Need clarification on the Recycling Program

Hi everyone, I just need some clarification on the iPod Recycling Program, as I have never done it before. I'm want to use the Recycling Program to get a discount on the iPod Touch 5g. Now my question is, and it's probably a stupid question, but if I bring in my four older iPods I have laying around does Apple give me a %10 discount on EACH of them, adding up to %40?

The first iPod had the firewire port on the top & the scroll wheel actually moved.
I guess my first iPod was a 3rd Generation:
http://www.apple.com/pr/products/ipodhistory/

Similar Messages

I want to use Xcode to create an app and i need developer tools. so i need to join the devoper program only problem is I'm not 18

i want to use Xcode to create an app and i need developer tools. so i need to join the devoper program only problem is I'm not 18

You can get Xcode without joining the developer program. Just go to the App Store and download it (it's free).
You'd only need to join the Developer program if you want to put your app into the App Store, this is for OS X.
You will need to join the Developer program if you want to develop for IOS. In that case you will need a parent or guardian.

Need clarification regarding the test cable-diagnostics tdr command

Hello,
I've read about the test cable-diagnostics tdr command but I need clarification on the examples listed below to make sure that I am providing the right answer to my co-workers.
Example 1:
CXXX7SW17#show cable-diagnostic tdr int g0/20
TDR test last run on: July 16 10:23:00
Interface Speed Local pair Pair length        Remote pair Pair status
Gi0/20    auto Pair A     N/A                        N/A                Normal
                       Pair B     72   +/- 10 meters N/A                Open
                       Pair C     75   +/- 10 meters N/A                Short/Crosstalk
                       Pair D     74   +/- 10 meters N/A                Short/Crosstalk
Does this example mean that there's a cable length issue in the line which is causing the device that it's connected to not to work properly?
Example 2:
CXXX2SW140#show cable-diagnostics tdr int g0/21
TDR test last run on: July 16 09:16:22
Interface Speed Local pair Pair length        Remote pair Pair status
Gi0/21    100M Pair A     N/A                      Pair A           Normal
                          Pair B     N/A                      Pair B           Normal
                          Pair C     N/A                     Pair C           Normal
                          Pair D     N/A                     Pair D           Normal
Does this example state that the cable line is okay for use?
Example 3:
CXXX1SW19#show cable-diagnostics tdr int g0/22
TDR test last run on: July 16 06:36:53
Interface Speed Local pair Pair length            Remote pair Pair status
Gi0/22   auto    Pair A       1    +/- 10 meters N/A               Open
                          Pair B     39   +/- 10 meters   N/A               Open
                          Pair C     72   +/- 10 meters   N/A               Open
                          Pair D     1    +/- 10 meters    N/A              Open
Does this example mean that there isn't a device connected on the other end? No pin-contact?
Thank you very much for any help you could provide.
S

I found this article here at supportforums that seemed like the best explanation I've read so far for TDR info.
Hope that helps.

Does the recycling program subtract the 10% off after the original price is add with tax?

Does the recycling program subtract the 10% off after the original price is added with tax?

I do not know, Call an Apple store and ask.

How do you remove all personal info from a notebook when getting it ready for the recycle program?

I havae purchased a new notebook and am getting my old MacBook Pro ready to submit to the recycle program at Apple. The list of "to-do's" asks that you remove all your personal info and take the notebook back to it's original settings. Does ayone have any advise on how to do this?

Boot from the original OS installer disk and do an Erase & Install.
When the Mac reboots into Mac Setup Assistant you quit and shut it down.
It's now a brand new Mac... just like when you got it.
http://www.ehow.com/how_5852122_restore-imac-factory-settings.html
http://www.macworld.com/article/158670/2011/03/prepare_sell_mac.html

HT1435 how long does the recycle program take or do they give you an ipod straight away when you are at the store.when you buy from the store do they do free ipod engraving

how long does the recycle program take or do they give you an ipod straight away when you are at the store.when you buy from the store do they do free ipod engraving

How recently did you switch? If it's less than 60 days, then Verizon simply reinstates your previous account. The fact that you were on the EDGE plan and mailed the devices back, and they apparently are somewhere in the system, could cause complications, and it might just work out that you just go back on the same plan and they set you up with the same devices. I'm not sure how it will go - but since you are still being billed for the devices...

I downloaded elemts 13 in 32 bit but have a 64 bit operating system will it work properly or do i need to reinstall the proper program

I installed the 32 bit elements program but find I have the 64 bit processor do I need to reinstall the proper program

Nope, you can install it on your new computer with no issues. The disc contains both the 32 and 64 bit versions.
Benjamin

Need Clarification for the Attribute Property (Calculated)

hi
I am new to Web Dynpro and i am in need of clarification regarding the Attribute
Property - Calculated
Thanks in Advance
Regards
S.Chandran

Hi,
Calculated Property in webdynpro is required when you want to handle node context attribute programmatically.
When you say Context Attribute as True, it generates two methods, Setter and Getter Method for that attribute.
In getter method you will be getting one element it is the context node, where you created attribute. These methods will be called automatically.
For more Info check this link
Related to calculated property
Hope that helps

Can aline the recycling program in each country?

Each year Apple release so much product, but only USA has gift card to return to user.
Can apple aline each country recycling program to make more recycling iMac, iPod, iPad and iPhone.
Each event to show the benchmarking for recycling, but not inline in each country.
Wish apple encouraging each of user to recycling the apple product.
Then next event can indicate the value, Apple is a real environmental sustainability company.

As you are not addressing Apple here, only other users like you, here is a link where you can send your ideas to Apple:
http://www.apple.com/contact/
there are feedback links on the lower right column.

Need clarification on the Hyperion stuff

I have some clarification on the following question which i came in certification last 2 days back.
A calcualtion is performed on a database for which create block on equation is off.The command SET CREATEBLOCKONEQ ON is issued immediately before an equation in the script.which statements accurately describe when blocks will be created?
1) blocks will be created ONLY when the equation assigns non - constant values to members of sparse diemension.
2)blocks will be created only when the equation assigns constant values to memebers of sparse dimension
3)blocks will be created when the equation assignes either constant or non constant values to a members of sparse dimension
4)No blocks will be created.
please clarify on the above.

Vinith,
I suppose I could ask the obvious question: How do you happen to have a question from an Oracle certification test? I don't have access to those questions. How do you?
In the interests of actually providing (what I at least believe) the right answer, I think this thread is confusing what the docs say with what Essbase does.
If you use SET CREATBLOCKONEQ ON, the docs state that Essbase will create a block even with a non-constant assign. But Essbase will also create a block with a constant assignment -- it always does that. That makes the third answer correct.
Regards,
Cameron Lackpour

Need clarification on the addition of device driver in Installer

I am a newbie and am building my first application (LabView 8.5.1) and need an installer with everything in it. I am unclear about what is needed for the device drivers for the DAQ board. I am using a USB6009 OEM NI DAQ.
Do I need to include the NI-DAQmx 8.7 that I see in the Additional Installers section of the Installer builder? Were the device drivers included in the original application build or do I also need to include the driver somewhere in the installer? I see under "Hardware Configuration" in the Installer builder that I can include a "Hardware Configuration File" but I am not clear on how to do that or if it is needed. Is that how the driver gets included?
Please also explain how to ensure that the hardware is attached (via USB) at the proper time for the installation process or can that take place anytime after the installation.
I am building the application on a system with Windows 2000 but the target machines will most likely be XP, is that an issue?
I am a Chemist and not an Engineer so you need to use small words or define any big words that I have not used above. Any help is greatly appreciated.

