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1  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.3, open source optimized multi-algo CPU miner on: April 19, 2017, 06:41:08 PM
Quote from: geni on April 19, 2017, 05:46:37 PM
Hello together, the minrer works for the x11evo?

Works on YiiMP pool for me.
2  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.3, open source optimized multi-algo CPU miner on: April 19, 2017, 02:52:08 PM
Quote from: guytechie on April 19, 2017, 04:35:45 AM
When you say "still no Windows binaries", what do you mean?  I see you have Windows binaries in the Google Drive download and the zip file is 3.6.3.  Do you mean no SHA support?

guytechie, yes current binaries don't ship with SHA support. I've considered releasing the binaries that I compiled with the support for Ryzen. It's a pretty significant jump in efficiency for all the algos.
3  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.3, open source optimized multi-algo CPU miner on: April 18, 2017, 12:17:32 AM
joblo, everything working as expected for me! Great update!
4  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.2, open source optimized multi-algo CPU miner on: April 17, 2017, 12:07:01 AM
Quote from: Elder III on April 16, 2017, 11:49:01 PM
I was able to mine with a Ryzen 1700X using v3.6.1 on the Xevan algorithm. It worked quite well based on my limited experience with CPU mining. I ran it for 13 1/2 hours and had only 1 rejected share out of 2003 total.

Did you build it from source?

Quote from: joblo on April 16, 2017, 11:28:23 PM
I should have done that before releasing. M7m fails for me using openssl. I have something to work with now.

Excellent! I'm afraid figuring that one out might be far beyond my knowledge.
5  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.2, open source optimized multi-algo CPU miner on: April 16, 2017, 09:02:57 PM
You could remove the __SHA__ check and compile it with openssl sha256 instead of sph_256. It'll still run on other hardware just not accelerated.
6  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.2, open source optimized multi-algo CPU miner on: April 16, 2017, 08:23:44 PM
Yes, non-sha compiles perfectly.
7  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.2, open source optimized multi-algo CPU miner on: April 16, 2017, 07:56:52 PM
Quote from: joblo on April 16, 2017, 07:46:40 PM
It's hard to make sense of your pull request. This is the only error I found:

Code:
-    SHA256_CTX         ctx_fsha256;
+    SHA256_CTX         ctxf_sha256;  

The non-SHA code works for me on 6700K, can you confirm it works on Ryzen?

Yes, all the others I've tried so far (except sha256t) work on Ryzen. The changes I made are here: https://github.com/JayDDee/cpuminer-opt/pull/8/files

Edit: I still get the rejects after those changes. I haven't really dug into it outside of getting it to compile but those changes should have gotten it to work.
8  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.2, open source optimized multi-algo CPU miner on: April 16, 2017, 07:28:45 PM
joblo, submitted a couple of pull requests to get it to compile on Ryzen. m7m is rejecting shares when built for Ryzen.

Code:
cpuminer -a m7m -o stratum+tcp://xmg.suprnova.cc:7128 -u x -p x --cpu-priority 0 --api-bind 127.0.0.1:5500 --cpu-affinity 0x2 -D

         **********  cpuminer-opt 3.6.2  ***********
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Apr 16 2017 with GCC 6.3.0
SW features: SSE2 AES AVX AVX2 SHA
Algo features: SSE2 AES AVX SHA
Start mining with SSE2 AES AVX SHA

[2017-04-16 14:23:45] Binding process to cpu mask 2
[2017-04-16 14:23:45] 1 miner threads started, using 'm7m' algorithm.
[2017-04-16 14:23:45] Starting Stratum on stratum+tcp://xmg.suprnova.cc:7128
[2017-04-16 14:23:45] Binding thread 0 to cpu mask 2
[2017-04-16 14:23:45] Stratum session id: deadbeefcafebabe6e55180000000000
[2017-04-16 14:23:45] Stratum difficulty set to 8
[2017-04-16 14:23:48] stratum extranonce subscribe timed out
[2017-04-16 14:23:48] DEBUG: job_id='3fb1' extranonce2=00000000 ntime=aec4f358
[2017-04-16 14:23:48] m7m block 1283282, diff 4.488
[2017-04-16 14:23:55] CPU #0: 131.07 kH, 20.98 kH/s
[2017-04-16 14:24:06] DEBUG: [0 thread] Found share!
data   04000000ce6b8cd52940cbb5c79f0afe74ca0b2d4c5733152a0bdc87614fa230a43cbf7c6919c3c5e047a5ddfd618350d0cb63c87fec6e40538d324958ed2911645013d5aec4f358c709391c60670500
hash   a246467dddbf887e5967eaada783eadbe98042a325e7fdba764274c74c050000
target 000000000000000000000000000000000000000000000000000000e0ff1f0000
[2017-04-16 14:24:06] CPU #0: 223.07 kH, 20.95 kH/s
[2017-04-16 14:24:06] Rejected 1/1 (100.0%), 223.07 kH, 20.95 kH/s
[2017-04-16 14:24:06] reject reason: low difficulty share of 0.000016677225528600396
[2017-04-16 14:24:06] factor reduced to : 0.67

Edit: groestl, dmd-gr, deep, cryptonight, lbry working on Ryzen.

sha256t not working.
9  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 16, 2017, 12:36:39 AM
joblo,

sph512 is definately faster.
Code:
cpuminer-openssl512 -a lbry -o stratum+tcp://yiimp.ccminer.org:3334 -u x --cpu-priority 0 --cpu-affinity 0xAAAA --api-bind 127.0.0.1:5008

         **********  cpuminer-opt 3.6.1  ***********
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Apr 15 2017 with GCC 6.3.0
SW features: SSE2 AES AVX AVX2 SHA
Algo features: SSE2 SHA
Start mining with SSE2 SHA

[2017-04-15 19:29:06] Binding process to cpu mask aaaa
[2017-04-15 19:29:06] Starting Stratum on stratum+tcp://yiimp.ccminer.org:3334
[2017-04-15 19:29:06] 8 miner threads started, using 'lbry' algorithm.
[2017-04-15 19:29:07] Stratum difficulty set to 32
[2017-04-15 19:29:16] lbry block 159116, diff 59631.536
[2017-04-15 19:29:16] CPU #5: 131.07 kH, 603.76 kH/s
[2017-04-15 19:29:16] CPU #2: 131.07 kH, 603.76 kH/s
[2017-04-15 19:29:16] CPU #3: 131.07 kH, 603.76 kH/s
[2017-04-15 19:29:16] CPU #6: 131.07 kH, 603.77 kH/s
[2017-04-15 19:29:16] CPU #7: 131.07 kH, 603.77 kH/s
[2017-04-15 19:29:16] CPU #1: 131.07 kH, 599.60 kH/s
[2017-04-15 19:29:16] CPU #0: 131.07 kH, 599.60 kH/s
[2017-04-15 19:29:16] CPU #4: 131.07 kH, 592.80 kH/s
[2017-04-15 19:29:42] CPU #2: 15.52 MH, 602.03 kH/s
[2017-04-15 19:29:42] CPU #6: 15.43 MH, 598.43 kH/s
[2017-04-15 19:29:42] CPU #7: 15.48 MH, 600.32 kH/s
[2017-04-15 19:29:42] CPU #3: 15.51 MH, 601.51 kH/s
[2017-04-15 19:29:42] CPU #5: 15.48 MH, 600.38 kH/s
[2017-04-15 19:29:42] CPU #0: 15.38 MH, 596.39 kH/s
[2017-04-15 19:29:42] CPU #4: 15.15 MH, 587.79 kH/s
[2017-04-15 19:29:42] CPU #1: 15.43 MH, 598.59 kH/s
[2017-04-15 19:29:54] CPU #4: 7437.82 kH, 590.21 kH/s
[2017-04-15 19:29:55] Accepted 1/1 (100%), 115.67 MH, 4787.86 kH/s

cpuminer-sph512 -a lbry -o stratum+tcp://yiimp.ccminer.org:3334 -u x --cpu-priority 0 --cpu-affinity 0xAAAA --api-bind 127.0.0.1:5008

         **********  cpuminer-opt 3.6.1  ***********
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Apr 15 2017 with GCC 6.3.0
SW features: SSE2 AES AVX AVX2 SHA
Algo features: SSE2 SHA
Start mining with SSE2 SHA

[2017-04-15 19:30:30] Binding process to cpu mask aaaa
[2017-04-15 19:30:30] Starting Stratum on stratum+tcp://yiimp.ccminer.org:3334
[2017-04-15 19:30:30] 8 miner threads started, using 'lbry' algorithm.
[2017-04-15 19:30:31] Stratum difficulty set to 32
[2017-04-15 19:30:49] lbry block 159117, diff 59236.756
[2017-04-15 19:30:51] CPU #1: 131.07 kH, 610.82 kH/s
[2017-04-15 19:30:51] CPU #2: 131.07 kH, 607.97 kH/s
[2017-04-15 19:30:51] CPU #7: 131.07 kH, 607.97 kH/s
[2017-04-15 19:30:51] CPU #0: 131.07 kH, 603.76 kH/s
[2017-04-15 19:30:51] CPU #5: 131.07 kH, 600.98 kH/s
[2017-04-15 19:30:51] CPU #6: 131.07 kH, 592.81 kH/s
[2017-04-15 19:30:51] CPU #3: 131.07 kH, 587.48 kH/s
[2017-04-15 19:30:51] CPU #4: 131.07 kH, 556.23 kH/s
[2017-04-15 19:31:27] CPU #6: 22.13 MH, 606.61 kH/s
[2017-04-15 19:31:27] CPU #5: 22.28 MH, 610.39 kH/s
[2017-04-15 19:31:27] CPU #2: 22.28 MH, 610.54 kH/s
[2017-04-15 19:31:27] CPU #3: 22.20 MH, 608.49 kH/s
[2017-04-15 19:31:27] CPU #0: 22.10 MH, 605.54 kH/s
[2017-04-15 19:31:27] CPU #4: 21.82 MH, 598.28 kH/s
[2017-04-15 19:31:27] CPU #7: 22.30 MH, 611.05 kH/s
[2017-04-15 19:31:27] CPU #1: 22.32 MH, 611.60 kH/s
[2017-04-15 19:31:28] lbry block 159118, diff 63018.528
[2017-04-15 19:31:28] CPU #4: 596.54 kH, 599.39 kH/s
[2017-04-15 19:31:28] CPU #5: 609.97 kH, 611.66 kH/s
[2017-04-15 19:31:28] CPU #6: 606.28 kH, 607.65 kH/s
[2017-04-15 19:31:28] CPU #3: 608.95 kH, 611.24 kH/s
[2017-04-15 19:31:28] CPU #7: 608.56 kH, 611.78 kH/s
[2017-04-15 19:31:28] CPU #2: 607.96 kH, 609.95 kH/s
[2017-04-15 19:31:28] CPU #0: 603.01 kH, 605.59 kH/s
[2017-04-15 19:31:28] CPU #1: 606.08 kH, 609.90 kH/s
[2017-04-15 19:31:48] CPU #4: 11.87 MH, 608.14 kH/s
[2017-04-15 19:31:48] CPU #2: 11.93 MH, 611.25 kH/s
[2017-04-15 19:31:48] CPU #3: 11.91 MH, 610.20 kH/s
[2017-04-15 19:31:48] CPU #5: 11.95 MH, 612.39 kH/s
[2017-04-15 19:31:48] CPU #0: 11.88 MH, 608.82 kH/s
[2017-04-15 19:31:48] CPU #7: 11.90 MH, 609.79 kH/s
[2017-04-15 19:31:48] CPU #1: 11.78 MH, 603.48 kH/s
[2017-04-15 19:31:48] CPU #6: 11.83 MH, 606.27 kH/s
[2017-04-15 19:32:09] CPU #5: 12.89 MH, 612.63 kH/s
[2017-04-15 19:32:09] CPU #6: 12.80 MH, 608.19 kH/s
[2017-04-15 19:32:09] CPU #0: 12.85 MH, 610.72 kH/s
[2017-04-15 19:32:09] CPU #2: 12.87 MH, 611.55 kH/s
[2017-04-15 19:32:09] CPU #4: 12.62 MH, 599.64 kH/s
[2017-04-15 19:32:09] CPU #1: 12.74 MH, 605.55 kH/s
[2017-04-15 19:32:09] CPU #7: 12.88 MH, 611.98 kH/s
[2017-04-15 19:32:09] CPU #3: 12.84 MH, 610.24 kH/s
[2017-04-15 19:32:30] CPU #1: 12.74 MH, 605.29 kH/s
[2017-04-15 19:32:30] CPU #5: 12.72 MH, 604.45 kH/s
[2017-04-15 19:32:30] CPU #6: 12.87 MH, 611.55 kH/s
[2017-04-15 19:32:30] CPU #7: 12.80 MH, 608.10 kH/s
[2017-04-15 19:32:30] CPU #4: 12.83 MH, 609.77 kH/s
[2017-04-15 19:32:30] CPU #2: 12.86 MH, 611.22 kH/s
[2017-04-15 19:32:30] CPU #0: 12.77 MH, 606.66 kH/s
[2017-04-15 19:32:30] CPU #3: 12.84 MH, 610.10 kH/s
[2017-04-15 19:33:15] lbry block 159119, diff 66103.887
[2017-04-15 19:33:15] CPU #1: 26.64 MH, 590.88 kH/s
[2017-04-15 19:33:15] CPU #6: 27.45 MH, 608.92 kH/s
[2017-04-15 19:33:15] CPU #3: 27.38 MH, 607.36 kH/s
[2017-04-15 19:33:15] CPU #0: 27.35 MH, 606.72 kH/s
[2017-04-15 19:33:15] CPU #5: 27.41 MH, 607.97 kH/s
[2017-04-15 19:33:15] CPU #7: 27.32 MH, 605.98 kH/s
[2017-04-15 19:33:15] CPU #4: 27.45 MH, 608.83 kH/s
[2017-04-15 19:33:15] CPU #2: 26.68 MH, 591.83 kH/s
[2017-04-15 19:33:25] CPU #6: 5977.56 kH, 606.24 kH/s
[2017-04-15 19:33:25] Accepted 1/1 (100%), 196.22 MH, 4825.79 kH/s

The hodl.cpp fix that I used:
Code:
int scanhash_hodl( int threadNumber, struct work* work, uint32_t max_nonce,
                   uint64_t *hashes_done )
{
    unsigned char *mainMemoryPsuedoRandomData = hodl_scratchbuf;
    uint32_t *pdata = work->data;
    uint32_t *ptarget = work->target;

    //retreive target
    std::stringstream s;
    for (int i = 7; i>=0; i--)
      s << strprintf("%08x", ptarget[i]);

    //retreive preveios hash
    std::stringstream p;
    for (int i = 0; i < 8; i++) 
      p << strprintf("%08x", swab32(pdata[8 - i]));

