I have the below Pivot and output. I would like to display the below.
Remove the parentheses around the columns?
Add indicator of X and Null in substitute of 1 and 0?
SQL:
SELECT DISTINCT
*
FROM (
SELECT D.ID, D.DI, A.ID
FROM A
LEFT JOIN AD ON A.ID = AD.ID
LEFT JOIN D ON AD.ID = D.ID
WHERE 1=1
AND A.ID = 890929
)
PIVOT
(
COUNT(ID)
FOR DI IN ( 'Low med','Soft','Regular','High Med','Other')
)
Query output:
ID 'Low med' 'Soft' 'Regular' 'High Med' 'Other'
1 1 1 0 0 1
Expected output:
ID LOW_MED SOFT REGULAR HIGH_MED OTHER
1 X X NULL NULL X
You can remove the single quotes (not parentheses, which are ()), by aliasing the pivoted expressions:
FOR DI IN ('Low med' as low_med, 'Soft' as soft, 'Regular' as regular,
'High Med' as high_med,'Other' as other)
You can then use those aliases for the second part, but adding case expressions to your main query:
SELECT id,
case when low_med = 1 then 'X' else null end as low_med,
case when soft = 1 then 'X' else null end as soft,
case when regular = 1 then 'X' else null end as regular,
case when high_med = 1 then 'X' else null end as high_med,
case when other = 1 then 'X' else null end as other
FROM (
SELECT D.ID, D.DI, A.ID
FROM A
LEFT JOIN AD ON A.ID = AD.ID
LEFT JOIN D ON AD.ID = D.ID
WHERE 1=1
AND A.ID = 890929
)
PIVOT
(
COUNT(ID)
FOR DI IN ('Low med' as low_med, 'Soft' as soft, 'Regular' as regular,
'High Med' as high_med,'Other' as other)
)
Related
it says "not a groupby function". when I add D.unitpricef to groupby it doesn't show any error,but in result it shows same itmcode multiple time. one item code should diplay only one time
SELECT
ItemCode,
case when H.InvoType = 1 then concat(ItemCode,' ( SLT Equipment )' ) else concat(ItemCode,' (
CONBES Eqipment )' ) end as EquName,
case when TRIM(SUM(QTY)) is null then '' else TRIM(TO_CHAR(SUM(QTY),'999999')) end as QTY,
CAST( (SUM(QTY) * D.unitpricef) AS NUMBER(38,2)) AS Amount
FROM Invoicedetails D
INNER JOIN
invoiceheader H ON D.InvoiceNo = H.InvoiceNo
INNER JOIN Equipment E ON E.EquCode = ItemCode
WHERE
H.CancelStat= 0
AND H.ReceiptStat = 1
AND H.BCCODE = 'xxx'
GROUP BY ItemCode,H.InvoType ORDER BY ItemCode ASC;
You need to group by using the same expressions associated to the aggregate function
SELECT
ItemCode,
case when H.InvoType = 1 then concat(ItemCode,' ( SLT Equipment )' ) else concat(ItemCode,' ( CONBES Eqipment )' ) end as EquName,
case when TRIM(SUM(QTY)) is null then '' else TRIM(TO_CHAR(SUM(QTY),'999999')) end as QTY,
CAST( (SUM(QTY) * D.unitpricef) AS NUMBER(38,2)) AS Amount
FROM Invoicedetails D
INNER JOIN
invoiceheader H ON D.InvoiceNo = H.InvoiceNo
INNER JOIN Equipment E ON E.EquCode = ItemCode
WHERE
H.CancelStat= 0
AND H.ReceiptStat = 1
AND H.BCCODE = 'xxx'
GROUP BY
ItemCode
case when H.InvoType = 1 then concat(ItemCode,' ( SLT Equipment )' ) else concat(ItemCode,' ( CONBES Eqipment )' ) end
ORDER BY ItemCode ASC;
I have two query as below and both of them work well. Now I need to combine them and if the first select find rows then no need to run the second select
1.
