Oracle Autonomous Database Free Container Image Documentation

Oracle Autonomous Database Free Container image supports 2 types of database workload types; ADW and ATP. These are similar to Transaction Processing and Data Warehouse workload type databases in Autonomous Database Serverless Cloud service.

Following key features are supported:

• Oracle Rest Data Services (ORDS)
• APEX
• Database Actions
• Mongo API

The storage size is limited to 20 GB for each Database

Using this image

Database versions

From the released images, choose the database version and corresponding image to work with.

We use the following naming convention:

Database version	Latest image tag	Specific release image tag
23ai	latest-23ai	24.4.4.2-23ai
19c	latest	24.9.3.2

Container CPU/memory requirements

Oracle Autonomous Database Free container needs 4 CPUs and 8 GiB memory

Install podman

Please refer the official documentation to install podman on Linux, Windows or Mac

Start podman machine on MacOS (x86_64) or Windows (x86_64)

Containers need the Linux kernel. Run following commands to start a podman virtual machine

podman machine init
podman machine set --cpus 4 --memory 8192
podman machine start

Refer the FAQ to configure virtual machine on ARM machine (M1/M2 chips)

Starting an ADB Free container

Note: Although the instructions use podman, the image format is compliant with both Open Container Initiative (OCI) and Docker. ADB container works seamlessly with both OCI and Docker container runtimes. You can also use docker to start the container.

To start an Oracle Autonomous Database Free container for ATP workload, run the following command

podman run -d \
-p 1521:1522 \
-p 1522:1522 \
-p 8443:8443 \
-p 27017:27017 \
-e WORKLOAD_TYPE=ATP \
-e WALLET_PASSWORD=*** \
-e ADMIN_PASSWORD=*** \
--cap-add SYS_ADMIN \
--device /dev/fuse \
--name adb-free \
ghcr.io/oracle/adb-free:latest-23ai

Note: Use ghcr.io/oracle/adb-free:latest for 19c

On first startup of the container:

• User mandatorily has to change the admin passwords. Please specify the password using the environment variable ADMIN_PASSWORD

• Wallet is generated using the wallet password WALLET_PASSWORD

Following table explains the environment variables passed to the container

Environment variable	Description
WORKLOAD_TYPE	Can be either ATP or ADW. Default value is ATP
DATABASE_NAME	Database name should contain only alphanumeric characters. if not provided, the Database will be called either MYATP or MYADW depending on the passed workload type
ADMIN_PASSWORD	Admin user password must be between 12 and 30 characters long and must include at least one uppercase letter, one lowercase letter, and one numeric. The password cannot contain username
WALLET_PASSWORD	Wallet password must have a minimum length of eight characters and contain alphabetic characters combined with numbers or special characters.
ENABLE_ARCHIVE_LOG	To enable archive logging in the database. Default value is True. To turn off archive logging set the value to False

Note: For OFS mount, container should start with SYS_ADMIN capability. Also, virtual device /dev/fuse should be accessible

Ports

Note the following ports which are forwarded to the container process

Port	Description
1521	TLS
1522	mTLS
8443	HTTPS port for ORDS / APEX and Database Actions
27017	Mongo API

HTTP proxy

If you are behind a corporate proxy, there are 2 ways to configure the database to use the proxy settings

1. Set the HTTP_PROXY database property. This is used by packages like DBMS_CLOUD

exec DBMS_CLOUD_CONTAINER_ADMIN.set_database_property('HTTP_PROXY', 'www-my-corp-proxy.com:80/');

2. Use UTL_HTTP.set_proxy to set proxy for HTTP requests sent using UTL_HTTP

exec UTL_HTTP.SET_PROXY('www-my-corp-proxy.com');

adb-cli

adb-cli can be used to perform database operations after container is up and running

To use adb-cli, you can define the following alias for convenience

alias adb-cli="podman exec <container_name> adb-cli"

Available commands

>> adb-cli --help

Usage: adb-cli [OPTIONS] COMMAND [ARGS]...

