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rh-gitlab/import_rh/iCTI_import_rh_RHPLACE.XML

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<?xml version="1.0" encoding="ISO-8859-1"?>
<ROOT>
<NODE name="INIT" label="INITIALISATIONS">
<NODE label="Pre-traitements des tables prestataire">
<sqlcmd><![CDATA[
-- Création d'une table établissement pour filtrer les données.
DROP TABLE IF EXISTS w_ets
;
CREATE TEMP TABLE w_ets AS
SELECT *
FROM prod_rhplace.etablt
WHERE eta_id IN (SELECT rhp_in('siren'))
;
-- Utilisation de vues pour les tables ayant des dates sous forme d'entiers.
DROP TABLE IF EXISTS w_salarie
;
CREATE TEMP TABLE w_salarie AS
SELECT
to_timestamp((sal_dnaiss - 25567) * 86400)::date AS v_sal_dnaiss,
to_timestamp((sal_dat_cemp - 25567) * 86400)::date AS v_sal_dat_cemp,
salarie.*
FROM prod_rhplace.salarie
JOIN w_ets ON w_ets.ent_id = salarie.ent_id
;
DROP VIEW IF EXISTS prod_rhplace.v_h_cnt_trav
;
CREATE OR REPLACE VIEW prod_rhplace.v_h_cnt_trav AS
select
ent_id,
sal_matr,
to_timestamp((con_du - 25567) * 86400)::date AS date_debut,
CASE WHEN con_au = 0 THEN '2099-12-31'::date ELSE to_timestamp((con_au - 25567) * 86400)::date END AS date_fin
from prod_rhplace.h_contrat
;
DROP TABLE IF EXISTS w_cnt
;
CREATE TEMP TABLE w_cnt AS
SELECT
sal_matr||'-'||rank() OVER (PARTITION BY sal_matr order by date_debut) AS numero_contrat,
date_fin - date_debut + 1 AS duree,
v_h_cnt_trav.*
FROM prod_rhplace.v_h_cnt_trav
JOIN w_ets ON w_ets.ent_id = v_h_cnt_trav.ent_id
;
-- #correction : si date_fin < date_debut alors date_fin = '2099-12-31'
UPDATE w_cnt
SET
date_fin = '2099-12-31'::date,
duree = '2099-12-31'::date - date_debut + 1
WHERE date_fin < date_debut
;
DROP TABLE IF EXISTS w_h_contrat
;
CREATE TEMP TABLE w_h_contrat AS
SELECT
to_timestamp((con_du - 25567) * 86400)::date AS date_debut,
CASE WHEN con_au = 0 THEN '2099-12-31'::date ELSE to_timestamp((con_au - 25567) * 86400)::date END AS date_fin,
h_contrat.*
FROM prod_rhplace.h_contrat
JOIN w_ets ON w_ets.ent_id = h_contrat.ent_id
;
DROP TABLE IF EXISTS w_ligne
;
CREATE TEMP TABLE w_ligne AS
SELECT *
FROM prod_rhplace.ligne
;
DROP TABLE IF EXISTS w_bulletin
;
CREATE TEMP TABLE w_bulletin AS
WITH ligne as (
select
bul_id,
bool_or(pla_id = 1350) as forfait_jour,
-- POP et STC fonctionnent avec 3162; FIEF avec 1363 pour les CDD et 1365 pour les CDI.
sum(case when pla_id in (1363, 1365, 3162) then lig_bas1 else 0 end) as lig_bas1
from w_ligne as ligne
JOIN w_ets ON w_ets.ent_id = ligne.ent_id
group by 1)
SELECT
to_timestamp((bul_deb - 25567) * 86400)::date AS date_debut,
to_timestamp((bul_fin - 25567) * 86400)::date AS date_fin,
to_timestamp((bul_pai - 25567) * 86400)::date AS date_paie,
forfait_jour, -- Vrai lorsqu'il s'agit d'un bulletin forfait jour (présence de la rubrique 1350).
case when forfait_jour then bul_horf / 20.67 else lig_bas1 / 151.67 end as etp,
case when forfait_jour then (bul_horf / 20.67) * 151.67
else lig_bas1
end as bul_heure_payees,
bulletin.*
FROM prod_rhplace.bulletin
JOIN w_ets ON w_ets.ent_id = bulletin.ent_id
JOIN ligne on ligne.bul_id = bulletin.bul_id
WHERE 1=1
AND bul_type = 'V' -- on ne conserve que les bulletins corrects.
AND bul_pai > 41637 -- 2013-12-31
;
-- Table des lignes de paies forfait jour (création d'une rubrique 4540 qui n'existe pas dans ces bulletins).
DROP TABLE IF EXISTS w_ligne_fj
;
CREATE TEMP TABLE w_ligne_fj AS
select
ent_id,
bul_id,
'4540'::text as code,
bul_horf::numeric as nombre,
bul_heure_payees::numeric as base
from w_bulletin
where forfait_jour
;
-- Alimentation de la base de la rubrique forfait 1350 avec la valeur de 1363, 1365 ou 3162.
UPDATE w_ligne SET
lig_bas1 = w_ligne_fj.base
FROM w_ligne_fj
WHERE 1=1
AND w_ligne.bul_id = w_ligne_fj.bul_id
AND w_ligne.pla_id = 1350
;
-- Conversion en heures de la base de la rubrique d'absence E/S 2250 lorsqu'il s'agit de forfaits jours car exprimée en jours.
UPDATE w_ligne SET
lig_bas1 = (lig_bas1 / 20.67) * 151.67
FROM w_ligne_fj
WHERE 1=1
AND w_ligne.bul_id = w_ligne_fj.bul_id
AND w_ligne.pla_id = 2250
;
CREATE INDEX w_bulletin_1 ON w_bulletin USING btree (ent_id)
;
CREATE INDEX w_bulletin_2 ON w_bulletin USING btree (bul_id)
;
DROP TABLE IF EXISTS w_h_coeff
;
CREATE TEMP TABLE w_h_coeff AS
SELECT
to_timestamp((coe_du - 25567) * 86400)::date AS date_debut,
CASE WHEN lead(coe_du) over w is null THEN '2099-12-31'::date ELSE to_timestamp((coalesce(lead(coe_du) over w - 1, 99999) - 25567) * 86400)::date END as date_fin,
h_coeff.*
FROM prod_rhplace.h_coeff
JOIN w_ets ON w_ets.ent_id = h_coeff.ent_id
window w as (partition by sal_matr order by coe_du)
;
DROP TABLE IF EXISTS w_h_es
;
CREATE TEMP TABLE w_h_es AS
SELECT
to_timestamp((e_s_date - 25567) * 86400)::date AS date_debut,
CASE WHEN e_s_dates = 0 THEN '2099-12-31'::date ELSE to_timestamp((e_s_dates - 25567) * 86400)::date END AS date_fin,
h_es.*
FROM prod_rhplace.h_es
JOIN w_ets ON w_ets.ent_id = h_es.ent_id
;
-- Statuts
DROP TABLE IF EXISTS w_h_stprof
;
CREATE TEMP TABLE w_h_stprof AS
SELECT
to_timestamp((stp_date - 25567) * 86400)::date AS date_debut,
CASE WHEN lead(stp_date) over w is null THEN '2099-12-31'::date ELSE to_timestamp((coalesce(lead(stp_date) over w - 1, 99999) - 25567) * 86400)::date END as date_fin,
h_stprof.*
FROM prod_rhplace.h_stprof
JOIN w_ets ON w_ets.ent_id = h_stprof.ent_id
window w as (partition by sal_matr order by stp_date)
;
DROP TABLE IF EXISTS w_rub
;
CREATE TEMP TABLE w_rub AS
with rub_per as (
select
pla_id,
pla_type,
pla_int,
pla_dval,
coalesce(nullif(pla_tot, ''), 'N') as pla_tot, -- par défaut on met 'N'.
coalesce(lead(pla_dval) over (partition by pla_id order by pla_dval) - 1, 99999) as pla_fval
from prod_rhplace.plap)
,rub_filter as (
select *
from rub_per
where false
OR 41638 between pla_dval and pla_fval -- 41638 = 2014-01-01
OR pla_dval >= 41638)
,clustering as (
select
pla_id,
pla_type,
pla_int,
pla_dval,
pla_fval,
pla_tot,
case when pla_tot != coalesce(lag(pla_tot) over w, 'C') then true else null end as new_cluster
from rub_filter
window w as (partition by pla_id order by pla_dval))
,assigned_clustering as (
select
*
, count(new_cluster) over (
partition by pla_id
order by pla_dval
rows unbounded preceding
) as cluster_id
from clustering)
,tmp_rubs as (
select
pla_id,
pla_type,
pla_int,
pla_tot,
min(pla_dval) as pla_dval,
max(pla_fval) as pla_fval
from assigned_clustering
group by 1,2,3,4,cluster_id)
select
pla_id,
pla_type,
pla_int,
pla_tot,
case when count(*) over (partition by pla_id) > 1
then
case when row_number() over (partition by pla_id order by pla_dval desc) = 1
then pla_id
else pla_id||'_'||to_char(to_timestamp((pla_dval - 25567) * 86400)::date, 'DD/MM/YYYY')
end
else pla_id end as pla_code,
pla_id||'_'||to_char(to_timestamp((pla_dval - 25567) * 86400)::date, 'YYYYMMDD') as pla_code_original,
pla_dval,
pla_fval
from tmp_rubs
;
]]></sqlcmd>
</NODE>
<NODE name="INIT" type="common" />
<NODE label="Mise à jour des informations permanentes">
<sqlcmd><![CDATA[
-- Table du ou des entreprises/établissements à importer.
