Hi I need the result of this. so if a entityID matches to a value I need the sum of certain column.I am getting an expression missing error. Can someone point me to where the error is?
Thanks.
SELECT
p.jobTitle,
p.department,
p.person,
ufr.meets,
ufr.exceeds,
CASE
WHEN ufr.entityid = 'AHT' THEN (AD.acdcalls + AD.daacdcalls)
WHEN ufr.entityid = 'ACW' THEN (AD.acdcalls + AD.daacdcalls)
WHEN ufr.entityid = 'Adherence' THEN SUM(AA.totalSched)
WHEN ufr.entityid = 'Conformance' THEN SUM(AS.minutes)
ELSE null
END as weight,
(weight * meets) AS weightedMeets,
(weight * exceeds) AS weightedExceeds
FROM M_PERSON p
JOIN A_TMP5408_UNFLTRDRESULTSAG ufr
ON ufr.department = p.department AND ufr.jobTitle = p.jobTitle
LEFT JOIN M_AvayaDAgentChunk AD
ON AD.person = p.person and ufr.split = AD.split
LEFT JOIN M_AgentAdherenceChunk AA
ON AA.person = p.person
LEFT JOIN M_AgentScheduleChunk AS
ON AS.person = p.person
GROUP BY
p.person,
p.department,
p.jobTitle,
ufr.meets,
ufr.exceeds,
weight,
weightedMeets,
weightedExceeds
As well as the issues mentioned by #GordonLinoff (that AS is a keyword) and #DCookie (you need entityid in the group-by):
you also need acdcalls and daacdcalls in the group-by (unless you can aggregate those);
you can't refer to a column alias in the same level of query, so (weight * meets) AS weightedMeets isn't allowed - you've just define what weight is, in the same select list. You need to use an inline view, or a CTE, if you don't want to repeat the case logic.
I think this does what you want:
SELECT
jobTitle,
department,
person,
meets,
exceeds,
weight,
(weight * meets) AS weightedMeets,
(weight * exceeds) AS weightedExceeds
FROM
(
SELECT
MP.jobTitle,
MP.department,
MP.person,
ufr.meets,
ufr.exceeds,
CASE
WHEN ufr.entityid = 'AHT' THEN (MADAC.acdcalls + MADAC.daacdcalls)
WHEN ufr.entityid = 'ACW' THEN (MADAC.acdcalls + MADAC.daacdcalls)
WHEN ufr.entityid = 'Adherence' THEN SUM(MAAC.totalSched)
WHEN ufr.entityid = 'Conformance' THEN SUM(MASC.minutes)
ELSE null
END as weight
FROM M_PERSON MP
JOIN A_TMP5408_UNFLTRDRESULTSAG ufr
ON ufr.department = MP.department AND ufr.jobTitle = MP.jobTitle
LEFT JOIN M_AvayaDAgentChunk MADAC
ON MADAC.person = MP.person and ufr.split = MADAC.split
LEFT JOIN M_AgentAdherenceChunk MAAC
ON MAAC.person = MP.person
LEFT JOIN M_AgentScheduleChunk MASC
ON MASC.person = MP.person
GROUP BY
MP.person,
MP.department,
MP.jobTitle,
ufr.meets,
ufr.exceeds,
ufr.entityid,
MADAC.acdcalls,
MADAC.daacdcalls
);
Your fist two case branches could be combined since the calculation is the same, but will work either way.
In addition to the alias issue identified by Gordon, I think you'll find you need to use an aggregate function in all the THEN clauses of your CASE statement, and that you need to GROUP BY ufr.entityid as well. Otherwise you'll start getting ora-00979 errors (not a GROUP BY expression). If you don't want the aggregate function in all clauses, then you'll have to group by the expressions you're summing as well.
