Core Abap Notes With Programs

7/30/2019 Core Abap Notes With Programs

1/294

1 | P a g e S a n t o s h P

INDEX..

1.WELCOME PROGRAM 1

Z9AMPROGRAM1:REPORT Z9AMPROGRAM1.

write'welcome'.

Z9AMPROGRAM2:

REPORT Z9AMPROGRAM2.

dataxtypei. "declaration

data y typei.

dataztypei.

x = 10. "initialization

y = 20.z = x + y.

write : ' a + b = ',z. "display

Z9AMPROGRAM3:


data : xtypei,

y typei,


2/294


ztypei.

x = 10.

y = 20.

z = x + y.

writez.

write : / 'sum of two numbers is ',z.

write :/ 'sum of two numbers is ',zleft-justified.

write :/ 'sum of two numbers is ',zcentered.

Z9AMPROGRAM4:


*parameters x type i.

*parameters y type i.

parameters : abc typeidefault20 ,

y typeidefault10 obligatory .

dataztypei.

z = abc + y.

writez.

Z9AMPROGRAM5:


data : xtypeivalue10,

y typeivalue20,

ztypei.

z = x + y.


3/294


writez.

x = 34.

y = 44.

z = x + y.

write / z.

constantsmtypeivalue56.

write :/ m.

*m = 57.

Z9AMPROGRAM6:


dataxtypei.

writex.

data y typec.

write :/ 'y is ',y.

y = 'Gensoft'.

write :/ y.

datam(10) typec.m = 'Gensoft systems'.

write / m.

data k type string.

k = 'Gensoft systems'.

write / k.

Z9AMPROG

RAM7:


4/294



parameters : xtypei,

y typei.

data r typei.

parameters : r1 radiobuttongroup g1,

r2 radiobuttongroup g1 ,

r3 radiobuttongroup g1 default'X',

r4 radiobuttongroup g1.

if r1 = 'X'.

r = x + y.

write :/ 'sum is ',r.

elseif r2 = 'X'.

r = x - y.

if r >= 0.

write :/ 'Difference is ',r.else.

write :/ 'Difference is -'no-gap,r no-signleft-justified.

endif.

elseif r3 = 'X'.

r = x * y.

write :/ 'Product is ',r.

elseif r4 = 'X'.

r = x / y.

write :/ 'Division is ',r.

endif.

FIRST SCREEN :ENTER INPUTS AND SELECT RADIO BUTTON AND PRESS EXECUTE

SECOND SECEND SCREEN :


5/294


Z9AMPROGRAM8:


parameters : xtypei,

y typei.

data r typei.

parameters : r1 ascheckbox,r2 ascheckbox,

r3 ascheckbox,

r4 ascheckbox.

if r1 = 'X'.

r = x + y.


endif.

if r2 = 'X'.

r = x - y.

if r >= 0.

write :/ 'Difference is ',r.else.

write :/ 'Difference is -'no-gap,r no-signleft-justified.

endif.

endif.

if r3 = 'X'.

r = x * y.

write :/ 'Product is ',r.

endif.

if r4 = 'X'.

r = x / y.


endif.

FIRST SCREEN: ENTER THE VALUES AND AND TICK THE CHECK BOXES AND PRESS EXECUTE


6/294


ECEND SCREEN: OUTPUT

Z9AMPROGRAM9:


parametersxtypeidefault7.

data : y typeivalue1,

ztypei.

while y le10.

if y ne4.

z = x * y.

write :/ x,'*',y,'=',z.

endif.

y = y + 1.endwhile.

FIRST SCREEN:


7/294


SECEND SCREEN: OUTPUT

Z9AMPROGRAM10:




ztypei.

while y le10.

if y eq4.

y = y + 1.

continue.

endif.

z = x * y.

write :/ x,'*',y,'=',z.y = y + 1.

endwhile.

FIRST SCREEN:


8/294


SECEND SCREEN:

Z9AMPROGRAM11:




ztypei.

while y le10.

if y eq4.

exit.

endif.

z = x * y.

write :/ x,'*',y,'=',z.y = y + 1.

endwhile.

write :/ 'end of program'.

FIRST SCREEN:


9/294


SECEND SCREEN:

Z9AMPROGRAM12:

REPORT Z9AMPROGRAM12 nostandardpage heading.

write :/ 'hello'.

exit.

write :/ 'welcome'.

write :/ 'bye'.

Z9AMPROGRAM13:



y typei.

write :/ 'x is ',x,

/ 'y is ',y.


10/294


y = x.

write :/ 'x is ',x,

/ 'y is ',y.

x = 20.

write :/ 'x is ',x,

/ 'y is ',y.

Z9AMPROGRAM14:


DATA : xtypeivalue10.

field-symbols .

= x.

PROGRAM WILL BE TERMINATED:THERE IS NO ASIGN KEY WORD SO I LEADS TO RUN TIME ERROR.

Z9AMPROGRAM15:



11/294


data : xtypeivalue10.

field-symbols .

assignxto .

write :/ 'x is ',x,

/ ' is ',.

x = 20.

write :/ 'x is ',x,

/ ' is ',.

= 30.

write :/ 'x is ',x,

/ ' is ',.

data y type string value'Gensoft'.assign y to .

write :/ '**************'.

write :/ 'x is ',x,

/ ' is ',,

/ 'y is ',y.

Z9AMPROGRAM16:


data xtype d value'13042011'. "DDMMYYYY


12/294


write :/ x.

x = '20110413'. "YYYYMMDD

write :/ x. "ddmmyyyy

write :/(10) x. "dd.mm.yyyy

write :/(10) xusingeditmask'__/__/____'.

data y type t value'102045'. "HHMMSS

write :/ y. "HHMMSS

write :/(8) y. "HH:MM:SS

write :/(8) y usingeditmask'__-__-__'.

write :/ 'Date is ',sy-datum,

/ 'Time is ',sy-uzeit.

Z9AMPROGRAM17:


parameters : xtypei.

write :/ 'hello'.

ifx


13/294


OUTPUT 2:

Z9AMPROGRAM18:


parameters : xtypei.

write :/ 'hello'.

checkx


14/294


write :/ 'welcome'.

write :/ 'bye'.

Z9AMPROGRAM19:


write :/ 'inside program 19'.

*submit z9amprogram20.

submit z9amprogram20 andreturn.

write :/ 'end of program 19'.

Z9AMPROGRAM20:


write :/ 'inside program20'.


15/294


Z9AMPROGRAM21:


parameters : p_x typei,

p_y typei.

export p_x tomemoryid'ABC'.

export p_y tomemoryid'PQR'.submit z9amprogram22.

Z9AMPROGRAM22:


data : k typei,

p_x typei,

p_y typei.

import p_x frommemoryid'ABC'(001).


16/294


import p_y frommemoryid'PQR'.

k = p_x + p_y.

write :/ 'sum is ',k.

Z9AMPROGRAM23:


parameters : str type string.

data k typei.

k = strlen( str ).

write :/ 'length of string is ',k.


data : str1 type string value'Gensoft',

str2 type string value'Systems',

str type string.


17/294


write :/ 'str is ',str.

concatenate str1 str2 into str.


str = ' '.


concatenate str1 str2 into str separatedby' '.


Z9AMPROGRAM25:


data : str type string

value'Genesis,Software,Systems',

str1 type string,

str2 type string,

str3 type string.

write :/ 'str1 is ',str1,

/ 'str2 is ',str2,

/ 'str3 is ',str3.

write :/ '********************'.

split str at','into str1 str2.


