I'm not sure which classication object type you are working with. However I have done this before with Class Type 022 (Batch Classification). Before I load the inventory with BAPI_GOODSMVT_CREATE, I create the batches and then create the classification values using BAPI_OBJCL_CREATE_KEY. This is a generic BAPI for working with Classification and not specific to any one class type. This might help you with what you are doing. The following is a little code sample. I first have to lookup what class is attached to my material for class type 022 (I have two different possible classes). I then create my Key for the classification object. I can then fill my characteristics/values and write them into the classification.
method keps_create_batch_class.
types: begin of t_batch,
pack_id type zzem_matdoc_label_serial,
matnr type matnr,
batch type charg_d,
l_batch type zzem_legacy_batch_or_date_code,
mfrpn type mfrpn,
lifnr type lifnr,
end of t_batch.
data: ibatch type table of t_batch.
field-symbols: <wa_batch> like line of ibatch.
select pack_id matnr batch l_batch mfrpn lifnr from zem_keps_inv
into table ibatch
where werks = me->werks
and lgnum = me->lgnum
and batch is not null.
data: batch_active type xchpf.
data: alloclist type table of bapi1003_alloc_list.
field-symbols: <wa_class> like line of alloclist.
data: objnum type objnum.
data: return type table of bapiret2.
field-symbols: <wa_return> like line of return.
data: guid type bapi1003_key-object_guid.
data: value_num type table of bapi1003_alloc_values_num.
field-symbols <wa_value_num> like line of value_num.
data: value_char type table of bapi1003_alloc_values_char.
field-symbols: <wa_value_char> like line of value_char.
data: ampl_size type i.
loop at ibatch assigning <wa_batch>.
clear batch_active.
select single xchpf from marc
into batch_active
where matnr = <wa_batch>-matnr
and werks = me->werks.
check batch_active = 'X'.
clear alloclist.
objnum = <wa_batch>-matnr.
call function 'BAPI_OBJCL_GETCLASSES'
exporting
objectkey_imp = objnum
objecttable_imp = 'MARA'
classtype_imp = '022'
tables
alloclist = alloclist
return = return.
if alloclist[] is initial.
write: / 'No Class Allocation for Material: ',
<wa_batch>-matnr, <wa_batch>-pack_id.
continue.
endif.
data: objectname type bapi1003_key-object.
move <wa_batch>-matnr to objectname.
move me->werks to objectname+18(4).
move <wa_batch>-batch to objectname+22(10).
clear guid.
call function 'BAPI_OBJCL_GET_KEY_OF_OBJECT'
exporting
objectname = objectname
objecttable = 'MCHA'
classtype = '022'
create_missing_key = 'X'
importing
clobjectkeyout = guid
tables
return = return.
call function 'BAPI_TRANSACTION_COMMIT'
exporting
wait = 'X'.
if guid is initial.
write: / 'Error Reading Object Key for Material: ',
<wa_batch>-matnr, <wa_batch>-pack_id.
continue.
endif.
read table alloclist assigning <wa_class>
index 1.
clear: value_num, value_char.
if <wa_class>-classnum = 'MFR_LOT_DATA'.
append initial line to value_char.
read table value_char assigning <wa_value_char>
index sy-tabix.
move 'MANUFACTURER_LOT_NUMBER' to <wa_value_char>-charact.
move <wa_batch>-l_batch to <wa_value_char>-value_char.
append initial line to value_char.
read table value_char assigning <wa_value_char>
index sy-tabix.
move 'MANUFACTURER_NUMBER' to <wa_value_char>-charact.
move <wa_batch>-lifnr to <wa_value_char>-value_char.
append initial line to value_char.
read table value_char assigning <wa_value_char>
index sy-tabix.
move 'MANUFACTURER_DATE_CODE' to <wa_value_char>-charact.
move 'LEGACY' to <wa_value_char>-value_char.
append initial line to value_char.
read table value_char assigning <wa_value_char>
index sy-tabix.