Yes, you need to add DAQmx to your Installer for Supporting of your device on target PC.
LabVIEW Portal

I need help with The Elvis program

I am currently working from a java book "Teach yourself java in 24hrs" and i am stuck on a program, The Elvis Program. I have typed out everything exactly checked it hundreds of times but can not find the fault. Any ideas the code is below
class Elvis {
public static void main(String[] arguments) {
int weight = 250;
System.out.println("Elvis weighs " + weight);
System.out.println ("Elvis visits all- you- can- eat rib joint.");
System.out println ("Elvis throws Thanksgiving luau.") ;
weight = weight + 10;
System.out println ("Elvis now weighs " + weight);
System.out.println ("Elvis discovers aerobics.");
weight = weight - 15;
System.out.prinln ("Elvis now weighs " + weight);
System.out.println ("Elvis falls into washing machine during "
+ "shrink cycle.");
weight = weight / 3;
System.out.println("Elvis now weighs " + weight);
System.out.println ("Oops! Elvis clones herself 12 times.");
weight = weight +(weight * 12);
System.out.println ("The 13 Elvii now weigh " + weight);
Cheers

Have you tried to compile this? Your compiler would tell you that you've left out a "." on lines 6 and 8, and misspelled println on line 11.

Need some clarification in the following programs

Hi ABAPers
I am learning ABAP programming. I am having some doubts in some programs which are there in the book TEACH YOURSELF ABAP/4 in 21 Days.
I hope you will clear all my doubts
1)     when I execute this program it is giving me error message and I am unable to resolve the error in it.
I dont remember the error message but it is something related to data conversion.
Listing 9.5 Variables Filled with Characters Other than Blanks or Zeros Using the WITH Addition of the CLEAR Statement
1 report ztx0905.
2 tables ztxlfa1.
3 data: f1(2) type c value 'AB',
4       f2(2) type c,
5       f3    type i value 12345,
6       begin of s1,
7           f1(3) type c value 'XYZ',
8           f2    type i value 123456,
9           end of s1.
10 write: / 'f1=''' no-gap, f1 no-gap, '''',
11        / 'f2=''' no-gap, f2 no-gap, '''',
12        / 'f3=''' no-gap, f3 no-gap, '''',
13        / 's1-f1=''' no-gap, s1-f1 no-gap, '''',
14        / 's1-f2=''' no-gap, s1-f2 no-gap, '''',
15        / 'ztxlfa1-lifnr=''' no-gap, ztxlfa1-lifnr no-gap, '''',
16        / 'ztxlfa1-land1=''' no-gap, ztxlfa1-land1 no-gap, '''',
17        /.
18 clear: f1 with 'X',
19        f2 with f1,
20        f3 with 3,
21        s1 with 'X',
22        ztxlfa1 with 0.
23 write: / 'f1=''' no-gap, f1 no-gap, '''',
24        / 'f2=''' no-gap, f2 no-gap, '''',
25        / 'f3=''' no-gap, f3 no-gap, '''',
26        / 's1-f1=''' no-gap, s1-f1 no-gap, '''',
27        / 's1-f2=''' no-gap, s1-f2 no-gap, '''',
28        / 'ztxlfa1-lifnr=''' no-gap, ztxlfa1-lifnr no-gap, '''',
29        / 'ztxlfa1-land1=''' no-gap, ztxlfa1-land1 no-gap, ''''.
according the book the output should be
The code in Listing 9.5 produces this output:
f1='AB'
f2=' '
f3='    12,345 '
s1-f1='XYZ'
s1-f2='   123,456 '
ztxlfa1-lifnr='          '
ztxlfa1-land1='   '
f1='XX'
f2='XX'
f3='50,529,027 '
s1-f1='XXX'
s1-f2='1482184792 '
ztxlfa1-lifnr='##########'
ztxlfa1-land1='###'
can you please explain me this program.
2)     This program is giving me the following error message at line 7.
ALPHA AND IT-F1 ARE TYPE- INCOMPATIBLE.
The program is as follows.
Listing 12.9 Deleting Rows from an Internal Table Can also be Done Using the delete Statement
1 report ztx1209.
2 data: begin of it occurs 12,
3            f1,
4            end of it,
5            alpha(12) value 'ABCDEFGHIJKL'.
6
7 do 12 times varying it-f1 from alpha0 next alpha1.
8      append it.
9      enddo.
10
11 loop at it.
12     write: / sy-tabix, it-f1.
13     endloop.
14
15 delete it index 5.
16 skip.
17 loop at it.
18     write: / sy-tabix, it-f1.
19     endloop.
20
21 delete it from 6 to 8.
22 skip.
23 loop at it.
24     write: / sy-tabix, it-f1.
25     endloop.
26
27 delete it where f1 between 'B' and 'D'.
28 skip.
29 loop at it.
30     write: / sy-tabix, it-f1.
31     endloop.
32
33 loop at it where f1 between 'E' and 'J'.
34     delete it.
35     endloop.
36
37 skip.
38 loop at it.
39     write: / sy-tabix, it-f1.
40     endloop.
41
42 read table it with key f1 = 'K' binary search.
43 write: /, / 'sy-subrc=', sy-subrc, 'sy-tabix=', sy-tabix, / ''.
44 if sy-subrc = 0.
45     delete it index sy-tabix.
46     endif.
47
48 skip.
49 loop at it.
50     write: / sy-tabix, it-f1.
51     endloop.
52
53 free it.
And the out put according to the book is as follows
The code in Listing 12.9 produces this output:
         1 A
         2 B
         3 C
         4 D
         5 E
         6 F
         7 G
         8 H
         9 I
        10 J
        11 K
        12 L
         1 A
         2 B
         3 C
         4 D
         5 F
         6 G
         7 H
         8 I
         9 J
        10 K
        11 L
         1 A
         2 B
         3 C
         4 D
         5 F
         6 J
         7 K
         8 L
         1 A
         2 F
         3 J
         4 K
         5 L
         1 A
         2 K
         3 L
sy-subrc=     0 sy-tabix=          2
         1 A
         2 L
How to rectify the error in this program.
3)     In this program I want to ask is there any way that I can be able to see the write statement output which is there in the initialization event block. If yes then how .
(Note I dont want to remove the paramter (selection screen) statement.)
Listing 18.13 Explain the Sequence of Events That Occurs in this Program
report ztx1813 no standard page heading.
ztx1813 data: flag,
      ctr type i.
parameters p1.
initialization.
flag = 'I'.
write: / 'in Initialization'.
start-of-selection.
flag = 'S'.
write: / 'in Start-Of-Selection',
         / 'p1 =', p1.
top-of-page.
   add 1 to ctr.
   write: / 'Top of page, flag =', flag, 'ctr =', ctr.
   uline.
4) can anybody please mail me some exercise program queries ( right from the basic to complex one) on this mail id [email protected] or else u can give me the url of the website which contains such program.
EARGERLY WAITING FOR UR REPLIES
Regards,
maqsood

Maqsood,
I had tested all your programs and I am getting the correct output. I didnt get any error message and I didnt do any changes. I just copied your code and executed it.
To your Q3, I can say...INITIALIZATION is used only to assign values to variables. It is not used for output.
Only the start-of-selection and top-of-page will be printed.