DROP TABLE IF EXISTS w_etab
;
CREATE TEMP TABLE w_etab AS
SELECT
ent_siren,
eta_nic,
societe.ent_id as codeetab
FROM prod_rhplace.societe
JOIN prod_rhplace.etablt ON societe.ent_id = etablt.ent_id
WHERE 1!=1
OR ent_siren IN (SELECT rhp_in('siren')) -- Soit un ou plusieurs SIREN ont été défini,
OR ent_siren||eta_nic IN (SELECT rhp_in('siren')) -- et/ou soit un ou plusieurs SIRET,
OR societe.ent_id IN (SELECT rhp_in('siren')) -- et/ou soit un ou plusieurs codes établissement.
GROUP BY 1,2,3
;
-- Màj des Entreprises
INSERT INTO rh.t_entreprises(code_original, code, texte, texte_court, siren)
SELECT
ent_id,
ent_id,
ent_rais,
substr(ent_rais, 1, 50),
societe.ent_siren
FROM prod_rhplace.societe
JOIN w_etab ON w_etab.codeetab = societe.ent_id
WHERE ent_id NOT IN (SELECT code_original FROM rh.t_entreprises)
GROUP BY 1,2,3,4,5
;
with ent as (
SELECT
t_entreprises.oid,
societe.ent_siren as siren
FROM rh.t_entreprises
JOIN prod_rhplace.societe on societe.ent_id = t_entreprises.code_original)
UPDATE rh.t_entreprises
SET siren = ent.siren
FROM ent
WHERE 1=1
and t_entreprises.oid = ent.oid
and t_entreprises.siren IS DISTINCT FROM ent.siren
;
-- Màj des Etablissements
INSERT INTO rh.t_etablissements(code_original, code, texte, texte_court, entreprise_id, siret)
SELECT
eta_id,
eta_id,
eta_rais,
substr(eta_rais, 1, 50),
t_entreprises.oid,
societe.ent_siren||etablt.eta_nic
FROM prod_rhplace.etablt
JOIN rh.t_entreprises ON t_entreprises.code_original = ent_id
JOIN prod_rhplace.societe ON societe.ent_id = etablt.ent_id
WHERE eta_id NOT IN (SELECT code_original FROM rh.t_etablissements)
GROUP BY 1,2,3,4,5,6
;
with eta as (
SELECT
t_etablissements.oid,
ent_siren||etablt.eta_nic as siret
FROM rh.t_etablissements
JOIN prod_rhplace.societe ON societe.ent_id = t_etablissements.code_original
JOIN prod_rhplace.etablt on eta_id = t_etablissements.code_original)
UPDATE rh.t_etablissements
SET siret = eta.siret
FROM eta
WHERE 1=1
and t_etablissements.oid = eta.oid
and t_etablissements.siret IS DISTINCT FROM eta.siret
;
-- Màj des catégories socio-professionnelles.
INSERT INTO rh.t_categories_socio_professionnelle(code_original, code, texte, texte_court)
SELECT lower(ins_id), lower(ins_id), lower(ins_id), substr(lower(ins_id), 1, 50)
FROM prod_rhplace.h_insee_emp
JOIN w_ets ON w_ets.ent_id = h_insee_emp.ent_id
WHERE lower(ins_id) NOT IN (SELECT code_original FROM rh.t_categories_socio_professionnelle)
GROUP BY 1,2,3,4
;
-- [NON] Màj des groupes cotisants.
-- Màj des motifs de début de contrat.
INSERT INTO rh.t_motifs_debut_contrat(code_original, code, texte, texte_court)
SELECT mes_id||'|'||moe_id, mes_id||'-'||moe_id, mes_lib||' - '||moe_lib, substr(mes_lib||' - '||moe_lib, 1, 50)
FROM prod_rhplace.ar_motif_e_s, prod_rhplace.ar_mot_emb
WHERE 1=1
AND mes_es = 'E'
AND mes_id||'|'||moe_id NOT IN (SELECT code_original FROM rh.t_motifs_debut_contrat)
GROUP BY 1,2,3,4
;
-- Màj des motifs de fin de contrat
INSERT INTO rh.t_motifs_fin_contrat(code_original, code, texte, texte_court)
SELECT mes_id, mes_id, mes_lib, substr(mes_lib, 1, 50)
FROM prod_rhplace.ar_motif_e_s
WHERE 1=1
AND mes_es = 'S'
AND mes_id NOT IN (SELECT code_original FROM rh.t_motifs_fin_contrat)
GROUP BY 1,2,3,4
;
-- Màj des nationalités
INSERT INTO rh.t_nationalites(code_original, code, texte, texte_court)
SELECT pay_id, pay_id, pay_nat, substr(pay_nat, 1, 50)
FROM prod_rhplace.ar_nation
WHERE pay_id NOT IN (SELECT code_original FROM rh.t_nationalites)
GROUP BY 1,2,3,4
;
-- [NON] Màj des organismes de cotisation.
-- Màj des qualifications.
INSERT INTO rh.t_qualifications(code_original, code, texte, texte_court)
SELECT emp_id, emp_id, emp_lib, substr(emp_lib, 1, 50)
FROM prod_rhplace.ar_emploi
JOIN w_ets ON w_ets.ent_id = ar_emploi.ent_id
WHERE emp_id NOT IN (SELECT code_original FROM rh.t_qualifications)
GROUP BY 1,2,3,4
;
-- Màj des rubriques
INSERT INTO rh.t_rubriques(code_original, code, texte, texte_court, rang_edition)
SELECT
pla_code_original,
pla_code,
pla_int,
substr(pla_int, 1, 50),
-1
FROM w_rub
WHERE pla_code_original NOT IN (SELECT code_original FROM rh.t_rubriques)
;
-- On met à jour le code affiché de toutes les rubriques.
update rh.t_rubriques set
code = rub.pla_code
from w_rub as rub
where 1=1
AND t_rubriques.code_original = rub.pla_code_original
AND t_rubriques.code != rub.pla_code
;
-- création des rubriques CTI de cumul
INSERT INTO rh.t_rubriques(code, texte, texte_court, code_original, rang_edition)
SELECT 'C000', 'Ecart cumulé', 'Ecart cumulé', 'C000', -1
WHERE 'C000' NOT IN (SELECT code_original FROM rh.t_rubriques)
;
-- Màj des situations de famille (non profil)
INSERT INTO rh.t_situations_famille(code_original, code, texte, texte_court)
SELECT fam_id, fam_id, fam_lib, substr(fam_lib, 1, 50)
FROM prod_rhplace.ar_sit_fam
WHERE fam_id NOT IN (SELECT code_original FROM rh.t_situations_famille)
GROUP BY 1,2,3,4
;
-- Màj des types de contrat
INSERT INTO rh.t_types_contrat(code_original, code, texte, texte_court)
SELECT ctr_id, ctr_id, ctr_lib, substr(ctr_lib,1,50)
FROM prod_rhplace.ar_contrat
WHERE ctr_id NOT IN (SELECT code_original FROM rh.t_types_contrat)
GROUP BY 1,2,3,4
;
-- Màj des statuts
INSERT INTO rh.t_statuts(code_original, code, texte, texte_court)
SELECT stp_id, stp_id, stp_lib, substr(stp_lib, 1, 50)
FROM prod_rhplace.ar_stprof
WHERE stp_id NOT IN (SELECT code_original FROM rh.t_statuts)
;
-- Màj des types de temps de travail
INSERT INTO rh.t_types_temps_travail(code_original, code, texte, texte_court)
SELECT cem_id, cem_id, cem_id, substr(cem_id, 1, 50)
FROM prod_rhplace.h_cemploi
JOIN w_ets ON w_ets.ent_id = h_cemploi.ent_id
WHERE cem_id NOT IN (SELECT code_original FROM rh.t_types_temps_travail)
GROUP BY 1,2,3,4
UNION
SELECT
cem_id::text||coalesce(tem_taux::text, ''),
cem_id::text||coalesce(tem_taux::text, ''),
cem_id::text||coalesce(tem_taux::text, ''),
substr(cem_id::text||coalesce(tem_taux::text, ''), 1, 50)
FROM prod_rhplace.h_cemploi
JOIN w_ets ON w_ets.ent_id = h_cemploi.ent_id
left join prod_rhplace.h_tempart ON 1=1
WHERE cem_id::text||coalesce(tem_taux::text, '') NOT IN (SELECT code_original FROM rh.t_types_temps_travail)
GROUP BY 1,2,3,4
;
-- Màj des types d'horaire
INSERT INTO rh.t_types_horaire(code_original, code, texte, texte_court)
SELECT h_typ_hor.hth_id, h_typ_hor.hth_id, h_typ_hor.hth_id, substr(h_typ_hor.hth_id, 1, 50)
FROM prod_rhplace.h_typ_hor
JOIN w_ets ON w_ets.ent_id = h_typ_hor.ent_id
WHERE h_typ_hor.hth_id NOT IN (SELECT code_original FROM rh.t_types_horaire)
GROUP BY 1,2,3,4
;
-- Màj des services
INSERT INTO rh.t_services(code_original, code, texte, texte_court)
SELECT zl1_id, zl1_id, zl1_lib, substr(zl1_lib, 1, 50)
FROM prod_rhplace.ar_z1local
JOIN w_ets ON w_ets.ent_id = ar_z1local.ent_id
WHERE zl1_id NOT IN (SELECT code_original FROM rh.t_services)
GROUP BY 1,2,3,4
;
-- [NON] Màj des spécialités.
