List instances hosting similarly named databases
Lists instances, aliased linked servers, and databases pattern matched on the linked server and database names
2016-06-03 (first published: 2016-05-06)
356 reads
Lists instances, aliased linked servers, and databases pattern matched on the linked server and database names
2016-06-03 (first published: 2016-05-06)
356 reads
2016-06-02 (first published: 2016-05-10)
971 reads
Relational database management systems such as Oracle, Postgres, DB2 and Teradata, as well as other programming languages such as Python, Hive, XSLT and SAS have a Translate function. Now we have one for SQL Server.
2016-06-01 (first published: 2016-05-12)
1,069 reads
This Script shows how to use powershell to test all linked servers in all SQL SERVER servers. previously registered in a txt.
2016-05-27 (first published: 2009-04-01)
3,388 reads
2016-05-25 (first published: 2014-03-06)
2,229 reads
Generate script for reconstgruir ena database indexes
2016-05-23 (first published: 2014-03-20)
2,637 reads
This script is used to split the string using multiple delimiters
2016-05-18 (first published: 2014-10-09)
6,049 reads
2016-05-17 (first published: 2014-08-25)
2,564 reads
2016-05-16 (first published: 2012-10-17)
5,572 reads
Compare the structure/layout of two tables within an instance of SQL Server (version 2012) and return non-matches.
2016-05-13 (first published: 2014-04-23)
2,939 reads
If you've ever loaded a 2 GB CSV into pandas just to run a...
By James Serra
What problem is Fabric Ontology trying to solve? For years, most data conversations have...
By Steve Jones
Recently I ran across some code that used a lot of QUOTENAME() calls. A...
Comments posted to this topic are about the item Database Mail in SQL Server...
Comments posted to this topic are about the item Stairway to Reliable Database Deployment...
Comments posted to this topic are about the item QUOTENAME Quote Parameters
We create the following table and then insert some records in it:
create table t1 ( id int primary key, category char(1) not null, product varchar(50) ); insert into t1 values (1, 'A', 'Product 1'), (2, 'A', 'Product 2'), (3, 'A', 'Product 3'), (4, 'B', 'Product 4'), (5, 'B', 'Product 5');What happens if we execute the following query in both Sql Server and PostgreSQL?
select id,
category,
string_agg(product, ';')
over (partition by category order by id
rows between unbounded preceding and unbounded following) as stragg
from t1; See possible answers