cti
/
rh-gitlab
12
0
Fork 0
Code Issues 0 Pull Requests 0 Projects 0 Releases 0 Wiki Activity
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
2 Commits
1 Branch
5.8 MiB
 
 
 
Tree: 5284159e64
Branches Tags
${ item.name }
Create branch ${ searchTerm }
from '5284159e64'
${ noResults }
rh-gitlab/import_rh/iCTI_import_planning_ECONNE...

700 lines
32 KiB
Raw Blame History

<?xml version="1.0" encoding="ISO-8859-1"?>
<ROOT>
<NODE name="INIT" type="common" />
<NODE name="PROD" label="Synchronisation données">
<NODE label="Adaptation table des structures">
<sqlcmd><![CDATA[
-- Ajout du code de l'établissement parent des structures
DROP TABLE IF EXISTS w_rf_structure
;
CREATE TEMP TABLE w_rf_structure AS
SELECT
*,
CASE
WHEN strfullname != ''
THEN (regexp_matches(strfullname, '.+\\(ET\d+)'))[1]
ELSE ''
END AS strparentcodevalue
FROM prod_econnection.rf_structure
;
]]></sqlcmd>
</NODE>
<NODE label="Listing des salariés CTI">
<sqlcmd><![CDATA[
-- Recensement des salariés CTI
DROP TABLE IF EXISTS w_sal_pla
;
CREATE TEMP TABLE w_sal_pla AS
SELECT
p_salaries.oid AS salarie_id,
p_salaries.matricule
FROM rh.p_salaries
;
-- Création d'index.
CREATE INDEX w_sal_pla_i_matricule ON w_sal_pla USING btree (matricule)
;
]]></sqlcmd>
</NODE>
<NODE label="Récupération des salariés ECONNECTION et de leurs contrats">
<sqlcmd><![CDATA[
DROP TABLE IF EXISTS w_empwithcontracts
;
CREATE TEMP TABLE w_empwithcontracts AS
SELECT
employee.employeeid,
w_sal_pla.salarie_id, -- ID CTI
employee.empnumber,
contract.contractid,
contract.constractstdate,
contract.constractenddate,
contract.refid_category AS type_contrat, -- 127 Contrat horaire / 169 Forfait jour
CASE
WHEN contract.refid_category = 169
THEN 1
ELSE 0
END AS est_forfait_jour,
contract.contractpercentage AS contrat_pourcentage
FROM prod_econnection.emp_employee AS employee
JOIN prod_econnection.emp_contract AS contract ON contract.employeeid = employee.employeeid
JOIN w_sal_pla ON w_sal_pla.matricule = employee.empnumber -- Pour récupérer salarie_id de CTI
;
]]></sqlcmd>
</NODE>
<NODE label="Récupération des données journalières du planning">
<sqlcmd><![CDATA[
DROP SEQUENCE IF EXISTS w_planning_seq
;
CREATE TEMP SEQUENCE w_planning_seq
;
DROP TABLE IF EXISTS w_planning
;
-- Table temporaire de récupération des données du planning
CREATE TEMP TABLE w_planning AS
SELECT
nextval('w_planning_seq') as cptres1_id,
schedule.scheduleid,
w_empwithcontracts.salarie_id AS salarie_id, --ID Salarié CTI
w_empwithcontracts.employeeid, -- ID Salarié ECONNECTION
w_empwithcontracts.empnumber AS matricule,
w_empwithcontracts.contractid,
w_empwithcontracts.est_forfait_jour,
w_empwithcontracts.contrat_pourcentage,
null::bigint AS contrat_id,
null::bigint AS contrat_mois_id,
date(scheduledate) AS date,
to_char(scheduledate, 'IYYYIW'::text)::numeric AS semaine,
to_char(scheduledate, 'YYYYMM'::text)::numeric AS mois,
''::text AS etablissement_code,
null::bigint AS etablissement_id,
''::text AS service_code,
''::text AS niveau_code,
''::text AS qualification_code,
ARRAY[]::text[] AS absences_codes,
''::text AS horaire_code,
0::numeric AS temps_du_initial, -- Sert pour stocker le compteur OAT
0::numeric AS temps_du,