-- Màj des codes emploi
INSERT INTO rh.t_codes_emploi(code_original, code, texte, texte_court)
SELECT mod_id, mod_id, mod_lib, substr(mod_lib, 1, 50)
FROM prod_rhplace.ar_modele
JOIN w_ets ON w_ets.ent_id = ar_modele.ent_id
WHERE mod_id NOT IN (SELECT code_original FROM rh.t_codes_emploi)
GROUP BY 1,2,3,4
;
-- Màj des comptes.
INSERT INTO rh.t_compte(code_original, code, texte, texte_court)
SELECT cpt_cle, substr(cpt_cpt1, 2, 6), cpt_lib, substr(cpt_lib, 1, 50)
FROM prod_rhplace.ar_compte
WHERE 1=1
AND length(trim(cpt_lib)) > 0
AND cpt_cle NOT IN (SELECT code_original FROM rh.t_compte WHERE code_original IS NOT NULL)
GROUP BY 1,2,3,4
;
-- [NON] Màj des sociétés d'interim
-- Màj des grilles
INSERT INTO rh.t_grilles(code_original, code, texte, texte_court)
SELECT cat_id, cat_id, cat_lib, substr(cat_lib, 1, 50)
FROM prod_rhplace.ar_categ
JOIN w_ets ON w_ets.ent_id = ar_categ.ent_id
WHERE cat_id NOT IN (SELECT code_original FROM rh.t_grilles)
GROUP BY 1,2,3,4
;
-- Màj des groupes de grilles
INSERT INTO rh.t_grilles_groupes(code_original, code, texte, texte_court)
SELECT coe_val, coe_val, coe_val, coe_val
FROM w_h_coeff
WHERE coe_val NOT IN (SELECT code_original FROM rh.t_grilles_groupes)
GROUP BY 1
;
-- [NON] Màj des motifs d'arret
-- [NON] Màj des précisions du motif d'arrêt
-- [NON] Màj des motifs de visite médicale
-- [NON] Màj des circonstances d'accident du travail
-- [NON] Màj des lieux d'accident du travail
-- [NON] Màj de la nature de l'accident du travail
-- [NON] Màj des sièges d'accident du travail
-- [NON] Màj des listes de formations
-- [NON] Màj des sections analytiques compta
-- [NON] Màj des sections analytiques paie
]]></sqlcmd>
</NODE>
<NODE label="Paramétrage des rubriques">
<sqlcmd><![CDATA[
-- Pré-paramétrage automatique des rubriques (au mieux).
-- Cette requête n'intervient pas sur les rubriques paramétrées à la main.
-- s_* (source_) :
-- - 0 = nombre
-- - 1 = base
-- - 2 = taux salarial
-- - 3 = montant salarial
-- - 4 = taux patronal
-- - 5 = montant patronal
-- - 6 = montant salarial + montant patronal
DROP TABLE IF EXISTS w_rub_affectation
;
CREATE TEMP TABLE w_rub_affectation AS
select
pla_id,
pla_type,
pla_int,
pla_dval,
pla_fval,
pla_tot,
pla_code,
pla_code_original,
pla_type::int in (15, 55, 65, 80) as p_cumul,
-- Rubrique de détail
pla_type::int in (5, 10, 50, 60, 70, 75, 85) as p_detail,
-- Nombre
pla_type::int in (5, 10, 50, 60, 70, 75, 85) p_nombre,
0 as s_nombre,
1 as c_nombre,
-- Base
pla_type::int in (5, 10, 50, 60, 70, 75, 85) as p_base,
1 as s_base,
1 as c_base,
-- Heures payées
false as p_heures_payees,
0 as s_heures_payees,
1 as c_heures_payees,
-- Heures travaillées
false as p_heures_travaillees,
0 as s_heures_travaillees,
1 as c_heures_travaillees,
-- Masse salariale
pla_type::int in (5, 10, 15, 50, 55) as p_masse_salariale,
case
when pla_type::int in (5, 10, 15) then 3
when pla_type::int in (50, 55) then 5
else 3
end as s_masse_salariale,
case
when pla_type::int in (5, 10, 15) then 1
when pla_type::int in (50, 55) then -1 -- tous les montants patronaux sont déjà signés négativement donc -1 pour ce coeff.
else 1
end as c_masse_salariale,
-- Brut
pla_type::int in (5, 10, 15) as p_brut,
3 as s_brut,
1 as c_brut,
-- Avantages en nature
false as p_avantage_nature,
3 as s_avantage_nature,
1 as c_avantage_nature,
-- Frais imposable
false as p_frais_imposables,
3 as s_frais_imposables,
1 as c_frais_imposables,
-- Cotisations salariales
pla_type::int in (50, 55) as p_cotisation_salarie,
3 as s_cotisation_salarie,
1 as c_cotisation_salarie,
-- Cotisations patronales
pla_type::int in (50, 55) as p_cotisation_patronale,
5 as s_cotisation_patronale,
-1 as c_cotisation_patronale, -- tous les montants patronaux sont déjà signés négativement donc -1 pour ce coeff.
-- OD/Net salariales
pla_type::int in (15, 55, 60, 70, 75, 80, 85) as p_od_net_salarie,
3 as s_od_net_salarie,
case when pla_type::int = 80 then -1 else 1 end as c_od_net_salarie,
-- OD/Net patronales
false as p_od_net_patronale,
5 as s_od_net_patronale,
1 as c_od_net_patronale,
-- Net imposable
pla_type::int in (5, 10, 50, 60, 65) as p_net_imposable,
3 as s_net_imposable,
1 as c_net_imposable,
-- Net à payer
pla_type::int in (5, 10, 50, 60, 70, 75, 80, 85) p_net_a_payer,
3 as s_net_a_payer,
1 as c_net_a_payer
from w_rub
where pla_tot = 'O' -- que les rubriques qui servent à calculer les totaux.
;
update rh.t_rubriques set
p_cumul = rub.p_cumul,
p_detail = rub.p_detail,
p_nombre = rub.p_nombre,
s_nombre = rub.s_nombre,
c_nombre = rub.c_nombre,
p_base = rub.p_base,
s_base = rub.s_base,
c_base = rub.c_base,
p_heures_payees = rub.p_heures_payees,
s_heures_payees = rub.s_heures_payees,
c_heures_payees = rub.c_heures_payees,
p_heures_travaillees = rub.p_heures_travaillees,
s_heures_travaillees = rub.s_heures_travaillees,
c_heures_travaillees = rub.c_heures_travaillees,
p_masse_salariale = rub.p_masse_salariale,
s_masse_salariale = rub.s_masse_salariale,
c_masse_salariale = rub.c_masse_salariale,
p_brut = rub.p_brut,
s_brut = rub.s_brut,
c_brut = rub.c_brut,
p_avantage_nature = rub.p_avantage_nature,
s_avantage_nature = rub.s_avantage_nature,
c_avantage_nature = rub.c_avantage_nature,
p_frais_imposables = rub.p_frais_imposables,
s_frais_imposables = rub.s_frais_imposables,
c_frais_imposables = rub.c_frais_imposables,
p_cotisation_salarie = rub.p_cotisation_salarie,
s_cotisation_salarie = rub.s_cotisation_salarie,
c_cotisation_salarie = rub.c_cotisation_salarie,
p_cotisation_patronale = rub.p_cotisation_patronale,
s_cotisation_patronale = rub.s_cotisation_patronale,
c_cotisation_patronale = rub.c_cotisation_patronale,
p_od_net_salarie = rub.p_od_net_salarie,
s_od_net_salarie = rub.s_od_net_salarie,
c_od_net_salarie = rub.c_od_net_salarie,
p_od_net_patronale = rub.p_od_net_patronale,
s_od_net_patronale = rub.s_od_net_patronale,
c_od_net_patronale = rub.c_od_net_patronale,
p_net_imposable = rub.p_net_imposable,
s_net_imposable = rub.s_net_imposable,
c_net_imposable = rub.c_net_imposable,
p_net_a_payer = rub.p_net_a_payer,
s_net_a_payer = rub.s_net_a_payer,
c_net_a_payer = rub.c_net_a_payer
from w_rub_affectation as rub
where 1=1
AND t_rubriques.code_original = rub.pla_code_original
AND NOT t_rubriques.user_modified
;
]]></sqlcmd>
</NODE>
</NODE>
<NODE name="PROD" label="RECUPERATION DES DONNEES DE PRODUCTION">
<NODE label="Chiffrier">
<sqlcmd><![CDATA[
TRUNCATE rh.p_chiffrier_production
;
INSERT INTO rh.p_chiffrier_production (entreprise_id, etablissement_id, mois, nombre_salaries, montant_brut, nombre_heures)
with ligne as (
select
bul_id,
ligne.ent_id,
pla_id,
lig_bas1,
lig_bas2,
lig_mont1,
lig_mont2
from w_ligne as ligne
JOIN w_ets ON w_ets.ent_id = ligne.ent_id
union all
select
bul_id,
ent_id,
code as pla_id,
base as lig_bas1,
nombre as lig_bas2,
0 as lig_mont1,
0 as lig_mont2
from w_ligne_fj)
select
t_etablissements.entreprise_id AS entreprise_id,
t_etablissements.oid as etablissement_id,
substr(bulletin.bul_id, 1, 6)::numeric AS mois,
count(distinct bulletin.sal_matr) AS nombre_salaries,
sum(ligne.lig_mont1) AS montant_brut,
sum(ligne.lig_bas1) AS nombre_heures
from w_bulletin AS bulletin
JOIN w_ets ON w_ets.ent_id = bulletin.ent_id
join ligne ON 1=1
AND ligne.bul_id = bulletin.bul_id
AND ligne.ent_id = bulletin.ent_id
AND ligne.pla_id IN ('BRUT', '4540', '1365')
join rh.t_etablissements ON t_etablissements.code_original = bulletin.eta_id
group by 1,2,3
;
]]></sqlcmd>
</NODE>
<NODE label="Pre-traitement des Profils">
<sqlcmd><![CDATA[
-- Ventilation des statuts.
