SAP HCM ABAP FAQ
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Contents
- 1 Como leer el MOLGA de un EMPLEADO
- 2 Detalle compañia ( campo BUKRS )
- 3 Nombres de MES ( util en formularios )
- 4 Sumar / Restar meses a fecha
- 5 Ultimo dia del mes
- 6 Leer Horario de trabajo de empleado
- 7 Obtener fecha de retorno de un absentismo(P2001)
- 8 Leer caracteristica ( feature ) HR , transaccion PE03
- 9 Verificar NIF ( RUT )
- 10 Leer clase de fecha de infotipo P0041
- 11 Leer valor clase de tratamiento CC-Nomina
- 12 Leer valor clase de evaluacion CC-Nomina
- 13 Como leer texto centro de costo de empleado P0001-KOSTL
- 14 Tratamiento Infotipo 2011
- 15 Uso de CALL DIALOG para tratamiento de Infotipos
- 16 Ejemplo leer datos dinamicos empleado y exportar a MS WORD
- 17 Como leer codigo de empleado (PERNR) via usuario SAP (SY-UNAME)
- 18 Como leer textos de infotipo
- 19 Como leer datos de payroll dado un RUNID de un posting a FI
- 20 Como leer Modificaciones registradas en log en los datos de los infotipos
- 21 Como Leer Acumuladores
- 22 Ejemplo Lectura IT0008
- 23 Ejemplos estructura organizacional
- 24 Lectura de Datos Maestros (Grupo Funciones HRWPC_GENERAL_TEXTS)
- 25 Edad de empleado
- 26 Crear Absentismo
- 27 Rutinas para leer contingente
- 28 Ejemplo de HR_INFOTYPE_OPERATION
- 29 Uso de FM HR_ABS_ATT_TIMES_AT_ENTRY
Como leer el MOLGA de un EMPLEADO
CALL FUNCTION 'HR_COUNTRYGROUPING_GET'
EXPORTING
pernr = gd_pernr
begda = datum
endda = datum
IMPORTING
molga = gd_molga
EXCEPTIONS
not_found = 1
OTHERS = 2
.
Detalle compañia ( campo BUKRS )
call function 'FI_COMPANYCODE_GETDETAIL'
exporting
bukrs_int = pnpbukrs-low
authority_check = space
importing
t001_int = comp_det
tables
t001z_int = appendix
exceptions
bukrs_not_found = 1
no_authority_display_bukrs = 2
others = 3.
Nombres de MES ( util en formularios )
call function 'MONTH_NAMES_GET'
* EXPORTING
* LANGUAGE = SY-LANGU
* IMPORTING
* RETURN_CODE =
tables
month_names = names
exceptions
month_names_not_found = 1
others = 2.
Sumar / Restar meses a fecha
call function 'HR_BR_ADD_MONTH_TO_DATE'
exporting
dmm_datin = first_day
dmm_count = '1'
dmm_oper = '-'
dmm_pos = ' '
importing
dmm_daout = aux_date.
Ultimo dia del mes
call function 'LAST_DAY_OF_MONTHS'
exporting
day_in = pnpbegda
importing
last_day_of_month = pnpendda
exceptions
day_in_no_date = 1
others = 2.
Leer Horario de trabajo de empleado
wa_pernr-pernr = p_pernr.
append wa_pernr to tb_pernr.
call function 'HR_PERSON_READ_WORK_SCHEDULE'
exporting
begin_date = p_begda
end_date = p_endda
* GROUPING_DWS =
* GROUPING_ATTENDENCE =
* GROUPING_SUBSTITUTE =
* READ_FROM_DATABASE = ' '
tables
pernr_tab = tb_pernr
psp = tb_psp
day_psp = tb_day_psp
exceptions
error_in_build_psp = 1
others = 2
.
Obtener fecha de retorno de un absentismo(P2001)
p2001-endda = p2001-endda + 1.
perform fecha_retorno using p2001-pernr
changing p2001-endda.
form fecha_retorno using p_pernr type p2001-pernr
changing p_fch_retorno type p2001-begda.
data l_feriado type flag.
do 10 times.
clear l_feriado.
PERFORM es_dia_libre USING p_pernr
p_fch_retorno
CHANGING l_feriado.
if l_feriado = 'X'.
add 1 to p_fch_retorno.
else.
return.
endif.
enddo.
endform.
FORM es_dia_libre USING p_pernr TYPE p2001-pernr
p_begda TYPE p2001-begda
CHANGING p_libre TYPE xfeld.
DATA: lt_persavail TYPE STANDARD TABLE OF pdpsp.
