AutomaticDocumentFeeder

November 2, 2023 · View on GitHub

Smart Data Models

AutomaticDocumentFeeder

Version: 0.0.1

Description

Smart Data Models Program adaptation of the original IoTData data Models. This Resource describes the state of an automatic document feeder, typically used with a scanner. The Property 'adfstates' and 'currentAdfState' are read only. The Property 'adfStates' is an array of the possible operational states. The Property 'adfProcessing' is the OK state, other states are errors or require 'user attention'. The currentAdfState is the current value of the ADF state on the device.

This data model comes from the original Open Connectivity Foundation repository. It has been extended to comply with NGSI requirements.

Specification

Link to the interactive specification

Link to the specification

Enlace a la Especificación en español

Lien vers le spécification en français

Link zur deutschen Spezifikation

Link alla specifica

仕様へのリンク

链接到规范

사양 링크

Examples

Link to the example (keyvalues) for NGSI v2

Link to the example (keyvalues) for NGSI-LD

Link to the example (normalized) for NGSI-V2

Link to the example (normalized) for NGSI-LD

Link to the example (keyvalues) for NGSI v2 in CSV format

Link to the example (keyvalues) for NGSI-LD in CSV format

Link to the example (normalized) for NGSI-V2 in CSV format

Link to the example (normalized) for NGSI-LD in CSV format

Dynamic Examples generation

Link to the Generator of NGSI-LD normalized payloads compliant with this data model. Refresh for new values

Link to the Generator of NGSI-LD keyvalues payloads compliant with this data model. Refresh for new values

Link to the Generator of geojson feature format payloads compliant with this data model. Refresh for new values

PostgreSQL schema

Link to the PostgreSQL schema of this data model

Contribution

If you have any issue on this data model you can raise an issue or contribute with a PR

If you wish to develop your own data model you can start from contribution manual. Several services have been developed to help with: