Dumped on 2018-04-18

Index of database - rel70mod1


Schema comptaproc


Function: comptaproc.account_add(p_name public.account_type(44), p_id character varying)

Returns: text

Language: PLPGSQL

declare
	nParent tmp_pcmn.pcm_val_parent%type;
	nCount integer;
	sReturn text;
begin
	sReturn:= format_account(p_id);
	select count(*) into nCount from tmp_pcmn where pcm_val=sReturn;
	if nCount = 0 then
		nParent=account_parent(p_id);
		insert into tmp_pcmn (pcm_val,pcm_lib,pcm_val_parent)
			values (p_id, p_name,nParent) returning pcm_val into sReturn;
	end if;
return sReturn;
end ;

Function: comptaproc.account_alphanum()

Returns: boolean

Language: PLPGSQL

declare
	l_auto bool;
begin
	l_auto := true;
	select pr_value into l_auto from parameter where pr_id='MY_ALPHANUM';
	if l_auto = 'N' or l_auto is null then
		l_auto:=false;
	end if;
	return l_auto;
end;

Function: comptaproc.account_auto(p_fd_id integer)

Returns: boolean

Language: PLPGSQL

declare
	l_auto bool;
begin

	select fd_create_account into l_auto from fiche_def where fd_id=p_fd_id;
	if l_auto is null then
		l_auto:=false;
	end if;
	return l_auto;
end;

Function: comptaproc.account_compute(p_f_id integer)

Returns: account_type(44)

Language: PLPGSQL

declare
	class_base fiche_def.fd_class_base%type;
	maxcode numeric;
	sResult text;
	bAlphanum bool;
	sName text;
begin
	select fd_class_base into class_base
	from
		fiche_def join fiche using (fd_id)
	where
		f_id=p_f_id;
	raise notice 'account_compute class base %',class_base;
	bAlphanum := account_alphanum();
	if bAlphanum = false  then
	raise info 'account_compute : Alphanum is false';
		select count (pcm_val) into maxcode from tmp_pcmn where pcm_val_parent = class_base;
		if maxcode = 0	then
			maxcode:=class_base::numeric;
		else
			select max (pcm_val) into maxcode from tmp_pcmn where pcm_val_parent = class_base;
			maxcode:=maxcode::numeric;
		end if;
		if maxcode::text = class_base then
			maxcode:=class_base::numeric*1000;
		end if;
		maxcode:=maxcode+1;
		raise notice 'account_compute Max code %',maxcode;
		sResult:=maxcode::account_type;
	else
	raise info 'account_compute : Alphanum is true';
		-- if alphanum, use name
		select ad_value into sName from fiche_detail where f_id=p_f_id and ad_id=1;
		raise info 'name is %',sName;
		if sName is null then
			raise exception 'Cannot compute an accounting without the name of the card for %',p_f_id;
		end if;
		sResult := class_base||sName;
		sResult := substr(sResult,1,40);
		raise info 'Result is %',sResult;
	end if;
	return sResult::account_type;
end;

Function: comptaproc.account_insert(p_account integer, p_f_id text)

Returns: text

Language: PLPGSQL

declare
	nParent tmp_pcmn.pcm_val_parent%type;
	sName varchar;
	sNew tmp_pcmn.pcm_val%type;
	bAuto bool;
	nFd_id integer;
	sClass_Base fiche_def.fd_class_base%TYPE;
	nCount integer;
	first text;
	second text;
	s_account text;
begin

	if p_account is not null and length(trim(p_account)) != 0 then
	-- if there is coma in p_account, treat normally
		if position (',' in p_account) = 0 then
			raise info 'p_account is not empty';
				s_account := substr( p_account,1 , 40);
				select count(*)  into nCount from tmp_pcmn where pcm_val=s_account::account_type;
				raise notice 'found in tmp_pcm %',nCount;
				if nCount !=0  then
					raise info 'this account exists in tmp_pcmn ';
					perform attribut_insert(p_f_id,5,s_account);
				   else
				       -- account doesn't exist, create it
					select ad_value into sName from
						fiche_detail
					where
					ad_id=1 and f_id=p_f_id;

					nParent:=account_parent(s_account::account_type);
					insert into tmp_pcmn(pcm_val,pcm_lib,pcm_val_parent) values (s_account::account_type,sName,nParent);
					perform attribut_insert(p_f_id,5,s_account);

				end if;
		else
		raise info 'presence of a comma';
		-- there is 2 accounts separated by a comma
		first := split_part(p_account,',',1);
		second := split_part(p_account,',',2);
		-- check there is no other coma
		raise info 'first value % second value %', first, second;

		if  position (',' in first) != 0 or position (',' in second) != 0 then
			raise exception 'Too many comas, invalid account';
		end if;
		perform attribut_insert(p_f_id,5,p_account);
		end if;
	else
	raise info 'A000 : p_account is  empty';
		select fd_id into nFd_id from fiche where f_id=p_f_id;
		bAuto:= account_auto(nFd_id);

		select fd_class_base into sClass_base from fiche_def where fd_id=nFd_id;
raise info 'sClass_Base : %',sClass_base;
		if bAuto = true and sClass_base similar to '[[:digit:]]*'  then
			raise info 'account generated automatically';
			sNew:=account_compute(p_f_id);
			raise info 'sNew %', sNew;
			select ad_value into sName from
				fiche_detail
			where
				ad_id=1 and f_id=p_f_id;
			nParent:=account_parent(sNew);
			sNew := account_add  (sNew,sName);
			perform attribut_insert(p_f_id,5,sNew);

		else
		-- if there is an account_base then it is the default
		      select fd_class_base::account_type into sNew from fiche_def join fiche using (fd_id) where f_id=p_f_id;
			if sNew is null or length(trim(sNew)) = 0 then
				raise notice 'count is null';
				 perform attribut_insert(p_f_id,5,null);
			else
				 perform attribut_insert(p_f_id,5,sNew);
			end if;
		end if;
	end if;

return 0;
end;

Function: comptaproc.account_parent(p_account public.account_type(44))

Returns: account_type(44)

Language: PLPGSQL

declare
	sSubParent tmp_pcmn.pcm_val_parent%type;
	sResult tmp_pcmn.pcm_val_parent%type;
	nCount integer;
begin
	if p_account is NULL then
		return NULL;
	end if;
	sSubParent:=p_account;
	while true loop
		select count(*) into nCount
		from tmp_pcmn
		where
		pcm_val = sSubParent;
		if nCount != 0 then
			sResult:= sSubParent;
			exit;
		end if;
		sSubParent:= substr(sSubParent,1,length(sSubParent)-1);
		if length(sSubParent) <= 0 then
			raise exception 'Impossible de trouver le compte parent pour %',p_account;
		end if;
		raise notice 'sSubParent % % ',sSubParent,length(sSubParent);
	end loop;
	raise notice 'account_parent : Parent is %',sSubParent;
	return sSubParent;
end;

Function: comptaproc.account_update(p_account integer, p_f_id public.account_type(44))

Returns: integer

Language: PLPGSQL

declare
	nMax fiche.f_id%type;
	nCount integer;
	nParent tmp_pcmn.pcm_val_parent%type;
	sName varchar;
	first text;
	second text;
begin

	if length(trim(p_account)) != 0 then
		-- 2 accounts in card separated by comma
		if position (',' in p_account) = 0 then
			select count(*) into nCount from tmp_pcmn where pcm_val=p_account;
			if nCount = 0 then
			select ad_value into sName from
				fiche_detail
				where
				ad_id=1 and f_id=p_f_id;
			nParent:=account_parent(p_account);
			insert into tmp_pcmn(pcm_val,pcm_lib,pcm_val_parent) values (p_account,sName,nParent);
		end if;
		else
		raise info 'presence of a comma';
		-- there is 2 accounts separated by a comma
		first := split_part(p_account,',',1);
		second := split_part(p_account,',',2);
		-- check there is no other coma
		raise info 'first value % second value %', first, second;

		if  position (',' in first) != 0 or position (',' in second) != 0 then
			raise exception 'Too many comas, invalid account';
		end if;
		-- check that both account are in PCMN

		end if;
	else
		-- account is null
		update fiche_detail set ad_value=null where f_id=p_f_id and ad_id=5 ;
	end if;

	update fiche_detail set ad_value=p_account where f_id=p_f_id and ad_id=5 ;

return 0;
end;

Function: comptaproc.action_gestion_ins_upd()

Returns: trigger

Language: PLPGSQL

begin
NEW.ag_title := substr(trim(NEW.ag_title),1,70);
NEW.ag_hour := substr(trim(NEW.ag_hour),1,5);
NEW.ag_owner := lower(NEW.ag_owner);
return NEW;
end;

Function: comptaproc.action_gestion_related_ins_up()

Returns: trigger

Language: PLPGSQL

declare
	nTmp bigint;
begin

if NEW.aga_least > NEW.aga_greatest then
	nTmp := NEW.aga_least;
	NEW.aga_least := NEW.aga_greatest;
	NEW.aga_greatest := nTmp;
end if;

if NEW.aga_least = NEW.aga_greatest then
	return NULL;
end if;

return NEW;

end;

Function: comptaproc.anc_correct_tvand()

Returns: void

Language: PLPGSQL

 
declare
        n_count numeric;
        i record;
        newrow_tva record;
begin
         for i in select * from operation_analytique where oa_jrnx_id_source is not null loop
         -- Get all the anc accounting from the base operation and insert the missing record for VAT 
                for newrow_tva in select *  from operation_analytique where j_id=i.oa_jrnx_id_source and po_id <> i.po_id loop
                    
                        -- check if the record is yet present
                        select count(*) into n_count from operation_analytique where  po_id=newrow_tva.po_id and oa_jrnx_id_source=i.oa_jrnx_id_source;

                        if n_count = 0 then
                          raise info 'insert operation analytique po_id = % oa_group = % ',i.po_id, i.oa_group;
                          insert into operation_analytique 
                          (po_id,oa_amount,oa_description,oa_debit,j_id,oa_group,oa_date,oa_jrnx_id_source,oa_positive)
                          values (newrow_tva.po_id,i.oa_amount,i.oa_description,i.oa_debit,i.j_id,i.oa_group,i.oa_date,i.oa_jrnx_id_source,i.oa_positive);
                        end if;
         
                end loop;

         
         end loop;
end;
 

Function: comptaproc.attribut_insert(p_value integer, p_ad_id integer, p_f_id character varying)

Returns: void

Language: PLPGSQL

begin
	insert into fiche_detail (f_id,ad_id, ad_value) values (p_f_id,p_ad_id,p_value);
	
return;
end;

Function: comptaproc.attribute_correct_order()

Returns: void

Language: PLPGSQL

declare
    crs_correct cursor for select A.jnt_id,A.jnt_order from jnt_fic_attr as A join jnt_fic_attr as B using (fd_id) where A.jnt_order=B.jnt_order and A.jnt_id > B.jnt_id;
    rec record;
begin
	open crs_correct;
	loop
	fetch crs_correct into rec;
	if NOT FOUND then
		close crs_correct;
		return;
	end if;
	update jnt_fic_attr set jnt_order=jnt_order + 1 where jnt_id = rec.jnt_id;
	end loop;
	close crs_correct;
	perform attribute_correct_order ();
end;

Function: comptaproc.card_after_delete()

Returns: trigger

Language: PLPGSQL


begin

	delete from action_gestion where f_id_dest = OLD.f_id;
	return OLD;

end;

Function: comptaproc.card_class_base(p_f_id integer)

Returns: text

Language: PLPGSQL

declare
	n_poste fiche_def.fd_class_base%type;
begin

	select fd_class_base into n_poste from fiche_def join fiche using
(fd_id)
	where f_id=p_f_id;
	if not FOUND then
		raise exception 'Invalid fiche card_class_base(%)',p_f_id;
	end if;
return n_poste;
end;

Function: comptaproc.category_card_before_delete()

Returns: trigger

Language: PLPGSQL


begin
    if OLD.fd_id > 499000 then
        return null;
    end if;
    return OLD;

end;

Function: comptaproc.check_balance(p_grpt integer)

Returns: numeric

Language: PLPGSQL

declare
	amount_jrnx_debit numeric;
	amount_jrnx_credit numeric;
	amount_jrn numeric;
begin
	select coalesce(sum (j_montant),0) into amount_jrnx_credit
	from jrnx
		where
	j_grpt=p_grpt
	and j_debit=false;

	select coalesce(sum (j_montant),0) into amount_jrnx_debit
	from jrnx
		where
	j_grpt=p_grpt
	and j_debit=true;

	select coalesce(jr_montant,0) into amount_jrn
	from jrn
	where
	jr_grpt_id=p_grpt;

	if ( amount_jrnx_debit != amount_jrnx_credit )
		then
		return abs(amount_jrnx_debit-amount_jrnx_credit);
		end if;
	if ( amount_jrn != amount_jrnx_credit)
		then
		return -1*abs(amount_jrn - amount_jrnx_credit);
		end if;
	return 0;
end;

Function: comptaproc.check_periode()

Returns: trigger

Language: PLPGSQL

declare 
  nPeriode int;
begin
if periode_exist(to_char(NEW.p_start,'DD.MM.YYYY'),NEW.p_id) <> -1 then
       nPeriode:=periode_exist(to_char(NEW.p_start,'DD.MM.YYYY'),NEW.p_id) ;
        raise info 'Overlap periode start % periode %',NEW.p_start,nPeriode;
	return null;
end if;

if periode_exist(to_char(NEW.p_end,'DD.MM.YYYY'),NEW.p_id) <> -1 then
	nPeriode:=periode_exist(to_char(NEW.p_start,'DD.MM.YYYY'),NEW.p_id) ;
        raise info 'Overlap periode end % periode %',NEW.p_end,nPeriode;
	return null;
end if;
return NEW;
end;

Function: comptaproc.correct_sequence(p_table text, p_col text, p_sequence text)

Returns: integer

Language: PLPGSQL

Often the primary key is a sequence number and sometimes the value of the sequence is not synchronized with the primary key ( p_sequence : sequence name, p_col : col of the pk,p_table : concerned table

declare
last_sequence int8;
max_sequence int8;
n integer;
begin
	select count(*) into n from pg_class where relkind='S' and relname=lower(p_sequence);
	if n = 0 then
		raise exception  ' Unknow sequence  % ',p_sequence;
	end if;
	select count(*) into n from pg_class where relkind='r' and relname=lower(p_table);
	if n = 0 then
		raise exception ' Unknow table  % ',p_table;
	end if;

	execute 'select last_value   from '||p_sequence into last_sequence;
	raise notice 'Last value of the sequence is %', last_sequence;

	execute 'select max('||p_col||')  from '||p_table into max_sequence;
	if  max_sequence is null then
		max_sequence := 0;
	end if;
	raise notice 'Max value of the sequence is %', max_sequence;
	max_sequence:= max_sequence +1;	
	execute 'alter sequence '||p_sequence||' restart with '||max_sequence;
return 0;

end;

Function: comptaproc.create_missing_sequence()

Returns: integer

Language: PLPGSQL

declare
p_sequence text;
nSeq integer;
c1 cursor for select jrn_def_id from jrn_def;
begin
	open c1;
	loop
	   fetch c1 into nSeq;
	   if not FOUND THEN
	   	close c1;
	   	return 0;
	   end if;
	   p_sequence:='s_jrn_pj'||nSeq::text;
	execute 'create sequence '||p_sequence;
	end loop;
close c1;
return 0;

end;

Function: comptaproc.drop_index(p_constraint character varying)

Returns: void

Language: PLPGSQL

declare 
	nCount integer;
begin
	select count(*) into nCount from pg_indexes where indexname=p_constraint;
	if nCount = 1 then
	execute 'drop index '||p_constraint ;
	end if;
end;

Function: comptaproc.drop_it(p_constraint character varying)

Returns: void

Language: PLPGSQL

declare 
	nCount integer;
begin
	select count(*) into nCount from pg_constraint where conname=p_constraint;
	if nCount = 1 then
	execute 'alter table parm_periode drop constraint '||p_constraint ;
	end if;
end;

Function: comptaproc.extension_ins_upd()

Returns: trigger

Language: PLPGSQL

declare
 sCode text;
 sFile text;
begin
sCode:=trim(upper(NEW.ex_code));
sCode:=replace(sCode,' ','_');
sCode:=substr(sCode,1,15);
sCode=upper(sCode);
NEW.ex_code:=sCode;
sFile:=NEW.ex_file;
sFile:=replace(sFile,';','_');
sFile:=replace(sFile,'<','_');
sFile:=replace(sFile,'>','_');
sFile:=replace(sFile,'..','');
sFile:=replace(sFile,'&','');
sFile:=replace(sFile,'|','');



return NEW;

end;


Function: comptaproc.fiche_account_parent(p_f_id integer)

Returns: account_type(44)

Language: PLPGSQL

declare
ret tmp_pcmn.pcm_val%TYPE;
begin
	select fd_class_base into ret from fiche_def join fiche using (fd_id) where f_id=p_f_id;
	if not FOUND then
		raise exception '% N''existe pas',p_f_id;
	end if;
	return ret;
end;