Need email for the uptodate program

Hi,
I'm in the army and I just got back from a deployment. I purchased a MacBook in October with Tiger loaded. I have my receipt and a copy of my military orders. Now I just need to know where to email them. The program ended and the link to the instructions is dead.
please help if you know where I can email someone
Message was edited by: Pacific NW GI

You will have to call AppleCare. There is no email access to Apple.

Need help in the Report Program!!!

Hi,
This is SAI KUMAR.
Selection Screen
Sales Org: VKORG
Distribution Channel: VTWEG
Division: SPART
Billing Type: FKART
Plant: WERKS
Payment Terms: ZTERM
Sold-to Party: KUNAG
Billing Date: FKDAT
Now Using the above Selection screen inputs, I want to generate the following fields in the output.
Output Screen
Invoice No: VBELN
Invoice Date: FKDAT
Customer Number: KUNNR
Customer Name: NAME1
Material Description: MAKTX
Payment Terms: ZTERM
Net Value: NETWR
Ship-to City: ORT01
Sold-to party: KUNAG
Ship-to party: KUNNR
Tables Used: 
Delivery: LIKP, LIPS
Invoice:VBRK, VBRP
Customer: KNA1
Material: MARA
Material Description: MAKT

Now the Problem what I got is....How to link between these tables...ie., what common fields can be used between these tables so that I can use FOR ALL ENTRIES and retrieve the above output fields.
Can anyone please help me out in giving a REPORT program or a pseudo code for the above data.
Thanks & Regards,
SAI KUMAR
ID: [email protected]

