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lossless-cut/src/App.jsx

2320 lines
97 KiB
JavaScript

import React, { memo, useEffect, useState, useCallback, useRef, Fragment, useMemo } from 'react';
import { FaVolumeMute, FaVolumeUp, FaAngleLeft, FaWindowClose } from 'react-icons/fa';
import { AnimatePresence, motion } from 'framer-motion';
import Swal from 'sweetalert2';
import Lottie from 'react-lottie';
import { SideSheet, Button, Position, SegmentedControl, Select } from 'evergreen-ui';
import { useStateWithHistory } from 'react-use/lib/useStateWithHistory';
import useDebounceOld from 'react-use/lib/useDebounce'; // Want to phase out this
import { useDebounce } from 'use-debounce';
import filePathToUrl from 'file-url';
import i18n from 'i18next';
import { useTranslation } from 'react-i18next';
import withReactContent from 'sweetalert2-react-content';
import Mousetrap from 'mousetrap';
import fromPairs from 'lodash/fromPairs';
import clamp from 'lodash/clamp';
import sortBy from 'lodash/sortBy';
import flatMap from 'lodash/flatMap';
import isEqual from 'lodash/isEqual';
import useTimelineScroll from './hooks/useTimelineScroll';
import NoFileLoaded from './NoFileLoaded';
import Canvas from './Canvas';
import TopMenu from './TopMenu';
import HelpSheet from './HelpSheet';
import SettingsSheet from './SettingsSheet';
import StreamsSelector from './StreamsSelector';
import SegmentList from './SegmentList';
import Settings from './Settings';
import LeftMenu from './LeftMenu';
import Timeline from './Timeline';
import RightMenu from './RightMenu';
import TimelineControls from './TimelineControls';
import ExportConfirm from './ExportConfirm';
import { loadMifiLink } from './mifi';
import { primaryColor, controlsBackground, waveformColor } from './colors';
import { showMergeDialog, showOpenAndMergeDialog } from './merge/merge';
import allOutFormats from './outFormats';
import { captureFrameFromTag, captureFrameFfmpeg } from './capture-frame';
import {
defaultProcessedCodecTypes, getStreamFps, isCuttingStart, isCuttingEnd,
getDefaultOutFormat, getFormatData, mergeFiles as ffmpegMergeFiles, renderThumbnails as ffmpegRenderThumbnails,
readFrames, renderWaveformPng, html5ifyDummy, cutMultiple, extractStreams, autoMergeSegments, getAllStreams,
findNearestKeyFrameTime as ffmpegFindNearestKeyFrameTime, html5ify as ffmpegHtml5ify, isStreamThumbnail, isAudioSupported, isIphoneHevc, tryReadChaptersToEdl,
fixInvalidDuration, getDuration, getTimecodeFromStreams, createChaptersFromSegments,
} from './ffmpeg';
import { saveCsv, saveTsv, loadCsv, loadXmeml, loadCue, loadPbf, saveCsvHuman } from './edlStore';
import {
getOutPath, formatDuration, toast, errorToast, showFfmpegFail, setFileNameTitle, getOutDir, withBlur,
checkDirWriteAccess, dirExists, openDirToast, isMasBuild, isStoreBuild, dragPreventer, doesPlayerSupportFile,
isDurationValid, isWindows, filenamify, getOutFileExtension, generateSegFileName, defaultOutSegTemplate,
hasDuplicates,
} from './util';
import { askForOutDir, askForImportChapters, createNumSegments, createFixedDurationSegments, promptTimeOffset, askForHtml5ifySpeed, askForYouTubeInput, askForFileOpenAction, confirmExtractAllStreamsDialog, cleanupFilesDialog, showDiskFull } from './dialogs';
import { openSendReportDialog } from './reporting';
import { fallbackLng } from './i18n';
import { createSegment, createInitialCutSegments, getCleanCutSegments, getSegApparentStart, findSegmentsAtCursor } from './segments';
import loadingLottie from './7077-magic-flow.json';
const isDev = window.require('electron-is-dev');
const electron = window.require('electron'); // eslint-disable-line
const trash = window.require('trash');
const { unlink, exists } = window.require('fs-extra');
const { extname, parse: parsePath, sep: pathSep, join: pathJoin, normalize: pathNormalize } = window.require('path');
const { dialog, app } = electron.remote;
const configStore = electron.remote.require('./configStore');
const { focusWindow } = electron.remote.require('./electron');
const ReactSwal = withReactContent(Swal);
const ffmpegExtractWindow = 60;
const calcShouldShowWaveform = (zoomedDuration) => (zoomedDuration != null && zoomedDuration < ffmpegExtractWindow * 8);
const calcShouldShowKeyframes = (zoomedDuration) => (zoomedDuration != null && zoomedDuration < ffmpegExtractWindow * 8);
const commonFormats = ['mov', 'mp4', 'matroska', 'mp3', 'ipod'];
// TODO flex
const topBarHeight = 32;
const timelineHeight = 36;
const zoomMax = 2 ** 14;
const videoStyle = { width: '100%', height: '100%', objectFit: 'contain' };
const App = memo(() => {
// Per project state
const [waveform, setWaveform] = useState();
const [html5FriendlyPath, setHtml5FriendlyPath] = useState();
const [working, setWorking] = useState();
const [dummyVideoPath, setDummyVideoPath] = useState(false);
const [playing, setPlaying] = useState(false);
const [playerTime, setPlayerTime] = useState();
const [duration, setDuration] = useState();
const [fileFormat, setFileFormat] = useState();
const [fileFormatData, setFileFormatData] = useState();
const [detectedFileFormat, setDetectedFileFormat] = useState();
const [rotation, setRotation] = useState(360);
const [cutProgress, setCutProgress] = useState();
const [startTimeOffset, setStartTimeOffset] = useState(0);
const [filePath, setFilePath] = useState('');
const [externalStreamFiles, setExternalStreamFiles] = useState([]);
const [customTagsByFile, setCustomTagsByFile] = useState({});
const [customTagsByStreamId, setCustomTagsByStreamId] = useState({});
const [detectedFps, setDetectedFps] = useState();
const [mainStreams, setMainStreams] = useState([]);
const [mainVideoStream, setMainVideoStream] = useState();
const [mainAudioStream, setMainAudioStream] = useState();
const [copyStreamIdsByFile, setCopyStreamIdsByFile] = useState({});
const [streamsSelectorShown, setStreamsSelectorShown] = useState(false);
const [zoom, setZoom] = useState(1);
const [commandedTime, setCommandedTime] = useState(0);
const [ffmpegCommandLog, setFfmpegCommandLog] = useState([]);
const [neighbouringFrames, setNeighbouringFrames] = useState([]);
const [thumbnails, setThumbnails] = useState([]);
const [shortestFlag, setShortestFlag] = useState(false);
const [zoomWindowStartTime, setZoomWindowStartTime] = useState(0);
const [keyframesEnabled, setKeyframesEnabled] = useState(true);
const [waveformEnabled, setWaveformEnabled] = useState(false);
const [thumbnailsEnabled, setThumbnailsEnabled] = useState(false);
const [showSideBar, setShowSideBar] = useState(true);
const [hideCanvasPreview, setHideCanvasPreview] = useState(false);
// Segment related state
const [currentSegIndex, setCurrentSegIndex] = useState(0);
const [cutStartTimeManual, setCutStartTimeManual] = useState();
const [cutEndTimeManual, setCutEndTimeManual] = useState();
const [cutSegments, setCutSegments, cutSegmentsHistory] = useStateWithHistory(
createInitialCutSegments(),
100,
);
const durationSafe = isDurationValid(duration) ? duration : 1;
const zoomedDuration = isDurationValid(duration) ? duration / zoom : undefined;
const isCustomFormatSelected = fileFormat !== detectedFileFormat;
const firstUpdateRef = useRef(true);
function safeSetConfig(key, value) {
// Prevent flood-saving all config when mounting
if (firstUpdateRef.current) return;
// console.log(key);
try {
configStore.set(key, value);
} catch (err) {
console.error('Failed to set config', key, err);
errorToast(i18n.t('Unable to save your preferences. Try to disable any anti-virus'));
}
}
// Preferences
const [captureFormat, setCaptureFormat] = useState(configStore.get('captureFormat'));
useEffect(() => safeSetConfig('captureFormat', captureFormat), [captureFormat]);
const [customOutDir, setCustomOutDir] = useState(configStore.get('customOutDir'));
useEffect(() => safeSetConfig('customOutDir', customOutDir), [customOutDir]);
const [keyframeCut, setKeyframeCut] = useState(configStore.get('keyframeCut'));
useEffect(() => safeSetConfig('keyframeCut', keyframeCut), [keyframeCut]);
const [preserveMovData, setPreserveMovData] = useState(configStore.get('preserveMovData'));
useEffect(() => safeSetConfig('preserveMovData', preserveMovData), [preserveMovData]);
const [movFastStart, setMovFastStart] = useState(configStore.get('movFastStart'));
useEffect(() => safeSetConfig('movFastStart', movFastStart), [movFastStart]);
const [avoidNegativeTs, setAvoidNegativeTs] = useState(configStore.get('avoidNegativeTs'));
useEffect(() => safeSetConfig('avoidNegativeTs', avoidNegativeTs), [avoidNegativeTs]);
const [autoMerge, setAutoMerge] = useState(configStore.get('autoMerge'));
useEffect(() => safeSetConfig('autoMerge', autoMerge), [autoMerge]);
const [timecodeShowFrames, setTimecodeShowFrames] = useState(configStore.get('timecodeShowFrames'));
useEffect(() => safeSetConfig('timecodeShowFrames', timecodeShowFrames), [timecodeShowFrames]);
const [invertCutSegments, setInvertCutSegments] = useState(configStore.get('invertCutSegments'));
useEffect(() => safeSetConfig('invertCutSegments', invertCutSegments), [invertCutSegments]);
const [autoExportExtraStreams, setAutoExportExtraStreams] = useState(configStore.get('autoExportExtraStreams'));
useEffect(() => safeSetConfig('autoExportExtraStreams', autoExportExtraStreams), [autoExportExtraStreams]);
const [askBeforeClose, setAskBeforeClose] = useState(configStore.get('askBeforeClose'));
useEffect(() => safeSetConfig('askBeforeClose', askBeforeClose), [askBeforeClose]);
const [enableAskForImportChapters, setEnableAskForImportChapters] = useState(configStore.get('enableAskForImportChapters'));
useEffect(() => safeSetConfig('enableAskForImportChapters', enableAskForImportChapters), [enableAskForImportChapters]);
const [enableAskForFileOpenAction, setEnableAskForFileOpenAction] = useState(configStore.get('enableAskForFileOpenAction'));
useEffect(() => safeSetConfig('enableAskForFileOpenAction', enableAskForFileOpenAction), [enableAskForFileOpenAction]);
const [muted, setMuted] = useState(configStore.get('muted'));
useEffect(() => safeSetConfig('muted', muted), [muted]);
const [autoSaveProjectFile, setAutoSaveProjectFile] = useState(configStore.get('autoSaveProjectFile'));
useEffect(() => safeSetConfig('autoSaveProjectFile', autoSaveProjectFile), [autoSaveProjectFile]);
const [wheelSensitivity, setWheelSensitivity] = useState(configStore.get('wheelSensitivity'));
useEffect(() => safeSetConfig('wheelSensitivity', wheelSensitivity), [wheelSensitivity]);
const [invertTimelineScroll, setInvertTimelineScroll] = useState(configStore.get('invertTimelineScroll'));
useEffect(() => safeSetConfig('invertTimelineScroll', invertTimelineScroll), [invertTimelineScroll]);
const [language, setLanguage] = useState(configStore.get('language'));
useEffect(() => safeSetConfig('language', language), [language]);
const [ffmpegExperimental, setFfmpegExperimental] = useState(configStore.get('ffmpegExperimental'));
useEffect(() => safeSetConfig('ffmpegExperimental', ffmpegExperimental), [ffmpegExperimental]);