Function: comptaproc.fiche_attribut_synchro(p_fd_id integer)

Returns: void

Language: PLPGSQL

declare
	-- this sql gives the f_id and the missing attribute (ad_id)
	list_missing cursor for select f_id,fd_id,ad_id,jnt_order from jnt_fic_attr join fiche as A using (fd_id) where fd_id=p_fd_id and ad_id not in (select ad_id from fiche join fiche_detail using (f_id) where fd_id=jnt_fic_attr.fd_id and A.f_id=f_id);
	rec record;
begin
	open list_missing;
	loop
	
	fetch list_missing into rec;
	IF NOT FOUND then
		exit;
	end if;
	
	-- now we insert into attr_value
	insert into fiche_detail (f_id,ad_id,ad_value) values (rec.f_id,rec.ad_id,null);
	end loop;
	close list_missing;
end; 

Function: comptaproc.fiche_def_ins_upd()

Returns: trigger

Language: PLPGSQL

begin

if position (',' in NEW.fd_class_base) != 0 then
   NEW.fd_create_account='f';

end if;
return NEW;
end;

Function: comptaproc.fiche_detail_qcode_upd()

Returns: trigger

Language: PLPGSQL

declare
	i record;
begin
	if NEW.ad_id=23 and NEW.ad_value != OLD.ad_value then
		RAISE NOTICE 'new qcode [%] old qcode [%]',NEW.ad_value,OLD.ad_value;
		update jrnx set j_qcode=NEW.ad_value where j_qcode = OLD.ad_value;    
	        update op_predef_detail set opd_poste=NEW.ad_value where opd_poste=OLD.ad_value;
	        raise notice 'TRG fiche_detail update op_predef_detail set opd_poste=% where opd_poste=%;',NEW.ad_value,OLD.ad_value;
		for i in select ad_id from attr_def where ad_type = 'card' or ad_id=25 loop
			update fiche_detail set ad_value=NEW.ad_value where ad_value=OLD.ad_value and ad_id=i.ad_id;
			RAISE NOTICE 'change for ad_id [%] ',i.ad_id;
			if i.ad_id=19 then
				RAISE NOTICE 'Change in stock_goods OLD[%] by NEW[%]',OLD.ad_value,NEW.ad_value;
				update stock_goods set sg_code=NEW.ad_value where sg_code=OLD.ad_value;
			end if;

		end loop;
	end if;
return NEW;
end;

Function: comptaproc.fill_quant_fin()

Returns: void

Language: PLPGSQL

declare
   sBank text;
   sCassa text;
   sCustomer text;
   sSupplier text;
   rec record;
   recBank record;
   recSupp_Cust record;
   nCount integer;
   nAmount numeric;
   nBank integer;
   nOther integer;
   nSupp_Cust integer;
begin
	select p_value into sBank from parm_code where p_code='BANQUE';
	select p_value into sCassa from parm_code where p_code='CAISSE';
	select p_value into sSupplier from parm_code where p_code='SUPPLIER';
	select p_value into sCustomer from parm_code where p_code='CUSTOMER';
	
	for rec in select jr_id,jr_grpt_id from jrn 
	    where jr_def_id in (select jrn_def_id from jrn_def where jrn_def_type='FIN')
		and jr_id not in (select jr_id from quant_fin)
	loop
		-- there are only 2 lines for bank operations
		-- first debit
		select count(j_id) into nCount from jrnx where j_grpt=rec.jr_grpt_id;
		if nCount > 2 then 
			raise notice 'Trop de valeur pour jr_grpt_id % count %',rec.jr_grpt_id,nCount;
			return;
		end if;
		nBank := 0; nOther:=0;
		for recBank in select  j_id, j_montant,j_debit,j_qcode,j_poste from jrnx where j_grpt=rec.jr_grpt_id
		loop
		if recBank.j_poste like sBank||'%' then
			-- retrieve f_id for bank
			select f_id into nBank from vw_poste_qcode where j_qcode=recBank.j_qcode;
			if recBank.j_debit = false then
				nAmount=recBank.j_montant*(-1);
			else 
				nAmount=recBank.j_montant;
			end if;
		else
			select f_id into nOther from vw_poste_qcode where j_qcode=recBank.j_qcode;
		end if;
		end loop;
		if nBank != 0 and nOther != 0 then
			insert into quant_fin (jr_id,qf_bank,qf_other,qf_amount) values (rec.jr_id,nBank,nOther,nAmount);
		end if;
	end loop;
	for rec in select jr_id,jr_grpt_id from jrn 
	    where jr_def_id in (select jrn_def_id from jrn_def where jrn_def_type='FIN') and jr_id not in (select jr_id from quant_fin)
	loop
		-- there are only 2 lines for bank operations
		-- first debit
		select count(j_id) into nCount from jrnx where j_grpt=rec.jr_grpt_id;
		if nCount > 2 then 
			raise notice 'Trop de valeur pour jr_grpt_id % count %',rec.jr_grpt_id,nCount;
			return;
		end if;
		nBank := 0; nOther:=0;
		for recBank in select  j_id, j_montant,j_debit,j_qcode,j_poste from jrnx where j_grpt=rec.jr_grpt_id
		loop
		if recBank.j_poste like sCassa||'%' then
			-- retrieve f_id for bank
			select f_id into nBank from vw_poste_qcode where j_qcode=recBank.j_qcode;
			if recBank.j_debit = false then
				nAmount=recBank.j_montant*(-1);
			else 
				nAmount=recBank.j_montant;
			end if;
		else
			select f_id into nOther from vw_poste_qcode where j_qcode=recBank.j_qcode;
		end if;
		end loop;
		if nBank != 0 and nOther != 0 then
			insert into quant_fin (jr_id,qf_bank,qf_other,qf_amount) values (rec.jr_id,nBank,nOther,nAmount);
		end if;
	end loop;

	for rec in select jr_id,jr_grpt_id from jrn 
	    where jr_def_id in (select jrn_def_id from jrn_def where jrn_def_type='FIN') and jr_id not in (select jr_id from quant_fin)
	loop
		-- there are only 2 lines for bank operations
		-- first debit
		select count(j_id) into nCount from jrnx where j_grpt=rec.jr_grpt_id;
		if nCount > 2 then 
			raise notice 'Trop de valeur pour jr_grpt_id % count %',rec.jr_grpt_id,nCount;
			return;
		end if;
		nSupp_Cust := 0; nOther:=0;
		for recSupp_Cust in select  j_id, j_montant,j_debit,j_qcode,j_poste from jrnx where j_grpt=rec.jr_grpt_id
		loop
		if recSupp_Cust.j_poste like sSupplier||'%'  then
			-- retrieve f_id for bank
			select f_id into nSupp_Cust from vw_poste_qcode where j_qcode=recSupp_Cust.j_qcode;
			if recSupp_Cust.j_debit = true then
				nAmount=recSupp_Cust.j_montant*(-1);
			else 
				nAmount=recSupp_Cust.j_montant;
			end if;
		else if  recSupp_Cust.j_poste like sCustomer||'%' then
			select f_id into nSupp_Cust from vw_poste_qcode where j_qcode=recSupp_Cust.j_qcode;
			if recSupp_Cust.j_debit = false then
				nAmount=recSupp_Cust.j_montant*(-1);
			else 
				nAmount=recSupp_Cust.j_montant;
			end if;
			else
			select f_id into nOther from vw_poste_qcode where j_qcode=recSupp_Cust.j_qcode;
			
			end if;
		end if;
		end loop;
		if nSupp_Cust != 0 and nOther != 0 then
			insert into quant_fin (jr_id,qf_bank,qf_other,qf_amount) values (rec.jr_id,nOther,nSupp_Cust,nAmount);
		end if;
	end loop;
	for rec in select jr_id,jr_grpt_id from jrn 
	    where jr_def_id in (select jrn_def_id from jrn_def where jrn_def_type='FIN') and jr_id not in (select jr_id from quant_fin)
	loop
		-- there are only 2 lines for bank operations
		-- first debit
		select count(j_id) into nCount from jrnx where j_grpt=rec.jr_grpt_id;
		if nCount > 2 then 
			raise notice 'Trop de valeur pour jr_grpt_id % count %',rec.jr_grpt_id,nCount;
			return;
		end if;
		nSupp_Cust := 0; nOther:=0;
		for recSupp_Cust in select  j_id, j_montant,j_debit,j_qcode,j_poste from jrnx where j_grpt=rec.jr_grpt_id
		loop
		if recSupp_Cust.j_poste like '441%'  then
			-- retrieve f_id for bank
			select f_id into nSupp_Cust from vw_poste_qcode where j_qcode=recSupp_Cust.j_qcode;
			if recSupp_Cust.j_debit = false then
				nAmount=recSupp_Cust.j_montant*(-1);
			else 
				nAmount=recSupp_Cust.j_montant;
			end if;
			else
			select f_id into nOther from vw_poste_qcode where j_qcode=recSupp_Cust.j_qcode;
			
			
		end if;
		end loop;
		if nSupp_Cust != 0 and nOther != 0 then
			insert into quant_fin (jr_id,qf_bank,qf_other,qf_amount) values (rec.jr_id,nOther,nSupp_Cust,nAmount);
		end if;
	end loop;
	return;
end;

Function: comptaproc.find_pcm_type(pp_value public.account_type(44))

Returns: text

Language: PLPGSQL

declare
	str_type parm_poste.p_type%TYPE;
	str_value parm_poste.p_type%TYPE;
	nLength integer;
begin
	str_value:=pp_value;
	nLength:=length(str_value::text);
	while nLength > 0 loop
		select p_type into str_type from parm_poste where p_value=str_value;
		if FOUND then
			return str_type;
		end if;
		nLength:=nLength-1;
		str_value:=substring(str_value::text from 1 for nLength)::account_type;
	end loop;
return 'CON';
end;

Function: comptaproc.find_periode(p_date text)

Returns: integer

Language: PLPGSQL


declare n_p_id int4;
begin

select p_id into n_p_id
	from parm_periode
	where
		p_start <= to_date(p_date,'DD.MM.YYYY')
		and
		p_end >= to_date(p_date,'DD.MM.YYYY');

if NOT FOUND then
	return -1;
end if;

return n_p_id;

end;

Function: comptaproc.format_account(p_account public.account_type(44))

Returns: account_type(44)

Language: PLPGSQL

format the accounting : - upper case - remove space and special char.


declare

sResult account_type;

begin
sResult := lower(p_account);

sResult := translate(sResult,E'éèêëàâäïîüûùöôç','eeeeaaaiiuuuooc');
sResult := translate(sResult,E' $€µ£%.+-/\\!(){}(),;_&|"#''^<>*','');

return upper(sResult);

end;

Function: comptaproc.get_letter_jnt(a bigint)

Returns: bigint

Language: PLPGSQL

declare
 nResult bigint;
begin
   select jl_id into nResult from jnt_letter join letter_deb using (jl_id) where j_id = a;
   if NOT FOUND then
	select jl_id into nResult from jnt_letter join letter_cred using (jl_id) where j_id = a;
	if NOT found then
		return null;
	end if;
    end if;
return nResult;
end;

Function: comptaproc.get_menu_dependency(profile_menu_id integer)

Returns: SET OF integer

Language: PLPGSQL

declare
	i int;
	x int;
	e int;
begin
	for x in select pm_id,me_code
			from profile_menu
			where me_code_dep in (select me_code from profile_menu where pm_id=profile_menu_id)
			and p_id = (select p_id from profile_menu where pm_id=profile_menu_id)
	loop
		return next x;

	for e in select *  from comptaproc.get_menu_dependency(x)
		loop
			return next e;
		end loop;

	end loop;
	return;
end;

Function: comptaproc.get_menu_tree(p_profile text, p_code integer)

Returns: SET OF menu_tree

Language: PLPGSQL

declare
	i menu_tree;
	e menu_tree;
	a text;
	x v_all_menu%ROWTYPE;
begin
	for x in select *  from v_all_menu where me_code_dep=p_code::text and p_id=p_profile
	loop
		if x.me_code_dep is not null then
			i.code := x.me_code_dep||'/'||x.me_code;
		else
			i.code := x.me_code;
		end if;

		i.description := x.me_description;

		return next i;

	for e in select *  from get_menu_tree(x.me_code,p_profile)
		loop
			e.code:=x.me_code_dep||'/'||e.code;
			return next e;
		end loop;

	end loop;
	return;
end;

Function: comptaproc.get_pcm_tree(source public.account_type(44))

Returns: SET OF account_type(44)

Language: PLPGSQL

declare
	i account_type;
	e account_type;
begin
	for i in select pcm_val from tmp_pcmn where pcm_val_parent=source
	loop
		return next i;
		for e in select get_pcm_tree from get_pcm_tree(i)
		loop
			return next e;
		end loop;

	end loop;
	return;
end;

Function: comptaproc.get_profile_menu(p_profile integer)

Returns: SET OF menu_tree

Language: PLPGSQL

declare
	a menu_tree;
	e menu_tree;
begin
for a in select me_code,me_description from v_all_menu where p_id=p_profile
	and me_code_dep is null and me_type <> 'PR' and me_type <>'SP'
loop
		return next a;

		for e in select * from get_menu_tree(a.code,p_profile)
		loop
			return next e;
		end loop;

	end loop;
return;
end;

Function: comptaproc.group_analytic_ins_upd()

Returns: trigger

Language: PLPGSQL

declare 
name text;
begin
name:=upper(NEW.ga_id);
name:=trim(name);
name:=replace(name,' ','');
NEW.ga_id:=name;
return NEW;
end;

Function: comptaproc.group_analytique_del()

Returns: trigger

Language: PLPGSQL

begin
update poste_analytique set ga_id=null
where ga_id=OLD.ga_id;
return OLD;
end;

Function: comptaproc.html_quote(p_string text)

Returns: text

Language: PLPGSQL

remove harmfull HTML char

declare
	r text;
begin
	r:=p_string;
	r:=replace(r,'<','&lt;');
	r:=replace(r,'>','&gt;');
	r:=replace(r,'''','&quot;');
	return r;
end;

Function: comptaproc.info_def_ins_upd()

Returns: trigger

Language: PLPGSQL

declare 
	row_info_def info_def%ROWTYPE;
	str_type text;
begin
row_info_def:=NEW;
str_type:=upper(trim(NEW.id_type));
str_type:=replace(str_type,' ','');
str_type:=replace(str_type,',','');
str_type:=replace(str_type,';','');
if  length(str_type) =0 then
	raise exception 'id_type cannot be null';
end if;
row_info_def.id_type:=str_type;
return row_info_def;
end;

Function: comptaproc.insert_jrnx(p_comment character varying, p_qcode numeric, p_tech_per public.account_type(44), p_tech_user integer, p_debit integer, p_jrn_def boolean, p_grpt text, p_poste integer, p_montant text, p_date text)

Returns: void

Language: PLPGSQL

begin
	insert into jrnx
	(
		j_date,
		j_montant,
		j_poste,
		j_grpt,
		j_jrn_def,
		j_debit,
		j_text,
		j_tech_user,
		j_tech_per,
		j_qcode
	) values
	(
		to_date(p_date,'DD.MM.YYYY'),
		p_montant,
		p_poste,
		p_grpt,
		p_jrn_def,
		p_debit,
		p_comment,
		p_tech_user,
		p_tech_per,
		p_qcode
	);

return;
end;

Function: comptaproc.insert_quant_purchase(p_price_unit text, p_tva_sided numeric, p_client character varying, p_dep_priv numeric, p_nd_tva_recup numeric, p_nd_tva numeric, p_nd_amount integer, p_vat_code numeric, p_vat numeric, p_price numeric, p_quant numeric, p_fiche character varying, p_j_id numeric, p_internal numeric)

Returns: void

Language: PLPGSQL

declare
        fid_client integer;
        fid_good   integer;
        account_priv    account_type;
        fid_good_account account_type;
        n_dep_priv numeric;
begin
        n_dep_priv := 0;
        select p_value into account_priv from parm_code where p_code='DEP_PRIV';
        select f_id into fid_client from
                fiche_detail where ad_id=23 and ad_value=upper(trim(p_client));
        select f_id into fid_good from
                 fiche_detail where ad_id=23 and ad_value=upper(trim(p_fiche));
        select ad_value into fid_good_account from fiche_detail where ad_id=5 and f_id=fid_good;
        if strpos( fid_good_account , account_priv ) = 1 then
                n_dep_priv=p_price;
        end if; 
            
        insert into quant_purchase
                (qp_internal,
                j_id,
                qp_fiche,
                qp_quantite,
                qp_price,
                qp_vat,
                qp_vat_code,
                qp_nd_amount,
                qp_nd_tva,
                qp_nd_tva_recup,
                qp_supplier,
                qp_dep_priv,
                qp_vat_sided,
                qp_unit)
        values
                (p_internal,
                p_j_id,
                fid_good,
                p_quant,
                p_price,
                p_vat,
                p_vat_code,
                p_nd_amount,
                p_nd_tva,
                p_nd_tva_recup,
                fid_client,
                n_dep_priv,
                p_tva_sided,
                p_price_unit);
        return;
end;
 