DROP TABLE IF EXISTS w_h_categ
;
CREATE TEMP TABLE w_h_categ AS
select
max(t1.cat_id) AS cat_id,
t1.sal_matr,
t1.hca_date,
max(to_timestamp((t1.hca_date - 25567) * 86400)::date) AS date_debut,
min(coalesce(to_timestamp((t2.hca_date - 25567) * 86400)::date - '1 day'::interval, '2099-12-31')) AS date_fin
from prod_rhplace.h_categ as t1
JOIN w_ets ON w_ets.ent_id = t1.ent_id
left join prod_rhplace.h_categ AS t2 ON 1=1
and t1.sal_matr = t2.sal_matr
and t1.ent_id = t2.ent_id
and t1.hca_date < t2.hca_date
group by 2,3
;
CREATE INDEX w_h_categ_1 ON w_h_categ USING btree (sal_matr)
;
CREATE INDEX w_h_categ_2 ON w_h_categ USING btree (cat_id)
;
CREATE INDEX w_h_categ_3 ON w_h_categ USING btree (date_debut)
;
CREATE INDEX w_h_categ_4 ON w_h_categ USING btree (date_fin)
;
-- Ventilation des categorie_socio_professionnelle.
DROP TABLE IF EXISTS w_h_insee_emp
;
CREATE TEMP TABLE w_h_insee_emp AS
select
max (t1.ins_id) AS ins_id,
t1.sal_matr,
t1.hie_date,
max(to_timestamp((t1.hie_date - 25567) * 86400)::date) AS date_debut,
min(coalesce(to_timestamp((t2.hie_date - 25567) * 86400)::date - '1 day'::interval, '2099-12-31')) AS date_fin
from prod_rhplace.h_insee_emp as t1
JOIN w_ets ON w_ets.ent_id = t1.ent_id
left join prod_rhplace.h_insee_emp AS t2 ON 1=1
and t1.sal_matr = t2.sal_matr
and t1.ent_id = t2.ent_id
and t1.hie_date < t2.hie_date
group by 2,3
;
CREATE INDEX w_h_insee_emp_1 ON w_h_insee_emp USING btree (sal_matr)
;
CREATE INDEX w_h_insee_emp_2 ON w_h_insee_emp USING btree (ins_id)
;
CREATE INDEX w_h_insee_emp_3 ON w_h_insee_emp USING btree (date_debut)
;
CREATE INDEX w_h_insee_emp_4 ON w_h_insee_emp USING btree (date_fin)
;
-- Ventilation des code_emploi.
DROP TABLE IF EXISTS w_h_emploi
;
CREATE TEMP TABLE w_h_emploi AS
select
max(t1.emp_id) AS emp_id,
t1.sal_matr,
t1.hem_date,
max(to_timestamp((t1.hem_date - 25567) * 86400)::date) AS date_debut,
min(coalesce(to_timestamp((t2.hem_date - 25567) * 86400)::date - '1 day'::interval, '2099-12-31')) AS date_fin
from prod_rhplace.h_emploi as t1
JOIN w_ets ON w_ets.ent_id = t1.ent_id
left join prod_rhplace.h_emploi AS t2 ON 1=1
and t1.sal_matr = t2.sal_matr
and t1.ent_id = t2.ent_id
and t1.hem_date < t2.hem_date
group by 2,3
;
CREATE INDEX w_h_emploi_1 ON w_h_emploi USING btree (sal_matr)
;
CREATE INDEX w_h_emploi_2 ON w_h_emploi USING btree (emp_id)
;
CREATE INDEX w_h_emploi_3 ON w_h_emploi USING btree (date_debut)
;
CREATE INDEX w_h_emploi_4 ON w_h_emploi USING btree (date_fin)
;
-- Ventilation des types de temps de travail.
DROP TABLE IF EXISTS w_h_cemploi
;
CREATE TEMP TABLE w_h_cemploi AS
select
max(t1.cem_id) AS cem_id,
t1.sal_matr,
t1.hce_date,
max(to_timestamp((t1.hce_date - 25567) * 86400)::date) AS date_debut,
min(coalesce(to_timestamp((t2.hce_date - 25567) * 86400)::date - '1 day'::interval, '2099-12-31')) AS date_fin
from prod_rhplace.h_cemploi as t1
JOIN w_ets ON w_ets.ent_id = t1.ent_id
left join prod_rhplace.h_cemploi AS t2 ON 1=1
and t1.sal_matr = t2.sal_matr
and t1.ent_id = t2.ent_id
and t1.hce_date < t2.hce_date
group by 2,3
;
CREATE INDEX w_h_cemploi_1 ON w_h_cemploi USING btree (sal_matr)
;
CREATE INDEX w_h_cemploi_2 ON w_h_cemploi USING btree (cem_id)
;
CREATE INDEX w_h_cemploi_3 ON w_h_cemploi USING btree (date_debut)
;
CREATE INDEX w_h_cemploi_4 ON w_h_cemploi USING btree (date_fin)
;
-- Ventilation des % des types de temps de travail partiel.
DROP TABLE IF EXISTS w_h_tempart
;
CREATE TEMP TABLE w_h_tempart AS
select
max(t1.tem_taux) AS tem_taux,
t1.sal_matr,
t1.tem_date,
max(to_timestamp((t1.tem_date - 25567) * 86400)::date) AS date_debut,
min(coalesce(to_timestamp((t2.tem_date - 25567) * 86400)::date - '1 day'::interval, '2099-12-31')) AS date_fin
from prod_rhplace.h_tempart as t1
JOIN w_ets ON w_ets.ent_id = t1.ent_id
left join prod_rhplace.h_tempart AS t2 ON 1=1
and t1.sal_matr = t2.sal_matr
and t1.ent_id = t2.ent_id
and t1.tem_date < t2.tem_date
group by 2,3
;
CREATE INDEX w_h_tempart_1 ON w_h_tempart USING btree (sal_matr)
;
CREATE INDEX w_h_tempart_2 ON w_h_tempart USING btree (tem_taux)
;
CREATE INDEX w_h_tempart_3 ON w_h_tempart USING btree (date_debut)
;
CREATE INDEX w_h_tempart_4 ON w_h_tempart USING btree (date_fin)
;
-- Ventilation des services.
DROP TABLE IF EXISTS w_h_services
;
CREATE TEMP TABLE w_h_services AS
select
sal_matr,
zl1_id,
(to_timestamp((hz1_date - 25567) * 86400))::date as date_debut,
case when lead(hz1_date) over w is null then '2099-12-31'::date else ((to_timestamp((lead(hz1_date) over w - 25567) * 86400))::date - '1 day'::interval)::date end as date_fin
from prod_rhplace.h_z1_loc
JOIN w_ets ON w_ets.ent_id = h_z1_loc.ent_id
window w as (partition by sal_matr order by hz1_date)
;
CREATE INDEX w_h_services_1 ON w_h_services USING btree (sal_matr)
;
CREATE INDEX w_h_services_2 ON w_h_services USING btree (zl1_id)
;
CREATE INDEX w_h_services_3 ON w_h_services USING btree (date_debut)
;
CREATE INDEX w_h_services_4 ON w_h_services USING btree (date_fin)
;
DROP TABLE IF EXISTS w_lmt
;
CREATE TEMP TABLE w_lmt AS
WITH w_lmt_cnt AS (
SELECT
sal_matr,
min(date_debut) as date_debut,
max(date_fin) as date_fin
FROM w_cnt
GROUP BY 1),
w_lmt_bul as (
select
sal_matr,
min(date_debut) as date_debut,
max(date_fin) as date_fin
from w_bulletin
group by 1)
SELECT
coalesce(salarie.sal_matr, w_lmt_cnt.sal_matr, w_lmt_bul.sal_matr) as sal_matr,
ins_id,
emp_id,
cal_id,
min(least(w_lmt_cnt.date_debut, w_lmt_bul.date_debut)) as min_date,
greatest(least(max(w_lmt_cnt.date_fin), current_date), max(w_lmt_bul.date_fin)) as max_date
FROM prod_rhplace.salarie
left JOIN w_lmt_cnt ON w_lmt_cnt.sal_matr = salarie.sal_matr
left join w_lmt_bul on w_lmt_bul.sal_matr = salarie.sal_matr
where coalesce(w_lmt_cnt.sal_matr, w_lmt_bul.sal_matr) is not null
group by 1,2,3,4
;
-- Croisement de tous les historiques salariés jour par jour.
