benchkit 0.18.0

Lightweight benchmarking toolkit focused on practical performance analysis and report generation. Non-restrictive alternative to criterion, designed for easy integration and markdown report generation.
Documentation 
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//! Tests for profiling module
//!
//! These tests verify memory allocation tracking and profiling functionality.

#![ cfg( feature = "integration" ) ]

use benchkit ::prelude :: *;

#[ test ]
fn test_allocation_tracking()
{
  let result = bench_with_allocation_tracking(
  "test_allocs",
  ||
  {
   let _vec: Vec< i32 > = ( 0..100 ).collect();
 },
  1, // One allocation per call
 );
  
  assert!( result.allocation_rate > 0.0 );
}

#[ test ]
fn test_string_operations_comparison()
{
  let test_data = [vec![ "perf", "cmd_1" ], vec![ "perf", "cmd_2" ]];
  let test_slices: Vec< &[ &str ] > = test_data.iter().map( std ::vec ::Vec ::as_slice ).collect();

  let comparison = bench_string_operations(
  "format_join",
  "cached_lookup",
  | slices | format!( ".{}", slices.join( "." ) ),
  | slices | format!( ".{}", slices.join( "." ) ), // Same for test
  &test_slices,
 );

  // Validate comparison results instead of just printing
  assert!( !comparison.baseline.timing_result.times.is_empty(), "baseline should have timing results" );
  assert!( !comparison.current.timing_result.times.is_empty(), "current should have timing results" );
  assert!( comparison.baseline.timing_result.mean_time().as_nanos() > 0, "baseline mean time should be > 0" );
  assert!( comparison.current.timing_result.mean_time().as_nanos() > 0, "current mean time should be > 0" );
  assert!( comparison.baseline.allocation_rate >= 0.0, "baseline allocation rate should be >= 0" );
  assert!( comparison.current.allocation_rate >= 0.0, "current allocation rate should be >= 0" );
}