const [hideNotifications, setHideNotifications] = useState(configStore.get('hideNotifications'));
useEffect(() => safeSetConfig('hideNotifications', hideNotifications), [hideNotifications]);
const [autoLoadTimecode, setAutoLoadTimecode] = useState(configStore.get('autoLoadTimecode'));
useEffect(() => safeSetConfig('autoLoadTimecode', autoLoadTimecode), [autoLoadTimecode]);
const [autoDeleteMergedSegments, setAutoDeleteMergedSegments] = useState(configStore.get('autoDeleteMergedSegments'));
useEffect(() => safeSetConfig('autoDeleteMergedSegments', autoDeleteMergedSegments), [autoDeleteMergedSegments]);
const [exportConfirmEnabled, setExportConfirmEnabled] = useState(configStore.get('exportConfirmEnabled'));
useEffect(() => safeSetConfig('exportConfirmEnabled', exportConfirmEnabled), [exportConfirmEnabled]);
const [segmentsToChapters, setSegmentsToChapters] = useState(configStore.get('segmentsToChapters'));
useEffect(() => safeSetConfig('segmentsToChapters', segmentsToChapters), [segmentsToChapters]);
const [preserveMetadataOnMerge, setPreserveMetadataOnMerge] = useState(configStore.get('preserveMetadataOnMerge'));
useEffect(() => safeSetConfig('preserveMetadataOnMerge', preserveMetadataOnMerge), [preserveMetadataOnMerge]);
const [simpleMode, setSimpleMode] = useState(configStore.get('simpleMode'));
useEffect(() => safeSetConfig('simpleMode', simpleMode), [simpleMode]);
const [outSegTemplate, setOutSegTemplate] = useState(configStore.get('outSegTemplate'));
useEffect(() => safeSetConfig('outSegTemplate', outSegTemplate), [outSegTemplate]);
const outSegTemplateOrDefault = outSegTemplate || defaultOutSegTemplate;
useEffect(() => {
i18n.changeLanguage(language || fallbackLng).catch(console.error);
}, [language]);
// This useEffect must be placed after all usages of firstUpdateRef.current
useEffect(() => {
firstUpdateRef.current = false;
}, []);
// Global state
const [helpVisible, setHelpVisible] = useState(false);
const [settingsVisible, setSettingsVisible] = useState(false);
const [wheelTunerVisible, setWheelTunerVisible] = useState(false);
const [exportConfirmVisible, setExportConfirmVisible] = useState(false);
const [mifiLink, setMifiLink] = useState();
const videoRef = useRef();
const readingKeyframesPromise = useRef();
const creatingWaveformPromise = useRef();
const currentTimeRef = useRef();
const isFileOpened = !!filePath;
function setTimelineMode(newMode) {
if (newMode === 'waveform') {
setWaveformEnabled(v => !v);
setThumbnailsEnabled(false);
} else {
setThumbnailsEnabled(v => !v);
setWaveformEnabled(false);
}
}
const toggleExportConfirmEnabled = useCallback(() => setExportConfirmEnabled((v) => !v), []);
const toggleSegmentsToChapters = useCallback(() => setSegmentsToChapters((v) => !v), []);
const togglePreserveMetadataOnMerge = useCallback(() => setPreserveMetadataOnMerge((v) => !v), []);
const toggleKeyframesEnabled = useCallback(() => {
setKeyframesEnabled((old) => {
const enabled = !old;
if (enabled && !calcShouldShowKeyframes(zoomedDuration)) {
toast.fire({ text: i18n.t('Key frames will show on the timeline. You need to zoom in to view them') });
}
return enabled;
});
}, [zoomedDuration]);
function appendFfmpegCommandLog(command) {
setFfmpegCommandLog(old => [...old, { command, time: new Date() }]);
}
const getCurrentTime = useCallback(() => currentTimeRef.current, []);
function setCopyStreamIdsForPath(path, cb) {
setCopyStreamIdsByFile((old) => {
const oldIds = old[path] || {};
return ({ ...old, [path]: cb(oldIds) });
});
}
const toggleSideBar = useCallback(() => setShowSideBar(v => !v), []);
const toggleCopyStreamId = useCallback((path, index) => {
setCopyStreamIdsForPath(path, (old) => ({ ...old, [index]: !old[index] }));
}, []);
const hideAllNotifications = hideNotifications === 'all';
const toggleMute = useCallback(() => {
setMuted((v) => {
if (!v && !hideAllNotifications) toast.fire({ icon: 'info', title: i18n.t('Muted preview (exported file will not be affected)') });
return !v;
});
}, [hideAllNotifications]);
const seekAbs = useCallback((val) => {
const video = videoRef.current;
if (val == null || Number.isNaN(val)) return;
let valRounded = val;
if (detectedFps) valRounded = Math.round(detectedFps * val) / detectedFps; // Round to nearest frame
let outVal = valRounded;
if (outVal < 0) outVal = 0;
if (outVal > video.duration) outVal = video.duration;
video.currentTime = outVal;
setCommandedTime(outVal);
}, [detectedFps]);
const seekRel = useCallback((val) => {
seekAbs(videoRef.current.currentTime + val);
}, [seekAbs]);
const seekRelPercent = useCallback((val) => {
if (!isDurationValid(zoomedDuration)) return;
seekRel(val * zoomedDuration);
}, [seekRel, zoomedDuration]);
const shortStep = useCallback((dir) => {
seekRel((1 / (detectedFps || 60)) * dir);
}, [seekRel, detectedFps]);
/* useEffect(() => () => {
if (dummyVideoPath) unlink(dummyVideoPath).catch(console.error);
}, [dummyVideoPath]); */
// 360 means we don't modify rotation
const isRotationSet = rotation !== 360;
const effectiveRotation = isRotationSet ? rotation : (mainVideoStream && mainVideoStream.tags && mainVideoStream.tags.rotate && parseInt(mainVideoStream.tags.rotate, 10));
const zoomRel = useCallback((rel) => setZoom(z => Math.min(Math.max(z + rel, 1), zoomMax)), []);
const canvasPlayerRequired = !!(mainVideoStream && dummyVideoPath);
const canvasPlayerWanted = !!(mainVideoStream && isRotationSet && !hideCanvasPreview);
// Allow user to disable it
const canvasPlayerEnabled = (canvasPlayerRequired || canvasPlayerWanted);
useEffect(() => {
// Reset the user preference when the state changes to true
if (canvasPlayerEnabled) setHideCanvasPreview(false);
}, [canvasPlayerEnabled]);
const comfortZoom = isDurationValid(duration) ? Math.max(duration / 100, 1) : undefined;
const toggleComfortZoom = useCallback(() => {
if (!comfortZoom) return;
setZoom((prevZoom) => {
if (prevZoom === 1) return comfortZoom;
return 1;
});
}, [comfortZoom]);
const onTimelineWheel = useTimelineScroll({ wheelSensitivity, invertTimelineScroll, zoomRel, seekRel });
const getSegApparentEnd = useCallback((seg) => {
const time = seg.end;
if (time !== undefined) return time;
if (isDurationValid(duration)) return duration;
return 0; // Haven't gotten duration yet
}, [duration]);
const apparentCutSegments = useMemo(() => cutSegments.map(cutSegment => ({
...cutSegment,
start: getSegApparentStart(cutSegment),
end: getSegApparentEnd(cutSegment),
})), [cutSegments, getSegApparentEnd]);
const haveInvalidSegs = useMemo(() => apparentCutSegments.filter(cutSegment => cutSegment.start >= cutSegment.end).length > 0, [apparentCutSegments]);
const currentSegIndexSafe = Math.min(currentSegIndex, cutSegments.length - 1);
const currentCutSeg = useMemo(() => cutSegments[currentSegIndexSafe], [currentSegIndexSafe, cutSegments]);
const currentApparentCutSeg = useMemo(() => apparentCutSegments[currentSegIndexSafe], [apparentCutSegments, currentSegIndexSafe]);
const areWeCutting = apparentCutSegments.length > 1
|| isCuttingStart(currentApparentCutSeg.start)
|| isCuttingEnd(currentApparentCutSeg.end, duration);
const jumpCutStart = useCallback(() => seekAbs(currentApparentCutSeg.start), [currentApparentCutSeg.start, seekAbs]);
const jumpCutEnd = useCallback(() => seekAbs(currentApparentCutSeg.end), [currentApparentCutSeg.end, seekAbs]);
const sortedCutSegments = useMemo(() => sortBy(apparentCutSegments, 'start'), [apparentCutSegments]);
const inverseCutSegments = useMemo(() => {
if (haveInvalidSegs) return undefined;
if (sortedCutSegments.length < 1) return undefined;
const foundOverlap = sortedCutSegments.some((cutSegment, i) => {
if (i === 0) return false;
return sortedCutSegments[i - 1].end > cutSegment.start;
});
if (foundOverlap) return undefined;
if (!isDurationValid(duration)) return undefined;
const ret = [];
if (sortedCutSegments[0].start > 0) {
ret.push({
start: 0,
end: sortedCutSegments[0].start,
});
}
sortedCutSegments.forEach((cutSegment, i) => {
if (i === 0) return;
ret.push({
start: sortedCutSegments[i - 1].end,
end: cutSegment.start,
});
});
const last = sortedCutSegments[sortedCutSegments.length - 1];
if (last.end < duration) {
ret.push({
start: last.end,
end: duration,
});
}
return ret;
}, [duration, haveInvalidSegs, sortedCutSegments]);
const updateSegAtIndex = useCallback((index, newProps) => {
const cutSegmentsNew = [...cutSegments];
cutSegmentsNew.splice(index, 1, { ...cutSegments[index], ...newProps });
setCutSegments(cutSegmentsNew);
}, [setCutSegments, cutSegments]);
const setCutTime = useCallback((type, time) => {
if (!isDurationValid(duration)) return;
const currentSeg = currentCutSeg;
if (type === 'start' && time >= getSegApparentEnd(currentSeg)) {
throw new Error('Start time must precede end time');
}
if (type === 'end' && time <= getSegApparentStart(currentSeg)) {
throw new Error('Start time must precede end time');
}
updateSegAtIndex(currentSegIndexSafe, { [type]: Math.min(Math.max(time, 0), duration) });
}, [currentSegIndexSafe, getSegApparentEnd, currentCutSeg, duration, updateSegAtIndex]);
const setCurrentSegmentName = useCallback((name) => {
updateSegAtIndex(currentSegIndexSafe, { name });
}, [currentSegIndexSafe, updateSegAtIndex]);
const updateCurrentSegOrder = useCallback((newOrder) => {
if (newOrder > cutSegments.length - 1 || newOrder < 0) return;
const newSegments = [...cutSegments];
const removedSeg = newSegments.splice(currentSegIndexSafe, 1)[0];
newSegments.splice(newOrder, 0, removedSeg);
setCutSegments(newSegments);
setCurrentSegIndex(newOrder);
}, [currentSegIndexSafe, cutSegments, setCutSegments]);
const reorderSegsByStartTime = useCallback(() => {
setCutSegments(sortBy(cutSegments, getSegApparentStart));
}, [cutSegments, setCutSegments]);
const formatTimecode = useCallback((sec) => formatDuration({
seconds: sec, fps: timecodeShowFrames ? detectedFps : undefined,
}), [detectedFps, timecodeShowFrames]);
const getFrameCount = useCallback((sec) => {
if (detectedFps == null) return undefined;
return Math.floor(sec * detectedFps);
}, [detectedFps]);
useEffect(() => {
currentTimeRef.current = playing ? playerTime : commandedTime;
}, [commandedTime, playerTime, playing]);
// const getSafeCutTime = useCallback((cutTime, next) => ffmpeg.getSafeCutTime(neighbouringFrames, cutTime, next), [neighbouringFrames]);
const addCutSegment = useCallback(() => {
try {
// Cannot add if prev seg is not finished
if (currentCutSeg.start === undefined && currentCutSeg.end === undefined) return;
const suggestedStart = currentTimeRef.current;
/* if (keyframeCut) {
const keyframeAlignedStart = getSafeCutTime(suggestedStart, true);
if (keyframeAlignedStart != null) suggestedStart = keyframeAlignedStart;
} */
const cutSegmentsNew = [
...cutSegments,
createSegment({ start: suggestedStart }),
];
setCutSegments(cutSegmentsNew);
setCurrentSegIndex(cutSegmentsNew.length - 1);
} catch (err) {
console.error(err);
}
}, [
currentCutSeg.start, currentCutSeg.end, cutSegments, setCutSegments,
]);
const setCutStart = useCallback(() => {
if (!filePath) return;