/ 'str2 is ',str2,

/ 'str3 is ',str3.

write :/ '********************'.

clear : str1,str2,str3.write :/ 'str1 is ',str1,

/ 'str2 is ',str2,

/ 'str3 is ',str3.

write :/ '********************'.

split str at','into str1 str2 str3.



18/294


/ 'str2 is ',str2,

/ 'str3 is ',str3.

Z9AMPROGRAM26:


data : str type string value'GenSoft'.

write :/ str.translate str tolowercase.

write :/ str.

translate str touppercase.

write :/ str.

Z9AMPROGRAM27:


19/294



data : str1 type string

value'Wipro Technologies',

str2 type string

value'Genesis software Systems'.


/ 'str2 is ',str2.

write :/ '*****************'.

overlay str2 with str1.


/ 'str2 is ',str2.

Z9AMPROGRAM28:


data : str1 type string

value'Gensoft Systems'.

write :/ 'str1 is ',str1.

write :/ '***************'.

replace's'in str1 with'k'.


write :/ '***************'.

str1 = 'Gensoft Systems'.write :/ str1.

write :/ '***************'.

replacealloccurrencesof's'in str1 with'k'.

write :/ str1.


20/294


write :/ '***************'.

str1 = 'Gensoft Systems'.

write :/ str1.

write :/ '***************'.

replacealloccurrencesof's'in str1 with'k'

ignoring case.

write :/ str1.

Z9AMPROGRAM29:


data : str1 type string value'Genesis',

str2 type string.


/ 'str2 is ',str2.

transfer str1 to str2.


/ 'str2 is ',str2.

RUN TIME ERROR:


21/294


Z9AMPROGRAM30:


data : str type string value'Gensoft Systems'.


condense str no-gaps.


Z9AMPROGRAM31:


data : str1 type string value'Gensoft Systems',

str2 type string.


22/294



write :/ '******************'.

str2 = str1+2(7).


Z9AMPROGRAM32:


data : cust(2) typecvalue'01'.

write :/ 'cust is ',cust.

data : cust1(3) typec.

concatenate'c' cust+1(1) into cust1.

write :/ 'cust1 is ',cust1.

Z9AMPROGRAM33:


parameters : str type string lowercase.

write :/ str.


23/294


Z9AMPROGRAM34:


data : beginof emp,

empno typei,

ename(20) typec,

endof emp.

write :/ emp-empno,

emp-ename.

emp-empno = 1.

emp-ename = 'abc'.

write :/ '************'.

write :/ emp-empno,

emp-ename.

data : emp1 like emp.

write :/ 'EMP1 structure....'.

write :/ emp1-empno,

emp1-ename.

emp1 = emp.

write :/ 'EMP1 structure after assignment....'.


emp1-ename.

clear emp1.

write :/ 'EMP1 structure after clear....'.


24/294



emp1-ename.

move emp to emp1.

write :/ 'EMP1 structure after move....'.


emp1-ename.

Z9AMPROGRAM35:


data : beginof emp,

empno typei,

ename(20) typec,

endof emp.

emp-empno = 1.

emp-ename = 'abc'.

write :/ 'EMP structure'.

write :/ emp-empno,

emp-ename.

data : beginof dept,deptno typei,

dname(30) typec,

loc(30) typec,

endof dept.

move emp to dept.


25/294


write :/ 'DEPT structure....'.

write :/ dept-deptno,

dept-dname,

dept-loc.

Z9AMPROGRAM36:


data : beginof emp,

ename(20) typec,

empno typei,

endof emp.

emp-empno = 1.

emp-ename = 'abc'.


write :/ emp-empno,emp-ename.

*

data : beginof dept,

deptno typei,

dname(30) typec,

loc(30) typec,

endof dept.

move emp to dept.

write :/ 'DEPT structure....'.

write :/ dept-deptno,

dept-dname,dept-loc.


26/294


Z9AMPROGRAM37:


data : beginof emp,

empno typei,

ename(20) typec,

endof emp.

emp-empno = 1.

emp-ename = 'raju'.


write :/ emp-empno,

emp-ename.

data : beginof emp1,

ename(20) typec,

desig(20) typec,

empno typei,

endof emp1.

move-corresponding emp to emp1.

write :/ 'EMP1 structure'.

write :/ 'Ename is ',emp1-ename,

/ 'Desig is ',emp1-desig,

/ 'empno is ',emp1-empno.


27/294


Z9AMPROGRAM38:


data : beginof emp,

empno(3) typec,

ename(20) typec,

endof emp.

emp-empno = 'a11'.

emp-ename = 'raju'.


write :/ emp-empno,

emp-ename.

data : beginof emp1,

ename(20) typec,

desig(20) typec,

empno typei,

endof emp1.

move-corresponding emp to emp1.

write :/ 'EMP1 structure'.

write :/ 'Ename is ',emp1-ename,

/ 'Desig is ',emp1-desig,

/ 'empno is ',emp1-empno.


28/294


Z9AMPROGRAM39:


data : beginof emp,

empno typei,

ename(20) typec,

beginof dept,

deptno typei,

dname(20) typec,

endof dept,

desig(30) typec,

endof emp.

emp-empno = 1.

emp-ename = 'raju'.

emp-dept-deptno = 10.

emp-dept-dname = 'Sales'.

emp-desig = 'Manager'.

write : emp-empno,

emp-ename,

emp-dept-deptno,

emp-dept-dname,

emp-desig.


29/294


Z9AMPROGRAM40:


data : beginof dept,

deptno typei,

dname(20) typec,

endof dept.

data : beginof emp,

empno typei,

ename(20) typec.

includestructure dept.

data : desig(30) typec,

endof emp.

emp-empno = 1.

emp-ename = 'raju'.

emp-deptno = 10.

emp-dname = 'sales'.

emp-desig = 'director'.

write : / emp-empno,

emp-ename,

emp-deptno,

emp-dname,

emp-desig.

Z9AMPROGRAM41:


30/294



data : beginof emp occurs0,

empno typei,

ename(20) typec,

endof emp.

write :/ 'Header area'.

write :/ emp-empno,

emp-ename.

emp-empno = 3.

emp-ename = 'raju'.

write :/ 'Header area'.

write :/ emp-empno,

emp-ename.

append emp.

emp-empno = 5.

emp-ename = 'ravi'.

append emp.

emp-empno = 2.

emp-ename = 'vamshi'.

append emp.

write :/ 'Body area'.loopat emp.

write :/ emp-empno,

emp-ename.

endloop.


31/294


Z9AMPROGRAM42:



f1 typei,

f2(20) typec,

f3(30) typec,

f4 type d,

f5 type t,

endof emp.

select empno ename empdesig empjdate empjtime

from ZGENESISEMP

intotable emp.if sy-subrc eq0.

loopat emp.

write : / emp-f1,

emp-f2,

emp-f3,

emp-f4,

emp-f5.

endloop.

else.

message'No data'type'I'.

endif.


32/294


Z9AMPROGRAM43:



f1 type ZEMPNODE,

f2 type zgenesisemp-ename,

f3 type zgenesisemp-empdesig,

f4 type datum,

f5 type uzeit,

endof emp.


from ZGENESISEMP

intotable emp.

if sy-subrc eq0.

loopat emp.

write :/ emp-f1,

emp-f2,

emp-f3,

emp-f4,emp-f5.

endloop.

else.


endif.


