SELECT clm.CLCL_PAYEE_PR_ID, clm.SBSB_CK, clm.CLCL_ID, clm.clcl_id_adj_to,clm.clcl_id_adj_from, clm.CLCL_PAID_DT
FROM ODW.DW.fac_cmc_clcl_claim CLM
INNER JOIN ODW.DW.fac_cmc_meme_member MEME ON MEME.meme_ck = CLM.meme_ck
INNER JOIN ODW.DW.fac_cmc_mepe_prcs_elig MEPE ON MEPE.meme_ck = MEME.meme_ck
INNER JOIN ODW.DW.fac_cmc_mepr_prim_prov MEPR ON MEPE.meme_ck = MEPR.meme_ck AND CLM.clcl_prpr_id_pcp = MEPR.prpr_id
INNER JOIN ODW.DW.fac_cmc_sbsb_subsc SBSB ON MEME.sbsb_ck = SBSB.sbsb_ck
INNER JOIN ODW.DW.fac_cmc_prpr_prov PROV ON MEPR.prpr_id = PROV.prpr_id AND PROV.prpr_mctr_prty = 'RISK'
INNER JOIN ODW.DW.fac_cmc_prer_relation PRER ON PRER.prpr_id = MEPR.prpr_id
INNER JOIN ODW.DW.fac_cmc_plds_plan_desc PLDS ON MEPE.cspi_id = PLDS.cspi_id
INNER JOIN ODW.DW.fac_cmc_pdds_prod_desc PDDS ON MEPE.pdpd_id = PDDS.pdpd_id
WHERE CLM.clcl_paid_dt BETWEEN '2019-12-24 00:00:00.000' AND '2019-12-30 23:59:59.997'
AND CLM.clcl_cur_sts = '02'
AND CLM.clcl_cl_type = 'M'
AND CLM.clcl_cl_sub_type = 'H'
AND CLM.grgr_ck IN (46)
AND MEPR.grgr_ck IN (46)
AND MEPE.grgr_ck IN (46)
AND MEPE.mepe_elig_ind = 'Y'
AND CLM.clcl_low_svc_dt BETWEEN MEPE.mepe_eff_dt AND MEPE.mepe_term_dt
AND CLM.clcl_low_svc_dt BETWEEN MEPR.mepr_eff_dt AND MEPR.mepr_term_dt
AND SBSB.grgr_ck IN (46)
AND PRER.prer_prpr_entity = 'I'
AND PRER.prer_prpr_id IN ('64456546')
AND (PLDS.plds_desc LIKE '%risk%' OR PDDS.pdds_desc LIKE '%risk%');
This query runs in PROD with different variables which substitute the value of the hard coded values. It runs around 100 times per day in PROD and on some days some of the runs fail due to this error:
The multi-part identifier "PDDS.pdds_desc" could not be bound
Please note that all the joins are being done on views.
When I re-run the failed process, it succeeds the second time with no changes to the underlying query.
Can anyone suggest what could be the issue. Also, any performance optimization suggestions for this query query will be appreciated.
Thanks!
Related
I have a query and am using left joins. I have the left join clause as follows:
left outer join ( select pup.brokerage_code, pcz.zip, count (pup.aggregate_id) as VerifiedAgentCount
from partner_user_profiles pup
join partner_user_roles pure on pure.user_profile_id = pup.id
join profile_coverage_zips pcz on pcz.profile_id = pup.id
where lower(pure.role) = 'agent'
and pup.verification_status like 'Verified%'
group by pup.brokerage_code, pcz.zip) vac on vac.brokerage_code = b.brokerage_code and pcz.zip = bcz.zip
However I am getting the error message saying that I am missing the FROM entry clause for "pcz" however I aliased the table in the join clause so I am not sure what is wrong.
You have defined the table alias pcz within the sub-select however the alias no longer exists when the outside the sub-select. At the point you have used it the appropriate alias is the one for the entire sub-select, in this case vac. So: vac.zip = = bcz.zip
left outer join ( select pup.brokerage_code, pcz.zip, count (pup.aggregate_id) as VerifiedAgentCount
from partner_user_profiles pup
join partner_user_roles pure on pure.user_profile_id = pup.id
join profile_coverage_zips pcz on pcz.profile_id = pup.id
where lower(pure.role) = 'agent'
and pup.verification_status like 'Verified%'
group by pup.brokerage_code, pcz.zip
) vac on vac.brokerage_code = b.brokerage_code
and vac.zip = bcz.zip
I have a query and I keep getting this a 'missing FROM-clase entry for table e, rx.rootentityid = rh.entityid1 AND rh.schoolid = e.schoolid'.
can anyone see the error in my code. My postgresql knowledge is very limited.
