Usage: gdal vector pipeline [OPTIONS] <PIPELINE>
Process a vector dataset.
Positional arguments:
Common Options:


  -h, --help              Display help message and exit


  --json-usage            Display usage as JSON document and exit


  --config <KEY>=<VALUE>  Configuration option [may be repeated]


  --progress              Display progress bar
<PIPELINE> is of the form: read|concat [READ-OPTIONS] ( ! <STEP-NAME> [STEP-OPTIONS] )* ! write [WRITE-OPTIONS]

* read [OPTIONS] <INPUT>
------------------------
Read a vector dataset.
Positional arguments:


  -i, --input <INPUT>                       Input vector datasets [required]
Options:


  -l, --layer, --input-layer <INPUT-LAYER>  Input layer name(s) [may be repeated]
Advanced Options:


  --if, --input-format <INPUT-FORMAT>       Input formats [may be repeated]


  --oo, --open-option <KEY>=<VALUE>         Open options [may be repeated]

* concat [OPTIONS] <INPUT>...
-----------------------------
Concatenate vector datasets.
Positional arguments:


  -i, --input <INPUT>                                        Input vector datasets [1.. values] [required]
Options:


  -l, --layer, --input-layer <INPUT-LAYER>                   Input layer name(s) [may be repeated]


  --mode <MODE>                                              Determine the strategy to create output layers from source layers . MODE=merge-per-layer-name|stack|single (default: merge-per-layer-name)


  --output-layer <OUTPUT-LAYER>                              Name of the output vector layer (single mode), or template to name the output vector layers (stack mode)


  --source-layer-field-name <SOURCE-LAYER-FIELD-NAME>        Name of the new field to add to contain identificoncation of the source layer, with value determined from 'source-layer-field-content'


  --source-layer-field-content <SOURCE-LAYER-FIELD-CONTENT>  A string, possibly using {AUTO_NAME}, {DS_NAME}, {DS_BASENAME}, {DS_INDEX}, {LAYER_NAME}, {LAYER_INDEX}


  --field-strategy <FIELD-STRATEGY>                          How to determine target fields from source fields. FIELD-STRATEGY=union|intersection (default: union)


  -s, --src-crs <SRC-CRS>                                    Source CRS


  -d, --dst-crs <DST-CRS>                                    Destination CRS
Advanced Options:


  --if, --input-format <INPUT-FORMAT>                        Input formats [may be repeated]


  --oo, --open-option <KEY>=<VALUE>                          Open options [may be repeated]

* clip [OPTIONS]
----------------
Clip a vector dataset.
Options:


  --active-layer <ACTIVE-LAYER>    Set active layer (if not specified, all)


  --bbox <BBOX>                    Clipping bounding box as xmin,ymin,xmax,ymax


                                   Mutually exclusive with --geometry, --like


  --bbox-crs <BBOX-CRS>            CRS of clipping bounding box


  --geometry <GEOMETRY>            Clipping geometry (WKT or GeoJSON)


                                   Mutually exclusive with --bbox, --like


  --geometry-crs <GEOMETRY-CRS>    CRS of clipping geometry


  --like <DATASET>                 Dataset to use as a template for bounds


                                   Mutually exclusive with --bbox, --geometry


  --like-sql <SELECT-STATEMENT>    SELECT statement to run on the 'like' dataset


                                   Mutually exclusive with --like-where


  --like-layer <LAYER-NAME>        Name of the layer of the 'like' dataset


  --like-where <WHERE-EXPRESSION>  WHERE SQL clause to run on the 'like' dataset


                                   Mutually exclusive with --like-sql

* edit [OPTIONS]
----------------
Edit metadata of a vector dataset.
Options:


  --active-layer <ACTIVE-LAYER>    Set active layer (if not specified, all)


  --geometry-type <GEOMETRY-TYPE>  Layer geometry type


  --crs <CRS>                      Override CRS (without reprojection)


  --metadata <KEY>=<VALUE>         Add/update dataset metadata item [may be repeated]


  --unset-metadata <KEY>           Remove dataset metadata item [may be repeated]


  --layer-metadata <KEY>=<VALUE>   Add/update layer metadata item [may be repeated]


  --unset-layer-metadata <KEY>     Remove layer metadata item [may be repeated]

* filter [OPTIONS]
------------------
Filter a vector dataset.
Options:


  --active-layer <ACTIVE-LAYER>  Set active layer (if not specified, all)


  --bbox <BBOX>                  Bounding box as xmin,ymin,xmax,ymax


  --where <WHERE>|@<filename>    Attribute query in a restricted form of the queries used in the SQL WHERE statement

* geom <COMMAND> [OPTIONS]
where <COMMAND> is one of:


  - buffer:              Compute a buffer around geometries of a vector dataset.


  - explode-collections: Explode geometries of type collection of a vector dataset.


  - make-valid:          Fix validity of geometries of a vector dataset.


  - segmentize:          Segmentize geometries of a vector dataset.


  - set-type:            Modify the geometry type of a vector dataset.


  - simplify:            Simplify geometries of a vector dataset.


  - swap-xy:             Swap X and Y coordinates of geometries of a vector dataset.

* reproject [OPTIONS]
---------------------
Reproject a vector dataset.
Options:


  --active-layer <ACTIVE-LAYER>  Set active layer (if not specified, all)


  -s, --src-crs <SRC-CRS>        Source CRS


  -d, --dst-crs <DST-CRS>        Destination CRS [required]

* select [OPTIONS] <FIELDS>
---------------------------
Select a subset of fields from a vector dataset.
Positional arguments:


  --fields <FIELDS>              Fields to select (or exclude if --exclude) [may be repeated] [required]
Options:


  --active-layer <ACTIVE-LAYER>  Set active layer (if not specified, all)


  --exclude                      Exclude specified fields


                                 Mutually exclusive with --ignore-missing-fields


  --ignore-missing-fields        Ignore missing fields


                                 Mutually exclusive with --exclude

* sql [OPTIONS] <statement>|@<filename>
---------------------------------------
Apply SQL statement(s) to a dataset.
Positional arguments:


  --sql <statement>|@<filename>      SQL statement(s) [may be repeated] [required]
Options:


  -l, --output-layer <OUTPUT-LAYER>  Output layer name(s) [may be repeated]


  --dialect <DIALECT>                SQL dialect (e.g. OGRSQL, SQLITE)

* write [OPTIONS] <OUTPUT>
--------------------------
Write a vector dataset.
Positional arguments:


  -o, --output <OUTPUT>                                Output vector dataset [required]
Options:


  -f, --of, --format, --output-format <OUTPUT-FORMAT>  Output format ("GDALG" allowed)


  --co, --creation-option <KEY>=<VALUE>                Creation option [may be repeated]


  --lco, --layer-creation-option <KEY>=<VALUE>         Layer creation option [may be repeated]


  --overwrite                                          Whether overwriting existing output is allowed


  --update                                             Whether to open existing dataset in update mode


  --overwrite-layer                                    Whether overwriting existing layer is allowed


  --append                                             Whether appending to existing layer is allowed


  -l, --output-layer <OUTPUT-LAYER>                    Output layer name

{


    "type": "gdal_streamed_alg",


    "command_line": "gdal vector pipeline ! read in.gpkg ! reproject --dst-crs=EPSG:32632"
}

{


    "type": "gdal_streamed_alg",


    "command_line": "gdal vector pipeline ! read in.gpkg ! reproject --dst-crs=EPSG:32632 ! write --output-format=streamed streamed_dataset"
}