Briefly, this error occurs when you try to execute a GeoShapeType.MULTIPOINT query on a field that doesn’t support this type of query. This could be due to the field not being mapped as a geo_shape type. To resolve this issue, you can either change the query type to match the field type or reindex your data with the correct mapping. Ensure that the field you’re querying is indeed a geo_shape type field. If it’s not, you may need to create a new field with the correct type or change the existing field’s type.
This guide will help you check for common problems that cause the log ” Field [” + fieldName + “] does not support ” + GeoShapeType.MULTIPOINT + ” queries ” to appear. To understand the issues related to this log, read the explanation below about the following Elasticsearch concepts: index, query.
Overview
In Elasticsearch, an index (plural: indices) contains a schema and can have one or more shards and replicas. An Elasticsearch index is divided into shards and each shard is an instance of a Lucene index.
Indices are used to store the documents in dedicated data structures corresponding to the data type of fields. For example, text fields are stored inside an inverted index whereas numeric and geo fields are stored inside BKD trees.
Examples
Create index
The following example is based on Elasticsearch version 5.x onwards. An index with two shards, each having one replica will be created with the name test_index1
PUT /test_index1?pretty
{
"settings" : {
"number_of_shards" : 2,
"number_of_replicas" : 1
},
"mappings" : {
"properties" : {
"tags" : { "type" : "keyword" },
"updated_at" : { "type" : "date" }
}
}
}List indices
All the index names and their basic information can be retrieved using the following command:
GET _cat/indices?v
Index a document
Let’s add a document in the index with the command below:
PUT test_index1/_doc/1
{
"tags": [
"opster",
"elasticsearch"
],
"date": "01-01-2020"
}Query an index
GET test_index1/_search
{
"query": {
"match_all": {}
}
}Query multiple indices
It is possible to search multiple indices with a single request. If it is a raw HTTP request, index names should be sent in comma-separated format, as shown in the example below, and in the case of a query via a programming language client such as python or Java, index names are to be sent in a list format.
GET test_index1,test_index2/_search
Delete indices
DELETE test_index1
Common problems
- It is good practice to define the settings and mapping of an Index wherever possible because if this is not done, Elasticsearch tries to automatically guess the data type of fields at the time of indexing. This automatic process may have disadvantages, such as mapping conflicts, duplicate data and incorrect data types being set in the index. If the fields are not known in advance, it’s better to use dynamic index templates.
- Elasticsearch supports wildcard patterns in Index names, which sometimes aids with querying multiple indices, but can also be very destructive too. For example, It is possible to delete all the indices in a single command using the following commands:
DELETE /*
To disable this, you can add the following lines in the elasticsearch.yml:
action.destructive_requires_name: true
Log Context
Log “Field [” + fieldName + “] does not support ” + GeoShapeType.MULTIPOINT + ” queries” class name is GeoShapeQueryBuilder.java. We extracted the following from Elasticsearch source code for those seeking an in-depth context :
r.minLat; r.maxLat; r.minLon; r.maxLon);
} else if (queryShape instanceof double[][]) {
// note: we decompose point queries into a bounding box query with min values == max values
// to do this for multipoint we would have to create a BooleanQuery for each point
// this is *way* too costly. So we do not allow multipoint queries
throw new QueryShardException(context; "Field [" + fieldName + "] does not support " + GeoShapeType.MULTIPOINT + " queries");
} else if (queryShape instanceof double[] || queryShape instanceof GeoPoint) {
// for now just create a single bounding box query with min values == max values
double[] pt;
if (queryShape instanceof GeoPoint) {
pt = new double[] {((GeoPoint)queryShape).lon(); ((GeoPoint)queryShape).lat()};
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