select f.*, o.org_sn, ttt.name linkman_name, ttt.phone phone_num
from td_archive_feedback f
left join TD_SM_ORG o
on f.recv_org_id = o.org_id
left join (--if this select returns no row , then change.if find matching rows then don't change
select wm_concat(linkman_name) name,
wm_concat(phone_num) phone,
org_id
from (select linkman_name, phone_num, LINK_ORG_ID, org_id
from TD_SM_LINKMAN
where STATE = '2'
and (LINK_ORG_ID = #link_org_id)) t
group by org_id) ttt
on ttt.org_id = o.org_id
--
left join td_sm_dict_item di
on o.org_level = di.item_id
where f.businessid = #businiessid
select f.*, o.org_sn, ttt.name linkman_name, ttt.phone phone_num
from td_archive_feedback f
left join TD_SM_ORG o
on f.recv_org_id = o.org_id
left join (--if the first left join return no rows ,then change to this
select wm_concat(linkman_name) name,
wm_concat(phone_num) phone,
t.org_id
from (
select linkman_name, phone_num, LINK_ORG_ID, org_id
from TD_SM_LINKMAN
where STATE = '2'
and (LINK_ORG_ID is null or LINK_ORG_ID = '')) t
group by t.org_id) ttt
on ttt.org_id = o.org_id
--
left join td_sm_dict_item di
on o.org_level = di.item_id
where f.businessid = #businessid;
Just like I remarked, if
select wm_concat(linkman_name) name,.... where STATE = '2'
and (LINK_ORG_ID = #link_org_id)) t
... returns no rows,
I want to change this to:
select wm_concat(linkman_name) name,.... where STATE = '2' and (LINK_ORG_ID is null or LINK_ORG_ID = '')) t.
Please help me, thanks.
Use Or condition:
select f.*, o.org_sn, ttt.name linkman_name, ttt.phone phone_num
from td_archive_feedback f
left join TD_SM_ORG o
on f.recv_org_id = o.org_id
left join (--if this select returns no row , then change
select wm_concat(linkman_name) name,
wm_concat(phone_num) phone,
org_id
from (select linkman_name, phone_num, LINK_ORG_ID, org_id
from TD_SM_LINKMAN
where STATE = '2'
and (
(LINK_ORG_ID = #link_org_id) or
(LINK_ORG_ID is null or LINK_ORG_ID = '')
) t
group by org_id) ttt
on ttt.org_id = o.org_id
--
left join td_sm_dict_item di
on o.org_level = di.item_id
where f.businessid = #businiessid
Select
c.id AS case_id,
c.id AS case_number,
tt.description as Target_Type,
coalesce(
v_vendors.vendor_number,
vma.org_code,
TO_CHAR(sm.staff_member_id),
la.org_code,
oe.other_fns_number,
TO_CHAR(oe.other_id),
TO_CHAR(c_clients.client_id)
) as Target_Identifier,
coalesce(
v_vendors.vendor_name,
vma.name,
s_wic_users.username,
la.name,
oe.other_name,
UPPER(
c_clients.last_name || ', ' || c_clients.first_name
)
) as Target_Name,
c.date_opened AS Open_Date,
c.date_closed AS Close_Date,
t.target_type_id,
t.target_id,
s.description AS Status,
case when aIosm.last_name is null then '' else UPPER(
aIosm.last_name || ', ' || aIosm.first_name
) end Investigator,
case when aSosm.last_name is null then '' else UPPER(
aSosm.last_name || ', ' || aSosm.first_name
) end Supervisor,
c.Notes AS Supervisor_Comments,
aI.Date_Assigned as Assign_Date,
----subquery starts
(
select
lat.description
from
investigation_actions_taken iat
join investig_lu_action_type lat on iat.action_type_id = lat.id
where
iat.investigation_case_id = c.id
and iat.is_deleted <> 'T'
order by
iat.date_assessed desc,
iat.date_created desc OFFSET 0 ROWS FETCH NEXT 1 ROWS ONLY
) AS Last_Action
from
v_investigation_cases c
join investigation_target t on c.target_id = t.target_id
join v_lu_inv_status s on (
case when date_closed <= TRUNC(sysdate) then 2 else case when date_opened > TRUNC(sysdate) then 2 else 1 end end
) = s.status_id
join investigation_target_type tt on t.target_type_id = tt.target_type_id
---left join starts
