Merge pull request #12538 from paulogeyer/fix/10860-idle-timeout-zero
Treat idle timeout 0 as disabled, not immediate
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@@ -4,6 +4,26 @@ function secondsFromConfig(value, fallback) {
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return Math.floor(n)
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}
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// 0 means the action is disabled, not "fire immediately". min(0, 300) would
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// otherwise make IdleMonitor report idle as soon as an inhibitor is released.
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function firstIdleTimeout(screensaverSeconds, lockSeconds) {
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var times = []
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if (screensaverSeconds > 0) times.push(screensaverSeconds)
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if (lockSeconds > 0) times.push(lockSeconds)
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if (times.length === 0) return 0
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var min = times[0]
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for (var i = 1; i < times.length; i++) {
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if (times[i] < min) min = times[i]
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}
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return min
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}
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function delayAfterFirstIdle(timeoutSeconds, firstIdleSeconds) {
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if (!(timeoutSeconds > 0)) return 0
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var delay = timeoutSeconds - firstIdleSeconds
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return delay > 0 ? delay : 0
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}
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function eventParts(event, count) {
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try {
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if (event && event.parse) return event.parse(count)
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@@ -46,6 +66,8 @@ function screensaverWindowsAfter(windows, address, visible) {
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if (typeof module !== "undefined") {
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module.exports = {
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secondsFromConfig: secondsFromConfig,
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firstIdleTimeout: firstIdleTimeout,
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delayAfterFirstIdle: delayAfterFirstIdle,
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eventParts: eventParts,
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screensaverWindowsAfter: screensaverWindowsAfter
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}
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@@ -21,9 +21,12 @@ Item {
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? shell.shellConfig.idle : (shell && shell.idleConfig ? shell.idleConfig : ({}))
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readonly property int screensaverTimeoutSeconds: secondsFromConfig(idleConfig.screensaver, defaultScreensaverSeconds)
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readonly property int lockTimeoutSeconds: secondsFromConfig(idleConfig.lock, defaultLockSeconds)
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readonly property int firstIdleTimeoutSeconds: Math.min(screensaverTimeoutSeconds, lockTimeoutSeconds)
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readonly property int screensaverDelaySeconds: Math.max(0, screensaverTimeoutSeconds - firstIdleTimeoutSeconds)
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readonly property int lockDelaySeconds: Math.max(0, lockTimeoutSeconds - firstIdleTimeoutSeconds)
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readonly property bool screensaverEnabled: screensaverTimeoutSeconds > 0
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readonly property bool lockEnabled: lockTimeoutSeconds > 0
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readonly property bool idleTimersEnabled: screensaverEnabled || lockEnabled
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readonly property int firstIdleTimeoutSeconds: IdleModel.firstIdleTimeout(screensaverTimeoutSeconds, lockTimeoutSeconds)
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readonly property int screensaverDelaySeconds: IdleModel.delayAfterFirstIdle(screensaverTimeoutSeconds, firstIdleTimeoutSeconds)
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readonly property int lockDelaySeconds: IdleModel.delayAfterFirstIdle(lockTimeoutSeconds, firstIdleTimeoutSeconds)
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readonly property bool idleEnabled: stayAwakeStateLoaded && !stayAwake
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readonly property string screensaverClass: "org.omarchy.screensaver"
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@@ -92,11 +95,23 @@ Item {
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root.screensaverStartedThisCycle = false
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resetScreensaverWindows()
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if (root.screensaverDelaySeconds === 0) launchScreensaver()
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else screensaverTimer.restart()
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// Set this cycle's deadlines once: a bound interval would restart a pending
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// timer from the moment shell.json changes, locking early or late.
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if (root.screensaverEnabled) {
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if (root.screensaverDelaySeconds === 0) launchScreensaver()
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else {
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screensaverTimer.interval = root.screensaverDelaySeconds * 1000
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screensaverTimer.restart()
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}
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}
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if (root.lockDelaySeconds === 0) lockSystem("lock-timeout-immediate")
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else lockTimer.restart()
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if (root.lockEnabled) {
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if (root.lockDelaySeconds === 0) lockSystem("lock-timeout-immediate")
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else {
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lockTimer.interval = root.lockDelaySeconds * 1000
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lockTimer.restart()
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}
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}
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}
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function cancelIdleCycle(reason) {
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@@ -173,7 +188,7 @@ Item {
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function handleIdleChanged() {
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logEvent("idle-monitor", idleMonitor.isIdle ? "idle" : "active")
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if (!root.idleEnabled) return
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if (!root.idleEnabled || !root.idleTimersEnabled) return
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if (idleMonitor.isIdle) startIdleCycle()
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else handleActiveSignal()
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@@ -249,26 +264,27 @@ Item {
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return applyStayAwake(!value, true, "ipc")
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}
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// With both timeouts at 0 the monitor stops reporting, so nothing else would end a running cycle.
