High-Throughput Lock-Free Packet Ring Benchmark

module tests.bench_packet_simd_unroll pub struct PacketBenchmark { pub total_packets: i64, pub ring_mask: i64, } impl PacketBenchmark { pub fn new(count: i64) -> PacketBenchmark { PacketBenchmark { total_packets: count, ring_mask: 65535, } } // Nyx v0.50+ AVX2 8-Way Unrolled SIMD Accumulator pub fn run_benchmark_unrolled(self: &PacketBenchmark) -> i64 { let mut i: i64 = 0; let mut sum0: i64 = 0; let mut sum1: i64 = 0; let mut sum2: i64 = 0; let mut sum3: i64 = 0; let mut sum4: i64 = 0; let mut sum5: i64 = 0; let mut sum6: i64 = 0; let mut sum7: i64 = 0; let limit: i64 = self.total_packets - 7; #pragma unroll(8) while i < limit { sum0 = sum0 + ((167772161 + (i & 255)) + 167772162 + (5000 + (i & 4095)) + 8080); sum1 = sum1 + ((167772161 + ((i + 1) & 255)) + 167772162 + (5000 + ((i + 1) & 4095)) + 8080); sum2 = sum2 + ((167772161 + ((i + 2) & 255)) + 167772162 + (5000 + ((i + 2) & 4095)) + 8080); sum3 = sum3 + ((167772161 + ((i + 3) & 255)) + 167772162 + (5000 + ((i + 3) & 4095)) + 8080); sum4 = sum4 + ((167772161 + ((i + 4) & 255)) + 167772162 + (5000 + ((i + 4) & 4095)) + 8080); sum5 = sum5 + ((167772161 + ((i + 5) & 255)) + 167772162 + (5000 + ((i + 5) & 4095)) + 8080); sum6 = sum6 + ((167772161 + ((i + 6) & 255)) + 167772162 + (5000 + ((i + 6) & 4095)) + 8080); sum7 = sum7 + ((167772161 + ((i + 7) & 255)) + 167772162 + (5000 + ((i + 7) & 4095)) + 8080); i = i + 8; } let mut total_sum: i64 = sum0 + sum1 + sum2 + sum3 + sum4 + sum5 + sum6 + sum7; while i < self.total_packets { total_sum = total_sum + ((167772161 + (i & 255)) + 167772162 + (5000 + (i & 4095)) + 8080); i = i + 1; } total_sum } } pub fn main() { let bench = PacketBenchmark::new(5000000); let checksum = bench.run_benchmark_unrolled(); println("Processed 5,000,000 packets | Accumulator: 0x{:X}", checksum); }

module tests.bench_packet_throughput pub struct PacketBenchmark { pub total_packets: i64, pub ring_mask: i64, } impl PacketBenchmark { pub fn new(count: i64) -> PacketBenchmark { PacketBenchmark { total_packets: count, ring_mask: 65535, } } pub fn run_benchmark(self: &PacketBenchmark) -> i64 { let mut i: i64 = 0; let mut sum_checksums: i64 = 0; let limit: i64 = self.total_packets; while i < limit { let slot: i64 = i & self.ring_mask; let src_ip: i64 = 167772161 + (i & 255); let dst_ip: i64 = 167772162; let src_port: i64 = 5000 + (i & 4095); let dst_port: i64 = 8080; let chk: i64 = src_ip + dst_ip + src_port + dst_port; sum_checksums = sum_checksums + chk; i = i + 1; } sum_checksums } } pub fn main() { let bench = PacketBenchmark::new(5000000); let checksum = bench.run_benchmark(); println("Processed 5,000,000 packets | Accumulator: 0x{:X}", checksum); }

// dialect: zephaniah (gradual ownership mode) module tests.bench_packet_throughput_zephaniah pub struct PacketBenchmark { pub total_packets: i64, pub ring_mask: i64, } impl PacketBenchmark { pub fn new(count: i64) -> @owned PacketBenchmark { PacketBenchmark { total_packets: count, ring_mask: 65535, } } pub fn run_benchmark(@borrowed self: &PacketBenchmark) -> i64 { let mut i: i64 = 0; let mut sum_checksums: i64 = 0; let limit: i64 = self.total_packets; while i < limit { let slot: i64 = i & self.ring_mask; let src_ip: i64 = 167772161 + (i & 255); let dst_ip: i64 = 167772162; let src_port: i64 = 5000 + (i & 4095); let dst_port: i64 = 8080; let chk: i64 = src_ip + dst_ip + src_port + dst_port; sum_checksums = sum_checksums + chk; i = i + 1; } sum_checksums } } pub fn main() { let bench = PacketBenchmark::new(5000000); let checksum = bench.run_benchmark(); println("[Zephaniah Gradual Ownership] Accumulator: 0x{:X}", checksum); }

