![]() ![]() Suppose you want to sort the sorted result (by AlbumId) above by the Milliseconds column in descending order. ![]() SQLite uses ASC by default so you can omit it in the above statement as follows: SELECT The result set now is sorted by the AlbumId column in ascending order as shown in the screenshot. Suppose you want to sort the result set based on AlbumId column in ascending order, you use the following statement: SELECT name,Īlbumid ASC Code language: SQL (Structured Query Language) ( sql ) The SELECT statement that does not use ORDER BY clause returns a result set that is not in any order. Tracks Code language: SQL (Structured Query Language) ( sql ) Suppose, you want to get data from name, milliseconds, and album id columns, you use the following statement: SELECT name, Let’s take the tracks table in the sample database for the demonstration. You can sort the result set using a column that does not appear in the select list of the SELECT clause. ![]() Then, it sorts the sorted rows using the second column, and so on. In other words, the ORDER BY clause sorts the rows using the first column in the list. The ORDER BY clause sorts rows using columns or expressions from left to right. In case you want to sort the result set by multiple columns, you use a comma (,) to separate two columns. In other words, it sorts the result set in the ascending order by default. If you don’t specify the ASC or DESC keyword, SQLite sorts the result set using the ASC option. In this syntax, you place the column name by which you want to sort after the ORDER BY clause followed by the ASC or DESC keyword. It allows you to sort the result set based on one or more columns in ascending or descending order. The ORDER BY clause comes after the FROM clause. To sort the result set, you add the ORDER BY clause to the SELECT statement as follows: SELECTĬolumn_2 DESC Code language: SQL (Structured Query Language) ( sql ) If you use the SELECT statement to query data from a table, the order of rows in the result set is unspecified. It means that the rows in the table may or may not be in the order that they were inserted. SQLite stores data in the tables in an unspecified order. No other records would be returned by this query.Summary: in this tutorial, you will learn how to sort a result set of a query using SQLite ORDER BY clause. Now the results would be sorted by employee_id in ascending order, so the first 5 smallest employee_id records that have a favorite_website of '' would be returned by this SELECT LIMIT statement. If we wanted to select the 5 smallest employee_id values instead of the largest, we could change the sort order as follows: SELECT employee_id, last_name, first_name If there are other records in the employees table that have a website value of '', they will not be returned by the SELECT LIMIT statement in SQLite. Note that the results are sorted by employee_id in descending order so this means that the 5 largest employee_id values will be returned by the SELECT LIMIT statement. This SQLite SELECT LIMIT example would select the first 5 records from the employees table where the favorite_website is ''. Let's look at how to use a SELECT statement with a LIMIT clause in SQLite.įor example: SELECT employee_id, last_name, first_name
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