I am currently trying to program a function module which should, in theory, output a custom table like T052, but with an additional field Z_TEXTLONG, which explains the details of the chosen ZTERM, akin to the text in FI_F4_ZTERM's popup. Here's what I tried:
LOOP AT T_ZBEDS ASSIGNING FIELD-SYMBOL(<line>).
CALL FUNCTION 'FI_F4_ZTERM'
EXPORTING
I_KOART = 'K'
I_ZTERM = <line>-zterm
I_XSHOW = ''
I_ZTYPE = ''
I_NO_POPUP = 'X'
IMPORTING
E_ZTERM = v_text
EXCEPTIONS
NOTHING_FOUND = 1
OTHERS = 2.
WRITE v_text TO <line>-Z_TEXTLONG.
From what I gathered, this does not work due to FI_F4_ZTERM writing the list it returns into E_ZTERM, not a single value, which would be what I need. I am a bit lost as to what I should do next. I tried looking into how exactly FI_F4_ZTERM generates these texts or where it calls them from, but I was not successful. Currently, I am trying to maybe get this text from V_T052, but that does not work either. I would be thankful for any suggestions.
Try function FI_TEXT_ZTERM, it has single import parameter I_T052
why not just call CALL FUNCTION 'FI_F4_ZTERM'
with I_NO_POPUP = 'X'
importing
ET_ZTERM = lt_zterm.
you get the list of payment terms and their texts.
Then in the loop read it from the table of payment terms.
LOOP AT T_ZBEDS ASSIGNING FIELD-SYMBOL(<line>).
read table lt_zterm assigning <term>
with key ZTERM = <line>-zterm.
ENDLOOP.
Related
I want to send the spool generated by a Smart Form, by email as attachment in TXT format.
The issue is to get the spool in a TXT format, without technical stuff, just the characters in the form.
I have used the function module RSPO_RETURN_SPOOLJOB for getting it, but it returns a technical format like this:
//XHPLJIIID 0700 00000+00000+
IN01ES_CA930_DEMO_3 FIRST
OPINCH12 P 144 240 1728020160000010000100001
IN02MAIN
MT0100808400
CP11000000E
FCCOURIER 120 00144 SF001SF001110000144E
UL +0000000000000
ST0201614Dear Customer,
MT0214209000
ST0864060We would like to take this opportunity to confirm the flight
MT0100809360
ST0763253reservations listed below. Thank you for your custom.
...
I want something as follows, without the technical stuff:
Dear Customer,
We would like to take this opportunity to confirm the flight
reservations listed below. Thank you for your custom.
...
This is the code I have used :
PARAMETERS spoolnum type TSP01-RQIDENT.
DATA spool_contents type soli_tab.
CALL FUNCTION 'RSPO_RETURN_SPOOLJOB'
exporting
rqident = spoolnum
tables
buffer = spool_contents
exceptions
others = 1.
If the parameter DESIRED_TYPE is not passed or has the value 'OTF', and the spool is of type SAPscript/Smart Form, the function module returns the technical format you have experienced.
Instead, you should use the parameter DESIRED_TYPE = 'RAW' so that all the technical stuff is interpreted and the form is returned as text, the way you request, as follows :
CALL FUNCTION 'RSPO_RETURN_SPOOLJOB'
exporting
rqident = spoolnum
desired_type = 'RAW'
tables
buffer = spool_contents
exceptions
others = 1.
I don't have any developer rights in my SAP-System but I found a way to write some ABAP-Code in a tiny "User-Exit" box (I don't know if that's what you call it) inside a report.
I'm trying to submit a HR-Report and plug it's outcoming PERNR into that same report again.
There's a syntax-error that is telling me that t_list doesn't have a component with the Name PERNR.
What do I have to do in order to get this to work?
DATA: t_list TYPE TABLE OF abaplist WITH HEADER LINE,
seltab TYPE TABLE OF rsparams,
selline LIKE LINE OF seltab.
*I found out that the name of the selection field in the Report-GUI is "PNPPERNR" and tested it
selline-selname = 'PNPPERNR'.
selline-sign = 'I'.
selline-option = 'EQ'.
SUBMIT Y5000112
USING SELECTION-SET 'V1_TEST'
EXPORTING LIST TO MEMORY
AND RETURN.
