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avoid expensive operations

kilo-org/kilocode
Based on 2 comments
TypeScript

Identify and mitigate costly operations that can significantly impact performance. This includes CPU-intensive processing, expensive I/O operations, and repeated function calls that involve file system access or complex computations.

Performance Optimization TypeScript

Reviewer Prompt

Identify and mitigate costly operations that can significantly impact performance. This includes CPU-intensive processing, expensive I/O operations, and repeated function calls that involve file system access or complex computations.

When you encounter performance bottlenecks:

  • Profile and measure the cost of operations before optimizing
  • Consider disabling or replacing expensive features when they provide diminishing returns
  • Batch expensive calls instead of making multiple separate calls
  • Document performance decisions for future reference

Example of avoiding expensive operations:

// Avoid: Multiple expensive calls
const { mode, apiConfiguration, language } = await this.getState()
const { experiments } = await this.getState() // Expensive I/O operation called twice

// Prefer: Single expensive call with full destructuring
const {
    mode,
    apiConfiguration, 
    language,
    experiments
} = await this.getState()

// Or disable expensive features when cost outweighs benefit:
// context = await this.addAST(context) // Disabled: uses too much CPU for Swift

Always weigh the performance cost against the actual benefit provided, especially for operations involving file I/O, network calls, or intensive computations.

2
Comments Analyzed
TypeScript
Primary Language
Performance Optimization
Category

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