CALL FUNCTION 'HR_READ_TIMEDATA_PSP'
EXPORTING
begin_date = p_begda
end_date = p_begda
person_id = p_pernr
TABLES
pers_avail = lt_persavail
EXCEPTIONS
no_capacity_available = 1
no_integration_activ = 2
timeinfo_error = 3
OTHERS = 4.
IF sy-subrc <> 0.
* Implement suitable error handling here
ELSE.
ENDIF.
READ TABLE lt_persavail INTO DATA(ls_persavail) WITH KEY datum = p_begda.
IF sy-subrc EQ 0.
IF ls_persavail-tprog EQ 'LIBR' OR ls_persavail-tagty EQ '1'.
p_libre = abap_true.
ENDIF.
ENDIF.
ENDFORM.
Leer caracteristica ( feature ) HR , transaccion PE03
data pben0 like zben0. data l_back(5). * fill feature structure clear pben0. pben0-barea = p_barea. pben0-bplan = p_bplan. pben0-depcv = 'DEP0'. "Dummy
clear p_val.
* get value of from feature (PE03 transaction)
call function 'HR_FEATURE_BACKFIELD'
exporting
feature = 'ZBEN0'
struc_content = pben0
importing
back = l_back
exceptions
dummy = 1
error_operation = 2
no_backvalue = 3
feature_not_generated = 4
invalid_sign_in_funid = 5
field_in_report_tab_in_pe03 = 6
others = 7.
if sy-subrc ne 0.
p_val = space.
else.
if l_back <> space.
p_val = 'X'.
else.
p_val = space.
endif.
endif.
Verificar NIF ( RUT )
call function 'TAX_NUMBER_CHECK' exporting country = p_land1 tax_code_1 = p_stcd1 .
Leer clase de fecha de infotipo P0041
FORM get_fecha USING VALUE(p0041) TYPE p0041
p_dar TYPE p0041-dar01
CHANGING p_fecha TYPE p0041-dat01.
DATA l_dat LIKE p0041-dat01.
DATA l_dar LIKE p0041-dar01.
CLEAR p_fecha.
DO 12 TIMES VARYING l_dat FROM p0041-dat01 NEXT p0041-dat02
VARYING l_dar FROM p0041-dar01 NEXT p0041-dar02.
IF l_dar = p_dar.
p_fecha = l_dat.
ENDIF.
ENDDO.
ENDFORM.
Leer valor clase de tratamiento CC-Nomina
*&---------------------------------------------------------------------*
*& Form VWTCL
*&---------------------------------------------------------------------*
* Rescata valor de clase de tratamiento
*----------------------------------------------------------------------*
* -->p_LGART : ccnómina *
* -->p_CLTRAT : clase de tratamiento *
* <--p_V_CLTRAT : valor clase de tratamiento *
*----------------------------------------------------------------------*
form vwtcl using i_lgart type lgart
i_cltrat type c
i_date type d
changing o_v_cltrat type c.
data pack type i.
data char100(100).
perform read_t512w using i_lgart
i_date
changing gst_t512w.
pack = i_cltrat - 1.
char100 = gst_t512w-vklas.
shift char100 by pack places.
o_v_cltrat(1) = char100(1).
endform. "vwtcl
*---------------------------------------------------------------------*
* FORM read_t512w *
*---------------------------------------------------------------------*
* ........ *
*---------------------------------------------------------------------*
form read_t512w using
i_lgart
i_date type d
changing o_t512w like t512w.
clear o_t512w.
loop at gtb_t512w into o_t512w
where lgart = i_lgart
and molga = '99'
and endda >= i_date
and begda <= i_date.
endloop.
if sy-subrc ne 0.
select single * into o_t512w from t512w
where molga = '99'
and lgart = i_lgart
and endda >= i_date
and begda <= i_date.
if sy-subrc eq 0.
append o_t512w to gtb_t512w.
endif.
endif.
endform. "read_t512w
Leer valor clase de evaluacion CC-Nomina
*&---------------------------------------------------------------------*
*& Form VWECL
*&---------------------------------------------------------------------*
* Rescata valor de clase de evaluación
*----------------------------------------------------------------------*
* -->TEV_LGART : ccnómina *
* -->TEV_CLEVAL : clase de evaluación *
* <--TEV_V_CLEVAL : valor clase de evaluación *
*----------------------------------------------------------------------*
form vwecl using tev_lgart like it-lgart
tev_cleval type c
changing tev_v_cleval type c.
cdatum = aper-endda.
clgart = tev_lgart.
perform re512w.
pack = ( tev_cleval - 1 ) * 2. "vklas-kl - 1.
char100 = t512w-aklas.
shift char100 by pack places.
tev_v_cleval = char100(2).