Small illustration:
CREATE TABLE tt (ID varchar2(32), sub_id varchar2(32), x NUMBER, y NUMBER);
INSERT INTO tt VALUES ('ID1', 'A', 1, 6);
INSERT INTO tt VALUES ('ID1', 'B', 1, 7);
INSERT INTO tt VALUES ('ID2', 'A', 2, 6);
INSERT INTO tt VALUES ('ID2', 'B', 2, 7);
INSERT INTO tt VALUES ('ID3', 'A', 3, 6);
INSERT INTO tt VALUES ('ID3', 'B', 3, 7);
INSERT INTO tt VALUES ('ID3', 'C', 3, 8);
SELECT ID, CASE WHEN sub_id = 'A' THEN SUM(y)
WHEN sub_id = 'B' THEN SUM(x)
ELSE (x + y) END tst
FROM tt
GROUP BY ID
ORA-00979: not a GROUP BY expression (points at sub_id in WHEN)
SELECT ID, CASE WHEN sub_id = 'A' THEN SUM(y)
WHEN sub_id = 'B' THEN SUM(x)
ELSE (x + y) END tst
FROM tt
GROUP BY ID, sub_id
ORA-00979: not a GROUP BY expression (points at x in ELSE)
SQL> SELECT ID, CASE WHEN sub_id = 'A' THEN SUM(y)
2 WHEN sub_id = 'B' THEN SUM(x)
3 ELSE SUM(x + y) END tst
4 FROM tt
5 GROUP BY ID, sub_id;
ID TST
-------------------------------- ----------
ID1 6
ID3 6
ID3 3
ID1 1
ID2 6
ID2 2
ID3 11
Related
I'm trying to group by a primary column and a secondary column. I want to ignore NULL in the secondary column unless it's the only value.
CREATE TABLE #tempx1 ( Id INT, [Foo] VARCHAR(10), OtherKeyId INT );
INSERT INTO #tempx1 ([Id],[Foo],[OtherKeyId]) VALUES
(1, 'A', NULL),
(2, 'B', NULL),
(3, 'B', 1),
(4, 'C', NULL),
(5, 'C', 1),
(6, 'C', 2);
I'm trying to get output like
Foo OtherKeyId
A NULL
B 1
C 1
C 2
This question is similar, but takes the MAX of the column I want, so it ignores other non-NULL values and won't work.
I tried to work out something based on this question, but I don't quite understand what that query does and can't get my output to work
-- Doesn't include Foo='A', creates duplicates for 'B' and 'C'
WITH cte AS (
SELECT *,
ROW_NUMBER() OVER (PARTITION BY [Foo] ORDER BY [OtherKeyId]) rn1
FROM #tempx1
)
SELECT c1.[Foo], c1.[OtherKeyId], c1.rn1
FROM cte c1
INNER JOIN cte c2 ON c2.[OtherKeyId] = c1.[OtherKeyId] AND c2.rn1 = c1.rn1
This is for a modern SQL Server: Microsoft SQL Server 2019
You can use a GROUP BY expression with HAVING clause like below one
SELECT [Foo],[OtherKeyId]
FROM #tempx1 t
GROUP BY [Foo],[OtherKeyId]
HAVING SUM(CASE WHEN [OtherKeyId] IS NULL THEN 0 END) IS NULL
OR ( SELECT COUNT(*) FROM #tempx1 WHERE [Foo] = t.[Foo] ) = 1
Demo
Hmmm . . . I think you want filtering:
select t.*
from #tempx1 t
where t.otherkeyid is not null or
not exists (select 1
from #tempx1 t2
where t2.foo = t.foo and t2.otherkeyid is not null
);
My actual problem is a bit more complicated than presented here, I ended up using the idea from Barbaros Özhan solution to count the number of items. This ends up with two inner queries on the data set with two different GROUP BY. I'm able to get the results I need on my real dataset using a query like the following:
SELECT
a.[Foo],
b.[OtherKeyId]
FROM (
SELECT
[Foo],
COUNT([OtherKeyId]) [C]
FROM #tempx1 t
GROUP BY [Foo]
) a
JOIN (
SELECT
[Foo],
[OtherKeyId]
FROM #tempx1 t
GROUP BY [Foo], [OtherKeyId]
) b ON b.[Foo] = a.[Foo]
WHERE
(b.[OtherKeyId] IS NULL AND a.[C] = 0)
OR (b.[OtherKeyId] IS NOT NULL AND a.[C] > 0)
I need to write a stored procedure or table function to return a new data table as a new data source.
I wish to loop through the original table for every 5 rows base on the invoice ID column (it's possible not start from 1), the first 5 rows add to the left of the new table and the second 5 rows add to the right of the new table, the third 5 rows to the left and so on.
