Database Reference
In-Depth Information
Impact on technical infra-
structure
Framework
Description
SOA patterns employed
•
It is installed on
the SOA Suite
server only.
•
AA considera-
tions must take
into account
long-running
processes.
•
Partial State De-
ferral
•
It is used to host a rule engine/decision service.
•
It has a DB De-
hydrated stor-
age.
•
Rule Centraliza-
tion
•
It is present in the EBO/EBM level.
•
It is Stateful in general.
•
Compensation
Service Trans-
action
•
It is optional in AIA.
•
It is alternat-
ively Stateful
via Pro-
cessHeader and
BPEL-correla-
tions.
•
It has a separate
LB for this lay-
er.
•
Enterprise Ser-
vice Bus
•
Reliable Mes-
saging
•
It is installed as
a separate OSB
domain.
•
Asynchronous
queuing
•
This framework is OSB based, Stateless, and man-
datory.
•
It is clustered as
Stateless.
•
Intermediate
Routing
EBS
•
It is used to route synchronous invocations.
•
Separate LBs
can be used.
•
Rule centraliza-
tion
•
It is connected to ABSCS and/or EBF.
•
Coherence in-
stallation with
WLS
•
Messaging
Metadata
(SBDH stand-
ard implementa-
tion)
•
Federated End-
point Layer
•
It is installed on
an SOA Suite
server and is
realized on
BPEL Adapters
in HA mode
where possible.
•
File Gateway
•
Legacy Wrap-
per
•
This framework is BPEL based.
•
It is used to host adapters, compensation layers, and
ABM-EBM transformations.
•
Multi-Channel
Endpoint
ABCS
•
It is connected to API and EBS.
•
Partial message
validation
•
It is Stateless in most cases and is mandatory.
•
Separate LBs
can be used.
•
Message
Format/Model
Transformation
•
It is implemen-
ted using Oracle
Service Re-
gistry and En-
terprise Repos-
itory
•
Enterprise In-
ventory
•
This is the Business Process Repository and is op-
tional.
BPR
•
Inventory End-
point
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