A thin interface to multiple Ruby template engines, making their usage generic across web frameworks and static site generators.
Tilt is a thin interface to multiple Ruby template engines that provides a generic API for rendering templates. It abstracts away differences between engines like ERB, Haml, Slim, and Markdown processors, allowing frameworks and tools to support many engines without custom integrations. It solves the problem of having to write engine-specific code for each template type in Ruby applications.
Ruby developers building web frameworks, static site generators, or any system that needs to support multiple template engines. Maintainers of Ruby projects who want to offer flexible templating options without maintaining separate integrations.
Developers choose Tilt because it offers a consistent, reliable interface across dozens of template engines with features like proper backtraces, caching, and locals support. Its performance optimizations like template compilation provide significant speed improvements, and its maintenance model ensures long-term stability for core engines.
Generic interface to multiple Ruby template engines
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Provides a consistent interface for rendering across over 30 engines, eliminating the need for custom code per engine as highlighted in the README.
Implements template caching and fast method-based compilation, offering up to 5x-10x speed improvements for supported engines like ERB and Haml.
Delivers accurate backtraces with correct filenames and line numbers, making it easier to trace errors in templates, a core feature emphasized in the documentation.
Supports custom evaluation scopes, locals, and blocks, allowing templates to be rendered in various object contexts, as demonstrated in the basic usage examples.
Community-maintained integrations may have test failures not prioritized by the Tilt team, potentially leading to instability or broken features over time.
Requires manual requiring of template engine libraries to avoid errors in threaded environments, adding setup complexity and risk of oversight.
The generic API abstracts away engine-specific quirks and advanced options, which can restrict power users from leveraging full capabilities of individual engines.