MayaFlux::Yantra::ComputationGrammar::RuleBuilder Class Reference

Fluent interface for building rules with method chaining. More...

#include <ComputeGrammar.hpp>

Collaboration diagram for MayaFlux::Yantra::ComputationGrammar::RuleBuilder:

Public Member Functions
	RuleBuilder (ComputationGrammar *grammar, std::string name)
	Constructs a RuleBuilder for the specified grammar.
RuleBuilder &	with_context (ComputationContext context)
	Sets the computation context for this rule.
RuleBuilder &	with_priority (int priority)
	Sets the execution priority for this rule.
RuleBuilder &	with_description (std::string description)
	Sets a human-readable description for this rule.
template<ComputeData DataType>
RuleBuilder &	matches_type ()
	Sets the matcher to check for a specific data type.
RuleBuilder &	matches_custom (UniversalMatcher::MatcherFunc matcher)
	Sets a custom matcher function.
template<typename Func >
RuleBuilder &	executes (Func &&executor)
	Sets the executor function for this rule.
template<typename OperationType >
RuleBuilder &	targets_operation ()
	Sets the target operation type for this rule.
RuleBuilder &	with_tags (std::vector< std::string > tags)
	Sets arbitrary tags for this rule.
void	build ()
	Finalizes and adds the rule to the grammar.

Private Attributes
Rule	m_rule
	Rule being constructed.
ComputationGrammar *	m_grammar
	Reference to parent grammar.

Detailed Description

Fluent interface for building rules with method chaining.

The RuleBuilder provides a clean, readable way to construct complex rules using method chaining. This pattern makes rule creation more expressive and helps catch configuration errors at compile time.

Example usage:

grammar.create_rule("complex_temporal_rule")
    .with_context(ComputationContext::TEMPORAL)
    .with_priority(75)
    .with_description("Applies gain when signal is quiet")
    .matches_type<std::vector<double>>()
    .targets_operation<MathematicalTransformer<>>()
    .with_tags({"audio", "gain", "dynamic"})
    .executes([](const std::any& input, const ExecutionContext& ctx) {
        // Custom logic here
        return input;
    })
    .build();

Definition at line 312 of file ComputeGrammar.hpp.

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The documentation for this class was generated from the following file:

• ComputeGrammar.hpp