// https://github.com/mifi/lossless-cut/issues/168
// If current time is after the end of the current segment in the timeline,
// add a new segment that starts at playerTime
if (currentCutSeg.end != null && currentTimeRef.current > currentCutSeg.end) {
addCutSegment();
} else {
try {
const startTime = currentTimeRef.current;
/* if (keyframeCut) {
const keyframeAlignedCutTo = getSafeCutTime(startTime, true);
if (keyframeAlignedCutTo != null) startTime = keyframeAlignedCutTo;
} */
setCutTime('start', startTime);
} catch (err) {
errorToast(err.message);
}
}
}, [setCutTime, currentCutSeg, addCutSegment, filePath]);
const setCutEnd = useCallback(() => {
if (!filePath) return;
try {
const endTime = currentTimeRef.current;
/* if (keyframeCut) {
const keyframeAlignedCutTo = getSafeCutTime(endTime, false);
if (keyframeAlignedCutTo != null) endTime = keyframeAlignedCutTo;
} */
setCutTime('end', endTime);
} catch (err) {
errorToast(err.message);
}
}, [setCutTime, filePath]);
const outputDir = getOutDir(customOutDir, filePath);
const changeOutDir = useCallback(async () => {
const newOutDir = await askForOutDir(outputDir);
// We cannot allow exporting to a directory which has not yet been confirmed by an open dialog
// because of sandox restrictions
if (isMasBuild && !newOutDir) return;
// Else it's OK, we allow clearing the dir too
setCustomOutDir(newOutDir);
}, [outputDir]);
const effectiveFilePath = dummyVideoPath || html5FriendlyPath || filePath;
const fileUri = effectiveFilePath ? filePathToUrl(effectiveFilePath) : '';
const getEdlFilePath = useCallback((fp) => getOutPath(customOutDir, fp, 'llc-edl.csv'), [customOutDir]);
const edlFilePath = getEdlFilePath(filePath);
const currentSaveOperation = useMemo(() => {
if (!edlFilePath) return undefined;
return { cutSegments, edlFilePath };
}, [cutSegments, edlFilePath]);
const [debouncedSaveOperation] = useDebounce(currentSaveOperation, isDev ? 2000 : 500);
const lastSaveOperation = useRef();
useEffect(() => {
async function save() {
// NOTE: Could lose a save if user closes too fast, but not a big issue I think
if (!autoSaveProjectFile || !debouncedSaveOperation) return;
const { cutSegments: saveOperationCutSegments, edlFilePath: saveOperationEdlFilePath } = debouncedSaveOperation;
try {
// Initial state? Don't save
if (isEqual(getCleanCutSegments(saveOperationCutSegments), getCleanCutSegments(createInitialCutSegments()))) return;
if (lastSaveOperation.current && lastSaveOperation.current.edlFilePath === saveOperationEdlFilePath && isEqual(getCleanCutSegments(lastSaveOperation.current.cutSegments), getCleanCutSegments(saveOperationCutSegments))) {
console.log('Segments unchanged, skipping save');
return;
}
await saveCsv(saveOperationEdlFilePath, saveOperationCutSegments);
lastSaveOperation.current = debouncedSaveOperation;
} catch (err) {
errorToast(i18n.t('Unable to save project file'));
console.error('Failed to save CSV', err);
}
}
save();
}, [debouncedSaveOperation, autoSaveProjectFile]);
function onPlayingChange(val) {
setPlaying(val);
if (!val) {
setCommandedTime(videoRef.current.currentTime);
}
}
const onStopPlaying = useCallback(() => onPlayingChange(false), []);
const onSartPlaying = useCallback(() => onPlayingChange(true), []);
const onDurationChange = useCallback((e) => {
// Some files report duration infinity first, then proper duration later
// Sometimes after seeking to end of file, duration might change
const { duration: durationNew } = e.target;
console.log('onDurationChange', durationNew);
if (isDurationValid(durationNew)) setDuration(durationNew);
}, []);
const onTimeUpdate = useCallback((e) => {
const { currentTime } = e.target;
if (playerTime === currentTime) return;
setPlayerTime(currentTime);
}, [playerTime]);
const increaseRotation = useCallback(() => {
setRotation((r) => (r + 90) % 450);
setHideCanvasPreview(false);
}, []);
const assureOutDirAccess = useCallback(async (outFilePath) => {
// Reset if doesn't exist anymore
const customOutDirExists = await dirExists(customOutDir);
if (!customOutDirExists) setCustomOutDir(undefined);
const newCustomOutDir = customOutDirExists ? customOutDir : undefined;
const outDirPath = getOutDir(newCustomOutDir, outFilePath);
const hasDirWriteAccess = await checkDirWriteAccess(outDirPath);
if (!hasDirWriteAccess) {
if (isMasBuild) {
const newOutDir = await askForOutDir(outDirPath);
// User cancelled open dialog. Refuse to continue, because we will get permission denied error from MAS sandbox
if (!newOutDir) return { cancel: true };
setCustomOutDir(newOutDir);
} else {
errorToast(i18n.t('You have no write access to the directory of this file, please select a custom working dir'));
}
}
return { cancel: false, newCustomOutDir };
}, [customOutDir]);
const mergeFiles = useCallback(async ({ paths, allStreams, segmentsToChapters: segmentsToChapters2 }) => {
try {
setWorking(i18n.t('Merging'));
const firstPath = paths[0];
const { newCustomOutDir, cancel } = await assureOutDirAccess(firstPath);
if (cancel) return;
const ext = extname(firstPath);
const outPath = getOutPath(newCustomOutDir, firstPath, `merged${ext}`);
const outDir = getOutDir(customOutDir, firstPath);
let chapters;
if (segmentsToChapters2) {
const chapterNames = paths.map((path) => parsePath(path).name);
chapters = await createChaptersFromSegments({ segmentPaths: paths, chapterNames });
}
// console.log('merge', paths);
await ffmpegMergeFiles({ paths, outPath, outDir, allStreams, ffmpegExperimental, onProgress: setCutProgress, preserveMovData, movFastStart, preserveMetadataOnMerge, chapters });
openDirToast({ icon: 'success', dirPath: outDir, text: i18n.t('Files merged!') });
} catch (err) {
errorToast(i18n.t('Failed to merge files. Make sure they are all of the exact same codecs'));
console.error('Failed to merge files', err);
} finally {
setWorking();
setCutProgress();
}
}, [assureOutDirAccess, ffmpegExperimental, preserveMovData, movFastStart, preserveMetadataOnMerge, customOutDir]);
const toggleCaptureFormat = useCallback(() => setCaptureFormat(f => (f === 'png' ? 'jpeg' : 'png')), []);
const toggleKeyframeCut = useCallback((showMessage) => setKeyframeCut((val) => {
const newVal = !val;
if (showMessage && !hideAllNotifications) {
if (newVal) toast.fire({ title: i18n.t('Keyframe cut enabled'), text: i18n.t('Will now cut at the nearest keyframe before the desired start cutpoint. This is recommended for most files.') });
else toast.fire({ title: i18n.t('Keyframe cut disabled'), text: i18n.t('Will now cut at the exact position, but may leave an empty portion at the beginning of the file. You may have to set the cutpoint a few frames before the next keyframe to achieve a precise cut'), timer: 7000 });
}
return newVal;
}), [hideAllNotifications]);
const toggleAutoMerge = useCallback(() => setAutoMerge(val => !val), []);
const togglePreserveMovData = useCallback(() => setPreserveMovData((val) => !val), []);
const toggleMovFastStart = useCallback(() => setMovFastStart((val) => !val), []);
const toggleSimpleMode = useCallback(() => setSimpleMode((v) => {
if (!hideAllNotifications) toast.fire({ text: v ? i18n.t('Advanced view has been enabled. You will now also see non-essential buttons and functions') : i18n.t('Advanced view disabled. You will now see only the most essential buttons and functions') });
return !v;
}), [hideAllNotifications]);
const isCopyingStreamId = useCallback((path, streamId) => (
!!(copyStreamIdsByFile[path] || {})[streamId]
), [copyStreamIdsByFile]);
const copyAnyAudioTrack = mainStreams.some(stream => isCopyingStreamId(filePath, stream.index) && stream.codec_type === 'audio');
// Streams that are not copy enabled by default
const extraStreams = useMemo(() => mainStreams
.filter((stream) => !defaultProcessedCodecTypes.includes(stream.codec_type)), [mainStreams]);
// Extra streams that the user has not selected for copy
const nonCopiedExtraStreams = useMemo(() => extraStreams
.filter((stream) => !isCopyingStreamId(filePath, stream.index)), [extraStreams, filePath, isCopyingStreamId]);
const exportExtraStreams = autoExportExtraStreams && nonCopiedExtraStreams.length > 0;
const copyFileStreams = useMemo(() => Object.entries(copyStreamIdsByFile).map(([path, streamIdsMap]) => ({
path,
streamIds: Object.keys(streamIdsMap).filter(index => streamIdsMap[index]),
})), [copyStreamIdsByFile]);
const numStreamsToCopy = copyFileStreams
.reduce((acc, { streamIds }) => acc + streamIds.length, 0);
const numStreamsTotal = [
...mainStreams,
...flatMap(Object.values(externalStreamFiles), ({ streams }) => streams),
].length;
const toggleStripAudio = useCallback(() => {
setCopyStreamIdsForPath(filePath, (old) => {
const newCopyStreamIds = { ...old };
mainStreams.forEach((stream) => {
if (stream.codec_type === 'audio') newCopyStreamIds[stream.index] = !copyAnyAudioTrack;
});
return newCopyStreamIds;
});
}, [copyAnyAudioTrack, filePath, mainStreams]);
const removeCutSegment = useCallback(() => {
if (cutSegments.length === 1 && cutSegments[0].start == null && cutSegments[0].end == null) return; // Initial segment
if (cutSegments.length <= 1) {
setCutSegments(createInitialCutSegments());
return;
}
const cutSegmentsNew = [...cutSegments];
cutSegmentsNew.splice(currentSegIndexSafe, 1);
setCutSegments(cutSegmentsNew);
}, [currentSegIndexSafe, cutSegments, setCutSegments]);
const clearSegments = useCallback(() => {
setCutSegments(createInitialCutSegments());
}, [setCutSegments]);
const thumnailsRef = useRef([]);
const thumnailsRenderingPromiseRef = useRef();
function addThumbnail(thumbnail) {
// console.log('Rendered thumbnail', thumbnail.url);
setThumbnails(v => [...v, thumbnail]);
}
const [, cancelRenderThumbnails] = useDebounceOld(() => {
async function renderThumbnails() {
if (!thumbnailsEnabled || thumnailsRenderingPromiseRef.current) return;
try {
setThumbnails([]);
const promise = ffmpegRenderThumbnails({ filePath, from: zoomWindowStartTime, duration: zoomedDuration, onThumbnail: addThumbnail });
thumnailsRenderingPromiseRef.current = promise;
await promise;
} catch (err) {
console.error('Failed to render thumbnail', err);
} finally {
thumnailsRenderingPromiseRef.current = undefined;
}
}
if (isDurationValid(zoomedDuration)) renderThumbnails();
}, 500, [zoomedDuration, filePath, zoomWindowStartTime, thumbnailsEnabled]);
// Cleanup removed thumbnails
useEffect(() => {
thumnailsRef.current.forEach((thumbnail) => {
if (!thumbnails.some(t => t.url === thumbnail.url)) URL.revokeObjectURL(thumbnail.url);
});
thumnailsRef.current = thumbnails;
}, [thumbnails]);
const [, cancelReadKeyframeDataDebounce] = useDebounceOld(() => {
async function run() {
// We still want to calculate keyframes even if not shouldShowKeyframes because maybe we want to step to closest keyframe
if (!keyframesEnabled || !filePath || !mainVideoStream || commandedTime == null || readingKeyframesPromise.current) return;
try {
const promise = readFrames({ filePath, aroundTime: commandedTime, stream: mainVideoStream.index, window: ffmpegExtractWindow });
readingKeyframesPromise.current = promise;
const newFrames = await promise;
