feat: initial commit - Jhonny Editor
- Adicionado estrutura completa do projeto - Configurado MCP server para Premiere Pro - Adicionado documentação e skills - Configurado Gitignore para o projeto
This commit is contained in:
@@ -0,0 +1,360 @@
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(function (root, factory) {
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const api = factory();
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if (typeof module === "object" && module.exports) module.exports = api;
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root.PremiereMcpRippleDeleteWorkflows = api;
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})(typeof globalThis !== "undefined" ? globalThis : this, function () {
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"use strict";
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// A coordinate-bound ripple delete is deliberately narrower than the legacy
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// QE command: it removes exactly one item only when its immediate successor
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// is contiguous, so post-readback can prove the closed cut without reading
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// unrelated items on the track.
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function createRippleDeleteWorkflowDefinitions(deps) {
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const ppro = deps.ppro;
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const fallbackTails = new Map();
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const locks = deps.locks && typeof deps.locks.withTrackMutationLock === "function"
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? deps.locks
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: { withTrackMutationLock: localLock };
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const definitions = {
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"trackItem.rippleDelete.inspect": {
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readOnly: true,
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targetCapabilityProbe: true,
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minHostVersion: "25.6.0",
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probe: canUseRippleDelete,
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handler: inspectRippleDelete
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},
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"trackItem.rippleDelete": {
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destructive: true,
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undoable: true,
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idempotent: true,
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targetCapabilityProbe: true,
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minHostVersion: "25.6.0",
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probe: canUseRippleDelete,
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handler: rippleDelete
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}
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};
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function canUseRippleDelete() {
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return !!(ppro.Project && typeof ppro.Project.getActiveProject === "function" &&
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ppro.SequenceEditor && typeof ppro.SequenceEditor.getEditor === "function" &&
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ppro.TrackItemSelection && typeof ppro.TrackItemSelection.createEmptySelection === "function" &&
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ppro.Constants && ppro.Constants.MediaType);
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}
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async function inspectRippleDelete(args) {
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assertOnlyKeys(args, ["mediaType", "trackIndex", "clipIndex"]);
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const context = await activeTarget(args, false);
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const snapshot = await rippleSnapshot(context);
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assertRippleSupported(snapshot);
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return snapshot;
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}
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async function rippleDelete(args) {
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assertOnlyKeys(args, ["mediaType", "trackIndex", "clipIndex", "expectedSnapshot", "confirmRippleDelete", "operationId"]);
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requireConfirmation(args.confirmRippleDelete);
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requireOperationId(args.operationId);
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const target = targetCoordinates(args), expected = requiredSnapshot(args.expectedSnapshot);
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assertExpectedTarget(expected, target);
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const initial = await activeTarget(target, true);
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if (initial.projectGuid !== expected.projectGuid || initial.sequenceId !== expected.sequenceId) {
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throw commandError("UXP_STALE_TRACK_ITEM", "The active project or sequence no longer matches the reviewed ripple-delete snapshot");
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}
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const key = initial.projectGuid + "\u0000" + initial.sequenceId + "\u0000" + target.mediaType + "\u0000" + target.trackIndex;
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return locks.withTrackMutationLock(key, async function () {
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// This full preflight occurs after entering the same per-track tail as
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// slips, slides, and append duplicates, so a distinct operation ID
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// cannot construct a remove action from an obsolete timeline state.
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let context;
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try {
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context = await activeTarget(target, true);
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} catch (error) {
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if (error && error.code === "UXP_TARGET_NOT_FOUND") {
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throw commandError("UXP_STALE_TRACK_ITEM", "The reviewed target no longer exists before the ripple-delete transaction");
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}
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throw error;
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}
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if (context.projectGuid !== expected.projectGuid || context.sequenceId !== expected.sequenceId) {
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throw commandError("UXP_STALE_TRACK_ITEM", "The active project or sequence changed before the ripple-delete transaction");
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}
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let before;
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try {
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before = await rippleSnapshot(context);
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} catch (error) {
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if (error && error.code === "UXP_TARGET_UNSUPPORTED") {
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throw commandError("UXP_STALE_TRACK_ITEM", "The reviewed contiguous successor changed before the ripple-delete transaction");
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}
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throw error;
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}
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if (!sameSnapshot(before, expected)) {
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throw commandError("UXP_STALE_TRACK_ITEM", "The reviewed target or contiguous successor changed since inspection");
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}
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assertRippleSupported(before);
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let committed = false;
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context.project.lockedAccess(function () {
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if (guidString(context.project.guid) !== before.projectGuid || guidString(context.sequence.guid) !== before.sequenceId) {
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throw commandError("UXP_STALE_TRACK_ITEM", "The reviewed project or sequence changed before ripple-delete action creation");
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}
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const editor = ppro.SequenceEditor.getEditor(context.sequence);
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const mediaType = ppro.Constants.MediaType[context.mediaType.toUpperCase()];
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if (!editor || typeof editor.createRemoveItemsAction !== "function" || mediaType == null) {
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throw commandError("UXP_COMMAND_UNAVAILABLE", "Premiere does not expose documented ripple-delete actions");
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}
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const selection = createSingleItemSelection(context.item);
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const action = editor.createRemoveItemsAction(selection, true, mediaType, false);
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if (!action) throw commandError("UXP_ACTION_REJECTED", "Premiere did not create the ripple-delete action");
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committed = context.project.executeTransaction(function (compoundAction) {
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if (compoundAction.addAction(action) === false) {
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throw commandError("UXP_ACTION_REJECTED", "Premiere rejected the ripple-delete action");
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}
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}, "Ripple delete timeline item");
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});
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if (!committed) throw commandError("UXP_TRANSACTION_FAILED", "Premiere did not commit the ripple-delete transaction");
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// The successor now occupies the removed target's coordinate. No
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// unrelated item field is read after the host transaction commits.
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const afterContext = await activeTarget(target, true);
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if (afterContext.projectGuid !== before.projectGuid || afterContext.sequenceId !== before.sequenceId) {
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throw commandError("UXP_VERIFICATION_FAILED", "Premiere changed the active project or sequence during the committed ripple delete");
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}
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const after = await rippleReadback(afterContext, before);
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if (!sameRippleResult(before, after)) {
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throw commandError("UXP_VERIFICATION_FAILED", "Premiere did not retain the requested contiguous ripple-delete result");
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}
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return {
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rippleDeleted: true,
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before,
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after,
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outcome: "verified",
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verificationBoundary: "contiguous_successor_track_item_readback",
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undoLabel: "Ripple delete timeline item"
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};
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});
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}
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async function activeTarget(args, requireTransaction) {
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if (!ppro.Project || typeof ppro.Project.getActiveProject !== "function") {
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throw commandError("UXP_COMMAND_UNAVAILABLE", "Premiere project APIs are unavailable");
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}
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const project = await ppro.Project.getActiveProject();
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if (!project) throw commandError("UXP_NO_ACTIVE_PROJECT", "No active project");
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if (requireTransaction && (typeof project.lockedAccess !== "function" || typeof project.executeTransaction !== "function")) {
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throw commandError("UXP_COMMAND_UNAVAILABLE", "This Premiere build does not expose locked undoable transactions");
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}
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if (typeof project.getActiveSequence !== "function") throw commandError("UXP_COMMAND_UNAVAILABLE", "Premiere cannot resolve the active sequence");