endform. "vwecl
Como leer texto centro de costo de empleado P0001-KOSTL
*&---------------------------------------------------------------------*
*& Form get_costcenter_text
*&---------------------------------------------------------------------*
form get_costcenter_text using pp_bukrs type bukrs
pp_kokrs type kokrs
p_inform_tab_kostl
changing p_inform_tab_kname.
data: l_kostl like hrca_costc-costcenter,
l_kname like hrca_costc-name,
l_kokrs like hrca_costc-contrlarea.
l_kostl = p_inform_tab_kostl.
if pp_kokrs is initial.
call function 'HRCA_CONTROLLINGAREA_FIND'
exporting
companycode = pp_bukrs
importing
contrlarea = l_kokrs
exceptions
not_found = 1
others = 2.
else.
l_kokrs = pp_kokrs.
endif.
call function 'HR_READ_FOREIGN_OBJECT_TEXT'
exporting
otype = 'K'
costcenter = l_kostl
controllingarea = l_kokrs
importing
costcenter_name = l_kname
exceptions
nothing_found = 1
wrong_objecttype = 2
missing_costcenter_data = 3
missing_object_id = 4
others = 5.
p_inform_tab_kname = l_kname. endform. " get_costcenter_text
Tratamiento Infotipo 2011
Los registros del IT2011 no se almacenan en una tabla tipo PANNNN, con NNNN = Nº Infotipo, sino en la tabla TEVEN, por lo que funciones como HR_READ_INFOTYPE, no sirven para leer los datos del IT2011, entonces un ejemplo de lectura del IT2011 es como el siguiente
SELECT * FROM teven
APPENDING TABLE it_teven
WHERE pernr EQ it_pernr_plan-pernr
AND ldate EQ fec_ev
AND stokz EQ space.
A su vez, para borrar un registro se debe utilizar un codigo como el siguiente
teven = i_teven.
IF teven-stokz EQ space. "PH9K012236
teven-stokz = 'X'.
* IF teven-origf EQ space.
* Bei Original-Zeitereignissen wird protokolliert, wer gelöscht hat.
teven-uname = sy-uname.
teven-aedtm = sy-datum.
* ENDIF.
UPDATE teven.
ENDIF.
se observa que se marca a el flag STOKZ con una 'X'
Uso de CALL DIALOG para tratamiento de Infotipos
DATA: dialog_name TYPE dialg.
DATA: BEGIN OF ps OCCURS 20.
INCLUDE STRUCTURE prelp.
DATA: opera, "'U'=Update,'D'=Delete,'I'=Insert
auth. "qice5338
DATA: END OF ps.
DATA: BEGIN OF preftab OCCURS 5.
INCLUDE STRUCTURE pref.
DATA: opera(1).
DATA: END OF preftab.
DATA: wt TYPE STANDARD TABLE OF p0001.
DATA: BEGIN OF i582a OCCURS 20.
INCLUDE STRUCTURE t582a.
DATA: END OF i582a.
dialog_name = 'RP_2012'.
pspar-pernr = wa_gt_outtab-pernr.
pspar-infty = '2012'.
pspar-ittxt = 'Val.prefijados transfer.tmpo.'.
pspar-tclas = 'A'.
pspar-aktyp = 'P'.
pspar-begda = fec_ev.
pspar-endda = fec_ev.
pspar-actio = 'FAST'.
pspar-enque = 1.
pspar-msgst = '1'.
CALL DIALOG dialog_name
EXPORTING pspar FROM pspar
psinfo FROM psinfo
ps FROM ps
preftab FROM preftab
wt FROM wt
i582a FROM i582a
dynmeas FROM dynmeas
initial_values FROM initial_values.
ejemplo 2
FORM ver_pa51 USING p_row. DATA: pspar_2051 LIKE pspar.
CLEAR: pspar.
READ TABLE gt_outtab INDEX p_row.
pspar_2051-pernr = gt_outtab-pernr.
pspar_2051-infty = '2051'.
* pspar_0006-ittxt = 'Direcciones'.
pspar_2051-tclas = 'A'.
pspar_2051-aktyp = 'A'.
pspar_2051-actio = 'DIS'.
pspar_2051-repna = 'MP205100'.
pspar_2051-msgst = '1'.
CONCATENATE fec_ev+0(6) '01' INTO pspar_2051-begda.
pspar-endda = fec_ev.
CALL DIALOG 'RP_2051'
EXPORTING
pspar FROM pspar_2051.
