persist running state:", err));
}
async function sendProjectsToPI(tokenOverride?: string): Promise<void> {
@@ -159,36 +160,23 @@ function isConfigured(g: GlobalSettings): boolean {
return !!(g.notionToken && g.userId);
}
// Strip leading emoji characters so the button title shows just the project name
function buttonTitle(projectName: string): string {
return projectName.replace(/^[\p{Extended_Pictographic}\uFE0F\s]+/u, "").trim();
}
@action({ UUID: "com.pdma.notion-timer.toggle" })
class TimerToggle extends SingletonAction<TimerSettings> {
private settingsCache = new Map<string, TimerSettings>();
private projectCache = new Map<string, TimerSettings>();
async onWillAppear(ev: WillAppearEvent<TimerSettings>): Promise<void> {
const { activeEntryId, projectName } = ev.payload.settings;
const title = buttonTitle(projectName || "");
// Use in-memory cache to determine correct state before rendering — no flash
const running = await getRunningEntryId();
const isRunning = !!activeEntryId && activeEntryId === running;
if (activeEntryId && !isRunning) {
// Self-heal: this button thinks it's running but it's not — clear it
const cleared = { ...ev.payload.settings, activeEntryId: null };
await ev.action.setSettings(cleared);
this.settingsCache.set(ev.action.id, cleared);
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
this.projectCache.set(ev.action.id, ev.payload.settings);
const title = buttonTitle(ev.payload.settings.projectName || "");
await loadRunningState();
const isRunning = memRunningActionId === ev.action.id;
if (isRunning) {
await Promise.all([ev.action.setState(1), ev.action.setTitle(`${title}`)]);
} else {
this.settingsCache.set(ev.action.id, ev.payload.settings);
if (isRunning) {
await Promise.all([ev.action.setState(1), ev.action.setTitle(`${title}`)]);
} else {
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
}
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
}
}
@@ -197,21 +185,20 @@ class TimerToggle extends SingletonAction<TimerSettings> {
}
async onKeyDown(ev: KeyDownEvent<TimerSettings>): Promise<void> {
this.settingsCache.set(ev.action.id, ev.payload.settings);
const { projectId, projectName, activeEntryId } = ev.payload.settings;
const { projectId, projectName } = ev.payload.settings;
const title = buttonTitle(projectName || "");
const isRunning = memRunningActionId === ev.action.id;
// Instant visual feedback before any async work
// Instant visual feedback — no setSettings, no flash
if (projectId) {
if (activeEntryId) {
if (isRunning) {
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
} else {
// Turn off any other running button immediately using the cache — no async needed
for (const other of this.actions) {
if (other.id === ev.action.id) continue;
const otherSettings = this.settingsCache.get(other.id);
if (otherSettings?.activeEntryId) {
await Promise.all([other.setState(0), other.setTitle(buttonTitle(otherSettings.projectName || ""))]);
if (memRunningActionId === other.id) {
const s = this.projectCache.get(other.id);
await Promise.all([other.setState(0), other.setTitle(buttonTitle(s?.projectName || ""))]);
}
}
await Promise.all([ev.action.setState(1), ev.action.setTitle(`${title}`)]);
@@ -219,59 +206,28 @@ class TimerToggle extends SingletonAction<TimerSettings> {
}
const global = await getGlobal();
if (!isConfigured(global)) {
await Promise.all([ev.action.setState(activeEntryId ? 1 : 0), ev.action.setTitle(activeEntryId ? `${title}` : title)]);
await ev.action.showAlert();
return;
}
if (!projectId) {
await ev.action.showAlert();
return;
}
if (!isConfigured(global)) { await ev.action.showAlert(); return; }
if (!projectId) { await ev.action.showAlert(); return; }
try {
if (activeEntryId) {
await stopTimer(global.notionToken, activeEntryId);
const stopped = { ...ev.payload.settings, activeEntryId: null };
this.settingsCache.set(ev.action.id, stopped);
// setSettings and setState together so the state reset doesn't flash
await Promise.all([ev.action.setSettings(stopped), ev.action.setState(0), ev.action.setTitle(title)]);
await setRunningEntry(null);
if (isRunning) {
await stopTimer(global.notionToken, memRunningEntryId!);
setRunningEntry(null, null);
await Promise.all([ev.action.setState(0), ev.action.setTitle(title)]);
} else {
const prevEntryId = await getRunningEntryId();
// Stop previous timer and update its settings
if (prevEntryId) {
await stopTimer(global.notionToken, prevEntryId);
for (const other of this.actions) {
if (other.id === ev.action.id) continue;
const otherSettings = this.settingsCache.get(other.id);
if (otherSettings?.activeEntryId === prevEntryId) {
const stopped = { ...otherSettings, activeEntryId: null };
this.settingsCache.set(other.id, stopped);
await Promise.all([other.setSettings(stopped), other.setState(0), other.setTitle(buttonTitle(otherSettings.projectName || ""))]);
}
}
if (memRunningEntryId) {
await stopTimer(global.notionToken, memRunningEntryId);
}
const entryId = await startTimer(
global.notionToken,
global.timingDbId,
projectId,
projectName,
global.userId,
);
const started = { ...ev.payload.settings, activeEntryId: entryId };
this.settingsCache.set(ev.action.id, started);
// setSettings and setState together so the state reset doesn't flash
await Promise.all([ev.action.setSettings(started), ev.action.setState(1), ev.action.setTitle(`${title}`)]);
await setRunningEntry(entryId);
const entryId = await startTimer(global.notionToken, global.timingDbId, projectId, projectName, global.userId);
setRunningEntry(entryId, ev.action.id);
await Promise.all([ev.action.setState(1), ev.action.setTitle(`${title}`)]);
}
} catch (err) {
// Revert optimistic visual on error
await Promise.all([ev.action.setState(activeEntryId ? 1 : 0), ev.action.setTitle(activeEntryId ? `${title}` : title)]);
// Revert visual on error
await Promise.all([
ev.action.setState(isRunning ? 1 : 0),
ev.action.setTitle(isRunning ? `${title}` : title),
]);
streamDeck.logger.error("Timer toggle failed:", err);
await ev.action.showAlert();
}
@@ -281,7 +237,6 @@ class TimerToggle extends SingletonAction<TimerSettings> {
const timerAction = new TimerToggle();
streamDeck.actions.registerAction(timerAction);
// v2 requires using streamDeck.ui.onSendToPlugin — the SingletonAction method does not fire
streamDeck.ui.onSendToPlugin<{ event: string; settings?: TimerSettings; token?: string }>(async (ev) => {
if (ev.payload.event === "saveSettings" && ev.payload.settings) {
await ev.action.setSettings(ev.payload.settings);
@@ -300,5 +255,4 @@ streamDeck.ui.onSendToPlugin<{ event: string; settings?: TimerSettings; token?:
streamDeck.connect();
// Check for updates 10 seconds after startup to avoid disrupting initial connection
setTimeout(() => checkForUpdates(), 10_000);

View File

@@ -1 +1 @@
{ "version": "1.0.37" }
{ "version": "1.0.39" }