See the below code :
REPORT zjpvrom323 NO STANDARD PAGE HEADING LINE-SIZE 200 LINE-COUNT 35
MESSAGE-ID zjpv001 .
*& Development ID: OM_DD_323_LJP *
*& Report : ZJPVROM323 *
*& This application is used to Develop a new billing document that *
*& fulfills the NPKK Requirement That does not exist in JSP *
*& functionality.according to the delivery date it displays Monthly *
sales notes report *
*& Change Log: *
*& Init. Who Date Text *
*& MALIKDH1 Seshu Reddy 2003/07/20 Initial Development *
 Constants
CONSTANTS :c_vkorg(4) VALUE 'JP20', " Sale Organization
 c_vtweg(2) VALUE 'TR', " Distribution Channel
 c_rfbsk VALUE 'C', " Status for transfer to accounting
 c_spart(2) VALUE '01', " Division
 c_kvgr2(3) VALUE 'Z51', " Customer Group 2
 c_fkart(4) TYPE c VALUE 'ZJPW', " Billing Type
 c_waerk(5) TYPE c VALUE 'JPY', " SD document currency
 c_kschl(4) TYPE c VALUE 'ZJPC', " Condition type
 c_no_of_lines TYPE i VALUE '35',
 C_CONS_5(1) TYPE C VALUE '5',
 C_CONS_8(1) TYPE C VALUE '8',
 C_CONS_10(2) TYPE C VALUE '10',
 c_konwa(5) TYPE c VALUE 'JPY'. " Rate unit (currency or
" percentage)
 DB-Tables *
*TABLES : vbrk, " Billing : Header Data
 vbrp, " Billing : Item Data
 kna1, " Customer master : General data
 knvv, " Customer master : sales data
 likp, " Delivery : Header data
 konv, " Condition : Transaction data
 konp, " Condition : items
 zjpv_torihiki, " Add on table:Business transaction category
 zjpv_rebate. " Add on table : rebate table
 Variables/Internal table *
DATA :g_date(2) TYPE n, " Date
 g_month(2) TYPE n, " Month
 g_year(4) TYPE n , " Year
 g_bill_low(10) TYPE n, " From date
 g_bill_high(10) TYPE n, " To date
 g_month1(2) TYPE n, " Month
 g_year1(4) TYPE n, " Year
 g_date1(2) TYPE n, " Date
 g_year2(4) TYPE n, " Year
 g_datum LIKE sy-datum, " System date
 g_skip(4) TYPE c , " Line break
 g_ctax(8) TYPE c, " Consumption tax
 g_ctax1(10) TYPE c, " Consumption tax
 g_ctax2(16) TYPE c, " Consumption tax
 g_vol(6) TYPE c, " Volume
 g_vol1(6) TYPE c, " Volume
 g_vol2(7) TYPE c, " Volume
 g_tamt(10) TYPE c, " Total amount
 g_tamt1(13) TYPE c, " Total amount
 g_tamt2(16) TYPE c, " Total amount
 g_gtotal(10) TYPE c, " Net total
 g_gtotal1(13) TYPE c, " Net total
 g_gtotal2(16) TYPE c, " Net total
 g_uprice(8) TYPE c, " Unit Price
 g_uprice1(10) TYPE c, " Unit Price
 g_uprice2(11) TYPE c, " Unit Price
 g_amount(10) TYPE c, " Amount
 g_amount1(13) TYPE c, " Amount
 g_amount2(14) TYPE c, " Amount
 g_fctax(16) TYPE c, " Consumption Tax (Total)
 g_ftamnt(16) TYPE c, " Total amount (Total)
 g_ftotal(16) TYPE c, " net total (Total)
 g_fctax1(8) TYPE c, " Totals with Comma (Consumption tax)
 g_fctax2(10) TYPE c, " Totals with Comma (Consumption tax)
 g_fctax3(11) TYPE c, " Totals with Comma (Consumption tax)
 g_ftamt1(10) TYPE c, " Totals with comma (Total amount)
 g_grand_total(16),
 g_grand_total1(14),
 g_net_total(16),
 g_net_total1(14),
 g_middle_val(16),
 g_middle_val1(11),
 g_ftamt2(13) TYPE c, " Totals with Comma(Total amount)
 g_ftamt3(14) TYPE c, " Totals with comma(Total amount)
 g_ftotal1(10) TYPE c, " Totals with comma(Net total)
 g_ftotal2(13) TYPE c, " Totals with comma(Net total)
 g_ftotal3(14) TYPE c. " Totals with comma(Net total)
*Internal table for billing document header
DATA : BEGIN OF t_vbrk OCCURS 0,
 vbeln LIKE vbrk-vbeln, " Billing Doc number
 vbtyp LIKE vbrk-vbtyp, " Document Category
 kunag LIKE vbrk-kunag, " sold-to-party
 vkorg LIKE vbrk-vkorg, " sales organization
 vtweg LIKE vbrk-vtweg, " Distribution Channel
 kunrg LIKE vbrk-kunrg, " Payer
 fkart_rl LIKE vbrk-fkart_rl," Billing Type
 fkdat LIKE vbrk-fkdat, " Billing date
 mwsbk LIKE vbrk-mwsbk, " Tax amount in document currency
 netwr LIKE vbrk-netwr, " Net value in document currency
 waerk LIKE vbrk-waerk, " SD document currency
 knumv LIKE vbrk-knumv, " Number of the document condition
 END OF t_vbrk.
internal table for Output formatting
DATA : BEGIN OF t_oput OCCURS 0,
 rbcode(4) TYPE c, " Regulating Branch Code
 tpcode(10) TYPE c, " trading partner code
 bdgrp(3) TYPE c, " Billing Document Group
 zjd_torihikikubn(3) TYPE c, " business transaction
 "category
 tpname1(35) TYPE c, " trading partner name 1
 tpname2(35) TYPE c, " trading partner name 2
 bdgnm(10) TYPE c, " Billing Doc Group Name
 dcode(10) TYPE c, " destination code
 dname(35), " destination name
 fkdat(10) TYPE c, " Date of Issue
 vbeln(10) TYPE c, " Billing Doc No
 zzjp_remarks(30) TYPE c, " Remarks
 ctax(16) TYPE c, " Consumption Tax
 tamnt(16) TYPE c, " Total Amount
 gtotal(16) TYPE c, " Grand total,
 pcode(9) TYPE n, " Product Code
 pname(40) TYPE c, " Product name
 volume(16) TYPE p decimals 3, " volume
 volume1 type i,
 volume2(16) type c,
 uprice(13) TYPE c, " Unit Price
 amount(16) TYPE c, " Amount
 posnr(6) TYPE n, " Billing Item
 END OF t_oput.
*Internal table for Customer Master Sales Data
DATA : BEGIN OF t_knvv OCCURS 0,
 kunnr LIKE knvv-kunnr, " Customer Number
 vkorg LIKE knvv-vkorg, " Sales Organization
 vtweg LIKE knvv-vtweg, " Distribution Channel