ENDFORM. " ver_pa51
Ejemplo leer datos dinamicos empleado y exportar a MS WORD
Ver programa RPLICO10
Como leer codigo de empleado (PERNR) via usuario SAP (SY-UNAME)
Función BAPI_USR01DOHR_GETEMPLOYEE
Como leer textos de infotipo
ejemplo I0035
data : pskey type pskey. data : mytext TYPE HRPAD_TEXT_TAB .
loop at p0035. e_salida-begda_0035 = p0035-begda. e_salida-dat35 = p0035-dat35. e_salida-blehr = p0035-blehr.
pskey-pernr = p0035-pernr.
pskey-infty = '0035'.
pskey-subty = p0035-subty.
pskey-endda = p0035-endda.
pskey-begda = p0035-begda.
*TRY.
CALL METHOD CL_HRPA_TEXT_CLUSTER=>READ
EXPORTING
TCLAS = 'A'
PSKEY = pskey
NO_AUTH_CHECK =
IMPORTING
TEXT_TAB = mytext.
DATA : ABC LIKE line of MYTEXT.
LOOP AT MYTEXT INTO ABC.
endloop.
Como leer datos de payroll dado un RUNID de un posting a FI
*&---------------------------------------------------------------------*
*& Form get_seqnr
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
* -->I_PERNR text
* -->I_RUNID text
* -->O_SEQNO text
*----------------------------------------------------------------------*
FORM get_seqnr USING i_pernr
i_runid
CHANGING o_seqno.
DATA ld_runid LIKE pcalac-runid.
SELECT runid seqno INTO (ld_runid,o_seqno) FROM pcalac UP TO 1 ROWS
WHERE pernr = i_pernr
AND runid = i_runid
ORDER BY runid DESCENDING.
ENDSELECT.
ENDFORM. "get_seqnr
*&---------------------------------------------------------------------*
*& Form get_rgdir
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
* -->I_PERNR text
* -->I_SEQNO text
* -->O_INOCR text
* -->O_DATE text
*----------------------------------------------------------------------*
FORM get_rgdir USING i_pernr
i_seqno
CHANGING o_inocr
o_date.
SELECT SINGLE inocr fpend INTO (o_inocr,o_date)
FROM hrpy_rgdir
WHERE pernr = i_pernr
AND seqnr = i_seqno.
IF sy-subrc NE 0.
CLEAR o_inocr.
CLEAR o_date.
ENDIF.
ENDFORM. "get_rgdir
*&---------------------------------------------------------------------*
*& Form get_payroll_data
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
* -->I_PERNR text
* -->I_RUNID text
* -->O_INOCR text
* -->O_FPEND text
*----------------------------------------------------------------------*
FORM get_payroll_data USING i_pernr
i_runid
CHANGING o_inocr
o_fpend.
DATA ld_seqno LIKE pcalac-seqno.
PERFORM get_seqnr USING i_pernr
i_runid
CHANGING ld_seqno.
PERFORM get_rgdir USING i_pernr
ld_seqno
CHANGING o_inocr
o_fpend.
ENDFORM. "get_payroll_data
Como leer Modificaciones registradas en log en los datos de los infotipos
Reporte RPUAUD00 para leer modificaciones en los infotipos
Como Leer Acumuladores
data:
char96(96), "char-feld fuer 96 char 0/1
hexin(12) type x, "hex feld fuer 96 bit 0/1
x128 type x value '80',
hex type x, hextm type x,
ps type p, pc type p.
data: pack type p,pack1 type p,pack2 type p.
data gd_num type i. data gd_res(1) type c.
gd_num = '85'. "acummulates in /185
perform get_kumul using gd_num
gs_t512w-lgart
gs_t512w-kumul
changing gd_res.
if gd_res eq 'X'.
* acumula => do something
endif.
*---------------------------------------------------------------------*
* FORM HEXINCHAR *
*---------------------------------------------------------------------*
form hexinchar using anzahl. "und Feld HEXIN.
if not hexin is initial.
* maximale Laenge HEXINPUT ist 12 = L'HEXIN bzw. L'CHAR96/8 s. a. MAX
do anzahl times
varying hex from hexin(1) next hexin+1(1) range hexin. "UC XMS
shift char96 by 8 places.
ps = 0. "set sum
pc = 10000000. "set char
hextm = x128. "set hex
do 8 times.
if hex o hextm. ps = ps + pc. endif.
hextm = hextm / 2. pc = pc / 10.
enddo.
unpack ps to char96+88(8).
enddo.
ps = ( 12 - anzahl ) * 8. "MAX = 12, maximale Laenge HEXINPUT
shift char96 by ps places. "linksbuendig nach CHAR96
endif.
endform. "END OF HEXINCHAR
*---------------------------------------------------------------------*
* FORM GET_KUMUL *
*---------------------------------------------------------------------*
form get_kumul using gc_num type i
gc_lgart type lgart
p_kumul
changing gc_acum type c.
data gc_kumula like char96.
clear: char96, hexin. clear gc_acum. hexin = p_kumul. perform hexinchar using 12. gc_kumula = char96.
if gc_kumula is not initial.
pack = gc_num - 1. "vklas-kl - 1.
shift gc_kumula by pack places.
if gc_kumula(1) eq '1'.
gc_acum = 'X'.
else.
gc_acum = space.
endif.
endif.
endform. "get_kumul
Ejemplo Lectura IT0008
Ojo que esta BAPI calcula los conceptos indirectos :-)
FORM get_p0008_detail tables gt_bapi_wagetypes structure bapip0008p
USING p0008 LIKE p0008.