left join investigation_case_assignment aI on c.id = aI.investigation_case_id
and aI.date_roll_off is null
and aI.assignment_type = 'I'
left join o_staff_members aIosm on aI.staff_member_id = aIosm.staff_member_id
left join investigation_case_assignment Super on c.id = Super.investigation_case_id
and Super.date_roll_off is null
and Super.assignment_type = 'S'
left join o_staff_members aSosm on Super.staff_member_id = aSosm.staff_member_id
-----left join starts
left join v_vendors on t.vendor_id = v_vendors.id
left join o_organizational_units vma on t.vendor_management_area_id = vma.seq_id
left join c_clients on t.client_id = c_clients.client_id
left join o_staff_members sm on t.user_id = sm.staff_member_id
left join s_wic_users on sm.staff_member_id = s_wic_users.sm_staff_member_id
left join investigation_other_entity oe on t.non_wic_vendor_id = oe.other_id
left join o_organizational_units la on t.local_agency_id = la.seq_id
---end of the query
Here's an article about what you can achieve in Oracle 12c with the OFFEST FETCH based on Kaushik Nayak.
http://www.dba-oracle.com/t_offset_fet_first_rows_only.htm
I hope it can help you to convert your original query to 11g. Good luck.
I am sort of a newbie to oracle/sql. I am trying to pull from the same column different values and add them with some other information. The other information is not the issue it is trying to count and add here the problem comes in.
I am connecting to an oracle database. Here is what i have
SELECT
EV.PUBLIC_DESCRIPTION,
EV.EVENT_DATE,
ES.PRICE,
BT.BUYER_TYPE_CODE,
PCA.ADDR1,
PCA.ADDR2,
PCA.CITY,
PCA.POSTAL_CODE,
PCE.EMAIL,
PC.FORMATTED_NAME,
PCP.PHONE_NUMBER,
PCP.SECONDARY,
SUM(COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRADLT' THEN 1 ELSE 0 END) + COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRADTE' THEN 1 ELSE 0 END) + COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRSTND' THEN 1 ELSE 0 END) + COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GSTDTE' THEN 1 ELSE 0 END) + COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GROUDI' THEN 1 ELSE 0 END)) AS "Adults",
SUM(COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRCHILD' THEN 1 ELSE 0 END) + COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRCHTE' THEN 1 ELSE 0 END)) AS 'Paid Child',
SUM(COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRPCH' THEN 1 ELSE 0 END)) AS 'Free Child',
SUM(COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRCOMP' THEN 1 ELSE 0 END)) AS 'Comps'
FROM EVENT EV
INNER JOIN EVENT_SEAT ES ON EV.EVENT_ID = ES.EVENT_ID
INNER JOIN BUYER_TYPE BT ON ES.BUYER_TYPE_ID = BT.BUYER_TYPE_ID
INNER JOIN PATRON_ORDER PO ON ES.ORDER_ID = PO.ORDER_ID
INNER JOIN PATRON_ACCOUNT PA ON ES.ATTENDING_PATRON_ACCOUNT_ID = PA.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT PC ON PA.PATRON_ACCOUNT_ID = PC.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT_ADDRESS PCA ON PC.PATRON_ACCOUNT_ID = PCA.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT_EMAIL PCE ON PCA.PATRON_ACCOUNT_ID = PCE.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT_PHONE PCP ON PCE.PATRON_ACCOUNT_ID = PCP.PATRON_ACCOUNT_ID
GROUP BY EV.PUBLIC_DESCRIPTION, EV.EVENT_DATE
ORDER BY ES.TRANSACTION_ID DESC, PCP.SECONDARY DESC, PCP.PHONE_NUMBER DESC, PC.FORMATTED_NAME DESC, PCE.EMAIL DESC, PCA.POSTAL_CODE DESC, PCA.CITY DESC, PCA.ADDR2 DESC, PCA.ADDR1 DESC, BT.BUYER_TYPE_CODE DESC, ES.PRICE DESC;
any help would be greatly appreciated
You need to decide which technique you want to use, currently you are using 2 techniques and they are colliding.
