This is the main PrimeSieve class. Call it with the number you wish as an upper limit, then call the run_sieve method to do the calculation. p

This is the main PrimeSieve class. Call it with the number you wish as an upper limit, then call the run_sieve method to do the calculation. p

This is the main PrimeSieve class. Call it with the number you wish as an upper limit, then call the run_sieve method to do the calculation. p

A generic flag data struct that is used for each storage and element data type.

Storage using a simple vector of bytes. Doing the same with bools is equivalent, as bools are currently represented as bytes in Rust. However, this is

Validator to compare against known primes. Pulled this out into a separate struct, as it's defined `const` in C++. There are various ways to do this i

Sieve variable represents the sieve of Eratosthenes for all odd numbers bigger than 3. For variable sieve of type Sieve the value sieve[i] is false if

Defines an algorithm (and optional execution parameters) for sieve execution.

Benchmark represents all necessary info to benchmark a sieve implementation

BenchmarkResult represents all necessary info to output and validate benchmark results

Marker for bit handling of flag data. Sieving functions as normal, each flag only occupies one bit so the data is effectively compressed to the minim

BlockStorage wraps a storage type to make the SetRange method more cpu cache-friendly

Marker for boolean (element) handling of flag data. Sieving works as normal, each flag occupies one element. This is the most straight-forward or nai

Generic data type for use as flag data. This only provides enough information for use with an interior integer type. Most flag data implementations h

DragRaceRunner provides high-level interface for running benchmarks and outputting their results.