    //retreive merkleroot
    std::stringstream m;
    for (int i = 0; i < 8; i++) 
      m << strprintf("%08x", swab32(pdata[16 - i]));

    CBlock pblock;
    pblock.SetNull();

    pblock.nVersion=swab32(pdata[0]);
    pblock.nNonce=swab32(pdata[19]);
    pblock.nTime=swab32(pdata[17]);
    pblock.nBits=swab32(pdata[18]);
    pblock.hashPrevBlock=uint256S(p.str());
    pblock.hashMerkleRoot=uint256S(m.str());
    uint256 hashTarget=uint256S(s.str());
    int collisions=0;
    uint256 hash;

		//Begin AES Search
	        //Allocate temporary memory
		uint32_t cacheMemorySize = (1<<L2CACHE_TARGET); //2^12 = 4096 bytes
    		uint32_t comparisonSize=(1<<(PSUEDORANDOM_DATA_SIZE-L2CACHE_TARGET)); //2^(30-12) = 256K
                unsigned char *cacheMemoryOperatingData;
                unsigned char *cacheMemoryOperatingData2;
                cacheMemoryOperatingData=new unsigned char[cacheMemorySize+16];
                cacheMemoryOperatingData2=new unsigned char[cacheMemorySize];
                //Create references to data as 32 bit arrays
                uint32_t* cacheMemoryOperatingData32 = (uint32_t*)cacheMemoryOperatingData;
                uint32_t* cacheMemoryOperatingData322 = (uint32_t*)cacheMemoryOperatingData2;

                //Search for pattern in psuedorandom data
                unsigned char key[32] = {0};
                unsigned char iv[AES_BLOCK_SIZE];
                int outlen1, outlen2;

                //Iterate over the data
//                int searchNumber=comparisonSize/totalThreads;
                int searchNumber = comparisonSize / opt_n_threads;
                int startLoc=threadNumber*searchNumber;
		EVP_CIPHER_CTX* ctx = NULL;
                  for(int32_t k = startLoc;k<startLoc+searchNumber && !work_restart[threadNumber].restart;k++){
                    //copy data to first l2 cache
                    memcpy((char*)&cacheMemoryOperatingData[0], (char*)&mainMemoryPsuedoRandomData[k*cacheMemorySize], cacheMemorySize);
                    for(int j=0;j<AES_ITERATIONS;j++){
                        //use last 4 bytes of first cache as next location
                        uint32_t nextLocation = cacheMemoryOperatingData32[(cacheMemorySize/4)-1]%comparisonSize;
                        //Copy data from indicated location to second l2 cache -
                        memcpy((char*)&cacheMemoryOperatingData2[0], (char*)&mainMemoryPsuedoRandomData[nextLocation*cacheMemorySize], cacheMemorySize);
                        //XOR location data into second cache
                        for(uint32_t i = 0; i < cacheMemorySize/4; i++)
                            cacheMemoryOperatingData322[i] = cacheMemoryOperatingData32[i] ^ cacheMemoryOperatingData322[i];
                        memcpy(key,(unsigned char*)&cacheMemoryOperatingData2[cacheMemorySize-32],32);
                        memcpy(iv,(unsigned char*)&cacheMemoryOperatingData2[cacheMemorySize-AES_BLOCK_SIZE],AES_BLOCK_SIZE);
                        EVP_EncryptInit(ctx, EVP_aes_256_cbc(), key, iv);
                        EVP_EncryptUpdate(ctx, cacheMemoryOperatingData, &outlen1, cacheMemoryOperatingData2, cacheMemorySize);
                        EVP_EncryptFinal(ctx, cacheMemoryOperatingData + outlen1, &outlen2);
                        EVP_CIPHER_CTX_free(ctx);
                    }
                    //use last X bits as solution
                    uint32_t solution=cacheMemoryOperatingData32[(cacheMemorySize/4)-1]%comparisonSize;
                    if(solution<1000){
                        uint32_t proofOfCalculation=cacheMemoryOperatingData32[(cacheMemorySize/4)-2];
			pblock.nStartLocation = k;
                        pblock.nFinalCalculation = proofOfCalculation;
                        hash = Hash(BEGIN(pblock.nVersion), END(pblock.nFinalCalculation));
			collisions++;
			if (UintToArith256(hash) <= UintToArith256(hashTarget) && !work_restart[threadNumber].restart){
        		  pdata[21] = swab32(pblock.nFinalCalculation);
        		  pdata[20] = swab32(pblock.nStartLocation);
        		  *hashes_done = collisions;
			  //free memory
			  delete [] cacheMemoryOperatingData;
                	  delete [] cacheMemoryOperatingData2;
        		  return 1;
    			}
                    }
                  }

    //free memory
    delete [] cacheMemoryOperatingData;
    delete [] cacheMemoryOperatingData2;
    *hashes_done = collisions;
    return 0;
}
10  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 15, 2017, 10:49:51 PM
Quote from: joblo on April 15, 2017, 04:10:53 AM
Thanks for testing, It's looking pretty good. Lbry submited valid shares using SHA so that proves the code works. I don't know what the issue is with sha256t, I'll look into it but it isn't SHA related.

I'm curious about the compile errors you get with my code. I'd like to see them if you can post.

I noticed you put in extra hooks for __SHA__. I put some logic in miner.h to define whether to compile with SHA, did it not work?

Another change you made had to do with min/max. Those functions gave me problems previously and I implemented some hacks to workaround the issues. It appears those hacks may not work with newer compilers.

The compile errors are mostly related to openssl 1.1.x. lbry and hodl are the only algos that prevent it from compiling.

Code:
algo/lbry.c:52:4: error: unknown type name 'sph_sha512_context'
    sph_sha512_context      ctx_sha512 __attribute__ ((aligned (64)));
My fix was to implement an openssl compliant sha512 instance. And fiddle with the

Code:
algo/hodl/hodl.cpp:98:18: error: aggregate 'EVP_CIPHER_CTX ctx' has incomplete type and cannot be defined
   EVP_CIPHER_CTX ctx;
My fix was to instantiate the context as a pointer and pass it to each function as is and to change the cleanup routine to EVP_CIPHER_CTX_free(ctx).

The compile log is at https://github.com/coinbutter/cpuminer-opt/blob/master/Compile%20log.txt because it's too long to post here. Some of the other changes I mostly made just for convenience sake on my part. I didn't change any of the min definitions in the uploaded code.

In other news, groestl works in 3.6.1 if the AES portions are commented out. Have you found out anything about DMD not working? I noticed that in cpuminer-multi groestlcoin gets "SHA256(sctx->job.coinbase, (int) sctx->job.coinbase_size, merkle_root);" on line 1697 of cpu-miner.c and DMD gets the default of "sha256d(merkle_root, sctx->job.coinbase, (int) sctx->job.coinbase_size);" on line 1706.
11  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 15, 2017, 02:36:16 AM
joblo,

My commits for the version listed below as cpuminer-znver1a are uploaded to https://github.com/coinbutter/cpuminer-opt/. It's got some of the other changes in my other versions but they're really rough, I only touched this version enough to compile and to use openssl 1.1.x for sha256t and lbry. I must have not had a clean system the last time I tested sha256t because the differences are much smaller than I recall. I noticed a lot of 'pool.mn:2947 asks job 64327 for block 8656' while the debug reports 'DEBUG: job_id='fb47''. Perhaps there is a type conversion issue. I'm still learning the coding but I'm impressed how the whole thing works. Still an 8% increase.

The lbry changes are about 5% from 3.6.1 and 3% from 3.5.9.1.

Code:
 cpuminer-aes-avx2 -a sha256t -o stratum+tcp://pool.mn:2947 -u x -p x --cpu-priority 0 --cpu-affinity 0xAA00 --threads=4 --api-bind 127.0.0.1:5028 -D

         **********  cpuminer-opt 3.5.9.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2
SW built on Mar  4 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2
Start mining with SSE2

[2017-04-14 18:24:18] [01;30m Binding process to cpu mask aa00 [0m
[2017-04-14 18:24:18] Starting Stratum on stratum+tcp://pool.mn:2947 [0m
[2017-04-14 18:24:18] 4 miner threads started, using 'sha256t' algorithm. [0m
[2017-04-14 18:24:18] [01;30m Binding thread 3 to cpu mask aa00 [0m
[2017-04-14 18:24:18] [01;30m Binding thread 1 to cpu mask aa00 [0m
[2017-04-14 18:24:18] [01;30m Binding thread 2 to cpu mask aa00 [0m
[2017-04-14 18:24:18] [01;30m Binding thread 0 to cpu mask aa00 [0m
[2017-04-14 18:24:19] [01;30m Stratum session id: deadbeefcafebabe3601000000000000 [0m
[2017-04-14 18:24:19] [33m Stratum difficulty set to 1 [0m
[2017-04-14 18:24:22] [01;30m stratum extranonce subscribe timed out [0m
[2017-04-14 18:24:22] [01;30m DEBUG: job_id='fb46' extranonce2=00000000 ntime=58f15a0d [0m
[2017-04-14 18:24:22] [36m pool.mn:2947 asks job 64326 for block 8656 [0m
[2017-04-14 18:24:23] CPU #0: 262.14 kH, 1639.05 kH/s [0m
[2017-04-14 18:24:23] CPU #2: 262.14 kH, 1633.93 kH/s [0m
[2017-04-14 18:24:23] CPU #1: 262.14 kH, 1598.95 kH/s [0m
[2017-04-14 18:24:23] CPU #3: 262.14 kH, 1579.62 kH/s [0m
[2017-04-14 18:24:24] [01;30m DEBUG: hash <= target
Hash:   000000109d4e9a87a978f30c8a5dabc4aed38e4b78e223a532ab60ec4ada7c0b
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:24] CPU #1: 1410.55 kH, 1593.94 kH/s [0m
[2017-04-14 18:24:24] [01;37m  [31mRejected [01;37m 1/1 (100.0%), 2196.99 kH, 6446.53 kH/s [0m
[2017-04-14 18:24:24] [33m reject reason: low difficulty share of 0.06018754136842277 [0m
[2017-04-14 18:24:24] [33m factor reduced to : 0.67 [0m
[2017-04-14 18:24:26] [01;30m DEBUG: hash <= target
Hash:   000000afccc29a0a36169a2aba3cb43a04071c7e7ee741661f2ef709ce9f543d
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:26] CPU #1: 3744.70 kH, 1589.71 kH/s [0m
[2017-04-14 18:24:26] [01;37m  [31mRejected [01;37m 2/2 (100.0%), 4531.13 kH, 6442.31 kH/s [0m
[2017-04-14 18:24:26] [33m reject reason: low difficulty share of 0.0056882003775387 [0m
[2017-04-14 18:24:26] [33m factor reduced to : 0.44 [0m
[2017-04-14 18:24:29] [01;30m DEBUG: hash <= target
Hash:   000000bfe7c36e37f4a25dac560aa4fcb0547f91120deb82560f7cf95ca2087b
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:29] CPU #2: 10.58 MH, 1634.09 kH/s [0m
[2017-04-14 18:24:29] [01;37m  [31mRejected [01;37m 3/3 (100.0%), 14.85 MH, 6442.47 kH/s [0m
[2017-04-14 18:24:29] [33m reject reason: low difficulty share of 0.005210823290748945 [0m
[2017-04-14 18:24:29] [33m factor reduced to : 0.30 [0m
[2017-04-14 18:24:34] [01;30m DEBUG: hash <= target
Hash:   000000a9fce1e7938ef74a6818ba10df4a72bfb12097a25a4590d8380665b885
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:34] CPU #0: 19.33 MH, 1636.82 kH/s [0m
[2017-04-14 18:24:35] [01;37m  [31mRejected [01;37m 4/4 (100.0%), 33.92 MH, 6440.24 kH/s [0m
[2017-04-14 18:24:35] [33m reject reason: low difficulty share of 0.005882684590376802 [0m
[2017-04-14 18:24:35] [33m factor reduced to : 0.20 [0m
[2017-04-14 18:24:36] [01;30m DEBUG: hash <= target
Hash:   00000042c1b94d1b32fd3b610f9ac65fcac106793b840773b6fd001207b3a9cd
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:36] CPU #2: 11.13 MH, 1632.85 kH/s [0m
[2017-04-14 18:24:36] [01;37m  [31mRejected [01;37m 5/5 (100.0%), 34.47 MH, 6439.00 kH/s [0m
[2017-04-14 18:24:36] [33m reject reason: low difficulty share of 0.014979533680860422 [0m
[2017-04-14 18:24:36] [33m factor reduced to : 0.13 [0m
[2017-04-14 18:24:45] [01;30m DEBUG: hash <= target
Hash:   000000e16c249b0e04c34e9e573f6851d4c5a9cc1bbea88176b02a5ada752958
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:45] CPU #2: 14.37 MH, 1632.81 kH/s [0m
[2017-04-14 18:24:45] [01;37m  [31mRejected [01;37m 6/6 (100.0%), 37.72 MH, 6438.96 kH/s [0m
[2017-04-14 18:24:45] [33m reject reason: low difficulty share of 0.004436048025148819 [0m
[2017-04-14 18:24:45] [33m factor reduced to : 0.09 [0m
[2017-04-14 18:24:45] [01;30m DEBUG: hash <= target
Hash:   000000ba936b933fca0e125b5e77ef44f75b4e77b6494baac5923efe10dc47f7
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:24:45] CPU #3: 35.26 MH, 1579.60 kH/s [0m
[2017-04-14 18:24:45] [01;37m  [31mRejected [01;37m 7/7 (100.0%), 72.71 MH, 6438.94 kH/s [0m
[2017-04-14 18:24:45] [33m reject reason: low difficulty share of 0.005359668394651952 [0m
[2017-04-14 18:24:45] [33m factor reduced to : 0.06 [0m

 cpuminer-aes-avx2 -a sha256t -o stratum+tcp://pool.mn:2947 -u x -p x --cpu-priority 0 --cpu-affinity 0xAA00 --threads=4 --api-bind 127.0.0.1:5028 -D

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Mar 31 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2 SHA
Start mining with SSE2

