chore: move constants into separate file

Author: justandras

packages/job-worker/src/playout/lookahead/__tests__/findForLayer/constants.ts

@@ -1,44 +1,9 @@
 import { getRandomString } from '@sofie-automation/corelib/dist/lib'
 import { PartInstanceAndPieceInstances, PartAndPieces } from '../../util.js'
 import { createFakePiece } from '../utils.js'
-import { protectString } from '@sofie-automation/corelib/dist/protectedString'
-import { PieceTimelineObjectsBlob } from '@sofie-automation/corelib/dist/dataModel/Piece'
 
 const layer: string = getRandomString()
 
-const generateFakeObectsString = (
-	pieceId: string,
-	layer: string,
-	beforeStart: number,
-	afterStart: number,
-	enableWhile: boolean = false
-) =>
-	protectString<PieceTimelineObjectsBlob>(
-		JSON.stringify([
-			// At piece start
-			{
-				id: pieceId + 'tl_pieceStart' + (enableWhile ? '_while' : ''),
-				layer: layer,
-				enable: !enableWhile ? { start: 0 } : { while: 1 },
-				content: { deviceType: 0, type: 'none' },
-			},
-			//beforeOffsetObj except if it's piece starts later than the offset.
-			{
-				id: pieceId + 'tl_beforeOffset' + (enableWhile ? '_while' : ''),
-				layer: layer,
-				enable: !enableWhile ? { start: beforeStart } : { while: beforeStart },
-				content: { deviceType: 0, type: 'none' },
-			},
-			//afterOffsetObj except if it's piece starts later than the offset.
-			{
-				id: pieceId + 'tl_afterOffset' + (enableWhile ? '_while' : ''),
-				layer: layer,
-				enable: !enableWhile ? { start: afterStart } : { while: afterStart },
-				content: { deviceType: 0, type: 'none' },
-			},
-		])
-	)
-
 export const findForLayerTestConstants = {
 	previous: {
 		part: { _id: 'pPrev', part: 'prev' },
@@ -73,191 +38,3 @@ export const findForLayerTestConstants = {
 
