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* Introduce Spatial Plugin (#44389) Introduce a skeleton Spatial plugin that holds new licensed features coming to Geo/Spatial land! * [GEO] Refactor DeprecatedParameters in AbstractGeometryFieldMapper (#44923) Refactor DeprecatedParameters specific to legacy geo_shape out of AbstractGeometryFieldMapper.TypeParser#parse. * [SPATIAL] New ShapeFieldMapper for indexing cartesian geometries (#44980) Add a new ShapeFieldMapper to the xpack spatial module for indexing arbitrary cartesian geometries using a new field type called shape. The indexing approach leverages lucene's new XYShape field type which is backed by BKD in the same manner as LatLonShape but without the WGS84 latitude longitude restrictions. The new field mapper builds on and extends the refactoring effort in AbstractGeometryFieldMapper and accepts shapes in either GeoJSON or WKT format (both of which support non geospatial geometries). Tests are provided in the ShapeFieldMapperTest class in the same manner as GeoShapeFieldMapperTests and LegacyGeoShapeFieldMapperTests. Documentation for how to use the new field type and what parameters are accepted is included. The QueryBuilder for searching indexed shapes is provided in a separate commit. * [SPATIAL] New ShapeQueryBuilder for querying indexed cartesian geometry (#45108) Add a new ShapeQueryBuilder to the xpack spatial module for querying arbitrary Cartesian geometries indexed using the new shape field type. The query builder extends AbstractGeometryQueryBuilder and leverages the ShapeQueryProcessor added in the previous field mapper commit. Tests are provided in ShapeQueryTests in the same manner as GeoShapeQueryTests and docs are updated to explain how the query works.
The Elasticsearch docs are in AsciiDoc format and can be built using the Elasticsearch documentation build process. See: https://github.com/elastic/docs Snippets marked with `// CONSOLE` are automatically annotated with "VIEW IN CONSOLE" and "COPY AS CURL" in the documentation and are automatically tested by the command `gradle :docs:check`. To test just the docs from a single page, use e.g. `./gradlew :docs:integTestRunner --tests "*rollover*"`. NOTE: If you have an elasticsearch-extra folder alongside your elasticsearch folder, you must temporarily rename it when you are testing 6.3 or later branches. By default each `// CONSOLE` snippet runs as its own isolated test. You can manipulate the test execution in the following ways: * `// TEST`: Explicitly marks a snippet as a test. Snippets marked this way are tests even if they don't have `// CONSOLE` but usually `// TEST` is used for its modifiers: * `// TEST[s/foo/bar/]`: Replace `foo` with `bar` in the generated test. This should be used sparingly because it makes the snippet "lie". Sometimes, though, you can use it to make the snippet more clear. Keep in mind that if there are multiple substitutions then they are applied in the order that they are defined. * `// TEST[catch:foo]`: Used to expect errors in the requests. Replace `foo` with `request` to expect a 400 error, for example. If the snippet contains multiple requests then only the last request will expect the error. * `// TEST[continued]`: Continue the test started in the last snippet. Between tests the nodes are cleaned: indexes are removed, etc. This prevents that from happening between snippets because the two snippets are a single test. This is most useful when you have text and snippets that work together to tell the story of some use case because it merges the snippets (and thus the use case) into one big test. * You can't use `// TEST[continued]` immediately after `// TESTSETUP` or `// TEARDOWN`. * `// TEST[skip:reason]`: Skip this test. Replace `reason` with the actual reason to skip the test. Snippets without `// TEST` or `// CONSOLE` aren't considered tests anyway but this is useful for explicitly documenting the reason why the test shouldn't be run. * `// TEST[setup:name]`: Run some setup code before running the snippet. This is useful for creating and populating indexes used in the snippet. The setup code is defined in `docs/build.gradle`. See `// TESTSETUP` below for a similar feature. * `// TEST[warning:some warning]`: Expect the response to include a `Warning` header. If the response doesn't include a `Warning` header with the exact text then the test fails. If the response includes `Warning` headers that aren't expected then the test fails. * `// TESTRESPONSE`: Matches this snippet against the body of the response of the last test. If the response is JSON then order is ignored. If you add `// TEST[continued]` to the snippet after `// TESTRESPONSE` it will continue in the same test, allowing you to interleave requests with responses to check. * `// TESTRESPONSE[s/foo/bar/]`: Substitutions. See `// TEST[s/foo/bar]` for how it works. These are much more common than `// TEST[s/foo/bar]` because they are useful for eliding portions of the response that are not pertinent to the documentation. * One interesting difference here is that you often want to match against the response from Elasticsearch. To do that you can reference the "body" of the response like this: `// TESTRESPONSE[s/"took": 25/"took": $body.took/]`. Note the `$body` string. This says "I don't expect that 25 number in the response, just match against what is in the response." Instead of writing the path into the response after `$body` you can write `$_path` which "figures out" the path. This is especially useful for making sweeping assertions like "I made up all the numbers in this example, don't compare them" which looks like `// TESTRESPONSE[s/\d+/$body.$_path/]`. * You can't use `// TESTRESPONSE` immediately after `// TESTSETUP`. Instead, consider using `// TEST[continued]` or rearrange your snippets. * `// TESTRESPONSE[non_json]`: Add substitutions for testing responses in a format other than JSON. Use this after all other substitutions so it doesn't make other substitutions difficult. * `// TESTRESPONSE[skip:reason]`: Skip the assertions specified by this response. * `// TESTSETUP`: Marks this snippet as the "setup" for all other snippets in this file. This is a somewhat natural way of structuring documentation. You say "this is the data we use to explain this feature" then you add the snippet that you mark `// TESTSETUP` and then every snippet will turn into a test that runs the setup snippet first. See the "painless" docs for a file that puts this to good use. This is fairly similar to `// TEST[setup:name]` but rather than the setup defined in `docs/build.gradle` the setup is defined right in the documentation file. In general, we should prefer `// TESTSETUP` over `// TEST[setup:name]` because it makes it more clear what steps have to be taken before the examples will work. Tip: `// TESTSETUP` can only be used on the first snippet of a document. * `// TEARDOWN`: Ends and cleans up a test series started with `// TESTSETUP` or `// TEST[setup:name]`. You can use `// TEARDOWN` to set up multiple tests in the same file. * `// NOTCONSOLE`: Marks this snippet as neither `// CONSOLE` nor `// TESTRESPONSE`, excluding it from the list of unconverted snippets. We should only use this for snippets that *are* JSON but are *not* responses or requests. In addition to the standard CONSOLE syntax these snippets can contain blocks of yaml surrounded by markers like this: ``` startyaml - compare_analyzers: {index: thai_example, first: thai, second: rebuilt_thai} endyaml ``` This allows slightly more expressive testing of the snippets. Since that syntax is not supported by CONSOLE the usual way to incorporate it is with a `// TEST[s//]` marker like this: ``` // TEST[s/\n$/\nstartyaml\n - compare_analyzers: {index: thai_example, first: thai, second: rebuilt_thai}\nendyaml\n/] ``` Any place you can use json you can use elements like `$body.path.to.thing` which is replaced on the fly with the contents of the thing at `path.to.thing` in the last response.