[2017-04-14 18:34:32] [01;30m Binding process to cpu mask aa00 [0m
[2017-04-14 18:34:32] Starting Stratum on stratum+tcp://pool.mn:2947 [0m
[2017-04-14 18:34:32] 4 miner threads started, using 'sha256t' algorithm. [0m
[2017-04-14 18:34:32] [01;30m Binding thread 0 to cpu mask aa00 [0m
[2017-04-14 18:34:32] [01;30m Binding thread 1 to cpu mask aa00 [0m
[2017-04-14 18:34:32] [01;30m Binding thread 2 to cpu mask aa00 [0m
[2017-04-14 18:34:32] [01;30m Binding thread 3 to cpu mask aa00 [0m
[2017-04-14 18:34:32] [01;30m Stratum session id: deadbeefcafebabe7d00000000000000 [0m
[2017-04-14 18:34:32] [33m Stratum difficulty set to 1 [0m
[2017-04-14 18:34:35] [01;30m stratum extranonce subscribe timed out [0m
[2017-04-14 18:34:35] [01;30m DEBUG: job_id='fb53' extranonce2=00000000 ntime=58f15c71 [0m
[2017-04-14 18:34:35] [36m sha256t block 8665, diff 905.820 [0m
[2017-04-14 18:34:36] CPU #1: 262.14 kH, 1639.05 kH/s [0m
[2017-04-14 18:34:36] CPU #2: 262.14 kH, 1639.05 kH/s [0m
[2017-04-14 18:34:36] CPU #3: 262.14 kH, 1639.05 kH/s [0m
[2017-04-14 18:34:36] CPU #0: 262.14 kH, 1639.05 kH/s [0m
[2017-04-14 18:34:37] [01;30m DEBUG: hash <= target
Hash:   000000de0e7add9b1616f6b8f9d3b25e5c132136f4f2fd5c1248a5b9998530d3
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:37] CPU #0: 1808.34 kH, 1637.19 kH/s [0m
[2017-04-14 18:34:37] [01;37m  [31mRejected [01;37m 1/1 (100.0%), 2594.77 kH, 6554.33 kH/s [0m
[2017-04-14 18:34:37] [33m reject reason: low difficulty share of 0.004503288400662121 [0m
[2017-04-14 18:34:37] [33m factor reduced to : 0.67 [0m
[2017-04-14 18:34:39] [01;30m DEBUG: hash <= target
Hash:   0000008bc3eab8667a0c5a2b2f46c5f4e2bcc86ac154e1ae708cfdead6c27736
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:39] CPU #0: 3221.19 kH, 1635.79 kH/s [0m
[2017-04-14 18:34:39] [01;37m  [31mRejected [01;37m 2/2 (100.0%), 4007.62 kH, 6552.93 kH/s [0m
[2017-04-14 18:34:39] [33m reject reason: low difficulty share of 0.007154742551123756 [0m
[2017-04-14 18:34:39] [33m factor reduced to : 0.44 [0m
[2017-04-14 18:34:42] [01;30m DEBUG: hash <= target
Hash:   000000920d17bc037cd301c832115bbb068a89cf442aa9eb206abe93e9865836
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:42] CPU #1: 10.07 MH, 1640.65 kH/s [0m
[2017-04-14 18:34:42] [01;37m  [31mRejected [01;37m 3/3 (100.0%), 13.82 MH, 6554.54 kH/s [0m
[2017-04-14 18:34:42] [33m reject reason: low difficulty share of 0.006846812136301457 [0m
[2017-04-14 18:34:42] [33m factor reduced to : 0.30 [0m
[2017-04-14 18:34:52] [01;30m DEBUG: hash <= target
Hash:   0000006c85dbaaa4089b1adf93dcd4b7c1cef7f8bc567144309a53d92bfe1c54
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:52] CPU #2: 25.76 MH, 1636.15 kH/s [0m
[2017-04-14 18:34:52] [01;37m  [31mRejected [01;37m 4/4 (100.0%), 39.32 MH, 6551.64 kH/s [0m
[2017-04-14 18:34:52] [33m reject reason: low difficulty share of 0.009214505850607688 [0m
[2017-04-14 18:34:52] [33m factor reduced to : 0.20 [0m
[2017-04-14 18:34:52] [01;30m DEBUG: hash <= target
Hash:   000000139ee192b14cf406e3b0a74cec5b34c0a78867882a3651fb9d917f853e
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:52] CPU #1: 16.27 MH, 1636.91 kH/s [0m
[2017-04-14 18:34:52] [01;37m  [31mRejected [01;37m 5/5 (100.0%), 45.52 MH, 6547.89 kH/s [0m
[2017-04-14 18:34:52] [33m reject reason: low difficulty share of 0.05096598672758923 [0m
[2017-04-14 18:34:52] [33m factor reduced to : 0.13 [0m
[2017-04-14 18:34:56] [01;30m DEBUG: hash <= target
Hash:   000000a8c91dcd6ac09be99dcfd5a4832cf54cd5b580a42c51edd96093402db4
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:56] CPU #0: 28.64 MH, 1636.77 kH/s [0m
[2017-04-14 18:34:57] [01;37m  [31mRejected [01;37m 6/6 (100.0%), 70.93 MH, 6548.86 kH/s [0m
[2017-04-14 18:34:57] [33m reject reason: low difficulty share of 0.00592458524926451 [0m
[2017-04-14 18:34:57] [33m factor reduced to : 0.09 [0m
[2017-04-14 18:34:57] [01;30m DEBUG: hash <= target
Hash:   00000086eb1f9fe53ccf6b801bf045779d0ef777246972e2c7a02fd254bac13c
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:57] CPU #2: 9158.57 kH, 1636.63 kH/s [0m
[2017-04-14 18:34:57] [01;37m  [31mRejected [01;37m 7/7 (100.0%), 54.33 MH, 6549.35 kH/s [0m
[2017-04-14 18:34:57] [33m reject reason: low difficulty share of 0.007411771566850934 [0m
[2017-04-14 18:34:57] [33m factor reduced to : 0.06 [0m
[2017-04-14 18:34:58] [01;30m DEBUG: hash <= target
Hash:   000000c788b3c4015d4bcef8355fc8959c202b8b2433ed6d87f0083f101178a4
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:58] CPU #2: 972.82 kH, 1637.25 kH/s [0m
[2017-04-14 18:34:58] [01;37m  [31mRejected [01;37m 8/8 (100.0%), 46.14 MH, 6549.97 kH/s [0m
[2017-04-14 18:34:58] [33m reject reason: low difficulty share of 0.005011600911432249 [0m
[2017-04-14 18:34:58] [33m factor reduced to : 0.04 [0m
[2017-04-14 18:34:58] [01;30m DEBUG: hash <= target
Hash:   000000169162674bdc642f4e32ad597d5e5b6d329352086329120b7c44fab71a
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:58] CPU #2: 981.16 kH, 1636.25 kH/s [0m
[2017-04-14 18:34:59] [01;37m  [31mRejected [01;37m 9/9 (100.0%), 46.15 MH, 6548.97 kH/s [0m
[2017-04-14 18:34:59] [33m reject reason: low difficulty share of 0.04431003314436294 [0m
[2017-04-14 18:34:59] [33m factor reduced to : 0.03 [0m
[2017-04-14 18:34:59] [01;30m DEBUG: hash <= target
Hash:   000000411d90e83237886dfc070af9fe3776a9b463e1021b62841a48c03b1b91
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:34:59] CPU #0: 3810.14 kH, 1636.14 kH/s [0m
[2017-04-14 18:34:59] [01;37m  [31mRejected [01;37m 10/10 (100.0%), 21.33 MH, 6548.35 kH/s [0m
[2017-04-14 18:34:59] [33m reject reason: low difficulty share of 0.015357094065265411 [0m
[2017-04-14 18:34:59] [33m factor reduced to : 0.02 [0m
[2017-04-14 18:35:04] [33m Stratum difficulty set to 2 [0m
[2017-04-14 18:35:04] [01;30m DEBUG: hash <= target
Hash:   0000009acdc32fedd9d7b38478962a2e5f6802e7a96a18fb670532a97a3ce420
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:35:04] CPU #1: 19.85 MH, 1634.59 kH/s [0m
[2017-04-14 18:35:04] [01;30m DEBUG: job_id='fb54' extranonce2=00000000 ntime=58f15ca7 [0m
[2017-04-14 18:35:04] [36m pool.mn:2947 asks job 64340 for block 8665 [0m
[2017-04-14 18:35:04] [01;37m  [31mRejected [01;37m 11/11 (100.0%), 24.90 MH, 6546.04 kH/s [0m
[2017-04-14 18:35:04] [33m reject reason: low difficulty share of 0.006459692865239921 [0m
[2017-04-14 18:35:04] [33m factor reduced to : 0.01 [0m
[2017-04-14 18:35:05] [01;30m DEBUG: hash <= target
Hash:   0000002b06cc9a88d9dc7c478c3b5085f8ab13961d9b5c07ed14c59187bb3324
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:35:05] CPU #3: 46.98 MH, 1637.13 kH/s [0m
[2017-04-14 18:35:05] [01;37m  [31mRejected [01;37m 12/12 (100.0%), 71.62 MH, 6544.12 kH/s [0m
[2017-04-14 18:35:05] [33m reject reason: low difficulty share of 0.02324110393068266 [0m
[2017-04-14 18:35:05] [33m factor reduced to : 0.01 [0m
[2017-04-14 18:35:07] [01;30m DEBUG: hash <= target
Hash:   00000061a265fca57445ebd2d6ba3ed66a4d0229a400d45732d4749654f2b121
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:35:07] CPU #0: 12.96 MH, 1637.54 kH/s [0m
[2017-04-14 18:35:07] [01;30m DEBUG: hash <= target
Hash:   00000048aa01cafa398c22d4bf3daf7fc7aee7436229e62445e8f91dd5ae8da1
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:35:07] CPU #1: 4468.40 kH, 1635.11 kH/s [0m
[2017-04-14 18:35:07] [01;37m  [31mRejected [01;37m 13/13 (100.0%), 65.38 MH, 6546.03 kH/s [0m
[2017-04-14 18:35:07] [33m reject reason: low difficulty share of 0.01024213865015627 [0m
[2017-04-14 18:35:07] [33m factor reduced to : 0.01 [0m
[2017-04-14 18:35:07] [01;37m  [31mRejected [01;37m 14/14 (100.0%), 65.38 MH, 6546.03 kH/s [0m
[2017-04-14 18:35:07] [33m reject reason: low difficulty share of 0.013761745907452903 [0m
[2017-04-14 18:35:07] [33m factor reduced to : 0.00 [0m
[2017-04-14 18:35:14] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000fe175071e2aa2c765bfe0ed0c23407a13b76d261ef9e6cad1c00fb635
Target: 00000002383d13ad000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:35:26] [01;30m DEBUG: hash <= target
Hash:   000000ea2c7b4d4a0c892954d334f565c4fe6c8fba52431328a3a672f7d50e03
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0

 cpuminer-znver1a -a sha256t -o stratum+tcp://pool.mn:2947 -u x -p x --cpu-priority 0 --cpu-affinity 0xAA00 --threads=4 --api-bind 127.0.0.1:5028 -D

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Apr 14 2017 with GCC 6.3.0
SW features: SSE2 AES AVX AVX2 SHA
Algo features: SSE2 SHA
Start mining with SSE2 SHA

