I am trying to transpose column results in my table into row results. Here is the query that generates the table results:
CREATE TABLE Zone
([Zone] varchar(9), [CompanyID] int, [SubCount] int);
CREATE TABLE Company
([UniqueIdentifier]int, [Name] varchar(50));
--Adding Values into the table
INSERT INTO Company
([UniqueIdentifier], [Name])
VALUES
( 1, 'CompanyA'),
( 2, 'CompanyB'),
( 3, 'CompanyC'),
( 4, 'CompanyD'),
( 5, 'CompanyE');
--Adding Values to the table
INSERT INTO Zone
([Zone], [CompanyID], [SubCount])
VALUES
( 'Zone1', 1, 100),
( 'Zone2', 1, 200),
( 'Zone3', 2, 1250),
( 'Zone4', 3, 1440),
( 'Zone5', 4, 1445),
( 'Zone6', 4, 3250),
( 'Zone7', 5, 4440);
--Getting TOTALS
SELECT
CASE WHEN GROUPING(dbo.Company.Name)=1 THEN 'Grand Total' else dbo.Company.Name end as Company,
SUM(dbo.Zone.SubCount) as Subs
FROM dbo.Company INNER JOIN dbo.Zone ON dbo.Company.UniqueIdentifier = dbo.Zone.CompanyID
WHERE (dbo.Zone.SubCount IS NOT NULL) AND (dbo.Zone.SubCount > 0)
Group by ROLLUP(dbo.Company.Name)
ORDER BY Subs DESC;
HERE ARE THE RESULTS OF THE QUERY:
Company | Subs
------------------------
1 Grand Total | 12125
2 CompanyD | 4695
3 CompanyE | 4440
4 CompanyC | 1440
5 CompanyB | 1250
6 CompanyA | 300
DESIRED RESULT WOULD LOOK LIKE:
Company |CompanyA|CompanyB|CompanyC|CompanyE|CompanyD|Grand Total
---------------------------------------------------------------------
Subs | 300 | 1250 | 1440 | 4440 | 4695 | 12125
ANY HELP IS GREATLY APPRECIATED!
All you need to do is use pivot function for converting these rows into columns
SELECT 'Subs' AS Company
,[CompanyA]
,[CompanyB]
,[CompanyC]
,[CompanyD]
,[CompanyE]
,[Grand Total]
FROM (
SELECT CASE
WHEN GROUPING(dbo.Company.NAME) = 1
THEN 'Grand Total'
ELSE dbo.Company.NAME
END AS Company
,SUM(dbo.Zone.SubCount) AS Subs
FROM dbo.Company
INNER JOIN dbo.Zone ON dbo.Company.UNIQUEIDENTIFIER = dbo.Zone.CompanyID
WHERE (dbo.Zone.SubCount IS NOT NULL)
AND (dbo.Zone.SubCount > 0)
GROUP BY ROLLUP(dbo.Company.NAME)
) a
pivot(max(subs) FOR Company IN (
[CompanyA]
,[CompanyB]
,[CompanyC]
,[CompanyD]
,[CompanyE]
,[Grand Total]
)) piv;
Related
Let's say that we have 2 tables named Records and Opportunities:
Records:
RecordID
CustomerID
CreateDate
777
1
1/1/2021
888
2
1/1/2021
999
1
2/1/2021
Opportunities:
OppID
CustomerID
OppCreateDate
10
1
12/31/2020
11
1
1/10/2021
12
2
2/1/2021
13
1
4/1/2021
14
1
8/5/2025
Desired Output:
RecordID
CustomerID
CreateDate
#Opportunities
777
1
1/1/2021
1
888
2
1/1/2021
1
999
1
2/1/2021
1
As you can see, the Records table provides the first 3 columns of the desired output, and the "#Opportunities" column is created by counting the number of opportunities that happen after the record is created for a given customer.
Two key things to note on this logic:
Only count opportunities when they occur within 6 months of a record.
If another record is created for a customer, only count opportunities for the most recent record.
More specifically, OppID = 11 will get credited to RecordID = 777; 12 to 888; and 13 to 999. 10 and 14 will not get credited to either RecordID.
I wrote the below code, which does not take into account #2 above:
CREATE TABLE #Records
(
RecordID int
, CustomerID int
, CreateDate Date
)
INSERT INTO #Records
VALUES
(777, 1, '2021-01-01')
, (888, 2, '2021-01-31')
, (999, 1, '2021-02-01')
CREATE TABLE #Opportunities
(
OppID int
, CustomerID int
, OppCreateDate Date
)
INSERT INTO #Opportunities
VALUES
(10, 1, '2020-12-31')
, (11, 1, '2021-01-10')
, (12, 2, '2021-02-01')
, (13, 1, '2021-04-01')
, (14, 1, '2025-08-25')
select *
from #Records
select *
from #Opportunities
select rec.*
, (select count(*)
from #Opportunities opp
where rec.CustomerID=opp.CustomerID
and rec.CreateDate<=opp.OppCreateDate --record happened on the same day or before the opportunity
and datediff(month,rec.CreateDate,opp.OppCreateDate) < 6 --opened and created within 6 months
) as [#Opportunities]
from #Records rec
Any suggestions to incorporate #2 above and generate the desired output?
Decide on which #records row is related to an #Opportunities row based on #records.CreateDate
select RecordID, CustomerID, CreateDate, count(*) cnt
from (
select r.RecordID, r.CustomerID, r.CreateDate,
row_number() over(partition by op.OppID order by r.CreateDate desc) rn
from #records r
join #Opportunities op on r.CustomerID = op.CustomerID and datediff(month, r.CreateDate, op.OppCreateDate) < 6 and r.CreateDate <= op.OppCreateDate
) t
where rn = 1
group by RecordID, CustomerID, CreateDate
Returns
RecordID CustomerID CreateDate cnt
777 1 2021-01-01 1
888 2 2021-01-31 1
999 1 2021-02-01 1
Try this:
DECLARE #Records table ( RecordID int, CustomerID int, CreateDate date );
INSERT INTO #Records VALUES
( 777, 1, '2021-01-01' ), ( 888, 2, '2021-01-31' ), ( 999, 1, '2021-02-01' );
DECLARE #Opportunities table ( OppID int, CustomerID int, OppCreateDate date );
INSERT INTO #Opportunities VALUES
( 10, 1, '2020-12-31' )
, ( 11, 1, '2021-01-10' )
, ( 12, 2, '2021-02-01' )
, ( 13, 1, '2021-04-01' )
, ( 14, 1, '2025-08-25' );
SELECT
*
FROM #Records r
OUTER APPLY (
SELECT
COUNT ( * ) AS [#Opportunities]
FROM #Opportunities AS o
WHERE
o.CustomerID = r.CustomerID
AND o.OppCreateDate >= r.CreateDate
AND DATEDIFF ( month, r.CreateDate, o.OppCreateDate ) <= 6
AND o.OppID NOT IN (
SELECT
OppID
FROM #Records AS r2
INNER JOIN #Opportunities AS o2
ON r2.CustomerID = o2.CustomerID
WHERE
r2.CustomerID = o.CustomerID
AND o2.OppCreateDate >= r2.CreateDate
AND r2.RecordID > r.RecordID
)
) AS Opps
ORDER BY
r.RecordID;
RETURNS
+----------+------------+------------+----------------+
| RecordID | CustomerID | CreateDate | #Opportunities |
+----------+------------+------------+----------------+
| 777 | 1 | 2021-01-01 | 1 |
| 888 | 2 | 2021-01-31 | 1 |
| 999 | 1 | 2021-02-01 | 1 |
+----------+------------+------------+----------------+
I'm doing a select statement and I have a column I would like to separate into 2 columns based on their type, and then get the sum of the amounts grouped by an ID
I want all the gold and platinum types in one column, and all the silver and bronze in a 2nd column, then summed and grouped by the ID so it looks like this :
I tried doing a union like this:
SELECT
ID,
SUM(Amount) AS "Gold/Platinum",
0 AS "Bronze/Silver"
FROM
table
WHERE
Type IN ('gold', 'platinum')
GROUP BY
ID
UNION ALL
SELECT
ID,
SUM(Amount) AS "Bronze/Silver",
0 AS "Gold/Platinum"
FROM