// console.log(newFrames);
setNeighbouringFrames(newFrames);
} catch (err) {
console.error('Failed to read keyframes', err);
} finally {
readingKeyframesPromise.current = undefined;
}
}
run();
}, 500, [keyframesEnabled, filePath, commandedTime, mainVideoStream]);
const hasAudio = !!mainAudioStream;
const hasVideo = !!mainVideoStream;
const shouldShowKeyframes = keyframesEnabled && !!mainVideoStream && calcShouldShowKeyframes(zoomedDuration);
const shouldShowWaveform = calcShouldShowWaveform(zoomedDuration);
const [, cancelWaveformDataDebounce] = useDebounceOld(() => {
async function run() {
if (!filePath || !mainAudioStream || commandedTime == null || !shouldShowWaveform || !waveformEnabled || creatingWaveformPromise.current) return;
try {
const promise = renderWaveformPng({ filePath, aroundTime: commandedTime, window: ffmpegExtractWindow, color: waveformColor });
creatingWaveformPromise.current = promise;
const wf = await promise;
setWaveform(wf);
} catch (err) {
console.error('Failed to render waveform', err);
} finally {
creatingWaveformPromise.current = undefined;
}
}
run();
}, 500, [filePath, commandedTime, zoomedDuration, waveformEnabled, mainAudioStream, shouldShowWaveform]);
const resetState = useCallback(() => {
const video = videoRef.current;
setCommandedTime(0);
video.currentTime = 0;
video.playbackRate = 1;
setFileNameTitle();
setHtml5FriendlyPath();
setDummyVideoPath();
setWorking();
setPlaying(false);
setDuration();
cutSegmentsHistory.go(0);
setCutSegments(createInitialCutSegments()); // TODO this will cause two history items
setCutStartTimeManual();
setCutEndTimeManual();
setFileFormat();
setFileFormatData();
setDetectedFileFormat();
setRotation(360);
setCutProgress();
setStartTimeOffset(0);
setFilePath(''); // Setting video src="" prevents memory leak in chromium
setExternalStreamFiles([]);
setCustomTagsByFile({});
setCustomTagsByStreamId({});
setDetectedFps();
setMainStreams([]);
setMainVideoStream();
setMainAudioStream();
setCopyStreamIdsByFile({});
setStreamsSelectorShown(false);
setZoom(1);
setShortestFlag(false);
setZoomWindowStartTime(0);
setHideCanvasPreview(false);
setExportConfirmVisible(false);
setWaveform();
cancelWaveformDataDebounce();
setNeighbouringFrames([]);
cancelReadKeyframeDataDebounce();
setThumbnails([]);
cancelRenderThumbnails();
}, [cutSegmentsHistory, setCutSegments, cancelWaveformDataDebounce, cancelReadKeyframeDataDebounce, cancelRenderThumbnails]);
// Cleanup old
useEffect(() => () => waveform && URL.revokeObjectURL(waveform.url), [waveform]);
const showUnsupportedFileMessage = useCallback(() => {
if (!hideAllNotifications) toast.fire({ timer: 13000, text: i18n.t('File not natively supported. Preview may have no audio or low quality. The final export will however be lossless with audio. You may convert it from the menu for a better preview with audio.') });
}, [hideAllNotifications]);
const createDummyVideo = useCallback(async (cod, fp) => {
const html5ifiedDummyPathDummy = getOutPath(cod, fp, 'html5ified-dummy.mkv');
try {
setCutProgress(0);
await html5ifyDummy(fp, html5ifiedDummyPathDummy, setCutProgress);
} finally {
setCutProgress();
}
setDummyVideoPath(html5ifiedDummyPathDummy);
setHtml5FriendlyPath();
showUnsupportedFileMessage();
}, [showUnsupportedFileMessage]);
const showPlaybackFailedMessage = () => errorToast(i18n.t('Unable to playback this file. Try to convert to supported format from the menu'));
const tryCreateDummyVideo = useCallback(async () => {
try {
if (working) return;
setWorking(i18n.t('Converting to supported format'));
await createDummyVideo(customOutDir, filePath);
} catch (err) {
console.error(err);
showPlaybackFailedMessage();
} finally {
setWorking();
}
}, [createDummyVideo, filePath, working, customOutDir]);
const togglePlay = useCallback((resetPlaybackRate) => {
if (!filePath) return;
const video = videoRef.current;
if (playing) {
video.pause();
return;
}
if (resetPlaybackRate) video.playbackRate = 1;
video.play().catch((err) => {
showPlaybackFailedMessage();
console.error(err);
});
}, [playing, filePath]);
const closeFile = useCallback(() => {
if (!isFileOpened || working) return false;
// eslint-disable-next-line no-alert
if (askBeforeClose && !window.confirm(i18n.t('Are you sure you want to close the current file?'))) return false;
resetState();
return true;
}, [askBeforeClose, isFileOpened, resetState, working]);
const cleanupFiles = useCallback(async () => {
// Because we will reset state before deleting files
const saved = { html5FriendlyPath, dummyVideoPath, filePath, edlFilePath };
if (!closeFile()) return;
const trashResponse = await cleanupFilesDialog();
console.log('trashResponse', trashResponse);
if (!trashResponse) return;
const deleteTmpFiles = ['all', 'projectAndTmpFiles', 'tmpFiles'].includes(trashResponse);
const deleteProjectFile = ['all', 'projectAndTmpFiles'].includes(trashResponse);
const deleteOriginal = ['all'].includes(trashResponse);
try {
setWorking(i18n.t('Cleaning up'));
if (deleteTmpFiles && saved.html5FriendlyPath) await trash(saved.html5FriendlyPath).catch(console.error);
if (deleteTmpFiles && saved.dummyVideoPath) await trash(saved.dummyVideoPath).catch(console.error);
if (deleteProjectFile && saved.edlFilePath) await trash(saved.edlFilePath).catch(console.error);
// throw new Error('test');
if (deleteOriginal) await trash(saved.filePath);
toast.fire({ icon: 'info', title: i18n.t('Cleanup successful') });
} catch (err) {
try {
console.warn('Failed to trash', err);
const { value } = await Swal.fire({
icon: 'warning',
text: i18n.t('Unable to move file to trash. Do you want to permanently delete it?'),
confirmButtonText: i18n.t('Permanently delete'),
showCancelButton: true,
});
if (value) {
if (deleteTmpFiles && saved.html5FriendlyPath) await unlink(saved.html5FriendlyPath).catch(console.error);
if (deleteTmpFiles && saved.dummyVideoPath) await unlink(saved.dummyVideoPath).catch(console.error);
if (deleteProjectFile && saved.edlFilePath) await unlink(saved.edlFilePath).catch(console.error);
if (deleteOriginal) await unlink(saved.filePath);
toast.fire({ icon: 'info', title: i18n.t('Cleanup successful') });
}
} catch (err2) {
errorToast(`Unable to delete file: ${err2.message}`);
console.error(err2);
}
} finally {
setWorking();
}
}, [filePath, html5FriendlyPath, dummyVideoPath, closeFile, edlFilePath]);
const outSegments = useMemo(() => (invertCutSegments ? inverseCutSegments : apparentCutSegments),
[invertCutSegments, inverseCutSegments, apparentCutSegments]);
const generateOutSegFileNames = useCallback(({ segments = outSegments, template }) => (
segments.map(({ start, end, name = '' }, i) => {
const cutFromStr = formatDuration({ seconds: start, fileNameFriendly: true });
const cutToStr = formatDuration({ seconds: end, fileNameFriendly: true });
const segNum = i + 1;
// https://github.com/mifi/lossless-cut/issues/583
let segSuffix = '';
if (name) segSuffix = `-${filenamify(name)}`;
else if (segments.length > 1) segSuffix = `-seg${segNum}`;
const ext = getOutFileExtension({ isCustomFormatSelected, outFormat: fileFormat, filePath });
const { name: fileNameWithoutExt } = parsePath(filePath);
const generated = generateSegFileName({ template, segSuffix, inputFileNameWithoutExt: fileNameWithoutExt, ext, segNum, segLabel: filenamify(name), cutFrom: cutFromStr, cutTo: cutToStr });
return generated.substr(0, 200); // Just to be sure
})
), [fileFormat, filePath, isCustomFormatSelected, outSegments]);
// TODO improve user feedback
const isOutSegFileNamesValid = useCallback((fileNames) => fileNames.every((fileName) => {
if (!filePath) return false;
const sameAsInputPath = pathNormalize(pathJoin(outputDir, fileName)) === pathNormalize(filePath);
return fileName.length > 0 && !fileName.includes(pathSep) && !sameAsInputPath;
}), [outputDir, filePath]);
const openSendReportDialogWithState = useCallback(async (err) => {
const state = {
filePath,
fileFormat,
externalStreamFiles,
mainStreams,
copyStreamIdsByFile,
cutSegments: cutSegments.map(s => ({ start: s.start, end: s.end })),
fileFormatData,
rotation,
shortestFlag,
};
openSendReportDialog(err, state);
}, [copyStreamIdsByFile, cutSegments, externalStreamFiles, fileFormat, fileFormatData, filePath, mainStreams, rotation, shortestFlag]);
const handleCutFailed = useCallback(async (err) => {
const html = (
<div style={{ textAlign: 'left' }}>
Try one of the following before exporting again:
<ol>
{detectedFileFormat === 'mp4' && <li>Change output <b>Format</b> from <b>MP4</b> to <b>MOV</b></li>}
<li>Select a different output <b>Format</b> (<b>matroska</b> and <b>mp4</b> support most codecs)</li>
<li>Disable unnecessary <b>Tracks</b></li>
<li>Try both <b>Normal cut</b> and <b>Keyframe cut</b></li>
<li>Set a different <b>Working directory</b></li>
<li>Try with a <b>Different file</b></li>
<li>See <b>Help</b></li>
<li>If nothing helps, you can send an <b>Error report</b></li>
</ol>
</div>
);
const { value } = await ReactSwal.fire({ title: i18n.t('Unable to export this file'), html, timer: null, showConfirmButton: true, showCancelButton: true, cancelButtonText: i18n.t('OK'), confirmButtonText: i18n.t('Report'), reverseButtons: true, focusCancel: true });
if (value) {
openSendReportDialogWithState(err);
}
}, [openSendReportDialogWithState, detectedFileFormat]);
const closeExportConfirm = useCallback(() => setExportConfirmVisible(false), []);
const onExportConfirm = useCallback(async ({ exportSingle } = {}) => {
if (working) return;
if (numStreamsToCopy === 0) {
errorToast(i18n.t('No tracks selected for export'));
return;
}
setStreamsSelectorShown(false);
setExportConfirmVisible(false);
const filteredOutSegments = exportSingle ? [outSegments[currentSegIndexSafe]] : outSegments;
try {
setWorking(i18n.t('Exporting'));
console.log('outSegTemplateOrDefault', outSegTemplateOrDefault);
let outSegFileNames = generateOutSegFileNames({ segments: filteredOutSegments, template: outSegTemplateOrDefault });
if (!isOutSegFileNamesValid(outSegFileNames) || hasDuplicates(outSegFileNames)) {
console.error('Output segments file name invalid, using default instead', outSegFileNames);
outSegFileNames = generateOutSegFileNames({ segments: filteredOutSegments, template: defaultOutSegTemplate });
}
// throw (() => { const err = new Error('test'); err.code = 'ENOENT'; return err; })();
const outFiles = await cutMultiple({
outputDir,
filePath,
outFormat: fileFormat,
videoDuration: duration,
rotation: isRotationSet ? effectiveRotation : undefined,
copyFileStreams,
keyframeCut,
segments: filteredOutSegments,
segmentsFileNames: outSegFileNames,
onProgress: setCutProgress,
appendFfmpegCommandLog,
shortestFlag,
ffmpegExperimental,
preserveMovData,
movFastStart,
avoidNegativeTs,
customTagsByFile,
customTagsByStreamId,
});
if (outFiles.length > 1 && autoMerge) {
setCutProgress(0);
setWorking(i18n.t('Merging'));
const chapterNames = segmentsToChapters && !invertCutSegments && outSegments ? outSegments.map((s) => s.name) : undefined;
await autoMergeSegments({
customOutDir,
sourceFile: filePath,