33/294


Z9AMPROGRAM44:



empno type ZEMPNODE,

ename type zgenesisemp-ename,

empdesig type zgenesisemp-empdesig,empjdate type datum,

empjtime type uzeit,

endof emp.


from ZGENESISEMP

intotable emp.

if sy-subrc eq0.

loopat emp.

write :/ emp-empno,

emp-ename,

emp-empdesig,emp-empjdate,

emp-empjtime.

endloop.

else.


endif.


34/294


Z9AMPROGRAM45:



mandt type mandt,

empno type ZEMPNODE,

ename type zgenesisemp-ename,

empdesig type zgenesisemp-empdesig,

empjdate type datum,

empjtime type uzeit,

endof emp.

select *

from ZGENESISEMP

intotable emp.

if sy-subrc eq0.

loopat emp.

write :/ emp-mandt,

emp-empno,

emp-ename,

emp-empdesig,

emp-empjdate,

emp-empjtime.

endloop.

else.


endif.


35/294


Z9AMPROGRAM46:


data : beginof emp occurs0.

includestructure zgenesisemp.

data endof emp.

select *

from ZGENESISEMP

intotable emp.if sy-subrc eq0.

loopat emp.

write :/ emp-mandt,

emp-empno,

emp-ename,

emp-empdesig,

emp-empjdate,

emp-empjtime.

endloop.

else.


endif.


36/294


Z9AMPROGRAM47:


data : beginof emp occurs0.


data endof emp.

select empno ename

from ZGENESISEMP

into CORRESPONDING FIELDSOFTABLE emp.

if sy-subrc eq0.

loopat emp.

write :/ emp-empno,

emp-ename.

endloop.

else.


endif.


37/294


Z9AMPROGRAM48:


*parameters : p_x(3) type c.

*parameters : p_x type kna1-land1.

parameters : p_land1 type kna1-land1.

data : lt_kna1 like kna1 occurs0withheaderline.

select kunnr land1 name1

from kna1

into corresponding fieldsoftable lt_kna1

where land1 = p_land1.

if sy-subrc eq0.

write :/ 'No of records before describe:',sy-tfill.

describetable lt_kna1.

write :/ 'No of records after describe:',sy-tfill.

else.

write :/ 'No data'.

endif.


38/294


Z9AMPROGRAM49:



data : lt_kna1 like kna1 occurs0.


from kna1



if sy-subrc eq0.

loopat lt_kna1.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM50:




*data : begin of wa_kna1.

* include structure kna1.


39/294


*data : end of wa_kna1.

data : wa_kna1 like kna1.


from kna1



if sy-subrc eq0.

loopat lt_kna1 into wa_kna1.

write :/ wa_kna1-kunnr,

wa_kna1-land1,

wa_kna1-name1.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM51:


tables : kna1.


40/294




**field-symbols like line of lt_kna1.

field-symbols type kna1.


from kna1



if sy-subrc eq0.

loopat lt_kna1 assigning .

write :/ -kunnr,

-land1,

-name1.

endloop.

else.write :/ 'No data'.

endif.


41/294


Z9AMPROGRAM52:




data : wa_kna1 like kna1.


from kna1



if sy-subrc eq0.



wa_kna1-land1,

wa_kna1-name1.

endloop.

else.

write :/ 'No data'.endif.


if wa_kna1-name1 = 'srinivas'.

wa_kna1-name1 = 'srinivas kumar'.

modify lt_kna1 from wa_kna1.

endif.


42/294


endloop.

write :/ 'Redisplay after modification'.

write :/ '*******************************'.

skip1.



wa_kna1-land1,

wa_kna1-name1.

endloop.

Z9AMPROGRAM53:




field-symbols likelineof lt_kna1.


from kna1




43/294


if sy-subrc eq0.


write :/ -kunnr,

-land1,

-name1.

endloop.

else.

write :/ 'No data'.

endif.


if -name1 = 'srinivas'.

-name1 = 'srinivas kumar'.

endif.

endloop.

write :/ 'After modification'.

write :/ '********************'.loopat lt_kna1 assigning .

write :/ -kunnr,

-land1,

-name1.

endloop.


44/294


Z9AMPROGRAM54:


tables kna1. "creates a default work area

types : beginof ty_kna1,kunnr type kna1-kunnr,

land1 type kna1-land1,

name1 type kna1-name1,


endof ty_kna1.

data : lt_kna1 typestandardtableof ty_kna1

withheaderline.

select-options : so_land1 for kna1-land1.

initialization.so_land1-low = 'AR'.

so_land1-high = 'IN'.

append so_land1.

start-of-selection.

select kunnr land1 name1 name2

from kna1

intotable lt_kna1

where land1 in so_land1.

if sy-subrc eq0.

loopat lt_kna1.

* write :/ lt_kna1.

write :/ lt_kna1-kunnr,

lt_kna1-land1,

lt_kna1-name1,

lt_kna1-name2.

endloop.

else.

write :/ 'No data'.

endif.


45/294


Z9AMPROGRAM55:



types : beginof ty_kna1,

kunnr type kna1-kunnr,




endof ty_kna1.

data : lt_kna1 typestandardtableof ty_kna1

withheaderline.


initialization.

so_land1-low = 'AR'.


so_land1-sign = 'E'.


46/294


append so_land1.

start-of-selection.


from kna1

intotable lt_kna1


if sy-subrc eq0.

loopat lt_kna1.

* write :/ lt_kna1.

write :/ lt_kna1-kunnr,

lt_kna1-land1,

lt_kna1-name1,

lt_kna1-name2.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM56:




47/294







endof ty_kna1.

data : lt_kna1 typestandardtableof ty_kna1,

ls_kna1 type ty_kna1.


initialization.



append so_land1.

start-of-selection.select kunnr land1 name1 name2

from kna1

intotable lt_kna1


if sy-subrc eq0.

loopat lt_kna1 into ls_kna1.

write :/ ls_kna1-kunnr,

ls_kna1-land1,

ls_kna1-name1,

ls_kna1-name2.

endloop.

else.write :/ 'No data'.

endif.


48/294


Z9AMPROGRAM57:








endof ty_kna1.


* ls_kna1 type ty_kna1.ls_kna1 likelineof lt_kna1.


initialization.



append so_land1.

start-of-selection.


from kna1

intotable lt_kna1


if sy-subrc eq0.



ls_kna1-land1,


49/294


ls_kna1-name1,

ls_kna1-name2.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM58:








endof ty_kna1.


gt_kna1 typestandardtableof ty_kna1,



50/294



initialization.



append so_land1.

start-of-selection.


from kna1

intotable lt_kna1


if sy-subrc eq0.


write :/ 'No of records in lt_kna1 :',sy-tfill.

else.

write :/ 'No data'.

endif.

describetable gt_kna1.

write :/ 'No of records in gt_kna1 :',sy-tfill.


append ls_kna1 to gt_kna1.

endloop.


write :/ 'No of records in gt_kna1 after copying:',sy-tfill.


51/294


Z9AMPROGRAM59:



types : beginof ty_kna1,kunnr type kna1-kunnr,




endof ty_kna1.


gt_kna1 typestandardtableof ty_kna1.

* ls_kna1 type ty_kna1.


initialization.



append so_land1.

start-of-selection.


from kna1

intotable lt_kna1


if sy-subrc eq0.



else.

write :/ 'No data'.

endif.



*gt_kna1[] = lt_kna1[].

appendlinesof lt_kna1 to gt_kna1.