table
WHERE
Type IN ('bronze', 'silver')
GROUP BY
ID
The gold/platinum column will be correct, but I get nothing in the bronze/silver column
Use conditional aggregation:
select id,
sum(case when Type in ('gold', 'platinum') then amount else 0 end) as gold_platinum,
sum(case when Type in ('bronze', 'silver') then amount else 0 end) as bronze_silver
from t
group by id
order by id;
You can run this in SSMS:
DECLARE #data TABLE( [ID] INT, [Type] VARCHAR(10), [Amount] INT );
INSERT INTO #data ( [ID], [Type], [Amount] ) VALUES
( 1, 'gold', 100 )
, ( 1, 'gold', 50 )
, ( 1, 'bronze', 75 )
, ( 2, 'silver', 10 )
, ( 2, 'bronze', 20 )
, ( 3, 'gold', 35 )
, ( 4, 'silver', 20 )
, ( 4, 'platinum', 30 );
SELECT
[ID]
, SUM( CASE WHEN [Type] IN ( 'gold', 'platinum' ) THEN Amount ELSE 0 END ) AS [Gold/Platinum]
, SUM( CASE WHEN [Type] IN ( 'bronze', 'silver' ) THEN Amount ELSE 0 END ) AS [Bronze/Silver]
FROM #data
GROUP BY [ID]
ORDER BY [ID];
Returns
+----+---------------+---------------+
| ID | Gold/Platinum | Bronze/Silver |
+----+---------------+---------------+
| 1 | 150 | 75 |
| 2 | 0 | 30 |
| 3 | 35 | 0 |
| 4 | 30 | 20 |
+----+---------------+---------------+
lets say I have the following table:
**FOOD** | **AMOUNT**
Bread | 2
Banana | 5
Pizza | 4
Apple | 57
Mandarin| 9
Orange | 8
Final result:
Bread | Percentage Of Total
Banana | percentage of total
etc
etc
I tried it in every single way, but couldn't find a solution. I hope someone can help me.
Using ANSI SQL (and SQL Server supports this syntax), you can do:
select food, sum(amount),
sum(amount) / sum(sum(amount)) over () as proportion_of_total
from t
group by food;
Note: Some databases do integer division, so you may need to convert to a floating point or fixed point type.
We can also try like below-
DECLARE #tbl AS TABLE
(
food VARCHAR(15)
,amount INT
)
INSERT INTO #tbl VALUES
('bread', 2)
,('banana', 5)
,('pizza', 4)
,('apple', 57)
,('mandarin', 9)
,('orange', 8)
SELECT
DISTINCT
food
,SUM(amount) OVER() TotalAmount
,SUM(amount) OVER (PARTITION BY food) PerFoodTotal
,CAST(SUM(amount) OVER (PARTITION BY food) * 100. / (SUM(amount) OVER()) AS DECIMAL(10,2)) [Percentage Of Total]
FROM #tbl
OUTPUT
food TotalAmount PerFoodTotal Percentage Of Total
--------------- ----------- ------------ ---------------------------------------
apple 85 57 67.06
banana 85 5 5.88
bread 85 2 2.35
mandarin 85 9 10.59
orange 85 8 9.41
pizza 85 4 4.71
(6 row(s) affected)
You can try something like this:
declare #tbl as table (
food varchar(15)
,amount int
)
insert into #tbl values
('bread', 2)
,('banana', 5)
,('pizza', 4)
,('apple', 57)
,('mandarin', 9)
,('orange', 8)
select SUM(amount) from #tbl
select
food
,SUM(amount) as [food amount]
,(SUM(cast(amount as numeric(18,2))) / (select sum(cast(amount as numeric(18,2))) from #tbl)) * 100 as [Percentage Of Total]
,(select sum(amount) from #tbl) as total
from #tbl
group by food
Here you got a way fo getting the PercentageOfTotal, asuming that the sum of all will not be 0
DECLARE #total INT = (SELECT SUM(AMOUNT) FROM Table1)
SELECT FOOD, CAST((CAST((100 * AMOUNT) AS DECIMAL (18,2)) / #total ) AS DECIMAL(18,2)) AS PercentageOfTotal from Table1
SQL Fiddle
MS SQL Server 2014 Schema Setup:
CREATE TABLE MusicGenres (name varchar(10)) ;
INSERT INTO MusicGenres (name)