For this you must know: COUNT() will increment by one for every NON-NULL value
So, to use COUNT() with a case expression do this
COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRSTND' THEN 1 END)
or
COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRSTND' THEN 1 ELSE NULL END)
OR, don't use COUNT(), use SUM() instead
SUM(CASE WHEN BT.BUYER_TYPE_CODE = 'GRSTND' THEN 1 ELSE 0 END)
To add conditions together, I suggest you use the case expression better
Instead of something like this:
, COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRADLT' THEN 1 END)
+ COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRADTE' THEN 1 END)
+ COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRSTND' THEN 1 END)
+ COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GSTDTE' THEN 1 END)
+ COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GROUDI' THEN 1 END) AS "Adults"
Use this:
COUNT(CASE WHEN BT.BUYER_TYPE_CODE IN ('GRADLT','GRADTE','GRSTND','GSTDTE','GROUDI') THEN 1 ELSE NULL END)
There is also an issue with your GROUP BY, which MUST contain ALL non-aggregating columns. I think your query should look more like this:
SELECT
EV.PUBLIC_DESCRIPTION
, EV.EVENT_DATE
, ES.PRICE
/* , BT.BUYER_TYPE_CODE */
, PCA.ADDR1
, PCA.ADDR2
, PCA.CITY
, PCA.POSTAL_CODE
, PCE.EMAIL
, PC.FORMATTED_NAME
, PCP.PHONE_NUMBER
, PCP.SECONDARY
, COUNT(CASE WHEN BT.BUYER_TYPE_CODE IN ('GRADLT', 'GRADTE', 'GRSTND', 'GSTDTE', 'GROUDI') THEN 1 ELSE NULL END) AS "Adults"
, COUNT(CASE WHEN BT.BUYER_TYPE_CODE IN ('GRCHILD', 'GRCHTE', 'GRPCH', 'GRCOMP') THEN 1 ELSE NULL END) AS "Free Child"
, COUNT(CASE WHEN BT.BUYER_TYPE_CODE = 'GRCOMP' THEN 1 ELSE NULL END) AS "Comps"
FROM EVENT EV
INNER JOIN EVENT_SEAT ES
ON EV.EVENT_ID = ES.EVENT_ID
INNER JOIN BUYER_TYPE BT
ON ES.BUYER_TYPE_ID = BT.BUYER_TYPE_ID
INNER JOIN PATRON_ORDER PO
ON ES.ORDER_ID = PO.ORDER_ID
INNER JOIN PATRON_ACCOUNT PA
ON ES.ATTENDING_PATRON_ACCOUNT_ID = PA.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT PC
ON PA.PATRON_ACCOUNT_ID = PC.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT_ADDRESS PCA
ON PC.PATRON_ACCOUNT_ID = PCA.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT_EMAIL PCE
ON PCA.PATRON_ACCOUNT_ID = PCE.PATRON_ACCOUNT_ID
INNER JOIN PATRON_CONTACT_PHONE PCP
ON PCE.PATRON_ACCOUNT_ID = PCP.PATRON_ACCOUNT_ID
GROUP BY
EV.PUBLIC_DESCRIPTION
, EV.EVENT_DATE
, ES.PRICE
/* , BT.BUYER_TYPE_CODE */
, PCA.ADDR1
, PCA.ADDR2
, PCA.CITY
, PCA.POSTAL_CODE
, PCE.EMAIL
, PC.FORMATTED_NAME
, PCP.PHONE_NUMBER
, PCP.SECONDARY
/* check all these columns exist in the select clause
ORDER BY
ES.TRANSACTION_ID DESC
, PCP.SECONDARY DESC
, PCP.PHONE_NUMBER DESC
, PC.FORMATTED_NAME DESC
, PCE.EMAIL DESC
, PCA.POSTAL_CODE DESC
, PCA.CITY DESC
, PCA.ADDR2 DESC
, PCA.ADDR1 DESC
, BT.BUYER_TYPE_CODE DESC
, ES.PRICE DESC
*/
When you come the the final clause: ORDER BY you can ONLY reference columns that exist in the select clause. This example would FAIL
select column1 from table1 group by column1 order by fred
but this would work:
select column1 from table1 group by column1 order by column1
Your column aliases 'Paid Child', 'Free Child', 'Comps' should not be wrapped in single quotes. You should be using double quotes like you are already for "Adults".
