to the SSRS report server process that uses it? the name looks like a guid, but i need to find the reporting services reports that use it.
thanks very much
Here's a query I blogged about a while back that does the join:
;WITH cte (job_id, job_name, execution_time, execution_order)
AS
(
SELECT DISTINCT j.job_id
,j.name
,CONVERT(datetime, STUFF(STUFF(run_date,7,0,'/'),5,0,'/')
+ SPACE(1)
+ STUFF(STUFF(RIGHT('000000' + CONVERT(varchar(20), run_time), 6),5,0,':'),3,0,':'))
,ROW_NUMBER() OVER (PARTITION BY j.job_id ORDER BY CONVERT(datetime, STUFF(STUFF(run_date,7,0,'/'),5,0,'/')
+ SPACE(1)
+ STUFF(STUFF(RIGHT('000000' + CONVERT(varchar(20), run_time), 6),5,0,':'),3,0,':')) DESC)
FROM msdb.dbo.sysjobs j
INNER JOIN msdb.dbo.syscategories c ON j.category_id = c.category_id
LEFT OUTER JOIN msdb.dbo.sysjobhistory jh ON j.job_id = jh.job_id
WHERE c.name ='Report Server'
)
SELECT
x.job_name
,c.name
,x.execution_time
,c.path
,su.description
,CONVERT(varchar(max), su.ExtensionSettings) as ExtensionSettings
,'EXEC msdb..sp_start_job ''' + x.job_name + '''' as SQLStatement
FROM cte x
INNER JOIN dbo.Schedule sc ON x.job_name = CONVERT(varchar(100), sc.ScheduleID)
INNER JOIN dbo.ReportSchedule rs ON sc.ScheduleID = rs.ScheduleID
INNER JOIN dbo.Subscriptions su ON rs.SubscriptionID = su.SubscriptionID
INNER JOIN dbo.Catalog c ON su.Report_OID = c.ItemID
WHERE execution_order = 1
ORDER BY 3, 2
There doesn't appear to be a straightforward method to find this out.
The following query lists the subscription IDs and the reports to which they link
select s.SubscriptionID, c.Path
from ReportServer.dbo.Subscriptions as s
JOIN ReportServer.dbo.Catalog as c
on ItemID = Report_OID
The subscription ID is then referenced inside the job step, in the following format.
exec ReportServer.dbo.AddEvent #EventType='TimedSubscription', #EventData='~subscriptionID~'
It should be possible to write a query to join it all together, but I don't have time right now. I will try and update the question later.
Related
Please help, I have a problematic query to display the column OrderNo2.
the following is the query:
SELECT
V.id, V.TypeApv, V.CreateDate,
P.Requestor, VE.VendorName, V.InvoiceNo, V.Hawb,
PA.PaymentFor, V.Amount, V.Curr, V.DueDate, V.Remarks, V.OrderNo,
(SELECT
STUFF((SELECT DISTINCT ', ' + CASE WHEN [e-SAM Case]='Subsequent' OR [e-SAM Case]='DDT' AND [Local SAP PO] LIKE '5%' OR [e-SAM Case]='FBS 4'
THEN PoNo ELSE [Local SAP PO] END
FROM v_copo VC
WHERE VC.AWB1 = V.Hawb
FOR XML PATH('')), 1, 1, '')) AS OrderNo2,
(SELECT ISNULL(OrderNo2, V.OrderNo)) AS OrderNoFinal
FROM
APV_AF V
LEFT JOIN
APV_Person P ON P.id = V.Requestor
LEFT JOIN
APV_Vendor VE ON VE.IDVendor = V.VendorName
LEFT JOIN
APV_Payment PA ON PA.IDPayment = V.PaymentFor
ORDER BY
V.CreateDate DESC
You cannot reference an alias in the same scope where it was defined (apart from the order by clause). Typical work arounds include a subquery or CTE.