VALUES ('Pop'),('Techno'),('Trance'),('trap'),('Hardcore'),('Electro') ;
CREATE TABLE Table2 (SongID int, MusicGenres varchar(10)) ;
INSERT INTO Table2 (SongID, MusicGenres)
VALUES (1,'Hardcore')
,(2,'Hardcore')
,(3,'Pop')
,(4,'Trap')
,(5,'Hardcore')
,(6,'Pop')
,(7,'Electro')
,(8,'Electro')
,(9,'Pop')
,(10,'Pop')
,(11,'Pop')
;
Query 1:
SELECT s1.name
, s1.recCount
, ( s1.recCount / CAST( ( SUM(recCount) OVER() ) AS decimal(5,2) ) )*100 AS pct
FROM (
SELECT m.name
, count(t.SongID) AS recCount
FROM MusicGenres m
LEFT OUTER JOIN Table2 t ON m.name = t.MusicGenres
GROUP BY m.name
) s1
Could be shortened to
SELECT m.name
, count(t.SongID) AS recCount
, ( count(t.SongID) / CAST( ( SUM(count(t.SongID)) OVER() ) AS decimal(5,2) )
)*100 AS pct
FROM MusicGenres m
LEFT OUTER JOIN Table2 t ON m.name = t.MusicGenres
GROUP BY m.name
Results:
| name | recCount | pct |
|----------|----------|---------|
| Electro | 2 | 18.1818 |
| Hardcore | 3 | 27.2727 |
| Pop | 5 | 45.4545 |
| Techno | 0 | 0 |
| Trance | 0 | 0 |
| trap | 1 | 9.0909 |
I have this table
customer | product | quantity
-------------------------------
CLI01 | A | 10
CLI01 | B | 20
CLI02 | A | 31
CLI03 | A | 10
CLI03 | C | 12
and I want to create in SQL Server this output:
customer | crossProduct | quantity
-----------------------------------
CLI01 | A+B | 30
CLI02 | Only A | 31
CLI03 | B+C | 22
Thanks in advance
Niko
If you only care about two products, then this is simple aggregation:
select customer,
(case when count(distinct product) > 2 then 'Lots of Products'
when min(product) = max(product) then 'Only ' + min(product)
else min(product) + '+' + max(product)
end) as crossproduct,
sum(quantity)
from t
group by customer;
If you care about more than two products, then you'll need to do aggregation string concatenation. That is a bit painful in SQL Server. Start by Googling "sql server aggregate string concatenation".
This is s sample:
----- Test Data ----------
DECLARE #TestData TABLE (customer VARCHAR(10),product VARCHAR(10),quantity INT)
INSERT INTO #TestData
SELECT 'CLI01','A',10 UNION ALL
SELECT 'CLI01','B',20 UNION ALL
SELECT 'CLI02','A',31 UNION ALL
SELECT 'CLI03','A',10 UNION ALL
SELECT 'CLI03 ','C',12
----- Query -------------
SELECT customer,CASE WHEN COUNT( DISTINCT t.product)=1 THEN 'Only ' ELSE '' END + LEFT(c.product,LEN(c.product)-1) AS Product,SUM(quantity) AS quantity
FROM #TestData AS t
CROSS APPLY(SELECT a.product+'+' FROM #TestData AS a WHERE a.customer=t.customer FOR XML PATH('')) c(product)
GROUP BY customer,c.product
ORDER BY t.customer
customer Product quantity
CLI01 A+B 30
CLI02 Only A 31
CLI03 A+C 22
Have you tried using stuff? This will give you what you need. Works with as many products as necessary, from sql 2008 onwards.
CREATE TABLE x (customer VARCHAR (20), product CHAR(1), quantity INT )
INSERT INTO x
VALUES( 'CLI01', 'A', 10),
( 'CLI01', 'B', 20),
( 'CLI02', 'A', 31),
( 'CLI03', 'A', 10),
( 'CLI03', 'C', 12)
SELECT x1.customer, x3.Products, SUM(x1.quantity)
FROM x x1
CROSS APPLY ( SELECT Products = STUFF( (select '+' + product AS [text()]
FROM x x2
WHERE x2.customer = x1.customer
FOR XML PATH ('') ), 1, 1,'') ) x3
GROUP BY x1.customer, x3.Products
I prepared a sql fiddle for my question. Here it is There is a working code here. I am asking whether there exists an alternative solution which I did not think.