52/294


Z9AMPROGRAM60:







name2 type kna1-name2,endof ty_kna1.





initialization.



append so_land1.

start-of-selection.


from kna1

intotable lt_kna1


53/294



if sy-subrc eq0.



else.

write :/ 'No data'.

endif.



appendlinesof lt_kna1 from100to200to gt_kna1.



Z9AMPROGRAM61:








endof ty_kna1.


54/294






initialization.



append so_land1.

start-of-selection.


from kna1

intotable lt_kna1


if sy-subrc eq0.describetable lt_kna1.


else.

write :/ 'No data'.

endif.



loopat lt_kna1 into ls_kna1

where land1 = 'IN'.

append ls_kna1 to gt_kna1.endloop.




55/294


Z9AMPROGRAM62:


types : beginof ty_emp.


types endof ty_emp.

data : ls_emp type ty_emp.

ls_emp-empno = 68.

ls_emp-ename = 'kiran kumar'.

*insert zgenesisemp from ls_emp.

modify zgenesisemp from ls_emp.

write :/ 'no of records affected :',sy-dbcnt.

Z9AMPROGRAM63:




types endof ty_emp.

data : lt_emp typestandardtableof ty_emp,

ls_emp type ty_emp.


56/294


ls_emp-empno = 88.

ls_emp-ename = 'vmashi'.

append ls_emp to lt_emp.

clear ls_emp.

ls_emp-empno = 89.

ls_emp-ename = 'abc'.


clear ls_emp.

ls_emp-empno = 77.

ls_emp-ename = 'vamshi kumar'.


*insert zgenesisemp from table lt_emp.

*insert zgenesisemp from table lt_emp

* accepting duplicate keys.

modify zgenesisemp fromtable lt_emp.

write :/ 'no of records affected :',sy-dbcnt.

Z9AMPROGRAM64:




types endof ty_emp.


ls_emp type ty_emp.

select * from zgenesisemp intotable lt_emp.

if sy-subrc eq0.

write :/ 'No of records retrieved :',sy-dbcnt.


57/294


readtable lt_emp into ls_emp index1.

if sy-subrc eq0.

write :/ 'Record record is ',ls_emp-empno,

ls_emp-ename.

else.

write :/ 'Read failed'.

endif.

clear ls_emp.

readtable lt_emp into ls_emp withkey empno = 88.

if sy-subrc eq0.

write :/ 'Record with empno = 88 is ',ls_emp-empno,

ls_emp-ename.

else.


endif.

uline.

* sort lt_emp by empno.sort lt_emp by empno descending.

clear ls_emp.

readtable lt_emp into ls_emp

withkey empno = 17binarysearch.

if sy-subrc eq0.


ls_emp-ename,

ls_emp-empdesig.

else.


endif.

uline.clear ls_emp.


withkey empno = '90'binarysearch

transporting ename.

if sy-subrc eq0.


ls_emp-ename,

ls_emp-empdesig.

else.


endif.

endif.


58/294


Z9AMPROGRAM65:




types endof ty_emp.


ls_emp type ty_emp.


if sy-subrc eq0.

loopat lt_emp into ls_emp.

write :/ 'Index is ',sy-tabix.

endloop.endif.


59/294


Z9AMPROGRAM66:


do10times.

write :/ 'Sy-tabix is ',sy-tabix,'sy-index is ',sy-index.

enddo.


60/294





types endof ty_emp.


ls_emp type ty_emp.


if sy-subrc eq0.loopat lt_emp into ls_emp.

write :/ ls_emp-empno,

ls_emp-ename.

endloop.

endif.

sort lt_emp by ename DESCENDING.

write :/ 'Data after sorting'.

write :/ '*****************'.



ls_emp-ename.endloop.

deleteadjacentduplicatesfrom lt_emp

comparing ename.

write :/ 'Data after Deleting adjacent duplicates'.

write :/ '*****************'.


61/294




ls_emp-ename.

endloop.

Z9AMPROGRAM68:




types endof ty_emp.


ls_emp type ty_emp.


if sy-subrc eq0.

describetable lt_emp.

write :/ 'No of records :',sy-tfill.

endif.

*clear lt_emp.

refresh lt_emp.


62/294


describetable lt_emp.

write :/ 'No of records after Refresh :',sy-tfill.

Z9AMPROGRAM69:


types : beginof ty_dept.

includestructure zgdept.

typesendof ty_dept.

data : lt_dept typestandardtableof ty_dept,

ls_dept type ty_dept.


includestructure zgemp.

typesendof ty_emp.


ls_emp type ty_emp.

select * from zgdept intotable lt_dept.

if sy-subrc eq0.

loopat lt_dept into ls_dept.

select * from zgemp intotable lt_emp

where deptno = ls_dept-deptno.

endloop.

endif.


write :/ ls_dept-deptno,

ls_dept-dname,ls_dept-loc.

loopat lt_emp into ls_emp


write :/5 ls_emp-empno,

ls_emp-ename,

ls_emp-deptno.


63/294


endloop.

endloop.




typesendof ty_dept.




includestructure zgemp.typesendof ty_emp.


ls_emp type ty_emp.


if sy-subrc eq0.


select * from zgemp

appending corresponding fields

oftable lt_emp

where deptno = ls_dept-deptno.endloop.

endif.



ls_dept-dname,


64/294


ls_dept-loc.




ls_emp-ename,

ls_emp-deptno.

endloop.

endloop.

Z9AMPROGRAM71:




typesendof ty_dept.





typesendof ty_emp.


ls_emp type ty_emp.


if lt_dept isnotinitial.

select * from zgemp intotable lt_emp

forall entries in lt_dept

where deptno = lt_dept-deptno.

endif.


65/294




ls_dept-dname,

ls_dept-loc.




ls_emp-ename,

ls_emp-deptno.

endloop.

endloop.

Z9AMPROGRAM72:


tables mara.

select-options so_matnr for mara-matnr.

types : beginof ty_mara,

matnr type mara-matnr,

mtart type mara-mtart,

matkl type mara-matkl,

endof ty_mara.

data : lt_mara typestandardtableof ty_mara,ls_mara type ty_mara.

types : beginof ty_marc,

matnr type marc-matnr,

werks type marc-werks,

pstat type marc-pstat,


66/294


endof ty_marc.

data : lt_marc typestandardtableof ty_marc,

ls_marc type ty_marc.

types : beginof ty_t001w,

werks type t001w-werks,

name1 type t001w-name1,

endof ty_t001w.

data : lt_t001w typestandardtableof ty_t001w,

ls_t001w type ty_t001w.

types : beginof ty_final,





endof ty_final.

data : lt_final typestandardtableof ty_final,

ls_final type ty_final.

select matnr mtart matkl

from mara

intotable lt_mara

where matnr in so_matnr.

if lt_mara[] isnotinitial.

select matnr werks pstat

from marc

intotable lt_marcforall entries in lt_mara

where matnr = lt_mara-matnr.

if lt_marc[] isnotinitial.

select werks name1

from t001w

intotable lt_t001w

forall entries in lt_marc

where werks = lt_marc-werks.

endif.

endif.



if lt_t001w[] isnotinitial.

loopat lt_mara into ls_mara.

write :/(110) ls_mara-matnr,

ls_mara-mtart.

loopat lt_marc into ls_marc


67/294


where matnr = ls_mara-matnr.

write ls_marc-werks.

loopat lt_t001w into ls_t001w

where werks = ls_marc-werks.