Function: comptaproc.insert_quant_sold(p_price_unit text, p_tva_sided numeric, p_client character varying, p_vat_code numeric, p_vat numeric, p_price numeric, p_quant integer, p_fiche character varying, p_jid numeric, p_internal numeric)

Returns: void

Language: PLPGSQL

declare
        fid_client integer;
        fid_good   integer;
begin

        select f_id into fid_client from
                fiche_detail where ad_id=23 and ad_value=upper(trim(p_client));
        select f_id into fid_good from
                fiche_detail where ad_id=23 and ad_value=upper(trim(p_fiche));
        insert into quant_sold
                (qs_internal,j_id,qs_fiche,qs_quantite,qs_price,qs_vat,qs_vat_code,qs_client,qs_valid,qs_vat_sided,qs_unit)
        values
                (p_internal,p_jid,fid_good,p_quant,p_price,p_vat,p_vat_code,fid_client,'Y',p_tva_sided,p_price_unit);
        return;
end;
 

Function: comptaproc.insert_quick_code(tav_text integer, nf_id text)

Returns: integer

Language: PLPGSQL

	declare
	ns integer;
	nExist integer;
	tText text;
	tBase text;
	tName text;
	nCount Integer;
	nDuplicate Integer;
	begin
	tText := lower(trim(tav_text));
	tText := replace(tText,' ','');
        tText:= translate(tText,E' $€µ£%+/\\!(){}(),;&|"#''^<>*','');
	tText := translate(tText,E'éèêëàâäïîüûùöôç','eeeeaaaiiuuuooc');
	nDuplicate := 0;
	tBase := tText;
	loop
		-- take the next sequence
		select nextval('s_jnt_fic_att_value') into ns;
		if length (tText) = 0 or tText is null then
			select count(*) into nCount from fiche_detail where f_id=nf_id and ad_id=1;
			if nCount = 0 then
				tText := 'FICHE'||ns::text;
			else
				select ad_value into tName from fiche_detail where f_id=nf_id and ad_id=1;
				
				tName := lower(trim(tName));
				tName := substr(tName,1,6);
				tName := replace(tName,' ','');
				tName:= translate(tName,E' $€µ£%+/\\!(){}(),;&|"#''^<>*','');
				tName := translate(tName,E'éèêëàâäïîüûùöôç','eeeeaaaiiuuuooc');
				tBase := tName;
				if nDuplicate = 0 then
					tText := tName;
				else
					tText := tName||nDuplicate::text;
				end if;
			end if;
		end if;
		-- av_text already used ?
		select count(*) into nExist
			from fiche_detail
		where
			ad_id=23 and  ad_value=upper(tText);

		if nExist = 0 then
			exit;
		end if;
		nDuplicate := nDuplicate + 1 ;
		tText := tBase || nDuplicate::text;
		
		if nDuplicate > 9999 then
			raise Exception 'too many duplicate % duplicate# %',tText,nDuplicate;
		end if;
	end loop;


	insert into fiche_detail(jft_id,f_id,ad_id,ad_value) values (ns,nf_id,23,upper(tText));
	return ns;
	end;

Function: comptaproc.is_closed(p_jrn_def_id integer, p_periode integer)

Returns: boolean

Language: PLPGSQL

declare
bClosed bool;
str_status text;
begin
select p_closed into bClosed from parm_periode
	where p_id=p_periode;

if bClosed = true then
	return bClosed;
end if;

select status into str_status from jrn_periode
       where p_id =p_periode and jrn_def_id=p_jrn_def_id;

if str_status <> 'OP' then
   return bClosed;
end if;
return false;
end;

Function: comptaproc.jnt_fic_attr_ins()

Returns: trigger

Language: PLPGSQL

declare
   r_record jnt_fic_attr%ROWTYPE;
   i_max integer;
begin
r_record=NEW;
perform comptaproc.fiche_attribut_synchro(r_record.fd_id);
select coalesce(max(jnt_order),0) into i_max from jnt_fic_attr where fd_id=r_record.fd_id;
i_max := i_max + 10;
NEW.jnt_order=i_max;
return NEW;
end;

Function: comptaproc.jrn_add_note(p_note bigint, p_jrid text)

Returns: void

Language: PLPGSQL

declare
	tmp bigint;
begin
	if length(trim(p_note)) = 0 then
	   delete from jrn_note where jr_id= p_jrid;
	   return;
	end if;
	
	select n_id into tmp from jrn_note where jr_id = p_jrid;
	
	if FOUND then
	   update jrn_note set n_text=trim(p_note) where jr_id = p_jrid;
	else 
	   insert into jrn_note (jr_id,n_text) values ( p_jrid, p_note);

	end if;
	
	return;
end;

Function: comptaproc.jrn_check_periode()

Returns: trigger

Language: PLPGSQL

declare
bClosed bool;
str_status text;
ljr_tech_per jrn.jr_tech_per%TYPE;
ljr_def_id jrn.jr_def_id%TYPE;
lreturn jrn%ROWTYPE;
begin
if TG_OP='UPDATE' then
	ljr_tech_per :=OLD.jr_tech_per ;
	NEW.jr_tech_per := comptaproc.find_periode(to_char(NEW.jr_date,'DD.MM.YYYY'));
	ljr_def_id   :=OLD.jr_def_id;
	lreturn      :=NEW;
	if NEW.jr_date = OLD.jr_date then
		return NEW;
	end if;
	if comptaproc.is_closed(NEW.jr_tech_per,NEW.jr_def_id) = true then
	      	raise exception 'Periode fermee';
	end if;
end if;

if TG_OP='INSERT' then
	NEW.jr_tech_per := comptaproc.find_periode(to_char(NEW.jr_date,'DD.MM.YYYY'));
	ljr_tech_per :=NEW.jr_tech_per ;
	ljr_def_id   :=NEW.jr_def_id;
	lreturn      :=NEW;
end if;

if TG_OP='DELETE' then
	ljr_tech_per :=OLD.jr_tech_per;
	ljr_def_id   :=OLD.jr_def_id;
	lreturn      :=OLD;
end if;

if comptaproc.is_closed (ljr_def_id,ljr_def_id) = true then
   	raise exception 'Periode fermee';
end if;

return lreturn;
end;

Function: comptaproc.jrn_def_add()

Returns: trigger

Language: PLPGSQL

begin
execute 'insert into jrn_periode(p_id,jrn_def_id,status) select p_id,'||NEW.jrn_def_id||',
	case when p_central=true then ''CE''
	      when p_closed=true then ''CL''
	else ''OP''
	end
from
parm_periode ';
return NEW;
end;

Function: comptaproc.jrn_def_delete()

Returns: trigger

Language: PLPGSQL

declare 
nb numeric;
begin
select count(*) into nb from jrn where jr_def_id=OLD.jrn_def_id;

if nb <> 0 then
	raise exception 'EFFACEMENT INTERDIT: JOURNAL UTILISE';
end if;
return OLD;
end;

Function: comptaproc.jrn_del()

Returns: trigger

Language: PLPGSQL

declare
row jrn%ROWTYPE;
begin
row:=OLD;
insert into del_jrn ( jr_id,
       jr_def_id,
       jr_montant,
       jr_comment,
       jr_date,
       jr_grpt_id,
       jr_internal,
       jr_tech_date,
       jr_tech_per,
       jrn_ech,
       jr_ech,
       jr_rapt,
       jr_valid,
       jr_opid,
       jr_c_opid,
       jr_pj,
       jr_pj_name,
       jr_pj_type,
       jr_pj_number,
       del_jrn_date) 
       select  jr_id,
	      jr_def_id,
	      jr_montant,
	      jr_comment,
	      jr_date,
	      jr_grpt_id,
	      jr_internal,
	      jr_tech_date,
	      jr_tech_per,
	      jrn_ech,
	      jr_ech,
	      jr_rapt,
	      jr_valid,
	      jr_opid,
	      jr_c_opid,
	      jr_pj,
	      jr_pj_name,
	      jr_pj_type,
	      jr_pj_number
	      ,now() from jrn where jr_id=row.jr_id;
return row;
end;

Function: comptaproc.jrnx_del()

Returns: trigger

Language: PLPGSQL

declare
row jrnx%ROWTYPE;
begin
row:=OLD;


insert into del_jrnx(
            j_id, j_date, j_montant, j_poste, j_grpt, j_rapt, j_jrn_def, 
            j_debit, j_text, j_centralized, j_internal, j_tech_user, j_tech_date, 
            j_tech_per, j_qcode, f_id)  SELECT j_id, j_date, j_montant, j_poste, j_grpt, j_rapt, j_jrn_def, 
       j_debit, j_text, j_centralized, j_internal, j_tech_user, j_tech_date, 
       j_tech_per, j_qcode, f_id from jrnx where j_id=row.j_id;
return row;
end;

Function: comptaproc.jrnx_ins()

Returns: trigger

Language: PLPGSQL

declare
n_fid bigint;
nCount integer;
sQcode text;

begin
n_fid := NULL;
sQcode := NULL;

NEW.j_tech_per := comptaproc.find_periode(to_char(NEW.j_date,'DD.MM.YYYY'));
if NEW.j_tech_per = -1 then
        raise exception 'Période invalide';
end if;

if trim(coalesce(NEW.j_qcode,'')) = '' then
        -- how many card has this accounting
        select count(*) into nCount from fiche_detail where ad_id=5 and ad_value=NEW.j_poste;
        -- only one card is found , then we change the j_qcode by the card
        if nCount = 1 then
                select f_id into n_fid from fiche_detail where ad_id = 5 and ad_value=NEW.j_poste;
            if FOUND then
                select ad_value into sQcode  from fiche_detail where f_id=n_fid and ad_id = 23;
                NEW.f_id := n_fid;
                NEW.j_qcode = sQcode;
                raise info 'comptaproc.jrnx_ins : found card % qcode %',n_fid,sQcode;
            end if;
        end if;

end if;

NEW.j_qcode=trim(upper(coalesce(NEW.j_qcode,'')));

if length (coalesce(NEW.j_qcode,'')) = 0 then
    NEW.j_qcode=NULL;
    else
      select f_id into n_fid from fiche_detail  where ad_id=23 and ad_value=NEW.j_qcode;
      if NOT FOUND then
        raise exception 'La fiche dont le quick code est % n''existe pas',NEW.j_qcode;
    end if;
end if;

NEW.f_id:=n_fid;
return NEW;
end;

Function: comptaproc.jrnx_letter_del()

Returns: trigger

Language: PLPGSQL

declare
row jrnx%ROWTYPE;
begin
row:=OLD;
delete from jnt_letter 
	where (jl_id in (select jl_id from letter_deb) and jl_id not in(select jl_id from letter_cred )) 
		or (jl_id not in (select jl_id from letter_deb  ) and jl_id  in(select jl_id from letter_cred ));
return row;
end;

Function: comptaproc.menu_complete_dependency(n_profile numeric)

Returns: void

Language: PLPGSQL

declare 
 n_count integer;
 csr_root_menu cursor (p_profile numeric) is select pm_id,
	me_code,
	me_code_dep 
	
	from profile_menu 
	where 
	me_code in 
		(select a.me_code_dep 
			from profile_menu as a 
			join profile_menu as b on (a.me_code=b.me_code and a.me_code_dep=b.me_code_dep and a.pm_id <> b.pm_id and a.p_id=b.p_id) 
			where a.p_id=n_profile) 
		and p_id=p_profile;

begin
	for duplicate in csr_root_menu(n_profile)
	loop
		raise notice 'found %',duplicate;
		update profile_menu set pm_id_dep  = duplicate.pm_id 
			where pm_id in (select a.pm_id
				from profile_menu as a 
				left join profile_menu as b on (a.me_code=b.me_code and a.me_code_dep=b.me_code_dep)
				where 
				a.p_id=n_profile
				and b.p_id=n_profile
				and a.pm_id_dep is null 
				and a.me_code_dep = duplicate.me_code
				and a.pm_id < b.pm_id);
	end loop;
	
	for duplicate in csr_root_menu(n_profile) 
	loop
		select count(*) into n_count from profile_menu where p_id=n_profile and pm_id_dep = duplicate.pm_id;
		raise notice '% use % times',duplicate,n_count;
		if n_count = 0 then
			raise notice ' Update with %',duplicate;
			update profile_menu set pm_id_dep = duplicate.pm_id where p_id = n_profile and me_code_dep = duplicate.me_code and pm_id_dep is null;
		end if;

	end loop;
	
end;

Function: comptaproc.opd_limit_description()

Returns: trigger

Language: PLPGSQL

	declare
		sDescription text;
	begin
	sDescription := NEW.od_description;
	NEW.od_description := substr(sDescription,1,80);
	return NEW;
	end;

Function: comptaproc.periode_exist(p_periode_id text, p_date bigint)

Returns: integer

Language: PLPGSQL


declare n_p_id int4;
begin

select p_id into n_p_id
        from parm_periode
        where
                p_start <= to_date(p_date,'DD.MM.YYYY')
                and
                p_end >= to_date(p_date,'DD.MM.YYYY')
                and
                p_id <> p_periode_id;

if NOT FOUND then
        return -1;
end if;

return n_p_id;

end;

Function: comptaproc.plan_analytic_ins_upd()

Returns: trigger

Language: PLPGSQL

declare
   name text;
begin
   name:=upper(NEW.pa_name);
   name:=trim(name);
   name:=replace(name,' ','');
   NEW.pa_name:=name;
return NEW;
end;

Function: comptaproc.poste_analytique_ins_upd()

Returns: trigger

Language: PLPGSQL

declare
name text;
rCount record;

begin
name:=upper(NEW.po_name);
name:=trim(name);
name:=replace(name,' ','');		
NEW.po_name:=name;

if NEW.ga_id is NULL then
return NEW;
end if;

if length(trim(NEW.ga_id)) = 0 then
  NEW.ga_id:=NULL;
  return NEW;
end if;
perform 'select ga_id from groupe_analytique where ga_id='||NEW.ga_id;
if NOT FOUND then
   raise exception' Inexistent Group Analytic %',NEW.ga_id;
end if;
return NEW;
end;

Function: comptaproc.proc_check_balance()

Returns: trigger

Language: PLPGSQL

declare 
	diff numeric;
	tt integer;
begin
	if TG_OP = 'INSERT' or TG_OP='UPDATE' then
	tt=NEW.jr_grpt_id;
	diff:=check_balance(tt);
	if diff != 0 then
		raise exception 'balance error %',diff ;
	end if;
	return NEW;
	end if;
end;

Function: comptaproc.quant_purchase_ins_upd()

Returns: trigger

Language: PLPGSQL

	begin
		if NEW.qp_price < 0 OR NEW.qp_quantite <0 THEN
			NEW.qp_price := abs (NEW.qp_price)*(-1);
			NEW.qp_quantite := abs (NEW.qp_quantite)*(-1);
		end if;
return NEW;
end;

Function: comptaproc.quant_sold_ins_upd()

Returns: trigger

Language: PLPGSQL

	begin
		if NEW.qs_price < 0 OR NEW.qs_quantite <0 THEN
			NEW.qs_price := abs (NEW.qs_price)*(-1);
			NEW.qs_quantite := abs (NEW.qs_quantite)*(-1);
		end if;
return NEW;
end;

Function: comptaproc.t_document_modele_validate()

Returns: trigger

Language: PLPGSQL

declare 
    lText text;
    modified document_modele%ROWTYPE;
begin
    modified:=NEW;

	modified.md_filename:=replace(NEW.md_filename,' ','_');
	return modified;
end;

Function: comptaproc.t_document_type_insert()

Returns: trigger

Language: PLPGSQL

declare
nCounter integer;
    BEGIN
select count(*) into nCounter from pg_class where relname='seq_doc_type_'||NEW.dt_id;
if nCounter = 0 then
        execute  'create sequence seq_doc_type_'||NEW.dt_id;
end if;
        RETURN NEW;
    END;

Function: comptaproc.t_document_validate()

Returns: trigger

Language: PLPGSQL

declare
  lText text;
  modified document%ROWTYPE;
begin
    	modified:=NEW;
	modified.d_filename:=replace(NEW.d_filename,' ','_');
	return modified;
end;

Function: comptaproc.t_jrn_def_description()

Returns: trigger

Language: PLPGSQL

    declare
        str varchar(200);
    BEGIN
        str := substr(NEW.jrn_def_description,1,200);
        NEW.jrn_def_description := str;

        RETURN NEW;
    END;

Function: comptaproc.t_jrn_def_sequence()

Returns: trigger

Language: PLPGSQL

declare
nCounter integer;

    BEGIN
    select count(*) into nCounter 
       from pg_class where relname='s_jrn_'||NEW.jrn_def_id;
       if nCounter = 0 then
       	   execute  'create sequence s_jrn_'||NEW.jrn_def_id;
	   raise notice 'Creating sequence s_jrn_%',NEW.jrn_def_id;
	 end if;

        RETURN NEW;
    END;

Function: comptaproc.tmp_pcmn_alphanum_ins_upd()

