Oracle Service Cloud Python Connector

Read, write, and update Oracle Service Cloud with Python

Easily connect Python-based data access, visualization, ORM, ETL, AI/ML, and custom apps with Oracle Service Cloud!

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CData Drivers now work with AI Coding tools

Python Connector Libraries for Oracle Service Cloud Data Connectivity. Integrate Oracle Service Cloud with popular Python tools like Pandas, SQLAlchemy, Dash & petl. Easy-to-use Python Database API (DB-API) Modules connect Oracle Service Cloud data with Python and any Python-based applications.

Features

Fully compatible with RightNow Object Query Language (ROQL)
Powerful metadata querying enables SQL-like access to non-database sources
Push down query optimization pushes SQL operations down to the server whenever possible, increasing performance
Client-side query execution engine, supports SQL-92 operations that are not available server-side
Connect to live Oracle Service Cloud data, for real-time data access with the Oracle Service Cloud JDBC Driver
Full support for data aggregation and complex JOINs in SQL queries
Secure connectivity through modern cryptography, including TLS 1.2, SHA-256, ECC, etc.
Seamless integration with leading BI, reporting, and ETL tools and with custom applications via the Oracle Service Cloud Connector.

Specifications

Python Database API (DB-API) Modules for Oracle Service Cloud with bi-directional access.
Write SQL, get Oracle Service Cloud data. Access Oracle Service Cloud through standard Python Database Connectivity.
Integration with popular Python tools like Pandas, SQLAlchemy, Dash & petl.
Full Unicode support for data, parameter, & metadata.

CData Python connectors in action!

Watch the video overview for a first hand-look at the powerful data integration capabilities included in the CData Python Connectors.

Watch the Python Connector Video Overview

Python connectivity with Oracle Service Cloud

Full-featured and consistent SQL access to any supported data source through Python


Connecting to Oracle Service Cloud with Python

CData Python Connectors leverage the Database API (DB-API) interface to make it easy to work with Oracle Service Cloud from a wide range of standard Python data tools. Connecting to and working with your data in Python follows a basic pattern, regardless of data source:

  • Configure the connection properties to Oracle Service Cloud
  • Query Oracle Service Cloud to retrieve or update data
  • Connect your Oracle Service Cloud data with Python data tools.


Connecting to Oracle Service Cloud in Python

To connect to your data from Python, import the extension and create a connection:

Once you import the extension, you can work with all of your enterprise data using the python modules and toolkits that you already know and love, quickly building apps that help you drive business.

import cdata.oracleservicecloud as mod
conn = mod.connect("[email protected]; Password=password;")

#Create cursor and iterate over results
cur = conn.cursor()
cur.execute("SELECT * FROM Accounts")
	
rs = cur.fetchall()
	
for row in rs:
print(row)
		
engine = create_engine("oracleservicecloud///Password=password&User=user")

df = pandas.read_sql("SELECT * FROM Accounts", engine)

df.plot()
plt.show()

Visualize Oracle Service Cloud Data with pandas

The data-centric interfaces of the Oracle Service Cloud Python Connector make it easy to integrate with popular tools like pandas and SQLAlchemy to visualize data in real-time.

More than read-only: full update/CRUD support

Oracle Service Cloud Connector goes beyond read-only functionality to deliver full support for Create, Read Update, and Delete operations (CRUD). Your end-users can interact with the data presented by the Oracle Service Cloud Connector as easily as interacting with a database table.

AI-assisted development with CData CLI

Build Oracle Service Cloud integrations faster with AI that understands your schema

Schema-aware AI

CData CLI gives AI coding tools access to your Oracle Service Cloud schema. No more guessing table names or column types—AI sees the same metadata in your Python Connectors.

Your AI Knows SQL

How to find table names, column names, and how to generate SQL syntax are things that AI knows well from millions of training data. No need for customization, no hallucinations. Your AI acts like a domain specialist to Oracle Service Cloud.

More Accurate, More Token-Efficient

With CData CLI's queryable schema detection and highly efficient queries with filters, aggregation, joins with correct pushdown, your AI will achieve more accuracy with less token usage.

Supported AI Coding Tools
Download CData CLI