In SQL Server though, a simple option is a lateral join:
SELECT
V.id, V.TypeApv, V.CreateDate,
P.Requestor, VE.VendorName, V.InvoiceNo, V.Hawb,
PA.PaymentFor, V.Amount, V.Curr, V.DueDate, V.Remarks, V.OrderNo,
X.OrderNo2,
ISNULL(X.OrderNo2, V.OrderNo) AS OrderNoFinal
FROM APV_AF V
LEFT JOIN APV_Person P ON P.id = V.Requestor
LEFT JOIN APV_Vendor VE ON VE.IDVendor = V.VendorName
LEFT JOIN APV_Payment PA ON PA.IDPayment = V.PaymentFor
OUTER APPLY (
SELECT
STUFF((SELECT DISTINCT ', ' + CASE WHEN [e-SAM Case]='Subsequent' OR [e-SAM Case]='DDT' AND [Local SAP PO] LIKE '5%' OR [e-SAM Case]='FBS 4'
THEN PoNo ELSE [Local SAP PO] END
FROM v_copo VC
WHERE VC.AWB1 = V.Hawb
FOR XML PATH('')), 1, 1, '') AS OrderNo2
) X
ORDER BY V.CreateDate DESC
I have the following complex query which builds a list of columns dynamically before passing them to a second query (with a pivot) and executing it.
I have produced a report in Visual Studio that passes a parameter (#Event) for the user to select an event they want a report to run on. In order for the #Event to be in scope with the #SQL statement it is concatenated as
'+ #Event +'
however when I then run the statement I get a conversion failed error
Conversion failed when converting the varchar value
if I hardcode the values for #Event the query runs correctly.
What have I done wrong that wont let this run?
thanks
DECLARE #sql AS varchar(max)
DECLARE #pivot_list AS varchar(max)
DECLARE #select_list AS varchar(max)
SELECT #pivot_list = COALESCE(#pivot_list + ', ', '') + '[' + CONVERT(varchar, PIVOT_CODE) + ']'
,#select_list = COALESCE(#select_list + ', ', '') + '[' + CONVERT(varchar, PIVOT_CODE) + '] AS [' + CONVERT(varchar, PIVOT_NAME) + ']'
FROM (
SELECT DISTINCT PIVOT_CODE, PIVOT_NAME
FROM (
SELECT s.SESSION_REF AS PIVOT_CODE, s.name as PIVOT_NAME
FROM DELEGATE as d
INNER JOIN DELEGATE_SESSION as ds on d.DELEGATE_REF=ds.DELEGATE_REF
INNER JOIN SESSION as s on ds.SESSION_REF=s.SESSION_REF
where ds.NO_DELEGATES=1 and d.EVENT_REF=#Event
) as rows
) AS PIVOT_CODES
SET #sql = '
;WITH p AS (
select d.DELEGATE_REF as REF, s.SESSION_REF AS PIVOT_CODE, d.name, ds.NO_DELEGATES
, o.COMPANY_NAME as ''Org'', l7.LOOKUP_FULL_DESC as ''Org_Member'', l8.LOOKUP_FULL_DESC as ''Org_Type''
, e.NAME as ''Event'', CAST(d.code AS INTEGER) as Delegate_No, d.member_ref as ''Record_No''
, i.SURNAME, i.FORENAMES, l6.LOOKUP_FULL_DESC as ''Status'', l4.LOOKUP_FULL_DESC as ''Membership'', i_fee.LABEL_NAME as ''Feepayer''
, CAST(d.COMMENT AS NVARCHAR(100)) as ''Comments'', l1.LOOKUP_FULL_DESC as ''Delegate_Type''
, e1.EMAIL_ADDRESS as ''Email''
--, CASE WHEN e1.type = 1236 then e1.EMAIL_ADDRESS WHEN e2.type = 1240 then e2.EMAIL_ADDRESS WHEN e3.type = 1197 then e3.EMAIL_ADDRESS ELSE NULL END as ''Email''
