Query to get tables with no clustered indexes
Query to get tables with no clustered indexes(2K5,2K8,2K8 R2)
2011-02-14 (first published: 2011-01-28)
1,843 reads
Query to get tables with no clustered indexes(2K5,2K8,2K8 R2)
2011-02-14 (first published: 2011-01-28)
1,843 reads
2011-02-11 (first published: 2011-01-31)
2,938 reads
Find quickly all stored procedures, tables and views that are somehow related to the search term.
2011-02-09 (first published: 2011-01-28)
2,743 reads
Generates a list of Server, Database, Table , Column Names and properties
2011-02-08 (first published: 2011-01-31)
1,374 reads
This Stored procedure re-sends the failed reports subscriptions on Demand.
2011-01-31 (first published: 2011-01-12)
1,104 reads
2011-01-28 (first published: 2011-01-11)
1,796 reads
This stored Procedure grabs the reports scheduled to run on today's date and reruns the subscriptions on demand.
2011-01-26 (first published: 2011-01-12)
875 reads
2011-01-21 (first published: 2011-01-11)
2,902 reads
This func returns the max value,min value and count of values from collection of values
2011-01-20 (first published: 2011-01-08)
1,763 reads
2011-01-17 (first published: 2011-01-05)
7,193 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...
Tlp/Wa_Cs:0817-866-887 Jl. Brigjen Sudiarto No.294, Palebon, Kec. Pedurungan, Kota Semarang, Jawa Tengah 50273
Tlp/Wa_Cs:0817-866-887 Jl. Majapahit No.112, Pandean Lamper, Kec. Gayamsari, Kota Semarang, Jawa Tengah 50161
Tlp/Wa_Cs:0817-866-887 Jl. Jenderal Ahmad Yani No.24-26, Panderejo, Kec. Banyuwangi, Kabupaten Banyuwangi, Jawa Timur 68416
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