i have been strugling to convert the following t sql task into an automated ssis package.
i tried implementing using for loop conntainer but while creating the looping logic i am stucking off. i really appreciate of some one could help me out with logic
here is the t- sql code
-- SCRIPT TO BULK IMPORT MATERNAL HLA & INSERT CORD NIMA
IF OBJECT_ID('tempdb..#maternal_hla_from_solar') IS NOT NULL
BEGIN
drop table #maternal_hla_from_solar
END
CREATE TABLE #maternal_hla_from_solar(
[donor_id] [int] NOT NULL,
[antigen_id] [int] NOT NULL
)
-- bulk upload maternal HLA from file
BULK
INSERT #maternal_hla_from_solar
FROM 'C:\Users\zabeenp\Documents\SQL\populate_db\data\20111212_maternal_hla.txt'
WITH
(
FIRSTROW = 2,
MAXERRORS = 0,
FIELDTERMINATOR = '\t',
ROWTERMINATOR = '\n'
)
-- declare variables
DECLARE #donor_id int
DECLARE #maternal_hla varchar(5000)
DECLARE #definitive_type_date date = GETDATE()
DECLARE #modified_on datetime2(7) = GETDATE()
-- Cursor to process each row from #maternal_hla_from_solar
DECLARE c_insertCordNima CURSOR FAST_FORWARD
FOR select DISTINCT donor_id from #maternal_hla_from_solar -- important to use DISTINCT here
OPEN c_insertCordNima
FETCH NEXT FROM c_insertCordNima INTO #donor_id
WHILE ##FETCH_STATUS = 0
BEGIN
SET #maternal_hla = '' -- important to wipe string each time
-- concatenare maternal antigen_ids into one string
SELECT #maternal_hla = COALESCE(#maternal_hla + ',', '') + CONVERT(VARCHAR(10),antigen_id)
FROM #maternal_hla_from_solar
where donor_id = #donor_id
-- remove first comma
SET #maternal_hla = (select right(#maternal_hla,len(#maternal_hla)-1))
-- exec insertCordNIMA SP
EXECUTE insertCordNIMA
#donor_id
,#maternal_hla
,#definitive_type_date
,#modified_on
FETCH NEXT FROM c_insertCordNima INTO #donor_id
END
CLOSE c_insertCordNima
DEALLOCATE c_insertCordNima
maybe try to rewrite the cursor using a Recursive CTE?
http://msdn.microsoft.com/en-us/library/ms186243.aspx
Related
I want the user to input whatever database they want to check and whatever tables they want to check. For example the call would look like this:
call tableCheck('MyDatabase', 'table1 table20 table3')
So the procedure would check for those tables (space delimited). I have my code down below but I am having problem checking the other tables, it reads the first but not the second or third one. SO my code is not looping or not reading the next word.
PROCEDURE `tableCheck` (db VARCHAR(256), db_tables VARCHAR(256))
BEGIN
DECLARE tbl, tbls VARCHAR(256);
DECLARE c INT DEFAULT 0;
SET tbls = db_tables;
WHILE c = 0 DO
#split word
SET tbl = SUBSTRING_INDEX(tbls," ",1);
#go to next string
SET tbls = SUBSTR(tbls,LENGTH(tbl)+1);
#check every table
SELECT table_name AS 'Table Name'
FROM INFORMATION_SCHEMA.TABLES
WHERE table_schema=db AND table_name=tbl;
IF tbls = 0 THEN
SET c = 1;
END IF;
END WHILE;
END
I have given this link out a few times today...so maybe it will work for you too.
Convert a delimited string to a list of values
Using the dbo.fnArray function from that link you should be able to join on the INFORMATION_SCHEMA.TABLES like this:
create procedure dbo.spCheckTable #db varchar(256), #tbls varchar(8000)
as
begin
select *
from INFORMATION_SCHEMA.TABLES i
inner join dbo.fnArray(#tbls, ' ') t on i.TABLE_NAME = t.arrValue
where i.TABLE_CATALOG = #db
end
Now its a stored procedure
I've managed to use EXEC sp_executesql in a one off statement to do a dynamic lookup, but am unable to adjust the code to create a function since EXEC is not allowed in functions. It works in procedures and I've managed to get output via PRINT for a single lookup by using a temporary table, but really that was just me struggling to find a workaround. Ideally I'd like to be able to create a scalar-value function.