0::numeric AS temps_valide,
0::numeric AS temps_presence,
ARRAY[]::text[] AS temps_absences
FROM prod_econnection.emp_schedule AS schedule
JOIN w_empwithcontracts ON w_empwithcontracts.employeeid = schedule.employeeid AND schedule.scheduledate BETWEEN w_empwithcontracts.constractstdate AND w_empwithcontracts.constractenddate
WHERE scheduledate <= NOW()
GROUP BY 2,3,4,5,6,7,8,11,12,13
;
VACUUM ANALYZE w_planning
;
]]></sqlcmd>
</NODE>
<NODE label="Gestion des codes absences des salariés">
<sqlcmd><![CDATA[
-- Récupération des codes d'absences (codes événements ECONNECTION)
DROP TABLE IF EXISTS w_codes_absences
;
CREATE TEMP TABLE w_codes_absences AS
SELECT
crf_eventcode.eventcodeid,
crf_eventcode.eventcode,
crf_dictevc.attvalue
FROM prod_econnection.crf_eventcode AS crf_eventcode
JOIN prod_econnection.crf_dictevc AS crf_dictevc ON crf_dictevc.mainobjid = crf_eventcode.eventcodeid AND crf_dictevc.languageid = 1
WHERE crf_eventcode.evctype = 0 -- Type absence
;
-- Récupération des absences journalières des salariés
DROP TABLE IF EXISTS w_empabsences
;
CREATE TEMP TABLE w_empabsences AS
WITH absences_agg AS (
SELECT
w_planning.cptres1_id,
w_planning.scheduleid,
w_planning.salarie_id,
w_planning.date,
eventcode,
SUM(devent_duration) AS devent_duration
FROM w_planning
JOIN prod_econnection.emp_schdailyevent ON emp_schdailyevent.scheduleid = w_planning.scheduleid
JOIN w_codes_absences ON w_codes_absences.eventcodeid = emp_schdailyevent.eventcodeid
GROUP BY 1,2,3,4,5
ORDER BY salarie_id, date
)
SELECT
cptres1_id,
scheduleid,
salarie_id,
date,
array_agg(eventcode) AS events_codes,
array_agg(devent_duration) AS devents_durations
FROM absences_agg
GROUP BY 1,2,3,4
ORDER BY salarie_id, date
;
UPDATE w_planning
SET absences_codes = w_empabsences.events_codes, temps_absences = w_empabsences.devents_durations
FROM w_empabsences
WHERE w_planning.cptres1_id = w_empabsences.cptres1_id
;
]]></sqlcmd>
</NODE>
<NODE label="Attribution des horaires journaliers aux salariés">
<sqlcmd><![CDATA[
-- Pour les salariés en forfait horaire (standard) + temps_absence utilisé pour les salariés en forfait jour
UPDATE w_planning
SET
temps_du = c_j_tte_oat_h,
temps_valide = c_j_tte_h,
temps_presence = c_j_tpres
FROM prod_econnection.emp_dailycounter
WHERE emp_dailycounter.employeeid = w_planning.employeeid AND emp_dailycounter.empdaycntdate = w_planning.date
;
-- Attribution arbitraire d'heures pour les salariés en forfait jour
UPDATE w_planning
SET
temps_du = subview.temps_du,
temps_valide = subview.temps_valide
FROM (
with forfait_jour_temps_du AS (
SELECT
cptres1_id,
((151.67 * (contrat_pourcentage / 100) / date_part('days', (date_trunc('month', date) + interval '1 month - 1 day')))::numeric) * 60 AS temps_du,
temps_absences
FROM w_planning
WHERE w_planning.est_forfait_jour = 1
)
SELECT
cptres1_id,
temps_du,
temps_absences,
CASE
WHEN temps_absences != '{}'
THEN (temps_du - (base.cti_array_sum(temps_absences::numeric[])))
ELSE temps_du
END AS temps_valide
FROM forfait_jour_temps_du
) AS subview
WHERE subview.cptres1_id = w_planning.cptres1_id
;
-- Attribution du compteur annuel OAT
-- On l'attribue à la première date du planning du salarié