write ls_t001w-name1.

endloop.

endloop.

endloop.

endif.

endif.

endif.


tables mara.

select-options so_matnr for mara-matnr.

types : beginof ty_mara,



68/294



matkl type mara-matkl,

endof ty_mara.

data : lt_mara typestandardtableof ty_mara,

ls_mara type ty_mara.

types : beginof ty_marc,

matnr type marc-matnr,


pstat type marc-pstat,

endof ty_marc.

data : lt_marc typestandardtableof ty_marc,

ls_marc type ty_marc.

types : beginof ty_t001w,

werks type t001w-werks,

name1 type t001w-name1,endof ty_t001w.

data : lt_t001w typestandardtableof ty_t001w,

ls_t001w type ty_t001w.

types : beginof ty_final,





endof ty_final.

data : lt_final typestandardtableof ty_final,

ls_final type ty_final.

select matnr mtart matkl

from mara

intotable lt_mara

where matnr in so_matnr.


select matnr werks pstat

from marc

intotable lt_marc

forall entries in lt_mara

where matnr = lt_mara-matnr.


select werks name1

from t001w

intotable lt_t001w


69/294


forall entries in lt_marc

where werks = lt_marc-werks.

endif.

endif.



if lt_t001w[] isnotinitial.

loopat lt_mara into ls_mara.

ls_final-matnr = ls_mara-matnr.

ls_final-mtart = ls_mara-mtart.

loopat lt_marc into ls_marc

where matnr = ls_mara-matnr.

ls_final-werks = ls_marc-werks.

loopat lt_t001w into ls_t001w

where werks = ls_marc-werks.

ls_final-name1 = ls_t001w-name1.

append ls_final to lt_final.

endloop.

clear ls_final.endloop.

endloop.

endif.

endif.

endif.

if lt_final[] isnotinitial.

loopat lt_final into ls_final.

write :/ ls_final-matnr,

ls_final-mtart,

ls_final-werks,

ls_final-name1.skip1.

endloop.

endif.


70/294


Z9AMPROGRAM74:


parameters : p_land1 type kna1-land1

default'IN'.





endof ty_kna1.




from kna1

into ls_kna1where land1 = 'IN'.


ls_kna1-land1,

ls_kna1-name1.

endselect.


71/294


Z9AMPROGRAM75:


PARAMETERS : p_kunnr type kna1-kunnr.




endof ty_kna1.

data : ls_kna1 type ty_kna1.

selectsingle land1 name1

from kna1

into ls_kna1

where kunnr = p_kunnr.

if sy-subrc eq0.

write :/ ls_kna1-land1,

ls_kna1-name1.

else.


72/294


write :/ 'No data'.

endif.

Z9AMPROGRAM76:


PARAMETERS : p_kunnr type kna1-kunnr.

data : lv_land1 type kna1-land1,

lv_name1 type kna1-name1.

execsql.

select land1 , name1 from kna1

into :lv_land1, :lv_name1

where kunnr = :p_kunnr

*here we are giving period that's y it is giving runtime error

endexec.

if sy-subrc eq0.

write :/ lv_land1,

lv_name1.

else.


endif.


73/294


Z9AMPROGRAM77:







endof ty_kna1.


data abc typecursor.

opencursor abc forselect kunnr land1 name1

from kna1


do.

fetchnextcursor abc into ls_kna1.

if sy-subrc eq0.

write :/ ls_kna1-kunnr,ls_kna1-land1,

ls_kna1-name1.

else.

exit.

endif.

enddo.


74/294


closecursor abc.

Z9AMPROGRAM78:

REPORT z9amprogram78.

PARAMETERS : p_land1 TYPE kna1-land1.

DATA :

lv_kunnr TYPE kna1-kunnr,

lv_land1 TYPE kna1-land1,

lv_name1 TYPE kna1-name1.

EXECSQL.

open abc forselect kunnr, land1, name1

from kna1

where land1 = :p_land1

ENDEXEC.

DO.


75/294


EXECSQL.

fetchnext abc into :lv_kunnr,:lv_land1,:lv_name1

ENDEXEC.

IF sy-subrc EQ0.

WRITE :/ lv_kunnr,

lv_land1,

lv_name1.

ELSE.

EXIT.

ENDIF.

ENDDO.

EXECSQL.

close abc

ENDEXEC.

Z9AMPROGRAM79:


76/294



ranges : r_land1 for kna1-land1.

r_land1-low = 'AR'.

r_land1-high = 'IN'.

r_land1-option = 'BT'.

r_land1-sign = 'I'.

append r_land1.

data : lt_kna1 type zcustttype,

* ls_kna1 like line of lt_kna1,

ls_kna1 type zcustltype.


from kna1

intotable lt_kna1

where land1 in r_land1.

if sy-subrc eq0.loopat lt_kna1 into ls_kna1.


ls_kna1-land1,

ls_kna1-name1.

endloop.

else.

write :/ 'No data'.

endif.


77/294


Z9AMPROGRAM80:


type-pools : zcgrp,slis.

write :/ zcgrp_x.

data : lt_kna1 typestandardtableof

zcgrp_ty_kna1,

ls_kna1 type zcgrp_ty_kna1.

types : beginof ty_kna1.

includetype zcgrp_ty_kna1.

types : name2 type kna1-name2,

endof ty_kna1.

data k type zcgrp_y.

k = 20.

write :/ k.

datamtype slis_tabname.

data gt_kna1 type zcgrp_kna1.

Z9AMPROGRAM81:


types : beginof ty_count,

cnttypei,

endof ty_count.

data : lt_count typestandardtableof ty_count.

datacnttypei.

selectcount(*) from zgemp

intocnt


78/294


groupby deptno.

write :/ cnt.

endselect.

Z9AMPROGRAM82:


datacnttypei.

data dno type zgemp-deptno.

selectcount(*) deptno from zgemp

into (cnt,dno)

groupby deptno.

write :/ cnt,dno.

endselect.


79/294


Z9AMPROGRAM83:


datacnttypei.

data dno type zgemp-deptno.

selectcount(*) deptno from zgemp

into (cnt,dno)

groupby deptno

* where deptno ne 10.

having deptno ne10.

write :/ cnt,dno.

endselect.


80/294


Z9AMPROGRAM84:


types : beginof ty_emp,

empno typei,

ename(20) typec,

endof ty_emp.

data : lt_emp typestandardtableof ty_emp

with non-uniqueKEY empno,

ls_emp type ty_emp.

clear ls_emp.

ls_emp-empno = 1.

ls_emp-ename = 'Raju'.


clear ls_emp.

ls_emp-empno = 3.

ls_emp-ename = 'Ravi'.


clear ls_emp.

ls_emp-empno = 2.ls_emp-ename = 'Ramu'.




ls_emp-ename.


81/294


endloop.

sort lt_emp by empno.

write :/ 'after sort'.



ls_emp-ename.

endloop.

Z9AMPROGRAM85:



empno typei,

ename(20) typec,endof ty_emp.

data : lt_emp typesortedtableof ty_emp

with non-uniqueKEY empno,

ls_emp type ty_emp.

clear ls_emp.

ls_emp-empno = 3.


insert ls_emp intotable lt_emp.

clear ls_emp.ls_emp-empno = 1.



clear ls_emp.


82/294


ls_emp-empno = 2.

ls_emp-ename = 'Ramu'.


clear ls_emp.

ls_emp-empno = 1.

ls_emp-ename = 'Ramesh'.




ls_emp-ename.

endloop.

