In OpenSearch, this is very useful to query a JSON index with nested objects or fields. Even the examples from the JsonPath site are returning incorrect results: e.g. The testing tool that you're using seems faulty. Also see the example queries on that page for more predicate examples. It stores stuff that are not requires by all entities, but still common among many. PartiQL extends SQL to allow you to query and unnest nested collections. 5 Answers Sorted by: 44 Your query looks fine, and your data and query work for me using this JsonPath parser. So if we use documentInStages_every with PUBLISHED the query will return results only if the document exists in PUBLISHED and no other stage.I have a field of type JSON object called technical_details. Keeping in mind that a document entry can exist in multiple stages, the difference between documentInStages_some and documentInStages_every is that documentInStages_some checks if an entry exists in a particular stage, whereas by using documentInStages_every we request an entry that exists in only and exactly that stage. Using this filter, you can easily filter the. For this we can use documentInStages_every. The query above would search the JSON fields for an exact match of hallo on all values, excluding the json keys. In this case the result you want is cldocument1. New to Rows Rows is the spreadsheet with superpowers, where anyone can build. Imagine you want to query documents which exist only in one published stage PUBLISHED, but not any other publishable stages. Learn to use advanced JsonPath to get and filter for specific data points. However you may have noticed that cldocument4 also has been published to the QA stage - If you have access to custom stages. The above query will return documents that also exist in the PUBLISHED stage, which are cldocument1 and cldocument4. Let's consider the following 3 documents, which exist in the following stages: ID The above documentInStages_some allows the user to find documents which exist in a different stage. If you, as a user, want to find documents that exist in the PUBLISHED stage, you can run the following query: To summarize, like we mentioned before, a document will always exist in the DRAFT stage, and they may or may not exist in other published stages such as PUBLISHED or for example QA - which is a custom content stage that can be published to. None of the existing stage variations are allowed to match the sub-filter If you update the DRAFT version but don't publish it, the entry will continue to exist in both stages, but will be marked as blue PUBLISHED in the UI.Īll existing stage variations must match the sub-filterĪt least one of the existing stage variations must match the sub-filter For example, an entry that has a green PUBLISHED pill in the UI is actually in both DRAFT and PUBLISHED stages on the API side, and both versions of the entry are identical. The main difference is that each content entry always exists in DRAFT, and other stages are added or removed. However, in the backend, our stages are organized slightly differently. ![]() ![]() So, for instance, if you see a green PUBLISHED pill next to an entry, then this entry is only in the PUBLISHED stage. ![]() In the UI, we use the most intuitive and editor-friendly way of treating filters. Stages work a bit differently in the API than in the UI. Filter types Anchor ID AnchorĪll String fields can be filtered using: MatchesĪll Integer fields can be filtered using: Matches These types contain filters specific to that content type. String fields will behaviour differently to Boolean fields for example.įor example, a Post model will have the where input types PostWhereInput and PostWhereUniqueInput on the posts, and postsConnection query types. Depending on the field type you want to filter by, there will be different fields you can filter by. ![]() filterexpression Expressions are composed using the following functions: Comparison operators compare an attribute against a constant value (between quotes), null or another attribute: GET /usersfilterequals (displayName,'Brian O''Connor') HTTP/1. All models come with their own custom GraphQL input type. The filtering strategy we have selected, uses the following form.
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