UPDATE w_planning
SET temps_du_initial = subview.temps_param_oat_minutes
FROM (
SELECT
w_planning.employeeid,
MIN(date) AS min_date,
DATE_PART('YEAR', date) AS annee,
emp_periodcounter.empprdcntvalue AS temps_param_oat_minutes
FROM w_planning
JOIN prod_econnection.emp_periodcounter AS emp_periodcounter ON emp_periodcounter.employeeid = w_planning.employeeid AND DATE_PART('YEAR', date) = DATE_PART('YEAR', empprdcntstdate)
JOIN prod_econnection.cnt_basiccounter AS cnt_basiccounter ON cnt_basiccounter.basicctid = emp_periodcounter.basicctid
WHERE cnt_basiccounter.bctcode = 'C_A_OATT_P_H'
GROUP BY 1,3,4
) AS subview
WHERE w_planning.employeeid = subview.employeeid AND w_planning.date = subview.min_date
;
]]></sqlcmd>
</NODE>
<NODE label="Gestion des structures/services des salariés">
<sqlcmd><![CDATA[
-- Attribution des structures aux salariés
DROP TABLE IF EXISTS w_empstructures
;
CREATE TEMP TABLE w_empstructures AS
SELECT
cptres1_id,
w_planning.date,
empstructure.employeeid,
array_agg(COALESCE(empstructure.structureid, 0) ORDER BY empstrisfirst DESC) AS structuresid
FROM w_planning
JOIN prod_econnection.emp_empstructure AS empstructure ON empstructure.employeeid = w_planning.employeeid
WHERE w_planning.employeeid = empstructure.employeeid AND w_planning.date BETWEEN empstructure.empstrstdate AND empstructure.empstrenddate
GROUP BY 1,2,3
;
-- Attribution des services en fonction des prêts
DROP TABLE IF EXISTS w_empservices
;
CREATE TEMP TABLE w_empservices AS
SELECT
w_planning.cptres1_id,
w_planning.date,
w_empstructures.employeeid,
CASE
WHEN emp_str_exchange.empexchid IS NOT NULL -- Si il y a prêt du salarié, on prend la structure de prêt attribué
THEN emp_str_exchange.structureid
ELSE w_empstructures.structuresid[1] -- Sinon, on prend la structure principale de l'employé
END AS structureid,
CASE
WHEN emp_str_exchange.empexchid IS NOT NULL -- Si il y a prêt du salarié, on prend la structure de prêt attribué
THEN emp_str_exchange.structureid
ELSE w_empstructures.structuresid[1] -- Sinon, on prend la structure principale de l'employé
END AS structure_code,
CASE
WHEN emp_str_exchange.empexchid IS NOT NULL
THEN 1
ELSE 0
END AS salarie_prete,
w_empstructures.structuresid[1] AS structure_origine
FROM w_planning
JOIN w_empstructures ON w_empstructures.cptres1_id = w_planning.cptres1_id
LEFT JOIN prod_econnection.emp_str_exchange AS emp_str_exchange ON emp_str_exchange.employeeid = w_planning.employeeid AND w_planning.date BETWEEN emp_str_exchange.empexch_stdate AND emp_str_exchange.empexch_enddate
;
-- Mise à jour du code service/code etablissement pour le planning des salariés
UPDATE w_planning
SET service_code = subview.service_code,
etablissement_code = subview.etablissement_code
FROM
(
SELECT
cptres1_id,
rf_structure.strcodevalue AS service_code,
rf_structure.strparentcodevalue AS etablissement_code
FROM w_empservices
LEFT JOIN w_rf_structure AS rf_structure ON rf_structure.strid = w_empservices.structureid
) AS subview
WHERE w_planning.cptres1_id = subview.cptres1_id
;
]]></sqlcmd>
</NODE>
<NODE label="Gestion des contrats des salariés">
<sqlcmd><![CDATA[
-- Association aux contrats et contrat_mois.