move 'MANUFACTURER_NAME' to <wa_value_char>-charact.
select single name1 from lfa1 into <wa_value_char>-value_char
where lifnr = <wa_batch>-lifnr.
clear ampl_size.
ampl_size = strlen( <wa_batch>-mfrpn ).
append initial line to value_char.
read table value_char assigning <wa_value_char>
index sy-tabix.
move 'MFR_NUMBER_AMPL' to <wa_value_char>-charact.
move <wa_batch>-mfrpn to <wa_value_char>-value_char.
if ampl_size > 30.
append initial line to value_char.
read table value_char assigning <wa_value_char>
index sy-tabix.
move 'MFR_NUMBER_AMPL2' to <wa_value_char>-charact.
move <wa_batch>-mfrpn+30 to <wa_value_char>-value_char.
endif.
elseif <wa_class>-classnum = 'ASSEMBLY_BATCH'.
else.
write: / 'Unknown Class Allocation for Material: ',
<wa_batch>-matnr, <wa_batch>-pack_id,
<wa_class>-classnum.
continue.
endif.
call function 'BAPI_OBJCL_CREATE_KEY'
exporting
clobjectkey_new = guid
classnum_new = <wa_class>-classnum
tables
allocvaluesnum = value_num
allocvalueschar = value_char
return = return.
loop at return assigning <wa_return>.
if <wa_return>-type = 'E'.
write: / <wa_batch>-matnr, <wa_batch>-batch,
<wa_return>-message.
endif.
endloop.
call function 'BAPI_TRANSACTION_COMMIT'
exporting
wait = 'X'.
endloop.
endmethod.
- SAP Managed Tags:
What code are you looking for. I gave my whole sample on creating my classification. What other parts are you looking for? My entire application is spread across several programs and an ABAP OO Class. The whole thing would be much too large to post here.
- SAP Managed Tags:
Well I already posted all the code for creating the classification. This classification is then stored as part of the Batch. Notice that I supplied the Material, Plant and Batch Number when I generated the Classification Key.
Maybe a little information on the whole application is in order. This is a data migration application. The legacy system sends me a file with inventory (by serial number). This data contains the external batch number (and the data I need to create my classification). I store all of this information in a Z-Table. I then create new SAP batches and assign the classification values to it. The user then has a RF transaction in which they scan the inventory on the floor. At this time we post the inventory and assign the batch to it.
Now the following is the code that I use to create my Batches.
method keps_create_batches.
types: begin of t_batch,
pack_id type zzem_matdoc_label_serial,
matnr type matnr,
lwedt type lwedt,
mhd_io type mhd_io,
iprkz type dattp,
l_batch type zzem_legacy_batch_or_date_code,
lifnr type lifnr,
end of t_batch.
data: ibatch type table of t_batch.
field-symbols: <wa_batch> like line of ibatch.
select pack_id matnr lwedt mhd_io iprkz l_batch lifnr
from zem_keps_inv
into table ibatch
where werks = me->werks
and lgnum = me->lgnum
and l_batch is not null.
data: batch_active type xchpf.
data: n_batch type charg_d.
data: attrib type bapibatchatt.
data: batch type charg_d.
data: return type table of bapiret2.
field-symbols: <wa_return> like line of return.
data: r_batch type range of charg_d.
field-symbols: <wa_rbatch> like line of r_batch.
append initial line to r_batch.
read table r_batch assigning <wa_rbatch>
index sy-tabix.
<wa_rbatch>-sign = 'I'.