Returns: trigger

Language: PLPGSQL

declare
   r_record tmp_pcmn%ROWTYPE;
begin
r_record := NEW;
r_record.pcm_val:=format_account(NEW.pcm_val);

return r_record;
end;

Function: comptaproc.tmp_pcmn_ins()

Returns: trigger

Language: PLPGSQL

declare
   r_record tmp_pcmn%ROWTYPE;
begin
r_record := NEW;
if  length(trim(r_record.pcm_type))=0 or r_record.pcm_type is NULL then
   r_record.pcm_type:=find_pcm_type(NEW.pcm_val);
   return r_record;
end if;
return NEW;
end;

Function: comptaproc.trg_profile_user_ins_upd()

Returns: trigger

Language: PLPGSQL


begin

NEW.user_name := lower(NEW.user_name);
return NEW;

end;

Function: comptaproc.trg_todo_list_ins_upd()

Returns: trigger

Language: PLPGSQL


begin

NEW.use_login:= lower(NEW.use_login);
return NEW;

end;

Function: comptaproc.trg_todo_list_shared_ins_upd()

Returns: trigger

Language: PLPGSQL


begin

NEW.use_login:= lower(NEW.use_login);
return NEW;

end;

Function: comptaproc.trg_user_sec_act_ins_upd()

Returns: trigger

Language: PLPGSQL


begin

NEW.ua_login:= lower(NEW.ua_login);
return NEW;

end;

Function: comptaproc.trg_user_sec_jrn_ins_upd()

Returns: trigger

Language: PLPGSQL


begin

NEW.uj_login:= lower(NEW.uj_login);
return NEW;

end;

Function: comptaproc.trim_cvs_quote()

Returns: trigger

Language: PLPGSQL

declare
        modified import_tmp%ROWTYPE;
begin
	modified:=NEW;
	modified.devise=replace(new.devise,'"','');
	modified.poste_comptable=replace(new.poste_comptable,'"','');
        modified.compte_ordre=replace(NEW.COMPTE_ORDRE,'"','');
        modified.detail=replace(NEW.DETAIL,'"','');
        modified.num_compte=replace(NEW.NUM_COMPTE,'"','');
        return modified;
end;

Function: comptaproc.trim_space_format_csv_banque()

Returns: trigger

Language: PLPGSQL

declare
        modified format_csv_banque%ROWTYPE;
begin
        modified.name=trim(NEW.NAME);
        modified.include_file=trim(new.include_file);
		if ( length(modified.name) = 0 ) then
			modified.name=null;
		end if;
		if ( length(modified.include_file) = 0 ) then
			modified.include_file=null;
		end if;

        return modified;
end;

Function: comptaproc.tva_delete(integer)

Returns: void

Language: PLPGSQL

 
declare
	p_tva_id alias for $1;
	nCount integer;
begin
	nCount=0;
	select count(*) into nCount from quant_sold where qs_vat_code=p_tva_id;
	if nCount != 0 then
                 return;
		
	end if;
	select count(*) into nCount from quant_purchase where qp_vat_code=p_tva_id;
	if nCount != 0 then
                 return;
		
	end if;

delete from tva_rate where tva_id=p_tva_id;
	return;
end;

Function: comptaproc.tva_insert(text, numeric, text, text, integer)

Returns: integer

Language: PLPGSQL

declare
	l_tva_id integer;
	p_tva_label alias for $1;
	p_tva_rate alias for $2;
	p_tva_comment alias for $3;
	p_tva_poste alias for $4;
	p_tva_both_side alias for $5;
	debit text;
	credit text;
	nCount integer;
begin
if length(trim(p_tva_label)) = 0 then
	return 3;
end if;

if length(trim(p_tva_poste)) != 0 then
	if position (',' in p_tva_poste) = 0 then return 4; end if;
	debit  = split_part(p_tva_poste,',',1);
	credit	= split_part(p_tva_poste,',',2);
	select count(*) into nCount from tmp_pcmn where pcm_val=debit::account_type;
	if nCount = 0 then return 4; end if;
	select count(*) into nCount from tmp_pcmn where pcm_val=credit::account_type;
	if nCount = 0 then return 4; end if;

end if;
select into l_tva_id nextval('s_tva') ;
insert into tva_rate(tva_id,tva_label,tva_rate,tva_comment,tva_poste,tva_both_side)
	values (l_tva_id,p_tva_label,p_tva_rate,p_tva_comment,p_tva_poste,p_tva_both_side);
return 0;
end;

Function: comptaproc.tva_modify(integer, text, numeric, text, text, integer)

Returns: integer

Language: PLPGSQL

declare
	p_tva_id alias for $1;
	p_tva_label alias for $2;
	p_tva_rate alias for $3;
	p_tva_comment alias for $4;
	p_tva_poste alias for $5;
	p_tva_both_side alias for $6;
	debit text;
	credit text;
	nCount integer;
begin
if length(trim(p_tva_label)) = 0 then
	return 3;
end if;

if length(trim(p_tva_poste)) != 0 then
	if position (',' in p_tva_poste) = 0 then return 4; end if;
	debit  = split_part(p_tva_poste,',',1);
	credit	= split_part(p_tva_poste,',',2);
	select count(*) into nCount from tmp_pcmn where pcm_val=debit::account_type;
	if nCount = 0 then return 4; end if;
	select count(*) into nCount from tmp_pcmn where pcm_val=credit::account_type;
	if nCount = 0 then return 4; end if;

end if;
update tva_rate set tva_label=p_tva_label,tva_rate=p_tva_rate,tva_comment=p_tva_comment,tva_poste=p_tva_poste,tva_both_side=p_tva_both_side
	where tva_id=p_tva_id;
return 0;
end;

Function: comptaproc.update_quick_code(tav_text integer, njft_id text)

Returns: integer

Language: PLPGSQL

	declare
	ns integer;
	nExist integer;
	tText text;
	tBase text;
	old_qcode varchar;
	num_rows_jrnx integer;
	num_rows_predef integer;
	begin
	-- get current value
	select ad_value into old_qcode from fiche_detail where jft_id=njft_id;
	-- av_text didn't change so no update
	if tav_text = upper( trim(old_qcode)) then
		raise notice 'nothing to change % %' , tav_text,old_qcode;
		return 0;
	end if;

	tText := trim(lower(tav_text));
	tText := replace(tText,' ','');
        -- valid alpha is [ . : - _ ]
	tText := translate(tText,E' $€µ£%+/\\!(){}(),;&|"#''^<>*','');
	tText := translate(tText,E'éèêëàâäïîüûùöôç','eeeeaaaiiuuuooc');
	tText := upper(tText);
	if length ( tText) = 0 or tText is null then
		return 0;
	end if;

	ns := njft_id;
	tBase := tText;
	loop
		-- av_text already used ?
		select count(*) into nExist
			from fiche_detail
		where
			ad_id=23 and ad_value=tText
			and jft_id <> njft_id;

		if nExist = 0 then
			exit;
		end if;
		if tText = tBase||ns then
			-- take the next sequence
			select nextval('s_jnt_fic_att_value') into ns;
		end if;
		tText  :=tBase||ns;

	end loop;
	update fiche_detail set ad_value = tText where jft_id=njft_id;

	-- update also the contact
	update fiche_detail set ad_value = tText
		where jft_id in
			( select jft_id
				from fiche_detail
			where ad_id=25 and ad_value=old_qcode);


	return ns;
	end;

Schema public

standard public schema


Table: public.action

The different privileges

public.action Structure
F-Key Name Type Description
ac_id integer PRIMARY KEY
ac_description text NOT NULL
ac_module text
ac_code character varying(30)

this code will be used in the code with the function User::check_action

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.action_detail

Detail of action_gestion, see class Action_Detail

public.action_detail Structure
F-Key Name Type Description
ad_id serial PRIMARY KEY
f_id bigint

the concerned card
ad_text text

Description
ad_pu numeric(20,4)

price per unit
ad_quant numeric(20,4)

quantity
ad_tva_id integer

tva_id
ad_tva_amount numeric(20,4)

tva_amount
ad_total_amount numeric(20,4)

total amount
public.action_gestion.ag_id ag_id integer NOT NULL

Index - Schema public


Table: public.action_gestion

Contains the details for the follow-up of customer, supplier, administration

public.action_gestion Structure
F-Key Name Type Description
ag_id integer PRIMARY KEY DEFAULT nextval('action_gestion_ag_id_seq'::regclass)
public.document_type.dt_id ag_type integer

type of action: see document_type
public.fiche.f_id f_id_dest integer

third party
ag_title text

title
ag_timestamp timestamp without time zone DEFAULT now()

ag_ref text

its reference
ag_hour text
ag_priority integer DEFAULT 2

Low, medium, important
public.profile.p_id ag_dest bigint NOT NULL DEFAULT (-1)

is the profile which has to take care of this action
ag_owner text

is the owner of this action
ag_contact bigint

contact of the third part
ag_state integer

state of the action same as document_state
ag_remind_date date

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.action_gestion_comment

public.action_gestion_comment Structure
F-Key Name Type Description
agc_id bigserial PRIMARY KEY

PK
public.action_gestion.ag_id ag_id bigint

FK to action_gestion
agc_date timestamp with time zone DEFAULT now()
agc_comment text

comment
tech_user text

user_login

Index - Schema public


Table: public.action_gestion_operation

public.action_gestion_operation Structure
F-Key Name Type Description
ago_id bigserial PRIMARY KEY

pk
public.action_gestion.ag_id ag_id bigint

fk to action_gestion
public.jrn.jr_id jr_id bigint

fk to jrn

Index - Schema public


Table: public.action_gestion_related

public.action_gestion_related Structure
F-Key Name Type Description
aga_id bigserial PRIMARY KEY

pk
public.action_gestion.ag_id aga_least bigint UNIQUE#1 NOT NULL

fk to action_gestion, smallest ag_id
public.action_gestion.ag_id aga_greatest bigint UNIQUE#1 NOT NULL

fk to action_gestion greatest ag_id
public.link_action_type.l_id aga_type bigint

Type de liens
link_action_type_fki aga_type

Index - Schema public


Table: public.action_person

Person involved in the action

public.action_person Structure
F-Key Name Type Description
ap_id serial PRIMARY KEY

pk
public.action_gestion.ag_id public.action_gestion.ag_id ag_id integer NOT NULL

fk to fiche
public.fiche.f_id public.fiche.f_id f_id integer NOT NULL
fk_action_person_action_gestion ag_id fk_action_person_fiche f_id

Index - Schema public


Table: public.action_tags

public.action_tags Structure
F-Key Name Type Description
at_id serial PRIMARY KEY
public.tags.t_id t_id integer
public.action_gestion.ag_id ag_id integer

Index - Schema public


Table: public.attr_def

The available attributs for the cards

public.attr_def Structure
F-Key Name Type Description
ad_id integer PRIMARY KEY DEFAULT nextval(('s_attr_def'::text)::regclass)
ad_text text
ad_type text
ad_size text NOT NULL
ad_extra text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.attr_min

The value of attributs for the cards

public.attr_min Structure
F-Key Name Type Description
public.fiche_def_ref.frd_id frd_id integer PRIMARY KEY
public.attr_def.ad_id ad_id integer PRIMARY KEY

Index - Schema public


Table: public.bilan

contains the template and the data for generating different documents

public.bilan Structure
F-Key Name Type Description
b_id integer PRIMARY KEY DEFAULT nextval('bilan_b_id_seq'::regclass)

primary key
b_name text UNIQUE NOT NULL

Name of the document
b_file_template text NOT NULL

path of the template (document/...)
b_file_form text

path of the file with forms
b_type text NOT NULL

type = ODS, RTF...

Index - Schema public


Table: public.bookmark

Bookmark of the connected user

public.bookmark Structure
F-Key Name Type Description
b_id serial PRIMARY KEY
b_order integer DEFAULT 1
b_action text
login text

Index - Schema public


Table: public.centralized

The centralized journal

public.centralized Structure
F-Key Name Type Description
c_id integer PRIMARY KEY DEFAULT nextval(('s_centralized'::text)::regclass)
c_j_id integer
c_date date NOT NULL
c_internal text NOT NULL
c_montant numeric(20,4) NOT NULL
c_debit boolean DEFAULT true
public.jrn_def.jrn_def_id c_jrn_def integer NOT NULL
public.tmp_pcmn.pcm_val c_poste account_type
c_description text
c_grp integer NOT NULL
c_comment text
c_rapt text
c_periode integer
c_order integer

Index - Schema public


Table: public.del_action

public.del_action Structure
F-Key Name Type Description
del_id serial PRIMARY KEY
del_name text NOT NULL
del_time timestamp without time zone

Index - Schema public


Table: public.del_jrn

public.del_jrn Structure
F-Key Name Type Description
jr_id integer NOT NULL
jr_def_id integer
jr_montant numeric(20,4)
jr_comment text
jr_date date
jr_grpt_id integer
jr_internal text
jr_tech_date timestamp without time zone
jr_tech_per integer
jrn_ech date
jr_ech date
jr_rapt text
jr_valid boolean
jr_opid integer
jr_c_opid integer
jr_pj oid
jr_pj_name text
jr_pj_type text
del_jrn_date timestamp without time zone
jr_pj_number text
dj_id serial PRIMARY KEY

Index - Schema public


Table: public.del_jrnx

public.del_jrnx Structure
F-Key Name Type Description
j_id integer NOT NULL
j_date date
j_montant numeric(20,4)
j_poste account_type
j_grpt integer
j_rapt text
j_jrn_def integer
j_debit boolean
j_text text
j_centralized boolean
j_internal text
j_tech_user text
j_tech_date timestamp without time zone
j_tech_per integer
j_qcode text
djx_id serial PRIMARY KEY
f_id bigint

Index - Schema public


Table: public.document

This table contains all the documents : summary and lob files

public.document Structure
F-Key Name Type Description
d_id integer PRIMARY KEY DEFAULT nextval('document_d_id_seq'::regclass)
ag_id integer NOT NULL
d_lob oid
d_number bigint NOT NULL
d_filename text
d_mimetype text
d_description text

Index - Schema public


Table: public.document_modele

contains all the template for the documents

public.document_modele Structure
F-Key Name Type Description
md_id integer PRIMARY KEY DEFAULT nextval('document_modele_md_id_seq'::regclass)
md_name text NOT NULL
md_lob oid
public.document_type.dt_id md_type integer NOT NULL
md_filename text
md_mimetype text
md_affect character varying(3) NOT NULL

Index - Schema public


Table: public.document_state

State of the document

public.document_state Structure
F-Key Name Type Description
s_id integer PRIMARY KEY DEFAULT nextval('document_state_s_id_seq'::regclass)
s_value character varying(50) NOT NULL
s_status character(1)

Index - Schema public


Table: public.document_type

Type of document : meeting, invoice,...

public.document_type Structure
F-Key Name Type Description
dt_id integer PRIMARY KEY DEFAULT nextval('document_type_dt_id_seq'::regclass)
dt_value character varying(80)
dt_prefix text

Prefix for ag_ref

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.extension

Content the needed information for the extension

public.extension Structure
F-Key Name Type Description
ex_id serial PRIMARY KEY

Primary key
ex_name character varying(30) NOT NULL

code of the extension
ex_code character varying(15) UNIQUE NOT NULL

code of the extension
ex_desc character varying(250)

Description of the extension
ex_file character varying NOT NULL

path to the extension to include
ex_enable "char" NOT NULL DEFAULT 'Y'::"char"

Y : enabled N : disabled

Index - Schema public


Table: public.fiche

Cards

public.fiche Structure
F-Key Name Type Description
f_id integer PRIMARY KEY DEFAULT nextval(('s_fiche'::text)::regclass)
public.fiche_def.fd_id fd_id integer

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.fiche_def

Cards definition

public.fiche_def Structure
F-Key Name Type Description
fd_id integer PRIMARY KEY DEFAULT nextval(('s_fdef'::text)::regclass)
fd_class_base text
fd_label text NOT NULL
fd_create_account boolean DEFAULT false
public.fiche_def_ref.frd_id frd_id integer NOT NULL
fd_description text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.fiche_def_ref

Family Cards definition

public.fiche_def_ref Structure
F-Key Name Type Description
frd_id integer PRIMARY KEY DEFAULT nextval(('s_fiche_def_ref'::text)::regclass)
frd_text text
frd_class_base account_type

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.fiche_detail

join between the card and the attribut definition

public.fiche_detail Structure
F-Key Name Type Description
jft_id integer PRIMARY KEY DEFAULT nextval(('s_jnt_fic_att_value'::text)::regclass)
public.fiche.f_id f_id integer
public.attr_def.ad_id ad_id integer
ad_value text
jnt_fic_att_value_fd_id_idx f_id

Index - Schema public


Table: public.forecast

contains the name of the forecast

public.forecast Structure
F-Key Name Type Description
f_id serial PRIMARY KEY
f_name text NOT NULL
public.parm_periode.p_id f_start_date bigint
public.parm_periode.p_id f_end_date bigint

