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- WHERE Clause 11775
- The WHERE clause specifies any filters to apply to the data. This allows you to select only a subset of the data in which you are interested. Logically the WHERE clause is applied immediately after the FROM clause. Examples Select all rows
...E expression: SELECT * FROM tbl WHERE name LIKE '%mark%'; Select all rows that match the given case-insensitive expression formulated with the ILIKE operator: SELECT * FROM tbl WHERE name ILIKE '%mark%'; Select all rows that match the given composite expre... - https://man.mtool.work/duckdb/2.0/sql/query_syntax/where.html
- Result Verification 8798
- The standard way of verifying results of queries is using the query statement, followed by the letter I times the number of columns that are expected in the result. After the query, four dashes ( ---- ) are expected followed by the result v
...fy that different queries provide the same result. This is useful for comparing queries that are logically equivalent, but formulated differently. Query labels are provided after the connection label or sorting specifier. Queries that have a query label do... - https://man.mtool.work/duckdb/2.0/dev/sqllogictest/result_verification.html
- WITH Clause 7310
- The WITH clause allows you to specify common table expressions (CTEs). Regular (non-recursive) common-table-expressions are essentially views that are limited in scope to a particular query. CTEs can reference each other and can be nested.
...ce. Recursive CTEs WITH RECURSIVE allows the definition of CTEs which can refer to themselves. Note that the query must be formulated in a way that ensures termination, otherwise, it may run into an infinite loop. Example: Fibonacci Sequence WITH RECURSIVE... - https://man.mtool.work/duckdb/2.0/sql/query_syntax/with.html
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