-- En général, les heures planning sont effectuées AVANT un contrat/paie à cause du décallage avec la paie :
-- => les heures effectuées en fin de mois sont à associer avec le mois suivant.
with w_asso as (
select
cptres1_id,
(max(array[extract(epoch from p_contrats_mois.date_debut), p_contrats_mois.contrat_id]))[2] as contrat_id,
(max(array[extract(epoch from p_contrats_mois.date_debut), p_contrats_mois.oid]))[2] as contrat_mois_id
from w_planning
join rh.p_contrats_mois on 1=1
and p_contrats_mois.salarie_id = w_planning.salarie_id
and w_planning.date between p_contrats_mois.date_debut and p_contrats_mois.date_fin -- Sélection des contrats pendant heures planning.
where 1!=1
OR w_planning.contrat_id is null
OR w_planning.contrat_mois_id is null
group by 1)
UPDATE w_planning SET
contrat_id = w_asso.contrat_id,
contrat_mois_id = w_asso.contrat_mois_id
FROM w_asso
WHERE w_planning.cptres1_id = w_asso.cptres1_id
;
with w_asso as (
select
cptres1_id,
(min(array[extract(epoch from p_contrats_mois.date_debut), p_contrats_mois.contrat_id]))[2] as contrat_id,
(min(array[extract(epoch from p_contrats_mois.date_debut), p_contrats_mois.oid]))[2] as contrat_mois_id
from w_planning
join rh.p_contrats_mois on 1=1
and p_contrats_mois.salarie_id = w_planning.salarie_id
and p_contrats_mois.date_debut > w_planning.date -- Sélection des contrats APRES heures planning.
where 1!=1
OR w_planning.contrat_id is null
OR w_planning.contrat_mois_id is null
group by 1)
UPDATE w_planning SET
contrat_id = w_asso.contrat_id,
contrat_mois_id = w_asso.contrat_mois_id
FROM w_asso
WHERE w_planning.cptres1_id = w_asso.cptres1_id
;
with w_asso as (
select
cptres1_id,
(max(array[extract(epoch from p_contrats_mois.date_debut), p_contrats_mois.contrat_id]))[2] as contrat_id,
(max(array[extract(epoch from p_contrats_mois.date_debut), p_contrats_mois.oid]))[2] as contrat_mois_id
from w_planning
join rh.p_contrats_mois on 1=1
and p_contrats_mois.salarie_id = w_planning.salarie_id
and p_contrats_mois.date_debut < w_planning.date -- Sélection des contrats AVANT heures planning.
where 1!=1
OR w_planning.contrat_id is null
OR w_planning.contrat_mois_id is null
group by 1)
UPDATE w_planning SET
contrat_id = w_asso.contrat_id,
contrat_mois_id = w_asso.contrat_mois_id
FROM w_asso
WHERE w_planning.cptres1_id = w_asso.cptres1_id
;
-- Création d'index.