[2017-04-14 19:07:36] [01;30m Binding process to cpu mask aa00 [0m
[2017-04-14 19:07:36] Starting Stratum on stratum+tcp://pool.mn:2947 [0m
[2017-04-14 19:07:36] 4 miner threads started, using 'sha256t' algorithm. [0m
[2017-04-14 19:07:36] [01;30m Binding thread 0 to cpu mask aa00 [0m
[2017-04-14 19:07:36] [01;30m Binding thread 1 to cpu mask aa00 [0m
[2017-04-14 19:07:36] [01;30m Binding thread 2 to cpu mask aa00 [0m
[2017-04-14 19:07:36] [01;30m Binding thread 3 to cpu mask aa00 [0m
[2017-04-14 19:07:37] [01;30m Stratum session id: deadbeefcafebabe3f00000000000000 [0m
[2017-04-14 19:07:37] [33m Stratum difficulty set to 1 [0m
[2017-04-14 19:07:40] [01;30m stratum extranonce subscribe timed out [0m
[2017-04-14 19:07:40] [01;30m DEBUG: job_id='fb84' extranonce2=00000000 ntime=58f16437 [0m
[2017-04-14 19:07:40] [36m pool.mn:2947 asks job 64388 for block 8682 [0m
[2017-04-14 19:07:40] CPU #0: 262.14 kH, 1790.59 kH/s [0m
[2017-04-14 19:07:40] CPU #3: 262.14 kH, 1784.48 kH/s [0m
[2017-04-14 19:07:40] CPU #1: 262.14 kH, 1784.48 kH/s [0m
[2017-04-14 19:07:40] CPU #2: 262.14 kH, 1784.48 kH/s [0m
[2017-04-14 19:07:41] [01;30m DEBUG: hash <= target
Hash:   000000e252c6b9cb0eff102eb71a2ea5cd20d87a9818da91ac2813bf2194c58f
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:41] CPU #2: 329.74 kH, 1787.16 kH/s [0m
[2017-04-14 19:07:41] [01;37m  [31mRejected [01;37m 1/1 (100.0%), 1116.17 kH, 7146.72 kH/s [0m
[2017-04-14 19:07:41] [33m reject reason: low difficulty share of 0.00441838972480331 [0m
[2017-04-14 19:07:41] [33m factor reduced to : 0.67 [0m
[2017-04-14 19:07:41] [01;30m DEBUG: hash <= target
Hash:   00000098b89b6970ef3efff6893c323ecebef111a424e1ccac362f126848f27d
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:41] CPU #3: 953.32 kH, 1793.80 kH/s [0m
[2017-04-14 19:07:41] [01;37m  [31mRejected [01;37m 2/2 (100.0%), 1807.34 kH, 7156.03 kH/s [0m
[2017-04-14 19:07:41] [33m reject reason: low difficulty share of 0.006547782861094229 [0m
[2017-04-14 19:07:41] [33m factor reduced to : 0.44 [0m
[2017-04-14 19:07:41] [01;30m DEBUG: hash <= target
Hash:   000000907dc190e85ef1c9cdddc8e12d9458cdb531af5c2daf28730985890d9d
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:41] CPU #1: 1344.08 kH, 1787.20 kH/s [0m
[2017-04-14 19:07:41] [01;37m  [31mRejected [01;37m 3/3 (100.0%), 2889.27 kH, 7158.75 kH/s [0m
[2017-04-14 19:07:41] [33m reject reason: low difficulty share of 0.0069207294294599195 [0m
[2017-04-14 19:07:41] [33m factor reduced to : 0.30 [0m
[2017-04-14 19:07:43] [01;30m DEBUG: hash <= target
Hash:   000000c1803b529710ed07ab20291130639a070cc487eac204967e498db24883
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:43] CPU #2: 4351.87 kH, 1786.17 kH/s [0m
[2017-04-14 19:07:43] [01;37m  [31mRejected [01;37m 4/4 (100.0%), 6911.40 kH, 7157.76 kH/s [0m
[2017-04-14 19:07:43] [33m reject reason: low difficulty share of 0.0051678556243562965 [0m
[2017-04-14 19:07:43] [33m factor reduced to : 0.20 [0m
[2017-04-14 19:07:46] [01;30m DEBUG: hash <= target
Hash:   00000081b4212f2a2970adbb47fb29522b5068a6b8ab8ecec0ff8c08176e64ee
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:46] CPU #3: 9321.47 kH, 1757.45 kH/s [0m
[2017-04-14 19:07:46] [01;37m  [31mRejected [01;37m 5/5 (100.0%), 15.28 MH, 7121.41 kH/s [0m
[2017-04-14 19:07:46] [33m reject reason: low difficulty share of 0.007709766725826645 [0m
[2017-04-14 19:07:46] [33m factor reduced to : 0.13 [0m
[2017-04-14 19:07:47] [01;30m DEBUG: hash <= target
Hash:   000000175429c8394382108abfef7a6dc30d5d6c050097e79dbdb089a7668f60
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:47] CPU #2: 6258.88 kH, 1785.29 kH/s [0m
[2017-04-14 19:07:47] [01;37m  [31mRejected [01;37m 6/6 (100.0%), 17.19 MH, 7120.53 kH/s [0m
[2017-04-14 19:07:47] [33m reject reason: low difficulty share of 0.04286488575202371 [0m
[2017-04-14 19:07:47] [33m factor reduced to : 0.09 [0m
[2017-04-14 19:07:48] [01;30m DEBUG: hash <= target
Hash:   0000005538fbf5c93c94284debcc1379468a8a8ce6ad6e2e667c78a6e5bc826f
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:48] CPU #3: 2282.55 kH, 1739.38 kH/s [0m
[2017-04-14 19:07:48] [01;37m  [31mRejected [01;37m 7/7 (100.0%), 10.15 MH, 7102.46 kH/s [0m
[2017-04-14 19:07:48] [33m reject reason: low difficulty share of 0.01173379836454764 [0m
[2017-04-14 19:07:48] [33m factor reduced to : 0.06 [0m
[2017-04-14 19:07:48] [01;30m DEBUG: hash <= target
Hash:   0000000558be12c4983c17dd1c8984ef2aa0cc362fc777c7f6eef8598276ce77
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:48] CPU #2: 2347.86 kH, 1784.98 kH/s [0m
[2017-04-14 19:07:48] [01;37m  [31mRejected [01;37m 8/8 (100.0%), 6236.63 kH, 7102.15 kH/s [0m
[2017-04-14 19:07:48] [33m reject reason: low difficulty share of 0.18703013798135568 [0m
[2017-04-14 19:07:48] [33m factor reduced to : 0.04 [0m
[2017-04-14 19:07:50] [01;30m DEBUG: hash <= target
Hash:   00000029cf535b40f77c847f8404cdfbacb6b9d752d0959abd8f7b54f0c174b0
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:50] CPU #1: 15.02 MH, 1761.39 kH/s [0m
[2017-04-14 19:07:50] [01;37m  [31mRejected [01;37m 9/9 (100.0%), 19.91 MH, 7076.34 kH/s [0m
[2017-04-14 19:07:50] [33m reject reason: low difficulty share of 0.023917434921608985 [0m
[2017-04-14 19:07:50] [33m factor reduced to : 0.03 [0m
[2017-04-14 19:07:52] [01;30m DEBUG: hash <= target
Hash:   000000cd5fe0174c0fb2085bf334b1864710d2154262af3319c245ee95d37350
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:52] CPU #2: 8097.52 kH, 1785.44 kH/s [0m
[2017-04-14 19:07:53] [01;37m  [31mRejected [01;37m 10/10 (100.0%), 25.66 MH, 7076.80 kH/s [0m
[2017-04-14 19:07:53] [33m reject reason: low difficulty share of 0.004869079059913159 [0m
[2017-04-14 19:07:53] [33m factor reduced to : 0.02 [0m
[2017-04-14 19:07:54] [01;30m DEBUG: hash <= target
Hash:   000000e34a9e3a6bf73a0a4b7361132629c6cb5bb5c4ba2ec0ed00e05499af42
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:54] CPU #0: 23.87 MH, 1751.25 kH/s [0m
[2017-04-14 19:07:54] [01;37m  [31mRejected [01;37m 11/11 (100.0%), 49.27 MH, 7037.46 kH/s [0m
[2017-04-14 19:07:54] [33m reject reason: low difficulty share of 0.004399569904590018 [0m
[2017-04-14 19:07:54] [33m factor reduced to : 0.01 [0m
[2017-04-14 19:07:54] [01;30m DEBUG: hash <= target
Hash:   00000009e9ecb852b92ddd90ce2b964d0a54a1e661b1868911c381448be0532b
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:54] CPU #2: 3311.43 kH, 1788.30 kH/s [0m
[2017-04-14 19:07:54] [01;37m  [31mRejected [01;37m 12/12 (100.0%), 44.48 MH, 7040.32 kH/s [0m
[2017-04-14 19:07:54] [33m reject reason: low difficulty share of 0.10086827832442133 [0m
[2017-04-14 19:07:54] [33m factor reduced to : 0.01 [0m
[2017-04-14 19:07:59] [01;30m DEBUG: hash <= target
Hash:   00000038eea818889e4797d1b856ca867e029ddfa1749fd575a2c8156d597320
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:07:59] CPU #3: 19.83 MH, 1739.65 kH/s [0m
[2017-04-14 19:07:59] [01;37m  [31mRejected [01;37m 13/13 (100.0%), 62.03 MH, 7040.60 kH/s [0m
[2017-04-14 19:07:59] [33m reject reason: low difficulty share of 0.017564468264880735 [0m
[2017-04-14 19:07:59] [33m factor reduced to : 0.01 [0m
[2017-04-14 19:08:00] [01;30m DEBUG: hash <= target
Hash:   000000a1f33396a8e53d9bc9138a0829282c3a724987366706bb690d79a74bf4
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:00] CPU #3: 2510.27 kH, 1739.14 kH/s [0m
[2017-04-14 19:08:01] [01;37m  [31mRejected [01;37m 14/14 (100.0%), 44.71 MH, 7040.08 kH/s [0m
[2017-04-14 19:08:01] [33m reject reason: low difficulty share of 0.0061746508465945265 [0m
[2017-04-14 19:08:01] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:02] [01;30m DEBUG: hash <= target
Hash:   00000055ce5cff275c7c327f52ee17e1675bee65e306c99002d0b2487ebcefb5
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:02] CPU #1: 21.81 MH, 1747.05 kH/s [0m
[2017-04-14 19:08:02] [01;37m  [31mRejected [01;37m 15/15 (100.0%), 51.50 MH, 7025.74 kH/s [0m
[2017-04-14 19:08:02] [33m reject reason: low difficulty share of 0.011654004380369915 [0m
[2017-04-14 19:08:02] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:03] [01;30m DEBUG: hash <= target
Hash:   000000b84b76683c7b612333b17d7edffd5204d5a040839d121cc830fb515f74
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:03] CPU #3: 4538.81 kH, 1755.24 kH/s [0m
[2017-04-14 19:08:03] [01;37m  [31mRejected [01;37m 16/16 (100.0%), 53.53 MH, 7041.85 kH/s [0m
[2017-04-14 19:08:03] [33m reject reason: low difficulty share of 0.005426006996115488 [0m
[2017-04-14 19:08:03] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:04] [01;30m DEBUG: hash <= target
Hash:   00000040aec511ab10199ab12a9c25f2cfe0079e423e06f767e60c13b6de7d33
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:04] CPU #1: 3364.99 kH, 1740.88 kH/s [0m
[2017-04-14 19:08:04] [01;37m  [31mRejected [01;37m 17/17 (100.0%), 35.09 MH, 7035.67 kH/s [0m
[2017-04-14 19:08:04] [33m reject reason: low difficulty share of 0.015459849785273773 [0m
[2017-04-14 19:08:04] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:08] [01;30m DEBUG: hash <= target
Hash:   00000009d6b491fa069ad0be4ed46ecd3198d35c2459a8b0283a1dc5a15cecd6
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:08] CPU #0: 24.97 MH, 1746.25 kH/s [0m
[2017-04-14 19:08:09] [01;37m  [31mRejected [01;37m 18/18 (100.0%), 36.19 MH, 7030.67 kH/s [0m
[2017-04-14 19:08:09] [33m reject reason: low difficulty share of 0.10163796789621031 [0m
[2017-04-14 19:08:09] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:10] [01;30m DEBUG: hash <= target
Hash:   0000000978db04d9ba39e5983f0c0f841dc985c35ddfb497ab7c6f04922cac3f
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:10] CPU #1: 9650.70 kH, 1740.32 kH/s [0m
[2017-04-14 19:08:10] [01;37m  [31mRejected [01;37m 19/19 (100.0%), 42.47 MH, 7030.12 kH/s [0m
[2017-04-14 19:08:10] [33m reject reason: low difficulty share of 0.10557168838945953 [0m
[2017-04-14 19:08:10] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:13] [01;30m DEBUG: hash <= target
Hash:   00000020c7098ea913f61e376310251a9b9ccea3376b76eee2dd54a8a30706c4
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:13] CPU #2: 32.34 MH, 1754.48 kH/s [0m
[2017-04-14 19:08:13] [01;37m  [31mRejected [01;37m 20/20 (100.0%), 71.50 MH, 6996.30 kH/s [0m
[2017-04-14 19:08:13] [33m reject reason: low difficulty share of 0.030508277294979 [0m
[2017-04-14 19:08:13] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:13] [01;30m DEBUG: hash <= target
Hash:   000000f831ad68d8c72181f6d4898ac2874b879de7743f59a93a58752be134b4
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:13] CPU #3: 17.50 MH, 1739.80 kH/s [0m
[2017-04-14 19:08:13] [01;37m  [31mRejected [01;37m 21/21 (100.0%), 84.46 MH, 6980.86 kH/s [0m
[2017-04-14 19:08:13] [33m reject reason: low difficulty share of 0.0040290439358459966 [0m
[2017-04-14 19:08:13] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:13] [01;30m DEBUG: hash <= target
Hash:   0000000e72a640f3e4a525e9aa7eb6536c779ec77f0d2fb1408a8bc9c915ff54
Target: 000000ffff000000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:08:13] CPU #1: 6305.57 kH, 1740.76 kH/s [0m
[2017-04-14 19:08:13] [01;37m  [31mRejected [01;37m 22/22 (100.0%), 81.11 MH, 6981.30 kH/s [0m
[2017-04-14 19:08:13] [33m reject reason: low difficulty share of 0.06921339767173393 [0m
[2017-04-14 19:08:13] [33m factor reduced to : 0.00 [0m
[2017-04-14 19:08:15] [33m Stratum difficulty set to 4.21053 [0m
[2017-04-14 19:08:15] [01;30m DEBUG: job_id='fb85' extranonce2=00000000 ntime=58f1646e [0m
[2017-04-14 19:08:15] [36m pool.mn:2947 asks job 64389 for block 8682 [0m

 cpuminer-aes-avx2 -a lbry -o stratum+tcp://yiimp.ccminer.org:3334 -u x --cpu-priority 0 --cpu-affinity 0xAA00 --threads=4 --api-bind 127.0.0.1:5028 -D

         **********  cpuminer-opt 3.5.9.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2
SW built on Mar  4 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2
Start mining with SSE2

