Mercurial > dive4elements > gnv-client
view gnv-artifacts/src/main/java/de/intevation/gnv/state/layer/LayerMetaData.java @ 1091:fb2d07f7a5ae
Added configuration and sql statements for a new product named 'Achsenparalleler Vertikalschnitt.
gnv-artifacts/trunk@1205 c6561f87-3c4e-4783-a992-168aeb5c3f6f
author | Ingo Weinzierl <ingo.weinzierl@intevation.de> |
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date | Sat, 12 Jun 2010 13:06:40 +0000 |
parents | 04967dc9c83f |
children | f953c9a559d8 |
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/** * */ package de.intevation.gnv.state.layer; /** * Beanclass for storing Metainformation to create Shapefiles or Layer * in an WMS-Output. * @author <a href="mailto:tim.englich@intevation.de">Tim Englich</a> * */ public class LayerMetaData { private String table = null; private String geometryType = null; private String where = null; private String columns = null; private String templateID = null; private String[] queryValues = null; private String geometryWKT = null; private String layertitle = null; /** * Constructor * @param table the Name of the Databasetable the Data should be fetched from. * @param geometryType the Geometrytype of the Layer * @param where the Query-Statement which should be used to fetch the Data. * @param columns the Columnnames which should be fetched to generate the * Shapefile * @param templateID the Id of the Template which should be used to create * the Mapfileentry. * @param queryValues the Values that should be used to Query the data * @param geometryWKT The Geometry represented by as an WKT to Query the Data. */ public LayerMetaData(String table, String geometryType, String where, String columns, String templateID, String[] queryValues,String geometryWKT, String layertitle) { super(); this.table = table; this.geometryType = geometryType; this.where = where; this.columns = columns; this.templateID = templateID; this.queryValues = queryValues; this.geometryWKT = geometryWKT; this.layertitle = layertitle; } /** * Returns the Geometry WKT * @return the Geometry WKT */ public String getGeometryWKT() { return geometryWKT; } /** * Returns the Name of the Databasetable the Data should be fetched from. * @return the Name of the Databasetable the Data should be fetched from. */ public String getTable() { return table; } /** * Returns the Geometrytype of the Layer. * @return the Geometrytype of the Layer. */ public String getGeometryType() { return geometryType; } /** * Returns the Query-Statement which should be used to fetch the Data. * @return the Query-Statement which should be used to fetch the Data. */ public String getWhere() { return where; } /** * Returns the Columnnames which should be fetched to generate the * Shapefile * @return the Columnnames which should be fetched to generate the * Shapefile */ public String getColumns() { return columns; } /** * Returns the Id of the Template which should be used to create * the Mapfileentry. * @return the Id of the Template which should be used to create * the Mapfileentry. */ public String getTemplateID() { return templateID; } /** * Returns the Values that should be used to Query the data. * @return the Values that should be used to Query the data. */ public String[] getQueryValues() { return queryValues; } /** * Returns the layer title. * @return the layer title. */ public String getLayertitle() { return layertitle; } }