1 : n interface

[Former Member]

HI

I have an interface which gets a file from a sending system and XI has to send it to 10 different receiver.

I have gone through couple of weblogs and forum threads but I dint get the clear picture for the development approach.

Qs 1: Is it possible to accomplish it without BPM ?

If yes, then could anyone guide through the steps .

Thank You

Peeru

[former_member189354 · Accepted solution]

Qs 1: Is it possible to accomplish it without BPM ?

It depends upon the receiver adapter. If receiver adapter runs on java stack u can do this with out BPM for example file adapter in other cases you need to use BPM.

Regards,

Rao.Mallikarjuna

[Former Member · Accepted solution]

Thank you for your response.

Well I dont have any condition to specify at the receiver end. There are 10 receivers who want the same data in the 10 different file formats.

From the development point of view, are these the objects I have to create ?

Source : 1 DT, 1 MT, 1 IM

target : 10 DT, 10 MT , 10 MI

10 MM , 1 IM (???)

1 Sender Communication channel

1 Sender agreement

10 File receiver Communication channel

10 receiver agreement

1 interface determination( ???)

10 receiver determination (???)

no BPM ( ???) ( As per the Rao's reply, for the File receiver adapter, we have to use the BPM , is it true ?)

(???) indicates doubt in the step.

Thanks for your help

Peeru

[prateek · Accepted solution]

10 MM , 1 IM (???)

Yes 1 IM

1 interface determination( ???)

Use enhanced interface determination

10 receiver determination (???)

No. Only 1. Use multiple receivers

As per the Rao's reply, for the File receiver adapter, we have to use the BPM , is it true ?)

No BPM required. File adapter is based on Java stack so u can achieve this without bpm

Regards,

Prateek

[Former Member · Accepted solution]

Thanks to all of you.

[Former Member]

Hi Peeru,

I have an interface which gets a file from a sending system and XI has to send it to 10 different receiver.

Since you are asking only about different receivers...you can easily achieve it by maintaining multiple receivers at receiver determination .

Regards,

[Former Member]

Hey,

It is possible to have one source message and more than one target message.

In your message mapping for the target message you can select more than one message type in the message tab.

Now map the source message to the N target messages.(In your case 10)

Similarly for your Interface mapping you can have more than one message interface in the target message interface.

The only problem you can face is in the interface determination, where you cant see more than one target message

In order to view and assign more than one target message click on extended. this is referred to as enhanced interface determination.

reward points if useful.

regards,

Milan

[Former Member]

Hey,

It is possible to have one source message and more than one target message.

In your message mapping for the target message you can select more than one message type in the message tab.

Now map the source message to the N target messages.(In your case 10)

Similarly for your Interface mapping you can have more than one message interface in the target message interface.

The only problem you can face is in the interface determination, where you cant see more than one target message

In order to view and assign more than one target message click on extended. this is referred to as enhanced interface determination.

reward points if useful.

regards,

Milan

[Former Member]

Hi Peeru,

In order to send the message to multiple receivers....

1. you will have to create a business system or service for each.

2. In the Receiver Determination, Configured Receiers column,

you can add the specific receiver and also specify the condition for which each will be called.

Reward points if helpful...

PRAshAnT

[Former Member]

Hi,

Yes its possible

/people/jin.shin/blog/2006/02/07/multi-mapping-without-bpm--yes-it146s-possible

Regards,

Shabari

[samiullah_qureshi]

Hi

Yes it is possilble without BPM.

Just go through following blog:-

[https://www.sdn.sap.com/irj/sdn/weblogs?blog=/pub/wlg/3115] [original link is broken] [original link is broken] [original link is broken];

Regards

Sami

Reward points if helpful.