Z9AMPROGRAM86:



empno typei,

ename(20) typec,

endof ty_emp.


withuniqueKEY empno ename,

ls_emp type ty_emp.

clear ls_emp.ls_emp-empno = 3.



clear ls_emp.

ls_emp-empno = 1.



83/294



clear ls_emp.

ls_emp-empno = 2.



clear ls_emp.

ls_emp-empno = 1.





ls_emp-ename.

endloop.

Z9AMPROGRAM87:



empno typei,

ename(20) typec,

endof ty_emp.


withuniqueKEY empno ename,

ls_emp type ty_emp.

clear ls_emp.

ls_emp-empno = 3.




84/294


clear ls_emp.

ls_emp-empno = 1.



clear ls_emp.

ls_emp-empno = 2.



clear ls_emp.

ls_emp-empno = 1.





ls_emp-ename.

endloop.

write :/ '*****************'.

clear ls_emp.

readtable lt_emp into ls_emp index2.

if sy-subrc eq0.


ls_emp-ename.

else.

write :/ 'No record'.

endif.

write :/ '*****************'.clear ls_emp.


withkey empno = 1.

if sy-subrc eq0.


ls_emp-ename.

else.


endif.


85/294


Z9AMPROGRAM88:



empno typei,

ename(20) typec,

endof ty_emp.

data : lt_emp typehashedtableof ty_emp

withuniquekey empno,

ls_emp type ty_emp.

clear ls_emp.

ls_emp-empno = 3.ls_emp-ename = 'raju'.


clear ls_emp.

ls_emp-empno = 1.

ls_emp-ename = 'ravi'.


clear ls_emp.

ls_emp-empno = 2.

ls_emp-ename = 'ramu'.




ls_emp-ename.

endloop.


86/294


sort lt_emp.

write :/ 'After sort'.



ls_emp-ename.

endloop.

write :/ '****************'.

clear ls_emp.

readtable lt_emp into ls_emp withkey empno = 1.

if sy-subrc eq0.


ls_emp-ename.

else.


endif.

Z9AMPROGRAM89:


data : beginof wa,

deptno(3) typec,

ename(20) typec,

empsal typei,

endof wa.

data : lt_emp likesortedtableof wa

with non-uniquekey deptno ename.

clear wa.

wa-deptno = 'a1'.


87/294


wa-ename = 'raju'.

wa-empsal = 1000.

insert wa intotable lt_emp.

clear wa.

wa-deptno = 'a2'.

wa-ename = 'ravi'.

wa-empsal = 2000.


clear wa.

wa-deptno = 'a1'.

wa-ename = 'raju'.

wa-empsal = 3000.


loopat lt_emp into wa.

write :/ wa-deptno,

wa-ename,wa-empsal.

endloop.

Z9AMPROGRAM90:


data : beginof wa,

deptno(3) typec,

ename(20) typec,

empsal typei,

endof wa.

data : lt_emp likesortedtableof wa

with non-uniquekey deptno ename.

clear wa.

wa-deptno = 'a1'.


88/294


wa-ename = 'raju'.

wa-empsal = 1000.

collect wa into lt_emp.

clear wa.

wa-deptno = 'a2'.

wa-ename = 'ravi'.

wa-empsal = 2000.


clear wa.

wa-deptno = 'a1'.

wa-ename = 'raju'.

wa-empsal = 3000.



write :/ wa-deptno,

wa-ename,wa-empsal.

endloop.

Z9AMPROGRAM91:


data : beginof wa,

deptno(3) typec,

ename(20) typec,

empsal typei,

endof wa.

data : lt_emp likestandardtableof wa.

clear wa.

wa-deptno = 'a1'.

wa-ename = 'raju'.

wa-empsal = 1000.


89/294


append wa to lt_emp.

clear wa.

wa-deptno = 'a2'.

wa-ename = 'ravi'.

wa-empsal = 2000.


clear wa.

wa-deptno = 'a1'.

wa-ename = 'raju'.

wa-empsal = 3000.



write :/ wa-deptno,

wa-ename,wa-empsal.

endloop.

Z9AMPROGRAM92:


data : beginof wa,

deptno(3) typec,

ename(20) typec,

empsal typei,

endof wa.

data : lt_emp likestandardtableof wa.

clear wa.

wa-deptno = 'a1'.

wa-ename = 'raju'.


90/294


wa-empsal = 1000.


clear wa.

wa-deptno = 'a2'.

wa-ename = 'ravi'.

wa-empsal = 2000.


clear wa.

wa-deptno = 'a1'.

wa-ename = 'raju'.

wa-empsal = 3000.



write :/ wa-deptno,

wa-ename,

wa-empsal.endloop.

Z9AMPROGRAM93:


*message i900(z9ammsg) with 'information'.

*message s902(z9ammsg) with 'status'.

*message w903(z9ammsg) with 'warning'.

*message a904(z9ammsg) with 'abort'.

message e901(z9ammsg) with'error'.

Z9AMPROGRAM94:


91/294


92/294


loc type zgdept-loc,

endof ty_emp_dept.

data : lt_emp_dept typestandardtableof

ty_emp_dept,

ls_emp_dept type ty_emp_dept.

select * from zgemp asx

inner join zgdept as y

onx~deptno = y~deptno

intotable lt_emp_dept.

if sy-subrc eq0.

loopat lt_emp_dept into ls_emp_dept.

write :/ ls_emp_dept-empno,

(10) ls_emp_dept-ename,

ls_emp_dept-deptno,

ls_emp_dept-v_deptno,

ls_emp_dept-dname,

ls_emp_dept-loc.skip2.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM96:


types : beginof ty_emp_dept.


types : v_deptno type zgdept-deptno,

dname type zgdept-dname,

endof ty_emp_dept.


ty_emp_dept,



93/294


select empno ename x~deptno y~deptno dname

from zgemp asx

inner join zgdept as y

onx~deptno = y~deptno


if sy-subrc eq0.




ls_emp_dept-deptno,


ls_emp_dept-dname.

skip2.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM97:


94/294







endof ty_emp_dept.


ty_emp_dept,


select empno ename zgemp~deptno zgdept~deptno dname

from zgemp

inner join zgdept

on zgemp~deptno = zgdept~deptno


if sy-subrc eq0.

loopat lt_emp_dept into ls_emp_dept.write :/ ls_emp_dept-empno,


ls_emp_dept-deptno,


ls_emp_dept-dname.

skip2.

endloop.

else.

write :/ 'No data'.

endif.


95/294


Z9AMPROGRAM98:






endof ty_emp_dept.


ty_emp_dept,ls_emp_dept type ty_emp_dept.


from zgemp

inner join zgdept



96/294


intotable lt_emp_dept

where zgemp~deptno ne10.

if sy-subrc eq0.




ls_emp_dept-deptno,


ls_emp_dept-dname.

skip2.

endloop.

else.

write :/ 'No data'.

endif.

Z9AMPROGRAM99:


97/294







endof ty_emp_dept.


ty_emp_dept,



from zgemp

left outer join zgdept



if sy-subrc eq0.

loopat lt_emp_dept into ls_emp_dept.write :/ ls_emp_dept-empno,


ls_emp_dept-deptno,


ls_emp_dept-dname.

skip2.

endloop.

else.

write :/ 'No data'.

endif.