The reason that I need a dynamic lookup is because the column name is stored in another table.
Here's a quick breakdown of the tables:
Questions:
Columns: Q_Group, Q_Nbr, Question_Desc, Data_Field
Sample data: 'R3', 5, 'Do you have any allergies?', 'TXT_04'
Responses:
Columns: Order_Nbr, Q_Group, TXT_01, TXT_02, TXT_03, TXT_04, etc.
Data: 999, 'R3', 'blah', 'blah', 'blah', 'NO'
Orders will be assigned a particular set of questions 'Q_Group' and often a particular question will be the same across various different sets of questions. The problem is that when the set/groups of questions were set up, the questions may not have been added in the same order, and thus the responses go into different columns.
So here's where I'm at...
I can get 'TXT_04' from the Data_Field column in Questions and use EXEC sp_executesql to do a lookup for a single order, but am struggling to find a way to accomplish this as a function of some sort.
DECLARE #col_name VARCHAR(6)
DECLARE #sql VARCHAR(100)
SET #col_name = SELECT Data_Field FROM QUESTIONS WHERE Q_Group = 'R3'
AND Question_Desc = 'Do you have any allergies?'
SET #sql = 'SELECT ' + #col_name + ' FROM RESPONSES WHERE Order_Nbr = 999'
EXEC sp_executesql #sql
I'm just at a loss as to how this could be incorporated into a function so that I could get responses for several orders in a result set. Any workarounds possible? Maybe I'm totally off base using EXEC sp_executesql?
Thanks.
Edit...
Okay, I've changed the title to reflect that I'm going to consider this solved with a procedure instead of a function, as it ended up getting the output that I wanted. Which was a table with all of the corresponding responses.
Here's the code that I settled on. I decided to use LIKE to match the Question_Desc instead of equals, and then included the Question_Desc in the results, so that it could be used a bit more broadly. Thankfully it's pretty quick to run currently. Although that could always change as the database grows!
CREATE PROCEDURE get_all_responses (#question_txt VARCHAR(255))
AS
DECLARE #response_col VARCHAR(35)
DECLARE #t TABLE (order_nbr int, question_txt VARCHAR(255), response_col VARCHAR(35), response VARCHAR(255))
DECLARE #i TABLE (id INT PRIMARY KEY IDENTITY(1,1), response_col VARCHAR(35))
DECLARE #u TABLE (order_nbr int, response VARCHAR(255))
DECLARE #sql VARCHAR(200)
INSERT #t
SELECT Order_Nbr, Question_Desc, Data_Field, NULL
FROM Responses
JOIN (
SELECT Q_Group, Question_Desc, Data_Field
FROM Questions
WHERE Question_Desc LIKE #question_txt
) #Q ON Q_Group = #Q.Q_Group
WHERE Q_Group <> '0'
ORDER BY Data_Field, Order_Nbr
-- Stop if no results found and return empty result set
IF (SELECT COUNT(*) FROM #t) = 0
BEGIN
SELECT order_nbr, question_txt, response FROM #t
RETURN
END
INSERT #i SELECT response_col FROM #t GROUP BY response_col
DECLARE #row_nbr int
DECLARE #last_row int
SET #row_nbr = 1
SET #last_row = (SELECT COUNT(*) FROM #i)
-- Iterate through each Data_Field found
WHILE #row_nbr <= #last_row
BEGIN
SET #response_col = (SELECT response_col FROM #i WHERE id = #row_nbr)
SET #sql = 'SELECT Order_Nbr, ' + #response_col + ' FROM Responses WHERE NullIf(' + #response_col + ','''') IS NOT NULL'
INSERT INTO #u
EXEC (#sql)
UPDATE #t
SET response = y.response
FROM #t AS x
INNER JOIN #u AS y ON x.order_nbr = y.order_nbr
SET #row_nbr = #row_nbr + 1
END
-- Remove results with no responses
DELETE FROM #t WHERE response IS NULL
SELECT order_nbr, question_txt, response FROM #t
RETURN
You will not be able to execute dynamic SQL from within a function but you could do this with a stored procedure and capture the output.
