robotframework-ibmmq 0.1.3

A Robotframework library for IBM MQ

robotframework-ibmmq

Robot Framework keywords for IBM MQ — powered by the ibmmq Python package.

This library is a thin, explicit Robot Framework wrapper around the ibmmq Python package. It does not abstract away IBM MQ complexity — and that is by design.

If you use this library, you are using real IBM MQ, with real native dependencies, exactly like production.

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What this library is (and is not)

✅ IS

• A Robot Framework library for connecting to IBM MQ
• A wrapper around the ibmmq Python package
• Designed for real integration testing, not mocks or file-based substitutes

❌ IS NOT

• A pure-Python library
• A “just pip install and go” solution
• A fake or simulated MQ implementation

If you are looking for something that avoids native dependencies, this library is not for you.

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🚨 Read this first: IBM MQ prerequisites are mandatory

This library directly depends on ibmmq, which is a Python extension module backed by IBM MQ native libraries.

If ibmmq does not work on your machine, this Robot Framework library will not work either.

Before you do anything else, you must read and follow the official ibmmq prerequisites:

👉 Official ibmmq prerequisites (REQUIRED):
https://github.com/ibm-messaging/mq-mqi-python?tab=readme-ov-file#prerequisites

In practical terms, this means:

You must have, on the machine where tests run:

• ✅ IBM MQ C Client
• ✅ IBM MQ SDK
• ✅ A working C/C++ build toolchain
• ✅ Correct environment variables (e.g. MQ_FILE_PATH if MQ is not installed in the default location)

If any of the above is missing, you will see errors such as:

• ModuleNotFoundError: No module named 'ibmmqc'
• DLL load failures
• Import errors during pip install or at runtime

These are environment issues, not bugs in this library.

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Platform notes

• ✅ Windows: Supported
• ✅ Linux: Supported
• ❌ No native MQ installation = no support

On Windows, a proper Visual C++ build environment is required, because ibmmq includes native extensions.

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Installation

Step 1 — Verify ibmmq works first (strongly recommended)

python -c "import ibmmq; print('ibmmq OK')"

If this fails, stop here and fix your IBM MQ / ibmmq installation first.

Step 2 — Install this library

pip install robotframework-ibmmq

No magic. No hidden installers.

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Usage example

*** Settings ***
Library    MQLibrary

*** Test Cases ***
Connect to IBM MQ
    Connect MQ
    ...    queue_manager=QM_EXAMPLE
    ...    hostname=mq.example.internal
    ...    port=1414
    ...    channel=SYSTEM.ADMIN.SVRCONN
    ...    username=${NONE}
    ...    password=${NONE}

    Disconnect All MQ Connections

This connects to a real queue manager using a real MQ channel.

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MQ administration notes

If required:

• Ensure the MQ channel exists and is running
• Ensure the MQ listener is active
• Common admin channel: SYSTEM.ADMIN.SVRCONN

Use IBM MQ Explorer or platform tooling to manage this.

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Troubleshooting

Errors mentioning ibmmqc, DLL load failures, or missing shared libraries are IBM MQ / ibmmq environment problems.

Re-check:

• IBM MQ installation
• ibmmq prerequisites
• Environment variables
• 32-bit vs 64-bit mismatches

Official reference: https://github.com/ibm-messaging/mq-mqi-python?tab=readme-ov-file#prerequisites

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Acknowledgements ❤️

Special thanks to UWV for sponsoring, supporting, and open-sourcing this library.

By funding real-world test tooling and releasing it as open source, UWV has contributed back to the broader Robot Framework and IBM MQ communities.