SELECT
eh.entityid1, eh.entityname1, eh.entityid2, eh.entityname2,
eh.entityid3, eh.entityname3, eh.entityid4, eh.entityname4,
eh.entityid5, eh.entityname5, eh.entityid6, eh.entityname6,
eh.entityid7, eh.entityname7, eh.schoolentityid, eh.schoolid,
eh.emiscode, eh.schoolname, rh.entityid1 AS reportentityid1,
rh.entityname1 AS reportentityname1, rh.entityid2 AS reportentityid2,
rh.entityname2 AS reportentityname2
FROM dbo.vwentityhierarchyname
JOIN dbo.entity AS eh
ON vwentityhierarchyname.entityid1 = eh.entityid AND eh.entitytypeid = 1
CROSS JOIN (SELECT
hd.rootentityid
FROM dbo.hierarchydefinition AS hd
JOIN dbo.entity AS e
ON hd.rootentityid = e.entityid
WHERE hd.relatedrootentityid = e.entityid AND hd.entitytypeid = 7 AND LOWER(e.name) SIMILAR TO LOWER('%Report Regions%')) AS rx
LEFT OUTER JOIN dbo.vwentityhierarchyname AS rh
ON rx.rootentityid = rh.entityid1 AND rh.schoolid = e.schoolid
WHERE eh.schoolid = par_SchoolID
ORDER BY eh.entityid1 DESC NULLS FIRST
LIMIT 1;
Thanks
I have a query:
SELECT DISTINCT ON (analytics_staging_v2s.event_type, sent_email_v2s.recipient, sent_email_v2s.sent) sent_email_v2s.id, sent_email_v2s.user_id, analytics_staging_v2s.event_type, sent_email_v2s.campaign_id, sent_email_v2s.recipient, sent_email_v2s.sent, sent_email_v2s.stage, sent_email_v2s.sequence_id, people.role, people.company, people.first_name, people.last_name, sequences.name as sequence_name
FROM "sent_email_v2s"
LEFT JOIN analytics_staging_v2s ON sent_email_v2s.id = analytics_staging_v2s.sent_email_v2_id
JOIN people ON sent_email_v2s.person_id = people.id
JOIN sequences on sent_email_v2s.sequence_id = sequences.id
JOIN users ON sent_email_v2s.user_id = users.id
WHERE "sent_email_v2s"."status" = 1
AND "people"."person_type" = 0
AND (sent_email_v2s.sequence_id = 1888) AND (sent_email_v2s.sent >= '2016-03-18')
AND "users"."team_id" = 1
When I run EXPLAIN ANALYZE on it, I get:
Then, if I change that to the following (Just removing the (sent_email_v2s.sent >= '2016-03-18')) as follows:
SELECT DISTINCT ON (analytics_staging_v2s.event_type, sent_email_v2s.recipient, sent_email_v2s.sent) sent_email_v2s.id, sent_email_v2s.user_id, analytics_staging_v2s.event_type, sent_email_v2s.campaign_id, sent_email_v2s.recipient, sent_email_v2s.sent, sent_email_v2s.stage, sent_email_v2s.sequence_id, people.role, people.company, people.first_name, people.last_name, sequences.name as sequence_name
FROM "sent_email_v2s"
LEFT JOIN analytics_staging_v2s ON sent_email_v2s.id = analytics_staging_v2s.sent_email_v2_id
JOIN people ON sent_email_v2s.person_id = people.id
JOIN sequences on sent_email_v2s.sequence_id = sequences.id
JOIN users ON sent_email_v2s.user_id = users.id
WHERE "sent_email_v2s"."status" = 1
AND "people"."person_type" = 0
AND (sent_email_v2s.sequence_id = 1888) AND "users"."team_id" = 1
when I run EXPLAIN ANALYZE on this query, the results are:
EDIT:
The results above from today are about as I expected. When I ran this last night, however, the difference created by including the timestamp filter was about 100x slower (0.5s -> 59s). The EXPLAIN ANALYZE from last night showed all of the time increase to be attributed to the first unique/sort operation in the query plan above.