DECLARE #col_name VARCHAR(6), #param NVARCHAR(50), #myReturnValue VARCHAR(50)
SET #param = N'#result VARCHAR(50) OUTPUT'
DECLARE #sql VARCHAR(100)
SET #col_name = SELECT Data_Field FROM QUESTIONS WHERE Q_Group = 'R3'
AND Question_Desc = 'Do you have any allergies?'
SET #sql = 'SELECT #result = ' + #col_name + ' FROM RESPONSES WHERE Order_Nbr = 999'
EXEC sp_executesql #sql, #param, #result = #myReturnValue output
--manipulate value here
print #myReturnValue
You could also create a temp table and do an insert into from exec sp_executesql.
While Working With SSRS, Today, i got 2 Problems 1 is Still remain Unsolved and Im going to Post Another Freaking Problem :) Well, Problem is : I've an Stored Procedure, Which Create an #Temp and Finally Use that data with PIVOT Expression. And, Stored Procedure itself runs Fine inside SSMS and From Visual Basic 6.0 too, but While Using that Procedure from SSRS report it shows an error at the Pivot Expression. Following are the Screen Shots, Please Review and Suggest me an Idea.
Here is an Stored Procedure :
ALTER PROCEDURE [dbo].[S_NRB_9_8_REPORT](#SCRCODE AS VARCHAR(20),
#CUREDATE VARCHAR(10),
#DTNAME VARCHAR(50),
#BR_CODE VARCHAR(50),
#CENTRALIZED VARCHAR(3))
WITH RECOMPILE
AS BEGIN
SET NOCOUNT ON;
DECLARE #BRCODE VARCHAR(3)
DECLARE #DTBASE VARCHAR(50)
DECLARE #CAT_TYPE_CODE VARCHAR(50)
DECLARE #AC_TYPE_SUB_TYPE_NAME VARCHAR(200)
DECLARE #CODESTR VARCHAR (1000)
DECLARE #CODESTR1 VARCHAR (1000)
SET #BRCODE=''
SET #DTBASE=''
SET #AC_TYPE_SUB_TYPE_NAME=''
SET #CODESTR=''
SET #CODESTR1=''
SELECT TOP 1 #CAT_TYPE_CODE=CAT_TYPE_CODE FROM REPORT_CAT_TYPE_CODE WHERE SCREEN_CODE =#SCRCODE
IF #CAT_TYPE_CODE='' OR #CAT_TYPE_CODE IS NULL
RETURN
CREATE TABLE [dbo].[#TEMPACTYPE](
[BR_CODE] [varchar](3) NULL,
[CN] [varchar](50) NULL,
[CS] [varchar](50) NULL,
[BAL] decimal(18, 2) NULL,
[AC_TYPE_SUB_TYPE_NAME] [varchar](50) NULL
) ON [PRIMARY]
IF LEN(#BR_CODE)>0
EXEC('DECLARE CUR INSENSITIVE CURSOR FOR SELECT BR_CODE FROM '+#DTBASE+'.DBO.BRANCH B (NOLOCK) WHERE BR_CODE='''+#BR_CODE+''' AND INTEGRATED=''YES'' AND APPROVED=''YES'' ORDER BY BR_CODE')
ELSE
EXEC('DECLARE CUR INSENSITIVE CURSOR FOR SELECT BR_CODE FROM '+#DTBASE+'.DBO.BRANCH B (NOLOCK) WHERE INTEGRATED=''YES'' AND APPROVED=''YES'' ORDER BY BR_CODE')
OPEN CUR
FETCH NEXT FROM CUR INTO #BRCODE
While ##FETCH_STATUS = 0
Begin
IF #CENTRALIZED='YES'
SET #DTBASE = #DTNAME
ELSE