[2017-04-14 18:44:32] [01;30m Binding process to cpu mask aa00 [0m
[2017-04-14 18:44:32] Starting Stratum on stratum+tcp://yiimp.ccminer.org:3334 [0m
[2017-04-14 18:44:32] 4 miner threads started, using 'lbry' algorithm. [0m
[2017-04-14 18:44:32] [01;30m Binding thread 0 to cpu mask aa00 [0m
[2017-04-14 18:44:32] [01;30m Binding thread 1 to cpu mask aa00 [0m
[2017-04-14 18:44:32] [01;30m Binding thread 2 to cpu mask aa00 [0m
[2017-04-14 18:44:32] [01;30m Binding thread 3 to cpu mask aa00 [0m
[2017-04-14 18:44:32] [01;30m Stratum session id: 087806802536227627b84b4921a506aa [0m
[2017-04-14 18:44:33] [33m Stratum difficulty set to 32 [0m
[2017-04-14 18:44:33] [01;30m DEBUG: job_id='2b9' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:44:33] [36m lbry block 158556, diff 52244.964 [0m
[2017-04-14 18:44:33] CPU #3: 131.07 kH, 588.80 kH/s [0m
[2017-04-14 18:44:33] CPU #2: 131.07 kH, 587.48 kH/s [0m
[2017-04-14 18:44:33] CPU #0: 131.07 kH, 587.48 kH/s [0m
[2017-04-14 18:44:33] CPU #1: 131.07 kH, 587.48 kH/s [0m
[2017-04-14 18:44:44] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000ce75ca438f9e8b3d3b46ac895f9bd375e9fdca3bac43ebdc9a1a6b931
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:45:04] [01;30m DEBUG: job_id='2ba' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:45:04] CPU #0: 18.38 MH, 587.69 kH/s [0m
[2017-04-14 18:45:04] CPU #1: 18.38 MH, 587.74 kH/s [0m
[2017-04-14 18:45:04] CPU #3: 18.38 MH, 587.80 kH/s [0m
[2017-04-14 18:45:04] CPU #2: 18.38 MH, 587.72 kH/s [0m
[2017-04-14 18:45:25] [01;30m DEBUG: job_id='2bb' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:45:25] CPU #3: 12.37 MH, 587.81 kH/s [0m
[2017-04-14 18:45:25] CPU #2: 12.36 MH, 587.61 kH/s [0m
[2017-04-14 18:45:25] CPU #1: 12.37 MH, 587.78 kH/s [0m
[2017-04-14 18:45:25] CPU #0: 12.37 MH, 587.73 kH/s [0m
[2017-04-14 18:45:46] [01;30m DEBUG: job_id='2bc' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:45:46] CPU #1: 12.37 MH, 587.54 kH/s [0m
[2017-04-14 18:45:46] CPU #3: 12.37 MH, 587.69 kH/s [0m
[2017-04-14 18:45:46] CPU #0: 12.37 MH, 587.61 kH/s [0m
[2017-04-14 18:45:46] CPU #2: 12.36 MH, 587.47 kH/s [0m
[2017-04-14 18:46:07] [01;30m DEBUG: job_id='2bd' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:46:07] CPU #3: 12.37 MH, 587.75 kH/s [0m
[2017-04-14 18:46:07] CPU #0: 12.36 MH, 587.56 kH/s [0m
[2017-04-14 18:46:07] CPU #1: 12.37 MH, 587.79 kH/s [0m
[2017-04-14 18:46:07] CPU #2: 12.36 MH, 587.61 kH/s [0m
[2017-04-14 18:46:28] [01;30m DEBUG: job_id='2be' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:46:28] CPU #0: 12.35 MH, 587.03 kH/s [0m
[2017-04-14 18:46:28] CPU #1: 12.36 MH, 587.42 kH/s [0m
[2017-04-14 18:46:28] CPU #3: 12.36 MH, 587.28 kH/s [0m
[2017-04-14 18:46:28] CPU #2: 12.35 MH, 586.98 kH/s [0m
[2017-04-14 18:46:46] [01;30m DEBUG: job_id='2bf' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:46:46] [36m lbry block 158557, diff 53311.757 [0m
[2017-04-14 18:46:46] CPU #0: 10.46 MH, 587.50 kH/s [0m
[2017-04-14 18:46:46] CPU #2: 10.45 MH, 586.86 kH/s [0m
[2017-04-14 18:46:46] CPU #1: 10.46 MH, 587.68 kH/s [0m
[2017-04-14 18:46:46] CPU #3: 10.46 MH, 587.44 kH/s [0m
[2017-04-14 18:47:32] [01;30m DEBUG: job_id='2c0' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:47:32] CPU #1: 26.64 MH, 587.76 kH/s [0m
[2017-04-14 18:47:32] CPU #0: 26.64 MH, 587.65 kH/s [0m
[2017-04-14 18:47:32] CPU #3: 26.63 MH, 587.58 kH/s [0m
[2017-04-14 18:47:32] CPU #2: 26.61 MH, 587.02 kH/s [0m
[2017-04-14 18:47:53] [01;30m DEBUG: job_id='2c1' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:47:53] CPU #0: 12.37 MH, 587.59 kH/s [0m
[2017-04-14 18:47:53] CPU #2: 12.37 MH, 587.56 kH/s [0m
[2017-04-14 18:47:53] CPU #1: 12.37 MH, 587.97 kH/s [0m
[2017-04-14 18:47:53] CPU #3: 12.37 MH, 587.78 kH/s [0m
[2017-04-14 18:48:14] [01;30m DEBUG: job_id='2c2' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:48:14] CPU #1: 12.37 MH, 587.91 kH/s [0m
[2017-04-14 18:48:14] CPU #3: 12.37 MH, 587.68 kH/s [0m
[2017-04-14 18:48:14] CPU #0: 12.36 MH, 587.54 kH/s [0m
[2017-04-14 18:48:14] CPU #2: 12.36 MH, 587.34 kH/s [0m
[2017-04-14 18:48:35] [01;30m DEBUG: job_id='2c3' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:48:35] CPU #1: 12.37 MH, 587.92 kH/s [0m
[2017-04-14 18:48:35] CPU #0: 12.37 MH, 587.65 kH/s [0m
[2017-04-14 18:48:35] CPU #3: 12.37 MH, 587.71 kH/s [0m
[2017-04-14 18:48:35] CPU #2: 12.36 MH, 587.44 kH/s [0m
[2017-04-14 18:49:35] CPU #3: 35.26 MH, 587.59 kH/s [0m
[2017-04-14 18:49:35] CPU #2: 35.25 MH, 587.12 kH/s [0m
[2017-04-14 18:49:35] CPU #1: 35.28 MH, 587.56 kH/s [0m
[2017-04-14 18:49:35] CPU #0: 35.26 MH, 587.22 kH/s [0m
[2017-04-14 18:49:38] [01;30m DEBUG: job_id='2c4' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:49:38] CPU #1: 1821.53 kH, 588.23 kH/s [0m
[2017-04-14 18:49:38] CPU #0: 1814.60 kH, 587.22 kH/s [0m
[2017-04-14 18:49:38] CPU #3: 1834.61 kH, 587.79 kH/s [0m
[2017-04-14 18:49:38] CPU #2: 1822.06 kH, 587.63 kH/s [0m
[2017-04-14 18:49:59] [01;30m DEBUG: job_id='2c5' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:49:59] CPU #3: 12.37 MH, 587.70 kH/s [0m
[2017-04-14 18:49:59] CPU #1: 12.38 MH, 588.00 kH/s [0m
[2017-04-14 18:49:59] CPU #0: 12.37 MH, 587.65 kH/s [0m
[2017-04-14 18:49:59] CPU #2: 12.37 MH, 587.62 kH/s [0m
[2017-04-14 18:50:12] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000dabcfaa38b66569e14e771fa71781e656ee977baa612e33d4f3175d4b
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:50:20] [01;30m DEBUG: hash <= target
Hash:   00000006271e919e7f4627d715b52fcec1918cd9c8c455192ceaa548fbd6c588
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:50:20] CPU #2: 12.56 MH, 587.54 kH/s [0m
[2017-04-14 18:50:20] [01;37m  [32mAccepted [01;37m 1/1 (100%), 49.67 MH, 2350.88 kH/s [0m
[2017-04-14 18:50:41] [01;30m DEBUG: hash <= target
Hash:   0000000166a0c52ba0992357e986a3b60c0bcb0aab2299b4cf5bf41885bf8ed9
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:50:41] CPU #0: 24.67 MH, 587.67 kH/s [0m
[2017-04-14 18:50:41] [01;37m  [32mAccepted [01;37m 2/2 (100%), 61.97 MH, 2350.91 kH/s [0m
[2017-04-14 18:50:56] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000ff5c5c42c2b9bb287f7fc04c3d4495cee341f158f23b856bffdf0d835
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m

 cpuminer-aes-avx2 -a lbry -o stratum+tcp://yiimp.ccminer.org:3334 -u x --cpu-priority 0 --cpu-affinity 0xAA00 --threads=4 --api-bind 127.0.0.1:5028 -D

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Mar 31 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2 SHA
Start mining with SSE2

[2017-04-14 18:54:32] [01;30m Binding process to cpu mask aa00 [0m
[2017-04-14 18:54:32] Starting Stratum on stratum+tcp://yiimp.ccminer.org:3334 [0m
[2017-04-14 18:54:32] 4 miner threads started, using 'lbry' algorithm. [0m
[2017-04-14 18:54:32] [01;30m Binding thread 0 to cpu mask aa00 [0m
[2017-04-14 18:54:32] [01;30m Binding thread 1 to cpu mask aa00 [0m
[2017-04-14 18:54:32] [01;30m Binding thread 2 to cpu mask aa00 [0m
[2017-04-14 18:54:32] [01;30m Binding thread 3 to cpu mask aa00 [0m
[2017-04-14 18:54:32] [01;30m Stratum session id: 6e279da600d6c9366288f685789282b4 [0m
[2017-04-14 18:54:32] [33m Stratum difficulty set to 32 [0m
[2017-04-14 18:54:32] [01;30m DEBUG: job_id='2c9' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:54:32] [36m lbry block 158558, diff 44674.805 [0m
[2017-04-14 18:54:33] CPU #0: 131.07 kH, 577.11 kH/s [0m
[2017-04-14 18:54:33] CPU #1: 131.07 kH, 577.11 kH/s [0m
[2017-04-14 18:54:33] CPU #3: 131.07 kH, 575.83 kH/s [0m
[2017-04-14 18:54:33] CPU #2: 131.07 kH, 575.83 kH/s [0m
[2017-04-14 18:54:44] [01;30m DEBUG: job_id='2ca' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:54:44] [36m lbry block 158559, diff 46861.994 [0m
[2017-04-14 18:54:44] CPU #3: 6400.53 kH, 575.73 kH/s [0m
[2017-04-14 18:54:44] CPU #1: 6406.41 kH, 576.23 kH/s [0m
[2017-04-14 18:54:44] CPU #0: 6398.80 kH, 575.55 kH/s [0m
[2017-04-14 18:54:44] CPU #2: 6399.46 kH, 575.64 kH/s [0m
[2017-04-14 18:55:15] [01;30m DEBUG: job_id='2cb' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:55:15] CPU #0: 17.54 MH, 575.69 kH/s [0m
[2017-04-14 18:55:15] CPU #1: 17.56 MH, 576.45 kH/s [0m
[2017-04-14 18:55:15] CPU #3: 17.53 MH, 575.52 kH/s [0m
[2017-04-14 18:55:15] CPU #2: 17.52 MH, 575.27 kH/s [0m
[2017-04-14 18:55:36] [01;30m DEBUG: job_id='2cc' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:55:36] CPU #0: 12.11 MH, 575.61 kH/s [0m
[2017-04-14 18:55:36] CPU #3: 12.11 MH, 575.60 kH/s [0m
[2017-04-14 18:55:36] CPU #1: 12.12 MH, 576.07 kH/s [0m
[2017-04-14 18:55:36] CPU #2: 12.12 MH, 576.04 kH/s [0m
[2017-04-14 18:55:48] [01;30m DEBUG: job_id='2cd' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:55:48] [36m lbry block 158560, diff 48477.925 [0m
[2017-04-14 18:55:48] CPU #3: 7167.79 kH, 575.58 kH/s [0m
[2017-04-14 18:55:48] CPU #1: 7167.93 kH, 575.59 kH/s [0m
[2017-04-14 18:55:48] CPU #2: 7172.54 kH, 575.96 kH/s [0m
[2017-04-14 18:55:48] CPU #0: 7167.19 kH, 575.54 kH/s [0m
[2017-04-14 18:55:57] [01;30m DEBUG: job_id='2ce' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:55:57] CPU #3: 4943.37 kH, 575.45 kH/s [0m
[2017-04-14 18:55:57] CPU #1: 4943.50 kH, 575.46 kH/s [0m
[2017-04-14 18:55:57] CPU #0: 4943.86 kH, 575.50 kH/s [0m
[2017-04-14 18:55:57] CPU #2: 4947.29 kH, 575.90 kH/s [0m
[2017-04-14 18:56:18] [01;30m DEBUG: job_id='2cf' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:56:18] CPU #1: 12.13 MH, 576.24 kH/s [0m
[2017-04-14 18:56:18] CPU #0: 12.11 MH, 575.46 kH/s [0m
[2017-04-14 18:56:18] CPU #3: 12.11 MH, 575.58 kH/s [0m
[2017-04-14 18:56:18] CPU #2: 12.12 MH, 576.16 kH/s [0m
[2017-04-14 18:56:19] [01;30m DEBUG: job_id='2d0' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 18:56:19] [36m lbry block 158561, diff 54674.514 [0m
[2017-04-14 18:56:19] CPU #1: 962.78 kH, 575.93 kH/s [0m
[2017-04-14 18:56:19] CPU #3: 962.07 kH, 575.50 kH/s [0m
[2017-04-14 18:56:19] CPU #0: 961.86 kH, 575.37 kH/s [0m
[2017-04-14 18:56:19] CPU #2: 962.60 kH, 575.82 kH/s [0m
[2017-04-14 18:56:28] [01;30m DEBUG: hash > target (false positive)
Hash:   00000008e42673d195217af0152eda386f9e66a7a8eb874882321ba73d174cd6
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 18:56:39] [01;30m DEBUG: job_id='2d1' extranonce2=00000000 ntime=debf97a7 [0m

 cpuminer-znver1a -a lbry -o stratum+tcp://yiimp.ccminer.org:3334 -u x --cpu-priority 0 --cpu-affinity 0xAA00 --threads=4 --api-bind 127.0.0.1:5028 -D

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Apr 14 2017 with GCC 6.3.0
SW features: SSE2 AES AVX AVX2 SHA
Algo features: SSE2 SHA
Start mining with SSE2 SHA