  ADB-S Command Line Interface (CLI) to perform container-runtime database
  operations

Options:
  -v, --version  Show the version and exit.
  --help         Show this message and exit.

Commands:
  add-database
  change-password

Add Database

You can add a database using the add-database command

adb-cli add-database --workload-type "ADW" --admin-password "Welcome_1234"

Change Password

To change password for Admin user, use the following command

adb-cli change-password --database-name "MYADW" --old-password "Welcome_1234" --new-password "Welcome_12345"

Migrating data across containers

Mount Volume

To persist data across container restarts and removals, you should mount a volume at /u01/data and follow the steps mentioned in the documentation to migrate PDB data across containers

podman run -d \
-p 1521:1522 \
-p 1522:1522 \
-p 8443:8443 \
-p 27017:27017 \
-e WORKLOAD_TYPE=ATP \
-e WALLET_PASSWORD=*** \
-e ADMIN_PASSWORD=*** \
--cap-add SYS_ADMIN \
--device /dev/fuse \
--name adb-free \
--volume adb_container_volume:/u01/data \
ghcr.io/oracle/adb-free:latest-23ai

Connecting to Oracle Autonomous Database Free container

ORDS/APEX/Database Actions

Container hostname is used to generate self-signed SSL certs to serve HTTPS traffic on port 8443. APEX and Database Actions can be accessed using the container host (or simply localhost)

Application	URL
APEX	https://localhost:8443/ords/apex
Database Actions	https://localhost:8443/ords/sql-developer

Note: For additional databases plugged in using adb-cli add-database command, please use the URL formats https://localhost:8443/ords/{database_name}/apex and https://localhost:8443/ords/{database_name}/sql-developer to access APEX and Database Actions respectively.

Wallet Setup

In the container, TLS wallet is generated at location /u01/app/oracle/wallets/tls_wallet

Copy wallet to your host.

podman cp adb-free:/u01/app/oracle/wallets/tls_wallet /scratch/tls_wallet

In this example, wallet is copied to /scratch/tls_wallet folder

Point TNS_ADMIN environment variable to the wallet directory

export TNS_ADMIN=/scratch/tls_wallet

If you want to connect to a remote host where the ADB free container is running, replace localhost in $TNS_ADMIN/tnsnames.ora with the remote host FQDN

sed -i 's/localhost/my.host.com/g' $TNS_ADMIN/tnsnames.ora

Available TNS aliases

Similar to Autonomous Database Serverless Cloud service, use any one of the following aliases to connect to ADB free container.

MYATP TNS aliases

For mTLS use the following

• myatp_medium
• myatp_high
• myatp_low
• myatp_tp
• myatp_tpurgent

For TLS use the following

• myatp_medium_tls
• myatp_high_tls
• myatp_low_tls
• myatp_tp_tls
• myatp_tpurgent_tls

MYADW TNS aliases

For mTLS use the following

• myadw_medium
• myadw_high
• myadw_low

For TLS use the following

• myadw_medium_tls
• myadw_high_tls
• myadw_low_tls

TNS alias mappings to their connect string can be found in $TNS_ADMIN/tnsnames.ora file.

TLS walletless connection

To connect without a wallet, you need to update your client's truststore with the self-signed certificate generated at container start

Linux system truststore

Copy /u01/app/oracle/wallets/tls_wallet/adb_container.cert from container and update your system truststore

podman cp adb-free:/u01/app/oracle/wallets/tls_wallet/adb_container.cert adb_container.cert
sudo cp adb_container.cert /etc/pki/ca-trust/source/anchors
sudo update-ca-trust

MacOS system trustsore

For MacOS, please refer the support guide to add certificate to keychain

JDK truststore

For JDK truststore update, you can use keytool

Linux example:

sudo keytool -import -alias adb_container_certificate -keystore $JAVA_HOME/lib/security/cacerts -file adb_container.cert

MacOS example:

sudo keytool -import -alias adb_container_certificate -file adb_container.cert -keystore  /Library/Java/JavaVirtualMachines/jdk-17.jdk/Contents/Home/lib/security/cacerts