DATA ld_amount_external LIKE bapicurr-bapicurr.
DATA lt_return LIKE TABLE OF bapireturn1 WITH HEADER LINE.
CLEAR gt_bapi_wagetypes[].
CALL FUNCTION 'BAPI_BASICPAY_GETDETAIL'
EXPORTING
employeenumber = p0008-pernr
subtype = p0008-subty
objectid = p0008-objps
lockindicator = p0008-sprps
validitybegin = p0008-begda
validityend = p0008-endda
recordnumber = p0008-seqnr
IMPORTING
return = lt_return
TABLES
wagetypes = gt_bapi_wagetypes.
endform.
Ejemplos estructura organizacional
Mostrar todos los empleados hacia abajo de una organización
CALL FUNCTION 'RH_STRUC_GET'
EXPORTING
act_otype = 'O'
act_objid = p_objid
act_wegid = 'PERS-O'
act_begda = '19000101'
act_endda = '99991231'
authority_check = ' '
TABLES
result_objec = ti_result2
EXCEPTIONS
no_plvar_found = 1
no_entry_found = 2
OTHERS = 3.
el reporte RHSTRU00, hace lo mismo, pero usando base de datos.
Organizaciones desde y hacia arriba de una persona
CALL FUNCTION 'RH_STRUC_GET'
EXPORTING
act_otype = 'P'
act_objid = p_pernr
act_wegid = 'P-S-O-O'
authority_check = ' '
TABLES
result_objec = lt_result
EXCEPTIONS
no_plvar_found = 1
no_entry_found = 2
OTHERS = 3.
Leer Gerencia de empleado(caso particular)
CALL FUNCTION 'RH_STRUC_GET'
EXPORTING
act_otype = 'P'
act_objid = l_pernr
act_wegid = 'P-S-O-O'
authority_check = ' '
TABLES
result_objec = lt_result
EXCEPTIONS ##FM_SUBRC_OK
no_plvar_found = 1
no_entry_found = 2
OTHERS = 3.
LOOP AT lt_result INTO DATA(ls_result)
WHERE otype EQ 'O' AND istat = '1'
AND begda <= sy-datum
AND endda >= sy-datum
AND ( stext CP 'GERENCIA*' ).
EXIT.
ENDLOOP.
IF sy-subrc = 0.
l_gerencia = ls_result-stext.
ENDIF.
Lectura de Datos Maestros (Grupo Funciones HRWPC_GENERAL_TEXTS)
FORM textdata USING p_bukrs TYPE bukrs
p_werks TYPE persa
p_kostl TYPE kostl
p_kokrs TYPE kokrs
p_plans TYPE plans
p_infty TYPE infty
p_subty TYPE p2001-subty
p_estado
CHANGING p_butxt TYPE butxt
p_werkt TYPE pbtxt
p_ktext TYPE ktext
p_stext TYPE stext
p_stext_subty TYPE stext
p_itext TYPE t582s-itext
p_stext_estado.
IF p_bukrs IS NOT INITIAL.
CALL FUNCTION 'HRWPC_RFC_BUKRS_TEXT_GET'
EXPORTING
bukrs = p_bukrs
IMPORTING
bukrs_text = p_butxt.
ENDIF.
IF p_werks IS NOT INITIAL.
CALL FUNCTION 'HRWPC_RFC_WERKS_TEXT_GET'
EXPORTING
werks = p_werks
IMPORTING
werks_text = p_werkt.
ENDIF.
IF p_kostl IS NOT INITIAL.
CALL FUNCTION 'HRWPC_RFC_KOSTL_TEXT_GET'
EXPORTING
kokrs = p_kokrs
kostl = p_kostl
begda = sy-datum
endda = sy-datum
IMPORTING
kostl_text = p_ktext
.
ENDIF.
IF p_plans IS NOT INITIAL.
CALL FUNCTION 'HRWPC_RFC_PLANS_TEXT_GET'
EXPORTING
plans = p_plans
begda = sy-datum
endda = sy-datum
IMPORTING
plans_text2 = p_stext.
ENDIF.
IF p_subty IS NOT INITIAL.
