Module shapefile::reader

Reader module, contains the definitions of the types that a user should use to read a file

Reader

The Reader is the struct that actually reads the different files that make up a shapefile.

Examples

When reading from a file:

Creates a reader from a path, then iterate over its Shapes, reading one shape each iteration

let mut reader = shapefile::Reader::from_path("tests/data/multipatch.shp")?;
for shape_record in reader.iter_shapes_and_records() {
    let (shape, record) = shape_record?;
    println!("{}", shape);
}

ShapeReader

If you only care about the geometries stored in the .shp file, whether or not the .dbf file actually exists, you can use the ShapeReader.

Extra

If you know beforehand the exact type that the .shp file is made of, you can use the different *_as::<S>() methods.:

• Reader::read_as To read all the shapes and records as the specified types using a Reader

• Reader::iter_shapes_and_records_as To iterate over both the shapes and records of the Reader

• ShapeReader::read_as To read all the shapes (only) as the specified type using ShapeReader

• ShapeReader::iter_shapes_as To iterate over the shapes as shapes of the specified type using ShapeReader

Otherwise use the functions that return Shapes and do a match

• Reader::read
• Reader::iter_shapes_and_records
• ShapeReader::read
• ShapeReader::iter_shapes

One liners

Some ‘one liner’ functions are provided to read the content of a shapefile with one line of code

• read
• read_as
• read_shapes
• read_shapes_as

Structs

• Reader
  Reader that reads a shapefile.
• ShapeIterator
  Struct that handle iteration over the shapes of a .shp file
• ShapeReader
  This reader only reads the .shp and optionally the (.shx) files of a shapefile.
• ShapeRecordIterator

Functions

• read
• read_as
• read_shapes
  Function to read all the Shapes in a file.
• read_shapes_as
  Function to read all the Shapes in a file as a certain type