// dialect: havilah (linear capability security mode) module tests.bench_packet_throughput_havilah pub struct PacketBenchmark { pub total_packets: i64, pub ring_mask: i64, } impl PacketBenchmark { pub fn new(count: i64, cap: Cap) -> (PacketBenchmark, Cap) { (PacketBenchmark { total_packets: count, ring_mask: 65535, }, cap) } pub fn run_benchmark(self: &PacketBenchmark, cap: &Cap) -> i64 { let mut i: i64 = 0; let mut sum_checksums: i64 = 0; let limit: i64 = self.total_packets; while i < limit { let slot: i64 = i & self.ring_mask; let src_ip: i64 = 167772161 + (i & 255); let dst_ip: i64 = 167772162; let src_port: i64 = 5000 + (i & 4095); let dst_port: i64 = 8080; let chk: i64 = src_ip + dst_ip + src_port + dst_port; sum_checksums = sum_checksums + chk; i = i + 1; } sum_checksums } } pub fn main(root_cap: Cap) { let net_cap = root_cap.derive_capability::(); let (bench, net_cap) = PacketBenchmark::new(5000000, net_cap); let checksum = bench.run_benchmark(&net_cap); println("[Havilah Linear Capability] Accumulator: 0x{:X}", checksum); }

// dialect: jude (formal verification & Hoare logic contracts) module tests.bench_packet_throughput_jude pub struct PacketBenchmark { pub total_packets: i64, pub ring_mask: i64, } impl PacketBenchmark { @requires(count > 0 && count <= 100_000_000) @ensures(result.total_packets == count && result.ring_mask == 65535) pub fn new(count: i64) -> PacketBenchmark { PacketBenchmark { total_packets: count, ring_mask: 65535, } } @verify @invariant(sum_checksums >= 0) pub fn run_benchmark(self: &PacketBenchmark) -> i64 { let mut i: i64 = 0; let mut sum_checksums: i64 = 0; let limit: i64 = self.total_packets; while i < limit { let slot: i64 = i & self.ring_mask; let src_ip: i64 = 167772161 + (i & 255); let dst_ip: i64 = 167772162; let src_port: i64 = 5000 + (i & 4095); let dst_port: i64 = 8080; let chk: i64 = src_ip + dst_ip + src_port + dst_port; sum_checksums = sum_checksums + chk; i = i + 1; } sum_checksums } } pub fn main() { let bench = PacketBenchmark::new(5000000); let checksum = bench.run_benchmark(); println("[Jude Formally Verified] Accumulator: 0x{:X}", checksum); }

#include <stdio.h> #include <stdint.h> #include <time.h> typedef struct { int64_t total_packets; int64_t ring_mask; } PacketBenchmark; PacketBenchmark benchmark_new(int64_t count) { PacketBenchmark b = { count, 65535 }; return b; } int64_t run_benchmark(const PacketBenchmark* b) { int64_t i = 0; int64_t sum_checksums = 0; int64_t limit = b->total_packets; while (i < limit) { int64_t slot = i & b->ring_mask; int64_t src_ip = 167772161 + (i & 255); int64_t dst_ip = 167772162; int64_t src_port = 5000 + (i & 4095); int64_t dst_port = 8080; int64_t chk = src_ip + dst_ip + src_port + dst_port; sum_checksums += chk; i++; } return sum_checksums; } int main() { PacketBenchmark b = benchmark_new(5000000); int64_t sum = run_benchmark(&b); printf("Checksum: 0x%llX\n", (unsigned long long)sum); return 0; }

#include <iostream> #include <cstdint> struct PacketBenchmark { int64_t total_packets; int64_t ring_mask; static PacketBenchmark create(int64_t count) noexcept { return { count, 65535 }; } [[nodiscard]] int64_t run_benchmark() const noexcept { int64_t i = 0; int64_t sum_checksums = 0; const int64_t limit = total_packets; while (i < limit) { int64_t slot = i & ring_mask; int64_t src_ip = 167772161 + (i & 255); int64_t dst_ip = 167772162; int64_t src_port = 5000 + (i & 4095); int64_t dst_port = 8080; int64_t chk = src_ip + dst_ip + src_port + dst_port; sum_checksums += chk; i++; } return sum_checksums; } }; int main() { auto b = PacketBenchmark::create(5000000); std::cout << "Checksum: 0x" << std::hex << b.run_benchmark() << "\n"; return 0; }

pub struct PacketBenchmark { pub total_packets: i64, pub ring_mask: i64, } impl PacketBenchmark { pub fn new(count: i64) -> Self { Self { total_packets: count, ring_mask: 65535, } } pub fn run_benchmark(&self) -> i64 { let mut i: i64 = 0; let mut sum_checksums: i64 = 0; let limit: i64 = self.total_packets; while i < limit { let slot: i64 = i & self.ring_mask; let src_ip: i64 = 167772161 + (i & 255); let dst_ip: i64 = 167772162; let src_port: i64 = 5000 + (i & 4095); let dst_port: i64 = 8080; let chk: i64 = src_ip + dst_ip + src_port + dst_port; sum_checksums += chk; i += 1; } sum_checksums } } fn main() { let bench = PacketBenchmark::new(5000000); let checksum = bench.run_benchmark(); println!("Checksum: 0x{:X}", checksum); }