CREATE INDEX w_planning_i_contrat_id ON w_planning USING btree (contrat_id)
;
CREATE INDEX w_planning_i_contrat_mois_id ON w_planning USING btree (contrat_mois_id)
;
CREATE INDEX w_planning_i_date ON w_planning USING btree (date)
;
CREATE INDEX w_planning_i_salarie_id ON w_planning USING btree (salarie_id)
;
]]></sqlcmd>
</NODE>
<NODE label="Gestion des compétences des salariés">
<sqlcmd><![CDATA[
-- Gestion des compétences (qualifications)
DROP TABLE IF EXISTS w_competences
;
CREATE TEMP TABLE w_competences AS
SELECT
crf_competence.compcode,
pjr_translationitem.translated AS comptexte
FROM prod_econnection.crf_competence AS crf_competence
JOIN prod_econnection.rf_label AS rf_label ON rf_label.lblid = crf_competence.lblid
JOIN prod_econnection.pjr_translationitem AS pjr_translationitem ON pjr_translationitem.translid = crf_competence.translid_compname AND pjr_translationitem.languageid = 1
;
-- On regarde le contrat du salarié pour connaître son poste si celui-ci n'était pas renseigné dans les données planning
UPDATE w_planning
SET qualification_code = compcode
FROM
(
SELECT
empnumber,
contractid,
COALESCE(compcode, '') AS compcode
FROM prod_econnection.emp_employee AS employee
JOIN prod_econnection.emp_contract AS contract ON contract.employeeid = employee.employeeid
JOIN prod_econnection.rf_reference AS rf_reference ON rf_reference.refid = contract.refid_qualification
LEFT JOIN w_competences ON w_competences.compcode = substring(rf_reference.refcode, 0, 5)
) AS subview
WHERE w_planning.matricule = subview.empnumber AND w_planning.contractid = subview.contractid
;
]]></sqlcmd>
</NODE>
<NODE label="Gestion des codes horaires du planning des salariés">
<sqlcmd><![CDATA[
-- Formattage des codes horaires pour chaque entrée dans le planning
DROP TABLE IF EXISTS w_codes_horaires_planning
;
CREATE TEMP TABLE w_codes_horaires_planning AS
SELECT
emp_schedule_tc.scheduleid,
crf_timecode.tcdesc AS code_desc,
CASE
WHEN crf_timecode.code_interne NOT LIKE crf_timecode.tcabrname
THEN crf_timecode.code_interne || '(' || crf_timecode.tcabrname || ')'
ELSE crf_timecode.code_interne
END AS code
FROM prod_econnection.emp_schedule_tc AS emp_schedule_tc
LEFT JOIN prod_econnection.crf_timecode AS crf_timecode ON crf_timecode.timecodeid = emp_schedule_tc.timecodeid
;
-- Attribution d'un code horaire généré dans les données du planning
UPDATE w_planning
SET horaire_code = sub.code
FROM w_codes_horaires_planning AS sub
WHERE sub.scheduleid = w_planning.scheduleid
;
VACUUM ANALYZE w_planning
;
]]></sqlcmd>
</NODE>
<NODE label="Gestion des entreprises/établissements">
<sqlcmd><![CDATA[
-- Création d'une table Entreprise/Etablissement.
DROP TABLE IF EXISTS w_entets
;
CREATE TEMP TABLE w_entets AS
select
max(ent.oid) as entreprise_id,
max(ets.oid) as etablissement_id,
ent.planning_code||ets.planning_code as entets_code
from rh.t_entreprises as ent
join rh.t_etablissements as ets on ets.entreprise_id = ent.oid
Where 1=1
and ent.oid != 0
and ets.oid != 0
GROUP BY ent.planning_code||ets.planning_code
;
]]></sqlcmd>
</NODE>
<NODE label="Alimentation des différentes tables de paramétres">
<sqlcmd><![CDATA[
-- Alimentation des tables de paramètres.
-- Màj des Services du Planning.
INSERT INTO rh.t_planning_service(code_original, code, texte, texte_court, service_id)
SELECT
strcodevalue AS code_original,
strcodevalue AS code,
strabrname AS texte,
strabrname AS texte_court,
0 AS service_id
FROM w_rf_structure
WHERE strcodevalue NOT IN (SELECT code_original FROM rh.t_planning_service WHERE code_original IS NOT NULL)
GROUP BY 1,2,3,4,5
;
-- Màj des Niveaux du Planning.
-- Insertion des nouveaux niveaux de planning.
INSERT INTO rh.t_planning_niveau(code_original, code, texte, texte_court)
SELECT
strcodevalue AS code_original,
strcodevalue AS code,
strfullname AS texte,
strname AS texte_court
FROM w_rf_structure AS rf_structure -- en fait t_planning_niveau
WHERE strlevel = 2 -- Niveaux ?
--AND rf_structure.strcodevalue IN (SELECT rf_structure.strcodevalue FROM w_planning)
AND strcodevalue NOT IN (SELECT code_original FROM rh.t_planning_niveau WHERE code_original IS NOT NULL)
GROUP BY 1,2,3,4
;
-- Màj des Qualifications du Planning.