SET #DTBASE = Left(#DTNAME, 13) + #BRCODE
EXEC('INSERT INTO #TEMPACTYPE
SELECT '''+#BRCODE+''' AS BR_CODE,T1.CAT_NAME AS CN,T1.CODES AS CS,SUM(T1.C_BAL)AS BAL,T1.AC_TYPE_SUB_TYPE_NAME FROM
(SELECT C_BAL,ATST.AC_TYPE_SUB_TYPE_NAME,CD.CAT_NAME,CD.CODE_STRING AS CODES
FROM
(SELECT AC_GROUP_CODE,CUR_CODE,GL_CODE FROM '+#DTBASE+'.dbo.AC_GROUP_GL_MAP WHERE NAMED_AC_CODE =''0301'') MAP,
(SELECT AC_GROUP_CODE,CUR_CODE,AC_NO FROM '+#DTBASE+'.dbo.DEPOSIT_AC_MAST WHERE BR_CODE='''+#BRCODE+''') DAM,
(SELECT TRAN_DATE,AC_NO,GL_CODE,PRODUCT_CODE,SUM(CLS_BAL) AS C_BAL FROM '+#DTBASE+'.dbo.AC_BAL WHERE BR_CODE='''+#BRCODE+''' GROUP BY TRAN_DATE,AC_NO,GL_CODE,PRODUCT_CODE) WD,
(SELECT * FROM '+#DTBASE+'.dbo.CAT_CODING where BR_CODE='''+#BRCODE+''' AND CAT_TYPE_CODE ='''+#CAT_TYPE_CODE+''') AS CC,
(SELECT * FROM '+#DTBASE+'.dbo.AC_TYPE_SUB_TYPE) AS ATST,
(SELECT * FROM '+#DTBASE+'.dbo.AC_GROUP) AS AG,
(SELECT * FROM '+#DTBASE+'.dbo.CAT_DETL) AS CD
WHERE
DAM.AC_GROUP_CODE =MAP.AC_GROUP_CODE
AND DAM.CUR_CODE =MAP.CUR_CODE
AND WD.GL_CODE =MAP.GL_CODE
AND CC.ENTITY_NO=DAM.AC_NO
AND ATST.AC_TYPE_CODE=AG.AC_TYPE_CODE
AND ATST.AC_TYPE_SUB_TYPE_CODE=AG.AC_TYPE_SUB_TYPE_CODE
AND AG.AC_GROUP_CODE=DAM.AC_GROUP_CODE
AND CD.CAT_TYPE_CODE=CC.CAT_TYPE_CODE
AND CD.CAT_CODE=CC.CAT_CODE
AND CD.CAT_TYPE_CODE='''+#CAT_TYPE_CODE+'''
AND WD.TRAN_DATE = (SELECT MAX(TRAN_DATE) FROM '+#DTBASE+'.dbo.AC_BAL WHERE BR_CODE ='''+#BRCODE+''' AND AC_NO = DAM.AC_NO AND TRAN_DATE <='''+#CUREDATE+''' AND GL_CODE=MAP.GL_CODE)
AND DAM.AC_NO=WD.AC_NO
UNION ALL
SELECT 0,ATST.AC_TYPE_SUB_TYPE_NAME,CAT_NAME,CODE_STRING AS CODES FROM '+#DTBASE+'.dbo.CAT_DETL AS CD,'+#DTBASE+'.dbo.AC_TYPE_SUB_TYPE AS ATST
WHERE CAT_TYPE_CODE='''+#CAT_TYPE_CODE+''' AND CAT_CODE NOT IN (SELECT CAT_CODE FROM '+#DTBASE+'.dbo.CAT_CODING WHERE BR_CODE='''+#BRCODE+''' AND CAT_TYPE_CODE='''+#CAT_TYPE_CODE+''')
AND ATST.AC_TYPE_CODE=''03''
) T1
GROUP BY T1.AC_TYPE_SUB_TYPE_NAME,CAT_NAME,CODES
ORDER BY CODES
')
FETCH NEXT FROM CUR INTO #BRCODE
END
DEALLOCATE CUR
DECLARE CUR INSENSITIVE CURSOR FOR SELECT DISTINCT AC_TYPE_SUB_TYPE_NAME FROM #TEMPACTYPE
OPEN CUR
Fetch Next from CUR Into #AC_TYPE_SUB_TYPE_NAME
While ##FETCH_STATUS = 0
Begin
IF #CODESTR =''
BEGIN
SET #CODESTR = 'ISNULL(['+#AC_TYPE_SUB_TYPE_NAME+'],0) AS ['+#AC_TYPE_SUB_TYPE_NAME+']'
SET #CODESTR1 = '['+#AC_TYPE_SUB_TYPE_NAME+']'
END
ELSE
BEGIN
SET #CODESTR = #CODESTR+',ISNULL(['+#AC_TYPE_SUB_TYPE_NAME+'],0) AS ['+#AC_TYPE_SUB_TYPE_NAME+']'
