SAP-GIS Integration
Smallworld Business Integrator (SBI) and SBI Monitor
Integration of the Smallworld GIS into the company IT
With the Smallworld Business Integrator (SBI), GE offers a standards-based technology for the integration of SAP and Smallworld GIS. The add-on product SBI Monitor ensures a fast and transparent implementation of this technology:
- Certified for SAP® NetWeaver technology
- Supports direct bidirectional coupling
- Supports service-oriented architectures (SOA)
- Phased introduction concept
- Globally introduced standard product
Smallworld Business Integrator (SBI)
A key role in optimising business processes is played by the integration of important systems such as ERP and GIS. As the manufacturer's standard product, the SBI enables precisely this: It creates a company-wide database that can be used holistically and offers the highest level of security due to its multitude of existing installations.Flexible integration platform
In conjunction with the SBI Monitor, the SBI opens up the possibility of coupling the Smallworld GIS with the rest of the company's IT infrastructure in a standards-based communication. Both direct couplings, for example SAP S/4 HANA, SAP ERP or SAP R/3 via the Java Connector (JCo), and indirect couplings via middleware platforms such as SAP NetWeaver or IBM WebSphere are supported.Sensible step-by-step concept
Due to the modular structure, the integration can be expanded step by step. A cost-effective and high-performance start is possible, for example, with a data-oriented direct coupling of the systems. This approach is particularly recommended for initial filling and initial coupling, where large amounts of data are usually involved. The solution can later be easily expanded into a service-oriented architecture (SOA) that is flexibly integrated into the IT landscape of a company.Komponenten des SBI
Business Objects
Business objects serve to balance between different data models. They form an abstraction layer between the actual objects and the interface. In this way, an easy-to-maintain 1:1 assignment can be set up for differently mapped object structures.
For example, an SAP house connection that is confronted with several technical objects on the GIS side (for example, connection object, pipe section and shut-off device) can be mapped to an aggregation of these objects. In this way, the division of the house connection, which is irrelevant for the coupling, is hidden and a 1:1 allocation between SAP and GIS is made possible. Queries for individual attributes of the GIS house connection are transparently distributed from this to the subordinate real GIS objects. This can be used, for example, for evaluations started from SAP.
An aggregated business object usually has a main object from the underlying database, which ensures uniqueness and easy reconstruction from the database.
For example, an SAP house connection that is confronted with several technical objects on the GIS side (for example, connection object, pipe section and shut-off device) can be mapped to an aggregation of these objects. In this way, the division of the house connection, which is irrelevant for the coupling, is hidden and a 1:1 allocation between SAP and GIS is made possible. Queries for individual attributes of the GIS house connection are transparently distributed from this to the subordinate real GIS objects. This can be used, for example, for evaluations started from SAP.
An aggregated business object usually has a main object from the underlying database, which ensures uniqueness and easy reconstruction from the database.
Mapping-Engine
The mapping engine can be used to define the mapping of business objects for two coupled systems. In addition to the basic allocation of the classes, the keys used and the field allocations can also be configured. The field names can be different and, among other things, a mapping of value catalogues can be made.
Synchronisation engine
The Synchronisation Engine is used to automatically transfer changes to objects from one system to the other, as long as the objects are redundantly held in both systems. The synchronisation uses the Mapping Engine to find the appropriate target object for a changed source object and to translate the field changes in the source system into corresponding field changes in the target system.
Of course, the insertion and deletion of objects is also taken into account. It can make sense to ignore deletions in the source system in the target system and only remove the link to the target object, or to translate a deletion in the source system into a change of a status field in the target objects (e.g. status "shut down").
Of course, the insertion and deletion of objects is also taken into account. It can make sense to ignore deletions in the source system in the target system and only remove the link to the target object, or to translate a deletion in the source system into a change of a status field in the target objects (e.g. status "shut down").
Consistency Checker
The Consistency Checker makes it possible to check the linked business objects and attributes for consistency at any time or, if necessary, to restore them.
SBI Monitor
The SBI Monitor is based on GE's standard product Smallworld Business Integrator and expands it into a transparent and easy-to-use tool. Many years of project experience have gone into the development of the SBI Monitor in order to offer a quickly implementable integration solution with menu-driven configuration of the coupling of GIS and SAP. The following functions are available
- Menu-guided mapping of business objects and attribute fields
- Control of the initial coupling of the systems
- Transparent monitoring of inconsistencies and errors
- Process- and status-controlled workflow for the elimination of inconsistencies and errors
- Synchronous and asynchronous alignment of the systems, including timing of the consistency check
- Front-end coupling between SAP and Smallworld GIS
SBI Monitor - Functions in detail:
Definition of the business objects
The basis of a coupling between SAP and GIS is the agreement of a "common" view of the objects in both systems. For this purpose, business objects are defined between which a mapping can then be defined. The SBI Monitor offers a clear way to configure this mapping.