<wa_rbatch>-option = 'NE'.
loop at ibatch assigning <wa_batch>.
clear batch_active.
select single xchpf from marc
into batch_active
where matnr = <wa_batch>-matnr
and werks = me->werks.
check batch_active = 'X'.
clear n_batch.
select single batch from zem_keps_inv
into n_batch
where
pack_id ne <wa_batch>-pack_id
and werks = me->werks
and lgnum = me->lgnum
and matnr = <wa_batch>-matnr
and lwedt = <wa_batch>-lwedt
and mhd_io = <wa_batch>-mhd_io
and iprkz = <wa_batch>-iprkz
and l_batch = <wa_batch>-l_batch
and lifnr = <wa_batch>-lifnr
and batch in r_batch.
if sy-subrc = 0.
update zem_keps_inv set batch = n_batch
where pack_id = <wa_batch>-pack_id.
else.
clear attrib.
if <wa_batch>-mhd_io is initial.
else.
attrib-expirydate = <wa_batch>-mhd_io.
endif.
if <wa_batch>-lwedt is initial.
else.
attrib-lastgrdate = <wa_batch>-lwedt.
endif.
clear batch.
call function 'BAPI_BATCH_CREATE'
exporting
material = <wa_batch>-matnr
plant = me->werks
batchattributes = attrib
importing
batch = batch
tables
return = return.
if not batch is initial.
update zem_keps_inv set batch = batch
where pack_id = <wa_batch>-pack_id.
else.
write: / 'Error creating Batch for Package ID: ',
<wa_batch>-pack_id.
loop at return assigning <wa_return>.
write: /5 <wa_return>-message.
endloop.
endif.
endif.
endloop.
endmethod.
Finally this is the code that I use to post my inventory.
****BAPI Structures
data: gm_head type bapi2017_gm_head_01 .
data: gm_code type bapi2017_gm_code .
data: l_lenum type lenum.
****BAPI Item Table
data: gm_item type bapi2017_gm_item_create occurs 0 with header line.
****BAPI Return - Error Table
data: ireturn type bapiret2 occurs 0 with header line.
****BAPI Error Flag
data: bapi_error(1) type c.
move zem_keps_inv-lgpla to
zem_rf_errors-lgpbe.
clear zem_keps_inv.
select single * from zem_keps_inv
where pack_id = zem_stor_loc_to_stor_loc-pack_id.
move zem_rf_errors-lgpbe to zem_keps_inv-lgpla.
****Set the transaction dates off of the system date.
move sy-datum to
gm_head-pstng_date.
move zem_keps_inv-lwedt to
gm_head-doc_date.
****Set the transaction code type
move '04' to gm_code-gm_code.
****Move screen values into the BAPI structures
move zem_keps_inv-matnr to gm_item-material.
move zem_keps_inv-matnr to zem_rf_errors-matnr.
move zem_keps_inv-werks to gm_item-plant.
move zem_keps_inv-werks to zem_rf_errors-werks.
move zem_keps_inv-quantity to gm_item-entry_qnt.
move zem_keps_inv-quantity to zem_rf_errors-entry_qnt.
move movement_type to gm_item-move_type.
move movement_type to zem_rf_errors-move_type.
move zem_keps_inv-lgort
to gm_item-stge_loc.
move zem_keps_inv-lgort
to zem_rf_errors-move_stloc.
clear lagp.
select single lgtyp from lagp into lagp-lgtyp
where lgnum = wa_lgnum
and lgpla = zem_keps_inv-lgpla.
move lagp-lgtyp to zem_keps_inv-lgtyp.
move zem_keps_inv-batch to gm_item-batch.
append gm_item.
****Call the Goods Movement BAPI
call function 'BAPI_GOODSMVT_CREATE'
exporting
goodsmvt_header = gm_head
goodsmvt_code = gm_code
importing
materialdocument = zem_keps_inv-mblnr
matdocumentyear = zem_keps_inv-mjahr
tables
goodsmvt_item = gm_item
return = ireturn.
****Read the return structure from the BAPI and check for Error
****condition
loop at ireturn.
if ireturn-type = 'E' or
ireturn-type = 'A'.
move 'X' to bapi_error.
endif.
endloop.
Some of this code is still taken out of context from the larger application, but it does show how I interact with all the SAP BAPIs.
- SAP Managed Tags:
