Raxol.AI.PerformanceOptimization (Raxol v0.4.0)

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Runtime AI features for intelligent performance optimization.

This module provides AI-driven performance optimizations including:

  • Predictive rendering - Intelligently determine what needs to be rendered
  • Resource allocation - Dynamically allocate system resources based on usage patterns
  • Component caching - Smart caching of frequently used components
  • Prefetching - Predict and preload content likely to be needed soon
  • Adaptive throttling - Adjust refresh rates based on current activity
  • Runtime profiling - Continuously monitor and analyze performance patterns

Summary

Functions

Analyzes performance and suggests optimizations.

Recommends components for prefetching based on usage patterns.

Gets the recommended refresh rate for a component based on current activity.

Initializes the performance optimization system.

Records component usage for optimization analysis.

Records component render time for optimization analysis.

Sets the optimization level for the system.

Determines if a component should be rendered based on current conditions. Uses predictive rendering to optimize performance.

Enables or disables a specific optimization feature.

Functions

analyze_performance()

Analyzes performance and suggests optimizations.

Examples

iex> analyze_performance()
[
  %{type: :component, name: "data_table", issue: :slow_rendering, suggestion: "Consider virtual scrolling"},
  %{type: :pattern, issue: :excessive_updates, suggestion: "Implement throttling for search inputs"}
]

get_prefetch_recommendations(current_component)

Recommends components for prefetching based on usage patterns.

Examples

iex> get_prefetch_recommendations("user_profile")
["user_settings", "user_activity"]

get_refresh_rate(component_name)

Gets the recommended refresh rate for a component based on current activity.

Examples

iex> get_refresh_rate("animated_progress")
16  # milliseconds (approximately 60fps)

init(opts \\ [])

Initializes the performance optimization system.

Options

  • :optimization_level - Level of optimization to apply (:minimal, :balanced, :aggressive)
  • :features - List of features to enable

Examples

iex> init(optimization_level: :balanced)
:ok

record_component_usage(component_name)

Records component usage for optimization analysis.

Examples

iex> record_component_usage("dropdown_menu")
:ok

record_render_time(component_name, time_ms)

Records component render time for optimization analysis.

Examples

iex> record_render_time("user_profile", 25)
:ok

set_optimization_level(level)

Sets the optimization level for the system.

Examples

iex> set_optimization_level(:aggressive)
:ok

should_render?(component_name, context \\ %{})

Determines if a component should be rendered based on current conditions. Uses predictive rendering to optimize performance.

Examples

iex> should_render?("large_table", %{visible: false, scroll_position: 500})
false

toggle_feature(feature, enabled)

Enables or disables a specific optimization feature.

Examples

iex> toggle_feature(:predictive_rendering, true)
:ok