fdcab858e3
igneum-pow 0.2.0: generator v2 draws exactly 16 load slots from instructions 1..63, a load's source from the registers written earlier and not read by a load since, the other 48 ops from the ten non-load weights; accept.rs is spec 01 section 1.4.6 (static: no stale load source, every register injected; dynamic: 64 units on the seed-keyed closed-form dataset, no constant bit, no lane-constant site, under 164 saturated, bias within 136 of 1024, distinct addresses above 245,760); a rejected candidate is replaced by the next attempt of the seed (seed || k_le32), 32 a consensus fault. Packs carry the generator version, attempt and program id. Version 1 kept as generate_v1 for the census. Packs: igneum-genesis, igneum-hourly, igneum-genesis-mh regenerated by igneum-pow export; new igneum-devnet-v4-epoch0 (devnet genesis hash, day bytes 20730). Checks: Rust 39 of 39 tests; Metal natively via the Swift port (export cross-check 3 of 3 warps, identical programs and vectors on five seeds incl. three with attempt 1, fuzz 2,000 of 2,000); CUDA emu 4 of 4 packs; OpenCL emu 2 packs x 2 configurations; Apple OpenCL 4 of 4 packs at 27.9 Mhash/s. Census 20,000: 5.225 percent rejected, accepted distinct mean 127.887. Spec 01 0.2 (1.4.2, 1.4.3, 1.4.6, 1.11, 1.15, 1.16, 1.17), igneum-pow README, the CUDA, OpenCL and Metal test notes, bench-log entry, ledger M5 and M6 Fixed. Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
123 lines
6.4 KiB
Text
123 lines
6.4 KiB
Text
// Generated by igneum-pow export (generator v2) for seed "igneum-genesis". Do not edit by hand.
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// Header-bound twin of igneum_hash in kernel.cu: the init words come from a kernel argument, not SEEDW.
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// Host declarations (also in program_bound.h if present):
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// struct IgneumInitWords { uint32_t w[8]; };
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// cudaError_t igneum_launch_hash_bound(const uint32_t* ds, uint64_t* out, uint32_t baseNonce, uint32_t mask,
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// IgneumInitWords iw, uint32_t nonces, uint32_t blockWarps);
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// cudaError_t igneum_hash_bound_info(int* numRegs, int* blocksPerSM, uint32_t blockWarps);
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#include <cuda_runtime.h>
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#include <cstdint>
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#include "program.h"
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struct IgneumInitWords { uint32_t w[8]; };
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__device__ __forceinline__ uint32_t splitmix32(uint32_t x) {
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x ^= x >> 16; x *= 0x7feb352du;
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x ^= x >> 15; x *= 0x846ca68bu;
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x ^= x >> 16;
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return x;
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}
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__device__ __forceinline__ uint32_t rotl_imm(uint32_t x, uint32_t n) { return (x << n) | (x >> (32u - n)); }
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__device__ __forceinline__ uint32_t rotr_var(uint32_t x, uint32_t n) { n &= 31u; return (x >> n) | (x << ((32u - n) & 31u)); }
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__global__ void igneum_hash_bound(const uint32_t* ds, uint64_t* out, uint32_t baseNonce, uint32_t mask, IgneumInitWords iw) {
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uint32_t gid = blockIdx.x * blockDim.x + threadIdx.x;
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uint32_t nonce = baseNonce + gid;
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uint32_t r0, r1, r2, r3, r4, r5, r6, r7;
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{ uint32_t x = nonce ^ iw.w[0]; x += 0x9e3779b9u * 1u; x = splitmix32(x); r0 = x ^ iw.w[1]; }
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{ uint32_t x = nonce ^ iw.w[1]; x += 0x9e3779b9u * 2u; x = splitmix32(x); r1 = x ^ iw.w[2]; }
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{ uint32_t x = nonce ^ iw.w[2]; x += 0x9e3779b9u * 3u; x = splitmix32(x); r2 = x ^ iw.w[3]; }
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{ uint32_t x = nonce ^ iw.w[3]; x += 0x9e3779b9u * 4u; x = splitmix32(x); r3 = x ^ iw.w[4]; }
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{ uint32_t x = nonce ^ iw.w[4]; x += 0x9e3779b9u * 5u; x = splitmix32(x); r4 = x ^ iw.w[5]; }
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{ uint32_t x = nonce ^ iw.w[5]; x += 0x9e3779b9u * 6u; x = splitmix32(x); r5 = x ^ iw.w[6]; }
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{ uint32_t x = nonce ^ iw.w[6]; x += 0x9e3779b9u * 7u; x = splitmix32(x); r6 = x ^ iw.w[7]; }
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{ uint32_t x = nonce ^ iw.w[7]; x += 0x9e3779b9u * 8u; x = splitmix32(x); r7 = x ^ iw.w[0]; }
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for (uint32_t it = 0u; it < 8u; ++it) {
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uint32_t sel = r0;
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r2 = r3 * r4 + r2; // 0 mad
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r2 = r1 * r1 + r2; // 1 mad
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r2 = r3 * r2 + r2; // 2 mad
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r3 = r3 ^ r5; // 3 xor
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r7 = r7 ^ ds[r2 & mask]; // 4 load
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r5 = r5 ^ ds[r7 & mask]; // 5 load
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r1 = r1 ^ __shfl_xor_sync(0xffffffffu, r4, 8); // 6 shfl
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r7 = r7 ^ __shfl_xor_sync(0xffffffffu, r3, 8); // 7 shfl
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r1 = __umulhi(r1, r5); // 8 mulhi
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r6 = rotr_var(r6, r3); // 9 rotr
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r3 = r3 | r4; // 10 or
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r4 = r4 ^ ds[r3 & mask]; // 11 load
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r0 = __umulhi(r0, r4); // 12 mulhi
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r5 = r5 + r1 + ((((sel >> 30u) & 1u) != 0u) ? 0xd3177981u : 0xc7934706u); // 13 add
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r0 = r0 ^ ds[r4 & mask]; // 14 load
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r2 = r2 - r4; // 15 sub