Tables referencing this one via Foreign Key Constraints:

fki_f_end_date f_end_date fki_f_start_date f_start_date

Index - Schema public


Table: public.forecast_cat

public.forecast_cat Structure
F-Key Name Type Description
fc_id serial PRIMARY KEY

primary key
fc_desc text NOT NULL

text of the category
public.forecast.f_id f_id bigint

Foreign key, it is the parent from the table forecast
fc_order integer NOT NULL

Order of the category, used when displaid

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.forecast_item

public.forecast_item Structure
F-Key Name Type Description
fi_id serial PRIMARY KEY

Primary key
fi_text text

Label of the i tem
fi_account text

Accountancy entry
public.fiche.f_id fi_card integer

Card (fiche.f_id)
fi_order integer

Order of showing (not used)
public.forecast_cat.fc_id fc_id integer
fi_amount numeric(20,4)

Amount
fi_debit "char" NOT NULL DEFAULT 'd'::"char"

possible values are D or C
fi_pid integer

0 for every month, or the value parm_periode.p_id

Index - Schema public


Table: public.form

Forms content

public.form Structure
F-Key Name Type Description
fo_id integer PRIMARY KEY DEFAULT nextval(('s_form'::text)::regclass)
public.formdef.fr_id fo_fr_id integer
fo_pos integer
fo_label text
fo_formula text

Index - Schema public


Table: public.formdef

public.formdef Structure
F-Key Name Type Description
fr_id integer PRIMARY KEY DEFAULT nextval(('s_formdef'::text)::regclass)
fr_label text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.groupe_analytique

public.groupe_analytique Structure
F-Key Name Type Description
ga_id character varying(10) PRIMARY KEY
public.plan_analytique.pa_id pa_id integer
ga_description text

Index - Schema public


Table: public.info_def

Contains the types of additionnal info we can add to a operation

public.info_def Structure
F-Key Name Type Description
id_type text PRIMARY KEY
id_description text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.jnt_fic_attr

join between the family card and the attribut definition

public.jnt_fic_attr Structure
F-Key Name Type Description
public.fiche_def.fd_id fd_id integer
public.attr_def.ad_id ad_id integer
jnt_id bigint PRIMARY KEY DEFAULT nextval('s_jnt_id'::regclass)
jnt_order integer NOT NULL
jnt_fic_attr_fd_id_idx fd_id

Index - Schema public


Table: public.jnt_letter

public.jnt_letter Structure
F-Key Name Type Description
jl_id serial PRIMARY KEY

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.jrn

Journal: content one line for a group of accountancy writing

public.jrn Structure
F-Key Name Type Description
jr_id integer PRIMARY KEY DEFAULT nextval(('s_jrn'::text)::regclass)
public.jrn_def.jrn_def_id jr_def_id integer PRIMARY KEY
jr_montant numeric(20,4) NOT NULL
jr_comment text
jr_date date
jr_grpt_id integer NOT NULL
jr_internal text UNIQUE
jr_tech_date timestamp without time zone NOT NULL DEFAULT now()
jr_tech_per integer NOT NULL
jrn_ech date
jr_ech date
jr_rapt text
jr_valid boolean DEFAULT true
jr_opid integer
jr_c_opid integer
jr_pj oid
jr_pj_name text
jr_pj_type text
jr_pj_number text
jr_mt text
jr_date_paid date
jr_optype character varying(3) DEFAULT 'NOR'::character varying

Type of operation , NOR = NORMAL , OPE opening , EXT extourne, CLO closing

Tables referencing this one via Foreign Key Constraints:

fki_jrn_jr_grpt_id jr_grpt_id x_mt jr_mt

Index - Schema public


Table: public.jrn_def

Definition of a journal, his properties

public.jrn_def Structure
F-Key Name Type Description
jrn_def_id integer PRIMARY KEY DEFAULT nextval(('s_jrn_def'::text)::regclass)
jrn_def_name text UNIQUE NOT NULL
jrn_def_class_deb text
jrn_def_class_cred text
jrn_def_fiche_deb text
jrn_def_fiche_cred text
jrn_deb_max_line integer DEFAULT 1
jrn_cred_max_line integer DEFAULT 1
jrn_def_ech boolean DEFAULT false
jrn_def_ech_lib text
public.jrn_type.jrn_type_id jrn_def_type character(3) NOT NULL
jrn_def_code text NOT NULL
jrn_def_pj_pref text
jrn_def_bank bigint
jrn_def_num_op integer
jrn_def_description text
jrn_enable integer DEFAULT 1

Set to 1 if the ledger is enable

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.jrn_info

public.jrn_info Structure
F-Key Name Type Description
ji_id serial PRIMARY KEY
public.jrn.jr_id jr_id integer NOT NULL
public.info_def.id_type id_type text NOT NULL
ji_value text

Index - Schema public


Table: public.jrn_note

Note about operation

public.jrn_note Structure
F-Key Name Type Description
n_id serial PRIMARY KEY
n_text text
public.jrn.jr_id jr_id bigint NOT NULL

Index - Schema public


Table: public.jrn_periode

public.jrn_periode Structure
F-Key Name Type Description
public.jrn_def.jrn_def_id jrn_def_id integer UNIQUE#1 NOT NULL
public.parm_periode.p_id p_id integer UNIQUE#1 NOT NULL
status text
id bigint PRIMARY KEY DEFAULT nextval('jrn_periode_id_seq'::regclass)

Index - Schema public


Table: public.jrn_rapt

Rapprochement between operation

public.jrn_rapt Structure
F-Key Name Type Description
jra_id integer PRIMARY KEY DEFAULT nextval(('s_jrn_rapt'::text)::regclass)
public.jrn.jr_id jr_id integer NOT NULL
public.jrn.jr_id jra_concerned integer NOT NULL

Index - Schema public


Table: public.jrn_type

Type of journal (Sell, Buy, Financial...)

public.jrn_type Structure
F-Key Name Type Description
jrn_type_id character(3) PRIMARY KEY
jrn_desc text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.jrnx

Journal: content one line for each accountancy writing

public.jrnx Structure
F-Key Name Type Description
j_id integer PRIMARY KEY DEFAULT nextval(('s_jrn_op'::text)::regclass)
j_date date DEFAULT now()
j_montant numeric(20,4)
public.tmp_pcmn.pcm_val j_poste account_type NOT NULL
j_grpt integer NOT NULL
j_rapt text
public.jrn_def.jrn_def_id j_jrn_def integer NOT NULL
j_debit boolean DEFAULT true
j_text text
j_centralized boolean DEFAULT false
j_internal text
j_tech_user text NOT NULL
j_tech_date timestamp without time zone NOT NULL DEFAULT now()
j_tech_per integer NOT NULL
j_qcode text
public.fiche.f_id f_id bigint

Tables referencing this one via Foreign Key Constraints:

fki_jrnx_f_id f_id fki_jrnx_j_grpt j_grpt jrnx_j_qcode_ix j_qcode x_poste j_poste

Index - Schema public


Table: public.key_distribution

Distribution key for analytic

public.key_distribution Structure
F-Key Name Type Description
kd_id serial PRIMARY KEY

PK
kd_name text

Name of the key
kd_description text

Description of the key

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.key_distribution_activity

Contains the analytic account

public.key_distribution_activity Structure
F-Key Name Type Description
ka_id serial PRIMARY KEY

pk
public.key_distribution_detail.ke_id ke_id bigint NOT NULL

fk to key_distribution_detail
public.poste_analytique.po_id po_id bigint

fk to poste_analytique
public.plan_analytique.pa_id pa_id bigint NOT NULL

fk to plan_analytique

Index - Schema public


Table: public.key_distribution_detail

Row of activity and percent

public.key_distribution_detail Structure
F-Key Name Type Description
ke_id serial PRIMARY KEY

pk
public.key_distribution.kd_id kd_id bigint NOT NULL

fk to key_distribution
ke_row integer NOT NULL

group order
ke_percent numeric(20,4) NOT NULL

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.key_distribution_ledger

Legder where the distribution key can be used

public.key_distribution_ledger Structure
F-Key Name Type Description
kl_id serial PRIMARY KEY

pk
public.key_distribution.kd_id kd_id bigint NOT NULL

fk to key_distribution
public.jrn_def.jrn_def_id jrn_def_id bigint NOT NULL

fk to jrnd_def, ledger where this key is available

Index - Schema public


Table: public.letter_cred

public.letter_cred Structure
F-Key Name Type Description
lc_id serial PRIMARY KEY
public.jrnx.j_id j_id bigint UNIQUE NOT NULL
public.jnt_letter.jl_id jl_id bigint NOT NULL

Index - Schema public


Table: public.letter_deb

public.letter_deb Structure
F-Key Name Type Description
ld_id serial PRIMARY KEY
public.jrnx.j_id j_id bigint UNIQUE NOT NULL
public.jnt_letter.jl_id jl_id bigint NOT NULL

Index - Schema public


Table: public.link_action_type

public.link_action_type Structure
F-Key Name Type Description
l_id bigserial PRIMARY KEY
l_desc character varying

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.menu_default

public.menu_default Structure
F-Key Name Type Description
md_id serial PRIMARY KEY
md_code text UNIQUE NOT NULL
me_code text NOT NULL

Index - Schema public


Table: public.menu_ref

public.menu_ref Structure
F-Key Name Type Description
me_code text PRIMARY KEY

Menu Code
me_menu text

Label to display
me_file text

if not empty file to include
me_url text

url
me_description text
me_parameter text
me_javascript text
me_type character varying(2)

ME for menu PR for Printing SP for special meaning (ex: return to line) PL for plugin
me_description_etendue text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.mod_payment

Contains the different media of payment and the corresponding ledger

public.mod_payment Structure
F-Key Name Type Description
mp_id serial PRIMARY KEY
mp_lib text NOT NULL
public.jrn_def.jrn_def_id mp_jrn_def_id integer NOT NULL
public.fiche_def.fd_id mp_fd_id bigint
mp_qcode text
public.jrn_def.jrn_def_id jrn_def_id bigint

Ledger using this payment method

Index - Schema public


Table: public.op_predef

predefined operation

public.op_predef Structure
F-Key Name Type Description
od_id integer PRIMARY KEY DEFAULT nextval('op_def_op_seq'::regclass)
public.jrn_def.jrn_def_id jrn_def_id integer UNIQUE#1 NOT NULL

jrn_id
od_name text UNIQUE#1 NOT NULL

name of the operation
od_item integer NOT NULL
od_jrn_type text NOT NULL
od_direct boolean NOT NULL
od_description text

Index - Schema public


Table: public.op_predef_detail

contains the detail of predefined operations

public.op_predef_detail Structure
F-Key Name Type Description
opd_id integer PRIMARY KEY DEFAULT nextval('op_predef_detail_opd_id_seq'::regclass)
od_id integer NOT NULL
opd_poste text NOT NULL
opd_amount numeric(20,4)
opd_tva_id integer
opd_quantity numeric(20,4)
opd_debit boolean NOT NULL
opd_tva_amount numeric(20,4)
opd_comment text
opd_qc boolean

Index - Schema public


Table: public.operation_analytique

History of the analytic account

public.operation_analytique Structure
F-Key Name Type Description
oa_id integer PRIMARY KEY DEFAULT nextval('historique_analytique_ha_id_seq'::regclass)
public.poste_analytique.po_id po_id integer NOT NULL
oa_amount numeric(20,4) NOT NULL
oa_description text
oa_debit boolean NOT NULL DEFAULT true
public.jrnx.j_id j_id integer
oa_group integer NOT NULL DEFAULT nextval('s_oa_group'::regclass)
oa_date date NOT NULL
oa_row integer
oa_jrnx_id_source bigint

jrnx.j_id source of this amount, this amount is computed from an amount giving a ND VAT.Normally NULL is there is no ND VAT.
oa_positive character(1) NOT NULL DEFAULT 'Y'::bpchar

Sign of the amount
public.fiche.f_id f_id bigint

FK to fiche.f_id , used only with ODS

 

public.operation_analytique Constraints
Name Constraint
operation_analytique_oa_amount_check CHECK ((oa_amount >= (0)::numeric))

Index - Schema public


Table: public.parameter

parameter of the company

public.parameter Structure
F-Key Name Type Description
pr_id text PRIMARY KEY
pr_value text

Index - Schema public


Table: public.parm_code

public.parm_code Structure
F-Key Name Type Description
p_code text PRIMARY KEY
p_value text
p_comment text

Index - Schema public


Table: public.parm_money

Currency conversion

public.parm_money Structure
F-Key Name Type Description
pm_id integer DEFAULT nextval(('s_currency'::text)::regclass)
pm_code character(3) PRIMARY KEY
pm_rate numeric(20,4)

Index - Schema public


Table: public.parm_periode

Periode definition

public.parm_periode Structure
F-Key Name Type Description
p_id integer PRIMARY KEY DEFAULT nextval(('s_periode'::text)::regclass)
p_start date NOT NULL
p_end date NOT NULL
p_exercice text NOT NULL DEFAULT to_char(now(), 'YYYY'::text)
p_closed boolean DEFAULT false
p_central boolean DEFAULT false

 

public.parm_periode Constraints
Name Constraint
parm_periode_check CHECK ((p_end >= p_start))

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.parm_poste

Contains data for finding is the type of the account (asset)

public.parm_poste Structure
F-Key Name Type Description
p_value account_type PRIMARY KEY
p_type text NOT NULL

Index - Schema public


Table: public.plan_analytique

Plan Analytique (max 5)

public.plan_analytique Structure
F-Key Name Type Description
pa_id integer PRIMARY KEY DEFAULT nextval('plan_analytique_pa_id_seq'::regclass)
pa_name text UNIQUE NOT NULL DEFAULT 'Sans Nom'::text
pa_description text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.poste_analytique

Poste Analytique

public.poste_analytique Structure
F-Key Name Type Description
po_id integer PRIMARY KEY DEFAULT nextval('poste_analytique_po_id_seq'::regclass)
po_name text NOT NULL
public.plan_analytique.pa_id pa_id integer NOT NULL
po_amount numeric(20,4) NOT NULL DEFAULT 0.0
po_description text
ga_id character varying(10)

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.profile

Available profile

public.profile Structure
F-Key Name Type Description
p_name text NOT NULL

Name of the profile
p_id serial PRIMARY KEY
p_desc text

description of the profile
with_calc boolean DEFAULT true

show the calculator
with_direct_form boolean DEFAULT true

show the direct form

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.profile_menu

Join between the profile and the menu

public.profile_menu Structure
F-Key Name Type Description
pm_id serial PRIMARY KEY
public.menu_ref.me_code me_code text
me_code_dep text

menu code dependency
public.profile.p_id p_id integer

link to profile
p_order integer

order of displaying menu
public.profile_menu_type.pm_type p_type_display text NOT NULL

M is a module E is a menu S is a select (for plugin)
pm_default integer

default menu
pm_id_dep bigint

parent of this menu item
fki_profile_menu_me_code me_code fki_profile_menu_profile p_id fki_profile_menu_type_fkey p_type_display

Index - Schema public


Table: public.profile_menu_type

public.profile_menu_type Structure
F-Key Name Type Description
pm_type text PRIMARY KEY
pm_desc text

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.profile_sec_repository

Available profile for user

public.profile_sec_repository Structure
F-Key Name Type Description
ur_id bigserial PRIMARY KEY

pk
public.profile.p_id p_id bigint UNIQUE#1

fk to profile
public.stock_repository.r_id r_id bigint UNIQUE#1

fk to stock_repository
ur_right character(1)

Type of right : R for readonly W for write

 

public.profile_sec_repository Constraints
Name Constraint
user_sec_profile_ur_right_check CHECK ((ur_right = ANY (ARRAY['R'::bpchar, 'W'::bpchar])))

Index - Schema public


Table: public.profile_user

Contains the available profile for users

public.profile_user Structure
F-Key Name Type Description
user_name text UNIQUE#1 NOT NULL

fk to available_user : login
pu_id serial PRIMARY KEY
public.profile.p_id p_id integer UNIQUE#1

fk to profile

Index - Schema public


Table: public.quant_fin

Simple operation for financial

public.quant_fin Structure
F-Key Name Type Description
qf_id bigserial PRIMARY KEY
public.fiche.f_id qf_bank bigint
public.jrn.jr_id jr_id bigint
public.fiche.f_id qf_other bigint
qf_amount numeric(20,4)

Index - Schema public


Table: public.quant_purchase

public.quant_purchase Structure
F-Key Name Type Description
qp_id integer PRIMARY KEY DEFAULT nextval(('s_quantity'::text)::regclass)
public.jrn.jr_internal qp_internal text
public.jrnx.j_id j_id integer NOT NULL
qp_fiche integer NOT NULL
qp_quantite numeric(20,4) NOT NULL
qp_price numeric(20,4)
qp_vat numeric(20,4) DEFAULT 0.0
public.tva_rate.tva_id qp_vat_code integer
qp_nd_amount numeric(20,4) DEFAULT 0.0
qp_nd_tva numeric(20,4) DEFAULT 0.0
qp_nd_tva_recup numeric(20,4) DEFAULT 0.0
qp_supplier integer NOT NULL
qp_valid character(1) NOT NULL DEFAULT 'Y'::bpchar
qp_dep_priv numeric(20,4) DEFAULT 0.0
qp_vat_sided numeric(20,4) DEFAULT 0.0

amount of the VAT which avoid VAT, case of the VAT which add the same amount at the deb and cred
qp_unit numeric(20,4)
quant_purchase_jrn_fki qp_internal

