Change Details

This diff is the first step towards implementing the search query language which can be directly translated to Elasticsearch (or any other search backend) queries and is also useful for the introducing autocomplete in the swh archive. Also, we need a parser that can be used in the swh.search backend as well as the swh.web interface so we've decided to go with TreeSitter which satisfies these conditions, is easier to write (written in JS), and is compatible with many languages.

This revision introduces the grammar for the search query language and completes the setup required for a smoother development of the grammar. The parsers generated from the proposed grammar serve two different purposes: - Translation of search queries into elasticsearch DSL (or any other search backends that we may use in the future) - Autocompletion of the queries in the SWH Archive User Interface tree-sitter is an excellent candidate for the task because it has bindings for python (swh.search) as well as wasm (swh.web)

This diff is the first step towards implementingrevision introduces the grammar for the search query language which can be directly translated to Elasticsearch (or any other search backend) queries and is also useful for the introducing autocomplete in the swh archive. Also, we need a parser that can be used in the swh.search backend as well as the swh.web interface so we've decided to go with TreeSitter which satisfies these conditions, is easier to write (written in JS), and is compatible with many languages.and completes the setup required for a smoother development of the grammar. The parsers generated from the proposed grammar serve two different purposes: - Translation of search queries into elasticsearch DSL (or any other search backends that we may use in the future) - Autocompletion of the queries in the SWH Archive User Interface tree-sitter is an excellent candidate for the task because it has bindings for python (swh.search) as well as wasm (swh.web)