 spart LIKE knvv-spart, " Division
 kvgr2 LIKE knvv-kvgr2, " Customer Group 2
 vkbur LIKE knvv-vkbur, " sales office
 END OF t_knvv.
*Internal table for Customer Master Data
DATA : BEGIN OF t_kna1 OCCURS 0,
 kunnr LIKE kna1-kunnr, " Customer number
 name1 LIKE kna1-name1, " Customer Name 1
 name2 LIKE kna1-name2, " Customer Name 2
 END OF t_kna1.
Internal table used for billing document items
DATA : BEGIN OF t_vbrp OCCURS 0,
 vbeln LIKE vbrp-vbeln, " Billing Document
 posnr LIKE vbrp-posnr, " Billing item
 zjd_torihikikubn LIKE vbrp-zjd_torihikikubn, " Business
 " Transaction Category
 vgbel LIKE vbrp-vgbel, " Document number of the
 " reference document
 vgtyp LIKE vbrp-vgtyp, " Document category of
 " preceding SD document
 zzjp_remarks LIKE vbrp-zzjp_remarks, " Remarks
 zjd_kanamei LIKE vbrp-zjd_kanamei,
 fkimg LIKE vbrp-fkimg, " Actual billed quantity
 netwr LIKE vbrp-netwr, " Net value of the
 " billing item in document currency
 zjd_touitsumatnr LIKE vbrp-zjd_touitsumatnr,
 END OF t_vbrp.
Internal table used for Rebate Table
DATA : BEGIN OF t_zjpv_rebate OCCURS 0,
 fkart LIKE zjpv_rebate-fkart, " Billing type
 rebate_code LIKE zjpv_rebate-rebate_code, " Rebate Code
 rebate_name LIKE zjpv_rebate-rebate_name, " Rebate Name
 END OF t_zjpv_rebate.
*Internal table used for Delivery Header
DATA : BEGIN OF t_likp OCCURS 0,
 vbeln LIKE likp-vbeln, " Delivery No
 kunnr LIKE likp-kunnr, " Ship-to party
 END OF t_likp.
*Internal table for conditions (Transaction Data)
DATA : BEGIN OF t_konv OCCURS 0,
 knumv LIKE konv-knumv, " Number of the document condition
 kposn LIKE konv-kposn, " Condition item number
 kschl LIKE konv-kschl, " Condition type
 knumh LIKE konv-knumh, " Condition type
 END OF t_konv.
Internal table for conditions (Item)
DATA : BEGIN OF t_konp OCCURS 0,
 knumh LIKE konp-knumh, " Number of the document condition
 kbetr LIKE konp-kbetr, " Rate (condition amount or
 " percentage) where no scale exists
 konwa LIKE konp-konwa, " Rate unit (currency or percentage)
 END OF t_konp.
Internal table for table Torihiki Kubun
DATA : BEGIN OF t_zjpv_torihiki OCCURS 0,
 kubun LIKE zjpv_torihiki-kubun, " Condition type
 rep_grp LIKE zjpv_torihiki-rep_grp, " Shikiri Report Group
 rep_grp_name LIKE zjpv_torihiki-rep_grp_name, " Shikiri Report
 " Group NAME
 END OF t_zjpv_torihiki.
DATA: l_tpname1(35) TYPE c, " trading partner name 1
 l_tpname2(35) TYPE c, " trading partner name 2
 l_bdgnm(10) TYPE c, " Billing Doc Group Name
 G_FLG(1) type c,
 G_FLG1(1) type c.
 Selection screen *
SELECTION-SCREEN : BEGIN OF BLOCK zjpv WITH FRAME TITLE text-001.
PARAMETER : p_date LIKE sy-datum OBLIGATORY. " Delivery date
SELECTION-SCREEN : END OF BLOCK zjpv.
RANGES : r_bdate FOR vbrk-fkdat. " Billing date
 Initialization *
INITIALIZATION.
p_date = sy-datum.
 MAIN PROCESSING *
START-OF-SELECTION.
This Perform is used for getting Billing date According to Delivery
Date(Output date)
PERFORM f_bill_date_move.
Selecting the data from tables VBRK,VBRP,KNVV,KNA1,KONV,KONP,LIKP,
ZJPV_TORIHIKI and ZJPV_REBATE
PERFORM f_get_data.
Passing the data from the internal tables (T_VBRK,T_VBRP,T_KNVV,
T_KNA1,T_KONV,T_KONP,T_LIKP, T_ZJPV_TORIHIKI and T_ZJPV_REBATE)
to out put Internal table(T_OPUT)
PERFORM f_process_data.
 END OF SELECTION *
END-OF-SELECTION.
Out put formatting
PERFORM f_output_data.
*& Form F_Bill_DATE_MOVE
This Perform is used for getting Billing date According to Delivery *
Date(Output date) *
FORM f_bill_date_move.
g_datum = p_date + 10.
g_month = g_datum+4(2).
g_year = g_datum+0(4).
IF g_month = 1.
 g_year = g_year - 1.
 g_month = 12.
 g_date = 1.
ELSE.
 g_month = g_month - 1.
 g_date = 1.
ENDIF.
Passing the date to billing date-low
CONCATENATE g_year g_month g_date INTO g_bill_low.
r_bdate-low = g_bill_low.
r_bdate-sign = 'I'.
r_bdate-option = 'BT'.
g_month1 = g_datum+4(2).
g_year1 = g_datum+0(4).
IF g_month1 = 1.
 g_year1 = g_year1 - 1.
 g_month1 = 12.
ELSE.
 g_month1 = g_month1 - 1.
ENDIF.
CASE g_month1.
 WHEN 1.g_date1 = '31'.
 WHEN 3.g_date1 = '31'.
 WHEN 4.g_date1 = '30'.
 WHEN 5.g_date1 = '31'.
 WHEN 6.g_date1 = '30'.
 WHEN 7.g_date1 = '31'.
 WHEN 8.g_date1 = '31'.
 WHEN 9.g_date1 = '30'.
 WHEN 10.g_date1 = '31'.
 WHEN 11.g_date1 = '30'.
 WHEN 12.g_date1 = '31'.
ENDCASE.
g_year2 = g_year1.
IF g_month1 = 2.
 g_year2 = g_year2 MOD 4 .
 IF g_year2 = 0.
 g_date1 = 29.
 ELSE.
 g_date1 = 28.
 ENDIF.
ENDIF.
Passing the date to billing date-high
CONCATENATE g_year1 g_month1 g_date1 INTO g_bill_high.
r_bdate-high = g_bill_high.
APPEND r_bdate.
ENDFORM. " F_Bill_DATE_MOVE
*& Form f_get_data
Selecting the data from tables VBRK,VBRP,KNVV,KNA1,KONV,KONP,LIKP, *
ZJPV_TORIHIKI and ZJPV_REBATE *
FORM f_get_data.
Selecting the data from VBRK into internal table T_VBRK.
SELECT vbeln
 vbtyp
 kunag
 vkorg
 vtweg
 kunrg
 fkart_rl
 fkdat
 mwsbk
 netwr
 waerk
 knumv
 FROM vbrk
 INTO TABLE t_vbrk
 WHERE fkdat BETWEEN r_bdate-low and r_bdate-high
 and RFBSK = C_RFBSK
 AND vbtyp IN ('N' , 'S' , 'M' , 'O' , 'P')