Index - Schema public


Table: public.quant_sold

Contains about invoice for customer

public.quant_sold Structure
F-Key Name Type Description
qs_id integer PRIMARY KEY DEFAULT nextval(('s_quantity'::text)::regclass)
public.jrn.jr_internal qs_internal text
qs_fiche integer NOT NULL
qs_quantite numeric(20,4) NOT NULL
qs_price numeric(20,4)
qs_vat numeric(20,4)
public.tva_rate.tva_id qs_vat_code integer
qs_client integer NOT NULL
qs_valid character(1) NOT NULL DEFAULT 'Y'::bpchar
public.jrnx.j_id j_id integer NOT NULL
qs_vat_sided numeric(20,4) DEFAULT 0.0
qs_unit numeric(20,4)
idx_qs_internal qs_internal quant_sold_jrn_fki qs_internal

Index - Schema public


Table: public.stock_change

public.stock_change Structure
F-Key Name Type Description
c_id bigserial PRIMARY KEY
c_comment text
c_date date
tech_user text
public.stock_repository.r_id r_id bigint
tech_date time without time zone NOT NULL DEFAULT now()

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.stock_goods

About the goods

public.stock_goods Structure
F-Key Name Type Description
sg_id integer PRIMARY KEY DEFAULT nextval(('s_stock_goods'::text)::regclass)
public.jrnx.j_id j_id integer
public.fiche.f_id f_id integer
sg_code text
sg_quantity numeric(8,4)
sg_type character(1) NOT NULL DEFAULT 'c'::bpchar
sg_date date
sg_tech_date date DEFAULT now()
sg_tech_user text
sg_comment character varying(80)
sg_exercice character varying(4)
r_id bigint
public.stock_change.c_id c_id bigint

 

public.stock_goods Constraints
Name Constraint
stock_goods_sg_type CHECK (((sg_type = 'c'::bpchar) OR (sg_type = 'd'::bpchar)))
fk_stock_good_repository_r_id r_id fk_stock_goods_f_id f_id fk_stock_goods_j_id j_id

Index - Schema public


Table: public.stock_repository

stock repository

public.stock_repository Structure
F-Key Name Type Description
r_id bigserial PRIMARY KEY

pk
r_name text

name of the stock
r_adress text

adress of the stock
r_country text

country of the stock
r_city text

City of the stock
r_phone text

Phone number

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.tags

public.tags Structure
F-Key Name Type Description
t_id serial PRIMARY KEY
t_tag text NOT NULL
t_description text
t_actif character(1) DEFAULT 'Y'::bpchar

Y if the tag is activate and can be used

 

public.tags Constraints
Name Constraint
tags_check CHECK ((t_actif = ANY (ARRAY['N'::bpchar, 'Y'::bpchar])))

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.tmp_pcmn

Plan comptable minimum normalisé

public.tmp_pcmn Structure
F-Key Name Type Description
pcm_val account_type PRIMARY KEY
pcm_lib text
pcm_val_parent account_type
pcm_type text
id bigint UNIQUE NOT NULL DEFAULT nextval('tmp_pcmn_id_seq'::regclass)

allow to identify the row, it is unique and not null (pseudo pk)
pcm_direct_use character varying(1) NOT NULL DEFAULT 'Y'::character varying

Value are N or Y , N cannot be used directly , not even through a card

 

public.tmp_pcmn Constraints
Name Constraint
pcm_direct_use_ck CHECK (((pcm_direct_use)::text = ANY (ARRAY[('Y'::character varying)::text, ('N'::character varying)::text])))

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.tmp_stockgood

public.tmp_stockgood Structure
F-Key Name Type Description
s_id bigserial PRIMARY KEY
s_date timestamp without time zone DEFAULT now()

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.tmp_stockgood_detail

public.tmp_stockgood_detail Structure
F-Key Name Type Description
d_id bigserial PRIMARY KEY
public.tmp_stockgood.s_id s_id bigint
sg_code text
s_qin numeric(20,4)
s_qout numeric(20,4)
r_id bigint
f_id bigint

Index - Schema public


Table: public.todo_list

Todo list

public.todo_list Structure
F-Key Name Type Description
tl_id integer PRIMARY KEY DEFAULT nextval('todo_list_tl_id_seq'::regclass)
tl_date date NOT NULL
tl_title text NOT NULL
tl_desc text
use_login text NOT NULL
is_public character(1) NOT NULL DEFAULT 'N'::bpchar

Flag for the public parameter

 

public.todo_list Constraints
Name Constraint
ck_is_public CHECK ((is_public = ANY (ARRAY['Y'::bpchar, 'N'::bpchar])))

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.todo_list_shared

Note of todo list shared with other users

public.todo_list_shared Structure
F-Key Name Type Description
id serial PRIMARY KEY
public.todo_list.tl_id todo_list_id integer UNIQUE#1 NOT NULL

fk to todo_list
use_login text UNIQUE#1 NOT NULL

user login

Index - Schema public


Table: public.tool_uos

public.tool_uos Structure
F-Key Name Type Description
uos_value bigint PRIMARY KEY DEFAULT nextval('uos_pk_seq'::regclass)

Index - Schema public


Table: public.tva_rate

Rate of vat

public.tva_rate Structure
F-Key Name Type Description
tva_id integer PRIMARY KEY DEFAULT nextval('s_tva'::regclass)
tva_label text NOT NULL
tva_rate numeric(8,4) NOT NULL DEFAULT 0.0
tva_comment text
tva_poste text
tva_both_side integer

Tables referencing this one via Foreign Key Constraints:

Index - Schema public


Table: public.user_active_security

public.user_active_security Structure
F-Key Name Type Description
id serial PRIMARY KEY
us_login text NOT NULL

user's login
us_ledger character varying(1) NOT NULL

Flag Security for ledger
us_action character varying(1) NOT NULL

Security for action

 

public.user_active_security Constraints
Name Constraint
user_active_security_action_check CHECK (((us_action)::text = ANY (ARRAY[('Y'::character varying)::text, ('N'::character varying)::text])))
user_active_security_ledger_check CHECK (((us_ledger)::text = ANY (ARRAY[('Y'::character varying)::text, ('N'::character varying)::text])))

Index - Schema public


Table: public.user_filter

public.user_filter Structure
F-Key Name Type Description
id bigserial PRIMARY KEY
login text
nb_jrn integer
date_start character varying(10)
date_end character varying(10)
description text
amount_min numeric(20,4)
amount_max numeric(20,4)
qcode text
accounting text
r_jrn text
date_paid_start character varying(10)
date_paid_end character varying(10)
ledger_type character varying(5)
all_ledger integer
filter_name text NOT NULL
unpaid character varying

Index - Schema public


Table: public.user_local_pref

The user's local parameter

public.user_local_pref Structure
F-Key Name Type Description
user_id text PRIMARY KEY

user's login
parameter_type text PRIMARY KEY

the type of parameter
parameter_value text

the value of parameter

Index - Schema public


Table: public.user_sec_act

public.user_sec_act Structure
F-Key Name Type Description
ua_id integer PRIMARY KEY DEFAULT nextval(('s_user_act'::text)::regclass)
ua_login text
public.action.ac_id ua_act_id integer

Index - Schema public


Table: public.user_sec_action_profile

Available profile for user

public.user_sec_action_profile Structure
F-Key Name Type Description
ua_id bigserial PRIMARY KEY

pk
public.profile.p_id p_id bigint UNIQUE#1

fk to profile
public.profile.p_id p_granted bigint UNIQUE#1
ua_right character(1)

Type of right : R for readonly W for write

 

public.user_sec_action_profile Constraints
Name Constraint
user_sec_action_profile_ua_right_check CHECK ((ua_right = ANY (ARRAY['R'::bpchar, 'W'::bpchar])))

Index - Schema public


Table: public.user_sec_jrn

public.user_sec_jrn Structure
F-Key Name Type Description
uj_id integer PRIMARY KEY DEFAULT nextval(('s_user_jrn'::text)::regclass)
uj_login text UNIQUE#1
public.jrn_def.jrn_def_id uj_jrn_id integer UNIQUE#1
uj_priv text

Index - Schema public


View: public.v_all_menu

public.v_all_menu Structure
F-Key Name Type Description
me_code text
pm_id integer
me_code_dep text
p_order integer
p_type_display text
p_name text
p_desc text
me_menu text
me_file text
me_url text
me_parameter text
me_javascript text
me_type character varying(2)
p_id integer
me_description text
SELECT pm.me_code
, pm.pm_id
, pm.me_code_dep
, pm.p_order
, pm.p_type_display
, p.p_name
, p.p_desc
, mr.me_menu
, mr.me_file
, mr.me_url
, mr.me_parameter
, mr.me_javascript
, mr.me_type
, pm.p_id
, mr.me_description 
FROM (
     (profile_menu pm 
        JOIN profile p 
          ON (
                 (p.p_id = pm.p_id)
           )
     )
  JOIN menu_ref mr 
 USING (me_code)
)
ORDER BY pm.p_order;

Index - Schema public


View: public.v_detail_purchase

public.v_detail_purchase Structure
F-Key Name Type Description
jr_id integer
jr_date date
jr_date_paid date
jr_ech date
jr_tech_per integer
jr_comment text
jr_pj_number text
jr_internal text
jr_def_id integer
j_poste account_type
j_text text
j_qcode text
item_card integer
item_name text
qp_supplier integer
tiers_name text
quick_code text
tva_label text
tva_comment text
tva_both_side integer
vat_sided numeric(20,4)
vat_code integer
vat numeric(20,4)
price numeric(20,4)
quantity numeric(20,4)
price_per_unit numeric
non_ded_amount numeric(20,4)
non_ded_tva numeric(20,4)
non_ded_tva_recup numeric(20,4)
htva numeric
tot_vat numeric
tot_tva_np numeric
WITH m AS 
(
SELECT sum
     (quant_purchase.qp_price) AS htva
     , sum
     (quant_purchase.qp_vat) AS tot_vat
     , sum
     (quant_purchase.qp_vat_sided) AS tot_tva_np
     , jrn.jr_id 
  FROM (
           (quant_purchase 
              JOIN jrnx 
             USING (j_id)
           )
        JOIN jrn 
          ON (
                 (jrnx.j_grpt = jrn.jr_grpt_id)
           )
     )
GROUP BY jrn.jr_id
)
SELECT jrn.jr_id
, jrn.jr_date
, jrn.jr_date_paid
, jrn.jr_ech
, jrn.jr_tech_per
, jrn.jr_comment
, jrn.jr_pj_number
, jrn.jr_internal
, jrn.jr_def_id
, jrnx.j_poste
, jrnx.j_text
, jrnx.j_qcode
, quant_purchase.qp_fiche AS item_card
, a.name AS item_name
, quant_purchase.qp_supplier
, b.vw_name AS tiers_name
, b.quick_code
, tva_rate.tva_label
, tva_rate.tva_comment
, tva_rate.tva_both_side
, quant_purchase.qp_vat_sided AS vat_sided
, quant_purchase.qp_vat_code AS vat_code
, quant_purchase.qp_vat AS vat
, quant_purchase.qp_price AS price
, quant_purchase.qp_quantite AS quantity
, (quant_purchase.qp_price / quant_purchase.qp_quantite) AS price_per_unit
, quant_purchase.qp_nd_amount AS non_ded_amount
, quant_purchase.qp_nd_tva AS non_ded_tva
, quant_purchase.qp_nd_tva_recup AS non_ded_tva_recup
, m.htva
, m.tot_vat
, m.tot_tva_np 
FROM (
     (
           (
                 (
                       (
                             (jrn 
                                JOIN jrnx 
                                  ON (
                                         (jrn.jr_grpt_id = jrnx.j_grpt)
                                   )
                             )
                          JOIN quant_purchase 
                         USING (j_id)
                       )
                    JOIN vw_fiche_name a 
                      ON (
                             (quant_purchase.qp_fiche = a.f_id)
                       )
                 )
              JOIN vw_fiche_attr b 
                ON (
                       (quant_purchase.qp_supplier = b.f_id)
                 )
           )
        JOIN tva_rate 
          ON (
                 (quant_purchase.qp_vat_code = tva_rate.tva_id)
           )
     )
  JOIN m 
    ON (
           (m.jr_id = jrn.jr_id)
     )
);

Index - Schema public


View: public.v_detail_sale

public.v_detail_sale Structure
F-Key Name Type Description
jr_id integer
jr_date date
jr_date_paid date
jr_ech date
jr_tech_per integer
jr_comment text
jr_pj_number text
jr_internal text
jr_def_id integer
j_poste account_type
j_text text
j_qcode text
item_card integer
item_name text
qs_client integer
tiers_name text
quick_code text
tva_label text
tva_comment text
tva_both_side integer
vat_sided numeric(20,4)
vat_code integer
vat numeric(20,4)
price numeric(20,4)
quantity numeric(20,4)
price_per_unit numeric
htva numeric
tot_vat numeric
tot_tva_np numeric
WITH m AS 
(
SELECT sum
     (quant_sold.qs_price) AS htva
     , sum
     (quant_sold.qs_vat) AS tot_vat
     , sum
     (quant_sold.qs_vat_sided) AS tot_tva_np
     , jrn.jr_id 
  FROM (
           (quant_sold 
              JOIN jrnx 
             USING (j_id)
           )
        JOIN jrn 
          ON (
                 (jrnx.j_grpt = jrn.jr_grpt_id)
           )
     )
GROUP BY jrn.jr_id
)
SELECT jrn.jr_id
, jrn.jr_date
, jrn.jr_date_paid
, jrn.jr_ech
, jrn.jr_tech_per
, jrn.jr_comment
, jrn.jr_pj_number
, jrn.jr_internal
, jrn.jr_def_id
, jrnx.j_poste
, jrnx.j_text
, jrnx.j_qcode
, quant_sold.qs_fiche AS item_card
, a.name AS item_name
, quant_sold.qs_client
, b.vw_name AS tiers_name
, b.quick_code
, tva_rate.tva_label
, tva_rate.tva_comment
, tva_rate.tva_both_side
, quant_sold.qs_vat_sided AS vat_sided
, quant_sold.qs_vat_code AS vat_code
, quant_sold.qs_vat AS vat
, quant_sold.qs_price AS price
, quant_sold.qs_quantite AS quantity
, (quant_sold.qs_price / quant_sold.qs_quantite) AS price_per_unit
, m.htva
, m.tot_vat
, m.tot_tva_np 
FROM (
     (
           (
                 (
                       (
                             (jrn 
                                JOIN jrnx 
                                  ON (
                                         (jrn.jr_grpt_id = jrnx.j_grpt)
                                   )
                             )
                          JOIN quant_sold 
                         USING (j_id)
                       )
                    JOIN vw_fiche_name a 
                      ON (
                             (quant_sold.qs_fiche = a.f_id)
                       )
                 )
              JOIN vw_fiche_attr b 
                ON (
                       (quant_sold.qs_client = b.f_id)
                 )
           )
        JOIN tva_rate 
          ON (
                 (quant_sold.qs_vat_code = tva_rate.tva_id)
           )
     )
  JOIN m 
    ON (
           (m.jr_id = jrn.jr_id)
     )
);

Index - Schema public


View: public.v_menu_dependency

public.v_menu_dependency Structure
F-Key Name Type Description
code text
pm_id integer
me_code text
me_description text
me_description_etendue text
me_file text
v1menu text
higher_dep integer
v2menu text
v3menu text
p_type_display text
javascript text
p_id integer
v2pid integer
v3pid integer
WITH t_menu AS 
(
SELECT pm.pm_id
     , mr.me_menu
     , pm.me_code
     , pm.me_code_dep
     , pm.p_type_display
     , mr.me_file
     , mr.me_javascript
     , mr.me_description
     , mr.me_description_etendue
     , p.p_id 
  FROM (
           (profile_menu pm 
              JOIN profile p 
                ON (
                       (p.p_id = pm.p_id)
                 )
           )
        JOIN menu_ref mr 
       USING (me_code)
     )
)
SELECT DISTINCT 
(
     (COALESCE
           (
                 (v3.me_code || '/'::text)
                 ,''::text
           ) || COALESCE
           (v2.me_code
                 ,''::text
           )
     ) || CASE WHEN 
     (v2.me_code IS NULL) THEN COALESCE
     (v1.me_code
           ,''::text
     ) WHEN 
     (v2.me_code IS NOT NULL) THEN COALESCE
     (
           ('/'::text || v1.me_code)
           ,''::text
     ) ELSE NULL::text END
) AS code
, v1.pm_id
, v1.me_code
, v1.me_description
, v1.me_description_etendue
, v1.me_file
, ('> '::text || v1.me_menu) AS v1menu
, CASE WHEN 
(v2.pm_id IS NOT NULL) THEN v2.pm_id WHEN 
(v3.pm_id IS NOT NULL) THEN v3.pm_id ELSE NULL::integer END AS higher_dep
, CASE WHEN 
(COALESCE
     (v3.me_menu
           ,''::text
     ) <> ''::text
) THEN 
(' > '::text || v2.me_menu) ELSE v2.me_menu END AS v2menu
, v3.me_menu AS v3menu
, v3.p_type_display
, COALESCE
(v1.me_javascript
     , COALESCE
     (v2.me_javascript
           , v3.me_javascript
     )
) AS javascript
, v1.p_id
, v2.p_id AS v2pid
, v3.p_id AS v3pid 
FROM (
     (t_menu v1 
   LEFT JOIN t_menu v2 
          ON (
                 (v1.me_code_dep = v2.me_code)
           )
     )
LEFT JOIN t_menu v3 
    ON (
           (v2.me_code_dep = v3.me_code)
     )
)
WHERE (
     (
           (COALESCE
                 (v2.p_id
                       , v1.p_id
                 ) = v1.p_id
           )
         AND (COALESCE
                 (v3.p_id
                       , v1.p_id
                 ) = v1.p_id
           )
     )
   AND (v1.p_type_display <> 'P'::text)
)
ORDER BY v1.pm_id;

