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DB2 Spatial Encoder Sample  samples.encoder.db2.spatial.Main

This is a command-line sample. Click More info for run instructions.

This application demonstrates how to encode spatial data to an DB2 Spatial database, using a TLcdDB2SpatialModelEncoder.

Run the sample using the shell script in the samples folder:

encoder.db2.spatial.bat source_file destination_db2_file

The connection to the database can be specified by means of a properties file, in this case Data/Db2/states.db2.

To convert a file, make sure the URL in Data/Db2/states.db2 points to your DB2 Spatial database and convert for example Data/Shp/Usa/states.shp into it.

 


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Informix Geodetic Encoder Sample  samples.encoder.informix.geodetic.Main

This is a command-line sample. Click More info for run instructions.

This application demonstrates how to encode geodetic data to an Informix Geodetic database, using a TLcdInformixGeodeticModelEncoder.

Run the sample using the shell script in the samples folder:

encoder.informix.geodetic.bat source_file destination_ifx_file

The connection to the database can be specified by means of a properties file, in this case Data/Informix/states.ifx.

Make sure the URL in Data/Informix/states.ifx points to your Informix Geodetic database. You can then convert Data/Shp/Usa/states.shp to Data/Informix/states.ifx

 


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Informix Spatial Encoder Sample  samples.encoder.informix.spatial.Main

This is a command-line sample. Click More info for run instructions.

This application demonstrates how to encode spatial data to an Informix Spatial database, using a TLcdInformixSpatialModelEncoder.

Run the sample using the shell script in the samples folder:

encoder.informix.spatial.bat source_file destination_isd_file

The connection to the database can be specified by means of a properties file, in this case Data/Informix/states.isd.

Make sure the URL in Data/Informix/states.isd points to your Informix Spatial database. You can then convert Data/Shp/Usa/states.shp to Data/Informix/states.isd

 


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Microsoft SQL Encoder Sample  samples.encoder.mssql.Main

This is a command-line sample. Click More info for run instructions.

This application demonstrates how to encode spatial data to a Microsoft SQL database, using a TLcdMSSQLModelEncoder.

Run the sample using the shell script in the samples folder:

encoder.mssql.bat source_file destination_mss_file

The connection to the database can be specified by means of a properties file, in this case Data/MSSQL/world.mss.

Make sure the URL in Data/MSSQL/world.mss points to your Microsoft SQL database. You can then convert Data/Shp/world/world.shp to Data/MSSQL/world.mss.

 


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Oracle Spatial Object-Relational Encoder Sample  samples.encoder.oracle.spatial.Main

This is a command-line sample. Click More info for run instructions.

This application demonstrates how to encode spatial data to an Oracle Spatial Object-Relational database, using a TLcdOracleSpatialModelEncoder.

Run the sample using the shell script in the samples folder:

encoder.oracle.spatial.bat source_file destination_ora_file

The connection to the database can be specified by means of a properties file, in this case Data/Oracle/states.ora .

Make sure the URL in Data/Oracle/states.ora points to your Oracle Spatial database. You can then convert Data/Shp/Usa/states.shp to Data/Oracle/states.ora.

 


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PostgreSQL PostGIS Encoder Sample  samples.encoder.postgresql.Main

This is a command-line sample. Click More info for run instructions.

This application demonstrates how to encode spatial data to a PostgreSQL PostGIS database, using a TLcdPostGISModelEncoder.

Run the sample using the shell script in the samples folder:

encoder.postgresql.bat source_file destination_pgs_file

The connection to the database can be specified by means of a properties file, in this case Data/Postgresql/states.pgs .

Make sure the URL in Data/Postgresql/states.pgs points to your PostgreSQL PostGIS database. You can then convert Data/Shp/Usa/states.shp to Data/Postgresql/states.pgs.

 


Preview

SAP Hana sample  samples.hana.lightspeed.MainPanel

  • STORMS: shapes representing windspeeds at a certain time - based on the Sandy hurricane
  • CUSTOMERS: points representing insurance company policy holders - semi-random

Instructions

  • See how many policy holders are affected, per US state and county
  • See a heat map of the customers
  • See individual customers as icons, and filter on them