DROP TABLE IF EXISTS w_tmp_1
;
CREATE TEMP TABLE w_tmp_1 AS
with cal as (
select
mois,
date,
count(*) over (partition by mois) as duree_mois
from base.p_calendrier)
SELECT
mat,
mois,
min(date_debut) AS date_debut,
max(date_fin) AS date_fin,
numero_contrat,
bul_id,
est_hors_periode,
type_contrat_code_original,
categorie_socio_professionnelle_code_original,
qualification_code_original,
statut_code_original,
grille_code_original,
grille_groupe_code_original,
type_temps_travail_code_original,
motif_debut_code_original,
motif_fin_code_original,
code_emploi_code_original,
service_code_original,
sum(etp_contrat) as etp_contrat,
sum(heures_contrat) as heures_contrat
FROM (
SELECT
salarie.sal_matr as mat,
cal.mois,
cal.date as date_debut,
cal.date as date_fin,
cnt.numero_contrat,
bul.bul_id,
case when tcnt.ctr_id = 'I' then (case when cem_id = 'C' THEN 100 else tem_taux end)::numeric / duree_mois / count(cal.date) over (partition by salarie.sal_matr, cal.date) / 100.0
else bul_heure_payees / (1820.0 / 12.0) / count(cal.date) over (partition by salarie.sal_matr, bul.bul_id) / count(cal.date) over (partition by salarie.sal_matr, cal.date)
end as etp_contrat,
case when tcnt.ctr_id = 'I' then (case when cem_id = 'C' THEN 100 else tem_taux end)::numeric / duree_mois / count(cal.date) over (partition by salarie.sal_matr, cal.date) / 100.0 * (1820.0 / 12.0)
else bul_heure_payees / count(cal.date) over (partition by salarie.sal_matr, bul.bul_id) / count(cal.date) over (partition by salarie.sal_matr, cal.date)
end as heures_contrat,
CASE WHEN cnt.numero_contrat IS NULL THEN 1 ELSE 0 END est_hors_periode, -- paie hors période de contrat
coalesce(tcnt.ctr_id, chr(1)||'*') AS type_contrat_code_original,
coalesce(lower(ins.ins_id), chr(1)||'*') AS categorie_socio_professionnelle_code_original,
coalesce(emp.emp_id, chr(1)||'*') AS qualification_code_original,
coalesce(statut.stp_id, chr(1)||'*') AS statut_code_original,
coalesce(grille.cat_id, chr(1)||'*') AS grille_code_original,
coalesce(grille_groupe.coe_val, chr(1)||'*') AS grille_groupe_code_original,
coalesce(ttt.cem_id::text||coalesce(ptt.tem_taux::text, ''), chr(1)||'*') AS type_temps_travail_code_original,
coalesce(mes.mes_id||'|'||tcnt.moe_id, chr(1)||'*') AS motif_debut_code_original,
coalesce(mes.mes_ids, chr(1)||'*') AS motif_fin_code_original,
coalesce(salarie.cal_id, chr(1)||'*') AS code_emploi_code_original,
coalesce(service.zl1_id, chr(1)||'*') AS service_code_original
from cal
join w_lmt as salarie on date between salarie.min_date and salarie.max_date
left join w_cnt AS cnt ON 1=1
AND cnt.sal_matr = salarie.sal_matr
AND date between cnt.date_debut and cnt.date_fin
left join w_bulletin AS bul ON 1=1
AND bul.sal_matr = salarie.sal_matr
AND date between bul.date_debut and bul.date_fin
left join w_h_contrat AS tcnt ON 1=1 -- type de contrat
AND tcnt.sal_matr = salarie.sal_matr
AND date between tcnt.date_debut and tcnt.date_fin
left join w_h_insee_emp as ins on 1=1 -- categorie_socio_professionnelle
AND ins.sal_matr = salarie.sal_matr
AND date between ins.date_debut and ins.date_fin
left join w_h_emploi as emp on 1=1 -- qualification
AND emp.sal_matr = salarie.sal_matr
AND date between emp.date_debut and emp.date_fin
left join w_h_categ as grille on 1=1 -- grille
AND grille.sal_matr = salarie.sal_matr
AND date between grille.date_debut and grille.date_fin
left join w_h_coeff as grille_groupe on 1=1 -- grille_groupe
AND grille_groupe.sal_matr = salarie.sal_matr
AND date between grille_groupe.date_debut and grille_groupe.date_fin
left join w_h_es as mes on 1=1 -- modes d'entrée/sortie
AND mes.sal_matr = salarie.sal_matr
AND date between mes.date_debut and mes.date_fin
left join w_h_cemploi as ttt on 1=1 -- type temps de travail
AND ttt.sal_matr = salarie.sal_matr
AND date between ttt.date_debut and ttt.date_fin
left join w_h_tempart as ptt on 1=1 -- type temps de travail : pourcentage pour les partiels
AND ptt.sal_matr = salarie.sal_matr
AND date between ptt.date_debut and ptt.date_fin
left join w_h_stprof as statut on 1=1
AND statut.sal_matr = salarie.sal_matr
AND date between statut.date_debut and statut.date_fin
left join w_h_services as service on 1=1
AND service.sal_matr = salarie.sal_matr
AND date between service.date_debut and service.date_fin
GROUP BY 1,2,3,4,5,6, 9,10,11,12,13,14,15,16,17,18,19,20,
mes.sal_matr, salarie.ins_id, salarie.emp_id, ins.ins_id, emp.emp_id, ptt.tem_taux,
ttt.cem_id, cnt.sal_matr, tcnt.sal_matr, statut.sal_matr, bul.sal_matr, grille.sal_matr,
service.sal_matr, cal.duree_mois, tcnt.ctr_id, ttt.cem_id, ptt.tem_taux, bul_heure_payees
having 1!=1
OR cnt.sal_matr is not null
OR bul.sal_matr is not null) AS subq
GROUP BY 1,2,5,6,7,8,9,10,11,12,13,14,15,16,17,18
;
-- Association des bulletins de paie au dernier/futur contrat connu lorsque hors période.
UPDATE w_tmp_1
SET numero_contrat = subq.numero_contrat
FROM (
select
bul_id,
mat,
coalesce(numero_contrat, -- si la valeur est renseignée sur la ligne courante, on la prend.
(max(case when numero_contrat is null then null else ARRAY[extract(epoch from date_debut)::text, numero_contrat] end) over wb)[2], -- sinon on prend la valeur renseignée la plus proche dans le passé
(min(case when numero_contrat is null then null else ARRAY[extract(epoch from date_debut)::text, numero_contrat] end) over wf)[2], -- sinon on prend la valeur renseignée la plus proche dans le futur
null -- sinon on prend null
) as numero_contrat
from w_tmp_1
window
wb as (PARTITION BY mat ORDER BY date_debut rows unbounded preceding), -- sélectionne les lignes précédentes
wf as (PARTITION BY mat ORDER BY date_debut rows between current row and unbounded following) -- sélectionne les lignes suivantes
) AS subq
WHERE 1=1
AND w_tmp_1.mat = subq.mat
AND w_tmp_1.bul_id = subq.bul_id
;
DROP TABLE IF EXISTS w_profils
;
CREATE TEMP TABLE w_profils AS
SELECT
0 AS profil_id, -- Identifiant CTI du profil CTI
row_number() over (order by mat, bul_id, numero_contrat) as code_original, -- identifiant unique de profil
-- Cléfs naturelles permettant le matching du profil CTI au données Cegid
bul_id,
numero_contrat,
etp_contrat,
heures_contrat,
mat AS matricule,
min(date_debut) AS date_debut,
max(date_fin) AS date_fin,
est_hors_periode,
-- Données du Profil CTI
categorie_socio_professionnelle_code_original,
code_emploi_code_original,
grille_code_original,
grille_groupe_code_original,
chr(1)||'*' AS groupe_cotisant_code_original,
motif_debut_code_original,
motif_fin_code_original,
qualification_code_original,
chr(1)||'*' AS section_analytique_code_original,
chr(1)||'*' AS section_analytique_paie_code_original,
service_code_original,
chr(1)||'*' AS societe_interim_code_original,
chr(1)||'*' AS specialite_code_original,
statut_code_original,--greatest(hst.phs_dadscat, chr(1)||'*') AS statut_code_original,
type_contrat_code_original,
chr(1)||'*' AS type_horaire_code_original,
type_temps_travail_code_original,--greatest(hst.phs_condemploi||phs_ttauxpartiel::float, chr(1)||'*') AS type_temps_travail_code_original,
-- Champs dédiés au public.