The time-consuming interpretation of configuration files is no longer necessary; the current settings can be displayed and changed quickly and easily at the click of a mouse via a clear interface in the SBI Monitor.
The time-consuming interpretation of configuration files is no longer necessary; the current settings can be displayed and changed quickly and easily at the click of a mouse via a clear interface in the SBI Monitor.
Mapping the attribute fields
In a further step, the SBI Monitor offers the possibility to compare the respective characteristics and attributes of the business objects, whereby a clear allocation of the data of both systems is realised. In the case of complex correlations, it is possible to reference any necessary auxiliary methods.
The SBI Monitor also provides a tool for realising translation tables for certain values of the business objects. Not only can such a mapping be defined, but the values to be translated by the interface can be defined or changed with the help of the SBI Monitor. This also allows systems to be coupled that already contain historically grown data and structures.
The SBI Monitor also provides a tool for realising translation tables for certain values of the business objects. Not only can such a mapping be defined, but the values to be translated by the interface can be defined or changed with the help of the SBI Monitor. This also allows systems to be coupled that already contain historically grown data and structures.
Initial coupling
For the initial coupling, criteria are defined in the SBI Monitor by which the objects of both systems can find each other. Since inconsistencies usually occur during a coupling, the Integration Manager provides a monitoring tool with which these can be identified and resolved.
Monitoring
The SBI Monitor makes the processing of transactions transparent and comprehensible. With the help of a clear editor, the processing status of each transaction is displayed. This makes it easy to identify any conflicts and avoid or resolve inconsistencies.
When resolving inconsistencies, the user is provided with detailed information on the status of the transaction and the objects concerned:
When resolving inconsistencies, the user is provided with detailed information on the status of the transaction and the objects concerned:
- Type of inconsistency (for example, contradictory attribute values)
- Status of the transaction
- Logging the status changes
- Attribute differences between Smallworld and SAP. if available
- Other affected objects
- Comment as information field for the operation
- Responsible clerk
- Resubmission
- First entry of inconsistency
- Final editing of the inconsistency
Clear filtering
Due to the possibility of filtering the inconsistencies that have occurred, the SBI Monitor can also be used for very effective mass processing. In the basic setting, each employee only sees the transactions that are currently assigned to him or her for processing. They also have the option of filtering out inconsistencies of the same type and processing them together in one go. The SBI Monitor is thus the ideal tool for harmonising existing data in Smallworld and SAP.
Workflow
With the integrated process control, the resolution of inconsistencies in the data can be controlled. Responsibilities are flexibly managed at both person and department level. A resubmission function, for example for holiday or absence times, is also integrated.
Time control via scheduler
The consistency check can be carried out synchronously or asynchronously. In the case of an asynchronous adjustment, this usually takes place at regular intervals, for example daily in a scheduled maintenance window, overnight or weekly.
The control of the adjustment can be configured differently for different business objects and is controlled in the SBI Monitor with the help of a clear menu, the so-called scheduler. This makes it possible to organise the interface adjustment on the basis of a regularly running time control and thus ensure consistent data maintenance.
The control of the adjustment can be configured differently for different business objects and is controlled in the SBI Monitor with the help of a clear menu, the so-called scheduler. This makes it possible to organise the interface adjustment on the basis of a regularly running time control and thus ensure consistent data maintenance.
Front-end coupling
In addition to the back-end coupling, which ensures the consistency of the data in the background, the SBI Monitor also offers the possibility of a front-end coupling of the SAP and Smallworld systems.
By means of a frontend link, it is already possible to call up the corresponding equipment or functional location in the SAP GUI from the SBI Monitor of a linked object. Furthermore, it is also possible to jump from the screens and editors of linked objects directly to the corresponding screen of the other system.
By means of a frontend link, it is already possible to call up the corresponding equipment or functional location in the SAP GUI from the SBI Monitor of a linked object. Furthermore, it is also possible to jump from the screens and editors of linked objects directly to the corresponding screen of the other system.
Partner
With the Smallworld Business Integrator (SBI) from GE and the SBI Monitor from ITS, Mettenmeier offers its customers an excellent combination of proven solutions for the integration of SAP/ERP systems and the Smallworld GIS.
GE-Partner
Mettenmeier is your certified Smallworld service provider
ITS-Partner
The SBI Monitor is a product of ITS Service GmbH
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