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const sequence = await project.getActiveSequence();
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if (!sequence) throw commandError("UXP_NO_ACTIVE_SEQUENCE", "No active sequence");
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const target = targetCoordinates(args), resolved = await trackItemsAt(sequence, target);
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const item = resolved.items[target.clipIndex];
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if (!item) throw commandError("UXP_TARGET_NOT_FOUND", "clipIndex is out of range");
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return {
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project,
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sequence,
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projectGuid: requiredGuid(project.guid, "active project GUID"),
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sequenceId: requiredGuid(sequence.guid, "active sequence GUID"),
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...target,
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item,
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items: resolved.items
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};
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}
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async function trackItemsAt(sequence, target) {
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const title = target.mediaType === "video" ? "Video" : "Audio";
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const countMethod = "get" + title + "TrackCount", trackMethod = "get" + title + "Track";
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if (typeof sequence[countMethod] !== "function" || typeof sequence[trackMethod] !== "function") {
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throw commandError("UXP_COMMAND_UNAVAILABLE", target.mediaType + " track APIs are unavailable");
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}
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const count = Number(await sequence[countMethod]());
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if (!Number.isSafeInteger(count) || count < 0) throw commandError("UXP_VERIFICATION_FAILED", "Premiere returned an invalid " + target.mediaType + " track count");
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if (target.trackIndex >= count) throw commandError("UXP_TARGET_NOT_FOUND", target.mediaType + " trackIndex is out of range");
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const track = await sequence[trackMethod](target.trackIndex), itemType = ppro.Constants && ppro.Constants.TrackItemType;
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if (!track || !itemType || itemType.CLIP == null || typeof track.getTrackItems !== "function") {
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throw commandError("UXP_COMMAND_UNAVAILABLE", "Clip track-item APIs are unavailable");
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}
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const items = Array.from(await track.getTrackItems(itemType.CLIP, false) || []);
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if (!items.length) throw commandError("UXP_TARGET_NOT_FOUND", "The target track has no clip items");
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if (items.length > 512) throw commandError("UXP_TARGET_TOO_LARGE", "The target track has more than 512 clip items");
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return { items };
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}
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async function rippleSnapshot(context) {
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const following = context.items[context.clipIndex + 1];
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if (!following) throw commandError("UXP_TARGET_UNSUPPORTED", "Ripple delete requires one immediate following clip item on the same track");
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return {
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projectGuid: context.projectGuid,
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sequenceId: context.sequenceId,
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mediaType: context.mediaType,
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trackIndex: context.trackIndex,
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clipIndex: context.clipIndex,
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trackItemCount: context.items.length,
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target: await itemSnapshot(context.item, "target"),
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following: await itemSnapshot(following, "following")
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};
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}
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async function rippleReadback(context, before) {
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return {
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projectGuid: context.projectGuid,
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sequenceId: context.sequenceId,
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mediaType: context.mediaType,
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trackIndex: context.trackIndex,
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successorClipIndex: before.clipIndex,
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trackItemCount: context.items.length,
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successor: await itemSnapshot(context.item, "successor readback")
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};
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}
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async function itemSnapshot(item, label) {
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const sourceItem = await requiredMethod(item, "getProjectItem")();
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const snapshot = {
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projectItemId: requiredIdentifier(await requiredMethod(sourceItem, "getId")(), label + " source project-item ID"),
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startSeconds: tickSeconds(await requiredMethod(item, "getStartTime")()),
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endSeconds: tickSeconds(await requiredMethod(item, "getEndTime")()),
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inSeconds: tickSeconds(await requiredMethod(item, "getInPoint")()),
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outSeconds: tickSeconds(await requiredMethod(item, "getOutPoint")()),
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durationSeconds: tickSeconds(await requiredMethod(item, "getDuration")()),
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speed: Number(await requiredMethod(item, "getSpeed")()),
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reversed: Boolean(await requiredMethod(item, "isSpeedReversed")())
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};
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for (const key of ["startSeconds", "endSeconds", "inSeconds", "outSeconds", "durationSeconds"]) {
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if (!Number.isFinite(snapshot[key]) || snapshot[key] < 0 || snapshot[key] > 86400) {
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throw commandError("UXP_VERIFICATION_FAILED", "Premiere returned an invalid " + label + " " + key);
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}
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}
