Program for inventory , COBOL Programming

Assignment Help:

PROGRAM FOR INVENTORY 

We have to write a program to update the inventory file. Consider 2 files,viz, invfile an tranfile. Invfile has 3 fields pno,name,qty. Tranfile has 3 fileds tpno,trcode,tqty. By readin tranfile records if trcode=1 then update the qty with qty+tqty in invfile. If trcode=2 the update the qty with qty-tqty in invfile.

 identification division.

  program- id.

  environment division.

  input-output section.

  file-control.

    select invfile assign to disk

    organization is indexed

    access mode is dynamic

    record key is pno

    file status is fs.

    select tranfile assign to disk

    organization is line sequential.

  data division.

  file section.

  fd  invfile

    label records are standard

    value of file- id is "inv.dat".

  01  invrec.

    02 pno  pic 9(5).

    02 name pic x(5).

    02 qty  pic 9(5).

  fd tranfile

  label records are standard

  value of file- id is "tran.dat".

01 tranrec.

  02 tpno  pic 9(5).

  02 trcode pic 9.

  02 tqty    pic 9(5).

working-storage section.

01  ans pic x value space.

01  fs  pic x(2) value spaces.

01  key- in pic x value space.

  procedure division.

  p-1.

    open i-o invfile.

    if fs = "30"

      open output invfile

      close invfile

      open i-o invfile.

    perform g-w-inv until ans = 'n' or 'N'.

    move space to ans.

    open output tranfile.

    perform g-w-tran until ans = 'n' or 'N'.

    close tranfile.

    open input tranfile.

  read-para.

    read tranfile at end go to close-para.

    move tpno to pno.

    read invfile key is pno invalid key 

        display(5 5) "No Record Found for" ; pno

       accept key- in

       go to read-para.

    if trcode = 1 

      add tqty to qty

      rewrite invrec.

    if trcode = 2 

      subtract tqty from qty 

      rewrite invrec.

     go to read-para.

  close-para.

    close invfile tranfile.

  op-para.

  open input invfile.

r-para.

  read invfile next record at end go to cl-para.

  display(1 1) erase.

  display(3 5) "Part No: " pno.

  display(5 5) "Name : " name.

  display(7 5) "Qty : " qty.

  accept key- in.

  go to r-para.

cl-para.

  close invfile.

  stop run.

g-w-tran.

  display(1 1) erase.

  display(2 5) "Tran Details ....".

  display(3 5) "Part No: ".

  accept tpno.

  display(5 5) "Trancode : ".

  accept trcode.

  display(7 5) "Quantity : ".

  accept tqty.

  write tranrec.

  display(12 5) "Add more [y/n] :".

  accept ans.

g-w- inv.

  display(1 1) erase.

  display(2 5) "Inven Details....".

  display(3 5) "Part No: ".

  accept pno.

  display(5 5) "Name : ".

  accept name.

  display(7 5) "Quantity : ".

  accept qty.

  write invrec invalid key display(10 5) "Rec Exists!".

  display(12 5) "Add more [y/n] :".

  accept ans.


Related Discussions:- Program for inventory

Picture specification - picture clause, PICTURE specification: The siz...

PICTURE specification: The size of a group item is equivalent to the total of the sizes of all the subordinate elementary items. The group item class is alphanumeric. The i

Example of special-names - configuration section, Example of Special-names:...

Example of Special-names: Consider the illustration: Let the SPECIAL-NAMES paragraph be as shown: SPECIAL-NAMES. CHANNEL 1 IS PAGE-TOP. The Channel is related with the t

Write statement - indexed files, WRITE STATEMENT: The records are wri...

WRITE STATEMENT: The records are written to be logical place as determined from the value of the record key. The INVALID KEY condition occurs in the cases shown below: (i)

File-control paragraph for the indexed files, FILE-CONTROL paragraph for th...

FILE-CONTROL paragraph for the indexed files: The common format for the SELECT clause for a file is as shown below: SELECT  file-name  ASSIGN   TO  implementor -name

Read statements - relative files, READ STATEMENTS: The common format f...

READ STATEMENTS: The common format for the read statements is as shown bellow. Format 1: READ file-name RECORD [ INTO   identifier ] [  ;  AT   END     imperative-s

Perform statement, PERFORM STATEMENT:   The PERFORM statement can be ...

PERFORM STATEMENT:   The PERFORM statement can be used to execute the group of consecutive statements written elsewhere in the program. We refer to this group of statements a

Environment division - cobol programming, Environment Division: The En...

Environment Division: The Environment Division is the second division in the COBOL source program. It is mainly machine-dependent . The computer and all the peripheral dev

Divide verb, DIVIDE VERB: The aim of the DIVIDE verb is to divide one ...

DIVIDE VERB: The aim of the DIVIDE verb is to divide one number by the other and to store the result.  There are few forms of this verb. One of its forms is as shown below:

Sign condition - cobol programming, SIGN CONDITION:   The sign condit...

SIGN CONDITION:   The sign condition establishes whether or not the algebraic value of an operand is negative, positive or zero. The operand can be either the numeric identif

Example of add verb, Example of add verb: (a) ADD A TO B. This illu...

Example of add verb: (a) ADD A TO B. This illustration represents that the value of A will be added to the value of B and the result will be stored in B.  The alignment of

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd