Quick Import (Data Interoperability)—ArcGIS Pro

Synthèse

Converts data in any format supported by the ArcGIS Data Interoperability extension into feature classes.

The output is stored in a geodatabase. The geodatabase can then be used directly or further post-processing can be performed.

Utilisation

This tool is used to import nonnative data to the ArcGIS environment. The output usually requires additional processing before it can be integrated with existing data or formats.
This tool can be used as the first step in a model or script in the ArcGIS framework.
The feature classes that are generated depend on the input data. For instance, if you import two MapInfo MIF/MID files, two features classes will be created.
This tool honors the Geoprocessing overwrite setting.
When in ModelBuilder the feature classes that are generated in the output geodatabase can be accessed using the Select Data tool.
This tool creates a default output schema for the geodatabase that is created. If the output requires schema changes, then the Spatial ETL Tool should be used.
Bezier curves found in the input are maintained as Bezier curves in the output feature classes.

Paramètres

Étiquette	Explication	Type de données
Input Dataset	The data to be imported.	Interop Source Dataset
Output Geodatabase	The output file or personal geodatabase.	Workspace

arcpy.interop.QuickImport(Input, Output)

Nom	Explication	Type de données
Input	The data to be imported. The syntax can take multiple forms: If the source data is a file with a well-known file extension, it can be given as-is. For instance, "c:\data\roads.mif". If the source data is not a file, or the file has an unknown extension, the format can be given as part of the argument, separated by a comma. For instance, "MIF,c:\data\roads.mif". The names for supported formats can be found in the Formats Gallery, by opening this tool in dialog mode and clicking the browse button. Wildcards can be used to read in large datasets. For instance, "MIF,c:\data\roads.". The * character matches any series of characters for all files in the current directory. For instance, c:\data\roads.mif will match c:\data\roads.mif, c:\data\roads5.mif, and c:\data\roads-updated.mif. The * characters match any subdirectories, recursively. For instance, c:\data\*\.mif will match c:\data\roads.mif, c:\data\canada\rivers.mif, and c:\data\canada\alberta\edmonton.mif. Additional format-specific parameters can be added after the dataset, separated by a comma. However, the syntax can be complex, so if this is required it is easiest to run the tool using its dialog and copy the Python syntax from the Results window.	Interop Source Dataset
Output	The output file or personal geodatabase.	Workspace

Nom

Explication

Type de données

Input

The data to be imported. The syntax can take multiple forms:

If the source data is a file with a well-known file extension, it can be given as-is. For instance, "c:\data\roads.mif".
If the source data is not a file, or the file has an unknown extension, the format can be given as part of the argument, separated by a comma. For instance, "MIF,c:\data\roads.mif". The names for supported formats can be found in the Formats Gallery, by opening this tool in dialog mode and clicking the browse button.
Wildcards can be used to read in large datasets. For instance, "MIF,c:\data\roads*.*".
- The * character matches any series of characters for all files in the current directory. For instance, c:\data\roads*.mif will match c:\data\roads.mif, c:\data\roads5.mif, and c:\data\roads-updated.mif.
- The ** characters match any subdirectories, recursively. For instance, c:\data\**\*.mif will match c:\data\roads.mif, c:\data\canada\rivers.mif, and c:\data\canada\alberta\edmonton.mif.
Additional format-specific parameters can be added after the dataset, separated by a comma. However, the syntax can be complex, so if this is required it is easiest to run the tool using its dialog and copy the Python syntax from the Results window.

Interop Source Dataset

Output

The output file or personal geodatabase.

Workspace

Exemple de code

QuickImport example (stand-alone script)

The following stand-alone script demonstrates how to use the QuickImport function.

# Name: QuickImport_Ex_01.py
# Requirements: None
# Description: Imports Map Info file to a geodatabase

# Import system modules
import arcpy

# Check out the Data Interoperability Extension
arcpy.CheckOutExtension("DataInteroperability")

# Set local variables
mif_table= "c:/data/roads.tab"
output_gdb = "c:/workspace/mif_output.gdb"

# Execute Quick Ixport
arcpy.QuickImport_interop(mif_table, output_gdb)

Environnements

Cet outil n’utilise pas d’environnement de géotraitement.

Informations de licence

Basic: Nécessite Data Interoperability
Standard: Nécessite Data Interoperability
Advanced: Nécessite Data Interoperability