outFormat: fileFormat,
isCustomFormatSelected,
segmentPaths: outFiles,
ffmpegExperimental,
preserveMovData,
movFastStart,
onProgress: setCutProgress,
chapterNames,
autoDeleteMergedSegments,
preserveMetadataOnMerge,
});
}
if (exportExtraStreams && !exportSingle) {
try {
await extractStreams({ filePath, customOutDir, streams: nonCopiedExtraStreams });
} catch (err) {
console.error('Extra stream export failed', err);
}
}
// https://github.com/mifi/lossless-cut/issues/329
const extraIphoneMsg = isIphoneHevc(fileFormatData, mainStreams) ? ` ${i18n.t('There is a known issue with cutting iPhone HEVC videos. The output file may not work in all players.')}` : '';
const extraStreamsMsg = exportExtraStreams ? ` ${i18n.t('Unprocessable streams were exported as separate files.')}` : '';
if (!hideAllNotifications) openDirToast({ dirPath: outputDir, text: `${i18n.t('Done! Note: cutpoints may be inaccurate. Make sure you test the output files in your desired player/editor before you delete the source. If output does not look right, see the HELP page.')}${extraIphoneMsg}${extraStreamsMsg}`, timer: 15000 });
} catch (err) {
console.error('stdout:', err.stdout);
console.error('stderr:', err.stderr);
if (err.exitCode === 1 || err.code === 'ENOENT') {
// A bit hacky but it works, unless someone has a file called "No space left on device" ( ͡° ͜ʖ ͡°)
if (typeof err.stderr === 'string' && err.stderr.includes('No space left on device')) {
showDiskFull();
return;
}
handleCutFailed(err);
return;
}
showFfmpegFail(err);
} finally {
setWorking();
setCutProgress();
}
}, [working, numStreamsToCopy, outSegments, currentSegIndexSafe, outSegTemplateOrDefault, generateOutSegFileNames, customOutDir, filePath, fileFormat, duration, isRotationSet, effectiveRotation, copyFileStreams, keyframeCut, shortestFlag, ffmpegExperimental, preserveMovData, movFastStart, avoidNegativeTs, customTagsByFile, customTagsByStreamId, autoMerge, exportExtraStreams, fileFormatData, mainStreams, hideAllNotifications, outputDir, segmentsToChapters, invertCutSegments, isCustomFormatSelected, autoDeleteMergedSegments, preserveMetadataOnMerge, nonCopiedExtraStreams, handleCutFailed, isOutSegFileNamesValid]);
const onExportPress = useCallback(async () => {
if (working || !filePath) return;
if (haveInvalidSegs) {
errorToast(i18n.t('Start time must be before end time'));
return;
}
if (!outSegments || outSegments.length < 1) {
errorToast(i18n.t('No segments to export'));
return;
}
if (exportConfirmEnabled) setExportConfirmVisible(true);
else await onExportConfirm();
}, [working, filePath, haveInvalidSegs, outSegments, exportConfirmEnabled, onExportConfirm]);
const capture = useCallback(async () => {
if (!filePath || !isDurationValid(duration)) return;
try {
const mustCaptureFfmpeg = html5FriendlyPath || dummyVideoPath;
const currentTime = currentTimeRef.current;
const video = videoRef.current;
const outPath = mustCaptureFfmpeg
? await captureFrameFfmpeg({ customOutDir, filePath, currentTime, captureFormat, duration })
: await captureFrameFromTag({ customOutDir, filePath, currentTime, captureFormat, duration, video });
openDirToast({ dirPath: outputDir, text: `${i18n.t('Screenshot captured to:')} ${outPath}` });
} catch (err) {
console.error(err);
errorToast(i18n.t('Failed to capture frame'));
}
}, [filePath, captureFormat, customOutDir, html5FriendlyPath, dummyVideoPath, outputDir, duration]);
const changePlaybackRate = useCallback((dir) => {
if (canvasPlayerEnabled) {
toast.fire({ title: i18n.t('Unable to change playback rate right now'), timer: 1000 });
return;
}
const video = videoRef.current;
if (!playing) {
video.play();
} else {
const newRate = clamp(video.playbackRate + (dir * 0.15), 0.1, 16);
toast.fire({ title: `${i18n.t('Playback rate:')} ${Math.floor(newRate * 100)}%`, timer: 1000 });
video.playbackRate = newRate;
}
}, [playing, canvasPlayerEnabled]);
const getHtml5ifiedPath = useCallback((cod, fp, type) => {
const ext = type === 'fastest-audio' ? 'mkv' : 'mp4';
return getOutPath(cod, fp, `html5ified-${type}.${ext}`);
}, []);
const firstSegmentAtCursorIndex = useMemo(() => {
const segmentsAtCursorIndexes = findSegmentsAtCursor(apparentCutSegments, commandedTime);
return segmentsAtCursorIndexes[0];
}, [apparentCutSegments, commandedTime]);
const segmentAtCursorRef = useRef();
const segmentAtCursor = useMemo(() => {
const segment = cutSegments[firstSegmentAtCursorIndex];
segmentAtCursorRef.current = segment;
return segment;
}, [cutSegments, firstSegmentAtCursorIndex]);
const splitCurrentSegment = useCallback(() => {
const segmentAtCursor2 = segmentAtCursorRef.current;
if (!segmentAtCursor2) {
errorToast(i18n.t('No segment to split. Please move cursor over the segment you want to split'));
return;
}
const getNewName = (oldName, suffix) => oldName && `${segmentAtCursor2.name} ${suffix}`;
const firstPart = createSegment({ name: getNewName(segmentAtCursor2.name, '1'), start: segmentAtCursor2.start, end: currentTimeRef.current });
const secondPart = createSegment({ name: getNewName(segmentAtCursor2.name, '2'), start: currentTimeRef.current, end: segmentAtCursor2.end });
const newSegments = [...cutSegments];
newSegments.splice(firstSegmentAtCursorIndex, 1, firstPart, secondPart);
setCutSegments(newSegments);
}, [cutSegments, firstSegmentAtCursorIndex, setCutSegments]);
const loadCutSegments = useCallback((edl) => {
const validEdl = edl.filter((row) => (
(row.start === undefined || row.end === undefined || row.start < row.end)
&& (row.start === undefined || row.start >= 0)
));
if (validEdl.length === 0) throw new Error(i18n.t('No valid segments found'));
setCutSegments(validEdl.map(createSegment));
}, [setCutSegments]);
const loadEdlFile = useCallback(async (path, type = 'csv') => {
try {
let edl;
if (type === 'csv') edl = await loadCsv(path);
else if (type === 'xmeml') edl = await loadXmeml(path);
else if (type === 'cue') edl = await loadCue(path);
else if (type === 'pbf') edl = await loadPbf(path);
loadCutSegments(edl);
} catch (err) {
console.error('EDL load failed', err);
errorToast(`${i18n.t('Failed to load segments')} (${err.message})`);
}
}, [loadCutSegments]);
const load = useCallback(async ({ filePath: fp, customOutDir: cod, html5FriendlyPathRequested, dummyVideoPathRequested }) => {
console.log('Load', { fp, cod, html5FriendlyPathRequested, dummyVideoPathRequested });
if (working) return;
resetState();
setWorking(i18n.t('Loading file'));
async function checkAndSetExistingHtml5FriendlyFile(speed) {
const existing = getHtml5ifiedPath(cod, fp, speed);
const ret = existing && await exists(existing);
if (ret) {
console.log('Found existing supported file', existing);
if (speed === 'fastest-audio') {
setDummyVideoPath(existing);
setHtml5FriendlyPath();
} else {
setHtml5FriendlyPath(existing);
}
showUnsupportedFileMessage();
}
return ret;
}
try {
const fd = await getFormatData(fp);
const ff = await getDefaultOutFormat(fp, fd);
if (!ff) {
errorToast(i18n.t('Unable to determine file format'));
return;
}
const { streams } = await getAllStreams(fp);
// console.log('streams', streamsNew);
if (autoLoadTimecode) {
const timecode = getTimecodeFromStreams(streams);
if (timecode) setStartTimeOffset(timecode);
}
const videoStream = streams.find(stream => stream.codec_type === 'video' && !isStreamThumbnail(stream));
const audioStream = streams.find(stream => stream.codec_type === 'audio');
setMainVideoStream(videoStream);
setMainAudioStream(audioStream);
if (videoStream) {
const streamFps = getStreamFps(videoStream);
if (streamFps != null) setDetectedFps(streamFps);
}
const shouldDefaultCopyStream = (stream) => {
if (!defaultProcessedCodecTypes.includes(stream.codec_type)) return false;
// Don't enable thumbnail stream by default if we have a main video stream
// It's been known to cause issues: https://github.com/mifi/lossless-cut/issues/308
if (isStreamThumbnail(stream) && videoStream) return false;
return true;
};
setMainStreams(streams);
setCopyStreamIdsForPath(fp, () => fromPairs(streams.map((stream) => [
stream.index, shouldDefaultCopyStream(stream),
])));
setFileNameTitle(fp);
setFileFormat(ff);
setDetectedFileFormat(ff);
setFileFormatData(fd);
if (!isAudioSupported(streams)) {
toast.fire({ icon: 'info', text: i18n.t('The audio track is not supported. You can convert to a supported format from the menu') });
}
const validDuration = isDurationValid(parseFloat(fd.duration));
if (html5FriendlyPathRequested) {
setHtml5FriendlyPath(html5FriendlyPathRequested);
showUnsupportedFileMessage();
} else if (dummyVideoPathRequested) {
setDummyVideoPath(dummyVideoPathRequested);
setHtml5FriendlyPath();
showUnsupportedFileMessage();
} else if (
!(await checkAndSetExistingHtml5FriendlyFile('slowest') || await checkAndSetExistingHtml5FriendlyFile('slow-audio') || await checkAndSetExistingHtml5FriendlyFile('slow') || await checkAndSetExistingHtml5FriendlyFile('fast-audio') || await checkAndSetExistingHtml5FriendlyFile('fast') || await checkAndSetExistingHtml5FriendlyFile('fastest-audio'))
&& !doesPlayerSupportFile(streams)
&& validDuration
) {
await createDummyVideo(cod, fp);
}
const openedFileEdlPath = getEdlFilePath(fp);
if (await exists(openedFileEdlPath)) {
await loadEdlFile(openedFileEdlPath);
} else {
const edl = await tryReadChaptersToEdl(fp);
if (edl.length > 0 && enableAskForImportChapters && (await askForImportChapters())) {
console.log('Read chapters', edl);
loadCutSegments(edl);
}
}
if (!validDuration) toast.fire({ icon: 'warning', timer: 10000, text: i18n.t('This file does not have a valid duration. This may cause issues. You can try to fix the file\'s duration from the File menu') });
// This needs to be last, because it triggers <video> to load the video
// If not, onVideoError might be triggered before setWorking() has been cleared.
// https://github.com/mifi/lossless-cut/issues/515
setFilePath(fp);
} catch (err) {
// Windows will throw error with code ENOENT if format detection fails.
if (err.exitCode === 1 || (isWindows && err.code === 'ENOENT')) {
errorToast(i18n.t('Unsupported file'));
console.error(err);
return;
}
showFfmpegFail(err);
} finally {
setWorking();
}
}, [resetState, working, createDummyVideo, loadEdlFile, getEdlFilePath, getHtml5ifiedPath, loadCutSegments, enableAskForImportChapters, showUnsupportedFileMessage, autoLoadTimecode]);
const toggleHelp = useCallback(() => setHelpVisible(val => !val), []);
const toggleSettings = useCallback(() => setSettingsVisible(val => !val), []);
const jumpSeg = useCallback((val) => setCurrentSegIndex((old) => Math.max(Math.min(old + val, cutSegments.length - 1), 0)), [cutSegments.length]);
const findNearestKeyFrameTime = useCallback(({ time, direction }) => ffmpegFindNearestKeyFrameTime({ frames: neighbouringFrames, time, direction, fps: detectedFps }), [neighbouringFrames, detectedFps]);
const seekClosestKeyframe = useCallback((direction) => {
const time = findNearestKeyFrameTime({ time: currentTimeRef.current, direction });
if (time == null) return;
seekAbs(time);
}, [findNearestKeyFrameTime, seekAbs]);
// TODO split up?