SQL Developer Desktop application

Copy the wallet from the container and zip it

podman cp adb-free:/u01/app/oracle/wallets/tls_wallet /scratch/tls_wallet

zip -j /scratch/tls_wallet.zip /scratch/tls_wallet/*

Once you zip the Wallet, open SQLDeveloper and follow the below steps:

1. Click on File -> New -> Database Connection

2. Enter username / password

3. From "Connection Type" dropdown choose "Cloud Wallet"

4. Under "Configuration file" browse path to your wallet.zip

5. Select Service from the dropdown

6. Click on Connect

SQL*Plus

In this example, we connect using the alias myatp_low

sqlplus admin/<myatp_admin_password>@myatp_low

SQL*Plus: Release 21.0.0.0.0 - Production on Wed Jul 26 22:38:27 2023
Version 21.9.0.0.0

Copyright (c) 1982, 2022, Oracle.  All rights reserved.

Last Successful login time: Wed Jul 26 2023 16:36:16 +00:00

Connected to:
Oracle Database 19c Enterprise Edition Release 19.0.0.0.0 - Production
Version 19.20.0.1.0

SQL>

Python

Install the python-oracledb driver for Oracle Database

python3 -m pip install oracledb

import oracledb
conn = oracledb.connect(user="admin", password="<myadw_admin_password>", dsn="myadw_medium", config_dir="/scratch/tls_wallet", wallet_location="/scratch/tls_wallet", wallet_password="***")
cr = conn.cursor()
r = cr.execute("SELECT 1 FROM DUAL")
print(r.fetchall())

>> [(1,)]

Create an app user

Connect as Admin

sqlplus admin/<myatp_admin_password>@myatp_medium

Create user as shown below:

CREATE USER APP_USER IDENTIFIED BY "<my_app_user_password>" QUOTA UNLIMITED ON DATA;

-- ADD ROLES
GRANT CONNECT TO APP_USER;
GRANT CONSOLE_DEVELOPER TO APP_USER;
GRANT DWROLE TO APP_USER;
GRANT RESOURCE TO APP_USER;  


-- ENABLE REST
BEGIN
    ORDS.ENABLE_SCHEMA(
        p_enabled => TRUE,
        p_schema => 'APP_USER',
        p_url_mapping_type => 'BASE_PATH',
        p_url_mapping_pattern => 'app_user',
        p_auto_rest_auth=> TRUE
    );
    commit;
END;
/

-- QUOTA
ALTER USER APP_USER QUOTA UNLIMITED ON DATA;

F.A.Q

How can I run Oracle Autonomous Database Free container on ARM64 arch i.e. machines with M1/M2 chips ?

Use colima + docker to emulate x86_64 arch. Replace podman with docker in all commands. This is only until we have a native ARM 64 image.

How can I install colima and docker on machines with M1/M2 chips ?

brew install docker
brew install docker-compose
brew install colima
brew reinstall qemu

How can I start Colima x86_64 Virtual Machine with minimum memory/cpu requirements ?

Note: Running x86_64 arch containers can have issues translating instructions for ARM. We give higher memory to the VM to avoid such issues

colima start --cpu 4 --memory 10 --arch x86_64

How can I start Colima x86_64 Virtual Machine using Apple's new virtualization framework - Rosetta ?

Note: Running x86_64 arch containers can have issues translating instructions for ARM. We give higher memory to the VM to avoid such issues

softwareupdate --install-rosetta
colima stop
colima delete
colima start --cpu 4 --memory 10 --arch x86_64 --vm-type vz --vz-rosetta

# Verify if Colima is using the new profile
docker context ls
colima status

How can I start podman VM on x86_64 Mac with minimum memory/cpu requirements ?

podman machine init
podman machine set --cpus 4 --memory 8192
podman machine start

Contributing

This project welcomes contributions from the community. Before submitting a pull request, please review our contribution guide

Security

Please consult the security guide for our responsible security vulnerability disclosure process

License

Copyright (c) 2024 Oracle and/or its affiliates.

Released under the Universal Permissive License v1.0 as shown at https://oss.oracle.com/licenses/upl/.