Index - Schema public


View: public.v_menu_description

Description des menus

public.v_menu_description Structure
F-Key Name Type Description
code text
me_code text
me_description text
me_description_etendue text
me_file text
user_name text
v1menu text
v2menu text
v3menu text
p_type_display text
javascript text
pm_id integer
pm_id_dep bigint
p_id integer
WITH t_menu AS 
(
SELECT pm.pm_id
     , pm.pm_id_dep
     , pm.p_id
     , mr.me_menu
     , pm.me_code
     , pm.me_code_dep
     , pm.p_type_display
     , pu.user_name
     , mr.me_file
     , mr.me_javascript
     , mr.me_description
     , mr.me_description_etendue 
  FROM (
           (
                 (profile_menu pm 
                    JOIN profile_user pu 
                      ON (
                             (pu.p_id = pm.p_id)
                       )
                 )
              JOIN profile p 
                ON (
                       (p.p_id = pm.p_id)
                 )
           )
        JOIN menu_ref mr 
       USING (me_code)
     )
)
SELECT DISTINCT 
(
     (COALESCE
           (
                 (v3.me_code || '/'::text)
                 ,''::text
           ) || COALESCE
           (v2.me_code
                 ,''::text
           )
     ) || CASE WHEN 
     (v2.me_code IS NULL) THEN COALESCE
     (v1.me_code
           ,''::text
     ) WHEN 
     (v2.me_code IS NOT NULL) THEN COALESCE
     (
           ('/'::text || v1.me_code)
           ,''::text
     ) ELSE NULL::text END
) AS code
, v1.me_code
, v1.me_description
, v1.me_description_etendue
, v1.me_file
, v1.user_name
, ('> '::text || v1.me_menu) AS v1menu
, CASE WHEN 
(COALESCE
     (v3.me_menu
           ,''::text
     ) <> ''::text
) THEN 
(' > '::text || v2.me_menu) ELSE v2.me_menu END AS v2menu
, v3.me_menu AS v3menu
, v3.p_type_display
, COALESCE
(v1.me_javascript
     , COALESCE
     (v2.me_javascript
           , v3.me_javascript
     )
) AS javascript
, v1.pm_id
, v1.pm_id_dep
, v1.p_id 
FROM (
     (t_menu v1 
   LEFT JOIN t_menu v2 
          ON (
                 (v1.me_code_dep = v2.me_code)
           )
     )
LEFT JOIN t_menu v3 
    ON (
           (v2.me_code_dep = v3.me_code)
     )
)
WHERE (
     (v1.p_type_display <> 'P'::text)
   AND (
           (COALESCE
                 (v1.me_file
                       ,''::text
                 ) <> ''::text
           )
          OR (COALESCE
                 (v1.me_javascript
                       ,''::text
                 ) <> ''::text
           )
     )
);

Index - Schema public


View: public.v_menu_description_favori

public.v_menu_description_favori Structure
F-Key Name Type Description
code text
me_code text
me_description text
me_description_etendue text
me_file text
user_name text
v1menu text
v2menu text
v3menu text
p_type_display text
javascript text
WITH t_menu AS 
(
SELECT mr.me_menu
     , pm.me_code
     , pm.me_code_dep
     , pm.p_type_display
     , pu.user_name
     , mr.me_file
     , mr.me_javascript
     , mr.me_description
     , mr.me_description_etendue 
  FROM (
           (
                 (profile_menu pm 
                    JOIN profile_user pu 
                      ON (
                             (pu.p_id = pm.p_id)
                       )
                 )
              JOIN profile p 
                ON (
                       (p.p_id = pm.p_id)
                 )
           )
        JOIN menu_ref mr 
       USING (me_code)
     )
)
SELECT DISTINCT 
(
     (COALESCE
           (
                 (v3.me_code || '/'::text)
                 ,''::text
           ) || COALESCE
           (v2.me_code
                 ,''::text
           )
     ) || CASE WHEN 
     (v2.me_code IS NULL) THEN COALESCE
     (v1.me_code
           ,''::text
     ) WHEN 
     (v2.me_code IS NOT NULL) THEN COALESCE
     (
           ('/'::text || v1.me_code)
           ,''::text
     ) ELSE NULL::text END
) AS code
, v1.me_code
, v1.me_description
, v1.me_description_etendue
, v1.me_file
, v1.user_name
, ('> '::text || v1.me_menu) AS v1menu
, CASE WHEN 
(COALESCE
     (v3.me_menu
           ,''::text
     ) <> ''::text
) THEN 
(' > '::text || v2.me_menu) ELSE v2.me_menu END AS v2menu
, v3.me_menu AS v3menu
, v3.p_type_display
, COALESCE
(v1.me_javascript
     , COALESCE
     (v2.me_javascript
           , v3.me_javascript
     )
) AS javascript 
FROM (
     (t_menu v1 
   LEFT JOIN t_menu v2 
          ON (
                 (v1.me_code_dep = v2.me_code)
           )
     )
LEFT JOIN t_menu v3 
    ON (
           (v2.me_code_dep = v3.me_code)
     )
)
WHERE (v1.p_type_display <> 'P'::text);

Index - Schema public


View: public.v_menu_profile

Give the profile and the menu + dependencies

public.v_menu_profile Structure
F-Key Name Type Description
code text
p_type_display text
pm_id_v3 integer
pm_id_v2 integer
pm_id_v1 integer
p_id integer
WITH t_menu AS 
(
SELECT pm.pm_id
     , pm.pm_id_dep
     , pm.me_code
     , pm.me_code_dep
     , pm.p_type_display
     , pm.p_id 
  FROM (profile_menu pm 
        JOIN profile p 
          ON (
                 (p.p_id = pm.p_id)
           )
     )
)
SELECT DISTINCT 
(
     (COALESCE
           (
                 (v3.me_code || '/'::text)
                 ,''::text
           ) || COALESCE
           (v2.me_code
                 ,''::text
           )
     ) || CASE WHEN 
     (v2.me_code IS NULL) THEN COALESCE
     (v1.me_code
           ,''::text
     ) WHEN 
     (v2.me_code IS NOT NULL) THEN COALESCE
     (
           ('/'::text || v1.me_code)
           ,''::text
     ) ELSE NULL::text END
) AS code
, v3.p_type_display
, COALESCE
(v3.pm_id
     , 0
) AS pm_id_v3
, COALESCE
(v2.pm_id
     , 0
) AS pm_id_v2
, v1.pm_id AS pm_id_v1
, v1.p_id 
FROM (
     (t_menu v1 
   LEFT JOIN t_menu v2 
          ON (
                 (v1.pm_id_dep = v2.pm_id)
           )
     )
LEFT JOIN t_menu v3 
    ON (
           (v2.pm_id_dep = v3.pm_id)
     )
)
WHERE (v1.p_type_display <> 'P'::text);

Index - Schema public


View: public.v_quant_detail

public.v_quant_detail Structure
F-Key Name Type Description
jr_id integer
tiers integer
jrn_def_name text
jrn_def_type character(3)
name text
jr_comment text
jr_montant numeric(20,4)
price numeric
vat_code integer
vat_amount numeric
dep_priv numeric
nd_tva numeric
nd_tva_recup numeric
nd_amount numeric
vat_sided numeric(20,4)
tva_label text
WITH quant AS 
(
SELECT quant_purchase.j_id
     , quant_purchase.qp_fiche AS fiche_id
     , quant_purchase.qp_supplier AS tiers
     , quant_purchase.qp_vat AS vat_amount
     , quant_purchase.qp_price AS price
     , quant_purchase.qp_vat_code AS vat_code
     , quant_purchase.qp_dep_priv AS dep_priv
     , quant_purchase.qp_nd_tva AS nd_tva
     , quant_purchase.qp_nd_tva_recup AS nd_tva_recup
     , quant_purchase.qp_nd_amount AS nd_amount
     , quant_purchase.qp_vat_sided AS vat_sided 
  FROM quant_purchase 
UNION ALLSELECT quant_sold.j_id
     , quant_sold.qs_fiche
     , quant_sold.qs_client
     , quant_sold.qs_vat
     , quant_sold.qs_price
     , quant_sold.qs_vat_code
     , 0
     , 0
     , 0
     , 0
     , quant_sold.qs_vat_sided 
  FROM quant_sold
)
SELECT jrn.jr_id
, quant.tiers
, jrn_def.jrn_def_name
, jrn_def.jrn_def_type
, vw_fiche_name.name
, jrn.jr_comment
, jrn.jr_montant
, sum
(quant.price) AS price
, quant.vat_code
, sum
(quant.vat_amount) AS vat_amount
, sum
(quant.dep_priv) AS dep_priv
, sum
(quant.nd_tva) AS nd_tva
, sum
(quant.nd_tva_recup) AS nd_tva_recup
, sum
(quant.nd_amount) AS nd_amount
, quant.vat_sided
, tva_rate.tva_label 
FROM (
     (
           (
                 (
                       (jrn 
                          JOIN jrnx 
                            ON (
                                   (jrnx.j_grpt = jrn.jr_grpt_id)
                             )
                       )
                    JOIN quant 
                   USING (j_id)
                 )
         LEFT JOIN vw_fiche_name 
                ON (
                       (quant.tiers = vw_fiche_name.f_id)
                 )
           )
        JOIN jrn_def 
          ON (
                 (jrn_def.jrn_def_id = jrn.jr_def_id)
           )
     )
  JOIN tva_rate 
    ON (
           (tva_rate.tva_id = quant.vat_code)
     )
)
GROUP BY jrn.jr_id
, quant.tiers
, jrn.jr_comment
, jrn.jr_montant
, quant.vat_code
, quant.vat_sided
, vw_fiche_name.name
, jrn_def.jrn_def_name
, jrn_def.jrn_def_type
, tva_rate.tva_label;

Index - Schema public


View: public.v_tva_rate

Show this table to be easily used by Tva_Rate_MTable

public.v_tva_rate Structure
F-Key Name Type Description
tva_id integer
tva_rate numeric(8,4)
tva_label text
tva_comment text
tva_purchase text

VAT used for purchase
tva_sale text

VAT used for sale
tva_both_side integer

if 1 , VAT avoided
SELECT tva_rate.tva_id
, tva_rate.tva_rate
, tva_rate.tva_label
, tva_rate.tva_comment
, split_part
(tva_rate.tva_poste
     ,','::text
     , 1
) AS tva_purchase
, split_part
(tva_rate.tva_poste
     ,','::text
     , 2
) AS tva_sale
, tva_rate.tva_both_side 
FROM tva_rate;

Index - Schema public


Table: public.version

public.version Structure
F-Key Name Type Description
val integer PRIMARY KEY
v_description text
v_date timestamp without time zone DEFAULT now()

Index - Schema public


View: public.vw_client

public.vw_client Structure
F-Key Name Type Description
f_id integer
name text
quick_code text
tva_num text
poste_comptable text
rue text
code_postal text
pays text
telephone text
email text
SELECT fiche.f_id
, a1.ad_value AS name
, a.ad_value AS quick_code
, b.ad_value AS tva_num
, c.ad_value AS poste_comptable
, d.ad_value AS rue
, e.ad_value AS code_postal
, f.ad_value AS pays
, g.ad_value AS telephone
, h.ad_value AS email 
FROM (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (fiche 
                                                              JOIN fiche_def 
                                                             USING (fd_id)
                                                           )
                                                        JOIN fiche_def_ref 
                                                       USING (frd_id)
                                                     )
                                             LEFT JOIN (
                                                      SELECT fiche_detail.jft_id
                                                           , fiche_detail.f_id
                                                           , fiche_detail.ad_id
                                                           , fiche_detail.ad_value 
                                                        FROM fiche_detail 
                                                       WHERE (fiche_detail.ad_id = 1)
                                                     ) a1 
                                                 USING (f_id)
                                               )
                                       LEFT JOIN (
                                                SELECT fiche_detail.jft_id
                                                     , fiche_detail.f_id
                                                     , fiche_detail.ad_id
                                                     , fiche_detail.ad_value 
                                                  FROM fiche_detail 
                                                 WHERE (fiche_detail.ad_id = 13)
                                               ) b 
                                           USING (f_id)
                                         )
                                 LEFT JOIN (
                                          SELECT fiche_detail.jft_id
                                               , fiche_detail.f_id
                                               , fiche_detail.ad_id
                                               , fiche_detail.ad_value 
                                            FROM fiche_detail 
                                           WHERE (fiche_detail.ad_id = 23)
                                         ) a 
                                     USING (f_id)
                                   )
                           LEFT JOIN (
                                    SELECT fiche_detail.jft_id
                                         , fiche_detail.f_id
                                         , fiche_detail.ad_id
                                         , fiche_detail.ad_value 
                                      FROM fiche_detail 
                                     WHERE (fiche_detail.ad_id = 5)
                                   ) c 
                               USING (f_id)
                             )
                     LEFT JOIN (
                              SELECT fiche_detail.jft_id
                                   , fiche_detail.f_id
                                   , fiche_detail.ad_id
                                   , fiche_detail.ad_value 
                                FROM fiche_detail 
                               WHERE (fiche_detail.ad_id = 14)
                             ) d 
                         USING (f_id)
                       )
               LEFT JOIN (
                        SELECT fiche_detail.jft_id
                             , fiche_detail.f_id
                             , fiche_detail.ad_id
                             , fiche_detail.ad_value 
                          FROM fiche_detail 
                         WHERE (fiche_detail.ad_id = 15)
                       ) e 
                   USING (f_id)
                 )
         LEFT JOIN (
                  SELECT fiche_detail.jft_id
                       , fiche_detail.f_id
                       , fiche_detail.ad_id
                       , fiche_detail.ad_value 
                    FROM fiche_detail 
                   WHERE (fiche_detail.ad_id = 16)
                 ) f 
             USING (f_id)
           )
   LEFT JOIN (
            SELECT fiche_detail.jft_id
                 , fiche_detail.f_id
                 , fiche_detail.ad_id
                 , fiche_detail.ad_value 
              FROM fiche_detail 
             WHERE (fiche_detail.ad_id = 17)
           ) g 
       USING (f_id)
     )
LEFT JOIN (
      SELECT fiche_detail.jft_id
           , fiche_detail.f_id
           , fiche_detail.ad_id
           , fiche_detail.ad_value 
        FROM fiche_detail 
       WHERE (fiche_detail.ad_id = 18)
     ) h 
 USING (f_id)
)
WHERE (fiche_def_ref.frd_id = 9);