useEffect(() => {
if (exportConfirmVisible) return () => {};
const togglePlayNoReset = () => togglePlay();
const togglePlayReset = () => togglePlay(true);
const reducePlaybackRate = () => changePlaybackRate(-1);
const increasePlaybackRate = () => changePlaybackRate(1);
const seekBackwards = () => seekRel(-1);
const seekForwards = () => seekRel(1);
const seekBackwardsPercent = () => { seekRelPercent(-0.01); return false; };
const seekForwardsPercent = () => { seekRelPercent(0.01); return false; };
const seekBackwardsKeyframe = () => seekClosestKeyframe(-1);
const seekForwardsKeyframe = () => seekClosestKeyframe(1);
const seekBackwardsShort = () => shortStep(-1);
const seekForwardsShort = () => shortStep(1);
const jumpPrevSegment = () => jumpSeg(-1);
const jumpNextSegment = () => jumpSeg(1);
const zoomIn = () => { zoomRel(1); return false; };
const zoomOut = () => { zoomRel(-1); return false; };
// mousetrap seems to be the only lib properly handling layouts that require shift to be pressed to get a particular key #520
// Also document.addEventListener needs custom handling of modifier keys or C will be triggered by CTRL+C, etc
const mousetrap = new Mousetrap();
// mousetrap.bind(':', () => console.log('test'));
mousetrap.bind('plus', () => addCutSegment());
mousetrap.bind('space', () => togglePlayReset());
mousetrap.bind('k', () => togglePlayNoReset());
mousetrap.bind('j', () => reducePlaybackRate());
mousetrap.bind('l', () => increasePlaybackRate());
mousetrap.bind('z', () => toggleComfortZoom());
mousetrap.bind(',', () => seekBackwardsShort());
mousetrap.bind('.', () => seekForwardsShort());
mousetrap.bind('c', () => capture());
mousetrap.bind('i', () => setCutStart());
mousetrap.bind('o', () => setCutEnd());
mousetrap.bind('backspace', () => removeCutSegment());
mousetrap.bind('d', () => cleanupFiles());
mousetrap.bind('b', () => splitCurrentSegment());
mousetrap.bind('r', () => increaseRotation());
mousetrap.bind('left', () => seekBackwards());
mousetrap.bind(['ctrl+left', 'command+left'], () => seekBackwardsPercent());
mousetrap.bind('alt+left', () => seekBackwardsKeyframe());
mousetrap.bind('shift+left', () => jumpCutStart());
mousetrap.bind('right', () => seekForwards());
mousetrap.bind(['ctrl+right', 'command+right'], () => seekForwardsPercent());
mousetrap.bind('alt+right', () => seekForwardsKeyframe());
mousetrap.bind('shift+right', () => jumpCutEnd());
mousetrap.bind('up', () => jumpPrevSegment());
mousetrap.bind(['ctrl+up', 'command+up'], () => zoomIn());
mousetrap.bind('down', () => jumpNextSegment());
mousetrap.bind(['ctrl+down', 'command+down'], () => zoomOut());
return () => mousetrap.reset();
}, [
addCutSegment, capture, changePlaybackRate, togglePlay, removeCutSegment,
setCutEnd, setCutStart, seekRel, seekRelPercent, shortStep, cleanupFiles, jumpSeg,
seekClosestKeyframe, zoomRel, toggleComfortZoom, splitCurrentSegment, exportConfirmVisible,
increaseRotation, jumpCutStart, jumpCutEnd,
]);
useEffect(() => {
function onKeyPress() {
if (exportConfirmVisible) onExportConfirm();
else onExportPress();
}
const mousetrap = new Mousetrap();
mousetrap.bind('e', onKeyPress);
return () => mousetrap.reset();
}, [exportConfirmVisible, onExportConfirm, onExportPress]);
useEffect(() => {
function onEscPress() {
closeExportConfirm();
setHelpVisible(false);
setSettingsVisible(false);
}
const mousetrap = new Mousetrap();
mousetrap.bind('h', toggleHelp);
mousetrap.bind('escape', onEscPress);
return () => mousetrap.reset();
}, [closeExportConfirm, toggleHelp]);
useEffect(() => {
document.ondragover = dragPreventer;
document.ondragend = dragPreventer;
electron.ipcRenderer.send('renderer-ready');
}, []);
useEffect(() => {
electron.ipcRenderer.send('setAskBeforeClose', askBeforeClose && isFileOpened);
}, [askBeforeClose, isFileOpened]);
const extractAllStreams = useCallback(async () => {
if (!filePath) return;
if (!(await confirmExtractAllStreamsDialog())) return;
try {
setStreamsSelectorShown(false);
setWorking(i18n.t('Extracting all streams'));
await extractStreams({ customOutDir, filePath, streams: mainStreams });
openDirToast({ dirPath: outputDir, text: i18n.t('All streams have been extracted as separate files') });
} catch (err) {
errorToast(i18n.t('Failed to extract all streams'));
console.error('Failed to extract all streams', err);
} finally {
setWorking();
}
}, [customOutDir, filePath, mainStreams, outputDir]);
function onExtractAllStreamsPress() {
extractAllStreams();
}
const addStreamSourceFile = useCallback(async (path) => {
if (externalStreamFiles[path]) return;
const { streams } = await getAllStreams(path);
const formatData = await getFormatData(path);
// console.log('streams', streams);
setExternalStreamFiles(old => ({ ...old, [path]: { streams, formatData } }));
setCopyStreamIdsForPath(path, () => fromPairs(streams.map(({ index }) => [index, true])));
}, [externalStreamFiles]);
const userOpenFiles = useCallback(async (filePaths) => {
if (filePaths.length < 1) return;
if (filePaths.length > 1) {
showMergeDialog(filePaths, mergeFiles);
return;
}
const firstFile = filePaths[0];
// Because Apple is being nazi about the ability to open "copy protected DVD files"
const disallowVob = isMasBuild;
if (disallowVob && /\.vob$/i.test(firstFile)) {
toast.fire({ icon: 'error', text: 'Unfortunately .vob files are not supported in the App Store version of LosslessCut due to Apple restrictions' });
return;
}
const { newCustomOutDir, cancel } = await assureOutDirAccess(firstFile);
if (cancel) return;
if (!isFileOpened) {
load({ filePath: firstFile, customOutDir: newCustomOutDir });
return;
}
const openFileResponse = enableAskForFileOpenAction ? await askForFileOpenAction() : 'open';
if (openFileResponse === 'open') {
load({ filePath: firstFile, customOutDir: newCustomOutDir });
} else if (openFileResponse === 'add') {
addStreamSourceFile(firstFile);
setStreamsSelectorShown(true);
}
}, [addStreamSourceFile, isFileOpened, load, mergeFiles, assureOutDirAccess, enableAskForFileOpenAction]);
const checkFileOpened = useCallback(() => {
if (isFileOpened) return true;
toast.fire({ icon: 'info', title: i18n.t('You need to open a media file first') });
return false;
}, [isFileOpened]);
const onDrop = useCallback(async (ev) => {
ev.preventDefault();
const { files } = ev.dataTransfer;
const filePaths = Array.from(files).map(f => f.path);
focusWindow();
if (filePaths.length === 1 && filePaths[0].toLowerCase().endsWith('.csv')) {
if (!checkFileOpened()) return;
loadEdlFile(filePaths[0]);
return;
}
userOpenFiles(filePaths);
}, [userOpenFiles, loadEdlFile, checkFileOpened]);
const html5ifyInternal = useCallback(async ({ customOutDir: cod, filePath: fp, speed, hasAudio: ha, hasVideo: hv }) => {
const path = getHtml5ifiedPath(cod, fp, speed);
let audio;
if (ha) {
if (speed === 'slowest') audio = 'hq';
else if (speed === 'slow-audio') audio = 'lq-aac';
else if (speed === 'fast-audio') audio = 'copy';
else if (speed === 'fastest-audio') audio = 'lq-flac';
}
let video;
if (hv) {
if (speed === 'slowest') video = 'hq';
else if (['slow-audio', 'slow'].includes(speed)) video = 'lq';
else video = 'copy';
}
try {
await ffmpegHtml5ify({ filePath: fp, outPath: path, video, audio, onProgress: setCutProgress });
} finally {
setCutProgress();
}
return path;
}, [getHtml5ifiedPath]);
const html5ifyAndLoad = useCallback(async (speed) => {
if (speed === 'fastest-audio') {
const path = await html5ifyInternal({ customOutDir, filePath, speed, hasAudio, hasVideo: false });
load({ filePath, dummyVideoPathRequested: path, customOutDir });
} else {
const path = await html5ifyInternal({ customOutDir, filePath, speed, hasAudio, hasVideo });
load({ filePath, html5FriendlyPathRequested: path, customOutDir });
}
}, [hasAudio, hasVideo, customOutDir, filePath, html5ifyInternal, load]);
const html5ifyCurrentFile = useCallback(async () => {
if (!filePath) return;
try {
setWorking(i18n.t('Converting to supported format'));
const speed = await askForHtml5ifySpeed(['fastest', 'fastest-audio', 'fast-audio', 'fast', 'slow', 'slow-audio', 'slowest']);
if (!speed) return;
if (speed === 'fastest') {
await createDummyVideo(customOutDir, filePath);
} else if (['fastest-audio', 'fast-audio', 'fast', 'slow', 'slow-audio', 'slowest'].includes(speed)) {
await html5ifyAndLoad(speed);
}
} catch (err) {
errorToast(i18n.t('Failed to convert file. Try a different conversion'));
console.error('Failed to html5ify file', err);
} finally {
setWorking();
}
}, [createDummyVideo, customOutDir, filePath, html5ifyAndLoad]);
const onVideoError = useCallback(async () => {
const { error } = videoRef.current;
if (!error) return;
if (!fileUri) return; // Probably MEDIA_ELEMENT_ERROR: Empty src attribute
console.error(error.message);
function showToast() {
console.log('Trying to create dummy');
if (!hideAllNotifications) toast.fire({ icon: 'info', text: 'This file is not natively supported. Creating a preview file...' });
}
const MEDIA_ERR_SRC_NOT_SUPPORTED = 4;
if (error.code === MEDIA_ERR_SRC_NOT_SUPPORTED && !dummyVideoPath) {
console.error('MEDIA_ERR_SRC_NOT_SUPPORTED');
if (hasVideo) {
if (isDurationValid(await getDuration(filePath))) {
showToast();
await tryCreateDummyVideo();
}
} else if (hasAudio) {
showToast();
await html5ifyAndLoad('fastest-audio');
}
}
}, [tryCreateDummyVideo, fileUri, dummyVideoPath, hasVideo, hasAudio, html5ifyAndLoad, hideAllNotifications, filePath]);
useEffect(() => {
function showOpenAndMergeDialog2() {
showOpenAndMergeDialog({
dialog,
defaultPath: outputDir,
onMergeClick: mergeFiles,
});
}
async function setStartOffset() {
const newStartTimeOffset = await promptTimeOffset(
startTimeOffset !== undefined ? formatDuration({ seconds: startTimeOffset }) : undefined,
);
if (newStartTimeOffset === undefined) return;
setStartTimeOffset(newStartTimeOffset);
}
async function exportEdlFile(e, type) {
try {
if (!checkFileOpened()) return;
let filters;
let ext;
if (type === 'csv') {
ext = 'csv';
filters = [{ name: i18n.t('CSV files'), extensions: [ext, 'txt'] }];
} else if (type === 'tsv-human') {
ext = 'tsv';
filters = [{ name: i18n.t('TXT files'), extensions: [ext, 'txt'] }];
} else if (type === 'csv-human') {
ext = 'csv';
filters = [{ name: i18n.t('TXT files'), extensions: [ext, 'txt'] }];
}
const { canceled, filePath: fp } = await dialog.showSaveDialog({ defaultPath: `${new Date().getTime()}.${ext}`, filters });
if (canceled || !fp) return;
console.log('Saving', type, fp);
if (type === 'csv') await saveCsv(fp, cutSegments);
else if (type === 'tsv-human') await saveTsv(fp, cutSegments);
else if (type === 'csv-human') await saveCsvHuman(fp, cutSegments);
} catch (err) {
errorToast(i18n.t('Failed to export project'));
console.error('Failed to export project', type, err);
}
}
async function importEdlFile(e, type) {
if (!checkFileOpened()) return;
if (type === 'youtube') {
const edl = await askForYouTubeInput();
if (edl.length > 0) loadCutSegments(edl);
return;
}
let filters;
if (type === 'csv') filters = [{ name: i18n.t('CSV files'), extensions: ['csv'] }];
else if (type === 'xmeml') filters = [{ name: i18n.t('XML files'), extensions: ['xml'] }];
else if (type === 'cue') filters = [{ name: i18n.t('CUE files'), extensions: ['cue'] }];
else if (type === 'pbf') filters = [{ name: i18n.t('PBF files'), extensions: ['pbf'] }];
const { canceled, filePaths } = await dialog.showOpenDialog({ properties: ['openFile'], filters });
if (canceled || filePaths.length < 1) return;
await loadEdlFile(filePaths[0], type);
}
function openAbout() {
Swal.fire({
icon: 'info',
title: 'About LosslessCut',
text: `You are running version ${app.getVersion()}`,
});
}
async function batchConvertFriendlyFormat() {
const title = i18n.t('Select files to batch convert to supported format');
const { canceled, filePaths } = await dialog.showOpenDialog({ properties: ['openFile', 'multiSelections'], title, message: title });
if (canceled || filePaths.length < 1) return;
const failedFiles = [];
let i = 0;
const speed = await askForHtml5ifySpeed(['fastest-audio', 'fast-audio', 'fast', 'slow', 'slow-audio', 'slowest']);
if (!speed) return;
try {
setWorking(i18n.t('Batch converting to supported format'));
setCutProgress(0);
// eslint-disable-next-line no-restricted-syntax
for (const path of filePaths) {
try {
// eslint-disable-next-line no-await-in-loop
const { newCustomOutDir, cancel } = await assureOutDirAccess(path);
if (cancel) {
toast.fire({ title: i18n.t('Aborted') });
return;
}
// eslint-disable-next-line no-await-in-loop
await html5ifyInternal({ customOutDir: newCustomOutDir, filePath: path, speed, hasAudio: true, hasVideo: true });
} catch (err2) {
console.error('Failed to html5ify', path, err2);
failedFiles.push(path);
}
i += 1;
setCutProgress(i / filePaths.length);
}
if (failedFiles.length > 0) toast.fire({ title: `${i18n.t('Failed to convert files:')} ${failedFiles.join(' ')}`, timer: null, showConfirmButton: true });
