RPA Framework is a collection of open-source libraries and tools for Robotic Process Automation (RPA), and it is designed to be used with both Robot Framework and Python. The goal is to offer well-documented and actively maintained core libraries for Software Robot Developers.

Learn more about RPA at Robocorp Documentation.

The project is:

• 100% Open Source
• Sponsored by Robocorp
• Optimized for Robocorp Control Room and Developer Tools
• Accepting external contributions

• Homepage: https://www.github.com/robocorp/rpaframework/
• Documentation: https://rpaframework.org/
• PyPI: https://pypi.org/project/rpaframework/
• Release notes: https://rpaframework.org/releasenotes.html
• RSS feed: https://rpaframework.org/releases.xml

From the above packages rpaframework-core and rpaframework-recognition are support packages, which themselves do not contain any libraries.

The RPA Framework project currently includes the following libraries:

The x in the PACKAGE column means that library is included in the rpaframework package and for example. x,dialogs means that RPA.Dialogs library is provided in both the rpaframework and rpaframework-dialogs packages.

The RPA.Browser.Playwright at the moment requires special installation, because of the package size and the post install step it needs to be fully installed.

Minimum required conda.yaml to install Playwright:

channels:
  - conda-forge
dependencies:
  - python=3.7.5
  - pip=20.1
  - nodejs=16.4.2
  - pip:
    - rpaframework==13.0.0
    - robotframework-browser==12.2.0
rccPostInstall:
  - rfbrowser init

Learn about installing Python packages at Installing Python Packages.

Default installation method with Robocorp Developer Tools using conda.yaml:

channels:
  - conda-forge
dependencies:
  - python=3.7.5
  - pip=20.1
  - pip:
    - rpaframework==13.0.0

To install all extra packages (including Playwright dependencies), you can use:

channels:
  - conda-forge
dependencies:
  - python=3.7.5
  - tesseract=4.1.1
  - pip=20.1
  - nodejs=16.14.2
  - pip:
    - rpaframework==13.0.0   # rpaframework[aws]==13.0.0
    - rpaframework-aws==1.0.0
    - rpaframework-google==3.0.0
    - rpaframework-recognition==2.0.0
    - robotframework-browser==12.2.0
rccPostInstall:
  - rfbrowser init

Separate installation of AWS, Dialogs, PDF and Windows libraries without main rpaframework:

channels:
  - conda-forge
dependencies:
  - python=3.7.5
  - pip=20.1
  - pip:
    - rpaframework-aws==1.0.0 # included in the rpaframework as an extra
    - rpaframework-dialogs==1.0.0  # included in the rpaframework by default
    - rpaframework-pdf==3.0.0  # included in the rpaframework by default
    - rpaframework-windows==3.0.0 # included in the rpaframework by default

After installation the libraries can be directly imported inside Robot Framework:

*** Settings ***
Library    RPA.Browser.Selenium

*** Tasks ***
Login as user
    Open available browser    https://example.com
    Input text    id:user-name    ${USERNAME}
    Input text    id:password     ${PASSWORD}

The libraries are also available inside Python:

from RPA.Browser.Selenium import Selenium

lib = Selenium()

lib.open_available_browser("https://example.com")
lib.input_text("id:user-name", username)
lib.input_text("id:password", password)

• rpaframework.org for library documentation
• Robocorp Documentation for guides and tutorials
• #rpaframework channel in Robot Framework Slack if you have open questions or want to contribute
• Robocorp Forum for discussions about RPA
• Communicate with your fellow Software Robot Developers and Robocorp experts at Robocorp Developers Slack

Found a bug? Missing a critical feature? Interested in contributing? Head over to the Contribution guide to see where to get started.

Repository development is Python based and requires at minimum Python version 3.7+ installed on the development machine. The default Python version used in the Robocorp Robot template is 3.7.5 so it is a good choice for the version to install. Not recommended versions are 3.7.6 and 3.8.1, because they have issues with some of the dependencies related to rpaframework. At the time the newer Python versions starting from 3.9 are also not recommended, because some of the dependencies might cause issues.

Repository development tooling is based on basically on poetry and invoke. Poetry is the underlying tool used for compiling, building and running the package. Invoke is used for scripting purposes for example for linting, testing and publishing tasks.

First steps to start developing:

1. initial poetry configuration

poetry config virtualenvs.path null
poetry config virtualenvs.in-project true
poetry config repositories.devpi "https://devpi.robocorp.cloud/ci/test"

2. git clone the repository
3. create a new Git branch or switch to correct branch or stay in master branch
   • some branch naming conventions feature/name-of-feature, hotfix/name-of-the-issue, release/number-of-release
4. poetry install which install package with its dependencies into the .venv directory of the package, for example packages/main/.venv
5. if testing against Robocorp Robot which is using devdata/env.json
   • set environment variables
   • or poetry build and use resulting .whl file (in the dist/ directory) in the Robot conda.yaml
   • or poetry build and push resulting .whl file (in the dist/ directory) into a repository and use raw url to include it in the Robot conda.yaml
   • another possibility for Robocorp internal development is to use Robocorp devpi instance, by poetry publish --ci and point conda.yaml to use rpaframework version in devpi
6. poetry run python -m robot <ROBOT_ARGS> <TARGET_ROBOT_FILE>
   • common ROBOT_ARGS from Robocorp Robot template: --report NONE --outputdir output --logtitle "Task log"
7. poetry run python <TARGET_PYTHON_FILE>
8. invoke lint to make sure that code formatting is according to rpaframework repository guidelines. It is possible and likely that Github action will fail the if developer has not linted the code changes. Code formatting is based on black and flake8 and those are run with the invoke lint.
9. the library documentation can be created in the repository root (so called "meta" package level)
   • poetry update
   • make docs
   • open docs/build/html/index.html with the browser to view the changes
10. invoke test (this will run both Python unittests and robotframework tests defined in the packages tests/ directory)
    • to run specific Python test: poetry run pytest path/to/test.py::test_function
    • to run specific Robotframework test: inv testrobot -r <robot_name> -t <task_name>
11. git commit changes
12. git push changes to remote
13. create pull request from the branch describing changes included in the description
14. update docs/source/releasenotes.rst with changes (commit and push)

Packaging and publishing are done after changes have been merged into master branch. All the following steps should be done within master branch.

1. git pull latest changes into master branch
2. in the package directory containing changes execute invoke lint and invoke test
3. update pyproject.toml with new version according to semantic versioning
4. update docs/source/releasenotes.rst with changes
5. in the repository root (so called "meta" package level) run command poetry update
6. git commit changed poetry.lock files (on meta and target package level), releasenotes.rst and pyproject.toml with message "PACKAGE. version x.y.z"
7. git push
8. invoke publish after Github action on master branch is all green

Some recommended tools for development

• Visual Studio Code as a code editor with following extensions:

  • Robocorp Code
  • Robot Framework Language Server
  • GitLens
  • Python extension

• GitHub Desktop will make version management less prone to errors

This project is open-source and licensed under the terms of the Apache License 2.0.