So they should instead be:
"Paid Child"
"Free Child"
"Comps"
Or better yet, consider naming your aliases without any spaces, so you don't have to worry about wrapping the aliases in anything, like this:
paid_child
free_child
comps
Documentation on Database Object Names and Qualifiers:
Database Object Naming Rules
Every database object has a name. In a SQL statement, you represent the name of an object with a quoted identifier or a nonquoted identifier.
A quoted identifier begins and ends with double quotation marks ("). If you name a schema object using a quoted identifier, then you must use the double quotation marks whenever you refer to that object.
A nonquoted identifier is not surrounded by any punctuation.
...
Although column aliases, table aliases, usernames, and passwords are not objects or parts of objects, they must also follow these naming rules unless otherwise specified in the rules themselves.
I'd like to know why INNER JOINs are generated instead of LEFT and why the whole view is selected before join instead of just adding LEFT JOIN view.
I'm trying to post a table of information which is spread out over several tables. Basically I want to search by the date and return all the information for events happening today, yesterday, this month - whatever the user selects. The query is quite long. I added DefaultIfEmpty to all the tables except the main one in an attempt to get LEFT JOINs but it just made a mess.
using (TransitEntities t = new TransitEntities())
{
var charters = from c in t.tblCharters
join v in t.tblChartVehicles.DefaultIfEmpty()
on c.Veh
equals v.ChartVehID
join n in t.tblNACharters.DefaultIfEmpty()
on c.Dpt.Substring(c.Dpt.Length - 1)
equals SqlFunctions.StringConvert((double)n.NAID)
join r in t.tblChartReqs.DefaultIfEmpty()
on c.ChartReqID
equals r.ChartReqID
join f in t.tblCharterCustomers.DefaultIfEmpty()
on c.Dpt
equals (f.DptID == "NONAFF" ? SqlFunctions.StringConvert((double)f.CustID) : f.DptID)
join d in t.tblChartReqDocs.DefaultIfEmpty()
on c.Attach
equals SqlFunctions.StringConvert((double)d.DocID)
join s in t.tblChartSupAttaches.DefaultIfEmpty()
on c.SupAttach
equals SqlFunctions.StringConvert((double)s.DocID)
join p in (from e in t.v_EmpData select new {e.UIN, e.First, e.Last}).DefaultIfEmpty()
on c.TakenUIN
equals p.UIN
where c.BeginTime > EntityFunctions.AddYears(DateTime.Now,-1)
select new
{
ChartID = c.ChartID,
Status = c.Status,
...
Website = r.Website,
};
//select today's events
gvCharters.DataSource = charters.Where(row => (row.BeginTime.Value >= midnight && row.BeginTime.Value < midnight1));
This results in very convoluted SQL:
SELECT
[Extent1].[ChartID] AS [ChartID],
[Extent1].[Status] AS [Status],
...