CREATE TABLE [Product]
([Timestamp] bigint NOT NULL PRIMARY KEY,
[Value] float NOT NULL
)
;
CREATE TABLE [PriceTable]
([Timestamp] bigint NOT NULL PRIMARY KEY,
[Price] float NOT NULL
)
;
INSERT INTO [Product]
([Timestamp], [Value])
VALUES
(1, 5),
(2, 3),
(4, 9),
(5, 2),
(7, 11),
(9, 3)
;
INSERT INTO [PriceTable]
([Timestamp], [Price])
VALUES
(1, 1),
(3, 4),
(7, 2.5),
(10, 3)
;
Query:
SELECT [Totals].*, [PriceTable].[Price]
FROM
(
SELECT [PriceTable].[Timestamp]
,SUM([Value]) AS [TotalValue]
FROM [Product],
[PriceTable]
WHERE [PriceTable].[Timestamp] <= [Product].[Timestamp]
AND NOT EXISTS (SELECT * FROM [dbo].[PriceTable] pt
WHERE pt.[Timestamp] <= [Product].[Timestamp]
AND pt.[Timestamp] > [PriceTable].[Timestamp])
GROUP BY [PriceTable].[Timestamp]
) AS [Totals]
INNER JOIN [dbo].[PriceTable]
ON [PriceTable].[Timestamp] = [Totals].[Timestamp]
ORDER BY [PriceTable].[Timestamp]
Result
| Timestamp | TotalValue | Price |
|-----------|------------|-------|
| 1 | 8 | 1 |
| 3 | 11 | 4 |
| 7 | 14 | 2.5 |
Here, my first table [Product] contains the product values for different timestamps. And second table [PriceTable] contains the prices for different time intervals. A given price is valid until a new price is set. Therefore the price with timestamp 1 is valid for Products with timestamps 1 and 2.
I am trying to get the total number of products with respect to given prices. The SQL on the fiddle produces what I expect.
Is there a smarter way to get the same result?
By the way, I am using SQLServer 2014.
DECLARE #Product TABLE
(
[Timestamp] BIGINT NOT NULL
PRIMARY KEY ,
[Value] FLOAT NOT NULL
);
DECLARE #PriceTable TABLE
(
[Timestamp] BIGINT NOT NULL
PRIMARY KEY ,
[Price] FLOAT NOT NULL
);
INSERT INTO #Product
( [Timestamp], [Value] )
VALUES ( 1, 5 ),
( 2, 3 ),
( 4, 9 ),
( 5, 2 ),
( 7, 11 ),
( 9, 3 );
INSERT INTO #PriceTable
( [Timestamp], [Price] )
VALUES ( 1, 1 ),
( 3, 4 ),
( 7, 2.5 ),
( 10, 3 );
WITH cte
AS ( SELECT * ,
LEAD(pt.[Timestamp]) OVER ( ORDER BY pt.[Timestamp] ) AS [lTimestamp]
FROM #PriceTable pt
)
SELECT cte.[Timestamp] ,
( SELECT SUM(Value)
FROM #Product
WHERE [Timestamp] >= cte.[Timestamp]
AND [Timestamp] < cte.[lTimestamp]
) AS [TotalValue],
cte.[Price]
FROM cte
Idea is to generate intervals from price table like:
1 - 3
3 - 7
7 - 10
and sum up all values in those intervals.
Output:
Timestamp TotalValue Price
1 8 1
3 11 4
7 14 2.5
10 NULL 3
You can simply add WHERE clause if you want to filter out rows where no orders are sold.
Also you can indicate the default value for LEAD window function if you want to close the last interval like:
LEAD(pt.[Timestamp], 1, 100)
and I guess it would be something like this in production:
LEAD(pt.[Timestamp], 1, GETDATE())
I think I've got a query which is easier to read. Does this work for you?
select pt.*,
(select sum(P.Value) from Product P where
P.TimeStamp between pt.TimeStamp and (
--get the next time stamp
select min(TimeStamp)-1 from PriceTable where TimeStamp > pt.TimeStamp
)) as TotalValue from PriceTable pt
--exclude entries with timestamps greater than those in Product table
where pt.TimeStamp < (select max(TimeStamp) from Product)
Very detailed question BTW
You could use a cte
;with cte as
(
select p1.[timestamp] as lowval,
case
when p2.[timestamp] is not null then p2.[timestamp] - 1
else 999999
end hival,
p1.price
from
(
select p1.[timestamp],p1.price,
row_number() over (order by p1.[timestamp]) rn
from pricetable p1 ) p1
left outer join
(select p1.[timestamp],p1.price,
row_number() over (order by p1.[timestamp]) rn
from pricetable p1) p2
on p2.rn = p1.rn + 1
)
select cte.lowval as 'timestamp',sum(p1.value) TotalValue,cte.price
from product p1
join cte on p1.[Timestamp] between cte.lowval and cte.hival
group by cte.lowval,cte.price
order by cte.lowval
It's a lot easier to understand and the execution plan compares favourably with your query (about 10%) cheaper