How to Store Json Array In Oracle?

Best JSON Storage Solutions to Buy in January 2026

1

DEWALT Tool Box, Tough Case Organizer, Medium, 8-Compartments, for Small Tools and Accessories (DWAN2190)

• OPTIMIZE STORAGE WITH OUR CONNECTABLE ACCESSORY SYSTEM!
• PATENTED BIT-BAR FOR EASY CUSTOMIZATION AND ACCESS.
• CLEAR LID FOR INSTANT VISIBILITY OF CONTENTS.

BUY & SAVE

$7.99 $8.98

Save 11%

2

CRAFTSMAN 10-Compartment Small Tool Storage Organizer, Plastic (CMST14021)

• CUSTOMIZABLE DIVIDERS FOR ADAPTABLE STORAGE OF TOOLS AND PARTS.
• STACKABLE DESIGN FOR CONVENIENT AND SECURE TRANSPORT ANYWHERE.
• DURABLE LID STRUCTURE ENHANCES SECURITY FOR STORED ITEMS.

BUY & SAVE

$7.99 $10.59

Save 25%

3

HURRICANE Plier Organizer Rack, 10-Slot Pliers Rack with Non-Slip Rubber Base, Tool Organizer, Tool Drawer Toolbox Storage, Green, Extendable Design, Fit 3” H, 1 Pack

• OPTIMIZE YOUR SPACE: KEEP TOOLS ORGANIZED AND EASILY ACCESSIBLE.

• CUSTOMIZABLE STORAGE: MODULAR DESIGN FITS UP TO 10 TOOLS PER SECTION.

• DURABLE & STABLE: NON-SLIP BASE ENSURES TOOLS STAY SECURELY IN PLACE.

BUY & SAVE

$9.89

4

GEARWRENCH 3 Drawer Tool Box - 83151

• ENHANCED SECURITY WITH KEYED CENTER LOCK FEATURE.
• DURABLE BLACK POWDER COAT RESISTS RUST AND CORROSION.
• EASY-TO-CLEAN SURFACE FOR HASSLE-FREE MAINTENANCE.

BUY & SAVE

$61.59

5

WORKPRO Plier Organizer Rack, 13.5" Foldable Tool Organizer, Wall Mount Screwdriver Organizers and Pliers Organizers, Tool Storage Rack for Screwdriver Holder and Pliers Holder (Tools not Included)

• DURABLE ABS PLASTIC: LONG-LASTING AND LIGHTWEIGHT FOR TOUGH ENVIRONMENTS.
• EFFICIENT TOOL ORGANIZATION: DESIGNATED SLOTS STREAMLINE STORAGE AND ACCESS.
• VERSATILE USE: SUITABLE FOR DESKTOPS OR WALL-MOUNTING ON VARIOUS SURFACES.

BUY & SAVE

$13.99 $15.99

Save 13%

6

DEWALT TSTAK Tool Organizer, Small Parts and Screw Organizer Tool Box with Removable Compartments, (DWST17805)

• HIGH 44-POUND CAPACITY FOR VERSATILE TOOL STORAGE AND TRANSPORT.
• CLEAR, IMPACT-RESISTANT LID FOR QUICK ACCESS AND VISIBILITY.
• REMOVABLE COMPARTMENTS FOR CUSTOMIZABLE ORGANIZATION AND EASE.

BUY & SAVE

$34.99

+

ONE MORE?

To store a JSON array in Oracle, you can use the JSON data type introduced in Oracle Database 12c. You can define a column with the JSON data type and store the JSON array as a string in that column. Oracle also provides functions and operators for working with JSON data, such as JSON_OBJECT, JSON_ARRAY, JSON_VALUE, and JSON_QUERY. Additionally, you can use the PL/SQL JSON API to work with JSON data in Oracle. Overall, storing a JSON array in Oracle involves defining a column with the JSON data type and using Oracle's JSON functions and operators for manipulating and querying the JSON data.

What is the optimal data type for storing a JSON array in Oracle?

The optimal data type for storing a JSON array in Oracle is the JSON data type. This data type was introduced in Oracle 12c and is specifically designed to store JSON data. It allows for efficient storage and retrieval of JSON documents, including arrays, objects, and nested structures. Additionally, the JSON data type provides built-in functions for querying and manipulating JSON data, making it the best choice for storing JSON arrays in Oracle.

What are the steps for inserting a JSON array into an Oracle table?

To insert a JSON array into an Oracle table, you can use the following steps:

1. Create a table in Oracle that includes a column of type "CLOB" to store the JSON array.

CREATE TABLE json_table ( json_array CLOB );

1. Prepare the JSON array that you want to insert into the table. This can be done in a programming language like Java, Python, or using a text editor.
2. Use an INSERT statement to insert the JSON array into the table. You can use the TO_CLOB function to convert the JSON array into a CLOB data type.

INSERT INTO json_table (json_array) VALUES (TO_CLOB('["value1", "value2", "value3"]'));

1. After executing the INSERT statement, the JSON array will be stored in the table. You can then query the table to retrieve the JSON array as needed.

SELECT json_array FROM json_table;

By following these steps, you can successfully insert a JSON array into an Oracle table.

How to efficiently retrieve data from a JSON array in Oracle?

To efficiently retrieve data from a JSON array in Oracle, you can use the JSON_TABLE function. JSON_TABLE function transforms JSON data into relational format so that you can query it. Here is an example of how you can use the JSON_TABLE function to retrieve data from a JSON array:

SELECT jt.* FROM your_table, JSON_TABLE(your_json_column, '$.data[*]' COLUMNS ( column1 PATH '$.column1', column2 PATH '$.column2', column3 PATH '$.column3' ) ) jt;

In this query, replace "your_table" with the name of your table, "your_json_column" with the name of the column containing the JSON array, and "column1", "column2", "column3" with the keys of the JSON objects in the array that you want to retrieve.

This query will return the data from the JSON array in a tabular format, making it easier to query and analyze the data.

How to handle a nested JSON array in Oracle?

In Oracle, you can handle a nested JSON array by using the JSON_TABLE function to extract data from the nested array and convert it into rows and columns. Here is an example of how you can handle a nested JSON array in Oracle:

1. Create a sample JSON document with a nested array:

{ "id": 1, "name": "John Doe", "emails": [ "john.doe@example.com", "j.doe@example.com" ] }

1. Use the JSON_TABLE function to extract data from the nested array:

SELECT * FROM JSON_TABLE('{ "id": 1, "name": "John Doe", "emails": [ "john.doe@example.com", "j.doe@example.com" ] }', '$' COLUMNS ( id NUMBER PATH '$.id', name VARCHAR2(50) PATH '$.name', emails VARCHAR2(50) FORMAT JSON PATH '$.emails[*]' ) );

This query will extract the id, name, and emails from the nested array and convert them into rows and columns. The data from the nested array will be displayed as separate rows in the result set.

By using the JSON_TABLE function, you can easily handle nested JSON arrays in Oracle and extract the data you need for further processing.

What is the JSON support in Oracle for storing arrays?

Oracle provides support for storing arrays using JSON data type. In Oracle Database 12c Release 1 (12.1.0.2) and later versions, you can use the JSON_ARRAY function to create an array in JSON format and store it in a column of JSON data type. You can also use the JSON_ARRAYAGG function to aggregate values from multiple rows into an array. Additionally, Oracle provides a set of SQL functions and methods for working with JSON arrays, such as JSON_ARRAY_APPEND, JSON_ARRAY_INSERT, and JSON_ARRAYAGG. These functions allow you to manipulate and query JSON arrays stored in the database.