[Join5].[Website] AS [Website],
FROM [dbo].[tblCharters] AS [Extent1]
INNER JOIN (SELECT [Extent2].[ChartVehID] AS [ChartVehID], [Extent2].[Descr] AS [Descr]
FROM ( SELECT 1 AS X ) AS [SingleRowTable1]
LEFT OUTER JOIN [dbo].[tblChartVehicles] AS [Extent2] ON 1 = 1 ) AS [Join1] ON ([Extent1].[Veh] = [Join1].[ChartVehID]) OR (([Extent1].[Veh] IS NULL) AND ([Join1].[ChartVehID] IS NULL))
INNER JOIN (SELECT [Extent3].[NAID] AS [NAID], [Extent3].[Descr] AS [Descr]
FROM ( SELECT 1 AS X ) AS [SingleRowTable2]
LEFT OUTER JOIN [dbo].[tblNACharter] AS [Extent3] ON 1 = 1 ) AS [Join3] ON ((SUBSTRING([Extent1].[Dpt], ((LEN([Extent1].[Dpt])) - 1) + 1, (LEN([Extent1].[Dpt])) - ((LEN([Extent1].[Dpt])) - 1))) = (STR( CAST( [Join3].[NAID] AS float)))) OR ((SUBSTRING([Extent1].[Dpt], ((LEN([Extent1].[Dpt])) - 1) + 1, (LEN([Extent1].[Dpt])) - ((LEN([Extent1].[Dpt])) - 1)) IS NULL) AND (STR( CAST( [Join3].[NAID] AS float)) IS NULL))
INNER JOIN (SELECT [Extent4].[ChartReqID] AS [ChartReqID], [Extent4].[Event] AS [Event], [Extent4].[ContactName] AS [ContactName], [Extent4].[ContactPhone] AS [ContactPhone], [Extent4].[Website] AS [Website]
FROM ( SELECT 1 AS X ) AS [SingleRowTable3]
LEFT OUTER JOIN [dbo].[tblChartReq] AS [Extent4] ON 1 = 1 ) AS [Join5] ON ([Extent1].[ChartReqID] = [Join5].[ChartReqID]) OR (([Extent1].[ChartReqID] IS NULL) AND ([Join5].[ChartReqID] IS NULL))
INNER JOIN (SELECT [Extent5].[CustID] AS [CustID], [Extent5].[Dpt] AS [Dpt], [Extent5].[DptID] AS [DptID]
FROM ( SELECT 1 AS X ) AS [SingleRowTable4]
LEFT OUTER JOIN [dbo].[tblCharterCustomers] AS [Extent5] ON 1 = 1 ) AS [Join7] ON ([Extent1].[Dpt] = (CASE WHEN (N'NONAFF' = [Join7].[DptID]) THEN STR( CAST( [Join7].[CustID] AS float)) ELSE [Join7].[DptID] END)) OR (([Extent1].[Dpt] IS NULL) AND (CASE WHEN (N'NONAFF' = [Join7].[DptID]) THEN STR( CAST( [Join7].[CustID] AS float)) ELSE [Join7].[DptID] END IS NULL))
INNER JOIN (SELECT [Extent6].[DocID] AS [DocID], [Extent6].[FileName] AS [FileName]
FROM ( SELECT 1 AS X ) AS [SingleRowTable5]
LEFT OUTER JOIN [dbo].[tblChartReqDocs] AS [Extent6] ON 1 = 1 ) AS [Join9] ON ([Extent1].[Attach] = (STR( CAST( [Join9].[DocID] AS float)))) OR (([Extent1].[Attach] IS NULL) AND (STR( CAST( [Join9].[DocID] AS float)) IS NULL))
INNER JOIN (SELECT [Extent7].[DocID] AS [DocID], [Extent7].[FileName] AS [FileName]
FROM ( SELECT 1 AS X ) AS [SingleRowTable6]
LEFT OUTER JOIN [dbo].[tblChartSupAttach] AS [Extent7] ON 1 = 1 ) AS [Join11] ON ([Extent1].[SupAttach] = (STR( CAST( [Join11].[DocID] AS float)))) OR (([Extent1].[SupAttach] IS NULL) AND (STR( CAST( [Join11].[DocID] AS float)) IS NULL))
INNER JOIN (SELECT [Extent8].[First] AS [First], [Extent8].[Last] AS [Last], [Extent8].[UIN] AS [UIN]
FROM ( SELECT 1 AS X ) AS [SingleRowTable7]
LEFT OUTER JOIN (SELECT
[v_EmpData].[First] AS [First],
[v_EmpData].[Last] AS [Last],
[v_EmpData].[Legal] AS [Legal],
[v_EmpData].[Name] AS [Name],
[v_EmpData].[Email] AS [Email],
[v_EmpData].[UIN] AS [UIN],