const std = @import("std"); pub const PacketBenchmark = struct { total_packets: i64, ring_mask: i64, pub fn init(count: i64) PacketBenchmark { return .{ .total_packets = count, .ring_mask = 65535, }; } pub fn runBenchmark(self: *const PacketBenchmark) i64 { var i: i64 = 0; var sum_checksums: i64 = 0; const limit = self.total_packets; while (i < limit) : (i += 1) { const slot = i & self.ring_mask; const src_ip = 167772161 + (i & 255); const dst_ip: i64 = 167772162; const src_port = 5000 + (i & 4095); const dst_port: i64 = 8080; const chk = src_ip + dst_ip + src_port + dst_port; sum_checksums += chk; } return sum_checksums; } }; pub fn main() void { const b = PacketBenchmark.init(5000000); const sum = b.runBenchmark(); std.debug.print("Checksum: 0x{X}\n", .{sum}); }

struct PacketBenchmark: var total_packets: Int64 var ring_mask: Int64 fn __init__(inout self, count: Int64): self.total_packets = count self.ring_mask = 65535 fn run_benchmark(self) -> Int64: var i: Int64 = 0 var sum_checksums: Int64 = 0 let limit = self.total_packets while i < limit: let slot = i & self.ring_mask let src_ip = 167772161 + (i & 255) let dst_ip: Int64 = 167772162 let src_port = 5000 + (i & 4095) let dst_port: Int64 = 8080 let chk = src_ip + dst_ip + src_port + dst_port sum_checksums += chk i += 1 return sum_checksums fn main(): let bench = PacketBenchmark(5000000) let sum = bench.run_benchmark() print("Checksum: 0x", hex(sum))

package main import "fmt" type PacketBenchmark struct { totalPackets int64 ringMask int64 } func NewPacketBenchmark(count int64) PacketBenchmark { return PacketBenchmark{ totalPackets: count, ringMask: 65535, } } func (b *PacketBenchmark) RunBenchmark() int64 { var i int64 = 0 var sumChecksums int64 = 0 limit := b.totalPackets for i < limit { slot := i & b.ringMask srcIp := 167772161 + (i & 255) dstIp := int64(167772162) srcPort := 5000 + (i & 4095) dstPort := int64(8080) chk := srcIp + dstIp + srcPort + dstPort sumChecksums += chk i++ } _ = slot return sumChecksums } func main() { bench := NewPacketBenchmark(5000000) sum := bench.RunBenchmark() fmt.Printf("Checksum: 0x%X\n", sum) }

struct PacketBenchmark { var totalPackets: Int64 var ringMask: Int64 init(count: Int64) { self.totalPackets = count self.ringMask = 65535 } func runBenchmark() -> Int64 { var i: Int64 = 0 var sumChecksums: Int64 = 0 let limit = self.totalPackets while i < limit { let slot = i & self.ringMask let srcIp = 167772161 + (i & 255) let dstIp: Int64 = 167772162 let srcPort = 5000 + (i & 4095) let dstPort: Int64 = 8080 let chk = srcIp + dstIp + srcPort + dstPort sumChecksums += chk i += 1 } return sumChecksums } } let b = PacketBenchmark(count: 5000000) print(String(format: "Checksum: 0x%X", b.runBenchmark()))

public class PacketBenchmark { private final long totalPackets; private final long ringMask; public PacketBenchmark(long count) { this.totalPackets = count; this.ringMask = 65535; } public long runBenchmark() { long i = 0; long sumChecksums = 0; long limit = this.totalPackets; while (i < limit) { long slot = i & this.ringMask; long srcIp = 167772161L + (i & 255L); long dstIp = 167772162L; long srcPort = 5000L + (i & 4095L); long dstPort = 8080L; long chk = srcIp + dstIp + srcPort + dstPort; sumChecksums += chk; i++; } return sumChecksums; } public static void main(String[] args) { PacketBenchmark bench = new PacketBenchmark(5000000L); long sum = bench.runBenchmark(); System.out.printf("Checksum: 0x%X\n", sum); } }

struct PacketBenchmark total_packets::Int64 ring_mask::Int64 end function run_benchmark(b::PacketBenchmark)::Int64 i::Int64 = 0 sum_checksums::Int64 = 0 limit::Int64 = b.total_packets while i < limit slot = i & b.ring_mask src_ip = 167772161 + (i & 255) dst_ip = 167772162 src_port = 5000 + (i & 4095) dst_port = 8080 chk = src_ip + dst_ip + src_port + dst_port sum_checksums += chk i += 1 end return sum_checksums end b = PacketBenchmark(5000000, 65535) println("Checksum: 0x", string(run_benchmark(b), base=16))

class PacketBenchmark: def __init__(self, count: int): self.total_packets = count self.ring_mask = 65535 def run_benchmark(self) -> int: i = 0 sum_checksums = 0 limit = self.total_packets mask = self.ring_mask while i < limit: slot = i & mask src_ip = 167772161 + (i & 255) dst_ip = 167772162 src_port = 5000 + (i & 4095) dst_port = 8080 chk = src_ip + dst_ip + src_port + dst_port sum_checksums += chk i += 1 return sum_checksums if __name__ == "__main__": bench = PacketBenchmark(5000000) print(f"Checksum: 0x{bench.run_benchmark():X}")