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r2 = r2 ^ ds[r0 & mask]; // 16 load
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r7 = r7 ^ ds[r2 & mask]; // 17 load
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r7 = r7 ^ __shfl_xor_sync(0xffffffffu, r3, 4); // 18 shfl
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r5 = r5 * r0; // 19 mul
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r3 = r3 ^ __shfl_xor_sync(0xffffffffu, r4, 2); // 20 shfl
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r2 = r2 ^ __shfl_xor_sync(0xffffffffu, r4, 16); // 21 shfl
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r6 = __umulhi(r6, r2); // 22 mulhi
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r6 = r6 ^ ds[r1 & mask]; // 23 load
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r5 = r5 * r0; // 24 mul
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r5 = rotl_imm(r5, 19u); // 25 rotl
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r7 = r7 ^ __shfl_xor_sync(0xffffffffu, r6, 2); // 26 shfl
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r0 = r0 ^ r5; // 27 xor
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r0 = r0 ^ r4; // 28 xor
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r3 = r3 - r0; // 29 sub
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r5 = r5 * r1; // 30 mul
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r7 = r7 ^ ds[r2 & mask]; // 31 load
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r1 = r1 ^ ds[r0 & mask]; // 32 load
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r5 = r5 ^ r6; // 33 xor
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r5 = r5 ^ ds[r1 & mask]; // 34 load
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r0 = __umulhi(r0, r5); // 35 mulhi
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r5 = r5 ^ __shfl_xor_sync(0xffffffffu, r2, 4); // 36 shfl
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r7 = r7 ^ ds[r0 & mask]; // 37 load
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r3 = r3 + r1 + ((((sel >> 27u) & 1u) != 0u) ? 0x230c005cu : 0x75ba2fadu); // 38 add
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r1 = r1 ^ __shfl_xor_sync(0xffffffffu, r5, 4); // 39 shfl
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r2 = r2 ^ r5; // 40 xor
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r3 = r6 * r3 + r3; // 41 mad
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r6 = r6 - r7; // 42 sub
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r7 = r7 ^ r0; // 43 xor
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r1 = r1 ^ ds[r7 & mask]; // 44 load
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r2 = r2 * r3; // 45 mul
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r1 = __umulhi(r1, r5); // 46 mulhi
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r4 = r4 - r3; // 47 sub
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r2 = rotr_var(r2, r6); // 48 rotr
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r3 = r3 ^ ds[r5 & mask]; // 49 load
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r1 = r1 + r5 + ((((sel >> 7u) & 1u) != 0u) ? 0x1907970cu : 0x81b8bc2cu); // 50 add
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r0 = r0 * r2; // 51 mul
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r0 = r0 + r2 + ((((sel >> 6u) & 1u) != 0u) ? 0x699fd448u : 0x4f92b968u); // 52 add
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r1 = r1 + r0 + ((((sel >> 12u) & 1u) != 0u) ? 0x77b1520du : 0x2bb965afu); // 53 add
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r7 = rotl_imm(r7, 14u); // 54 rotl
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r3 = r3 + r7 + ((((sel >> 1u) & 1u) != 0u) ? 0xa54c55a0u : 0x7b0fe07au); // 55 add
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r6 = r6 ^ ds[r7 & mask]; // 56 load
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r1 = rotr_var(r1, r5); // 57 rotr
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r5 = r5 ^ ds[r4 & mask]; // 58 load
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r6 = r6 ^ ds[r2 & mask]; // 59 load
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r3 = r5 * r0 + r3; // 60 mad
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r5 = r5 + r7 + ((((sel >> 31u) & 1u) != 0u) ? 0xad7493e7u : 0xaf9dd72du); // 61 add
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r4 = r4 + r6 + ((((sel >> 27u) & 1u) != 0u) ? 0x1e07c3d9u : 0x89841d87u); // 62 add
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r5 = rotl_imm(r5, 19u); // 63 rotl
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}
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uint32_t lo = r0 ^ rotl_imm(r1, 7u) ^ rotl_imm(r2, 14u) ^ rotl_imm(r3, 21u);
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uint32_t hi = r4 ^ rotl_imm(r5, 9u) ^ rotl_imm(r6, 18u) ^ rotl_imm(r7, 27u);
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out[gid] = ((uint64_t)hi << 32) | (uint64_t)lo;
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}
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cudaError_t igneum_launch_hash_bound(const uint32_t* ds, uint64_t* out, uint32_t baseNonce, uint32_t mask,
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IgneumInitWords iw, uint32_t nonces, uint32_t blockWarps) {
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if (blockWarps == 0u || blockWarps > 32u) return cudaErrorInvalidValue;
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uint32_t block = 32u * blockWarps;
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if (nonces == 0u || (nonces % block) != 0u) return cudaErrorInvalidValue;
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igneum_hash_bound<<<nonces / block, block>>>(ds, out, baseNonce, mask, iw);
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return cudaGetLastError();
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}
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cudaError_t igneum_hash_bound_info(int* numRegs, int* blocksPerSM, uint32_t blockWarps) {
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cudaFuncAttributes attr;
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cudaError_t e = cudaFuncGetAttributes(&attr, igneum_hash_bound);
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if (e != cudaSuccess) return e;
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*numRegs = attr.numRegs;
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return cudaOccupancyMaxActiveBlocksPerMultiprocessor(blocksPerSM, igneum_hash_bound, (int)(32u * blockWarps), 0);
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}
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