Hi all,
I would like to create a vector that did a converse-on to a IVR skill and then had two collect steps. The first collect step would accept the transfer destination logic and the second collect step would be additional information about the caller, like an account number. This is how I would like to build the vector:
01 converse-on skill 5 pri m passing none and none
02 collect 1 digit after annoucement none for A
03 collect 12 digits after annoucment none for B
04 goto step 7 if A = 1
05 goto step 8 if A = 2
06 route to number 3800 with cov n if unconditionally
07 route to number 3990 with cov n if unconditionally
08 route to number 3991 with cov n if unconditionally
I am not sure if I should use the feature access code for converse data 1 or converse data 2, or how this should work.
I would assume that IVR would outpulse the converse data return feature access code followed by the collect string. eg; 1#123456789012
Can anyone tell me if I am on the right path here?
I would like to create a vector that did a converse-on to a IVR skill and then had two collect steps. The first collect step would accept the transfer destination logic and the second collect step would be additional information about the caller, like an account number. This is how I would like to build the vector:
01 converse-on skill 5 pri m passing none and none
02 collect 1 digit after annoucement none for A
03 collect 12 digits after annoucment none for B
04 goto step 7 if A = 1
05 goto step 8 if A = 2
06 route to number 3800 with cov n if unconditionally
07 route to number 3990 with cov n if unconditionally
08 route to number 3991 with cov n if unconditionally
I am not sure if I should use the feature access code for converse data 1 or converse data 2, or how this should work.
I would assume that IVR would outpulse the converse data return feature access code followed by the collect string. eg; 1#123456789012
Can anyone tell me if I am on the right path here?