 AND vkorg = c_vkorg
 AND vtweg = c_vtweg
 AND netwr <> 0.
IF sy-subrc Eq 0.
 sort t_vbrk.
ENDIF.
Selecting the data from KNVV into internal table T_KNVV.
SELECT kunnr
 vkorg
 vtweg
 spart
 kvgr2
 vkbur
 FROM knvv
 INTO TABLE t_knvv
 FOR ALL ENTRIES IN t_vbrk WHERE ( kunnr = t_vbrk-kunag
 OR kunnr = t_vbrk-kunrg )
 AND vkorg = t_vbrk-vkorg
 AND vtweg = t_vbrk-vtweg
 AND spart = c_spart
 AND kvgr2 = c_kvgr2.
Selecting the data from VBRP into internal table T_VBRP.
SELECT vbeln
 posnr
 zjd_torihikikubn
 vgbel
 vgtyp
 zzjp_remarks
 zjd_kanamei
 fkimg
 netwr
 zjd_touitsumatnr
 FROM vbrp
 INTO TABLE t_vbrp
 FOR ALL ENTRIES IN t_vbrk
 WHERE vbeln = t_vbrk-vbeln.
Selecting the data from ZJPV_REBATE into internal table T_ZJPV_REBATE.
SELECT fkart
 rebate_code
 rebate_name
 FROM zjpv_rebate
 INTO TABLE t_zjpv_rebate
 FOR ALL ENTRIES IN t_vbrk
 WHERE fkart = t_vbrk-fkart_rl.
Selecting the data from KNA1 into internal table T_KNA1.
SELECT kunnr
 name1
 name2
 FROM kna1
 INTO TABLE t_kna1
 FOR ALL ENTRIES IN t_knvv
 WHERE kunnr = t_knvv-kunnr.
IF NOT t_vbrp[] IS INITIAL.
Selecting the data from LIKP into internal table T_LIKP.
 SELECT vbeln
 kunnr
 FROM likp
 INTO TABLE t_likp
 FOR ALL ENTRIES IN t_vbrp
 WHERE vbeln = t_vbrp-vgbel.
ENDIF.
Selecting the data from KONV into internal table T_KONV.
SELECT knumv
 kposn
 kschl
 knumh
 FROM konv
 INTO TABLE t_konv
 FOR ALL ENTRIES IN t_vbrk
 WHERE knumv = t_vbrk-knumv
 AND kschl = c_kschl.
Selecting the data from KONP into internal table T_KONP.
SELECT knumh
 kbetr
 konwa
 FROM konp
 INTO TABLE t_konp
 FOR ALL ENTRIES IN t_konv
 WHERE knumh = t_konv-knumh.
Selecting the data from ZJPV_TORIHIKI into internal table
T_ZJPV_TORIHIKI.
SELECT kubun
 rep_grp
 rep_grp_name
 FROM zjpv_torihiki
 INTO TABLE t_zjpv_torihiki
 FOR ALL ENTRIES IN t_vbrp
 WHERE kubun = t_vbrp-zjd_torihikikubn.
ENDFORM. " f_get_data
*& Form f_process_data
Reading The Data from Internal tables (T_VBRK,T_VBRP,T_KNVV,T_KNA1, *
T_LIKP,T_KONV,T_KONP,T_ZJPV_REBATE and T_ZJP_TORIHIKI) *
FORM f_process_data.
Sorting the internal table t_kna1, t_vbrk, t_vbrp ,t_knvv,t_kna1,
t_likp and t_zjpv_rebate
SORT: t_kna1 BY kunnr,
 t_vbrk BY vbeln,
 t_vbrp BY vbeln,
 t_knvv BY kunnr,
 t_zjpv_rebate BY fkart,
 t_knvv BY kunnr vkorg vtweg spart,
 t_likp BY vbeln.
LOOP AT t_vbrk.
Reading the data from internal table t_knvv
 READ TABLE t_knvv WITH KEY kunnr = t_vbrk-kunag
 vkorg = t_vbrk-vkorg
 vtweg = t_vbrk-vtweg
 spart = c_spart
 kvgr2 = c_kvgr2.
 IF sy-subrc NE 0.
 g_flg = 'X'.
 ENDIF.
Reading the data from internal table t_knvv
 READ TABLE t_knvv WITH KEY kunnr = t_vbrk-kunrg
 vkorg = t_vbrk-vkorg
 vtweg = t_vbrk-vtweg
 spart = c_spart
 kvgr2 = c_kvgr2.
 IF sy-subrc NE 0.
 G_FLG1 = 'X'.
 ENDIF.
 IF G_FLG = 'X' AND G_FLG1 = 'X'.
 DELETE T_VBRK.
 CLEAR: G_FLG, G_FLG1.
 CONTINUE.
 ENDIF.
ENDLOOP.
DATA : l_sign(1) TYPE c VALUE '-',
 l_ctax(15) TYPE n ,
 l_tamnt(15) TYPE n ,
 l_volume(16) TYPE c,
 l_gtotal(15) TYPE n,
 l_amnt(15) TYPE n.
SORT t_konv BY knumv kposn kschl.
SORT t_konp BY knumh.
LOOP AT t_vbrp.
 READ TABLE t_vbrk WITH KEY vbeln = t_vbrp-vbeln.
 IF sy-subrc <> 0.
 DELETE t_vbrp.
 CONTINUE.
 ENDIF.
Reading the data from Internal table T_zjpv_rebate(Rebate table)
 READ TABLE t_zjpv_rebate WITH KEY
 fkart = t_vbrk-fkart_rl
 BINARY SEARCH.
 IF sy-subrc NE 0 OR t_vbrk-fkart_rl EQ c_fkart.
 MOVE t_vbrk-kunag TO t_oput-tpcode.
 ELSE .
 IF t_vbrk-fkart_rl NE c_fkart.
 MOVE t_vbrk-kunrg TO t_oput-tpcode.
 ENDIF.
 ENDIF.
 READ TABLE t_zjpv_rebate WITH KEY
 fkart = t_vbrk-fkart_rl
 BINARY SEARCH.
 IF sy-subrc NE 0.
Passing the last 6 values of ZJD_TOUITSUMANTR into product code.
 MOVE t_vbrp-zjd_touitsumatnr+3(6) TO t_oput-pcode.
 MOVE t_vbrp-zjd_kanamei TO t_oput-pname.
 ELSE.
 MOVE t_zjpv_rebate-rebate_code+3(6) TO t_oput-pcode.
 MOVE t_zjpv_rebate-rebate_name TO t_oput-pname.
 ENDIF.
Reading the data from Internal table T_KNA1(Customer Master)
 READ TABLE t_kna1 WITH KEY
 kunnr = t_oput-tpcode BINARY SEARCH.
 IF sy-subrc = 0.
 MOVE t_kna1-name1 TO t_oput-tpname1.
 MOVE t_kna1-name2 TO t_oput-tpname2.
 ENDIF.
Reading the data from Internal table T_vbrp(Billing Documnet: Item)
 MOVE t_vbrp-zjd_torihikikubn TO t_oput-zjd_torihikikubn.
Reading the data from Internal table T_KNVV
 READ TABLE t_knvv WITH KEY kunnr = t_vbrk-kunrg
 vkorg = c_vkorg
 vtweg = c_vtweg
 spart = c_spart
 BINARY SEARCH.
 IF sy-subrc EQ 0.
 MOVE t_knvv-vkbur TO t_oput-rbcode.
 ENDIF.
Reading the data from Internal table T_LIKP (Delivery : Header)
 IF t_vbrp-vgtyp = 'J' OR t_vbrp-vgtyp = 'T'.
 READ TABLE t_likp WITH KEY
 vbeln = t_vbrp-vgbel
 BINARY SEARCH.
 IF sy-subrc = 0.
 MOVE t_likp-kunnr TO t_oput-dcode.
 ENDIF.
 ENDIF.
Reading the data from Internal table T_KNA1.
 READ TABLE t_kna1 WITH KEY kunnr = t_likp-kunnr BINARY SEARCH.
 IF sy-subrc = 0 AND NOT t_oput-dcode IS INITIAL.
 MOVE t_kna1-name2 TO t_oput-dname.
 ENDIF.
*Passing the values from internal table t_vbrk and t_vbrp to
*out put internal table.
 MOVE t_vbrk-fkdat TO t_oput-fkdat.