[2017-04-14 19:25:48] [01;30m Binding process to cpu mask aa00 [0m
[2017-04-14 19:25:48] Starting Stratum on stratum+tcp://yiimp.ccminer.org:3334 [0m
[2017-04-14 19:25:48] 4 miner threads started, using 'lbry' algorithm. [0m
[2017-04-14 19:25:48] [01;30m Binding thread 0 to cpu mask aa00 [0m
[2017-04-14 19:25:48] [01;30m Binding thread 1 to cpu mask aa00 [0m
[2017-04-14 19:25:48] [01;30m Binding thread 2 to cpu mask aa00 [0m
[2017-04-14 19:25:48] [01;30m Binding thread 3 to cpu mask aa00 [0m
[2017-04-14 19:25:48] [01;30m Stratum session id: 5a224d3e20cf317215a2f3281d11df69 [0m
[2017-04-14 19:25:48] [33m Stratum difficulty set to 32 [0m
[2017-04-14 19:25:48] [01;30m DEBUG: job_id='300' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:25:48] [36m lbry block 158573, diff 61668.487 [0m
[2017-04-14 19:25:49] CPU #0: 131.07 kH, 613.68 kH/s [0m
[2017-04-14 19:25:49] CPU #1: 131.07 kH, 612.24 kH/s [0m
[2017-04-14 19:25:49] CPU #3: 131.07 kH, 612.24 kH/s [0m
[2017-04-14 19:25:49] CPU #2: 131.07 kH, 612.24 kH/s [0m
[2017-04-14 19:25:53] [01;30m DEBUG: job_id='301' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:25:53] CPU #2: 2394.21 kH, 606.96 kH/s [0m
[2017-04-14 19:25:53] CPU #0: 2395.16 kH, 607.12 kH/s [0m
[2017-04-14 19:25:53] CPU #1: 2411.34 kH, 611.30 kH/s [0m
[2017-04-14 19:25:53] CPU #3: 2410.47 kH, 611.08 kH/s [0m
[2017-04-14 19:25:55] [01;30m DEBUG: job_id='302' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:25:55] [36m lbry block 158574, diff 65143.361 [0m
[2017-04-14 19:25:55] CPU #1: 1654.38 kH, 607.86 kH/s [0m
[2017-04-14 19:25:55] CPU #2: 1654.93 kH, 608.06 kH/s [0m
[2017-04-14 19:25:55] CPU #0: 1651.31 kH, 606.73 kH/s [0m
[2017-04-14 19:25:55] CPU #3: 1663.80 kH, 611.32 kH/s [0m
[2017-04-14 19:26:14] [01;30m DEBUG: job_id='303' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:26:14] CPU #1: 11.12 MH, 606.77 kH/s [0m
[2017-04-14 19:26:14] CPU #0: 11.16 MH, 608.81 kH/s [0m
[2017-04-14 19:26:14] CPU #3: 11.12 MH, 606.65 kH/s [0m
[2017-04-14 19:26:14] CPU #2: 11.18 MH, 609.82 kH/s [0m
[2017-04-14 19:26:50] [01;30m DEBUG: job_id='304' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:26:50] [36m lbry block 158575, diff 71849.936 [0m
[2017-04-14 19:26:50] CPU #1: 22.22 MH, 608.12 kH/s [0m
[2017-04-14 19:26:50] CPU #3: 22.17 MH, 606.51 kH/s [0m
[2017-04-14 19:26:50] CPU #0: 22.23 MH, 608.23 kH/s [0m
[2017-04-14 19:26:50] CPU #2: 22.20 MH, 607.48 kH/s [0m
[2017-04-14 19:27:38] [01;30m DEBUG: job_id='305' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:27:38] CPU #0: 28.91 MH, 607.04 kH/s [0m
[2017-04-14 19:27:38] CPU #1: 29.06 MH, 610.16 kH/s [0m
[2017-04-14 19:27:38] CPU #3: 28.90 MH, 606.74 kH/s [0m
[2017-04-14 19:27:38] CPU #2: 29.09 MH, 610.66 kH/s [0m
[2017-04-14 19:27:47] [01;30m DEBUG: job_id='306' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:27:47] [36m lbry block 158576, diff 74844.935 [0m
[2017-04-14 19:27:47] CPU #3: 5277.51 kH, 607.10 kH/s [0m
[2017-04-14 19:27:47] CPU #0: 5288.64 kH, 608.38 kH/s [0m
[2017-04-14 19:27:47] CPU #1: 5319.05 kH, 611.88 kH/s [0m
[2017-04-14 19:27:47] CPU #2: 5303.28 kH, 610.06 kH/s [0m
[2017-04-14 19:27:59] [01;30m DEBUG: job_id='307' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:27:59] CPU #0: 7514.04 kH, 608.14 kH/s [0m
[2017-04-14 19:27:59] CPU #1: 7543.21 kH, 610.51 kH/s [0m
[2017-04-14 19:27:59] CPU #3: 7498.94 kH, 606.92 kH/s [0m
[2017-04-14 19:27:59] CPU #2: 7545.50 kH, 610.69 kH/s [0m
[2017-04-14 19:28:20] [01;30m DEBUG: job_id='308' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:28:20] CPU #1: 12.87 MH, 611.69 kH/s [0m
[2017-04-14 19:28:20] CPU #3: 12.77 MH, 606.76 kH/s [0m
[2017-04-14 19:28:20] CPU #0: 12.79 MH, 607.90 kH/s [0m
[2017-04-14 19:28:20] CPU #2: 12.86 MH, 611.14 kH/s [0m
[2017-04-14 19:28:20] [01;30m DEBUG: hash <= target
Hash:   000000000f785f40bcd14d0db60afd9939acc99df45cc8a204b6bf953828fccd
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:28:20] CPU #2: 11.81 kH, 603.92 kH/s [0m
[2017-04-14 19:28:20] [01;37m  [32mAccepted [01;37m 1/1 (100%), 38.45 MH, 2430.27 kH/s [0m
[2017-04-14 19:28:52] [01;30m DEBUG: hash <= target
Hash:   00000002f9bc4e66825fb1a2e35d1988cf0a9d9c965253dfc12a3b0c234b5071
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:28:52] CPU #2: 19.45 MH, 610.74 kH/s [0m
[2017-04-14 19:28:52] [01;37m  [32mAccepted [01;37m 2/2 (100%), 57.89 MH, 2437.10 kH/s [0m
[2017-04-14 19:29:04] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000f2860e32fe0b8dc0d607349b447d9bde697dfbc62226fe3712aa67352
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:29:20] CPU #3: 36.41 MH, 607.17 kH/s [0m
[2017-04-14 19:29:20] CPU #0: 36.47 MH, 607.36 kH/s [0m
[2017-04-14 19:29:20] CPU #1: 36.70 MH, 610.70 kH/s [0m
[2017-04-14 19:29:23] [01;30m DEBUG: job_id='309' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:29:23] CPU #0: 1869.65 kH, 606.58 kH/s [0m
[2017-04-14 19:29:23] CPU #3: 1927.52 kH, 606.79 kH/s [0m
[2017-04-14 19:29:23] CPU #1: 1860.76 kH, 612.46 kH/s [0m
[2017-04-14 19:29:23] CPU #2: 19.11 MH, 611.15 kH/s [0m
[2017-04-14 19:29:27] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000f215fa75d01bf5e8944ce3edebd9f145fdd2985ad6beca8eb3327947f
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:29:56] [01;30m DEBUG: hash <= target
Hash:   0000000000329548866f49eb544e9c11671b251a7c7209d9cca7cbd18076aa99
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:29:56] CPU #3: 19.87 MH, 606.90 kH/s [0m
[2017-04-14 19:29:56] [01;37m  [32mAccepted [01;37m 3/3 (100%), 42.70 MH, 2437.09 kH/s [0m
[2017-04-14 19:30:05] [01;30m DEBUG: job_id='30a' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:30:05] CPU #1: 25.67 MH, 609.94 kH/s [0m
[2017-04-14 19:30:05] CPU #3: 5684.11 kH, 607.40 kH/s [0m
[2017-04-14 19:30:05] CPU #0: 25.60 MH, 608.20 kH/s [0m
[2017-04-14 19:30:05] CPU #2: 25.66 MH, 609.75 kH/s [0m
[2017-04-14 19:31:05] CPU #2: 36.58 MH, 610.59 kH/s [0m
[2017-04-14 19:31:05] CPU #0: 36.49 MH, 608.23 kH/s [0m
[2017-04-14 19:31:05] CPU #3: 36.44 MH, 606.83 kH/s [0m
[2017-04-14 19:31:05] CPU #1: 36.60 MH, 609.37 kH/s [0m
[2017-04-14 19:31:08] [01;30m DEBUG: job_id='30b' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:31:08] CPU #3: 1873.89 kH, 606.80 kH/s [0m
[2017-04-14 19:31:08] CPU #0: 1910.57 kH, 607.24 kH/s [0m
[2017-04-14 19:31:08] CPU #1: 1873.69 kH, 606.73 kH/s [0m
[2017-04-14 19:31:08] CPU #2: 1969.68 kH, 610.46 kH/s [0m
[2017-04-14 19:31:21] [01;30m DEBUG: hash <= target
Hash:   00000000555b2f6abc6c99bf3e38d6d2e0f0c87d3c639bfc16ea046f8dccb207
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:31:21] CPU #2: 7680.02 kH, 611.53 kH/s [0m
[2017-04-14 19:31:21] [01;37m  [32mAccepted [01;37m 4/4 (100%), 13.34 MH, 2432.30 kH/s [0m
[2017-04-14 19:32:00] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000f7bfff875fca4e5a3969591e3f234d3e3245f2641865d468c6f58ede3
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:32:01] [01;30m DEBUG: job_id='30c' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:32:01] [36m lbry block 158577, diff 70167.815 [0m
[2017-04-14 19:32:01] CPU #3: 32.19 MH, 607.55 kH/s [0m
[2017-04-14 19:32:01] CPU #1: 32.43 MH, 612.14 kH/s [0m
[2017-04-14 19:32:01] CPU #2: 24.65 MH, 609.81 kH/s [0m
[2017-04-14 19:32:01] CPU #0: 32.20 MH, 607.85 kH/s [0m
[2017-04-14 19:32:38] [01;30m DEBUG: job_id='30d' extranonce2=00000000 ntime=debf97a7 [0m
[2017-04-14 19:32:38] [36m lbry block 158578, diff 77391.195 [0m
[2017-04-14 19:32:38] CPU #1: 22.42 MH, 608.41 kH/s [0m
[2017-04-14 19:32:38] CPU #3: 22.37 MH, 607.07 kH/s [0m
[2017-04-14 19:32:38] CPU #2: 22.52 MH, 610.99 kH/s [0m
[2017-04-14 19:32:38] CPU #0: 22.42 MH, 608.45 kH/s [0m
[2017-04-14 19:33:11] [01;30m DEBUG: hash > target (false positive)
Hash:   0000000ab0fd5fdbb947f93b974abe2986aee5322b767219caf0fe31cd028ab0
Target: 00000007fff80000000000000000000000000000000000000000000000000000 [0m
[2017-04-14 19:33:14] [01;30m DEBUG: job_id='30f' extranonce2=00000000 ntime=3246bb63 [0m
12  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 14, 2017, 06:10:35 PM
Quote from: joblo on April 14, 2017, 04:18:54 PM

No new algos or optimizations in the works, just a fix to groestl algo (use v3.5.9.1 until it's released).
I'm waiting for feedback from Ryzen users testing SHA so I can fix any issues.

joblo, I didn't realize you were waiting for that. I'll run some comparison tests tonight (3.5.9.1, 3.6.1 and a -znver1 (openssl 1.1.x, __SHA__ enabled) version. I get low difficulty rejected on sha256t for both versions.
13  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 13, 2017, 03:54:06 PM
Quote from: joblo on April 13, 2017, 04:02:14 AM
Quote from: ylpkm on April 13, 2017, 03:50:26 AM
Has anyone built this with ryzen SHA support? If you could post a binary that would be the bees knees.
Ran m7m on ryzen cpu and says system supports SHA, algo supports SHA, but doesnt use SHA.

It should be noted that SHA support in cpuminer-opt is untested. I have been hoping some Ryzen
owners that use Linux could test it. Compiling in Windows is a bigger challenge.

https://bitcointalk.org/index.php?topic=1326803.msg18406368#msg18406368


joblo, ylpkm, I've gotten the code to compile on windows with mingw64 (with openssl 1.1.x that supports the SHA extensions). It took a little bit of tweaking the code and generally runs ~15% faster with the -march-znver1 flag set for the Ryzen architecture. Unfortunately I'm Linux illiterate so my code probably won't compile on a Linux box. I plan to start uploading code to Git once I have some serious progress (also I haven't coded for real in like 13 years so I'm super rusty).
14  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 06, 2017, 01:43:58 PM
Quote from: dedondesta on April 06, 2017, 04:11:07 AM
I have two socket motherboard and two xeon 2630 v4, on windows i see 8 cores mostly idling (32 cores fully loaded)
dedondesta, cpuminer might have a maximum of 32 threads. joblo would know better then I. If that's the case then perhaps run two instances and map each one to it's own socket.
15  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 05, 2017, 11:43:31 PM
Code:
 ----- 0x0F0F -----

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Mar 31 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2 AES
Start mining with SSE2 AES

[2017-04-05 18:21:33] Binding process to cpu mask f0f
[2017-04-05 18:21:33] Starting Stratum on stratum+tcp://xmr-usa.dwarfpool.com:8005
[2017-04-05 18:21:33] Binding thread 2 to cpu mask f0f
[2017-04-05 18:21:33] 8 miner threads started, using 'cryptonight' algorithm.
[2017-04-05 18:21:33] Binding thread 6 to cpu mask f0f
[2017-04-05 18:21:33] Binding thread 0 to cpu mask f0f
[2017-04-05 18:21:33] Binding thread 4 to cpu mask f0f
[2017-04-05 18:21:33] Binding thread 5 to cpu mask f0f
[2017-04-05 18:21:33] Binding thread 3 to cpu mask f0f
[2017-04-05 18:21:33] Binding thread 1 to cpu mask f0f
[2017-04-05 18:21:33] Binding thread 7 to cpu mask f0f
[2017-04-05 18:21:33] Auth id: 821619354607537
[2017-04-05 18:21:33] Stratum difficulty set to 10000
[2017-04-05 18:21:36] CPU #6: 66 H, 35.98 H/s
[2017-04-05 18:21:36] CPU #3: 66 H, 35.42 H/s
[2017-04-05 18:21:36] CPU #5: 66 H, 34.63 H/s
[2017-04-05 18:21:36] CPU #7: 66 H, 34.28 H/s
[2017-04-05 18:21:36] CPU #2: 66 H, 33.87 H/s
[2017-04-05 18:21:36] CPU #4: 66 H, 33.65 H/s
[2017-04-05 18:21:36] CPU #0: 66 H, 30.72 H/s
[2017-04-05 18:21:36] CPU #1: 66 H, 28.41 H/s
[2017-04-05 18:21:51] CPU #2: 568 H, 36.52 H/s
[2017-04-05 18:21:52] Accepted 1/1 (100%), 1030 H, 269.61 H/s
[2017-04-05 18:22:08] CPU #0: 1070 H, 33.81 H/s
[2017-04-05 18:22:08] Accepted 2/2 (100%), 2034 H, 272.70 H/s
[2017-04-05 18:22:29] CPU #1: 1706 H, 32.48 H/s
[2017-04-05 18:22:30] CPU #4: 2021 H, 37.34 H/s
[2017-04-05 18:22:30] CPU #3: 2126 H, 39.15 H/s
[2017-04-05 18:22:30] CPU #7: 2058 H, 37.71 H/s
[2017-04-05 18:22:31] CPU #5: 2079 H, 37.71 H/s
[2017-04-05 18:22:31] CPU #6: 2160 H, 38.69 H/s
[2017-04-05 18:22:36] CPU #0: 1026 H, 36.43 H/s
[2017-04-05 18:22:36] Accepted 3/3 (100%), 13.74 kH, 296.03 H/s
[2017-04-05 18:22:50] CPU #2: 2193 H, 37.69 H/s
[2017-04-05 18:23:14] CPU #3: 1517 H, 34.38 H/s
[2017-04-05 18:23:14] Accepted 4/4 (100%), 14.76 kH, 292.43 H/s
[2017-04-05 18:23:14] CPU #4: 1656 H, 37.24 H/s
[2017-04-05 18:23:15] Accepted 5/5 (100%), 14.40 kH, 292.33 H/s
[2017-04-05 18:23:21] CPU #1: 1950 H, 36.93 H/s
[2017-04-05 18:23:30] CPU #5: 2264 H, 38.01 H/s
[2017-04-05 18:23:31] CPU #7: 2264 H, 37.51 H/s
[2017-04-05 18:23:33] CPU #0: 2188 H, 37.96 H/s
[2017-04-05 18:23:36] CPU #6: 2323 H, 36.04 H/s
[2017-04-05 18:23:49] CPU #2: 2263 H, 38.00 H/s
[2017-04-05 18:23:50] CPU #2: 22 H, 36.75 H/s
[2017-04-05 18:23:50] Accepted 6/6 (100%), 14.18 kH, 294.81 H/s
[2017-04-05 18:24:05] CPU #4: 1906 H, 37.74 H/s
[2017-04-05 18:24:05] CPU #6: 1010 H, 34.91 H/s
[2017-04-05 18:24:05] CPU #5: 1304 H, 37.84 H/s
[2017-04-05 18:24:05] CPU #1: 1667 H, 38.40 H/s
[2017-04-05 18:24:05] CPU #3: 1805 H, 35.54 H/s
[2017-04-05 18:24:05] CPU #7: 1293 H, 37.78 H/s
[2017-04-05 18:24:05] CPU #0: 1061 H, 33.70 H/s
[2017-04-05 18:24:05] CPU #2: 567 H, 37.20 H/s
[2017-04-05 18:24:59] CPU #3: 2134 H, 39.53 H/s
[2017-04-05 18:25:03] CPU #2: 2234 H, 38.20 H/s
[2017-04-05 18:25:04] CPU #4: 2266 H, 38.20 H/s
[2017-04-05 18:25:04] CPU #7: 2268 H, 38.20 H/s
[2017-04-05 18:25:04] CPU #5: 2272 H, 38.20 H/s
[2017-04-05 18:25:05] CPU #1: 2306 H, 38.62 H/s
[2017-04-05 18:25:05] CPU #6: 2096 H, 34.82 H/s
[2017-04-05 18:25:06] CPU #0: 2024 H, 33.28 H/s
[2017-04-05 18:25:56] CPU #5: 1977 H, 38.22 H/s
[2017-04-05 18:25:56] Accepted 7/7 (100%), 17.31 kH, 299.06 H/s
[2017-04-05 18:26:00] CPU #6: 2091 H, 38.06 H/s
[2017-04-05 18:26:01] CPU #0: 1998 H, 36.25 H/s
[2017-04-05 18:26:01] CPU #3: 2373 H, 38.17 H/s
[2017-04-05 18:26:04] CPU #2: 2294 H, 38.11 H/s
[2017-04-05 18:26:04] CPU #7: 2293 H, 38.20 H/s
[2017-04-05 18:26:04] CPU #4: 2294 H, 38.09 H/s
[2017-04-05 18:26:12] CPU #1: 2318 H, 34.30 H/s
 ----- 0xF0F0 -----

