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The original abstract to kick off implementation of MFE plugins is as follows (from openedx/platform-roadmap#27):
The ability to extend the user interface of the Open edX Platform is a prerequisite for scalable innovation, customization, and experimentation. It allows us to maintain a small, stable, and extensible platform core, and is a vital part of our micro-frontend customization capabilities. Micro-frontend plugins (a.k.a., "Experience Plugins" or "XPs") give us a dramatic increase in flexibility in how we build and deploy our user experiences. They enable an increase in team autonomy for feature development, modularization of cross-cutting features, code reuse, and approachable experimentation and extensibility.
While there is general consensus that extensibility of the user interface is a critical prerequisite for scalable innovation, customization and experimentation, there are a number of assumptions and gaps in this abstract that require further investigation and testing before implementing MFE plugins as a solution.
One key assumption is that MFE plugins are indeed the most effective solution for extending the user interface. Has feedback been gathered from target users to illustrate and support this assumption? Is there a clear understanding of how the user interface experience will be demonstrably better with the implementation of MFE plugins?
Furthermore, gaps include:
Clear understanding of associated pain points with the current MFE experience and articulation of how MFE plugins will address (or not) those pain points.
Clear articulation of target audience. Who are MFE plugins intended to support, and how.
Clear definition and scope of plugins.
Tradeoffs and alternatives to MFE plugins
Background:
MFEs have many benefits for developers, including:
more flexibility
more productive workflows
more potential for customization
However, the current process of executing MFEs has resulted in pain points. Two examples include:
they're currently harder to theme and customize, requiring users to fork the MFE codebase(s)
they make it harder for Tutor developers to bundle them, which undermines the intent of Tutor adoption
See this thread for a longer discussion on pain points.
Scope and Intended Outcome:
The goal of this epic is to outline a discovery framework and process for addressing the assumptions and gaps listed above, and to deepen understanding of the current MFE landscape, including pain points, advantages and challenges for each of the key personas who interact with and benefit from MFEs.
By the end of the discovery process, we will have:
a clear view of the nature, scope and types of pain points that currently exist in MFE workflows, and who (which users/personas) those pain points impact the most;
a clear view of how MFE plugins could fix or mitigate those pain points, as well as enhance or improve the user interface experience more broadly;
a clear definition of what a plugin is and is not;
a list of tradeoffs and alternatives to implementing MFE plugins.
a clear point of view on whether to move ahead in implementing MFE plugins, and a recommended approach.
Final discovery artifact open for comment: https://openedx.atlassian.net/wiki/spaces/OEPM/pages/3390701611/Discovery+Findings+Areas+of+Improvement+for+Micro-frontends
Background:
The original abstract to kick off implementation of MFE plugins is as follows (from openedx/platform-roadmap#27):
The ability to extend the user interface of the Open edX Platform is a prerequisite for scalable innovation, customization, and experimentation. It allows us to maintain a small, stable, and extensible platform core, and is a vital part of our micro-frontend customization capabilities. Micro-frontend plugins (a.k.a., "Experience Plugins" or "XPs") give us a dramatic increase in flexibility in how we build and deploy our user experiences. They enable an increase in team autonomy for feature development, modularization of cross-cutting features, code reuse, and approachable experimentation and extensibility.
While there is general consensus that extensibility of the user interface is a critical prerequisite for scalable innovation, customization and experimentation, there are a number of assumptions and gaps in this abstract that require further investigation and testing before implementing MFE plugins as a solution.
One key assumption is that MFE plugins are indeed the most effective solution for extending the user interface. Has feedback been gathered from target users to illustrate and support this assumption? Is there a clear understanding of how the user interface experience will be demonstrably better with the implementation of MFE plugins?
Furthermore, gaps include:
Background:
MFEs have many benefits for developers, including:
However, the current process of executing MFEs has resulted in pain points. Two examples include:
See this thread for a longer discussion on pain points.
Scope and Intended Outcome:
The goal of this epic is to outline a discovery framework and process for addressing the assumptions and gaps listed above, and to deepen understanding of the current MFE landscape, including pain points, advantages and challenges for each of the key personas who interact with and benefit from MFEs.
By the end of the discovery process, we will have:
Associated tasks:
See openedx/platform-roadmap#27.
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