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if (!Number.isFinite(snapshot.speed) || snapshot.speed < 0 || snapshot.speed > 100) {
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throw commandError("UXP_VERIFICATION_FAILED", "Premiere returned an invalid " + label + " speed");
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}
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return snapshot;
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}
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function assertRippleSupported(snapshot) {
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if (snapshot.clipIndex >= snapshot.trackItemCount - 1) {
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throw commandError("UXP_TARGET_UNSUPPORTED", "Ripple delete requires a following clip item to close the requested cut");
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}
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const target = snapshot.target, following = snapshot.following;
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if (target.endSeconds <= target.startSeconds || following.endSeconds <= following.startSeconds ||
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target.durationSeconds <= 0 || following.durationSeconds <= 0 ||
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!numbersEqual(target.endSeconds, following.startSeconds)) {
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throw commandError("UXP_TARGET_UNSUPPORTED", "Ripple delete supports only positive-duration items with one contiguous same-track successor");
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}
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}
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function sameRippleResult(before, after) {
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const targetTimelineDuration = before.target.endSeconds - before.target.startSeconds;
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const following = before.following, successor = after.successor;
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return after.projectGuid === before.projectGuid && after.sequenceId === before.sequenceId &&
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after.mediaType === before.mediaType && after.trackIndex === before.trackIndex &&
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after.successorClipIndex === before.clipIndex && after.trackItemCount === before.trackItemCount - 1 &&
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successor.projectItemId === following.projectItemId &&
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numbersEqual(successor.startSeconds, following.startSeconds - targetTimelineDuration) &&
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numbersEqual(successor.endSeconds, following.endSeconds - targetTimelineDuration) &&
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numbersEqual(successor.inSeconds, following.inSeconds) && numbersEqual(successor.outSeconds, following.outSeconds) &&
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numbersEqual(successor.durationSeconds, following.durationSeconds) &&
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numbersEqual(successor.speed, following.speed) && successor.reversed === following.reversed;
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}
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function sameSnapshot(left, right) {
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return left.projectGuid === right.projectGuid && left.sequenceId === right.sequenceId &&
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left.mediaType === right.mediaType && left.trackIndex === right.trackIndex &&
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left.clipIndex === right.clipIndex && left.trackItemCount === right.trackItemCount &&
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sameItem(left.target, right.target) && sameItem(left.following, right.following);
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}
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function sameItem(left, right) {
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return left.projectItemId === right.projectItemId && numbersEqual(left.startSeconds, right.startSeconds) &&
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numbersEqual(left.endSeconds, right.endSeconds) && numbersEqual(left.inSeconds, right.inSeconds) &&
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numbersEqual(left.outSeconds, right.outSeconds) && numbersEqual(left.durationSeconds, right.durationSeconds) &&
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numbersEqual(left.speed, right.speed) && left.reversed === right.reversed;
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}
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function createSingleItemSelection(item) {
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let selection = null;
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const created = ppro.TrackItemSelection.createEmptySelection(function (value) { selection = value; });
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if (created !== true || !selection || typeof selection.addItem !== "function" || selection.addItem(item, false) !== true) {
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throw commandError("UXP_SELECTION_REJECTED", "Premiere rejected the bounded ripple-delete selection");
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}
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return selection;
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}
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function targetCoordinates(args) {
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return {
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mediaType: enumValue(args.mediaType, "mediaType", ["video", "audio"]),
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trackIndex: nonNegativeInt(args.trackIndex, "trackIndex"),
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clipIndex: nonNegativeInt(args.clipIndex, "clipIndex")
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};
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}
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function requiredSnapshot(value) {
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assertObject(value, "expectedSnapshot");
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const allowed = ["projectGuid", "sequenceId", "mediaType", "trackIndex", "clipIndex", "trackItemCount", "target", "following"];
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assertOnlyKeys(value, allowed);
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for (const key of allowed) if (!(key in value)) throw commandError("UXP_INVALID_ARGUMENT", "expectedSnapshot." + key + " is required");
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return {
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projectGuid: requiredGuid(value.projectGuid, "expectedSnapshot.projectGuid"),
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sequenceId: requiredGuid(value.sequenceId, "expectedSnapshot.sequenceId"),
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mediaType: enumValue(value.mediaType, "expectedSnapshot.mediaType", ["video", "audio"]),
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trackIndex: nonNegativeInt(value.trackIndex, "expectedSnapshot.trackIndex"),
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clipIndex: nonNegativeInt(value.clipIndex, "expectedSnapshot.clipIndex"),
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trackItemCount: positiveInt(value.trackItemCount, "expectedSnapshot.trackItemCount"),
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target: requiredItemSnapshot(value.target, "expectedSnapshot.target"),