SET #CODESTR1 = #CODESTR1+',['+#AC_TYPE_SUB_TYPE_NAME+']'
END
Fetch Next from CUR Into #AC_TYPE_SUB_TYPE_NAME
END
DEALLOCATE CUR
EXEC ('Select CS,CN,'+#CODESTR+',TOTAL
from (Select CN,CS,BAL,[AC_TYPE_SUB_TYPE_NAME] from #TEMPACTYPE) ps pivot (SUM([BAL])
for [AC_TYPE_SUB_TYPE_NAME] in ('+#CODESTR1+',TOTAL)) pvt
Order by CS')
DROP TABLE #TEMPACTYPE
END
GO
And, the Dataset Design Panel :
But, Stored Procedure Runs Well inside SSMS :
Im Using SSRS 2008 R2.
Please Help me out.
And, Thanks In Advance.
Try validating that you are passing the same parameter values between the report and SSMS. You can do this by clicking Edit Query and inputting the actual parameter values. If the Edit Query window returns proper results, then you are probably passing different values to the stored procedure.
I have a table with the following data in one column:
abc,2,2,34,5,3,2,34,32,2,3,2,2
def,2,2,34,5,3,2,34,32,2,3,2,2
I want to take this data and insert it into another table, using the commas as delimiters, just like how you can specify the FIELDTERMINATOR in BULK INSERT statements.
Is there a way to do this using T-SQL?
I'm not sure if there is any direct way to do in the T-SQL , but if you want to use Bulk Insert you can use sqlcmd to export to CSV file and then Import the file back into server using Bulk Insert.
Create a dbo.Split Functionm, you can refer here split string into multiple record
There are tons of good examples.
if you want to execute as batch process, You can execute sqlcmd and 'Bulk Insert'
sqlcmd -S MyServer -d myDB -E -Q "select dbo.Split(col1) from SomeTable"
-o "MyData.csv" -h-1 -s"," -w 700
-s"," sets the column seperator to
bulk insert destTable
from "MyData.csv"
with
(
FIELDTERMINATOR = ',',
ROWTERMINATOR = '\n'
)
Otherwise, You can manipulate directly in the T-SQL, but given you have the same identify of columns definition.
INSERT INTO DestinationTable
SELECT dbo.Split(col1) FROM SomeTable
You need to use a Split function to split your string into a table variable, and then insert those values into your table.
There are tons of those split functions out there, with various pros and cons and various number of parameters and so forth.
Here is one that I quite like - very nicely done, clearly explained.
With that function, you should have no trouble converting your column into individual entries for your other table.
