[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"sanity-PSC1yDWD56ATMnBCTt2BlEBQnHnFZbLF0xtOf0A4_IE":3},{"data":4,"sourceMap":-1},{"info":5,"latest":14,"pinned":50},{"_createdAt":6,"_id":7,"_rev":8,"_type":9,"_updatedAt":6,"descriptionText":10,"slug":11,"title":13},"2023-05-23T16:43:21Z","wp-tagcat-pl-sql","9HpbCsT2tq0xwozQfkc4ih","blogTag",null,{"current":12},"pl-sql","Pl/SQL",[15],{"_id":16,"author":17,"commentCount":28,"comments":29,"excerpt":30,"featureTag":10,"image":31,"publishedAt":34,"slug":35,"sponsored":10,"tags":37,"title":49},"wp-post-18378",[18],{"_id":19,"avatar":20,"name":25,"role":10,"slug":26},"wp-author-cap-17178",{"_type":21,"asset":22},"image",{"_ref":23,"_type":24},"image-3cf478fecda35dcc16d4a4617d19208ad7e281e0-1108x978-png","reference","Theodoros ‘Theo’ Karasavvas",{"current":27},"theodoros-theo-karasavvas",9,true,"To overcome SQL limitations, many companies introduced programming languages for building applications that interface with SQL databases—for example PL/SQL from Oracle. PL/SQL applications can be inefficient. But you can streamline this interface using data type collections, making PL/SQL applications faster and more efficient.",{"_type":21,"asset":32},{"_ref":33,"_type":24},"image-e07017e1304b39b5bd9b87eea20c8db670ccc8c4-2400x1260-jpg","2021-06-30T13:52:20.000Z",{"current":36},"using-collections-to-make-your-sql-access-easier-and-more-efficient",[38,43,45],{"_createdAt":6,"_id":39,"_rev":8,"_type":9,"_updatedAt":6,"slug":40,"title":42},"wp-tagcat-code-for-a-living",{"current":41},"code-for-a-living","Code for a Living",{"_createdAt":6,"_id":7,"_rev":8,"_type":9,"_updatedAt":6,"slug":44,"title":13},{"current":12},{"_createdAt":6,"_id":46,"_rev":8,"_type":9,"_updatedAt":6,"slug":47,"title":48},"wp-tagcat-sql",{"current":48},"sql","Using collections to make your SQL access easier and more efficient",[]]