chr(1)||'*' AS unite_fonctionnelle_code_original,
chr(1)||'*' AS categorie_conge_code_original,
chr(1)||'*' AS compte_salarie_code_original,
chr(1)||'*' AS commission_paritaire_code_original,
chr(1)||'*' AS lettre_budgetaire_code_original,
chr(1)||'*' AS cadre_emploi_code_original,
chr(1)||'*' AS filiere_code_original,
chr(1)||'*' AS categorie_statutaire_code_original
FROM w_tmp_1
GROUP BY 1 ,3,4,5,6,7, 10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35
;
]]></sqlcmd>
</NODE>
<NODE name="PROFIL" type="common" />
<NODE label="Salariés">
<sqlcmd><![CDATA[
DROP TABLE IF EXISTS w_salaries
;
CREATE TEMP TABLE w_salaries AS
SELECT
rhp('finess') AS finess,
CASE WHEN length(trim(sal_val_nom)) > 0 THEN sal_val_nom ELSE sal_naiss END AS nom,
sal_prenom AS prenom,
v_sal_dnaiss AS date_naissance,
CASE WHEN substr(sal_noss, 1, 1) = 1 THEN 'M' ELSE 'F' END AS sexe,
salarie.sal_matr AS matricule,
salarie.sal_matr AS code,
salarie.sal_matr AS code_original,
max(coalesce(t_entreprises.oid, 0)) AS entreprise_id,
max(coalesce(t_nationalites.oid, 0)) AS nationalite_id,
max(coalesce(t_codes_postaux.oid, 0)) AS code_postal_id,
sal_naiss AS nom_naissance,
max(coalesce(t_situations_famille.oid, 0)) AS situation_famille_id,
((max(ARRAY[w_profils.date_fin::text, w_profils.profil_id::text]))[2])::bigint AS profil_id, -- dernier profil salarié.
max(h_cnt_trav.date_debut) AS date_debut, -- date de début du dernier contrat.
max(h_cnt_trav.date_fin) AS date_fin, -- date de fin du dernier contrat.
salarie.v_sal_dat_cemp AS date_entree_ets,
max(h_cnt_trav.date_fin) AS date_sortie_ets,
-- Champs dédiés au public.
'1900-01-01'::date AS date_entree_fp,
'1900-01-01'::date AS date_entree_fph,
0 AS no_adeli,
0 AS code_cotisation_id,
0 AS matricule_retraite,
salarie.sal_noss||salarie.sal_cless AS nir
FROM w_salarie AS salarie
JOIN w_ets ON w_ets.eta_id = salarie.eta_id
JOIN w_cnt AS h_cnt_trav ON 1=1
AND h_cnt_trav.ent_id = salarie.ent_id
AND h_cnt_trav.sal_matr = salarie.sal_matr
JOIN w_profils on w_profils.numero_contrat = h_cnt_trav.numero_contrat
LEFT JOIN rh.t_codes_postaux ON t_codes_postaux.code = salarie.sal_cp
LEFT JOIN rh.t_situations_famille ON t_situations_famille.code_original = salarie.fam_id
LEFT JOIN rh.t_entreprises ON t_entreprises.code_original = salarie.ent_id
LEFT JOIN rh.t_nationalites ON t_nationalites.code_original = salarie.sal_cod_pays
GROUP BY 1,2,3,4,5,6,7,8, 12, 17,19,20,21,22,23,24
;
]]></sqlcmd>
</NODE>
<NODE name="SALARIE" type="common" />
<NODE label="Contrats">
<sqlcmd><![CDATA[
TRUNCATE rh.p_contrats
;
ALTER SEQUENCE rh.s_contrats RESTART WITH 1
;
INSERT INTO rh.p_contrats(
salarie_id,
date_debut,
date_fin,
numero_contrat,
code_original,
etablissement_id,
profil_id)
SELECT
coalesce(p_salaries.oid,0) AS salarie_id,
w_cnt.date_debut,
w_cnt.date_fin,
w_cnt.numero_contrat,
w_cnt.numero_contrat AS code_original,
coalesce(t_etablissements.oid,0) AS etablissement_id,
(max(ARRAY[extract(EPOCH from w_profils.date_fin), w_profils.profil_id]))[2] AS profil_id -- Il se peut que pour un même contrat, il y est plusieurs profils. Dans ce cas on prend le profil le plus récent.
FROM w_cnt
JOIN rh.p_salaries ON p_salaries.matricule = sal_matr
-- JOIN rh.t_etablissements ON t_etablissements.code_original = 'STC' -- @TODO faire quelque chose pour les contrats qui sont ratachés directement à l'entreprise...
join rh.t_etablissements ON t_etablissements.code_original = w_cnt.ent_id -- FIXME
JOIN w_profils ON 1=1
AND w_profils.matricule = sal_matr
AND w_profils.numero_contrat = w_cnt.numero_contrat
GROUP BY 1,2,3,4,5,6
;
-- #correction
-- Si les dates d'entrée/sortie d'établissement semblent incohérentes par rapports aux dates des contrats, les corriger.
UPDATE rh.p_salaries
SET date_entree_ets = date_debut_contrat
FROM (SELECT salarie_id, min(date_debut) AS date_debut_contrat from rh.p_contrats group by 1) AS s
WHERE 1=1
AND p_salaries.oid = s.salarie_id
AND date_entree_ets > date_debut_contrat
;
UPDATE rh.p_salaries
SET date_entree_ets = date_debut_contrat
FROM (SELECT salarie_id, min(date_debut) AS date_debut_contrat from rh.p_contrats group by 1) AS s
WHERE 1=1
AND p_salaries.oid = s.salarie_id
AND to_char(date_entree_ets, 'YYYY')::numeric >= 2009
AND date_entree_ets < date_debut_contrat
;
UPDATE rh.p_salaries
SET date_sortie_ets = date_fin_contrat
FROM (SELECT salarie_id, max(date_fin) AS date_fin_contrat from rh.p_contrats group by 1) AS s
WHERE 1=1
AND p_salaries.oid = s.salarie_id
AND date_fin_contrat > date_sortie_ets
;
-- Calcul ancienneté au début de contrat
UPDATE rh.p_contrats
SET
anciennete_anterieure_jours = subq.anciennete_anterieure_jours,
anciennete_anterieure_calculee_mois = subq.anciennete_anterieure_calculee_mois
FROM (
SELECT
t1.numero_contrat,
sum(t2.duree) AS anciennete_anterieure_jours,
sum(t2.duree) / 30 AS anciennete_anterieure_calculee_mois
FROM w_cnt AS t1
JOIN w_cnt AS t2 ON 1=1
AND t2.sal_matr = t1.sal_matr
AND t2.date_debut < t1.date_debut
group by 1
) AS subq
WHERE 1=1
AND p_contrats.numero_contrat = subq.numero_contrat
;
TRUNCATE rh.p_contrats_mois
;
ALTER SEQUENCE rh.s_contrats_mois RESTART WITH 1
;
INSERT INTO rh.p_contrats_mois(
code_original,
salarie_id,
contrat_id,
mois_activite,
date_debut,
date_fin,
nombre_entrees,
nombre_departs,
nombre_debut_contrat,
nombre_fin_contrat,
est_hors_periode,
present_debut_mois,
present_fin_mois,
equivalent_temps_plein,
nombre_heures,
age_id,
age_jours,
anciennete_jours,
anciennete_mois,
anciennete_annee_id)
SELECT
w_profils.code_original,
p_salaries.oid AS salarie_id,
p_contrats.oid AS contrat_id,
p_calendrier_mois.mois AS mois,
GREATEST(p_calendrier_mois.date_debut, w_profils.date_debut) AS date_debut,
LEAST(p_calendrier_mois.date_fin, w_profils.date_fin) AS date_fin,
CASE WHEN p_salaries.date_entree_ets BETWEEN p_calendrier_mois.date_debut AND p_calendrier_mois.date_fin THEN 1 ELSE 0 END AS nombre_entrees,
CASE WHEN p_salaries.date_sortie_ets BETWEEN p_calendrier_mois.date_debut AND p_calendrier_mois.date_fin THEN 1 ELSE 0 END AS nombre_departs,
CASE WHEN p_contrats.date_debut BETWEEN p_calendrier_mois.date_debut AND p_calendrier_mois.date_fin THEN 1 ELSE 0 END AS nombre_debut_contrat,
CASE WHEN p_contrats.date_fin BETWEEN p_calendrier_mois.date_debut AND p_calendrier_mois.date_fin THEN 1 ELSE 0 END AS nombre_fin_contrat,
w_profils.est_hors_periode,
CASE WHEN p_calendrier_mois.date_debut BETWEEN p_contrats.date_debut AND p_contrats.date_fin THEN 1 ELSE 0 END AS present_debut_mois,
CASE WHEN p_calendrier_mois.date_fin BETWEEN p_contrats.date_debut AND p_contrats.date_fin THEN 1 ELSE 0 END AS present_fin_mois,
etp_contrat,
heures_contrat,
base.cti_age(LEAST(p_calendrier_mois.date_fin, w_profils.date_fin), COALESCE(p_salaries.date_naissance, '1962-04-18'::date), 'ny') AS age_id,
LEAST(p_calendrier_mois.date_fin, w_profils.date_fin)::date - COALESCE(p_salaries.date_naissance, '1962-04-18'::date) AS age_jours,
p_contrats.anciennete_anterieure_jours
+ (LEAST(p_calendrier_mois.date_fin, w_profils.date_fin) - p_contrats.date_debut)
+ 1
AS anciennete_jours,
base.cti_months_between(p_contrats.date_debut, p_calendrier_mois.date_fin)
+ p_contrats.anciennete_anterieure_calculee_mois
AS anciennete_mois,
floor(
(
base.cti_months_between(p_contrats.date_debut, p_calendrier_mois.date_fin)
+ p_contrats.anciennete_anterieure_calculee_mois
) / 12
) AS anciennete_annee_id
FROM w_profils
JOIN base.p_calendrier_mois ON base.cti_overlaps(w_profils.date_debut, w_profils.date_fin, p_calendrier_mois.date_debut, p_calendrier_mois.date_fin)
JOIN rh.p_contrats ON p_contrats.numero_contrat = w_profils.numero_contrat
JOIN rh.p_salaries ON p_salaries.matricule = w_profils.matricule
WHERE 1=1
AND p_calendrier_mois.mois < to_char(now() + '1 month'::interval, 'YYYYMM')
GROUP BY 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19
;
]]></sqlcmd>
</NODE>
<NODE label="Historique de la paie">
<sqlcmd><![CDATA[
DROP TABLE IF EXISTS w_hp
;
CREATE TEMP TABLE w_hp AS
with ligne as (
select
bul_id,
ligne.ent_id,
pla_id,
lig_bas1,
lig_bas2,
lig_taux1,
lig_mont1,
lig_taux2,
lig_mont2
from w_ligne as ligne
JOIN w_ets ON w_ets.ent_id = ligne.ent_id
union all
select
bul_id,
ent_id,
code as pla_id,
base as lig_bas1,
nombre as lig_bas2,
0 as lig_taux1,
0 as lig_mont1,
0 as lig_taux2,
0 as lig_mont2
from w_ligne_fj)
SELECT
bulletin.eta_id,
bulletin.sal_matr AS matricule,
-- Dates d'activité
date_debut,
date_fin,
to_char(date_fin, 'YYYYMM')::numeric AS mois_activite,
-- Dates de paie
date_paie,
substr(bulletin.bul_id, 1, 6)::numeric AS mois_paie,
pla_code_original AS rubrique,
p_detail,
p_cumul,
-- Les forfaits jours voient leur base multiplié par le coeff paramétré dans base (jours => heures).