INSERT INTO rh.t_planning_qualification(code_original, code, texte, texte_court)
SELECT
compcode AS code_original,
compcode AS code,
comptexte AS texte,
comptexte texte_court
FROM w_competences
WHERE 1=1
AND w_competences.compcode IN (SELECT qualification_code FROM w_planning)
AND w_competences.compcode NOT IN (SELECT code_original FROM rh.t_planning_qualification WHERE code_original IS NOT NULL)
;
-- On met à jour les qualifications planning avec les ids correspondant aux qualifications rh
-- On renseigne les ids des qualifications pouvant être associées à une qualification déja existante
-- Ajout de la fonction unaccent via Extension Postgres
CREATE EXTENSION IF NOT EXISTS unaccent
;
UPDATE rh.t_planning_qualification
SET qualification_id = subview.qualification_id
FROM (
with maxlength AS
(
SELECT
MAX(length(texte)) AS value
FROM rh.t_qualifications
),
competences AS
(
SELECT
crf_competence.compcode,
pjr_translationitem.translated AS comptexte
FROM prod_econnection.crf_competence AS crf_competence
JOIN prod_econnection.rf_label AS rf_label ON rf_label.lblid = crf_competence.lblid
JOIN prod_econnection.pjr_translationitem AS pjr_translationitem ON pjr_translationitem.translid = crf_competence.translid_compname AND pjr_translationitem.languageid = 1
)
SELECT
MAX(t_qualifications.code_original) AS compcode,
competences.compcode AS compcode_original,
t_qualifications.oid AS qualification_id,
t_qualifications.texte AS comptexte
FROM
competences, rh.t_qualifications AS t_qualifications, maxlength
WHERE replace(trim(lower(t_qualifications.texte)), '-', ' ') = replace(trim(lower(unaccent(substring(competences.comptexte, 1, maxlength.value)))), '-', ' ')
GROUP BY 2,3
ORDER BY texte
) AS subview
WHERE subview.compcode_original = code_original
;
-- Màj des Types d'absences du Planning.
INSERT INTO rh.t_planning_type_absence(code_original, code, texte, texte_court)
SELECT
crf_eventcode.eventcode AS code_original,
crf_eventcode.eventcode AS code,
SUBSTRING(crf_dictevc.attvalue, 0, 250) AS texte,
SUBSTRING(crf_dictevc.attvalue, 0, 50) AS texte_court
FROM prod_econnection.crf_eventcode AS crf_eventcode
JOIN prod_econnection.crf_dictevc AS crf_dictevc ON crf_dictevc.mainobjid = crf_eventcode.eventcodeid AND crf_dictevc.languageid = 1
WHERE 1=1
AND crf_eventcode.evctype = 0 -- Type absence
AND crf_eventcode.eventcode NOT IN (SELECT code_original FROM rh.t_planning_type_absence WHERE code_original IS NOT NULL)
;
-- Màj des Codes Horaires du Planning.
INSERT INTO rh.t_planning_code_horaire(code_original, code, texte, texte_court)
SELECT
code AS code_original,
code,
SUBSTRING(code_desc, 0, 50) AS texte,
SUBSTRING(code_desc, 0, 50) AS texte_court
FROM w_codes_horaires_planning
WHERE 1=1
AND code NOT IN (SELECT code_original FROM rh.t_planning_code_horaire WHERE code_original IS NOT NULL)
GROUP BY 1,2,3,4
;
]]></sqlcmd>
</NODE>
<NODE label="Alimentation de la table des mouvements du planning">
<sqlcmd><![CDATA[
-- Dépilement codes absences/temps absences (unnest)
DROP TABLE IF EXISTS w_planning_et_absences
;
CREATE TEMP TABLE w_planning_et_absences AS
with unnested AS (
SELECT
*,
CASE
WHEN absences_codes != '{}'
THEN unnest(absences_codes)
ELSE ''
END AS absence_code,
CASE
WHEN temps_absences != '{}'
THEN unnest(temps_absences)::numeric
ELSE 0
END AS temps_absence
FROM w_planning
)
SELECT
*,
CASE
WHEN array_length(absences_codes, 1) > 1 AND temps_du_initial > 0
THEN temps_du_initial / array_length(absences_codes, 1)
ELSE temps_du_initial
END AS temps_du_initial_final,
CASE
WHEN array_length(absences_codes, 1) > 1 AND temps_du > 0
THEN temps_du / array_length(absences_codes, 1)
ELSE temps_du
END AS temps_du_final,
CASE
WHEN array_length(absences_codes, 1) > 1 AND temps_valide > 0
THEN temps_valide / array_length(absences_codes, 1)
ELSE temps_valide
END AS temps_valide_final,
temps_absence AS temps_absence_final,
temps_presence AS temps_presence_final
FROM unnested
;
-- Alimentation de la table de mouvement.