CALL FUNCTION 'HRXSS_PER_GET_ESS_SUBTYPE_TEXT'
EXPORTING
infty = p_infty
subty = p_subty
molga = c_molga
IMPORTING
stext = p_stext_subty.
ENDIF.
ENDFORM. " TEXTDATA
Edad de empleado
FORM calculo_edad USING p_pernr
CHANGING p_edad.
DATA: lt_p0002 TYPE TABLE OF p0002 WITH HEADER LINE.
DATA: l_pernr TYPE p0000-pernr,
l_agnos TYPE p,
l_meses TYPE p,
l_dias TYPE p.
MOVE p_pernr TO l_pernr.
CLEAR p_edad.
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = l_pernr
infty = '0002'
begda = sy-datum
endda = sy-datum
TABLES
infty_tab = lt_p0002
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
LOOP AT lt_p0002 WHERE begda <= sy-datum
AND endda >= sy-datum.
ENDLOOP.
CHECK sy-subrc = 0.
CALL FUNCTION 'HRVE_GET_TIME_BETWEEN_DATES'
EXPORTING
beg_date = lt_p0002-gbdat
end_date = sy-datum
IMPORTING
days = l_dias
months = l_meses
years = l_agnos
EXCEPTIONS
invalid_period = 1
OTHERS = 2.
p_edad = l_agnos.
ENDFORM. " CALCULO_EDAD
Crear Absentismo
FORM crear_abs USING p_pernr p_subty p_begda p_endda p_beguz p_enduz p_simulate CHANGING p_retorno TYPE bapiret2_tab
p_hrabsatt_out TYPE bapihrabsatt_out
p_text.
DATA: lt_retorno LIKE bapiret2 OCCURS 0 WITH HEADER LINE,
ls_key TYPE bapihrtimeskey, " Campos clave BAPI p.entradas tiempos personal (HR)
ls_abs TYPE bapihrabsatt_in. " Campos presencia/absentismo, entrada sin datos adicionale.
CLEAR: ls_abs.
ls_abs-from_date = p_begda. " Inicio de la validez
ls_abs-to_date = p_endda. " Fin de la validez
ls_abs-start_time = p_beguz. " Hora de inicio
ls_abs-end_time = p_enduz. " Hora final
ls_abs-abs_att_hours = ''. " Horas de presencia/absentismo
ls_abs-previous_day = ''. " Indicador de día anterior
IF p_beguz IS NOT INITIAL AND p_enduz IS NOT INITIAL.
* ----> Logica de Horas para el dia
ls_abs-all_day_flag = space.
ELSE.
* ----> Logica Considera
ls_abs-all_day_flag = 'X'.
ENDIF.
CALL FUNCTION 'BAPI_PTMGRATTABS_MNGCREATION'
EXPORTING
employeenumber = p_pernr " Nro. Personal
abs_att_type = p_subty " Clase de Absentismos
hrabsatt_in = ls_abs " Campos presencia/absentismo, entrada sin datos adicionales
simulate = p_simulate
IMPORTING
hrabsatt_out = p_hrabsatt_out
hrabsattext = p_text
TABLES
return = p_retorno. " Retorno
ENDFORM.
Rutinas para leer contingente
method GET_SALDO_DIAS.
*--------------------------------------------------------------------*
* Calculo de saldo días
*--------------------------------------------------------------------*
DATA: lt_abs_quota TYPE TABLE OF bapihrquota,
lt_ktart TYPE tim_quota_type_tab,
ra_ktart TYPE RANGE OF p2006-ktart,
wa_ktart LIKE LINE OF ra_ktart.
DATA lv_saldodias TYPE anzhl.
*--------------------------------------------------------------------*
* Calculo de saldo días
*--------------------------------------------------------------------*
CALL FUNCTION 'BAPI_TIMEQUOTA_GETDETAILEDLIST'
EXPORTING
employeenumber = i_solicitud-pernr
* QUOTASELECTIONMOD = '1' "absentismos
TABLES
absencequotareturntable = lt_abs_quota.
CALL FUNCTION 'Z_HCM_CONTINGENTE_FROM_ABS'
EXPORTING
i_pernr = i_solicitud-pernr
i_begda = i_solicitud-begda
i_endda = i_solicitud-endda
i_subty = i_solicitud-subty
IMPORTING
e_ktart = lt_ktart.
LOOP AT lt_ktart INTO DATA(ls_ktart).
wa_ktart-low = ls_ktart.
wa_ktart-sign = 'I'.
wa_ktart-option = 'EQ'.
APPEND wa_ktart TO ra_ktart.
CLEAR wa_ktart.
ENDLOOP.
lv_saldodias = 0.