, d.mailing_different, l.ADDRESS1 as ''Mail1'', l.ADDRESS2 as ''Mail2'', l.ADDRESS3 as ''Mail3'', l.TOWN as ''Mail4'', l.POSTCODE as ''Mail5'', l.COUNTRY as ''Mail6''
, d.invoice_different, l2.ADDRESS1 as ''Inv1'', l2.ADDRESS2 as ''Inv2'', l2.ADDRESS3 as ''Inv3'', l2.TOWN as ''Inv4'', l2.POSTCODE as ''Inv5'', l2.COUNTRY as ''Inv6''
, d.TOTAL_AMOUNT, l5.LOOKUP_FULL_DESC as ''Pay''
, CAST(dq1.comments AS NVARCHAR(100)) as ''Q_B_Name'', CAST(dq2.comments AS NVARCHAR(100)) as ''Q_B_Inst'', a.DESCRIPTION as ''Q_Food'', CAST(dq3.comments AS NVARCHAR(100)) as ''Q_Food_Comment'', a2.DESCRIPTION as ''Q_Special'', CAST(dq4.comments AS NVARCHAR(100)) as ''Q_Special_Comment'', CAST(dq5.comments AS NVARCHAR(100)) as ''Q_Twitter'', CAST(dq6.comments AS NVARCHAR(100)) as ''Q_Number'', CAST(dq7.comments AS NVARCHAR(100)) as ''Q_School''
, l3.LOOKUP_FULL_DESC as ''Delegate_Status'', ev.DESCRIPTION as ''Session_Rate'', ev2.DESCRIPTION as ''Rate''
FROM DELEGATE as d
INNER JOIN EVENT as e on d.EVENT_REF=e.EVENT_REF
INNER JOIN DELEGATE_SESSION as ds on d.DELEGATE_REF=ds.DELEGATE_REF
INNER JOIN EVENT_RATE as ev on ds.EVENT_RATE_REF=ev.EVENT_RATE_REF
INNER JOIN SESSION as s on ds.SESSION_REF=s.SESSION_REF
INNER JOIN DELEGATE_SESSION as ds2 on d.DELEGATE_REF=ds2.DELEGATE_REF
INNER JOIN EVENT_RATE as ev2 on ds2.EVENT_RATE_REF=ev2.EVENT_RATE_REF
INNER JOIN EVENT as event2 on ev2.EVENT_REF=event2.EVENT_REF
LEFT JOIN LOCATION as l on d.MAILING_LOCATION=l.LOCATION_REF
LEFT JOIN LOCATION as l2 on d.INVOICE_LOCATION=l2.LOCATION_REF
INNER JOIN MEMBER as m on d.MEMBER_REF=m.MEMBER_REF
LEFT JOIN INDIVIDUAL as i on m.INDIVIDUAL_REF=i.INDIVIDUAL_REF
LEFT JOIN CONTACT as c on i.INDIVIDUAL_REF=c.INDIVIDUAL_REF and c.MAIN_ORGANISATION=''Y''
LEFT JOIN ORGANISATION as o on c.ORGANISATION_REF=o.ORGANISATION_REF and c.MAIN_ORGANISATION=''Y''
LEFT JOIN MEMBER as m2 on o.ORGANISATION_REF=m2.ORGANISATION_REF
LEFT JOIN LOOKUP as l7 on m2.MEMBER_STATUS=l7.LOOKUP_REF
LEFT JOIN ATTRIBUTE as at3 on o.ORGANISATION_REF=at3.ORGANISATION_REF and at3.CODE_TYPE=206 --School type
LEFT JOIN LOOKUP as l8 on at3.ATTR_CODE_REF=l8.LOOKUP_REF
LEFT JOIN LOOKUP as l1 on d.TYPE=l1.LOOKUP_REF
LEFT JOIN LOOKUP as l3 on d.STATUS=l3.LOOKUP_REF
LEFT JOIN LOOKUP as l6 on m.MEMBER_STATUS=l6.LOOKUP_REF
LEFT JOIN LOOKUP as l4 on m.MEMBER_CLASS=l4.LOOKUP_REF
LEFT JOIN LOOKUP as l5 on d.PAY_METHOD=l5.LOOKUP_REF
LEFT JOIN INDIVIDUAL as i_fee on d.FEEPAYING_MEMBER=i_fee.INDIVIDUAL_REF
--LEFT JOIN EMAIL as e1 on d.INDIVIDUAL_REF=e1.INDIVIDUAL_REF and (e1.MAIN_EMAIL=''Y'' and (e1.type=1236))
--LEFT JOIN EMAIL as e2 on d.INDIVIDUAL_REF=e2.INDIVIDUAL_REF and (e2.MAIN_EMAIL=''Y'' and (e2.type=1240))
--LEFT JOIN EMAIL as e3 on d.INDIVIDUAL_REF=e3.INDIVIDUAL_REF and (e3.MAIN_EMAIL=''Y'' and (e3.type=1197))
--LEFT JOIN EMAIL as e4 on d.INDIVIDUAL_REF=e3.INDIVIDUAL_REF and (e3.MAIN_EMAIL=''Y'' and (e3.type=2976))