TRUNCATE rh.p_planning_mouvement
;
INSERT INTO rh.p_planning_mouvement(
salarie_id,
contrat_id,
contrat_mois_id,
date,
semaine,
mois,
etablissement_id, -- @todo à renseigner en fonction du paramétrage dans t_divers.
service_id,
qualification_id,
type_absence_id,
niveau_id,
code_horaire_id,
temps_du_initial,
temps_du,
temps_du_ajuste,
temps_valide,
temps_valide_ajuste,
temps_presence,
temps_presence_ajuste,
temps_absence,
temps_absence_ajuste)
SELECT
w_planning_et_absences.salarie_id,
w_planning_et_absences.contrat_id,
w_planning_et_absences.contrat_mois_id,
w_planning_et_absences.date,
w_planning_et_absences.semaine,
w_planning_et_absences.mois,
coalesce(w_entets.etablissement_id, 0) AS etablissement_id,
coalesce(t_planning_service.oid, 0) AS service_id,
coalesce(t_planning_qualification.oid, 0) AS qualification_id,
coalesce(t_planning_type_absence.oid, 0) AS type_absence_id,
coalesce(t_planning_niveau.oid, 0) AS niveau_id,
coalesce(t_planning_code_horaire.oid, 0) AS code_horaire_id,
ROUND(w_planning_et_absences.temps_du_initial_final / 60, 4) AS temps_du_initial,
ROUND(w_planning_et_absences.temps_du_final / 60, 4) AS temps_du,
ROUND(w_planning_et_absences.temps_du_final / 60, 4) AS temps_du_ajuste,
ROUND(w_planning_et_absences.temps_valide_final / 60, 4) AS temps_valide,
ROUND(w_planning_et_absences.temps_valide_final / 60, 4) AS temps_valide_ajuste,
ROUND(w_planning_et_absences.temps_presence_final / 60, 4) AS temps_presence,
ROUND(w_planning_et_absences.temps_presence_final / 60, 4) AS temps_presence_ajuste,
ROUND(w_planning_et_absences.temps_absence_final / 60, 4) AS temps_absence,
ROUND(w_planning_et_absences.temps_absence_final / 60, 4) AS temps_absence_ajuste
FROM w_planning_et_absences
JOIN rh.p_salaries ON p_salaries.oid = w_planning_et_absences.salarie_id
JOIN w_entets ON w_entets.entreprise_id = p_salaries.entreprise_id
LEFT JOIN rh.t_planning_niveau ON t_planning_niveau.code_original = w_planning_et_absences.niveau_code--_original
LEFT JOIN rh.t_planning_service ON t_planning_service.code_original = w_planning_et_absences.service_code--_original
LEFT JOIN rh.t_planning_qualification ON t_planning_qualification.code_original = w_planning_et_absences.qualification_code
LEFT JOIN rh.t_planning_type_absence ON t_planning_type_absence.code_original = w_planning_et_absences.absence_code
LEFT JOIN rh.t_planning_code_horaire ON t_planning_code_horaire.code_original = w_planning_et_absences.horaire_code
GROUP BY 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21
;
VACUUM ANALYSE rh.p_planning_mouvement
;
]]></sqlcmd>
</NODE>
</NODE>
<NODE name="POST" type="common" />
<NODE name="VACUUM" type="common" />
</ROOT>