} catch (err) {
errorToast(i18n.t('Failed to batch convert to supported format'));
console.error('Failed to html5ify', err);
} finally {
setWorking();
setCutProgress();
}
}
async function createNumSegments2() {
if (!checkFileOpened() || !isDurationValid(duration)) return;
const segments = await createNumSegments(duration);
if (segments) loadCutSegments(segments);
}
async function createFixedDurationSegments2() {
if (!checkFileOpened() || !isDurationValid(duration)) return;
const segments = await createFixedDurationSegments(duration);
if (segments) loadCutSegments(segments);
}
async function fixInvalidDuration2() {
try {
setWorking(i18n.t('Fixing file duration'));
const path = await fixInvalidDuration({ filePath, fileFormat, customOutDir });
load({ filePath: path, customOutDir });
toast.fire({ icon: 'info', text: i18n.t('Duration has been fixed') });
} catch (err) {
errorToast(i18n.t('Failed to fix file duration'));
console.error('Failed to fix file duration', err);
} finally {
setWorking();
}
}
const fileOpened = (event, filePaths) => { userOpenFiles(filePaths); };
const undo = () => { cutSegmentsHistory.back(); };
const redo = () => { cutSegmentsHistory.forward(); };
const showStreamsSelector = () => setStreamsSelectorShown(true);
const openSendReportDialog2 = () => { openSendReportDialogWithState(); };
const closeFile2 = () => { closeFile(); };
electron.ipcRenderer.on('file-opened', fileOpened);
electron.ipcRenderer.on('close-file', closeFile2);
electron.ipcRenderer.on('html5ify', html5ifyCurrentFile);
electron.ipcRenderer.on('show-merge-dialog', showOpenAndMergeDialog2);
electron.ipcRenderer.on('set-start-offset', setStartOffset);
electron.ipcRenderer.on('extract-all-streams', extractAllStreams);
electron.ipcRenderer.on('showStreamsSelector', showStreamsSelector);
electron.ipcRenderer.on('undo', undo);
electron.ipcRenderer.on('redo', redo);
electron.ipcRenderer.on('importEdlFile', importEdlFile);
electron.ipcRenderer.on('exportEdlFile', exportEdlFile);
electron.ipcRenderer.on('openHelp', toggleHelp);
electron.ipcRenderer.on('openSettings', toggleSettings);
electron.ipcRenderer.on('openAbout', openAbout);
electron.ipcRenderer.on('batchConvertFriendlyFormat', batchConvertFriendlyFormat);
electron.ipcRenderer.on('openSendReportDialog', openSendReportDialog2);
electron.ipcRenderer.on('clearSegments', clearSegments);
electron.ipcRenderer.on('createNumSegments', createNumSegments2);
electron.ipcRenderer.on('createFixedDurationSegments', createFixedDurationSegments2);
electron.ipcRenderer.on('fixInvalidDuration', fixInvalidDuration2);
electron.ipcRenderer.on('reorderSegsByStartTime', reorderSegsByStartTime);
return () => {
electron.ipcRenderer.removeListener('file-opened', fileOpened);
electron.ipcRenderer.removeListener('close-file', closeFile2);
electron.ipcRenderer.removeListener('html5ify', html5ifyCurrentFile);
electron.ipcRenderer.removeListener('show-merge-dialog', showOpenAndMergeDialog2);
electron.ipcRenderer.removeListener('set-start-offset', setStartOffset);
electron.ipcRenderer.removeListener('extract-all-streams', extractAllStreams);
electron.ipcRenderer.removeListener('showStreamsSelector', showStreamsSelector);
electron.ipcRenderer.removeListener('undo', undo);
electron.ipcRenderer.removeListener('redo', redo);
electron.ipcRenderer.removeListener('importEdlFile', importEdlFile);
electron.ipcRenderer.removeListener('exportEdlFile', exportEdlFile);
electron.ipcRenderer.removeListener('openHelp', toggleHelp);
electron.ipcRenderer.removeListener('openSettings', toggleSettings);
electron.ipcRenderer.removeListener('openAbout', openAbout);
electron.ipcRenderer.removeListener('batchConvertFriendlyFormat', batchConvertFriendlyFormat);
electron.ipcRenderer.removeListener('openSendReportDialog', openSendReportDialog2);
electron.ipcRenderer.removeListener('clearSegments', clearSegments);
electron.ipcRenderer.removeListener('createNumSegments', createNumSegments2);
electron.ipcRenderer.removeListener('createFixedDurationSegments', createFixedDurationSegments2);
electron.ipcRenderer.removeListener('fixInvalidDuration', fixInvalidDuration2);
electron.ipcRenderer.removeListener('reorderSegsByStartTime', reorderSegsByStartTime);
};
}, [
mergeFiles, outputDir, filePath, customOutDir, startTimeOffset, html5ifyCurrentFile,
createDummyVideo, extractAllStreams, userOpenFiles, cutSegmentsHistory, openSendReportDialogWithState,
loadEdlFile, cutSegments, edlFilePath, toggleHelp, toggleSettings, assureOutDirAccess, html5ifyAndLoad, html5ifyInternal,
loadCutSegments, duration, checkFileOpened, load, fileFormat, reorderSegsByStartTime, closeFile, clearSegments,
]);
async function showAddStreamSourceDialog() {
const { canceled, filePaths } = await dialog.showOpenDialog({ properties: ['openFile'] });
if (canceled || filePaths.length < 1) return;
await addStreamSourceFile(filePaths[0]);
}
useEffect(() => {
document.body.addEventListener('drop', onDrop);
return () => document.body.removeEventListener('drop', onDrop);
}, [onDrop]);
const commonFormatsMap = useMemo(() => fromPairs(commonFormats.map(format => [format, allOutFormats[format]])
.filter(([f]) => f !== detectedFileFormat)), [detectedFileFormat]);
const otherFormatsMap = useMemo(() => fromPairs(Object.entries(allOutFormats)
.filter(([f]) => ![...commonFormats, detectedFileFormat].includes(f))), [detectedFileFormat]);
function renderFormatOptions(map) {
return Object.entries(map).map(([f, name]) => (
<option key={f} value={f}>{f} - {name}</option>
));
}
const renderOutFmt = useCallback((props) => (
// eslint-disable-next-line react/jsx-props-no-spreading
<Select value={fileFormat || ''} title={i18n.t('Output format')} onChange={withBlur(e => setFileFormat(e.target.value))} {...props}>
<option key="disabled1" value="" disabled>{i18n.t('Format')}</option>
{detectedFileFormat && (
<option key={detectedFileFormat} value={detectedFileFormat}>
{detectedFileFormat} - {allOutFormats[detectedFileFormat]} {i18n.t('(detected)')}
</option>
)}
<option key="disabled2" value="" disabled>--- {i18n.t('Common formats:')} ---</option>
{renderFormatOptions(commonFormatsMap)}
<option key="disabled3" value="" disabled>--- {i18n.t('All formats:')} ---</option>
{renderFormatOptions(otherFormatsMap)}
</Select>
), [commonFormatsMap, detectedFileFormat, fileFormat, otherFormatsMap]);
const renderCaptureFormatButton = useCallback((props) => (
<Button
title={i18n.t('Capture frame format')}
onClick={withBlur(toggleCaptureFormat)}
// eslint-disable-next-line react/jsx-props-no-spreading
{...props}
>
{captureFormat}
</Button>
), [captureFormat, toggleCaptureFormat]);
const AutoExportToggler = useCallback(() => (
<SegmentedControl
options={[{ label: i18n.t('Extract'), value: 'extract' }, { label: i18n.t('Discard'), value: 'discard' }]}
value={autoExportExtraStreams ? 'extract' : 'discard'}
onChange={value => setAutoExportExtraStreams(value === 'extract')}
/>
), [autoExportExtraStreams]);
const onWheelTunerRequested = useCallback(() => {
setSettingsVisible(false);
setWheelTunerVisible(true);
}, []);
const renderSettings = useCallback(() => (
<Settings
changeOutDir={changeOutDir}
customOutDir={customOutDir}
autoMerge={autoMerge}
setAutoMerge={setAutoMerge}
keyframeCut={keyframeCut}
setKeyframeCut={setKeyframeCut}
invertCutSegments={invertCutSegments}
setInvertCutSegments={setInvertCutSegments}
autoSaveProjectFile={autoSaveProjectFile}
setAutoSaveProjectFile={setAutoSaveProjectFile}
timecodeShowFrames={timecodeShowFrames}
setTimecodeShowFrames={setTimecodeShowFrames}
askBeforeClose={askBeforeClose}
setAskBeforeClose={setAskBeforeClose}
enableAskForImportChapters={enableAskForImportChapters}
setEnableAskForImportChapters={setEnableAskForImportChapters}
enableAskForFileOpenAction={enableAskForFileOpenAction}
setEnableAskForFileOpenAction={setEnableAskForFileOpenAction}
ffmpegExperimental={ffmpegExperimental}
setFfmpegExperimental={setFfmpegExperimental}
invertTimelineScroll={invertTimelineScroll}
setInvertTimelineScroll={setInvertTimelineScroll}
language={language}
setLanguage={setLanguage}
hideNotifications={hideNotifications}
setHideNotifications={setHideNotifications}
autoLoadTimecode={autoLoadTimecode}
setAutoLoadTimecode={setAutoLoadTimecode}
autoDeleteMergedSegments={autoDeleteMergedSegments}
setAutoDeleteMergedSegments={setAutoDeleteMergedSegments}
AutoExportToggler={AutoExportToggler}
renderCaptureFormatButton={renderCaptureFormatButton}
onWheelTunerRequested={onWheelTunerRequested}
/>
), [AutoExportToggler, askBeforeClose, autoMerge, autoSaveProjectFile, customOutDir, invertCutSegments, keyframeCut, renderCaptureFormatButton, timecodeShowFrames, changeOutDir, onWheelTunerRequested, language, invertTimelineScroll, ffmpegExperimental, setFfmpegExperimental, enableAskForImportChapters, setEnableAskForImportChapters, enableAskForFileOpenAction, setEnableAskForFileOpenAction, hideNotifications, setHideNotifications, autoLoadTimecode, setAutoLoadTimecode, autoDeleteMergedSegments, setAutoDeleteMergedSegments]);
useEffect(() => {
if (!isStoreBuild) loadMifiLink().then(setMifiLink);
}, []);
useEffect(() => {
// Testing:
// if (isDev) load({ filePath: '/Users/mifi/Downloads/inp.MOV', customOutDir });
// eslint-disable-next-line react-hooks/exhaustive-deps
}, []);
const VolumeIcon = muted || dummyVideoPath ? FaVolumeMute : FaVolumeUp;
useEffect(() => {
const keyScrollPreventer = (e) => {
// https://stackoverflow.com/questions/8916620/disable-arrow-key-scrolling-in-users-browser
if (e.target === document.body && [32, 37, 38, 39, 40].indexOf(e.keyCode) > -1) {
e.preventDefault();
}
};
window.addEventListener('keydown', keyScrollPreventer);
return () => window.removeEventListener('keydown', keyScrollPreventer);
}, []);
const sideBarWidth = showSideBar && isFileOpened ? 200 : 0;
const bottomBarHeight = 96 + ((hasAudio && waveformEnabled) || (hasVideo && thumbnailsEnabled) ? timelineHeight : 0);
const thumbnailsSorted = useMemo(() => sortBy(thumbnails, thumbnail => thumbnail.time), [thumbnails]);
let timelineMode;
if (thumbnailsEnabled) timelineMode = 'thumbnails';
if (waveformEnabled) timelineMode = 'waveform';
const { t } = useTranslation();
// throw new Error('Test');
return (
<div>
<div className="no-user-select" style={{ background: controlsBackground, height: topBarHeight, display: 'flex', alignItems: 'center', padding: '0 5px', justifyContent: 'space-between', flexWrap: 'wrap' }}>
<SideSheet
width={700}
containerProps={{ style: { maxWidth: '100%' } }}
position={Position.LEFT}
isShown={streamsSelectorShown}
onCloseComplete={() => setStreamsSelectorShown(false)}
>
<StreamsSelector
mainFilePath={filePath}
mainFileFormatData={fileFormatData}
externalFiles={externalStreamFiles}
setExternalFiles={setExternalStreamFiles}
showAddStreamSourceDialog={showAddStreamSourceDialog}
streams={mainStreams}
isCopyingStreamId={isCopyingStreamId}
toggleCopyStreamId={toggleCopyStreamId}
setCopyStreamIdsForPath={setCopyStreamIdsForPath}
onExtractAllStreamsPress={onExtractAllStreamsPress}
areWeCutting={areWeCutting}
shortestFlag={shortestFlag}
setShortestFlag={setShortestFlag}
nonCopiedExtraStreams={nonCopiedExtraStreams}
AutoExportToggler={AutoExportToggler}
customTagsByFile={customTagsByFile}
setCustomTagsByFile={setCustomTagsByFile}
customTagsByStreamId={customTagsByStreamId}
setCustomTagsByStreamId={setCustomTagsByStreamId}
/>
</SideSheet>
<TopMenu
filePath={filePath}
height={topBarHeight}
copyAnyAudioTrack={copyAnyAudioTrack}
toggleStripAudio={toggleStripAudio}
customOutDir={customOutDir}
changeOutDir={changeOutDir}
renderOutFmt={renderOutFmt}
toggleHelp={toggleHelp}
toggleSettings={toggleSettings}
numStreamsToCopy={numStreamsToCopy}
numStreamsTotal={numStreamsTotal}
setStreamsSelectorShown={setStreamsSelectorShown}
/>
</div>
{!isFileOpened && <NoFileLoaded topBarHeight={topBarHeight} bottomBarHeight={bottomBarHeight} mifiLink={mifiLink} toggleHelp={toggleHelp} currentCutSeg={currentCutSeg} simpleMode={simpleMode} toggleSimpleMode={toggleSimpleMode} />}
<AnimatePresence>
{working && (
<div style={{
position: 'absolute', zIndex: 1, bottom: bottomBarHeight, top: topBarHeight, left: 0, right: 0, display: 'flex', justifyContent: 'center', alignItems: 'center',
}}
>
<motion.div
style={{ background: primaryColor, boxShadow: `${primaryColor} 0px 0px 20px 25px`, borderRadius: 20, paddingBottom: 15, color: 'white', textAlign: 'center', fontSize: 14 }}
initial={{ opacity: 0, scale: 0 }}
animate={{ opacity: 1, scale: 1 }}
exit={{ opacity: 0, scale: 0 }}
>
<div style={{ width: 150, height: 150 }}>
<Lottie
options={{ loop: true, autoplay: true, animationData: loadingLottie }}
style={{ width: '170%', height: '130%', marginLeft: '-35%', marginTop: '-29%', pointerEvents: 'none' }}
/>
</div>
<div style={{ marginTop: 10, width: 150 }}>
{working}...