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onIdleTimersEnabledChanged: if (!idleTimersEnabled) cancelIdleCycle("idle-timers-disabled")
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IdleMonitor {
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id: idleMonitor
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enabled: root.idleEnabled
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timeout: root.firstIdleTimeoutSeconds
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enabled: root.idleEnabled && root.idleTimersEnabled
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timeout: Math.max(1, root.firstIdleTimeoutSeconds)
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respectInhibitors: true
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onIsIdleChanged: root.handleIdleChanged()
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}
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Timer {
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id: screensaverTimer
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interval: root.screensaverDelaySeconds * 1000
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repeat: false
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onTriggered: root.launchScreensaver()
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onTriggered: if (root.screensaverEnabled) root.launchScreensaver()
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}
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Timer {
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id: lockTimer
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interval: root.lockDelaySeconds * 1000
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repeat: false
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onTriggered: if (root.idleEnabled && root.idledThisCycle) root.lockSystem("lock-timeout")
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onTriggered: if (root.idleEnabled && root.idledThisCycle && root.lockEnabled) root.lockSystem("lock-timeout")
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}
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Timer {
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@@ -5,11 +5,56 @@ set -euo pipefail
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source "$(cd -- "$(dirname -- "${BASH_SOURCE[0]}")" && pwd)/base-test.sh"
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run_node_test <<'JS'
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const fs = require('fs')
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const idle = requireFromRoot('shell/plugins/services/idle/IdleModel.js')
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const serviceSource = fs.readFileSync(root + '/shell/plugins/services/idle/Service.qml', 'utf8')
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assertEqual(idle.secondsFromConfig('42.9', 10), 42, 'idle floors configured seconds')
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assertEqual(idle.secondsFromConfig('-1', 10), 10, 'idle rejects negative seconds')
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assertEqual(idle.secondsFromConfig('nope', 10), 10, 'idle rejects invalid seconds')
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assertEqual(idle.secondsFromConfig(0, 300), 0, 'idle keeps an explicit zero timeout')
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assertEqual(idle.firstIdleTimeout(150, 300), 150, 'idle uses the sooner of screensaver and lock')
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assertEqual(idle.firstIdleTimeout(0, 300), 300, 'idle ignores a disabled screensaver when computing first idle')
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assertEqual(idle.firstIdleTimeout(150, 0), 150, 'idle ignores a disabled lock when computing first idle')
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assertEqual(idle.firstIdleTimeout(0, 0), 0, 'idle has no first-idle timeout when both actions are disabled')
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assertEqual(idle.delayAfterFirstIdle(300, 150), 150, 'idle delays lock until its own timeout')
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assertEqual(idle.delayAfterFirstIdle(150, 150), 0, 'idle fires an action immediately when it is the first timeout')
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assertEqual(idle.delayAfterFirstIdle(0, 150), 0, 'idle does not schedule a disabled action')
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assert(
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serviceSource.includes('IdleModel.firstIdleTimeout(screensaverTimeoutSeconds, lockTimeoutSeconds)'),
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'idle ignores a zero timeout when computing the first idle deadline'
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)
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assert(
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/enabled: root\.idleEnabled && root\.idleTimersEnabled/.test(serviceSource),
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'idle monitor is off when both screensaver and lock are disabled'
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)
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assert(
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/if \(root\.lockEnabled\) \{\s*\n\s*if \(root\.lockDelaySeconds === 0\) lockSystem/.test(serviceSource),
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'idle does not lock immediately when lock timeout is disabled'
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)
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assert(
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/id: screensaverTimer[\s\S]*?onTriggered: if \(root\.screensaverEnabled\) root\.launchScreensaver\(\)/.test(serviceSource),
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'idle does not launch a pending screensaver once its timeout is set to 0'
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)
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assert(
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/id: lockTimer[\s\S]*?onTriggered: if \([^)]*root\.lockEnabled\) root\.lockSystem\("lock-timeout"\)/.test(serviceSource),
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'idle does not fire a pending lock once its timeout is set to 0'
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)
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assert(
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/lockTimer\.interval = root\.lockDelaySeconds \* 1000\s*\n\s*lockTimer\.restart\(\)/.test(serviceSource) &&
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!/interval: root\.lockDelaySeconds/.test(serviceSource),
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'idle keeps a pending lock on its deadline when shell.json changes mid-cycle'
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)
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assert(
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/screensaverTimer\.interval = root\.screensaverDelaySeconds \* 1000\s*\n\s*screensaverTimer\.restart\(\)/.test(serviceSource) &&
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!/interval: root\.screensaverDelaySeconds/.test(serviceSource),
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'idle keeps a pending screensaver on its deadline when shell.json changes mid-cycle'
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)
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assert(
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/onIdleTimersEnabledChanged: if \(!idleTimersEnabled\) cancelIdleCycle\(/.test(serviceSource),
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'idle ends a running cycle when both timeouts are set to 0'
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)
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assertDeepEqual(idle.eventParts({ data: 'a,b,c' }, 2), ['a', 'b', 'c'], 'idle parses raw event data')
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assertDeepEqual(
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