98/294


Z9AMPROGRAM100:


write :/ 'welcome'.

write :/ 'hello'.

write :/ 'hai'.

write :/ 'welcome'.

write :/ 'hello'.

write :/ 'bye'.

write :/ 'welcome'.

write :/ 'hello'.


99/294


Z9AMPROGRAM101:


write :/ 'begin'.

perform abc.

write :/ 'hello'.

perform abc.

write :/ 'bye'.

perform abc.

form abc.

write :/ 'welcome'.

write :/ 'hello'.

endform.


100/294


Z9AMPROGRAM102:


perform abc(z9ampool).

perform pqr(z9ampool).

write :/ 'hello'.

Z9AMPOOL:(SUBROUTINE)

PROGRAM Z9AMPOOL.


y typeivalue5,

ztypei.





endof ty_kna1.


* lt_kna1 type table of ty_kna1.

form abc.

z = x + y.

write :/ 'sum is ',z.

endform.

form pqr.z = x - y.

write :/ 'difference is ',z.

endform.

form lmn tables gt_kna1 structure ls_kna1.

delete gt_kna1 where land1 = 'AR'.

endform.


101/294


Z9AMPROGRAM103:



y typeivalue20.

write :/ 'X and Y before subroutine',x,y.

perform abc usingx y. "actual parameters

form abc.

endform.

Z9AMPROGRAM104:



y typeivalue20.



write :/ 'X and Y after subroutine',x,y.

form abc usingm n. "formal parameters

dataztypei. "local variable

z = m.

m = n.

n = z.endform.


102/294


Z9AMPROGRAM105:



y typeivalue20.



write :/ 'X and Y after subroutine',x,y.

form abc usingvalue(m) value(n). "formal parameters

dataztypei. "local variable

z = m.

m = n.

n = z.

endform.

Z9AMPROGRAM106:





103/294




endof ty_kna1.




from kna1

intotable lt_kna1

where land1 in ('AR','IN').

if sy-subrc eq0.


write :/ 'No of records before sub:',sy-tfill.

perform abc tables lt_kna1.


write :/ 'No of records after sub:',sy-tfill.

endif.

form abc tables gt_kna1 structure ls_kna1.


endform.

Z9AMPROGRAM107:



kunnr type kna1-kunnr,land1 type kna1-land1,


endof ty_kna1.

data : lt_kna1 typestandardtableof ty_kna1.


104/294



from kna1

intotable lt_kna1


if sy-subrc eq0.


write :/ 'No of records before sub:',sy-tfill.

perform lmn(z9ampool) tables lt_kna1 .


write :/ 'No of records after sub:',sy-tfill.

endif.

Z9AMPOOL:

*&---------------------------------------------------------------------*

*& Subroutine Pool Z9AMPOOL*&

*&---------------------------------------------------------------------*

*&

*&

*&---------------------------------------------------------------------*

PROGRAM Z9AMPOOL.


y typeivalue5,

ztypei.





endof ty_kna1.


* lt_kna1 type table of ty_kna1.

form abc.

z = x + y.

write :/ 'sum is ',z.

endform.

form pqr.

z = x - y.

write :/ 'difference is ',z.

endform.


105/294


form lmn tables gt_kna1 structure ls_kna1.


endform.

Z9AMPROGRAM108:


data : xtypeivalue10,y typeivalue20,

ztypei,

z1 typei.

write :/ 'Z is ',z.

write :/ 'Z1 is ',z1.

perform abc usingx y z z1.

write :/ 'Z is ',z.


form abc usingm n r r1.

r = m + n.

r1 = m * n.

endform.


106/294


Z9AMPROGRAM109:



y typeivalue20,

ztypei,z1 typei.

write :/ 'Z is ',z.


perform abc usingx y changingz z1.

write :/ 'Z is ',z.


form abc usingm n changingvalue(r) value(r1).r = m + n.

r1 = m * n.

endform.

Z9AMPROGRAM110:



y typeivalue20,

ztypei,

z1 typei.

write :/ 'Z is ',z.


perform abc usingx y z z1.


107/294


write :/ 'Z is ',z.


write :/ 'X is ',x.

write :/ 'Y is ',y.

form abc usingvalue(m) value(n) r r1.

r = m + n.

r1 = m * n.

m = 30.

n = 40.

endform.

Z9AMPROGRAM111:







endof ty_kna1.



describetable lt_kna1.write :/ 'No of records :',sy-tfill.

perform abc tables lt_kna1 using p_land1.




108/294


form abc tables gt_kna1 structure ls_kna1 using i_land1.


from kna1

intotable gt_kna1

where land1 = i_land1.

endform.

Z9AMPROGRAM112:







endof ty_kna1.





perform abc tables lt_kna1 changing p_land1.



109/294



form abc tables gt_kna1 structure ls_kna1 changing i_land1.


from kna1

intotable gt_kna1

where land1 = i_land1.

endform.

Z9AMPROGRAM113:

data : xtypei,y typei,

ztypei.

form abc.

write :/ 'inside abc'.

endform.

Z9AMPROGRAM114:


110/294



include z9amprogram113.

x = 10.

y = 20.

z = x + y.

writez.

Z9AMPROGRAM115:


include Z9AMPROGRAM113.

start-of-selection.

perform abc.

Z9AMPROGRAM116:



p_y typei.

data r typei.

CALLFUNCTION'Z930FM1'

EXPORTING

I_X = p_x

I_Y = p_y.

* IMPORTING

* E_Z = r.


111/294


*

r = p_x + p_y.


FUNCTION MODULE Z930FM1:


112/294


OUTPUT:

Z9AMPROGRAM117:


data : i_x typei,

i_y typei.


113/294


data: K_Z typei.

CALLFUNCTION'ZFUN'.

* EXPORTING

* I_X = 10

* I_Y = 20

* IMPORTING

* E_Z = K_Z.

K_Z = I_X + I_Y.

write : / 'Sum is ',K_Z.

FUNCTION MODULE ZFUN:


114/294


OUTPUT:

Z9AMPROGRAM118:




includestructure zcstype.typesendof ty_kna1.





115/294


EXPORTING

i_land1 = p_land1

tables

t_kna1 = lt_kna1.

if lt_kna1[] isnotinitial.



ls_kna1-land1,

ls_kna1-name1.

endloop.

else.


endif.



116/294


OUTPUT:


117/294


9AMPROGRAM119:




includestructure zcstype.

typesendof ty_kna1.




EXPORTING

i_land1 = p_land1

changing

t_kna1 = lt_kna1.

if lt_kna1[] isnotinitial.



ls_kna1-land1,

ls_kna1-name1.

endloop.

else.


endif.


118/294




119/294


OUTPUT:


120/294


Z9AMPROGRAM120:



includestructure zcstype.

typesendof ty_kna1.

data : lt_kna1 typestandardtableof ty_kna1.


from kna1

intotable lt_kna1


if sy-subrc eq0.




CHANGINGt_kna1 = lt_kna1.



endif.


121/294



OUTPUT:


122/294


Z9AMPROGRAM121:



p_y typei.

data r typei.


EXPORTING

i_x = p_x

i_y = p_y

IMPORTING

E_Z = r.


write :/ 'end'.



123/294


OUTPUT:


124/294


Z9AMPROGRAM122:


parameters : p_x typei,p_y typei.

data res typei.


EXPORTING

i_x = p_x

i_y = p_y

IMPORTING

E_Z = res

EXCEPTIONS

MYEXCEPTION = 1OTHERS = 2.

if sy-subrc eq1.

message'Cannot divide by zero'type'I'.

elseif sy-subrc eq2.

message'Unknown error'type'I'.