For example, Here is the original table:
Here is the expect table:
Thanks in advance!
declare #rowCount int = 5;
with cte as (
select *,( (IN_InvoiceID-1) / #rowCount ) % 2 group1
,( (IN_InvoiceID-1) / #rowCount ) group2
,IN_InvoiceID % #rowCount group3
from T
)
select * from cte
select T1.INID,T1.IN_InvoiceID,T1.IN_InvoiceAmount,T2.INID,T2.IN_InvoiceID,T2.IN_InvoiceAmount
from CTE T1
left join CTE T2 on T2.group1 = 1 and T1.group2 = T2.group2-1 and T1.group3 = T2.group3
where T1.group1 = 0
Test DDL
CREATE TABLE T
([INID] varchar(38), [IN_InvoiceID] int, [IN_InvoiceAmount] int)
;
INSERT INTO T
([INID], [IN_InvoiceID], [IN_InvoiceAmount])
VALUES
('DB3E17E6-35C5-41:121-93B1-F809BF6B2972', 1, 2999),
('3212F048-8213-4FCC-AB64-121485B77D4E43', 2, 3737),
('E3526373-A204-40F5-801C-7F8302A4E5E2', 3, 3175),
('76CC9C19-BF79-4E8A-8034-A33805AD3390', 4, 391),
('EC7A2FBC-B62D-4865-88DE-A8097975F125', 5, 1206),
('52AD3046-21331-4F0A-BD1D-67F232C54244', 6, 402),
('CA48F132-A9F5-4516-9E58-CDEE6644AAD1', 7, 1996),
('02E10C31-CAB2-4220-B66A-CEE5E67A9378', 8, 3906),
('98F1EEFF-B07A-4B65-87F4-E165264284DD', 9, 2575),
('91EBDD8B-B73C-470C-8900-DD66078483DB', 10, 2965),
('6E2490E5-C4DE-4833-877F-1590F7BDC1B8', 11, 1603),
('00985921-AC3C-4E3E-BAE1-7F58302F831A', 12, 1302)
;
Result:
Could you please check article Display Data in Multiple Columns using SQL showing with example case how a database developer can show the list of data rows in a columnar mode using Row_Number() function and mode arithmetic expression
You need to add additional columns from the same row that is different in the sample
Seems as if you want to split the table into 2 tables with alternating 5 rows. An easy way to do this would be:
Take data into a temp table having an extra column (lets say
grouping_id)
Update the grouping id so that each 5 rows have the same id. You can
use in_invoiceId % 5 (the nod function). After this step the first 5
rows will have grouping_id 0, next 5 will have 1, next will have 2
(assuming your invoice id is incremented +1 for all rows).
You can just do a normal select with where clause for odd and even grouping_id
Ideally, you can manage with the 2 tables Master and detail table.
But due to my curiosity, I am able to solve and give the answer as
Declare #table table(id int identity, invoice_id int)
; WITH Numbers AS
(
SELECT n = 1
UNION ALL
SELECT n + 1
FROM Numbers
WHERE n+1 <= 50
)
insert into #table SELECT n
FROM Numbers
Select (a.id )%5 ,* from #table a join #table b on a.id+5 = b.id and a.id != b.id
;WITH Numbers AS
(
SELECT n = 1, o = 5
UNION ALL
SELECT n + 10, o = o+10
FROM Numbers
WHERE n+1 <= 50
)
select a.id ParentId,a.invoice_id ParentInvoiceId, --b.n, b.o,
c.invoice_id childInvoiceID from #table a
join Numbers b on a.id between b.n and b.o
left join #table c on a.id + 5 = c.id
Here is my solution
First i create grps based on whether the in_invoiceid is divisible by 5 or not.(Ignore the remainders)
After that i create a category to indicate between alternative groups(ie by checking if the remainder is 0 or otherise)
Then its a matter of dense_ranking the records on the basis of the category field ordered by in_invoiceid
Lastly a join with category=1 rows with same dense_rank as those records in category=0
create table Invoicetable(IN_ID varchar(100), IN_InvoiceID int)
INSERT INTO Invoicetable (IN_ID, IN_InvoiceID)
VALUES
('2345-BCDE-6645-1DDF', 1),
('2345-BCDE-6645-3DDF', 2),
('2345-BCDE-6645-4DDF', 3),
('2345-BCDE-6645-5DDF', 4),
('2345-BCDE-6645-6DDF', 5),
('2345-BCDE-6645-7DDF', 6),
('2345-BCDE-6645-aDDF', 7),
('2345-BCDE-6645-sDDF', 8),
('2345-BCDE-6645-dDDF', 9),
('2345-BCDE-6645-dDDF', 10),
('2345-BCDE-6645-dDDF', 11),
('2345-BCDE-6645-dDDF', 12);
with data
as (
select *
,(in_invoiceid-1)/5 as grp
,case when ((in_invoiceid-1)/5)%2=0 then '1' else '0' end as category
,dense_rank() over(partition by case when ((in_invoiceid-1)/5)%2=0 then '1' else '0' end
order by in_invoiceid) as rnk
from invoicetable a
)
select *
from data a
left join data b
on a.rnk=b.rnk
and b.category=0
where a.category=1
Here is db fiddle link.