IF ra_ktart[] IS NOT INITIAL.
LOOP AT lt_abs_quota INTO DATA(ls_abs_quota) WHERE quotatype IN ra_ktart.
lv_saldodias = lv_saldodias + ls_abs_quota-rest_free.
ENDLOOP.
ENDIF.
lv_saldodias = lv_saldodias - i_solicitud-quota_deduction.
IF lv_saldodias < 0.
lv_saldodias = 0.
ENDIF.
r_saldo = lv_saldodias. "type anzhl
endmethod.
FUNCTION z_hcm_contingente_from_abs.
*"----------------------------------------------------------------------
*"*"Interfase local
*" IMPORTING
*" REFERENCE(I_PERNR) TYPE PERNR_D
*" REFERENCE(I_BEGDA) TYPE BEGDA DEFAULT SY-DATUM
*" REFERENCE(I_ENDDA) TYPE ENDDA DEFAULT SY-DATUM
*" REFERENCE(I_SUBTY) TYPE T554S-SUBTY
*" EXPORTING
*" REFERENCE(E_KTART) TYPE TIM_QUOTA_TYPE_TAB
*"----------------------------------------------------------------------
DATA lt_p0001 TYPE TABLE OF p0001.
DATA ls_t503 TYPE t503.
DATA ls_t001p TYPE t001p.
DATA ls_t554s TYPE t554s.
DATA ls_t556c TYPE t556c.
DATA ls_t556r TYPE t556r.
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = i_pernr
infty = '0001'
TABLES
infty_tab = lt_p0001
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
LOOP AT lt_p0001 INTO DATA(ls_p0001) WHERE begda <= i_endda AND
endda >= i_begda.
ENDLOOP.
IF sy-subrc <> 0.
RETURN.
ENDIF.
SELECT SINGLE * INTO ls_t503 FROM t503
WHERE persg = ls_p0001-persg
AND persk = ls_p0001-persk.
SELECT SINGLE * INTO ls_t001p FROM t001p
WHERE werks = ls_p0001-werks
AND btrtl = ls_p0001-btrtl.
SELECT SINGLE * INTO ls_t554s FROM t554s
WHERE moabw = ls_t001p-moabw
AND subty = i_subty
AND endda >= i_begda
AND begda <= i_endda.
SELECT SINGLE * INTO ls_t556c FROM t556c
WHERE mopgk = ls_t503-konty
AND mozko = ls_t001p-mozko
AND crule = ls_t554s-crule
AND ctype = 'Q'.
SELECT SINGLE * INTO ls_t556r FROM t556r
WHERE "
mopgk = ls_t503-konty
AND mozko = ls_t001p-mozko
AND qtype = 'A'
AND dedrg = ls_t556c-deabp
AND endda >= i_begda
AND begda <= i_endda.
* copiado de LHRTIM00QUOTADEDUCTIONF01 #986
CONSTANTS: QSTEP TYPE I VALUE 2.
DATA: BEGIN OF selqtypes OCCURS 0,
cktart(2) TYPE c,
END OF selqtypes.
DATA:qttps TYPE qttps.
qttps = ls_t556r-qttps.
DO 100 TIMES.
selqtypes-cktart = qttps.
IF selqtypes-cktart IS INITIAL. "' '"
EXIT. "end-of-sequence was found
ENDIF.
APPEND selqtypes.
SHIFT qttps BY qstep PLACES LEFT.
ENDDO.
loop at selqtypes.
APPEND selqtypes-cktart to E_KTART.
endloop.
ENDFUNCTION.
Ejemplo de HR_INFOTYPE_OPERATION
PERFORM infotype_operation USING c_create
p0014
p_test
CHANGING l_subrc.
FORM infotype_operation USING p_actio TYPE pspar-actio
p_infty TYPE any
p_test TYPE xfeld
CHANGING p_subrc.
DATA: ls_bapireturn TYPE bapiret1,
ls_key TYPE bapipakey,
wa TYPE p0002,
l_dialog_mode(1).
MOVE-CORRESPONDING p_infty TO wa.
* enqueue the employye
CALL FUNCTION 'BAPI_EMPLOYEE_ENQUEUE'
EXPORTING
number = wa-pernr
IMPORTING
return = ls_bapireturn.
IF ls_bapireturn IS NOT INITIAL.
p_subrc = 2.
RETURN.
ENDIF.
l_dialog_mode = '0'.
CALL FUNCTION 'HR_INFOTYPE_OPERATION'
EXPORTING
infty = wa-infty
number = wa-pernr
subtype = wa-subty
validityend = wa-endda
validitybegin = wa-begda
record = p_infty "p9032
operation = p_actio
nocommit = 'X'
dialog_mode = l_dialog_mode
IMPORTING
return = ls_bapireturn
key = ls_key
EXCEPTIONS
OTHERS = 0.