Could there be some kind of caching issue here? I am worried now that there might be something else going on (transiently) that might make this query take 100x longer since it happened at least once.
Any thoughts are appreciated!
I want to generate a table and all the variables I need are from a derived temporary table. Now, I need to calculate the time differences under different conditions, and I need to deal with 2 questions:
1. how to create variables in derived table.
2. how to split a variable into 2 variables using different conditions.
Please note that the sql statement I provide below is the simplified statement and please pay attention to the comments which will help you understand the question.
Thanks in advance for any tips.
Here is the SQL statement:
Select id, name, offline_time, Process_time from
## in the derived table, use the difference of createon in table a and b to calculte the offline_time and Process_time ##
## when {a.id = st.id AND a.activityid = 5008 and a.sessiontype = 7} a.creaton = a.creaton1 ##
## when {b.activityid = 5011} b.creaton = b.creaton1 ##
(select
(UNIX_TIMESTAMP(MAX(a.createdon)) - UNIX_TIMESTAMP(MAX(b.createdon))) as 'Offline_Time',
(UNIX_TIMESTAMP(MAX(a.createdon1)) - UNIX_TIMESTAMP(MAX(b.createdon1))) as 'Process_Time',
q.id,
q.name,
a.sessiontype
FROM tv_sessiontimer st
LEFT JOIN sessionactivity_log a ON (a.id = st.id AND a.activityid in (5004,5008) and a.sessiontype IN (3,4,5,6,7))
LEFT JOIN sessionactivity_log b ON (a.ssessionId = b.sessionId AND a.id = b.id AND b.activityid in (5003,5011))
INNER JOIN tv_offline_request q ON q.id = a.sessionid
LEFT JOIN tv_subject sub ON (sub.id = q.subjectid AND sub.SortKey > 10800 AND sub.sortkey < 30200)
)
I have this select clause that is working perfect:
SELECT
"Aspectos"."ID" AS "Aspecto Normativo ID",
"Aspectos"."Aspecto" AS "Aspecto Normativo",
"Fatores"."ID", "Fatores"."Fator" AS "Fator Normativo",
"Diagnostico"."Vinculo_Final",
"Fatores_1"."ID",
"Fatores_1"."Fator" AS "Fator Determinativo",
"Aspectos_1"."ID" AS "Aspecto Determinativo ID",
"Aspectos_1"."Aspecto" AS "Aspecto Determinativo",
Count("Itens"."ID") AS "No Itens",
Count("Itens"."ID") AS "Pri"
FROM "Diagnostico" INNER JOIN ("Aspectos" AS "Aspectos_1"
INNER JOIN (("Fontes" INNER JOIN "Itens" ON "Fontes"."ID" = "Itens"."Fonte")
INNER JOIN ("Fatores" AS "Fatores_1"
INNER JOIN ("Aspectos"
INNER JOIN ("Vinculos"
INNER JOIN "Fatores"
ON "Vinculos"."Fator_Normativo" = "Fatores"."ID")
ON ("Aspectos"."ID" = "Fatores"."Aspecto")
AND ("Aspectos"."ID" = "Fatores"."Aspecto"))
ON "Fatores_1"."ID" = "Vinculos"."Fator_Determinativo")
ON "Itens"."ID" = "Vinculos"."Item")
ON "Aspectos_1"."ID" = "Fatores_1"."Aspecto")
ON "Diagnostico"."ID" = "Vinculos"."Diagnostico_ID"
GROUP BY "Aspectos"."ID", "Aspectos"."Aspecto",
"Fatores"."ID", "Fatores"."Fator",
"Diagnostico"."Vinculo_Final",
"Fatores_1"."ID",
"Fatores_1"."Fator",
"Aspectos_1"."ID",
"Aspectos_1"."Aspecto"
ORDER BY "Aspectos"."ID", "Aspectos_1"."ID",
"Fatores"."Fator", "Fatores_1"."Fator";
But when I try to CREATE A VIEW with this same select I'm getting thuis error:
ERROR: column "ID" specified more than one time
Can anybody help me on this.
Thanks
You have "Fatores"."ID" (line 4) and "Fatores_1"."ID" (line 6). Give them different aliases.
For such complex queries it is recommended to have only 1 (one) column in per line in the statement for better visibility. Also it is recommended to always give aliases to the columns.