 CONCATENATE t_oput-fkdat0(4) '.' t_oput-fkdat4(2) '.'
 t_oput-fkdat+6(2) INTO t_oput-fkdat.
 MOVE t_vbrk-vbeln TO t_oput-vbeln.
 MOVE t_vbrp-posnr TO t_oput-posnr.
 MOVE t_vbrp-zzjp_remarks TO t_oput-zzjp_remarks.
*Checking for billing document category.
 IF t_vbrk-vbtyp = 'M' OR t_vbrk-vbtyp = 'P' OR t_vbrk-vbtyp = 'S'.
 IF t_vbrk-waerk = c_waerk.
 t_oput-ctax = t_vbrk-mwsbk * 100.
 t_oput-tamnt = t_vbrk-netwr * 100.
 t_oput-gtotal = t_oput-ctax + t_oput-tamnt.
 ELSE.
 t_oput-ctax = t_vbrk-mwsbk .
 t_oput-tamnt = t_vbrk-netwr.
 t_oput-gtotal = t_oput-ctax + t_oput-tamnt.
 ENDIF.
 ENDIF.
 IF t_vbrk-vbtyp = 'O' OR t_vbrk-vbtyp = 'N' .
 IF t_vbrk-waerk = c_waerk.
 l_ctax = ( t_vbrk-mwsbk * 100 ) .
*The contents of the consumption tax are converted to display format.
 PERFORM F_ALPHA_CONV USING L_CTAX.
 CONCATENATE l_sign l_ctax INTO t_oput-ctax.
 CONDENSE t_oput-ctax.
 l_tamnt = ( t_vbrk-netwr * 100 ).
*The contents of the total amount are converted to display format.
 PERFORM F_ALPHA_CONV USING L_TAMNT.
 CONCATENATE l_sign l_tamnt INTO t_oput-tamnt.
 CONDENSE t_oput-tamnt.
 l_gtotal = t_oput-ctax + t_oput-tamnt.
*The contents of the grand total are converted to display format.
 PERFORM F_ALPHA_CONV USING L_GTOTAL.
 CONCATENATE l_sign l_gtotal INTO t_oput-gtotal.
 ELSE.
 l_ctax = t_vbrk-mwsbk.
*The contents of the consumption tax are converted to display format.
 PERFORM F_ALPHA_CONV USING L_CTAX.
 CONCATENATE l_sign l_ctax INTO t_oput-ctax.
 l_tamnt = ( t_vbrk-netwr ).
*The contents of the total amount are converted to display format.
 PERFORM F_ALPHA_CONV USING L_TAMNT.
 CONCATENATE l_sign l_tamnt INTO t_oput-tamnt.
 l_gtotal = ( t_oput-ctax + t_oput-tamnt ).
*The contents of the grand total are converted to display format.
 PERFORM F_ALPHA_CONV USING L_GTOTAL.
 CONCATENATE l_sign l_gtotal INTO t_oput-gtotal.
 ENDIF.
 ENDIF.
Comparing the volume with given conditions.
 IF t_vbrp-fkimg EQ 0.
 t_oput-volume = space.
 ELSEIF t_vbrp-fkimg NE 0.
 IF t_vbrk-vbtyp = 'M' OR t_vbrk-vbtyp = 'P' OR t_vbrk-vbtyp = 'S'.
 t_oput-volume = t_vbrp-fkimg.
 CALL FUNCTION 'ROUND'
 EXPORTING
 DECIMALS = 3
 input = t_oput-volume
 SIGN = ' '
 IMPORTING
 OUTPUT = t_oput-volume1
 EXCEPTIONS
 INPUT_INVALID = 1
 OVERFLOW = 2
 TYPE_INVALID = 3
 OTHERS = 4.
 IF sy-subrc <> 0.
 MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
 WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
 ENDIF.
 move t_oput-volume1 to t_oput-volume2.
 condense t_oput-volume2 no-gaps.
 ELSEIF t_vbrk-vbtyp = 'O' OR t_vbrk-vbtyp = 'N'.
 t_oput-volume = t_vbrp-fkimg.
 CALL FUNCTION 'ROUND'
 EXPORTING
 DECIMALS = 3
 input = t_oput-volume
 SIGN = ' '
 IMPORTING
 OUTPUT = t_oput-volume1
 EXCEPTIONS
 INPUT_INVALID = 1
 OVERFLOW = 2
 TYPE_INVALID = 3
 OTHERS = 4.
 IF sy-subrc <> 0.
 MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
 WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
 ENDIF.
 l_volume = t_oput-volume1.
*The contents of the volume are converted to display format.
 PERFORM F_ALPHA_CONV USING L_VOLUME.
 CONCATENATE l_sign l_volume INTO t_oput-volume2.
 condense t_oput-volume2 no-gaps.
 ENDIF.
 ENDIF.
*Unit price
 IF t_vbrp-fkimg EQ 0.
 t_oput-uprice = space.
 ELSE.
Reading The data from Internal Table T_KONV(Condition :Transactional)
 READ TABLE t_konv WITH KEY knumv = t_vbrk-knumv
 kposn = t_vbrp-posnr
 kschl = c_kschl
 BINARY SEARCH.
 IF sy-subrc = 0.
Reading The data from Internal Table T_KONP(Condition : Items)
 READ TABLE t_konp WITH KEY
 knumh = t_konv-knumh
 BINARY SEARCH.
 IF sy-subrc = 0.
 IF t_konp-konwa = c_konwa.
 t_oput-uprice = 100 * t_konp-kbetr.
 ELSE.
 t_oput-uprice = t_konp-kbetr.
 ENDIF.
 ENDIF.
 ENDIF.
 ENDIF.
Caluculating the amount with given conditions
 IF t_zjpv_rebate-fkart = t_vbrk-fkart_rl.
 t_oput-amount = t_vbrk-netwr.
 ELSE.
 t_oput-amount = t_vbrp-netwr.
 ENDIF.
 IF t_vbrk-waerk EQ c_waerk.
 t_oput-amount = 100 * t_oput-amount.
 ENDIF.
 IF t_vbrk-vbtyp ='M' OR t_vbrk-vbtyp = 'P' OR
 t_vbrk-vbtyp = 'S'.
 ELSE.
 IF t_vbrk-vbtyp = 'O' OR t_vbrk-vbtyp = 'N'.
 IF t_oput-amount+15(1) = l_sign.
 l_amnt = t_oput-amount+0(15).
 PERFORM F_ALPHA_CONV USING L_AMNT.
 CONCATENATE l_sign l_amnt INTO t_oput-amount.
 ELSE.
 l_amnt = t_oput-amount.
 PERFORM F_ALPHA_CONV USING L_AMNT.
 CONCATENATE l_sign l_amnt INTO t_oput-amount.
 ENDIF.
 ENDIF.
 ENDIF.
Reading the data from Internal Table T_ZPV_TORIHIKI
 READ TABLE t_zjpv_torihiki WITH KEY
 kubun = t_vbrp-zjd_torihikikubn
 BINARY SEARCH.
 IF sy-subrc = 0.
 t_oput-bdgrp = t_zjpv_torihiki-rep_grp.
 t_oput-bdgnm = t_zjpv_torihiki-rep_grp_name.
 ENDIF.
 APPEND t_oput.
Clearing the memory of the internal tables.
 CLEAR: t_oput,
 t_vbrp,
 t_vbrk,
 t_kna1,
 t_knvv,
 t_zjpv_rebate,
 t_zjpv_torihiki,
 t_likp,
 t_konv,
 t_konp.
ENDLOOP.
ENDFORM. " f_process_data
*& Form f_output_data
 Output formatting
FORM f_output_data.
SORT t_oput BY rbcode
 tpcode
 bdgrp
 fkdat
 zjd_torihikikubn
 vbeln
 posnr.
DATA : l_volume(5) TYPE c,
 l_ctax(8) TYPE c.
MOVE t_oput-volume TO l_volume.
