Running the IMS sample application

To verify the IMS sample application databases, you must run the IMS sample application using the six PSBs with their associated transactions and nine online functions.

Run the IVP jobs and tasks through the H series to set up the basic infrastructure for the IMS sample application.
Sign on to an IMS user terminal session.

To run the IMS sample application:

Procedure

Run the PART transaction.
The transaction PART queries the part number database for information from the part master and standard information segments of a specific part number. Execute the IMS sample application transactions using the following format:
```
TRANSACTION_CODE OPERAND,OPERAND,OPERAND, . . .
```
Separate the transaction code from the first operand with one blank. Blanks cannot be entered between one operand and another. Most of the transaction codes have been defined as multiple segment transactions and require an EOT (end-of-transmission, for 2740), or equivalent, to complete input.
The input format is transaction code and part number as illustrated in the following figure.
Figure 1. PART transaction - entry
```
part AN960C10
```
The output or response format is shown in the following figure.
Figure 2. PART transaction - output
```
           Part...........     AN960C10; Desc........... WASHER
           Proc Code......           74; Inv Code.......        2
           Make Dept......        12-00; Plan Rev Num...
           Make Time......           63; Comm Code......       14
 
 
```
The available part numbers that you can use for message processing are:
Part Numbers:
```
AN960C10                         7438995P002
3003806 *                        7618032P101 *
3007228                          922399-001
3013412                          82125-869
652799
```
The part numbers marked with an asterisk (*) have dependent back-order segments. All part numbers have at least one dependent inventory status segment.

Run the DSPALLI transaction.

The DSPALLI transaction displays all inventory, cycle count, and back-order information for a specific part. The following figure illustrates the input format of transaction code and part number.

Figure 3. DSPALLI transaction - entry

dspalli AN960C10

The resulting terminal output is shown in the following figure.

Figure 4. DSPALLI transaction - output

   Part=AN960C10;   Desc=WASHER;   Proc Code=74
 
      Area  Inv  Proj  Div  Unit   Current   On     In     Total  Count Back
            Dept  CD        Price  Reqmts  Order  Stock  Disburse Taken Ordr
      ----  ----  ---  ---  -----  ------  -----  -----  -------- ----- ----
   1.        AA   165   11  0.000   146     20     126      104     No    0
   2.        AK   287   7F  0.000    88      0      88       37     No    0
   3.   2    80   091   26  0.000   630     15     680     1157     No    0

Run the DSPINV transaction.

The DSPINV transaction displays inventory information from a specific inventory location. Assume that you want to display only the third inventory entry listed in Figure 4. Obtain the inventory location key by concatenating AREA, INVDEPT, PROJCD, and DIV.

The following figure illustrates the input format of transaction code followed by part number and inventory-location-key.

Figure 5. DSPINV transaction - entry

dspinv AN960C10,28009126

The resulting terminal output is shown in the following figure.

Figure 6. DSPINV transaction - output

           Part...........     AN960C10; Desc........... WASHER
           Proc...........           74; Area...........        2
           Inv Dept.......           80; Prj............      091
           Div............           26; Price..........    0.000
           Stk Ct Date....          513; Unit...........     EACH
           Curr Reqmts....          630; On Order.......       15
           Total Stock....          680; Disb Planned...     1053
           Disb Unplanned.          104; Stk Ct Variance        0