CALL FUNCTION 'LIST_FROM_MEMORY'
TABLES
listobject = t_list
EXCEPTIONS
not_found = 1
OTHERS = 2.
IF sy-subrc <> 0.
WRITE 'Unable to get list from memory'.
ELSE.
LOOP AT t_list.
*The Problem is here: how do I get the pnppernr out of t_list, it's the first column of the report output
selline-low = t_list-pernr.
append selline to seltab.
ENDLOOP.
SUBMIT Y5000112
WITH SELECTION-TABLE seltab
USING SELECTION-SET 'V2_TEST'
AND RETURN.
ENDIF.
Use the function module LIST_TO_ASCI to decode the contents of t_list into something readable. This answer contains some sample code including the data types required. At this point, the data you're looking for will probably occur at the same column range in the output. Use the standard substring access methods - e. g. line+42(21) to obtain the part of the line you need.
The vwegert's answer is more than useful! In my previous answer I forgot to mention LIST_TO_ASCI FM :)
The only thing I can add is that parsing of result lines has no universal solution and greatly depends on its structure. Usually it is done like:
LOOP AT t_list.
SPLIT t_list AT '|' INTO <required_structure>.
selline-low = <required_structure>-pernr.
APPEND selline TO seltab.
ENDLOOP.
where <`required_structure> is your Y5000112 output structure. But this may be not so simple and may require additional manipulations.
I need to track down where within a large number of custom sapscripts and smartforms a specific standard text (SO10) is being used.
Apart from the equivalent of "check the code for each print script", I've not found a workable solution online. Any suggestions?
After posting, I found a partial solution. The code below will search for a standard text within sapscripts, but not smartforms.
PARAMETERS: p_sttxt LIKE stxh-tdname.
DATA: BEGIN OF t_stxh OCCURS 0,
tdname LIKE stxh-tdname,
tdspras LIKE stxh-tdspras,
END OF t_stxh.
DATA t_lines LIKE tline OCCURS 0 WITH HEADER LINE.
SELECT tdname tdspras FROM stxh INTO TABLE t_stxh
WHERE tdobject = 'FORM'
AND tdid = 'TXT'
AND tdspras = 'E'.
LOOP AT t_stxh.
REFRESH t_lines.
CALL FUNCTION 'READ_TEXT'
EXPORTING
* CLIENT = SY-MANDT
id = 'TXT'
language = t_stxh-tdspras
name = t_stxh-tdname
object = 'FORM'
TABLES
lines = t_lines
EXCEPTIONS
id = 0
language = 0
name = 0
not_found = 0
object = 0
reference_check = 0
wrong_access_to_archive = 0
OTHERS = 0 .
SEARCH t_lines FOR p_sttxt.
IF sy-subrc EQ 0.
WRITE:/ t_stxh-tdname, t_stxh-tdspras.
ENDIF.
ENDLOOP.
This is a (fixed) version of the code found here: http://scn.sap.com/thread/179142
What concerns SmartForms, you cannot. You cannot just find it like you want it.
Unfortunately, in such ̶g̶o̶o̶d̶ ̶o̶l̶'̶ legacy technology as SmartForms everything is working legacy way, and standard texts are simply hard-coded. Yes, it looks awkward but they are really hard-coded, and these names are written out to SmartForm FM code every time it is re-generated.
So the only workaround here is to analyze the code.
Find all FMs for existing Smart Forms in system
There is a D010INC table containing all forms with their includes. The main point here is that all SmartForm FMs start with /1BCDWB/ prefix.
The main logic is in the includes, so we need to find correspondent INCLUDE for the target form.
Fetch SF include source code
It can be done in a several ways: via CL_RECA_RS_SERVICES class, via table REPOSRC, but the simplest way is ABAP statement READ REPORT.
Search SO10 text element name in the source code
Get Smart Form names for the FMs from hit list. It can be done via STXFADMI table, like in below snippet, but the more correct way is SSF_FUNCTION_MODULE_NAME FM
Bingo!
Sample solution could look like this:
DATA: lt_source TYPE TABLE OF string,
lt_smartforms TYPE TABLE OF d010inc,
so_text TYPE char50,
fs_form TYPE string,
used_in TYPE TABLE OF string,
len TYPE i.
* populating the list of SmartForm FMs
SELECT * FROM d010inc AS d
INTO TABLE lt_smartforms
WHERE master LIKE '/1BCDWB/%'
AND include LIKE '/1BCDWB/%'.
so_text = '85XX_FOOTER'. " <- our SO10 text element name
LOOP AT lt_smartforms ASSIGNING FIELD-SYMBOL(<fs_fm_name>).
* reading FM source code
READ REPORT <fs_fm_name>-include INTO lt_source.
* checking if SO11 exists in source code
FIND FIRST OCCURRENCE OF so_text IN TABLE lt_source.
IF sy-subrc = 0.
len = strlen( <fs_fm_name>-include ) - 7.
* searching for SmartForm related to the target FM
SELECT SINGLE formname
FROM stxfadmi
INTO fs_form
WHERE fmnumb = <fs_fm_name>-include+len(4).
IF sy-subrc = 0.
APPEND fs_form TO used_in.
ENDIF.
ENDIF.
ENDLOOP.
Yes, it is junky, not elegant and awkward, but who said it should be so?
i would like to read some images with scilab and i use the function imread like this
im01=imread('kodim01t.jpg');
im02=imread('kodim02t.jpg');
im03=imread('kodim03t.jpg');
im04=imread('kodim04t.jpg');
im05=imread('kodim05t.jpg');
im06=imread('kodim06t.jpg');
im07=imread('kodim07t.jpg');
im08=imread('kodim08t.jpg');
im09=imread('kodim09t.jpg');
im10=imread('kodim10t.jpg');
i would like to know if there is a way to do something like below in order to optimize the
for i = 1:5
im&i=imread('kodim0&i.jpg');
end
thanks in advance
I see two possible solutions using execstr or using some kind of list/matrix
Execstr
First create a string of the command to execute with msprintf and then execute this with execstr. Note that in the msprintf conversion the right amount of leading zeros are inserted by %0d format specifier descbribed here.
for i = 1:5
cmd=msprintf('im%d=imread(\'kodim%02d.jpg\');', i, i);
execstr(cmd);
end
List/Matrix
This is probably the more intuitive option using a indexable container such as list.
// This list could be generated using msprintf from example above
file_names_list = list("kodim01t.jpg", "kodim02t.jpg" ,"kodim03t.jpg");
// Create empty list to contain images
opened_images = list();
for i=1:length(file_names_list)
// Open image and insert it at end of list
opened_images($+1) = imread(file_names_list[i]);
end
I have problems to read the error codes and corresponding messages of SCI message classes.
Is there an way to easy access those?
I'm using "Praxishandbuch SAP Code Inspector" as a reference, but in that regard it is of no help.
I looked in Se11 but the information to the messages isn't helpful.
Has someone an approch to build such a table?
You can try this, perhaps it will work for you. I use the code below to get the access to all the errors found by Code Inspector for particular user(s):
data: ref_inspec_a type ref to cl_ci_inspection.
ref_inspec_a = cl_ci_inspection=>get_ref(
p_user = pa_iuser
p_name = pa_inam
p_vers = pa_ivers ).
data: ls_resp type scir_resp,
lt_resp type scit_resp.
clear: ls_resp, lt_resp.
ls_resp-sign = 'I'.
ls_resp-option = 'EQ'.
ls_resp-low = pa_fuser.
insert ls_resp into table lt_resp.
call method ref_inspec_a->get_results
exporting
p_responsibl = lt_resp
exceptions
insp_not_yet_executed = 1
overflow = 2
others = 3.
Playing around with LT_RESP you can get results for more users at the same time.
After you execute the code above, you can check the attributes SCIRESTPS and SCIRESTHD of the object REF_INSPEC_A. These are the large tables, which contain the result data of the SCI check. You can either work with them on your own, or you can simply pass the object REF_INSPEC_A into the function module SCI_SHOW_RESULTS to get regular SCI user interface.
I found out that you can get all the changeable messages (found in SCI GoTo/Management Of/ Message Priorities) can be read from the scimessages attribute of the test classes.
With this help you can get about 60% of all errors.