Converting a geodatabase to shapefiles Available with Production Mapping license. Databases can be exported to shapefiles that can then be used with ArcGIS Desktop Basic or delivered to a customer. The Production Geodatabase to Shapefile tool creates shapefiles based on the options you choose for exporting the feature classes and their attributes. The Export Mode specifies the way features are exported to shapefiles. Depending on your delivery requirements or the data you are using, you can choose to export the data using only the feature classes or the subtypes.

Jan 24, 2018 - Convert shapefile to Geodatabase in ArcGis Migrating existing data The easiest way to copy data from a personal geodatabase into a file.

You can also choose the Attribute Mode for export, which specifies the way attribute values are exported to shapefiles. This allows you to maintain the attribute integrity for the data after the export is complete. Finally, you can also choose to export the feature classes so they are Unicode compliant. The supported formats are UTF-8 and UTF-16, but you can also choose None if the data does not conform to either of those encoding formats. • Start ArcCatalog. • On the main menu, click Customize > Toolbars > Production Mapping.

• Click the Production Geodatabase to Shapefile button on the Production Mapping toolbar. The path for the geodatabase you chose appears in the Select the Geodatabase to export field.

The feature classes in the database, along with the number of features in each, appear in the Select Feature Classes to export list. • Check the check boxes next to the feature classes you want to export in the Select Feature Classes to export list. • Choose an option for exporting the features in the Export Mode area. • Feature Class Name—Shapefiles are created for each feature class selected. The shapefile's name matches the feature class name. • Subtype Name—Shapefiles are created for each subtype of the feature class selected.

The shapefile's name matches the subtype name. • Choose an option for exporting the domain values in the Attribute Mode area. • Values —Exports domain values as numbers. Values that are strings are exported as such. New xforce keygen autocad 2012 32 bit free download for xp 2016 - free and full version. • Descriptions —Exports domain values using their descriptions rather than their numeric values.

• To ensure that the shapefile values are unicode compliant, choose an option in the DBF Unicode Format area. • UTF-8—The exported shapefile DBF tables are formatted with UTF-8 encoding. • UTF-16—The exported shapefile DBF tables are formatted with UTF-16 encoding.

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• None—The exported DBF tables are not formatted with any Unicode encoding. • Click the ellipsis (.) next to the Select the Shapefile export folder field.

Ever wonder what the difference between a and a is in GIS and why each storage format is used for different purposes? It is important to decide which format to use before beginning your project so you do not have to convert many files midway through your project. Basics About Shapefiles: Shapefiles are simple storage formats that have been used in ArcMap since the 1990s when Esri created ArcView (the early version of ArcMap 10.3).

Therefore, shapefiles have many limitations such as: • Takes up more storage space on your computer than a geodatabase • Do not support names in fields longer than 10 characters • Cannot store date and time in the same field • Do not support raster files • Do not store NULL values in a field; when a value is NULL, a shapefile will use 0 instead Users are allowed to create points, lines, and polygons with a shapefile. One shapefile but most shapefiles have around 6 files. A shapefile must have: •.shp – this file stores the geometry of the feature •.shx – this file stores the index of the geometry •.dbf – this file stores the attribute information for the feature All files for the shapefile must be stored in the same location with the same name or else the shapefile will not load. When a shapefile is opened in Windows Explorer it will look different than when opened in ArcCatalog. Basics About Geodatabases: Geodatabases allow users to thematically organize their data and store spatial databases, tables, and raster datasets.