LEFT JOIN EMAIL as e1 on i.INDIVIDUAL_REF=e1.INDIVIDUAL_REF and e1.MAIN_EMAIL=''Y'' and (e1.type NOT IN (2232,1241,1242,1106,3220,2612))
LEFT JOIN DELEGATE_QUESTION as dq1 on d.DELEGATE_REF=dq1.DELEGATE_REF and dq1.question=2054
LEFT JOIN DELEGATE_QUESTION as dq2 on d.DELEGATE_REF=dq2.DELEGATE_REF and dq2.question=2055
LEFT JOIN DELEGATE_QUESTION as dq3 on d.DELEGATE_REF=dq3.DELEGATE_REF and dq3.question=1620
LEFT JOIN DELEGATE_QUESTION as dq4 on d.DELEGATE_REF=dq4.DELEGATE_REF and dq4.question=1621
LEFT JOIN DELEGATE_QUESTION as dq5 on d.DELEGATE_REF=dq5.DELEGATE_REF and dq5.question=2626
LEFT JOIN DELEGATE_QUESTION as dq6 on d.DELEGATE_REF=dq6.DELEGATE_REF and dq6.question=3155
LEFT JOIN DELEGATE_QUESTION as dq7 on d.DELEGATE_REF=dq7.DELEGATE_REF and dq7.question=2979
LEFT JOIN ANSWER as a on dq3.ANSWER_REF=a.ANSWER_REF
LEFT JOIN ANSWER as a2 on dq4.ANSWER_REF=a2.ANSWER_REF
where ds.NO_DELEGATES=1 and d.EVENT_REF='+ #Event +'
)
SELECT event, delegate_no, record_no, Org, Org_Member, Org_Type, name, surname,forenames,status,membership,feepayer
, comments, Delegate_Type
, Email
, mailing_different, Mail1, Mail2, Mail3, Mail4, Mail5, Mail6, invoice_different, Inv1, Inv2, Inv3, Inv4, Inv5, Inv6
, total_amount, pay
, Q_B_Name, Q_B_Inst, Q_Food, Q_Food_Comment, Q_Special, Q_Special_Comment, Q_Twitter, Q_Number, Q_School, Delegate_Status, Rate
, ' + #select_list + '
FROM p
PIVOT (
MAX(Session_Rate)
FOR PIVOT_CODE IN (
' + #pivot_list + '
)
) AS pvt
'
EXEC (#sql)
Don't concatenate your values, use parametrised SQL. Concatenating like that is bad, as it leaves you open to injection.
Change your WHERE clause to d.EVENT_REF= #dEvent and then change your EXEC to:
EXEC sp_executesql #SQL, N'#dEvent int', #dEvent = #Event;
Note, I have guess yoru datatype, as I can't see a DECLARE in your provided SQL.
Also, instead of using code like '[' + CONVERT(varchar, PIVOT_CODE) + ']' use QUOTENAME(PIVOT_CODE). That'll cope with what ever value is passed far better than the former. For example, if someone (silly enough) ever creates an object with a ] in the name, then '[' + CONVERT(varchar, PIVOT_CODE) + ']' would fail.
Helpful tip: When writing Dyanmic SQL, format it as well. it'll make things far easier to debug. Just because your SQL is dynamic doesn't mean you should forget simple things like good use of whitespace and linebreaks.
I work with the AventureWorks2014 database in Microsoft SQL Server. I need to create a view that will show the CustomerID, the full name and the TOTAL amount sold to client through the web.
My problem is that I can't seem to get the values corresponding to a single customer add up so that a single customer answers to a single line in my result. This is the code I have, any help would be appreciated. I basically need to show the total amount sold to clients on the web.
if object_id('vTotalWebSalesPerCustomer', 'v') is not null
drop view vTotalWebSalesPerCustomer;
go
create view vTotalWebSalesPerCustomer
as
select distinct
c.CustomerID,
ltrim(rtrim(concat(concat(concat(concat(concat(concat(concat(p.Title, ' '), p.LastName), ', '), ' '), p.FirstName), ' '), p.Suffix))) as NomClient,
soh.TotalDue
from
[Sales].[Customer] as c
left join
[Person].[Person] as p on c.CustomerID = p.BusinessEntityID
left join
[Sales].[SalesOrderHeader] as soh on soh.CustomerID = c.CustomerID
where
year(soh.OrderDate) = 2014
and datepart(quarter, soh.OrderDate) = 1
and [OnlineOrderFlag] = 1
go
select *
from vTotalWebSalesPerCustomer
Thanks
Sounds like you need to use GROUP BY and SUM(), example:
SELECT column-names
FROM table-name
WHERE condition
GROUP BY column-names
ORDER BY column-names
Such as:
SELECT SUM(O.TotalPrice), C.FirstName, C.LastName
FROM [Order] O JOIN Customer C
ON O.CustomerId = C.Id
GROUP BY C.FirstName, C.LastName
ORDER BY SUM(O.TotalPrice) DESC
Would return:
Sum FirstName LastName
117483.39 Horst Kloss
115673.39 Jose Pavarotti
113236.68 Roland Mendel
57317.39 Patricia McKenna
52245.90 Paula Wilson
34101.15 Mario Pontes
32555.55 Maria Larsson
DISTINCT filters result rows to remove duplicates. What I think you want is to aggregate rows. Perhaps this will do what you want:
create view vTotalWebSalesPerCustomer as
select c.CustomerID,
ltrim(rtrim(concat(concat(concat(concat(concat(concat(concat(p.Title, ' '), p.LastName), ', '), ' '), p.FirstName), ' '), p.Suffix))) as NomClient,
sum(soh.TotalDue) as TotalDue
from [Sales].[Customer] as c
left join [Person].[Person] as p on c.CustomerID = p.BusinessEntityID
left join [Sales].[SalesOrderHeader] as soh on soh.CustomerID = c.CustomerID
where year(soh.OrderDate) = 2014 and datepart(quarter, soh.OrderDate)=1 and [OnlineOrderFlag] = 1
group by c.CustomerID,NomClient
Note that I removed distinct, added sum operator on the amount you want to total, and group by the customer id and name fields (SQL Server requires that you list in the GROUP BY all result columns which are not being aggregated).
You can use the following VIEW using a GROUP BY on the SELECT:
IF OBJECT_ID('vTotalWebSalesPerCustomer', 'v') IS NOT NULL
DROP VIEW vTotalWebSalesPerCustomer;
GO
CREATE VIEW vTotalWebSalesPerCustomer AS
SELECT
x.CustomerID,
LTRIM(RTRIM(CONCAT(p.Title, ' ', p.LastName, ', ', p.FirstName, ' ', p.Suffix))) AS NomClient,
x.TotalDue
FROM (
SELECT
c.CustomerID AS CustomerID,
SUM(soh.TotalDue) AS TotalDue
FROM [Sales].[Customer] AS c
LEFT JOIN [Sales].[SalesOrderHeader] AS soh ON soh.CustomerID = c.CustomerID
WHERE YEAR(soh.OrderDate) = 2014 AND DATEPART(quarter, soh.OrderDate) = 1 AND [OnlineOrderFlag] = 1
GROUP BY c.CustomerID
)x LEFT JOIN [Person].[Person] AS p ON x.CustomerID = p.BusinessEntityID
GO
Note: You only need one CONCAT function to concat all string values.
I'm trying to insert the result from a query into a new table.
I'm using this query and want to gather the result into a single table.