-- En revanche, les autres salariés voient leur base multiplié par le coeff paramétré dans nombre (représente toujours des jours).
-- Cela permet d'appliquer le signe négatif sur la base de toute la population de salariés.
case when p_base then lig_bas1 else 0 end * case when forfait_jour then c_base * bulletin.etp else c_nombre end AS base,
case when p_nombre then lig_bas2 else 0 end * c_nombre AS nombre,
case
when p_heures_contrat and s_heures_contrat = 0 then lig_bas2
when p_heures_contrat and s_heures_contrat = 1 then lig_bas1
else 0
end * c_heures_contrat as heure_contrat,
case
when p_heures_payees and s_heures_payees = 0 then lig_bas2
when p_heures_payees and s_heures_payees = 1 then lig_bas1
else 0
end * c_heures_payees as heure_payee,
case
when p_heures_travaillees and s_heures_travaillees = 0 then lig_bas2
when p_heures_travaillees and s_heures_travaillees = 1 then lig_bas1
else 0
end * c_heures_travaillees as heure_travaillee,
case
when p_masse_salariale and s_masse_salariale = 3 then lig_mont1
when p_masse_salariale and s_masse_salariale = 5 then lig_mont2
else 0
end * c_masse_salariale as montant_masse_salariale,
CASE WHEN p_brut THEN lig_mont1 ELSE 0 END * c_brut AS montant_brut,
CASE WHEN p_avantage_nature THEN lig_mont1 ELSE 0 END * c_avantage_nature AS montant_avantage_nature,
case when p_frais_imposables then lig_mont1 else 0 end * c_frais_imposables as montant_frais_imposables,
case when p_cotisation_salarie then lig_mont1 else 0 end * c_cotisation_salarie as montant_cotisation_salarie,
case when p_cotisation_patronale then lig_mont2 else 0 end * c_cotisation_patronale as montant_cotisation_patronale,
case when p_od_net_salarie then lig_mont1 else 0 end * c_od_net_salarie as montant_od_net_salarie,
case when p_od_net_patronale then lig_taux2 else 0 end * c_od_net_patronale as montant_od_net_patronale,
lig_taux1 AS tx_sal,
lig_taux2 AS tx_pat,
CASE WHEN p_net_imposable THEN lig_mont1 ELSE 0 END * c_net_imposable AS montant_net_imposable_salarie,
CASE WHEN p_net_a_payer THEN lig_mont1 ELSE 0 END * c_net_a_payer AS montant_net_a_payer_salarie
FROM w_bulletin AS bulletin
JOIN w_ets ON w_ets.eta_id = bulletin.eta_id
join ligne ON 1=1
AND ligne.bul_id = bulletin.bul_id
AND ligne.ent_id = bulletin.ent_id
join w_rub ON 1=1
AND w_rub.pla_id = ligne.pla_id
AND bulletin.bul_fin between w_rub.pla_dval and w_rub.pla_fval
join rh.t_rubriques on t_rubriques.code_original = w_rub.pla_code_original
WHERE 1!=1
OR p_detail
OR p_cumul
;
-- #correction
UPDATE w_hp
SET date_paie = (mois_paie||'01')::date + '1 month - 1 day'::interval
WHERE to_char(date_paie, 'YYYYMM')::numeric != mois_paie
;
CREATE INDEX i_w_hp_1
ON w_hp
USING btree (matricule)
;
CREATE INDEX i_w_hp_2
ON w_hp
USING btree (mois_activite)
;
CREATE INDEX i_w_hp_3
ON w_hp
USING btree (mois_paie)
;
CREATE INDEX i_w_hp_4
ON w_hp
USING btree (rubrique)
;
-- Insertion dans la table de production CTI.
TRUNCATE rh.p_historique_paie
;
SELECT base.cti_stash_table_indexes('rh', 'p_historique_paie')
;
INSERT INTO rh.p_historique_paie(
age_id,
nombre,
base,
contrat_id,
contrat_mois_id,
date_debut,
date_fin,
date_paie,
mois_activite,
mois_paie,
heure_contrat,
heure_payee,
heure_travaillee,
montant_avantage_nature,
montant_brut,
montant_masse_salariale,
montant_cotisation_patronale,
montant_cotisation_salarie,
montant_frais_imposables,
montant_net_a_payer_salarie,
montant_net_imposable_salarie,
montant_od_net_salarie,
montant_od_net_patronale,
organisme_cotisation_id,
rubrique_id,
salarie_id,
taux_cotisation_patronale,
taux_cotisation_salarie,
compte_id)
SELECT
date_part('year', age(w_hp.date_debut, date_naissance)) AS age_id,
w_hp.nombre,
w_hp.base AS base,
(max(ARRAY[EXTRACT(EPOCH FROM p_contrats_mois.date_fin),p_contrats_mois.contrat_id]))[2] AS contrat_id,
(max(ARRAY[EXTRACT(EPOCH FROM p_contrats_mois.date_fin),p_contrats_mois.oid]))[2] AS contrat_mois_id,
w_hp.date_debut,
w_hp.date_fin,
w_hp.date_paie,
w_hp.mois_activite,
w_hp.mois_paie,
w_hp.heure_contrat,
w_hp.heure_payee,
w_hp.heure_travaillee,
w_hp.montant_avantage_nature,
w_hp.montant_brut,
w_hp.montant_masse_salariale,
w_hp.montant_cotisation_patronale,
w_hp.montant_cotisation_salarie,
w_hp.montant_frais_imposables,
w_hp.montant_net_a_payer_salarie,
w_hp.montant_net_imposable_salarie,
w_hp.montant_od_net_salarie,
w_hp.montant_od_net_patronale,
0 AS organisme_cotisation_id,
t_rubriques.oid AS rubrique_id,
p_salaries.oid AS salarie_id,
w_hp.tx_pat AS taux_cotisation_patronale,
w_hp.tx_sal AS taux_cotisation_salarie,
0 AS compte_id
FROM w_hp
JOIN rh.t_rubriques ON t_rubriques.code_original = w_hp.rubrique
JOIN rh.p_salaries ON p_salaries.matricule = w_hp.matricule
-- LEFT JOIN rh.t_organismes_cotisation ON t_organismes_cotisation.code_original = w_hp.organisme
LEFT JOIN rh.p_contrats_mois ON 1=1
AND p_contrats_mois.salarie_id = p_salaries.oid
--AND p_contrats_mois.mois_activite = w_hp.mois
AND base.cti_overlaps(p_contrats_mois.date_debut, p_contrats_mois.date_fin, w_hp.date_debut, w_hp.date_fin)
-- LEFT JOIN rh.t_compte ON t_compte.code_original = w_hp.compte
WHERE w_hp.p_detail
GROUP BY 1,2,3, 6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29, w_hp.ctid
;
SELECT base.cti_stash_pop_table_indexes('rh', 'p_historique_paie')
;
-- Création d'une table temp qui regroupe tous les totaux à atteindre pour calculer l'écart
DROP TABLE IF EXISTS w_totaux
;
-- FIXME ATTENTION AUX DOUBLONS !!!
