You create a configuration initialization parameter for usage. Here's a typical application processing flow for the scenarios: You query existing configuration initialization parameters. Here's an example of the response body in JSON format. You use Configuration Initialization Parameters REST API to create intent to configure, copy or validate a product or service, and query those parameter values. GET curl -u username:password ' servername/fscmRestApi/resources/ version/configurationInitializationParameters' Let's say that James wants to search for configuration initialization parameter details. JSON_QUERY(vehicleinfo, '$.Query Configuration Initialization Parameters d definition oracle json uery example stack overflow questions Sequelize query to order by deeply nested JSON. JSON_QUERY(vehicleinfo, '$.paid' WITH CONDITIONAL WRAPPER) Oracle json query example stack overflow. JSON_QUERY(vehicleinfo, '$.tax' WITH CONDITIONAL WRAPPER) Taking JSON input and it storing as-is in your database should be the last resort. Personally I think traditional relational tables should be the default choice for data storage. (No user-visible sequence is manifested.
You can think of this behavior as returning a sequence of values, as in XQuery, or you can think of it as returning multiple values. never That's because JSON is primarily for transferring data between systems. SQL/JSON function jsonquery returns all of the matching values, that is, it can return multiple values. JSON_QUERY(vehicleinfo, '$.value' WITH CONDITIONAL WRAPPER) Notice how data-interchange appears twice And storage appears, well. These generation functions make it easy to construct JSON data directly from a SQL query. The JSON data is returned as a SQL value. ) And in cases where the row path expression is only '', which targets the entire document, you can omit that second argument altogether. If expr is null, then the function returns null. It can be a table or view column value, a PL/SQLvariable, or a bind variable with proper casting. expr is a SQL expression that returns an instance of a SQL data type, one of JSON, VARCHAR2, CLOB, or BLOB. ) jsontable (t.j.ShippingInstructions.Phone. Use expr to specify the JSON data you want to query. LIKE '%Camaro%' SELECT firstname, lastname, address, You can use SQL/JSON functions jsonobject, jsonarray, jsonobjectagg, and jsonarrayagg to construct JSON data from non-JSON data in the database. For example, these two queries are equivalent: jsontable (t.j, '.ShippingInstructions.Phone '. JSON_QUERY(vehicleinfo, '$.model' WITH CONDITIONAL WRAPPER) LIKE '%GM%' SELECT firstname, lastname, address, JSON_QUERY(vehicleinfo, '$.make' WITH CONDITIONAL WRAPPER)
JSON_QUERY(vehicleinfo, '$' WITH CONDITIONAL WRAPPER) J.address.state, j.vehicleinfo.model FROM rmvTable j SELECT JSON_QUERY(vehicleinfo, '$' WITH CONDITIONAL WRAPPER)įROM rmvTable SELECT firstname, lastname, address, SELECT firstname, lastname, j.address.street, j.address.city,
Parent topic: Query JSON Data 16. type' WITH WRAPPER) FROM jpurchaseorder JSONQUERY as JSONTABLE SQL/JSON function jsonquery can be viewed as a special case of function jsontable.
The example queries presented in this section demonstrate the use of Oracle JSON operators to execute queries similar to those presented in the previous section using Oracle regular expression functions. Example 16-1 Selecting JSON Values Using JSONQUERY SELECT jsonquery (podocument, '.ShippingInstructions.Phone.
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