IF NOT ls_bapireturn IS INITIAL.
* error
p_subrc = 1.
ELSE.
p_subrc = 0.
IF p_test <> abap_true.
COMMIT WORK AND WAIT.
ENDIF.
ENDIF.
CALL FUNCTION 'BAPI_EMPLOYEE_DEQUEUE'
EXPORTING
number = wa-pernr
IMPORTING
return = ls_bapireturn.
ENDFORM.
Uso de FM HR_ABS_ATT_TIMES_AT_ENTRY
FORM get_abs_times USING p_pernr p_subty p_begda p_endda
CHANGING p_alldf.
DATA tpd TYPE TABLE OF ptm_times_per_day.
DATA: " p_ABWTG LIKE P2001-ABWTG,
p_abrtg LIKE p2001-abrtg,
p_abrst LIKE p2001-abrst,
" p_KALTG LIKE P2001-KALTG,
p_hrsif LIKE p2001-hrsif,
* p_ALLDF LIKE P2001-ALLDF,
error_wo_exception TYPE c.
DATA: p_beguz LIKE p2001-beguz,
p_enduz LIKE p2001-enduz,
p_vtken LIKE p2001-vtken,
p_stdaz LIKE p2001-stdaz,
p_breaks TYPE hrtim_att_breaks,
p_abwtg LIKE p2001-abwtg,
p_kaltg LIKE p2001-kaltg.
DATA errors LIKE hrerror OCCURS 0 WITH HEADER LINE.
DATA: p0000 TYPE TABLE OF p0000 WITH HEADER LINE,
p0001 TYPE TABLE OF p0001 WITH HEADER LINE,
p0002 TYPE TABLE OF p0002 WITH HEADER LINE,
p0007 TYPE TABLE OF p0007 WITH HEADER LINE,
p2001 TYPE TABLE OF p2001 WITH HEADER LINE,
p2002 TYPE TABLE OF p2002 WITH HEADER LINE,
p2003 TYPE TABLE OF p2003 WITH HEADER LINE.
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = p_pernr
infty = '0000'
TABLES
infty_tab = p0000
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = p_pernr
infty = '0001'
TABLES
infty_tab = p0001
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = p_pernr
infty = '0002'
TABLES
infty_tab = p0002
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = p_pernr
infty = '0007'
TABLES
infty_tab = p0007
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
*CALL FUNCTION 'HR_READ_INFOTYPE'
* EXPORTING
* pernr = p_pernr
* infty = '2001'
* TABLES
* infty_tab = p2001
* EXCEPTIONS
* INFTY_NOT_FOUND = 1
* OTHERS = 2
* .
*IF sy-subrc <> 0.
** Implement suitable error handling here
*ENDIF.
*
CALL FUNCTION 'HR_READ_INFOTYPE'
EXPORTING
pernr = p_pernr
infty = '2002'
TABLES
infty_tab = p2002
EXCEPTIONS
infty_not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
* Implement suitable error handling here
ENDIF.
*CALL FUNCTION 'HR_READ_INFOTYPE'
* EXPORTING
* pernr = p_pernr
* infty = '2003'
* TABLES
* infty_tab = p2003
* EXCEPTIONS
* INFTY_NOT_FOUND = 1
* OTHERS = 2
* .
*IF sy-subrc <> 0.
** Implement suitable error handling here
*ENDIF.
DATA c_6(6) VALUE ' '.
p_beguz = c_6.
p_enduz = c_6.
CALL FUNCTION 'HR_ABS_ATT_TIMES_AT_ENTRY'
EXPORTING
pernr = p_pernr
awart = p_subty
begda = p_begda
endda = p_endda
IMPORTING
abwtg = p_abwtg
abrtg = p_abrtg "Días de Nómina
abrst = p_abrst
kaltg = p_kaltg
hrsif = p_hrsif
alldf = p_alldf
error_wo_exception = error_wo_exception
TABLES
m0000 = p0000
m0001 = p0001
m0002 = p0002
m0007 = p0007
m2001 = p2001
m2002 = p2002
m2003 = p2003
times_per_day = tpd
CHANGING
beguz = p_beguz
enduz = p_enduz
vtken = p_vtken
stdaz = p_stdaz
breaks = p_breaks "YMMPH0K000026
EXCEPTIONS ##FM_SUBRC_OK
it0001_missing = 1
customizing_error = 2
error_occurred = 3 "YAYP40K054237
end_before_begin = 4. "YAYP40K054237
* others = 5.
IF sy-subrc <> 0.
ENDIF.
ENDFORM.