MOVE t_oput-ctax TO l_ctax.
DATA : l_ctax1(16) ,
 l_ctax2(16),
 l_vol1(14) ,
 l_vol3(8),
 l_vol2(14),
 l_tamt1(16),
 l_tamt2(16),
 l_gtotal1(16),
 l_gtotal2(16),
 l_uprice1(16),
 l_uprice2(16),
 l_amount1(16) TYPE c,
 l_amount2(16) TYPE c,
 l_fctax1(16) TYPE c,
 l_fctax2(16) TYPE c,
 l_ftamt1(16) TYPE c,
 l_ftamt2(16) TYPE c,
 l_ftotal1(16) TYPE c,
 l_ftotal2(16) TYPE c,
 l_sign(1) TYPE c VALUE '-'.
CONSTANTS c_minus VALUE '-'.
SORT t_konv BY knumv kposn kschl.
SORT t_oput BY zjd_torihikikubn vbeln posnr.
Printing Final Values.
LOOP AT t_oput.
Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
for display purpose.
 L_CTAX2 = T_OPUT-CTAX.
 G_CTAX2 = T_OPUT-CTAX.
 PERFORM F_FORMAT_SUBTOTAL USING G_CTAX2
 C_CONS_8.
 CONDENSE T_OPUT-CTAX.
Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
for display purpose.
 L_TAMT2 = T_OPUT-TAMNT.
 G_TAMT2 = T_OPUT-TAMNT.
 PERFORM F_FORMAT_SUBTOTAL USING G_TAMT2
 C_CONS_10.
 CONDENSE T_OPUT-TAMNT.
Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
for display purpose.
 L_GTOTAL2 = T_OPUT-GTOTAL.
 G_GTOTAL2 = T_OPUT-GTOTAL.
 PERFORM F_FORMAT_SUBTOTAL USING G_GTOTAL2
 C_CONS_10.
 CONDENSE T_OPUT-GTOTAL.
Perform F_FORMAT_SUBTOTAL is used to align the value with the commas
for display purpose.
*Volume
 IF t_oput-volume >= 99999 OR t_oput-volume <= -99999.
 t_oput-volume = space.
 ELSE.
 l_vol1 = t_oput-volume.
 l_vol2 = t_oput-volume.
 CONDENSE l_vol1.
 CONDENSE l_vol2.
 IF l_vol1+0(1) EQ '-'.
 REPLACE '-' WITH space INTO l_vol1.
 ENDIF.
 CONDENSE l_vol1.
 WRITE l_vol1 TO g_vol RIGHT-JUSTIFIED.
 REPLACE '.' WITH ',' INTO l_vol1.
write :85 l_vol1.
 IF NOT g_vol+0(2) IS INITIAL.
 g_vol10(2) = g_vol0(2).
 g_vol1+2(1) = ','.
 ENDIF.
 IF NOT g_vol+2(3) IS INITIAL.
 g_vol13(3) = g_vol2(3).
 ENDIF.
replace '.' with ',' into t_oput-volume.
 l_vol2 = t_oput-volume.
 IF l_vol2+0(1) EQ '-'.
 g_vol2 = g_vol1 .
 CONDENSE g_vol2.
 CONCATENATE c_minus g_vol2 INTO g_vol2.
 ELSE.
 g_vol2 = g_vol1 .
 CONDENSE g_vol2.
 ENDIF.
 ENDIF.
L_VOL1 = T_OPUT-VOLUME.
PERFORM F_FORMAT_SUBTOTAL USING L_VOL1
 C_CONS_5.
CONDENSE L_VOL1.
Unit Price
 IF t_oput-uprice >= 99999999 OR t_oput-uprice <= -99999999.
 t_oput-uprice = space.
 ELSE.
 l_uprice1 = t_oput-uprice .
 l_uprice2 = t_oput-uprice.
 CONDENSE l_uprice1.
 CONDENSE l_uprice2.
 IF l_uprice1+0(1) EQ '-'.
 REPLACE '-' WITH space INTO l_uprice1.
 ENDIF.
 CONDENSE l_uprice1.
 WRITE l_uprice1 TO g_uprice RIGHT-JUSTIFIED.
 IF NOT g_uprice+0(2) IS INITIAL.
 g_uprice10(2) = g_uprice0(2).
 g_uprice1+2(1) = ','.
 ENDIF.
 IF NOT g_uprice+2(3) IS INITIAL.
 g_uprice13(3) = g_uprice2(3).
 g_uprice1+6(1) = ','.
 ENDIF.
 IF NOT g_uprice+5(3) IS INITIAL.
 g_uprice17(3) = g_uprice5(3).
 ENDIF.
 IF l_uprice2+0(1) EQ '-'.
 g_uprice2 = g_uprice1 .
 CONDENSE g_uprice2.
 CONCATENATE c_minus g_uprice2 INTO g_uprice2.
 ELSE.
 g_uprice2 = g_uprice1 .
 CONDENSE g_uprice2.
 ENDIF.
 ENDIF.
Amount
 IF t_oput-amount >= 99999999 OR t_oput-amount <= -99999999 .
 t_oput-amount = space.
 ELSE.
 l_amount1 = t_oput-amount.
 l_amount2 = t_oput-amount.
 CONDENSE l_amount1.
 CONDENSE l_amount2.
 IF l_amount1+0(1) EQ '-'.
 REPLACE '-' WITH space INTO l_amount1.
 ENDIF.
 CONDENSE l_amount1.
 WRITE l_amount1 TO g_amount RIGHT-JUSTIFIED.
 IF NOT g_amount+0(1) IS INITIAL.
 g_amount0(1) = g_amount0(1).
 g_amount1+1(1) = ','.
 ENDIF.
 IF NOT g_amount+1(3) IS INITIAL.
 g_amount12(3) = g_amount1(3).
 g_amount1+5(1) = ','.
 ENDIF.
 IF NOT g_amount+4(3) IS INITIAL.
 g_amount16(3) = g_amount4(3).
 g_amount1+9(1) = ','.
 ENDIF.
 IF NOT g_amount+7(3) IS INITIAL.
 g_amount110(3) = g_amount7(3).
 ENDIF.
 IF l_amount2+0(1) EQ '-'.
 g_amount2 = g_amount1 .
 CONDENSE g_amount2.
 CONCATENATE c_minus g_amount2 INTO g_amount2.
 ELSE.
 g_amount2 = g_amount1 .
 CONDENSE g_amount2.
 ENDIF.
 ENDIF.
 NEW-PAGE.
 MOVE t_oput-tpname1 TO l_tpname1.
 MOVE t_oput-tpname2 TO l_tpname2.
 MOVE t_oput-bdgnm TO l_bdgnm.
 AT NEW bdgrp.
 IF t_oput-rbcode CO '*'.
 t_oput-rbcode = space.
 ENDIF.
 IF t_oput-tpcode CO '*'.
 t_oput-tpcode = space.
 ENDIF.
 IF t_oput-tpname1 CO '*'.
 t_oput-tpname1 = space.
 ENDIF.
 IF t_oput-tpname2 CO '*'.
 t_oput-tpname2 = space.
 ENDIF.
 IF t_oput-bdgnm CO '*'.
 t_oput-bdgnm = space.
 ENDIF.
 PERFORM f_write_heading.
 ENDAT.
 AT NEW vbeln.
 IF sy-linno = 35 OR sy-linno = 1.
 NEW-PAGE.
 PERFORM f_write_heading.
 WRITE:/6 t_oput-fkdat , 18 t_oput-dcode+3(7) ,
 28 t_oput-vbeln+2(8) ,
 37 t_oput-dname+0(20) .
 ELSE.
 WRITE:/6 t_oput-fkdat , 18 t_oput-dcode+3(7) ,
 28 t_oput-vbeln+2(8) ,
 37 t_oput-dname+0(20) .
 ENDIF.
 ENDAT.
 WRITE:/6 t_oput-fkdat, 18 t_oput-dcode+3(7),
 28 t_oput-vbeln+2(8),
 37 t_oput-dname+0(20).
 IF sy-linno = 35 OR sy-linno = 1.
 NEW-PAGE.
 PERFORM f_write_heading.
 CONDENSE L_VOL1 NO-GAPS.
 MOVE l_vol1 TO l_vol3.
 WRITE:/6 t_oput-fkdat , 18 t_oput-dcode+3(7) ,
 28 t_oput-vbeln+2(8) ,
 37 t_oput-dname+0(20) .
 WRITE:/39 t_oput-pcode+3(6) ,
 50 t_oput-pname+0(25) ,
 79 t_oput-zjd_torihikikubn ,
 85 t_oput-volu

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