https://dbfiddle.uk/?rdbms=sqlserver_2017&fiddle=287f101737c580ca271940764b2536ae
You may try with the following approach. Dividing the table is done with (((ROW_NUMBER() OVER (ORDER BY IN_InvoiceID) - 1) / 5) % 2 = 0) which groups records in left and right groups.
CREATE TABLE #InvoiceTable(
IN_ID varchar(24),
IN_InvoiceID int
)
INSERT INTO #InvoiceTable (IN_ID, IN_InvoiceID)
VALUES
('2345-BCDE-6645-1DDF', 1),
('2345-BCDE-6645-3DDF', 2),
('2345-BCDE-6645-4DDF', 3),
('2345-BCDE-6645-5DDF', 4),
('2345-BCDE-6645-6DDF', 5),
('2345-BCDE-6645-7DDF', 6),
('2345-BCDE-6645-aDDF', 7),
('2345-BCDE-6645-sDDF', 8),
('2345-BCDE-6645-dDDF', 9),
('2345-BCDE-6645-dDDF', 10),
('2345-BCDE-6645-dDDF', 11),
('2345-BCDE-6645-dDDF', 12);
WITH cte AS (
SELECT
IN_ID,
IN_InvoiceID,
CASE
WHEN (((ROW_NUMBER() OVER (ORDER BY IN_InvoiceID) - 1) / 5) % 2 = 0) THEN 'L'
ELSE 'R'
END AS IN_Position
FROM #InvoiceTable
),
cteL AS (
SELECT IN_ID, IN_InvoiceID, ROW_NUMBER() OVER (ORDER BY IN_InvoiceID) AS IN_RowNumber
FROM cte
WHERE IN_Position = 'L'
),
cteR AS (
SELECT IN_ID, IN_InvoiceID, ROW_NUMBER() OVER (ORDER BY IN_InvoiceID) AS IN_RowNumber
FROM cte
WHERE IN_Position = 'R'
)
SELECT cteL.IN_ID, cteL.IN_InvoiceID, cteR.IN_ID, cteR.IN_InvoiceID
FROM cteL
LEFT JOIN cteR ON (cteL.IN_RowNumber = cteR.IN_RowNumber)
Output:
IN_ID IN_InvoiceID IN_ID IN_InvoiceID
2345-BCDE-6645-1DDF 1 2345-BCDE-6645-7DDF 6
2345-BCDE-6645-3DDF 2 2345-BCDE-6645-aDDF 7
2345-BCDE-6645-4DDF 3 2345-BCDE-6645-sDDF 8
2345-BCDE-6645-5DDF 4 2345-BCDE-6645-dDDF 9
2345-BCDE-6645-6DDF 5 2345-BCDE-6645-dDDF 10
2345-BCDE-6645-dDDF 11 NULL NULL
2345-BCDE-6645-dDDF 12 NULL NULL
I have an Item table (denormalized for this example) containing a list of items, parts and whether the part is available. I want to return all the items for which all the parts are available. Each item can have a varying number of parts. For example:
Item Part Available
A 1 Y
A 2 N
A 3 N
B 1 Y
B 4 Y
C 2 N
C 5 Y
D 4 Y
D 6 Y
D 7 Y
The query should return the following:
Item Part
B 1
B 4
D 4
D 6
D 7
Thanks in advance for any assistance.
