e filter) to mitigate XSS risks in client-side templates, aligning with security best practices for dynamic content.date, sort, attribute). Teams relying on these must either:
cycle, constant) may block use cases requiring advanced templating capabilities.*"This package allows us to reuse our existing Twig templates on the client side, cutting development time and reducing errors from maintaining separate PHP and JavaScript templating logic. By compiling Twig to JavaScript, we can offload rendering to the browser, improving performance for dynamic content like dashboards or real-time feeds while keeping our stack secure with Twig’s built-in escaping.
Why it matters:
Trade-offs:
date filters).Recommendation: Pilot this for a non-critical feature (e.g., an admin dashboard) to test compatibility and performance before wider adoption."*
*"jms/twig-js compiles Twig templates to JavaScript, letting us render UI logic on the client while keeping our templating syntax consistent with the backend. Here’s how we’d use it:
Use Cases:
How It Works:
e filter automatically escapes dynamic data to prevent XSS.Challenges:
date, sort). We’d need to:
Alternatives to Compare:
Proposal:
Tech Stack Fit:
*"jms/twig-js lets us write Twig templates once and reuse them on the client side. Here’s what you need to know:
Setup:
composer require jms/twig-js
<script> tags or a bundler).Example Workflow:
{# template.html.twig #}
<h1>{{ title | e }}</h1>
<ul>
{% for item in items %}
<li>{{ item.name | upper }}</li>
{% endfor %}
</ul>
Compiles to JavaScript that renders the same output client-side.
Key Limitations:
date, sort, or attribute filters: Avoid these in client-side templates.include for partials: Workaround with {% embed %} or pre-process partials in PHP.{{ var | e }}.Debugging:
make test (requires Node.js) to validate template compilation.When to Avoid:
Next Steps:
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