</div>
{(cutProgress != null) && (
<div style={{ marginTop: 10 }}>
{`${(cutProgress * 100).toFixed(1)} %`}
</div>
)}
</motion.div>
</div>
)}
</AnimatePresence>
<div className="no-user-select" style={{ position: 'absolute', top: topBarHeight, left: 0, right: sideBarWidth, bottom: bottomBarHeight, visibility: !isFileOpened ? 'hidden' : undefined }} onWheel={onTimelineWheel}>
{/* eslint-disable-next-line jsx-a11y/media-has-caption */}
<video
muted={muted}
ref={videoRef}
style={videoStyle}
src={fileUri}
onPlay={onSartPlaying}
onPause={onStopPlaying}
onDurationChange={onDurationChange}
onTimeUpdate={onTimeUpdate}
onError={onVideoError}
/>
{canvasPlayerEnabled && <Canvas rotate={effectiveRotation} filePath={filePath} width={mainVideoStream.width} height={mainVideoStream.height} streamIndex={mainVideoStream.index} playerTime={playerTime} commandedTime={commandedTime} playing={playing} />}
</div>
{isRotationSet && !hideCanvasPreview && (
<div style={{
position: 'absolute', top: topBarHeight, marginTop: '1em', marginRight: '1em', right: sideBarWidth, color: 'white',
}}
>
{t('Rotation preview')}
{!canvasPlayerRequired && <FaWindowClose role="button" style={{ cursor: 'pointer', verticalAlign: 'middle', padding: 10 }} onClick={() => setHideCanvasPreview(true)} />}
</div>
)}
{isFileOpened && (
<Fragment>
<div
className="no-user-select"
style={{
position: 'absolute', right: sideBarWidth, bottom: bottomBarHeight, color: 'rgba(255,255,255,0.7)',
}}
>
<VolumeIcon
title={t('Mute preview? (will not affect output)')}
size={30}
role="button"
style={{ margin: '0 10px 10px 10px' }}
onClick={toggleMute}
/>
{!showSideBar && (
<FaAngleLeft
title={t('Show sidebar')}
size={30}
role="button"
style={{ margin: '0 10px 10px 10px' }}
onClick={toggleSideBar}
/>
)}
</div>
<AnimatePresence>
{showSideBar && (
<motion.div
style={{ position: 'absolute', width: sideBarWidth, right: 0, bottom: bottomBarHeight, top: topBarHeight, background: controlsBackground, color: 'rgba(255,255,255,0.7)', display: 'flex', flexDirection: 'column' }}
initial={{ x: sideBarWidth }}
animate={{ x: 0 }}
exit={{ x: sideBarWidth }}
>
<SegmentList
currentSegIndex={currentSegIndexSafe}
outSegments={outSegments}
cutSegments={apparentCutSegments}
getFrameCount={getFrameCount}
formatTimecode={formatTimecode}
invertCutSegments={invertCutSegments}
onSegClick={setCurrentSegIndex}
updateCurrentSegOrder={updateCurrentSegOrder}
setCurrentSegmentName={setCurrentSegmentName}
currentCutSeg={currentCutSeg}
segmentAtCursor={segmentAtCursor}
addCutSegment={addCutSegment}
removeCutSegment={removeCutSegment}
toggleSideBar={toggleSideBar}
splitCurrentSegment={splitCurrentSegment}
/>
</motion.div>
)}
</AnimatePresence>
</Fragment>
)}
<motion.div
className="no-user-select"
style={{ background: controlsBackground, position: 'absolute', left: 0, right: 0, bottom: 0, display: 'flex', flexDirection: 'column', justifyContent: 'flex-end' }}
animate={{ height: bottomBarHeight }}
>
<Timeline
shouldShowKeyframes={shouldShowKeyframes}
waveform={waveform}
shouldShowWaveform={shouldShowWaveform}
waveformEnabled={waveformEnabled}
thumbnailsEnabled={thumbnailsEnabled}
neighbouringFrames={neighbouringFrames}
thumbnails={thumbnailsSorted}
getCurrentTime={getCurrentTime}
startTimeOffset={startTimeOffset}
playerTime={playerTime}
commandedTime={commandedTime}
zoom={zoom}
seekAbs={seekAbs}
durationSafe={durationSafe}
apparentCutSegments={apparentCutSegments}
setCurrentSegIndex={setCurrentSegIndex}
currentSegIndexSafe={currentSegIndexSafe}
invertCutSegments={invertCutSegments}
inverseCutSegments={inverseCutSegments}
formatTimecode={formatTimecode}
timelineHeight={timelineHeight}
onZoomWindowStartTimeChange={setZoomWindowStartTime}
playing={playing}
isFileOpened={isFileOpened}
onWheel={onTimelineWheel}
/>
<TimelineControls
seekAbs={seekAbs}
currentSegIndexSafe={currentSegIndexSafe}
cutSegments={cutSegments}
currentCutSeg={currentCutSeg}
setCutStart={setCutStart}
setCutEnd={setCutEnd}
setCurrentSegIndex={setCurrentSegIndex}
cutStartTimeManual={cutStartTimeManual}
setCutStartTimeManual={setCutStartTimeManual}
cutEndTimeManual={cutEndTimeManual}
setCutEndTimeManual={setCutEndTimeManual}
duration={durationSafe}
jumpCutEnd={jumpCutEnd}
jumpCutStart={jumpCutStart}
startTimeOffset={startTimeOffset}
setCutTime={setCutTime}
currentApparentCutSeg={currentApparentCutSeg}
playing={playing}
shortStep={shortStep}
seekClosestKeyframe={seekClosestKeyframe}
togglePlay={togglePlay}
setTimelineMode={setTimelineMode}
timelineMode={timelineMode}
hasAudio={hasAudio}
hasVideo={hasVideo}
keyframesEnabled={keyframesEnabled}
toggleKeyframesEnabled={toggleKeyframesEnabled}
simpleMode={simpleMode}
/>
<div style={{ display: 'flex', justifyContent: 'space-between', height: 36 }}>
<LeftMenu
zoom={zoom}
setZoom={setZoom}
invertCutSegments={invertCutSegments}
setInvertCutSegments={setInvertCutSegments}
toggleComfortZoom={toggleComfortZoom}
simpleMode={simpleMode}
toggleSimpleMode={toggleSimpleMode}
/>
<RightMenu
hasVideo={hasVideo}
isRotationSet={isRotationSet}
rotation={rotation}
areWeCutting={areWeCutting}
autoMerge={autoMerge}
increaseRotation={increaseRotation}
cleanupFiles={cleanupFiles}
renderCaptureFormatButton={renderCaptureFormatButton}
capture={capture}
onExportPress={onExportPress}
outSegments={outSegments}
exportConfirmEnabled={exportConfirmEnabled}
toggleExportConfirmEnabled={toggleExportConfirmEnabled}
simpleMode={simpleMode}
/>
</div>
</motion.div>
<ExportConfirm filePath={filePath} autoMerge={autoMerge} toggleAutoMerge={toggleAutoMerge} areWeCutting={areWeCutting} outSegments={outSegments} visible={exportConfirmVisible} onClosePress={closeExportConfirm} onExportConfirm={onExportConfirm} keyframeCut={keyframeCut} toggleKeyframeCut={toggleKeyframeCut} renderOutFmt={renderOutFmt} preserveMovData={preserveMovData} togglePreserveMovData={togglePreserveMovData} movFastStart={movFastStart} toggleMovFastStart={toggleMovFastStart} avoidNegativeTs={avoidNegativeTs} setAvoidNegativeTs={setAvoidNegativeTs} changeOutDir={changeOutDir} outputDir={outputDir} numStreamsTotal={numStreamsTotal} numStreamsToCopy={numStreamsToCopy} setStreamsSelectorShown={setStreamsSelectorShown} currentSegIndex={currentSegIndexSafe} invertCutSegments={invertCutSegments} exportConfirmEnabled={exportConfirmEnabled} toggleExportConfirmEnabled={toggleExportConfirmEnabled} segmentsToChapters={segmentsToChapters} toggleSegmentsToChapters={toggleSegmentsToChapters} outFormat={fileFormat} preserveMetadataOnMerge={preserveMetadataOnMerge} togglePreserveMetadataOnMerge={togglePreserveMetadataOnMerge} setOutSegTemplate={setOutSegTemplate} outSegTemplate={outSegTemplateOrDefault} generateOutSegFileNames={generateOutSegFileNames} currentSegIndexSafe={currentSegIndexSafe} isOutSegFileNamesValid={isOutSegFileNamesValid} />
<HelpSheet
visible={helpVisible}
onTogglePress={toggleHelp}
ffmpegCommandLog={ffmpegCommandLog}
currentCutSeg={currentCutSeg}
/>
<SettingsSheet
visible={settingsVisible}
onTogglePress={toggleSettings}
renderSettings={renderSettings}
/>
{wheelTunerVisible && (
<div style={{ display: 'flex', alignItems: 'center', background: 'white', color: 'black', padding: 10, margin: 10, borderRadius: 10, width: '100%', maxWidth: 500, position: 'fixed', left: 0, bottom: bottomBarHeight, zIndex: 10 }}>
{t('Timeline trackpad/wheel sensitivity')}
<input style={{ flexGrow: 1 }} type="range" min="0" max="1000" step="1" value={wheelSensitivity * 1000} onChange={e => setWheelSensitivity(e.target.value / 1000)} />
<Button height={20} intent="success" onClick={() => setWheelTunerVisible(false)}>{t('Done')}</Button>
</div>
)}
</div>
);
});
export default App;