Here is one trick using Max() Over() Window aggregate Function
SELECT Item,
Part
FROM (SELECT Max([Available])OVER(partition BY [Item]) m_av,*
FROM yourtable) a
WHERE m_av = 'Y'
or using Group By and Having clause
Using IN clause
SELECT Item,
Part
FROM yourtable
WHERE Item IN (SELECT Item
FROM yourtable
GROUP BY Item
HAVING Count(*) = Sum(Iif(Available = 'Y', 1, 0)))
using Exists
SELECT Item,
Part
FROM yourtable A
WHERE EXISTS (SELECT 1
FROM yourtable B
WHERE A.Item = B.Item
HAVING Count(*) = Sum(Iif(Available = 'Y', 1, 0)))
using NOT EXISTS
SELECT Item,
Part
FROM yourtable A
WHERE NOT EXISTS (SELECT *
FROM yourtable B
WHERE A.Item = B.Item
AND B.Available = 'N')
I'd start with rephrasing the requirement - you want to return the items that don't have any parts that are not available. Once you put it like that, it's easy to translate the requirement to SQL using the not exists operator:
SELECT item, part
FROM parts a
WHERE NOT EXISTS (SELECT *
FROM parts b
WHERE a.item = b.item AND b.available = 'N')
Using window function does a single table read.
MIN and MAX window function
select *
from (
select
t.*,
max(available) over (partition by item) a,
min(available) over (partition by item) b
from your_table t
) t where a = b and a = 'Y';
COUNT window function:
select *
from (
select
t.*,
count(*) over (partition by item) n1
count(case when available = 'Y' then 1 end) over (partition by item) n2
from your_table t
) t where n1 = n2;
U can use NOT IN OR NOT EXISTS to achieve this
NOT EXISTS
Select item, part
from table as T1
where not exists( select 1 from tbl where item = t1.item and available = 'N')
NOT IN
Select item, part
from table
where item not in( select item from tbl where available = 'N')
I want to point out that the question in the text is: "I want to return all the items for which all the parts are available". However, your example results include the parts.
If the question is indeed that you want the items only, then you can use simple aggregation:
select item
from parts
group by item
having min(available) = max(available) and min(available) = 'Y';
If you indeed want the detail on the parts as well, then the other answers provide that information.
I do like it problems lend themselves well to being solved by infrequently used language features:
with cte as (
select * from (values
('A', 1, 'Y'),
('A', 2, 'N'),
('A', 3, 'N'),
('B', 1, 'Y'),
('B', 4, 'Y'),
('C', 2, 'N'),
('C', 5, 'Y'),
('D', 4, 'Y'),
('D', 6, 'Y'),
('D', 7, 'Y')
) as x(Item, Part, Available)
)
select *
into #t
from cte as c;
select *
from #t as c
where 'Y' = all (
select Available
from #t as a
where c.Item = a.Item
)
Here, we use a correlated subquery and the all keyword to see if all of the parts are available. My understanding is that, like exists, this will stop if it finds a counter-example.
I have the following table named
Table: activity
userid appid type
1 a imp
2 a imp
2 a click
3 a imp
4 a imp
4 a click
5 b imp
5 b click
I am trying to calculate the click-through rate for each appid. In this instance we define a click-through as the (number of clicks) / (number of impressions). I have written the following SQL:
SELECT appid, type, count(*) from activity group by appid, type
and got the following outcome:
Output:
appid type count(*)
a click 2
a imp 4
b click 1
b imp 1
The next step is to do a row-wise division. Ultimately, I would like to achieve the following:
Goal:
appid click-through
a .5 # 2/4 = .5
b 1 # 1/1 = 1
How is this achieved? Ideally I want this to be done in one query, is that possible?
You can use conditional aggregation to do this:
select appid
, SUM(CASE WHEN type = 'click' THEN 1 END)*1.0
/ SUM(CASE WHEN type = 'imp' THEN 1 END) AS click_through
from activity
group by appid
Demo: SQL Fiddle
If using MySQL you can further simplify with:
select appid
, SUM(type = 'click')*1.0
/ SUM(type = 'imp') AS click_through
from activity
group by appid
Just count the impressions and clicks in subqueries and join them together:
select appid,
num_impressions,
num_clicks,
cast(num_clicks as float) / num_impressions as ctr
from(
select appid, count(1) as num_impressions
from activity
where type = 'imp'
group by appid
)a
join(
select appid, count(1) as num_clicks
from activity
where type = 'click'
group by appid
)b
on (a.appid = b.appid);
Note the type cast on num_clicks in ctr to avoid integer division.