Run the ADDPART transaction.
The ADDPART transaction adds a new part and its associated description and procurement code to the database. The input format for this transaction is transaction code, followed by part number, description, and procurement-code, entered as shown in the following figure.
Figure 7. ADDPART transaction - entry
```
addpart AB960C10,RIVET,74
```
The resulting terminal output is shown in the following figure.
Figure 8. ADDPART transaction - output
```
 Part Number AB960C10 Added To Data Base
```
Run the ADDINV transaction.
The ADDINV transaction adds inventory location key information to an existing part in the database. The input format for this transaction is transaction code followed by part number and inventory-location-key, entered as shown in the following figure.
Figure 9. ADDINV transaction - entry
```
addinv AB960C10,80091260
```
The resulting terminal output is shown in the following figure.
Figure 10. ADDINV transaction - output
```
 Inventory 80091260 Added To Part Number AB960C10
 
 
```
If you want to display the part's updated inventory information, enter the command shown in the following figure.
Figure 11. DSPINV transaction - entry
```
dspinv AB960C10,80091260
```
The resulting terminal output is shown in the following figure.
Figure 12. DSPINV transaction - output
```
           Part...........     AB960C10; Desc........... RIVET
           Proc...........           74; Area...........        8
           Inv Dept.......           00; Prj............      912
           Div............           60 ; Price..........    0.000
           Stk Ct Date....             ; Unit...........
           Curr Reqmts....            0; On Order.......        0
           Total Stock....            0; Disb Planned...        0
           Disb Unplanned.            0; Stk Ct Variance        0
 
 
```
Run the DLETINV transaction.
The DLETINV transaction code deletes a specific inventory item for a specific part. The input format for this transaction is transaction code, followed by part number and inventory-location-key, entered as shown in the following figure.
Figure 13. DLETINV transaction - entry
```
dletinv AB960C10,80091260
```
The resulting terminal output shown in the following figure.
Figure 14. DLETINV Transaction - output
```
 Inventory 80091260 Deleted From Part Number AB960C10
 
 
```
Run the DLETPART transaction.
If all the inventory items are deleted, you can delete a particular part number from the database with the transaction code DLETPART. The input format is transaction code followed by part number, entered as shown in the following figure.
Figure 15. DLETPART transaction - entry
```
dletpart AB960C10
```
The resulting terminal output is shown in the following figure.
Figure 16. DLETPART transaction - output
```
 Part Number AB960C10 Deleted From Data Base
 
 
```
Run the CLOSE transaction.
You can close an open order for a specific part in a specific inventory item by using the CLOSE transaction code. The input format is transaction code, part number, inventory-location-key, on-order-decrement, total-stock increment, entered as shown in the following figure.
Figure 17. CLOSE transaction - entry
```
close AN960C10,28009126,15,15
```
The resulting terminal output is shown in the following figure.
Figure 18. CLOSE transaction - output
```
 17:43:38 PN= AN960C10 Invty Key=28009126 Excess Stock On Hand
 
 
```
Other messages might follow, depending on the sample database update status. You might need to press PA1 first. An example is shown in the following figure.
Figure 19. CLOSE transaction - output (additional)
```
 Update Complete
 
 
```
To verify the operation of the CLOSE transaction, you can display inventory item 28009126 for part AN960C10. The input format is transaction code, part number, inventory-location-key, entered as shown in the following figure.
Figure 20. DSPINV transaction - entry
```
dspinv AN960C10,28009126
```
The resulting terminal output is shown in the following figure.
Figure 21. DSPINV transaction - output
```
           Part...........     AN960C10; Desc........... WASHER
           Proc...........           74; Area...........        2
           Inv Dept.......           80; Prj............      091
           Div............           26; Price..........    0.000
           Stk Ct Date....          513; Unit...........     EACH
           Curr Reqmts....          630; On Order.......        0
           Total Stock....          695; Disb Planned...     1053
           Disb Unplanned.          104; Stk Ct Variance        0
 
 
```
Compare the input and output. Notice that the on-order quantity was reduced by 15 and the total stock quantity has been increased by 15 to 695.
Run the DISBURSE transaction.
The DISBURSE transaction code allocates a quantity of a part from an inventory item on a planned or unplanned basis. The input format is transaction code, part number, inventory-location-key, planned or unplanned code, quantity. Enter the command as shown in the following figure.
Figure 22. DISBURSE transaction - entry
```
disburse AN960C10,28009126,U,10
```
The resulting terminal output is shown in the following figure.
Figure 23. DISBURSE transaction - output
```
 17:47:40 PN= AN960C10 Invty Key=28009126 Excess Stock On Hand
 
 
```
Other messages might follow, depending upon the sample database update status. You might need to press PA1 first. An example is shown in the following figure.
Figure 24. DISBURSE transaction - output (additional)
```
 Update Complete
 
 
```
If you want to display the inventory information for key 28009126 and part number AN960C10, enter the command as shown in the following figure. The input is transaction code, part number, inventory-location-key.
Figure 25. DSPINV transaction - entry
```
dspinv AN960C10,28009126
```
The resulting terminal output is shown in the following figure.
Figure 26. DSPINV transaction - output
```
           Part...........     AN960C10; Desc........... WASHER
           Proc...........           74; Area...........        2
           Inv Dept.......           80; Prj............      091
           Div............           26; Price..........    0.000
           Stk Ct Date....          513; Unit...........     EACH
           Curr Reqmts....          630; On Order.......        0
           Total Stock....          685; Disb Planned...     1053
           Disb Unplanned.          114; Stk Ct Variance        0
 
 
```