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Mar 31 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2 AES
Start mining with SSE2 AES

[2017-04-05 18:26:41] Binding process to cpu mask f0f0
[2017-04-05 18:26:41] Starting Stratum on stratum+tcp://xmr-usa.dwarfpool.com:8005
[2017-04-05 18:26:41] Binding thread 0 to cpu mask f0f0
[2017-04-05 18:26:41] Binding thread 1 to cpu mask f0f0
[2017-04-05 18:26:41] 8 miner threads started, using 'cryptonight' algorithm.
[2017-04-05 18:26:41] Binding thread 6 to cpu mask f0f0
[2017-04-05 18:26:41] Binding thread 3 to cpu mask f0f0
[2017-04-05 18:26:41] Binding thread 5 to cpu mask f0f0
[2017-04-05 18:26:41] Binding thread 2 to cpu mask f0f0
[2017-04-05 18:26:41] Binding thread 7 to cpu mask f0f0
[2017-04-05 18:26:41] Binding thread 4 to cpu mask f0f0
[2017-04-05 18:26:41] Auth id: 750266114971600
[2017-04-05 18:26:41] Stratum difficulty set to 10000
[2017-04-05 18:26:44] CPU #2: 66 H, 37.92 H/s
[2017-04-05 18:26:44] CPU #0: 66 H, 37.56 H/s
[2017-04-05 18:26:44] CPU #7: 66 H, 37.48 H/s
[2017-04-05 18:26:44] CPU #3: 66 H, 37.39 H/s
[2017-04-05 18:26:44] CPU #6: 66 H, 37.10 H/s
[2017-04-05 18:26:44] CPU #4: 66 H, 37.09 H/s
[2017-04-05 18:26:44] CPU #5: 66 H, 35.52 H/s
[2017-04-05 18:26:44] CPU #1: 66 H, 35.42 H/s
[2017-04-05 18:27:32] CPU #5: 1733 H, 35.63 H/s
[2017-04-05 18:27:32] Accepted 1/1 (100%), 2195 H, 295.60 H/s
[2017-04-05 18:27:43] CPU #3: 2245 H, 37.98 H/s
[2017-04-05 18:27:43] CPU #7: 2250 H, 37.99 H/s
[2017-04-05 18:27:43] CPU #0: 2255 H, 37.98 H/s
[2017-04-05 18:27:43] CPU #4: 2227 H, 37.33 H/s
[2017-04-05 18:27:43] CPU #6: 2227 H, 37.30 H/s
[2017-04-05 18:27:43] CPU #1: 2127 H, 35.62 H/s
[2017-04-05 18:27:43] CPU #2: 2277 H, 38.00 H/s
[2017-04-05 18:27:47] CPU #2: 126 H, 37.82 H/s
[2017-04-05 18:27:47] Accepted 2/2 (100%), 15.19 kH, 297.64 H/s
[2017-04-05 18:28:31] CPU #4: 1787 H, 37.62 H/s
[2017-04-05 18:28:31] CPU #0: 1807 H, 37.80 H/s
[2017-04-05 18:28:31] CPU #1: 1747 H, 36.87 H/s
[2017-04-05 18:28:31] CPU #3: 1817 H, 37.80 H/s
[2017-04-05 18:28:31] CPU #7: 1813 H, 37.80 H/s
[2017-04-05 18:28:31] CPU #2: 1662 H, 37.80 H/s
[2017-04-05 18:28:31] CPU #5: 2087 H, 35.70 H/s
[2017-04-05 18:28:31] CPU #6: 1701 H, 35.83 H/s
[2017-04-05 18:28:40] CPU #3: 338 H, 37.67 H/s
[2017-04-05 18:28:40] Accepted 3/3 (100%), 12.94 kH, 297.09 H/s
[2017-04-05 18:29:00] CPU #1: 1035 H, 35.97 H/s
[2017-04-05 18:29:00] Accepted 4/4 (100%), 12.23 kH, 296.18 H/s
[2017-04-05 18:29:05] CPU #6: 1249 H, 36.62 H/s
[2017-04-05 18:29:05] Accepted 5/5 (100%), 11.78 kH, 296.98 H/s
[2017-04-05 18:29:13] CPU #4: 1589 H, 37.39 H/s
[2017-04-05 18:29:13] Accepted 6/6 (100%), 11.58 kH, 296.74 H/s
[2017-04-05 18:29:31] CPU #2: 2270 H, 37.87 H/s
[2017-04-05 18:29:31] CPU #0: 2269 H, 37.83 H/s
[2017-04-05 18:29:31] CPU #7: 2269 H, 37.82 H/s
[2017-04-05 18:29:31] CPU #5: 2143 H, 35.55 H/s
[2017-04-05 18:29:39] CPU #3: 2262 H, 37.87 H/s
[2017-04-05 18:29:43] CPU #1: 1555 H, 35.87 H/s
[2017-04-05 18:29:43] Accepted 7/7 (100%), 15.61 kH, 296.82 H/s
[2017-04-05 18:29:50] CPU #3: 399 H, 37.97 H/s
[2017-04-05 18:29:50] Accepted 8/8 (100%), 13.74 kH, 296.92 H/s
[2017-04-05 18:30:01] CPU #7: 1156 H, 37.98 H/s
[2017-04-05 18:30:01] CPU #1: 650 H, 35.50 H/s
[2017-04-05 18:30:01] CPU #6: 2086 H, 37.05 H/s
[2017-04-05 18:30:01] CPU #3: 427 H, 38.06 H/s
[2017-04-05 18:30:01] CPU #4: 1790 H, 37.35 H/s
[2017-04-05 18:30:01] CPU #0: 1157 H, 37.98 H/s
[2017-04-05 18:30:01] CPU #2: 1158 H, 37.98 H/s
[2017-04-05 18:30:01] CPU #5: 1071 H, 35.51 H/s
[2017-04-05 18:30:02] CPU #2: 20 H, 37.81 H/s
[2017-04-05 18:30:02] Accepted 9/9 (100%), 8357 H, 297.23 H/s
[2017-04-05 18:30:40] CPU #3: 1339 H, 34.22 H/s
[2017-04-05 18:30:40] Accepted 10/10 (100%), 9269 H, 293.39 H/s
[2017-04-05 18:30:52] CPU #7: 1781 H, 34.97 H/s
[2017-04-05 18:30:52] Accepted 11/11 (100%), 9894 H, 290.38 H/s
[2017-04-05 18:31:04] CPU #5: 2132 H, 33.73 H/s
[2017-04-05 18:31:05] CPU #1: 2132 H, 33.60 H/s
[2017-04-05 18:31:05] CPU #4: 2243 H, 34.98 H/s
[2017-04-05 18:31:05] CPU #0: 2280 H, 35.54 H/s
[2017-04-05 18:31:05] CPU #2: 2270 H, 35.63 H/s
[2017-04-05 18:31:06] CPU #6: 2224 H, 34.25 H/s
[2017-04-05 18:31:35] CPU #3: 2055 H, 37.80 H/s
[2017-04-05 18:31:39] CPU #6: 1220 H, 37.37 H/s
[2017-04-05 18:31:39] Accepted 12/12 (100%), 16.11 kH, 283.61 H/s
 ----- 0x5555 -----

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Mar 31 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2 AES
Start mining with SSE2 AES

[2017-04-05 18:31:41] Binding process to cpu mask 5555
[2017-04-05 18:31:41] Starting Stratum on stratum+tcp://xmr-usa.dwarfpool.com:8005
[2017-04-05 18:31:41] Binding thread 0 to cpu mask 5555
[2017-04-05 18:31:41] Binding thread 4 to cpu mask 5555
[2017-04-05 18:31:41] Binding thread 5 to cpu mask 5555
[2017-04-05 18:31:41] 8 miner threads started, using 'cryptonight' algorithm.
[2017-04-05 18:31:41] Binding thread 3 to cpu mask 5555
[2017-04-05 18:31:41] Binding thread 7 to cpu mask 5555
[2017-04-05 18:31:41] Binding thread 2 to cpu mask 5555
[2017-04-05 18:31:41] Binding thread 6 to cpu mask 5555
[2017-04-05 18:31:41] Binding thread 1 to cpu mask 5555
[2017-04-05 18:31:41] Auth id: 714213534840382
[2017-04-05 18:31:41] Stratum difficulty set to 10000
[2017-04-05 18:31:43] CPU #0: 66 H, 51.93 H/s
[2017-04-05 18:31:43] CPU #1: 66 H, 51.85 H/s
[2017-04-05 18:31:43] CPU #7: 66 H, 51.56 H/s
[2017-04-05 18:31:43] CPU #6: 66 H, 51.38 H/s
[2017-04-05 18:31:43] CPU #2: 66 H, 51.24 H/s
[2017-04-05 18:31:43] CPU #5: 66 H, 50.73 H/s
[2017-04-05 18:31:43] CPU #3: 66 H, 50.61 H/s
[2017-04-05 18:31:43] CPU #4: 66 H, 46.42 H/s
[2017-04-05 18:31:56] CPU #6: 651 H, 51.57 H/s
[2017-04-05 18:31:56] CPU #4: 576 H, 46.13 H/s
[2017-04-05 18:31:56] CPU #2: 643 H, 50.94 H/s
[2017-04-05 18:31:56] CPU #1: 651 H, 51.51 H/s
[2017-04-05 18:31:56] CPU #5: 640 H, 50.74 H/s
[2017-04-05 18:31:56] CPU #7: 650 H, 51.44 H/s
[2017-04-05 18:31:56] CPU #3: 643 H, 50.98 H/s
[2017-04-05 18:31:56] CPU #0: 652 H, 51.56 H/s
[2017-04-05 18:32:10] CPU #0: 751 H, 51.56 H/s
[2017-04-05 18:32:10] Accepted 1/1 (100%), 5205 H, 404.86 H/s
[2017-04-05 18:32:40] CPU #1: 2279 H, 51.56 H/s
[2017-04-05 18:32:40] Accepted 2/2 (100%), 6833 H, 404.92 H/s
[2017-04-05 18:32:56] CPU #7: 3088 H, 51.56 H/s
[2017-04-05 18:32:56] CPU #3: 3060 H, 50.98 H/s
[2017-04-05 18:32:56] CPU #2: 3058 H, 50.94 H/s
[2017-04-05 18:32:56] CPU #5: 3046 H, 50.72 H/s
[2017-04-05 18:32:56] CPU #6: 3096 H, 51.54 H/s
[2017-04-05 18:32:56] CPU #4: 2769 H, 46.00 H/s
[2017-04-05 18:33:10] CPU #0: 3095 H, 51.62 H/s
[2017-04-05 18:33:15] CPU #3: 963 H, 51.03 H/s
[2017-04-05 18:33:15] CPU #4: 862 H, 46.07 H/s
[2017-04-05 18:33:15] CPU #5: 955 H, 50.69 H/s
[2017-04-05 18:33:15] CPU #2: 963 H, 51.03 H/s
[2017-04-05 18:33:15] CPU #7: 980 H, 51.55 H/s
[2017-04-05 18:33:15] CPU #0: 225 H, 51.39 H/s
[2017-04-05 18:33:15] CPU #6: 971 H, 51.52 H/s
[2017-04-05 18:33:15] CPU #1: 1793 H, 51.65 H/s
[2017-04-05 18:33:18] CPU #6: 163 H, 51.82 H/s
[2017-04-05 18:33:18] Accepted 3/3 (100%), 6904 H, 405.21 H/s
[2017-04-05 18:33:19] CPU #0: 215 H, 51.42 H/s
[2017-04-05 18:33:19] Accepted 4/4 (100%), 6894 H, 405.24 H/s
[2017-04-05 18:34:15] CPU #5: 3043 H, 50.62 H/s
[2017-04-05 18:34:15] CPU #7: 3094 H, 51.43 H/s
[2017-04-05 18:34:15] CPU #3: 3063 H, 50.89 H/s
[2017-04-05 18:34:15] CPU #1: 3100 H, 51.50 H/s
[2017-04-05 18:34:15] CPU #2: 3063 H, 50.84 H/s
[2017-04-05 18:34:15] CPU #4: 2766 H, 45.87 H/s
[2017-04-05 18:34:18] CPU #6: 3111 H, 51.44 H/s
[2017-04-05 18:34:19] CPU #0: 3087 H, 51.51 H/s
[2017-04-05 18:34:24] CPU #5: 477 H, 50.82 H/s
[2017-04-05 18:34:24] Accepted 5/5 (100%), 21.76 kH, 404.30 H/s
[2017-04-05 18:34:29] CPU #5: 235 H, 50.85 H/s
[2017-04-05 18:34:29] Accepted 6/6 (100%), 21.52 kH, 404.33 H/s
[2017-04-05 18:34:41] CPU #5: 639 H, 50.75 H/s
[2017-04-05 18:34:41] Accepted 7/7 (100%), 21.92 kH, 404.23 H/s
[2017-04-05 18:34:57] CPU #5: 798 H, 50.83 H/s
[2017-04-05 18:34:57] Accepted 8/8 (100%), 22.08 kH, 404.30 H/s
[2017-04-05 18:35:10] CPU #2: 2832 H, 50.96 H/s
[2017-04-05 18:35:10] Accepted 9/9 (100%), 21.85 kH, 404.43 H/s
[2017-04-05 18:35:15] CPU #3: 3055 H, 51.04 H/s
[2017-04-05 18:35:15] CPU #4: 2754 H, 46.04 H/s
[2017-04-05 18:35:15] CPU #7: 3088 H, 51.45 H/s
[2017-04-05 18:35:15] CPU #1: 3091 H, 51.53 H/s
[2017-04-05 18:35:18] CPU #6: 3088 H, 51.60 H/s
[2017-04-05 18:35:19] CPU #0: 3092 H, 51.53 H/s
[2017-04-05 18:35:37] CPU #1: 1147 H, 51.62 H/s
[2017-04-05 18:35:37] Accepted 10/10 (100%), 19.85 kH, 405.06 H/s
[2017-04-05 18:35:53] CPU #7: 1953 H, 51.56 H/s
[2017-04-05 18:35:53] CPU #3: 1937 H, 50.94 H/s
[2017-04-05 18:35:53] CPU #0: 1751 H, 51.59 H/s
[2017-04-05 18:35:53] CPU #1: 807 H, 51.56 H/s
[2017-04-05 18:35:53] CPU #4: 1751 H, 46.13 H/s
[2017-04-05 18:35:53] CPU #6: 1784 H, 51.59 H/s
[2017-04-05 18:35:53] CPU #2: 2154 H, 50.99 H/s
[2017-04-05 18:35:53] CPU #5: 2824 H, 50.74 H/s
[2017-04-05 18:35:54] CPU #6: 81 H, 51.88 H/s
[2017-04-05 18:35:54] Accepted 11/11 (100%), 13.26 kH, 405.40 H/s
[2017-04-05 18:36:08] CPU #6: 682 H, 50.78 H/s
[2017-04-05 18:36:08] Accepted 12/12 (100%), 13.86 kH, 404.29 H/s
[2017-04-05 18:36:31] CPU #5: 1879 H, 49.21 H/s
[2017-04-05 18:36:31] Accepted 13/13 (100%), 12.91 kH, 402.76 H/s
[2017-04-05 18:36:31] CPU #2: 1914 H, 49.67 H/s
[2017-04-05 18:36:31] Accepted 14/14 (100%), 12.67 kH, 401.43 H/s
[2017-04-05 18:36:35] CPU #3: 2063 H, 48.89 H/s
[2017-04-05 18:36:35] Accepted 15/15 (100%), 12.80 kH, 399.38 H/s
 ----- 0xAAAA -----

         **********  cpuminer-opt 3.6.1  *********** 
     A CPU miner with multi algo support and optimized for CPUs
     with AES_NI and AVX extensions.
     BTC donation address: 12tdvfF7KmAsihBXQXynT6E6th2c2pByTT
     Forked from TPruvot's cpuminer-multi with credits
     to Lucas Jones, elmad, palmd, djm34, pooler, ig0tik3d,
     Wolf0, Jeff Garzik and Optiminer.