The query (I found somewhere) looks like this:
USE [AdventureWorksDW2012]
SELECT
OBJECT_SCHEMA_NAME(T.[object_id],DB_ID()) AS [Schema],
T.[name] AS [table_name],
AC.[name] AS [column_name],
TY.[name] AS system_data_type,
AC.[max_length],
AC.[precision], AC.[scale],
AC.[is_nullable], AC.[is_ansi_padded]
FROM
sys.[tables] AS T
INNER JOIN
sys.[all_columns] AC ON T.[object_id] = AC.[object_id]
INNER JOIN
sys.[types] TY ON AC.[system_type_id] = TY.[system_type_id]
AND AC.[user_type_id] = TY.[user_type_id]
WHERE
T.[is_ms_shipped] = 0
ORDER BY
T.[name], AC.[column_id];
Try using an INTO clause like this:
USE [AdventureWorksDW2012]
SELECT OBJECT_SCHEMA_NAME(T.[object_id],DB_ID()) AS [Schema],
T.[name] AS [table_name], AC.[name] AS [column_name],
TY.[name] AS system_data_type, AC.[max_length],
AC.[precision], AC.[scale], AC.[is_nullable], AC.[is_ansi_padded]
INTO dbo.MyNewTable
FROM sys.[tables] AS T
INNER JOIN sys.[all_columns] AC ON T.[object_id] = AC.[object_id]
INNER JOIN sys.[types] TY ON AC.[system_type_id] = TY.[system_type_id]
AND AC.[user_type_id] = TY.[user_type_id]
WHERE T.[is_ms_shipped] = 0
ORDER BY T.[name], AC.[column_id]
;
Use INTO clause as next:-
USE [AdventureWorksDW2012]
SELECT OBJECT_SCHEMA_NAME(T.[object_id],DB_ID()) AS [Schema],
T.[name] AS [table_name], AC.[name] AS [column_name],
TY.[name] AS system_data_type, AC.[max_length],
AC.[precision], AC.[scale], AC.[is_nullable], AC.[is_ansi_padded]
Into New_table -- this line is added.
FROM sys.[tables] AS T
INNER JOIN sys.[all_columns] AC ON T.[object_id] = AC.[object_id]
INNER JOIN sys.[types] TY ON AC.[system_type_id] = TY.[system_type_id] AND AC.[user_type_id] = TY.[user_type_id]
WHERE T.[is_ms_shipped] = 0
ORDER BY T.[name], AC.[column_id]
The sample code is
Select *
Into New_table
From Exist_Table
and as MSDN says:-
SELECT…INTO creates a new table in the default filegroup and inserts
the resulting rows from the query into it.
I want to query a view or table for the currently running SQL agent job steps and when did they start.
I've tried queries below but it gives me JOB datetime rather then step datetime.
select top 100 * from msdb.dbo.sysjobsteps
select top 100 * from msdb.dbo.sysjobstepslogs
select top 100 * from msdb.dbo.sysjobhistory
exec master.dbo.xp_sqlagent_enum_jobs 1 , garbage -- gives me currently running job step
Screen Shot of desired values below from SQL Activity Monitor.
try the following
SELECT
ja.job_id as JobId,
j.name AS JobName,
ja.start_execution_date as StartDn,
ISNULL(last_executed_step_id,0)+1 AS CurrentStepId
FROM msdb.dbo.sysjobactivity ja
LEFT JOIN msdb.dbo.sysjobhistory jh ON ja.job_history_id = jh.instance_id
INNER JOIN msdb.dbo.sysjobs j ON ja.job_id = j.job_id
INNER JOIN msdb.dbo.sysjobsteps js ON ja.job_id = js.job_id AND ISNULL(ja.last_executed_step_id,0)+1 = js.step_id
INNER JOIN msdb.dbo.syssessions r ON r.session_id = ja.session_id
WHERE start_execution_date is not null
AND stop_execution_date is null;
You might check this article for further information
hope this will help you
/* Hank Freeman */
use master
go
SELECT
ja.job_id,
j.name AS job_name,
ja.start_execution_date,
--2019-06-10 18:54:31.000
getdate() as 'NOW',
'0'+Cast(Datepart(hh,(getdate() - ja.start_execution_date)) as char(2)) + ':' +
Cast(Datepart(n,(getdate() - ja.start_execution_date)) as char(2)) + ':' +
'0'+Cast(Datepart(ss,(getdate() - ja.start_execution_date)) as char(2)) as 'Duration',
Cast(DATEDIFF(n,ja.start_execution_date,getdate()) as char(5)) as 'Duration_Mins',
ISNULL(last_executed_step_id,0)+1 AS cur_exec_step_id,
Js.step_name
FROM msdb.dbo.sysjobactivity ja
LEFT JOIN msdb.dbo.sysjobhistory jh
ON ja.job_history_id = jh.instance_id
JOIN msdb.dbo.sysjobs j
ON ja.job_id = j.job_id
JOIN msdb.dbo.sysjobsteps js
ON ja.job_id = js.job_id
AND ISNULL(ja.last_executed_step_id,0)+1 = js.step_id
WHERE ja.session_id = (
SELECT TOP 1 session_id
FROM msdb.dbo.syssessions
ORDER BY session_id DESC
)
AND start_execution_date is not null
AND stop_execution_date is null
order by 2
;