EDIT: allow multiple char separators
This is how I solved it, with two functions to do the splitting into columns (if you want a more complete solution with line splitting as well, see my other post here). It involves:
A scalar function (fSubstrNth) for extracting the n-th field of a line, given an separator
A scalar function (fPatIndexMulti) for finding the n-th index of the separator
(Optional) alternative Right function to accept negative values
Finally, some specific code to use in your solution, since SQL doesn't allow dynamic table-function definitions (in other words, you can't SELECT from a function with dynamic columns)
Now, for the code snippets:
fSubstrNth
-- =============================================
-- Author: Bernardo A. Dal Corno
-- Create date: 18/07/2017
-- Description: substring com 2 PatIndex limitando inicio e fim
-- =============================================
CREATE FUNCTION fSubstrNth
(
#Text varchar(max),
#Sep varchar(3),
#N int --Nth campo
)
RETURNS varchar(max)
AS
BEGIN
DECLARE #Result varchar(max)
IF #N<1 RETURN ''
IF #N=1
SET #Result = substring(#Text, 1, dbo.fPatIndexMulti(#Sep,#Text,1)-1)
ELSE
SET #Result = substring(#Text, dbo.fPatIndexMulti(#Sep,#Text,#N-1)+LEN(#Sep), CASE WHEN dbo.fPatIndexMulti(#Sep,#Text,#N)>0 THEN dbo.fPatIndexMulti(#Sep,#Text,#N)-dbo.fPatIndexMulti(#Sep,#Text,#N-1)-LEN(#Sep) ELSE LEN(#Text)+1 END)
RETURN #Result
END
fPatIndexMulti
-- =============================================
-- Author: Bernardo A. Dal Corno
-- Create date: 17/07/2017
-- Description: recursive patIndex
-- =============================================
CREATE FUNCTION [dbo].[fPatIndexMulti]
(
#Find varchar(max),
#In varchar(max),
#N tinyint
)
RETURNS int
AS
BEGIN
DECLARE #lenFind int, #Result int, #Texto varchar(max), #index int
DECLARE #i tinyint=1
SET #lenFind = LEN(#Find)-1
SET #Result = 0
SET #Texto = #In
WHILE (#i <= #N) BEGIN
SET #index = patindex('%'+#Find+'%',#Texto)
IF #index = 0 RETURN 0
SET #Result = #Result + #index
SET #Texto = dbo.xRight(#Texto, (#index + #lenFind)*-1)
SET #i = #i + 1
END
SET #Result = #Result + #lenFind*(#i-2)
RETURN #Result
END
xRight
-- =============================================
-- Author: Bernardo A. Dal Corno
-- Create date: 06/01/2015
-- Description: Right inverso (para nros < 0)
-- =============================================
CREATE FUNCTION [dbo].[xRight]
(
#Texto varchar(8000),
#Qntd int
)
RETURNS varchar(8000)
AS
BEGIN
DECLARE #Result varchar(8000)
IF (Len(#Texto) = 0) OR (#Qntd = 0)
SET #Result = ''
ELSE IF (#Qntd > 0)
SET #Result = Right(#Texto, #Qntd)
ELSE IF (#Qntd < 0)
SET #Result = Right(#Texto, Len(#Texto) + #Qntd)
RETURN #Result
END
Specific code
SELECT
acolumn = 'any value',
field1 = dbo.fSubstrNth(table.datacolumn,',',1),
field2 = dbo.fSubstrNth(table.datacolumn,',',2),
anothercolumn = 'set your query as you would normally do',
field3 = (CASE dbo.fSubstrNth(table.datacolumn,',',3) WHEN 'C' THEN 1 ELSE 0 END)
FROM table
Note that:
fSubstrNth receives the n-th field to extract from the 'datacolumn'
The query can be as any other. This means it can be stored in a procedure, tabled-function, view, etc. You can extract some or all fields, in any order you wish, and process however you want
If used in a stored procedure, you could create a generic way of creating a query and temp table that loads the string with dynamic columns, but you have to make a call to another procedure to use the data OR create a specific query like above in the same procedure (which would make it non-generic, just more reusable)
I have a variable table:
DECLARE #A_Table TABLE(ID INT, att1 VARCHAR(100), att2 nvarchar(200))
I want to make dynamic sql, so I insert into this table some data (all inside a loop):
WHILE (#i <= 100) BEGIN
SELECT #other_att = NAME FROM #other_Table where ID = #i;
SET #sql = 'INSERT ' + #A_Table+ '(ID,att1,att2) SELECT '+CAST(#i AS VARCHAR)+' , '''+ #other_att+''', SUM('+ #other_att') FROM '+ #EVEN_OTHER_Table;
EXEC (#sql);
END
sql every time would look like:
INSERT INTO #A_Table SELECT 1 , 'subject', SUM(subject)
INSERT INTO #A_Table SELECT 2 , 'age', SUM(age)
INSERT INTO #A_Table SELECT 3 , 'sex', SUM(sex)....