 	layer,
 }
-
-const partDuration = 3000
-
-const lookaheadOffsetLayerIds = {
-	partStart: 'partStart_' + layer,
-	beforeOffset: 'beforeOffset_' + layer,
-	afterOffset: 'afterOffset_' + layer,
-}
-
-export const lookaheadOffsetTestConstants = {
-	multiLayerPart: {
-		part: { _id: 'pLookahead_ml', part: 'lookahead_ml' },
-
-		pieces: [
-			// piece1 — At Part Start - lookaheadOffset should equal nextTimeOffset
-			createFakePiece('ml_piece1', {
-				enable: { start: 0, duration: partDuration - 0 },
-				sourceLayerId: lookaheadOffsetLayerIds.partStart,
-				// We generate three objects, one at the piece's start, one 700 ms after the piece's start, one 1700 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (1000, 300 and no offset)
-				timelineObjectsString: generateFakeObectsString(
-					'ml_piece1',
-					lookaheadOffsetLayerIds.partStart,
-					700,
-					1700
-				),
-			}),
-
-			// piece2 — Before Offset — lookaheadOffset should equal nextTimeOffset - the piece's start - the timeline object's start.
-			createFakePiece('ml_piece2', {
-				enable: { start: 500, duration: partDuration - 500 },
-				sourceLayerId: lookaheadOffsetLayerIds.beforeOffset,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 1200 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (500, 300 and no offset)
-				timelineObjectsString: generateFakeObectsString(
-					'ml_piece2',
-					lookaheadOffsetLayerIds.beforeOffset,
-					200,
-					1200
-				),
-			}),
-
-			// piece3 — After Offset — no lookahead offset
-			createFakePiece('ml_piece3', {
-				enable: { start: 1500, duration: partDuration - 1500 },
-				sourceLayerId: lookaheadOffsetLayerIds.afterOffset,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 400 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly.
-				// for reference no offset should be calculated for all of it's objects.
-				timelineObjectsString: generateFakeObectsString(
-					'ml_piece3',
-					lookaheadOffsetLayerIds.afterOffset,
-					200,
-					400
-				),
-			}),
-		],
-
-		onTimeline: true,
-	} as any as PartAndPieces,
-	multiLayerPartWhile: {
-		part: { _id: 'pLookahead_ml_while', part: 'lookaheadFull_ml_while' },
-
-		pieces: [
-			// piece1 — At Part Start - lookaheadOffset should equal nextTimeOffset
-			createFakePiece('ml_piece1_while', {
-				enable: { start: 0, duration: partDuration - 0 },
-				sourceLayerId: lookaheadOffsetLayerIds.partStart,
-				// We generate three objects, one at the piece's start, one 700 ms after the piece's start, one 1700 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (1000, 300 and no offset)
-				timelineObjectsString: generateFakeObectsString(
-					'ml_piece1_while',
-					lookaheadOffsetLayerIds.partStart,
-					700,
-					1700,
-					true
-				),
-			}),
-
-			// piece2 — Before Offset — lookaheadOffset should equal nextTimeOffset - the piece's start - the timeline object's start
-			createFakePiece('ml_piece2_while', {
-				enable: { start: 500, duration: partDuration - 500 },
-				sourceLayerId: lookaheadOffsetLayerIds.beforeOffset,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 1200 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (500, 300 and no offset)
-				timelineObjectsString: generateFakeObectsString(
-					'ml_piece2_while',
-					lookaheadOffsetLayerIds.beforeOffset,
-					200,
-					1200,
-					true
-				),
-			}),
-
-			// piece3 — After Offset — no lookahead offset
-			createFakePiece('ml_piece3_while', {
-				enable: { start: 1500, duration: partDuration - 1500 },
-				sourceLayerId: lookaheadOffsetLayerIds.afterOffset,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 400 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (no offset should be calculated)
-				timelineObjectsString: generateFakeObectsString(
-					'ml_piece3_while',
-					lookaheadOffsetLayerIds.afterOffset,
-					200,
-					400,
-					true
-				),
-			}),
-		],
-
-		onTimeline: true,
-	} as any as PartAndPieces,
-	singleLayerPart: {
-		part: { _id: 'pLookahead_sl', part: 'lookahead_sl' },
-
-		pieces: [
-			// piece1 — At Part Start - should be ignored
-			createFakePiece('sl_piece1', {
-				enable: { start: 0, duration: partDuration - 0 },
-				sourceLayerId: layer,
-				// We generate three objects, one at the piece's start, one 700 ms after the piece's start, one 1700 ms after the piece's start.
-				// If the piece is not ignored (which shouldn't happen, it would mean that the logic is wrong)
-				// for reference the calculated offset values should be 1000, 300 and no offset
-				timelineObjectsString: generateFakeObectsString('sl_piece1', layer, 700, 1700),
-			}),
-
-			// piece2 — Before Offset — lookaheadOffset should equal nextTimeOffset - the piece's start - the timeline object's start
-			createFakePiece('sl_piece2', {
-				enable: { start: 500, duration: partDuration - 500 },
-				sourceLayerId: layer,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 1200 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (500, 300 and no offset)
-				timelineObjectsString: generateFakeObectsString('sl_piece2', layer, 200, 1200),
-			}),
-
-			// piece3 — After Offset — should be ignored
-			createFakePiece('sl_piece3', {
-				enable: { start: 1500, duration: partDuration - 1500 },
-				sourceLayerId: layer,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 400 ms after the piece's start.
-				// If the piece is not ignored (which shouldn't happen, it would mean that the logic is wrong)
-				// for reference no offset should be calculated for all of it's objects.
-				timelineObjectsString: generateFakeObectsString('sl_piece3', layer, 200, 400),
-			}),
-		],
-		onTimeline: true,
-	} as any as PartAndPieces,
-	singleLayerPartWhile: {
-		part: { _id: 'pLookahead_sl_while', part: 'lookahead_sl_while' },
-
-		pieces: [
-			// piece1 — At Part Start - should be ignored
-			createFakePiece('sl_piece1_while', {
-				enable: { start: 0, duration: partDuration - 0 },
-				sourceLayerId: layer,
-				// We generate three objects, one at the piece's start, one 700 ms after the piece's start, one 1700 ms after the piece's start.
-				// If the piece is not ignored (which shouldn't happen, it would mean that the logic is wrong)
-				// for reference the calculated offset values should be 1000, 300 and no offset
-				timelineObjectsString: generateFakeObectsString('sl_piece1_while', layer, 700, 1700, true),
-			}),
-
-			// piece2 — Before Offset — lookaheadOffset should equal nextTimeOffset - the piece's start - the timeline object's start
-			createFakePiece('sl_piece2_while', {
-				enable: { start: 500, duration: partDuration - 500 },
-				sourceLayerId: layer,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 1200 ms after the piece's start.
-				// We need to check if all offsets are calculated correctly. (500, 300 and no offset)
-				timelineObjectsString: generateFakeObectsString('sl_piece2_while', layer, 200, 1200, true),
-			}),
-
-			// piece3 — After Offset — should be ignored
-			createFakePiece('sl_piece3_while', {
-				enable: { start: 1500, duration: partDuration - 1500 },
-				sourceLayerId: layer,
-				// We generate three objects, one at the piece's start, one 200 ms after the piece's start, one 400 ms after the piece's start.
-				// If the piece is not ignored (which shouldn't happen, it would mean that the logic is wrong)
-				// for reference no offset should be calculated for all of it's objects.
-				timelineObjectsString: generateFakeObectsString('sl_piece3_while', layer, 200, 400, true),
-			}),
-		],
-		onTimeline: true,
-	} as any as PartAndPieces,
-
-	nextTimeOffset: 1000,
-
-	layer,
-	lookaheadOffsetLayerIds,
-}