[v_EmpData].[UserNM] AS [UserNM],
[v_EmpData].[Worker] AS [Worker],
[v_EmpData].[SUPERVISORNUM] AS [SUPERVISORNUM],
[v_EmpData].[Supervisor] AS [Supervisor],
[v_EmpData].[EmpArea] AS [EmpArea],
[v_EmpData].[Title] AS [Title],
[v_EmpData].[FullName] AS [FullName],
[v_EmpData].[HireDate] AS [HireDate],
[v_EmpData].[WORKERTYPENM] AS [WORKERTYPENM],
[v_EmpData].[Birth] AS [Birth],
[v_EmpData].[HOMESTREET] AS [HOMESTREET],
[v_EmpData].[HOMECITY] AS [HOMECITY],
[v_EmpData].[HOMEZIP] AS [HOMEZIP],
[v_EmpData].[HOMESTATE] AS [HOMESTATE],
[v_EmpData].[PicID] AS [PicID],
[v_EmpData].[WorkPhone] AS [WorkPhone],
[v_EmpData].[HomePhone] AS [HomePhone],
[v_EmpData].[WorkCellPhone] AS [WorkCellPhone]
FROM [dbo].[v_EmpData] AS [v_EmpData]) AS [Extent8] ON 1 = 1 ) AS [Join13] ON ([Extent1].[TakenUIN] = [Join13].[UIN]) OR (([Extent1].[TakenUIN] IS NULL) AND ([Join13].[UIN] IS NULL))
WHERE ([Extent1].[BeginTime] > (DATEADD (year, -1, SysDateTime())))
AND ('C' <> [Extent1].[Status])
AND ([Extent1].[BeginTime] >= '11/28/2012 12:00:00 AM')
AND ([Extent1].[BeginTime] < '11/29/2012 12:00:00 AM')
This is what my original SQL query looked like and what I was hoping it would be closer to:
SELECT
ChartID,
c.Status,
...
r.Website As Website,
FROM tblChartersNew c
LEFT JOIN (SELECT [Dpt],[DptID] FROM [DRVRDiscipline].[dbo].[tblCharterCustomers] Where Valid=1 and DptID <> 'NONAFF' UNION SELECT Dpt, CONVERT(nvarchar,CustID) AS DptID FROM [DRVRDiscipline].[dbo].[tblCharterCustomers] Where Valid=1 and DptID = 'NONAFF') f
ON RTRIM(c.Dpt) = f.DptID LEFT JOIN [tskronos].WfcSuite.dbo.VP_ALLPERSONV42 p ON p.PersonNUM = c.TakenUIN
LEFT JOIN tblChartVehicles v ON v.ChartVehID = c.Veh
LEFT JOIN tblNACharter n ON CAST(n.NAID AS varchar) = RIGHT(c.Dpt, LEN(c.Dpt)-1)
LEFT JOIN tblChartReq r
ON r.ChartReqID = c.ChartReqID
WHERE CONVERT(datetime,CONVERT(char(10),c.BeginTime,101)) = (SELECT TOP 1 CONVERT(datetime,CONVERT(char(10),BeginTime,101)) from tblChartersNew WHERE CONVERT(datetime,CONVERT(char(10),BeginTime,101)) >= CONVERT(datetime,CONVERT(char(10),GETDATE(),101)) ORDER BY BeginTime)
AND NOT c.ChartReqID IS NULL
ORDER BY BeginTime, ISNULL(f.Dpt,c.Dpt)
I also add a Select New on the view to avoid selecting all of the columns when I only need three but it didn't seem to make a difference. Instead of adding LEFT JOIN v_EmpData it adds LEFT OUTER JOIN and then selects all of the columns in the view. It seems to be ignoring the Select New.
I'd really like to transition to using Linq to Entities for the majority of my queries because intellisense makes it so much easier to make sure it's right and to have variations of queries without having to have separate functions for each but maybe I need to stick with plain old SQL. I know just enough to make a big mess. Any suggestions?
For complex queries like what you need.
I would suggest looking into FunctionImport.
MSDN Function Import
This would save you the headache of creating a LINQ that would be 1:1 to your expected generated SQL.