-- FIXME Bulletins sur 201600 ...
CREATE TEMP TABLE w_totaux AS
with ligne as (
select
bul_id,
ligne.ent_id,
pla_id,
lig_bas1,
lig_bas2,
lig_mont1,
lig_mont2
from w_ligne as ligne
JOIN w_ets ON w_ets.ent_id = ligne.ent_id
union all
select
bul_id,
ent_id,
code as pla_id,
base as lig_bas1,
nombre as lig_bas2,
0 as lig_mont1,
0 as lig_mont2
from w_ligne_fj)
select
-- Dates d'activité
date_debut,
date_fin,
to_char(date_fin, 'YYYYMM')::numeric AS mois_activite,
-- Dates de paie
date_paie,
substr(bulletin.bul_id, 1, 6)::numeric AS mois_paie,
bulletin.eta_id,
bulletin.sal_matr AS matricule,
substr(bulletin.bul_id, 1, 4)::numeric AS mois,
sum(case when pla_id = 'BRUT' then lig_mont1 else 0 end)::numeric AS brut,
sum(case when pla_id = 'IMPO' then lig_mont1 else 0 end)::numeric AS net_imposable,
sum(case when pla_id = 'NETT' then lig_mont1 else 0 end)::numeric AS net_a_payer,
sum(case when pla_id = 'TOTR' then lig_mont1 else 0 end)::numeric AS mt_sal,
sum(case when pla_id = 'TOTR' then lig_mont2 * (-1) else 0 end)::numeric AS mt_pat
from w_bulletin AS bulletin
JOIN w_ets ON w_ets.eta_id = bulletin.eta_id
join ligne ON 1=1
AND ligne.bul_id = bulletin.bul_id
AND ligne.ent_id = bulletin.ent_id
where pla_id IN ('BRUT', 'TOTR', 'IMPO', 'NETT')
group by 1,2,3,4,5,6,7,8
;
-- #correction
UPDATE w_totaux
SET date_paie = (mois_paie||'01')::date + '1 month - 1 day'::interval
WHERE to_char(date_paie, 'YYYYMM')::numeric != mois_paie
;
-- Inserer pour chaque bulletin une ligne qui va faire le compte avec le total (rubrique 'C000' nommée 'Ecart cumulé')
INSERT INTO rh.p_historique_paie(
age_id,
contrat_id,
contrat_mois_id,
date_debut,
date_fin,
date_paie,
mois_activite,
mois_paie,
nombre,
base,
heure_payee,
heure_travaillee,
montant_masse_salariale,
montant_brut,
montant_avantage_nature,
montant_frais_imposables,
montant_cotisation_salarie,
montant_cotisation_patronale,
montant_od_net_salarie,
montant_od_net_patronale,
montant_net_imposable_salarie,
montant_net_a_payer_salarie,
organisme_cotisation_id,
profil_id, -- @deprecated
rubrique_id,
salarie_id,
taux_cotisation_patronale,
taux_cotisation_salarie)
SELECT
age_id,
contrat_id,
contrat_mois_id,
subq.date_debut,
subq.date_fin,
subq.date_paie,
subq.mois_activite,
subq.mois_paie,
0 as nombre,
0 AS base,
0 AS heure_payee,
0 as heure_travaillee,
0 as montant_masse_salariale,
sum(brut - subq.montant_brut) AS montant_brut,
0 AS montant_avantage_nature,
0 AS montant_frais_imposables,
sum(mt_sal - subq.montant_cotisation_salarie) AS montant_cotisation_salarie,
sum(mt_pat - subq.montant_cotisation_patronale) AS montant_cotisation_patronale,
0 as montant_od_net_salarie,
0 as montant_od_net_patronale,
sum(net_imposable - subq.montant_net_imposable_salarie) AS montant_net_imposable_salarie,
sum(net_a_payer - subq.montant_net_a_payer_salarie) AS montant_net_a_payer_salarie,
subq.organisme_cotisation_id AS organisme_cotisation_id,
subq.profil_id AS profil_id,
(SELECT oid FROM rh.t_rubriques WHERE code = 'C000') AS rubrique_id,
subq.salarie_id AS salarie_id,
0 AS taux_cotisation_patronale,
0 AS taux_cotisation_salarie
FROM
(SELECT
p_historique_paie.age_id,
p_historique_paie.contrat_id,
p_historique_paie.contrat_mois_id,
p_historique_paie.date_debut,
p_historique_paie.date_fin,
p_historique_paie.date_paie,
p_historique_paie.mois_activite,
p_historique_paie.mois_paie,
0 as nombre,
0 AS base,
sum(heure_payee) as heure_payee,
sum(heure_travaillee) as heure_travaillee,
sum(montant_masse_salariale) as montant_masse_salariale,
sum(montant_brut) AS montant_brut,
sum(montant_avantage_nature) AS montant_avantage_nature,
sum(montant_frais_imposables) AS montant_frais_imposables,
sum(montant_cotisation_salarie) AS montant_cotisation_salarie,
sum(montant_cotisation_patronale) AS montant_cotisation_patronale,
sum(montant_od_net_salarie) as montant_od_net_salarie,
sum(montant_od_net_patronale) as montant_od_net_patronale,
sum(montant_net_imposable_salarie) AS montant_net_imposable_salarie,
sum(montant_net_a_payer_salarie) AS montant_net_a_payer_salarie,
0 AS organisme_cotisation_id,
0 AS profil_id, -- p_historique_paie.profil_id,
(SELECT oid FROM rh.t_rubriques WHERE code = 'C000'),
p_historique_paie.salarie_id,
0 AS taux_cotisation_patronale,
0 AS taux_cotisation_salarie
FROM rh.p_historique_paie
JOIN rh.p_salaries ON p_salaries.oid = p_historique_paie.salarie_id
GROUP BY 1,2,3,4,5,6,7,8,9,10, 23,24,25,26,27,28) AS subq
JOIN rh.p_salaries ON p_salaries.oid = subq.salarie_id
JOIN w_totaux ON 1=1
AND w_totaux.matricule = p_salaries.matricule
AND w_totaux.date_debut = subq.date_debut
AND w_totaux.date_fin = subq.date_fin
GROUP BY 1,2,3,4,5,6,7,8, 23,24,25,26,27,28
HAVING 1!=1
OR sum(brut - subq.montant_brut) != 0
OR sum(mt_pat - subq.montant_cotisation_patronale) != 0
OR sum(mt_sal - subq.montant_cotisation_salarie) != 0
OR sum(net_a_payer - subq.montant_net_a_payer_salarie) != 0
OR sum(net_imposable - subq.montant_net_imposable_salarie) != 0
;
/*
Quels sont les écarts cumulés > 0 ? :
SELECT
p_salaries.matricule,
p_historique_paie.*
FROM rh.p_historique_paie
JOIN rh.p_salaries on p_salaries.oid = p_historique_paie.salarie_id
JOIN rh.t_rubriques on t_rubriques.oid = p_historique_paie.rubrique_id
WHERE 1=1
AND t_rubriques.code_original = 'C000'
AND
(1!=1
OR p_historique_paie.base <> 0
OR p_historique_paie.montant_brut <> 0
OR p_historique_paie.montant_cotisation_salarie <> 0
OR p_historique_paie.montant_cotisation_patronale <> 0
OR p_historique_paie.montant_net_a_payer_salarie <> 0
OR p_historique_paie.montant_net_imposable_salarie <> 0
OR p_historique_paie.montant_avantage_nature <> 0
)
ORDER BY 1,4 DESC
;
*/
]]></sqlcmd>
</NODE>
<NODE label="Ventilation des profils">
<sqlcmd><![CDATA[
-- Alimentation des profils simultanés.
TRUNCATE rh.p_profil_contrat_mois
;
INSERT INTO rh.p_profil_contrat_mois (
profil_id,
contrat_mois_id,
salarie_id,
ratio,
mois)
select
w_profils.profil_id,
p_contrats_mois.oid as contrat_mois_id,
p_contrats_mois.salarie_id,
1 AS ratio,
p_contrats_mois.mois_activite
from rh.p_contrats_mois
join w_profils ON w_profils.code_original = p_contrats_mois.code_original
group by 1,2,3,4,5
;
]]></sqlcmd>
</NODE>
</NODE>
<NODE name="POST" label="POST-TRAITEMENTS">
<NODE name="DIVERS" type="common"/>
<NODE name="POST" type="common"/>
</NODE>
<NODE name="VACUUM" label="REORGANISATION BASE DE DONNEES">
<NODE name="VACUUM" type="common" />
</NODE>
<NODE name="RAZ" label="RAZ BASE">
<NODE name="RAZ" type="common" />
</NODE>
<NODE name="RAZ_ALL" label="RAZ ALL">
<NODE name="RAZ_ALL" type="common" />
</NODE>
</ROOT>