Index - Schema public


View: public.vw_fiche_attr

public.vw_fiche_attr Structure
F-Key Name Type Description
f_id integer
fd_id integer
vw_name text
vw_first_name text
vw_sell text
vw_buy text
tva_code text
tva_id integer
tva_rate numeric(8,4)
tva_label text
vw_addr text
vw_cp text
quick_code text
vw_description text
tva_num text
frd_id integer
accounting text
SELECT a.f_id
, a.fd_id
, a.ad_value AS vw_name
, k.ad_value AS vw_first_name
, b.ad_value AS vw_sell
, c.ad_value AS vw_buy
, d.ad_value AS tva_code
, tva_rate.tva_id
, tva_rate.tva_rate
, tva_rate.tva_label
, e.ad_value AS vw_addr
, f.ad_value AS vw_cp
, j.ad_value AS quick_code
, h.ad_value AS vw_description
, i.ad_value AS tva_num
, fiche_def.frd_id
, l.ad_value AS accounting 
FROM (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (
                                                                 (
                                                                       (
                                                                        SELECT fiche.f_id
                                                                             , fiche.fd_id
                                                                             , fiche_detail.ad_value 
                                                                          FROM (fiche 
                                                                           LEFT JOIN fiche_detail 
                                                                               USING (f_id)
                                                                             )
                                                                         WHERE (fiche_detail.ad_id = 1)
                                                                       ) a 
                                                               LEFT JOIN (
                                                                        SELECT fiche_detail.f_id
                                                                             , fiche_detail.ad_value 
                                                                          FROM fiche_detail 
                                                                         WHERE (fiche_detail.ad_id = 6)
                                                                       ) b 
                                                                      ON (
                                                                             (a.f_id = b.f_id)
                                                                       )
                                                                 )
                                                         LEFT JOIN (
                                                                  SELECT fiche_detail.f_id
                                                                       , fiche_detail.ad_value 
                                                                    FROM fiche_detail 
                                                                   WHERE (fiche_detail.ad_id = 7)
                                                                 ) c 
                                                                ON (
                                                                       (a.f_id = c.f_id)
                                                                 )
                                                           )
                                                   LEFT JOIN (
                                                            SELECT fiche_detail.f_id
                                                                 , fiche_detail.ad_value 
                                                              FROM fiche_detail 
                                                             WHERE (fiche_detail.ad_id = 2)
                                                           ) d 
                                                          ON (
                                                                 (a.f_id = d.f_id)
                                                           )
                                                     )
                                             LEFT JOIN (
                                                      SELECT fiche_detail.f_id
                                                           , fiche_detail.ad_value 
                                                        FROM fiche_detail 
                                                       WHERE (fiche_detail.ad_id = 14)
                                                     ) e 
                                                    ON (
                                                           (a.f_id = e.f_id)
                                                     )
                                               )
                                       LEFT JOIN (
                                                SELECT fiche_detail.f_id
                                                     , fiche_detail.ad_value 
                                                  FROM fiche_detail 
                                                 WHERE (fiche_detail.ad_id = 15)
                                               ) f 
                                              ON (
                                                     (a.f_id = f.f_id)
                                               )
                                         )
                                 LEFT JOIN (
                                          SELECT fiche_detail.f_id
                                               , fiche_detail.ad_value 
                                            FROM fiche_detail 
                                           WHERE (fiche_detail.ad_id = 23)
                                         ) j 
                                        ON (
                                               (a.f_id = j.f_id)
                                         )
                                   )
                           LEFT JOIN (
                                    SELECT fiche_detail.f_id
                                         , fiche_detail.ad_value 
                                      FROM fiche_detail 
                                     WHERE (fiche_detail.ad_id = 9)
                                   ) h 
                                  ON (
                                         (a.f_id = h.f_id)
                                   )
                             )
                     LEFT JOIN (
                              SELECT fiche_detail.f_id
                                   , fiche_detail.ad_value 
                                FROM fiche_detail 
                               WHERE (fiche_detail.ad_id = 13)
                             ) i 
                            ON (
                                   (a.f_id = i.f_id)
                             )
                       )
               LEFT JOIN (
                        SELECT fiche_detail.f_id
                             , fiche_detail.ad_value 
                          FROM fiche_detail 
                         WHERE (fiche_detail.ad_id = 32)
                       ) k 
                      ON (
                             (a.f_id = k.f_id)
                       )
                 )
         LEFT JOIN tva_rate 
                ON (
                       (d.ad_value = 
                             (tva_rate.tva_id)::text
                       )
                 )
           )
        JOIN fiche_def 
       USING (fd_id)
     )
LEFT JOIN (
      SELECT fiche_detail.f_id
           , fiche_detail.ad_value 
        FROM fiche_detail 
       WHERE (fiche_detail.ad_id = 5)
     ) l 
    ON (
           (a.f_id = l.f_id)
     )
);

Index - Schema public


View: public.vw_fiche_def

all the attributs for card family

public.vw_fiche_def Structure
F-Key Name Type Description
fd_id integer
ad_id integer
ad_text text
fd_class_base text
fd_label text
fd_create_account boolean
frd_id integer
SELECT jnt_fic_attr.fd_id
, jnt_fic_attr.ad_id
, attr_def.ad_text
, fiche_def.fd_class_base
, fiche_def.fd_label
, fiche_def.fd_create_account
, fiche_def.frd_id 
FROM (
     (fiche_def 
        JOIN jnt_fic_attr 
       USING (fd_id)
     )
  JOIN attr_def 
    ON (
           (attr_def.ad_id = jnt_fic_attr.ad_id)
     )
);

Index - Schema public


View: public.vw_fiche_min

public.vw_fiche_min Structure
F-Key Name Type Description
frd_id integer
ad_id integer
ad_text text
frd_text text
frd_class_base account_type
SELECT attr_min.frd_id
, attr_min.ad_id
, attr_def.ad_text
, fiche_def_ref.frd_text
, fiche_def_ref.frd_class_base 
FROM (
     (attr_min 
        JOIN attr_def 
       USING (ad_id)
     )
  JOIN fiche_def_ref 
 USING (frd_id)
);

Index - Schema public


View: public.vw_fiche_name

public.vw_fiche_name Structure
F-Key Name Type Description
f_id integer
name text
SELECT fiche_detail.f_id
, fiche_detail.ad_value AS name 
FROM fiche_detail 
WHERE (fiche_detail.ad_id = 1);

Index - Schema public


View: public.vw_poste_qcode

public.vw_poste_qcode Structure
F-Key Name Type Description
f_id integer
j_poste text
j_qcode text
SELECT c.f_id
, a.ad_value AS j_poste
, b.ad_value AS j_qcode 
FROM (
     (fiche c 
   LEFT JOIN (
            SELECT fiche_detail.f_id
                 , fiche_detail.ad_value 
              FROM fiche_detail 
             WHERE (fiche_detail.ad_id = 5)
           ) a 
       USING (f_id)
     )
LEFT JOIN (
      SELECT fiche_detail.f_id
           , fiche_detail.ad_value 
        FROM fiche_detail 
       WHERE (fiche_detail.ad_id = 23)
     ) b 
 USING (f_id)
);

Index - Schema public


View: public.vw_supplier

public.vw_supplier Structure
F-Key Name Type Description
f_id integer
name text
quick_code text
tva_num text
poste_comptable text
rue text
code_postal text
pays text
telephone text
email text
SELECT fiche.f_id
, a1.ad_value AS name
, a.ad_value AS quick_code
, b.ad_value AS tva_num
, c.ad_value AS poste_comptable
, d.ad_value AS rue
, e.ad_value AS code_postal
, f.ad_value AS pays
, g.ad_value AS telephone
, h.ad_value AS email 
FROM (
     (
           (
                 (
                       (
                             (
                                   (
                                         (
                                               (
                                                     (
                                                           (fiche 
                                                              JOIN fiche_def 
                                                             USING (fd_id)
                                                           )
                                                        JOIN fiche_def_ref 
                                                       USING (frd_id)
                                                     )
                                             LEFT JOIN (
                                                      SELECT fiche_detail.jft_id
                                                           , fiche_detail.f_id
                                                           , fiche_detail.ad_id
                                                           , fiche_detail.ad_value 
                                                        FROM fiche_detail 
                                                       WHERE (fiche_detail.ad_id = 1)
                                                     ) a1 
                                                 USING (f_id)
                                               )
                                       LEFT JOIN (
                                                SELECT fiche_detail.jft_id
                                                     , fiche_detail.f_id
                                                     , fiche_detail.ad_id
                                                     , fiche_detail.ad_value 
                                                  FROM fiche_detail 
                                                 WHERE (fiche_detail.ad_id = 13)
                                               ) b 
                                           USING (f_id)
                                         )
                                 LEFT JOIN (
                                          SELECT fiche_detail.jft_id
                                               , fiche_detail.f_id
                                               , fiche_detail.ad_id
                                               , fiche_detail.ad_value 
                                            FROM fiche_detail 
                                           WHERE (fiche_detail.ad_id = 23)
                                         ) a 
                                     USING (f_id)
                                   )
                           LEFT JOIN (
                                    SELECT fiche_detail.jft_id
                                         , fiche_detail.f_id
                                         , fiche_detail.ad_id
                                         , fiche_detail.ad_value 
                                      FROM fiche_detail 
                                     WHERE (fiche_detail.ad_id = 5)
                                   ) c 
                               USING (f_id)
                             )
                     LEFT JOIN (
                              SELECT fiche_detail.jft_id
                                   , fiche_detail.f_id
                                   , fiche_detail.ad_id
                                   , fiche_detail.ad_value 
                                FROM fiche_detail 
                               WHERE (fiche_detail.ad_id = 14)
                             ) d 
                         USING (f_id)
                       )
               LEFT JOIN (
                        SELECT fiche_detail.jft_id
                             , fiche_detail.f_id
                             , fiche_detail.ad_id
                             , fiche_detail.ad_value 
                          FROM fiche_detail 
                         WHERE (fiche_detail.ad_id = 15)
                       ) e 
                   USING (f_id)
                 )
         LEFT JOIN (
                  SELECT fiche_detail.jft_id
                       , fiche_detail.f_id
                       , fiche_detail.ad_id
                       , fiche_detail.ad_value 
                    FROM fiche_detail 
                   WHERE (fiche_detail.ad_id = 16)
                 ) f 
             USING (f_id)
           )
   LEFT JOIN (
            SELECT fiche_detail.jft_id
                 , fiche_detail.f_id
                 , fiche_detail.ad_id
                 , fiche_detail.ad_value 
              FROM fiche_detail 
             WHERE (fiche_detail.ad_id = 17)
           ) g 
       USING (f_id)
     )
LEFT JOIN (
      SELECT fiche_detail.jft_id
           , fiche_detail.f_id
           , fiche_detail.ad_id
           , fiche_detail.ad_value 
        FROM fiche_detail 
       WHERE (fiche_detail.ad_id = 18)
     ) h 
 USING (f_id)
)
WHERE (fiche_def_ref.frd_id = 8);

Index - Schema public


Function: public.bud_card_ins_upd()

Returns: trigger

Language: PLPGSQL

declare
 sCode text;
begin

sCode:=trim(upper(NEW.bc_code));
sCode:=replace(sCode,' ','_');
sCode:=substr(sCode,1,10);
NEW.bc_code:=sCode;
return NEW;
end;

Function: public.bud_detail_ins_upd()

Returns: trigger

Language: PLPGSQL

declare
mline bud_detail%ROWTYPE;
begin
mline:=NEW;
if mline.po_id = -1 then
   mline.po_id:=NULL;
end if;
return mline;
end;

Function: public.correct_quant_purchase()

Returns: void

Language: PLPGSQL

declare
	r_invalid quant_purchase;
	s_QuickCode text;
	b_j_debit bool;
	r_new record;
	r_jrnx record;
begin

for r_invalid in select * from quant_purchase where qp_valid='A'
loop

select j_qcode into s_QuickCode from vw_poste_qcode where f_id=r_invalid.qp_fiche;
raise notice 'qp_id % Quick code is %',r_invalid.qp_id,s_QuickCode;

select j_debit,j_grpt,j_jrn_def,j_montant into r_jrnx from jrnx where j_id=r_invalid.j_id;
if NOT FOUND then
	raise notice 'error not found jrnx %',r_invalid.j_id;
	update quant_purchase set qp_valid='Y' where qp_id=r_invalid.qp_id;
	continue;
end if;
raise notice 'j_debit % , j_grpt % ,j_jrn_def  % qp_price %',r_jrnx.j_debit,r_jrnx.j_grpt,r_jrnx.j_jrn_def ,r_invalid.qp_price;

select jr_internal,j_id,j_montant into r_new
	from jrnx join jrn on (j_grpt=jr_grpt_id)
	where 
	j_jrn_def=r_jrnx.j_jrn_def
	and j_id not in (select j_id from  quant_purchase)
	and j_qcode=s_QuickCode
	and j_montant=r_jrnx.j_montant
	and j_debit != r_jrnx.j_debit;

if NOT FOUND then
	raise notice 'error not found %', r_invalid.j_id;
	update quant_purchase set qp_valid='Y' where qp_id=r_invalid.qp_id;
	continue;     
end if;
raise notice 'j_id % found amount %',r_new.j_id,r_new.j_montant;

insert into quant_purchase (qp_internal,j_id,qp_fiche,qp_quantite,qp_price,qp_vat,qp_nd_amount,qp_nd_tva_recup,qp_valid,qp_dep_priv,qp_supplier,qp_vat_code)
values (r_new.jr_internal,r_invalid.j_id,r_invalid.qp_fiche,(r_invalid.qp_quantite * (-1)),r_invalid.qp_price * (-1),r_invalid.qp_vat*(-1),r_invalid.qp_nd_amount*(-1),r_invalid.qp_nd_tva_recup*(-1) ,'Y',r_invalid.qp_dep_priv*(-1),r_invalid.qp_supplier,r_invalid.qp_vat_code);

update quant_purchase set qp_valid='Y' where qp_id=r_invalid.qp_id;
end loop;
return;
end;

Function: public.correct_quant_sale()

Returns: void

Language: PLPGSQL

declare
	r_invalid quant_sold;
	s_QuickCode text;
	b_j_debit bool;
	r_new record;
	r_jrnx record;
begin

for r_invalid in select * from quant_sold where qs_valid='A'
loop

select j_qcode into s_QuickCode from vw_poste_qcode where f_id=r_invalid.qs_fiche;
raise notice 'qp_id % Quick code is %',r_invalid.qs_id,s_QuickCode;

select j_debit,j_grpt,j_jrn_def,j_montant into r_jrnx from jrnx where j_id=r_invalid.j_id;
if NOT FOUND then
	update quant_sold set qs_valid='Y' where qs_id=r_invalid.qs_id;
	raise notice 'error not found jrnx %',r_invalid.j_id;
	continue;
end if;
raise notice 'j_debit % , j_grpt % ,j_jrn_def  % qs_price %',r_jrnx.j_debit,r_jrnx.j_grpt,r_jrnx.j_jrn_def ,r_invalid.qs_price;

select jr_internal,j_id,j_montant into r_new
	from jrnx join jrn on (j_grpt=jr_grpt_id)
	where 
	j_jrn_def=r_jrnx.j_jrn_def
	and j_id not in (select j_id from  quant_sold)
	and j_qcode=s_QuickCode
	and j_montant=r_jrnx.j_montant
	and j_debit != r_jrnx.j_debit;

if NOT FOUND then
   update quant_sold set qs_valid='Y' where qs_id=r_invalid.qs_id;
	raise notice 'error not found %', r_invalid.j_id;
	continue;
end if;
raise notice 'j_id % found amount %',r_new.j_id,r_new.j_montant;


 insert into quant_sold (qs_internal,j_id,qs_fiche,qs_quantite,qs_price,qs_vat,qs_valid,qs_client,qs_vat_code)
 values (r_new.jr_internal,r_invalid.j_id,r_invalid.qs_fiche,(r_invalid.qs_quantite * (-1)),r_invalid.qs_price * (-1),r_invalid.qs_vat*(-1),'Y',r_invalid.qs_client,r_invalid.qs_vat_code);
 update quant_sold set qs_valid='Y' where qs_id=r_invalid.qs_id;
end loop;
return;
end;

Function: public.modify_menu_system(n_profile numeric)

Returns: void

Language: PLPGSQL

declare 
r_duplicate profile_menu%ROWTYPE;
str_duplicate text;
n_lowest_id numeric; -- lowest pm_id : update the dependency in profile_menu
n_highest_id numeric; -- highest pm_id insert into profile_menu

begin

for str_duplicate in   
	select me_code 
	from profile_menu 
	where 
	p_id=n_profile and 
	p_type_display <> 'P' and
	pm_id_dep is null
	group by me_code 
	having count(*) > 1 
loop
	raise info 'str_duplicate %',str_duplicate;
	for r_duplicate in select * 
		from profile_menu 
		where 
		p_id=n_profile and
		me_code_dep=str_duplicate
	loop
		raise info 'r_duplicate %',r_duplicate;
		-- get the lowest 
		select a.pm_id into n_lowest_id from profile_menu a join profile_menu b on (a.me_code=b.me_code and a.p_id = b.p_id)
		where
		a.me_code=str_duplicate
		and a.p_id=n_profile
		and a.pm_id < b.pm_id;
		raise info 'lowest is %',n_lowest_id;
		-- get the highest
		select a.pm_id into n_highest_id from profile_menu a join profile_menu b on (a.me_code=b.me_code and a.p_id = b.p_id)
		where
		a.me_code=str_duplicate
		and a.p_id=n_profile
		and a.pm_id > b.pm_id;
		raise info 'highest is %',n_highest_id;

		-- update the first one
		update profile_menu set pm_id_dep = n_lowest_id where pm_id=r_duplicate.pm_id;
		-- insert a new one
		insert into profile_menu (me_code,
			me_code_dep,
			p_id,
			p_order,
			p_type_display,
			pm_default,
			pm_id_dep)
		values (r_duplicate.me_code,
			r_duplicate.me_code_dep,
			r_duplicate.p_id,
			r_duplicate.p_order,
			r_duplicate.p_type_display,
			r_duplicate.pm_default,
			n_highest_id);
		
	end loop;	

end loop;	
end;

Function: public.upgrade_repo(p_version integer)

Returns: void

Language: PLPGSQL

declare 
        is_mono integer;
begin
        select count (*) into is_mono from information_schema.tables where table_name='repo_version';
        if is_mono = 1 then
                update repo_version set val=p_version;
        else
                update version set val=p_version;
        end if;
end;

Generated by PostgreSQL Autodoc

W3C HTML 4.01 Strict