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following: requiredItemSnapshot(value.following, "expectedSnapshot.following")
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};
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}
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function requiredItemSnapshot(value, name) {
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assertObject(value, name);
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const allowed = ["projectItemId", "startSeconds", "endSeconds", "inSeconds", "outSeconds", "durationSeconds", "speed", "reversed"];
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assertOnlyKeys(value, allowed);
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for (const key of allowed) if (!(key in value)) throw commandError("UXP_INVALID_ARGUMENT", name + "." + key + " is required");
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return {
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projectItemId: requiredIdentifier(value.projectItemId, name + ".projectItemId"),
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startSeconds: boundedSeconds(value.startSeconds, name + ".startSeconds"),
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endSeconds: boundedSeconds(value.endSeconds, name + ".endSeconds"),
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inSeconds: boundedSeconds(value.inSeconds, name + ".inSeconds"),
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outSeconds: boundedSeconds(value.outSeconds, name + ".outSeconds"),
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durationSeconds: boundedSeconds(value.durationSeconds, name + ".durationSeconds"),
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speed: boundedSpeed(value.speed, name + ".speed"),
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reversed: requiredBoolean(value.reversed, name + ".reversed")
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};
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}
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function assertExpectedTarget(expected, target) {
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if (expected.mediaType !== target.mediaType || expected.trackIndex !== target.trackIndex || expected.clipIndex !== target.clipIndex) {
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throw commandError("UXP_INVALID_ARGUMENT", "expectedSnapshot target coordinates must match mediaType, trackIndex, and clipIndex");
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}
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}
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function localLock(key, operation) {
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const previous = fallbackTails.get(key) || Promise.resolve();
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let release;
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const gate = new Promise(function (resolve) { release = resolve; });
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const tail = previous.catch(function () { return undefined; }).then(function () { return gate; });
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fallbackTails.set(key, tail);
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return previous.catch(function () { return undefined; }).then(operation).finally(function () {
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release();
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if (fallbackTails.get(key) === tail) fallbackTails.delete(key);
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});
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}
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function requiredMethod(target, name) { if (!target || typeof target[name] !== "function") throw commandError("UXP_COMMAND_UNAVAILABLE", "The required item does not expose " + name); return target[name].bind(target); }
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function assertObject(value, name) { if (!value || typeof value !== "object" || Array.isArray(value)) throw commandError("UXP_INVALID_ARGUMENT", name + " must be an object"); }
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function assertOnlyKeys(value, allowed) { assertObject(value, "arguments"); for (const key of Object.keys(value)) if (allowed.indexOf(key) === -1) throw commandError("UXP_INVALID_ARGUMENT", "Unexpected argument: " + key); }
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function enumValue(value, name, allowed) { if (allowed.indexOf(value) === -1) throw commandError("UXP_INVALID_ARGUMENT", name + " must be one of " + allowed.join(", ")); return value; }
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function nonNegativeInt(value, name) { if (!Number.isSafeInteger(value) || value < 0 || value > 511) throw commandError("UXP_INVALID_ARGUMENT", name + " must be an integer from 0 to 511"); return value; }
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function positiveInt(value, name) { if (!Number.isSafeInteger(value) || value < 1 || value > 512) throw commandError("UXP_INVALID_ARGUMENT", name + " must be an integer from 1 to 512"); return value; }
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function boundedSeconds(value, name) { const seconds = Number(value); if (!Number.isFinite(seconds) || seconds < 0 || seconds > 86400) throw commandError("UXP_INVALID_ARGUMENT", name + " must be a number from 0 to 86400"); return seconds; }
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function boundedSpeed(value, name) { const speed = Number(value); if (!Number.isFinite(speed) || speed < 0 || speed > 100) throw commandError("UXP_INVALID_ARGUMENT", name + " must be a number from 0 to 100"); return speed; }
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function requiredBoolean(value, name) { if (typeof value !== "boolean") throw commandError("UXP_INVALID_ARGUMENT", name + " must be a boolean"); return value; }
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function requireConfirmation(value) { if (value !== true) throw commandError("UXP_CONFIRMATION_REQUIRED", "trackItem.rippleDelete requires confirmRippleDelete: true"); }
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function requireOperationId(value) { if (typeof value !== "string" || !/^[A-Za-z0-9._:-]{1,128}$/.test(value)) throw commandError("UXP_INVALID_ARGUMENT", "operationId is required and must be 1-128 safe characters"); }
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function requiredGuid(value, name) { const guid = guidString(value); if (!guid || guid.length > 128 || guid.indexOf("\u0000") !== -1) throw commandError("UXP_VERIFICATION_FAILED", name + " is unavailable or invalid"); return guid; }
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||||
function requiredIdentifier(value, name) { const id = guidString(value); if (!id || id.length > 512 || id.indexOf("\u0000") !== -1) throw commandError("UXP_VERIFICATION_FAILED", name + " is unavailable or invalid"); return id; }
|
||||
function guidString(value) { if (value == null) return ""; try { return typeof value.toString === "function" ? String(value.toString()) : String(value); } catch (_) { return ""; } }
|
||||
function tickSeconds(value) { const seconds = value && Number(value.seconds); return Number.isFinite(seconds) ? seconds : null; }
|
||||
function numbersEqual(left, right) { return Number.isFinite(Number(left)) && Number.isFinite(Number(right)) && Math.abs(Number(left) - Number(right)) < 0.000001; }
|
||||
function commandError(code, message) { const error = new Error(message); error.code = code; return error; }
|
||||
|
||||
return definitions;
|
||||
}
|
||||
|
||||
return { createRippleDeleteWorkflowDefinitions };
|
||||
});
|
||||
Reference in New Issue
Block a user