p2.id return p1 ', ' MATCH (p1:PublishingSongWriter)--(l:Label)--(p2:PublishingSongWriter) WHERE p1.pubWriterID = p2.pubWriterID AND p1.id <> p2.id WITH * LIMIT 1 CALL apoc.do.when( size(p1.legalName) > size(p2.legalName), "CALL apoc.refactor.mergeNodes([p1, p2], {properties: \'discard\', mergeRels: true}) YIELD node RETURN node", "CALL apoc.refactor.mergeNodes([p2, p1], {properties: \'discard\', mergeRels: true}) YIELD node RETURN node", {p1: p1, p2: p2} ) YIELD value WITH value.node as node RETURN node ', {batchSize:1, batchMode: 'SINGLE', parallel:true, concurrency:5}) ]]> p2.id return p1 ', ' MATCH (p1:PublishingPublisher)--(l:Label)--(p2:PublishingPublisher) WHERE p1.pubPublisherID = p2.pubPublisherID AND p1.id <> p2.id WITH * LIMIT 1 CALL apoc.do.when( size(p1.name) > size(p2.name), "CALL apoc.refactor.mergeNodes([p1, p2], {properties: \'discard\', mergeRels: true}) YIELD node RETURN node", "CALL apoc.refactor.mergeNodes([p2, p1], {properties: \'discard\', mergeRels: true}) YIELD node RETURN node", {p1: p1, p2: p2} ) YIELD value WITH value.node as node RETURN node ', {batchSize:1, batchMode: 'SINGLE', parallel:true, concurrency:5}) ]]>