CREATE TABLE #activity
(
userid INT ,
appid VARCHAR(1),
[type] VARCHAR(5)
)
INSERT INTO #activity
VALUES
(1, 'a' , 'imp'),
(2, 'a', 'imp'),
(2, 'a', 'click'),
(3, 'a', 'imp'),
(4, 'a', 'imp'),
(4, 'a', 'click'),
(5, 'b', 'imp'),
(5, 'b', 'click')
SELECT A.appid, CAST(a.Clicks AS FLOAT)/B.Imp
FROM
( SELECT appid, COUNT(1) Clicks
FROM #activity
WHERE [type] ='CLICK'
GROUP BY appid
) A
INNER JOIN
( SELECT appid, COUNT(1) Imp
FROM #activity
WHERE [type] ='imp'
GROUP BY appid
) B ON A.appid = B.appid
DROP TABLE #activity
You could do this with sub-queries since you are dealing with two different aggregates using different criteria:
SELECT d1.appid, (
SELECT count(*)
FROM activity d2
WHERE d2.appid = d1.appid
d2.type = 'click'
) / (
SELECT count(*)
FROM activity d3
WHERE d3.appid = d1.appid
d3.type = 'imp'
) AS click_through
FROM activity d1;
Suppose I have a list of values, such as 1, 2, 3, 4, 5 and a table where some of those values exist in some column. Here is an example:
id name
1 Alice
3 Cindy
5 Elmore
6 Felix
I want to create a SELECT statement that will include all of the values from my list as well as the information from those rows that match the values, i.e., perform a LEFT OUTER JOIN between my list and the table, so the result would be like follows:
id name
1 Alice
2 (null)
3 Cindy
4 (null)
5 Elmore
How do I do that without creating a temp table or using multiple UNION operators?
If in Microsoft SQL Server 2008 or later, then you can use Table Value Constructor
Select v.valueId, m.name
From (values (1), (2), (3), (4), (5)) v(valueId)
left Join otherTable m
on m.id = v.valueId
Postgres also has this construction VALUES Lists:
SELECT * FROM (VALUES (1, 'one'), (2, 'two'), (3, 'three')) AS t (num,letter)
Also note the possible Common Table Expression syntax which can be handy to make joins:
WITH my_values(num, str) AS (
VALUES (1, 'one'), (2, 'two'), (3, 'three')
)
SELECT num, txt FROM my_values
With Oracle it's possible, though heavier From ASK TOM:
with id_list as (
select 10 id from dual union all
select 20 id from dual union all
select 25 id from dual union all
select 70 id from dual union all
select 90 id from dual
)
select * from id_list;
the following solution for oracle is adopted from this source. the basic idea is to exploit oracle's hierarchical queries. you have to specify a maximum length of the list (100 in the sample query below).
select d.lstid
, t.name
from (
select substr(
csv
, instr(csv,',',1,lev) + 1
, instr(csv,',',1,lev+1 )-instr(csv,',',1,lev)-1
) lstid
from (select ','||'1,2,3,4,5'||',' csv from dual)
, (select level lev from dual connect by level <= 100)
where lev <= length(csv)-length(replace(csv,','))-1
) d
left join test t on ( d.lstid = t.id )
;
check out this sql fiddle to see it work.
Bit late on this, but for Oracle you could do something like this to get a table of values:
SELECT rownum + 5 /*start*/ - 1 as myval
FROM dual
CONNECT BY LEVEL <= 100 /*end*/ - 5 /*start*/ + 1
... And then join that to your table:
SELECT *
FROM
(SELECT rownum + 1 /*start*/ - 1 myval
FROM dual
CONNECT BY LEVEL <= 5 /*end*/ - 1 /*start*/ + 1) mypseudotable
left outer join myothertable
on mypseudotable.myval = myothertable.correspondingval
Assuming myTable is the name of your table, following code should work.
;with x as
(
select top (select max(id) from [myTable]) number from [master]..spt_values
),
y as
(select row_number() over (order by x.number) as id
from x)
select y.id, t.name
from y left join myTable as t
on y.id = t.id;
Caution: This is SQL Server implementation.
fiddle
For getting sequential numbers as required for part of output (This method eliminates values to type for n numbers):
declare #site as int
set #site = 1
while #site<=200
begin
insert into ##table
values (#site)
set #site=#site+1
end
Final output[post above step]:
select * from ##table
select v.id,m.name from ##table as v
left outer join [source_table] m
on m.id=v.id
Suppose your table that has values 1,2,3,4,5 is named list_of_values, and suppose the table that contain some values but has the name column as some_values, you can do:
SELECT B.id,A.name
FROM [list_of_values] AS B
LEFT JOIN [some_values] AS A
ON B.ID = A.ID