Difference between revisions of "Object Configuration (Draft)"
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− | The configuration for storing a new asset depends on five BEOs: [[Engineering Objects (Draft)#catalogue service|'''catalogue service''']], [[Engineering Objects (Draft)#data transfer service|'''data transfer service''']], data exporter, [[Engineering Objects (Draft)#pid manager|'''pid manager''']], and [[Engineering Objects (Draft)#data store controller|'''data store controller''']] | + | The configuration for storing a new asset depends on five BEOs: [[Engineering Objects (Draft)#catalogue service|'''catalogue service''']], [[Engineering Objects (Draft)#data transfer service|'''data transfer service''']], [[Engineering Objects (Draft)#data exporter|'''data exporter''']], [[Engineering Objects (Draft)#pid manager|'''pid manager''']], and [[Engineering Objects (Draft)#data store controller|'''data store controller''']] |
The figures on the right shows the configuration of the service using the recommended [[Container Structure (Draft)|'''Container Structure''']]. | The figures on the right shows the configuration of the service using the recommended [[Container Structure (Draft)|'''Container Structure''']]. | ||
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− | The configuration for moving an asset depends on seven BEOs: [[Engineering Objects (Draft)#catalogue service|'''catalogue service''']], [[Engineering Objects (Draft)#data transfer service|'''data transfer service''']], | + | The configuration for moving an asset depends on seven BEOs: [[Engineering Objects (Draft)#catalogue service|'''catalogue service''']], [[Engineering Objects (Draft)#data transfer service|'''data transfer service''']], [[Engineering Objects (Draft)#data exporter|'''data exporter''']], [[Engineering Objects (Draft)#pid manager|'''pid manager''']], [[Engineering Objects (Draft)#data store controller|'''data store controller''']], coordination service, and process controller, |
The figures on the right shows the configuration of the service using the recommended [[Container Structure (Draft)|'''Container Structure''']]. | The figures on the right shows the configuration of the service using the recommended [[Container Structure (Draft)|'''Container Structure''']]. | ||
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− | The configuration for composing existing assets depends on seven BEOs: [[Engineering Objects (Draft)#catalogue service|'''catalogue service''']], [[Engineering Objects (Draft)#data transfer service|'''data transfer service''']], | + | The configuration for composing existing assets depends on seven BEOs: [[Engineering Objects (Draft)#catalogue service|'''catalogue service''']], [[Engineering Objects (Draft)#data transfer service|'''data transfer service''']], [[Engineering Objects (Draft)#data exporter|'''data exporter''']], [[Engineering Objects (Draft)#pid manager|'''pid manager''']], [[Engineering Objects (Draft)#data store controller|'''data store controller''']], coordination service, and process controller, |
The figures on the right shows the configuration of the service using the recommended [[Container Structure (Draft)|'''Container Structure''']]. | The figures on the right shows the configuration of the service using the recommended [[Container Structure (Draft)|'''Container Structure''']]. |
Revision as of 00:39, 29 March 2020
Object Configuration illustrates how the engineering objects are used for supporting the functionalities commonly shared among more than one RI such as Identification and Citation, Curation, Cataloguing Configurations, Processing, and Provenance.
Contents
Cataloguing Configurations
There are seven cataloguing processes (D8.3) which need to be supported using EV objects. These basic EV configurations are mapped to these processes in Table 01. As shown in the table, the combination of these basic configurations allows supporting different cataloguing processes.
Processes (User Stories/Requirements) (Stage 1 Description) | Configuration Name |
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1. Store an asset (e.g. dataset) with metadata sufficient for cataloging purposes; | Store Asset Configuration |
2. Discover an asset using the metadata – the richer the metadata and the more elaborate the query the greater the precision in discovering the required asset(s); | Discover Asset Configuration |
3. Download an asset based on metadata | Download Asset Configuration |
4. Select/project an asset in situ location accessed via metadata | Select Asset Configuration |
5. Move (selected parts of) asset to location accessed via metadata | Move Asset Configuration |
6. Compose (selected parts of) asset into workflow accessed via metadata | Compose Asset Configuration |
7. Update an asset and/or metadata | Update Asset Configuration |
This section define set of seven independent cataloguing services that support each process on Table 01. This clearly separates the functionalities vertically and shows how the BEOs interact with each other. The structure of the following configurations is based on the Container Structure.
In addtion to the EV BEOs all the configurations require a management component object and a catalogue system object. These engineering objects together with the collection of configurations conform the complete catalogue service.
Store Asset Configuration
The configuration for storing a new asset depends on six BEOs: catalogue service, data transfer service, raw data collector, data importer, pid manager, and data store controller. The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for three possible service variations: collect from sensor, import from another repository, and assign global unique pid.
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Discover Asset Configuration
The configuration for discovering an asset depends on three BEOs: catalogue service, pid manager, and data store controller. The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for supporting the discovery process.
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Download Asset Configuration
The configuration for storing a new asset depends on five BEOs: catalogue service, data transfer service, data exporter, pid manager, and data store controller The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for supporting the discovery process.
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Select Asset Configuration
The configuration for selecting an asset depends on five BEOs: catalogue service, coordination service, process controller, pid manager, and data store controller The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for supporting the discovery process.
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Move Asset Configuration
The configuration for moving an asset depends on seven BEOs: catalogue service, data transfer service, data exporter, pid manager, data store controller, coordination service, and process controller, The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for supporting the move asset process.
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Compose Asset Configuration
The configuration for composing existing assets depends on seven BEOs: catalogue service, data transfer service, data exporter, pid manager, data store controller, coordination service, and process controller, The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for supporting the compose asset process.
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Update Asset Configuration
The configuration for discovering an asset depends on four BEOs: catalogue service, annotation service, pid manager, and data store controller. The figures on the right shows the configuration of the service using the recommended Container Structure. This configuration shows a self contained service which already contains the required objects for supporting the discovery process.
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