AND after executing this :
SO I will get:
#A_Table:
id att1 att2
1 subject 4.3
2 age 4.5
3 sex 4.1
but I get an error:
Msg 137, Level 16, State 1, Line 48
Must declare the scalar variable "#A_Table".
SO what is it the syntax to insert dynamically into a variable table?
Ok I have understood it.
You could use the INSERT ... EXEC syntax to insert the data returned by the dynamic SELECT. Of course, you would then need to remove the INSERT part from the dynamic statement.
WHILE (#i <= 100) BEGIN
SELECT #other_att = NAME FROM #other_Table where ID = #i;
SET #sql = 'SELECT '+CAST(#i AS VARCHAR)+' , ''' + #other_att+''', SUM('+ #other_att + ') FROM '+ #EVEN_OTHER_Table;
INSERT INTO #A_Table (ID,att1,att2)
EXEC (#sql);
END
You have a table variable, not a variable that contains the table name.
So you would need the following.
WHILE (#i <= 100) BEGIN
SELECT #other_att = NAME FROM #other_Table where ID = #i;
SET #sql = 'INSERT INTO #A_Table (ID,att1,att2) SELECT '+CAST(#i AS VARCHAR)+' , '''+ #other_att+''', SUM('+ #other_att') FROM #EVEN_OTHER_Table';
EXEC (#sql);
END
You would also need to declare the table variable as a statement inside the #sql variable, and execute your declare table and inserts together, or use a local/global temporary table.
With a local temporary table (stored in the tempdb) you could do something like this.
CREATE TABLE #testtbl (ID INT);
EXEC ('INSERT INTO #testtbl VALUES (1)');
SELECT * FROM #testtbl
DROP TABLE #testtbl
Some good info about temporary tables in BOL
http://msdn.microsoft.com/en-us/library/ms174979.aspx - quite far down the page
And the table type.
http://msdn.microsoft.com/en-us/library/ms175010.aspx
Your EXEC statement occurs in a different context and is therefore unaware of any variables created in your original context.
To create dynamic insert query it is really a task, I also struggle to find it ,finally I have tried in the following way and it's successfully working. Please find the code below.
CREATE PROCEDURE [dbo].[InsertTodaysData] (#tbl varchar(50),#Days int,
#MDate varchar(50), #EValue varchar(50), #Speed varchar(50),
#Totalreturn varchar(50),#Closingv varchar(50), #TotalReturnV varchar(50))
AS
BEGIN
-- SET NOCOUNT ON added to prevent extra result sets from
-- interfering with SELECT statements.
SET NOCOUNT ON;
DECLARE #SQLQuery varchar(2000)
-- Insert statements for procedure here
set #SQLQuery = 'INSERT INTO '+#tbl+' (ID,MDate,EValue,Speed,TotalReturnRatio,ClosingValue,
TotalReturnValue) VALUES ('+#Days+','''+#MDate+''', '+#EValue+', '+#Speed+',
'+#Totalreturn+', '+#Closingv+', '+#TotalReturnV+')'
EXECUTE(#SQLQuery)
END
Hope this will help you..