125/294


elseif sy-subrc eq0.

write :/ 'Division is ',res.

endif.



126/294


OUTPUT:

Z9AMPROGRAM123:


127/294



define abc.

&3 = &1 + &2.

&4 = &1 - &2.

end-of-definition.

data : r1 typei,

r2 typei.

abc 2010 r1 r2.

write :/ 'Sum is ',r1,

/ 'Difference is ',r2.

abc 3016 r1 r2.

write :/ 'Sum is ',r1,

/ 'Difference is ',r2.

abc 8060 r1.

ERROR:

SELECTION SCREEN PROGRAMING

Z9AMPROGRAM124:


include zmyinc.

selection-screenbeginofblock b1

withframetitle abc.

selection-screenbeginofline.

selection-screencomment6(20) lb1.parameters : p_empno type zemp200-empno

default10.

selection-screenendofline.


selection-screencomment6(20) lb2.


128/294


parameters : p_ename type zemp200-ename.




parameters p_desig type zemp200-empdesig.


selection-screenendofblock b1.

selection-screenbeginofblock b2

withframetitle pqr.

selection-screenskip2.

selection-screen pushbutton 5(10) bt1

user-command p1.


user-command p2.


user-command p3.selection-screen pushbutton /5(10) bt4

user-command p4.


user-command p5.


user-command p6.

selection-screenendofblock b2.

initialization.

lb1 = 'Employee No'.

lb2 = 'Employee Name'.

lb3 = 'Employee Designation'.abc = 'Employee'.

pqr = 'DB operations'.

bt1 = 'Search'.

bt2 = 'Insert'.

bt3 = 'Delete'.

bt4 = 'Modify'.

bt5 = 'Clear'.

bt6 = 'Exit'.

at selection-screenoutput.

if flag eq0.

loopatscreen.

ifscreen-name = 'LB2'or

screen-name = 'LB3'or

screen-name = 'P_ENAME'or

screen-name = 'P_DESIG'.

screen-invisible = '1'.

screen-input = '0'.


129/294


modifyscreen.

endif.

endloop.

elseif flag eq1.

loopatscreen.






screen-input = '1'.

modifyscreen.

endif.

ifscreen-name = 'P_EMPNO'.

screen-input = '0'.

modifyscreen.

endif.

endloop.

elseif flag = 2.loopatscreen.


screen-name = 'P_EMPNO'or






screen-input = '1'.

modifyscreen.

endif.endloop.

endif.

at selection-screen.

case sy-ucomm.

when'P6'.

leaveprogram.

when'P4'.

if p_empno isnotinitial.

performmodify.

else.

message'Please enter empno'type'I'.

endif.

endcase.

at selection-screenon p_empno.

if p_empno isnotinitial.

perform getemployee using p_empno.


130/294


if ls_emp isnotinitial.

p_ename = ls_emp-ename.

p_desig = ls_emp-empdesig.

flag = 1.

else.

message'Employee Not found'type'I'.

endif.

else.

message'Please enter empno'type'I'.

endif.

at selection-screenonvalue-request for p_empno.

perform getdata.

if lt_emp[] isnotinitial.

perform displayf4.

endif.

formmodify .clear ls_employee.

ls_employee-empno = p_empno.

ls_employee-ename = p_ename.

ls_employee-empdesig = p_desig.

modify zemp200 from ls_employee.

if sy-subrc eq0.

message'Record updated'type'I'.

flag = 2.

perform clearscreen.

else.

message'Record not updated'type'I'.

endif.endform. " modify

form clearscreen .

clear : p_empno,

p_ename,

p_desig.

endform. " clearscreen


131/294


Z9AMPROGRAM125:


selection-screenbeginof tabbed block tb1

for5lines.

selection-screen tab (10) t1 user-command p1.

selection-screen tab (10) t2 user-command p2.

selection-screenendof block tb1.


user-command p3.

selection-screen pushbutton 19(10) bt2user-command p4.

selection-screenbeginofscreen100

as subscreen.



parameters : p_empno type zemp200-empno.


selection-screenbeginofline.selection-screencomment5(20) text-011.

parameters : p_ename type zemp200-ename.


selection-screenendofscreen100.


132/294


selection-screenbeginofscreen200

as subscreen.



parameters : p_state type zemp200-empstate.




parameters : p_city type zemp200-empcity.


selection-screenendofscreen200.

initialization.

lb1 = 'Employee No'.

* lb2 = text-002.lb3 = 'Employee state'.

lb4 = 'Employee City'.

bt1 = 'Insert'.

bt2 = 'Exit'.

t1 = 'First'.

t2 = 'Second'.


case sy-ucomm.

when'P1'.

tb1-activetab = 'P1'.

tb1-dynnr = '100'.tb1-prog = sy-repid.

when'P2'.

tb1-activetab = 'P2'.

tb1-dynnr = '200'.

tb1-prog = sy-repid.

endcase.


133/294


Z9AMPROGRAM126:


tables sscrfields. "creates a default work area


selection-screenfunctionkey1.





initialization.sscrfields-functxt_01 = 'Button1'.

sscrfields-functxt_02 = 'Button2'.

sscrfields-functxt_03 = 'Button3'.

sscrfields-functxt_04 = 'EXIT'.

sscrfields-functxt_05 = 'BACK'.

*



134/294


case sy-ucomm.

when'FC01'.

message'Button1'type'I'.

when'FC02'.


when'FC03'.

leaveto list-processing.

write :/ 'x=', x.

when'FC04'.

Leaveprogram.

when'FC05'.

Leaveprogram.

endcase.

Z9AMPROGRAM127:



135/294


set pf-status 'ABC'.

write :/ 'hello'.

at user-command.

case sy-ucomm.

WHEN'BCK'.

leaveprogram.

when'P1'.


when'P2'.


endcase.

SET PF-STATUSABC


136/294



137/294


OUTPUT:

MODULE POOL PROGRAMING

METHOD 1:

Z9AMPROGRAM128:


138/294



139/294


SCREEN 100 LAYOUTS:


140/294



141/294



142/294



143/294



144/294


DRAG AND DROP THE FIELDS IN THE LAYOUT.

SCREEN 200(SUBSCREEN) LAYOUTS:


145/294




146/294




147/294


LOW LOGIC OF SCREEN 100:

PROCESS BEFORE OUTPUT.

call subscreen ref1 including sy-repid scrno.

MODULE abc.

*PROCESS AFTER INPUT.

call subscreen ref1.

MODULE USER_COMMAND_0100.

PBO:

MODULE abc OUTPUT.

set pf-status 'PQR'.

ENDMODULE. " abc OUTPUT

PAI:MODULE USER_COMMAND_0100 INPUT.

case sy-ucomm.

when'BACK'.

leaveprogram.

when'T3'.

tbstr-activetab = 'T3'.

SCRNO = '400'.

when'P2'.

tbstr-activetab = 'P2'.

scrno = '300'.

when'P1'.

tbstr-activetab = 'P1'.

scrno = '200'.

when'P4'.

leaveprogram.

endcase.

ENDMODULE.


148/294



PROCESS BEFORE OUTPUT.

* MODULE STATUS_0200.

*

PROCESS AFTER INPUT.

* MODULE USER_COMMAND_0200.


PROCESS BEFORE

Core Abap Notes With Programs

Documents

Transcript of Core Abap Notes With Programs