CPU: AMD Ryzen 7 1800X Eight-Core Processor         
CPU features: SSE2 AES AVX AVX2 SHA
SW built on Mar 31 2017 with GCC 4.8.3
SW features: SSE2 AES AVX AVX2
Algo features: SSE2 AES
Start mining with SSE2 AES

[2017-04-05 18:36:41] Binding process to cpu mask aaaa
[2017-04-05 18:36:41] Starting Stratum on stratum+tcp://xmr-usa.dwarfpool.com:8005
[2017-04-05 18:36:41] Binding thread 0 to cpu mask aaaa
[2017-04-05 18:36:41] Binding thread 3 to cpu mask aaaa
[2017-04-05 18:36:41] Binding thread 4 to cpu mask aaaa
[2017-04-05 18:36:41] Binding thread 1 to cpu mask aaaa
[2017-04-05 18:36:41] 8 miner threads started, using 'cryptonight' algorithm.
[2017-04-05 18:36:41] Binding thread 2 to cpu mask aaaa
[2017-04-05 18:36:41] Binding thread 5 to cpu mask aaaa
[2017-04-05 18:36:41] Binding thread 6 to cpu mask aaaa
[2017-04-05 18:36:41] Binding thread 7 to cpu mask aaaa
[2017-04-05 18:36:41] Auth id: 586353101953864
[2017-04-05 18:36:41] Stratum difficulty set to 10000
[2017-04-05 18:36:43] CPU #2: 66 H, 51.56 H/s
[2017-04-05 18:36:43] CPU #4: 66 H, 51.54 H/s
[2017-04-05 18:36:43] CPU #3: 66 H, 51.14 H/s
[2017-04-05 18:36:43] CPU #1: 66 H, 50.55 H/s
[2017-04-05 18:36:43] CPU #0: 66 H, 50.55 H/s
[2017-04-05 18:36:43] CPU #7: 66 H, 50.03 H/s
[2017-04-05 18:36:43] CPU #6: 66 H, 49.10 H/s
[2017-04-05 18:36:43] CPU #5: 66 H, 47.25 H/s
[2017-04-05 18:36:47] CPU #4: 214 H, 52.14 H/s
[2017-04-05 18:36:47] Accepted 1/1 (100%), 676 H, 402.31 H/s
[2017-04-05 18:37:02] CPU #0: 967 H, 50.67 H/s
[2017-04-05 18:37:02] Accepted 2/2 (100%), 1577 H, 402.43 H/s
[2017-04-05 18:37:42] CPU #1: 3034 H, 51.89 H/s
[2017-04-05 18:37:42] CPU #3: 3070 H, 52.06 H/s
[2017-04-05 18:37:42] CPU #6: 2947 H, 50.00 H/s
[2017-04-05 18:37:43] CPU #2: 3095 H, 52.08 H/s
[2017-04-05 18:37:43] CPU #5: 2837 H, 47.82 H/s
[2017-04-05 18:37:43] CPU #7: 3003 H, 50.53 H/s
[2017-04-05 18:37:47] CPU #4: 3130 H, 52.15 H/s
[2017-04-05 18:38:02] CPU #0: 3029 H, 50.70 H/s
[2017-04-05 18:38:02] Accepted 3/3 (100%), 24.15 kH, 407.23 H/s
[2017-04-05 18:38:42] CPU #1: 3115 H, 52.00 H/s
[2017-04-05 18:38:42] CPU #3: 3125 H, 52.14 H/s
[2017-04-05 18:38:42] CPU #6: 3001 H, 50.08 H/s
[2017-04-05 18:38:42] CPU #2: 3126 H, 52.21 H/s
[2017-04-05 18:38:43] CPU #5: 2871 H, 47.87 H/s
[2017-04-05 18:38:43] CPU #7: 3033 H, 50.55 H/s
[2017-04-05 18:38:47] CPU #4: 3130 H, 52.24 H/s
[2017-04-05 18:38:53] CPU #0: 2586 H, 50.78 H/s
[2017-04-05 18:38:53] Accepted 4/4 (100%), 23.99 kH, 407.88 H/s
[2017-04-05 18:39:06] CPU #6: 1197 H, 50.25 H/s
[2017-04-05 18:39:06] Accepted 5/5 (100%), 22.18 kH, 408.05 H/s
[2017-04-05 18:39:37] CPU #1: 2853 H, 51.82 H/s
[2017-04-05 18:39:37] Accepted 6/6 (100%), 21.92 kH, 407.87 H/s
[2017-04-05 18:39:42] CPU #3: 3130 H, 52.02 H/s
[2017-04-05 18:39:43] CPU #7: 3035 H, 50.64 H/s
[2017-04-05 18:39:43] CPU #5: 2873 H, 47.87 H/s
[2017-04-05 18:39:43] CPU #2: 3134 H, 52.10 H/s
[2017-04-05 18:39:47] CPU #4: 3136 H, 52.14 H/s
[2017-04-05 18:39:48] CPU #0: 2778 H, 50.67 H/s
[2017-04-05 18:39:48] Accepted 7/7 (100%), 22.14 kH, 407.50 H/s
[2017-04-05 18:39:49] CPU #7: 315 H, 50.55 H/s
[2017-04-05 18:39:49] Accepted 8/8 (100%), 19.42 kH, 407.41 H/s
[2017-04-05 18:39:50] CPU #2: 395 H, 52.15 H/s
[2017-04-05 18:39:50] Accepted 9/9 (100%), 16.68 kH, 407.46 H/s
[2017-04-05 18:40:06] CPU #6: 3017 H, 49.96 H/s
[2017-04-05 18:40:07] CPU #4: 1032 H, 52.42 H/s
[2017-04-05 18:40:07] Accepted 10/10 (100%), 16.39 kH, 407.45 H/s
[2017-04-05 18:40:12] CPU #3: 1542 H, 52.38 H/s
[2017-04-05 18:40:12] Accepted 11/11 (100%), 14.81 kH, 407.81 H/s
[2017-04-05 18:40:12] CPU #4: 276 H, 52.51 H/s
[2017-04-05 18:40:12] Accepted 12/12 (100%), 14.05 kH, 407.90 H/s
[2017-04-05 18:40:33] CPU #5: 2397 H, 47.49 H/s
[2017-04-05 18:40:33] Accepted 13/13 (100%), 13.57 kH, 407.52 H/s
[2017-04-05 18:40:36] CPU #1: 3111 H, 52.17 H/s
[2017-04-05 18:40:45] CPU #0: 2906 H, 50.53 H/s
[2017-04-05 18:40:45] Accepted 14/14 (100%), 13.96 kH, 407.73 H/s
[2017-04-05 18:40:49] CPU #7: 3034 H, 50.45 H/s
[2017-04-05 18:40:50] CPU #2: 3130 H, 52.41 H/s
[2017-04-05 18:40:57] CPU #7: 425 H, 50.50 H/s
[2017-04-05 18:40:57] Accepted 15/15 (100%), 16.80 kH, 407.94 H/s
[2017-04-05 18:41:06] CPU #6: 2999 H, 49.98 H/s
[2017-04-05 18:41:12] CPU #3: 3144 H, 52.25 H/s
[2017-04-05 18:41:12] CPU #4: 3152 H, 52.42 H/s
[2017-04-05 18:41:33] CPU #5: 2851 H, 47.76 H/s
[2017-04-05 18:41:37] CPU #1: 3132 H, 51.99 H/s
[2017-04-05 18:41:38] CPU #0: 2660 H, 50.67 H/s
[2017-04-05 18:41:38] Accepted 16/16 (100%), 21.49 kH, 407.98 H/s
16  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 05, 2017, 03:12:58 PM
0x5555 (0xAAAA is better though because then it leaves logical core 0 unloaded and available leading to better system stability. I haven't seen a performance penalty)
17  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 05, 2017, 02:50:50 PM
onedeveloper,

giaggio was running hexxcoin, a lyra2z330 algo. I don't know what the performance is or how it uses the cache for that algo. I was planning on testing lyra2z330 tonight.

Widows is supposed to manage threads by CCX and then by core. It definitely manages them by CCX and I'm not sure about core because I've always set an affinity mask. I've been trying to tell you how it manages affinities by CCX and core but you've been too busy telling me I'm getting it wrong.

ZenFr,

Happy to help! Also, the tool at https://www.paulhempshall.com/io/cpuminer-affinity-setter/ works great and outputs in decimal format.
18  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 05, 2017, 01:06:37 PM
Quote from: ZenFr on April 05, 2017, 12:19:31 PM
Quote from: joblo on April 05, 2017, 12:06:15 PM
Quote from: onedeveloper on April 05, 2017, 07:47:06 AM
You can also use 0x0F0F or other combinations, providing there are only 4 CPUs (bits) active on first two digits and 4 on second.

I hope all is clear now  Roll Eyes


Almost. Won't a mask of 0xf0f0 result in 4 idle cores and 4 cores with 2 threads each. Don't you want one thread
per physical core?
What are the masks to have only one thread per physical core (2 cores/4 threads CPUs (Core i3/i5) nd 4 cores/8 thread CPUs (Core i7)) ?

ZenFr,
2C/4T 0xA or 0x5
4C/8T 0xAA or 0x55

edit: onedeveloper, I was mis-remembering the L3 cache structure on the Ryzen, it's a unified 8mb victim cache per CCX not 2mb L3 victim cache per core. Still, there is a cache bandwidth issue and the nature of the victim cache means that if 8mb per CCX is reached then it starts moving data to the other CCX or if it is full as well it moves to system ram. If you mask 0x5 on Ryzen you mask the process to logical processor 0 and 2, core 1 and 2 of CCX 1. If you mask 0xA on Ryzen you mask the process to logical processor 1 and 3, core 1 and 2 of CCX 1.
19  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 05, 2017, 03:07:11 AM
Quote from: joblo on April 05, 2017, 02:06:47 AM
A mask of 0x54 doesn't seem to make sense, it's not symetric.
That mask is logical processors 2,4 and 6. 00101010

I don't load the first core for testing until I reach four threads and since this is cryptonight I was increasing it one thread at a time to find out where the L3 cache saturated.

I think the cryptographic functions in Ryzen are shared in each core so even though Simultaneous MultiThreading would allow two threads to execute on a core they get bottlenecked waiting for a thread to finish it's hash. I think it's most efficient to only put one thread on each core instead of loading every logical processor.

I'd be very interested in having the thread count to match the number of processors in the mask and to automatically assign each thread to it's own processor. Call it Ryzen mode!
20  Alternate cryptocurrencies / Mining (Altcoins) / Re: [ANN]: cpuminer-opt v3.6.1, open source optimized multi-algo CPU miner on: April 04, 2017, 08:22:17 PM
Quote from: joblo on April 04, 2017, 05:53:22 PM
I retested v3.5.9.1 using the Windows AVX2 binary on Win 8.1 at suprnova groestlcoin and it works.
I can't explain your rejects.

I tried running it on my X5687 with -a dmd-gr (and -a groestl) and get the same issues with 3.6.1 and 3.5.9.1 (aes-sse42). Perhaps it's something dmd-gr related. I know it's the same algo but there has to be something that causes the (reject reason: low difficulty share of 1.3270640174699655e-7) error.

I'll have some sha256t and deepcoin results on my R7 in a bit.

edit: I'm solo mining dmd-gr and I'll let it run for a few days on the X5687.
edit2: It works fine pool mining GRS. Definitely something DMD related.
edit3: Ryzen R7 1800X @ 3.8 2993 DDR4
  • Deep algo pool: aes-sse42 ~533 kH/s/core, aes-avx ~543 kH/s/core, aes-avx2 ~492 kH/s/core
  • sha256t algo pool:  aes-sse42 ~1333 kH/s/core, aes-avx ~1353 kH/s/core, aes-avx2 ~1639 kH/s/core (all rejected due to low difficulty)
  • groestl algo pool 3.6.1: aes-sse42 ~751 kH/s/core, aes-avx ~848 kH/s/core, aes-avx2 ~851 kH/s/core (all rejected due to low difficulty)
  • groestl algo pool 3.5.9.1: aes-sse42 ~656 kH/s/core, aes-avx ~724 kH/s/core, aes-avx2 ~731 kH/s/core (all accepted)
  • dmd-gr algo pool 3.6.1: aes-sse42 ~751 kH/s/core, aes-avx ~848 kH/s/core, aes-avx2 ~851 kH/s/core (all rejected due to low difficulty)
  • dmd-gr algo pool 3.5.9.1: aes-sse42 ~655 kH/s/core, aes-avx ~724 kH/s/core, aes-avx2 ~731 kH/s/core (all rejected due to low difficulty)
edit4: It looks like thread binding goes to the processor mask instead of to an physical core. The windows scheduler is probably moving the threads:
Code:
[2017-04-04 18:27:47] Binding process to cpu mask 54
[2017-04-04 18:27:47] Starting Stratum on stratum+tcp://xmr-usa.dwarfpool.com:8005
[2017-04-04 18:27:47] 3 miner threads started, using 'cryptonight' algorithm.
[2017-04-04 18:27:47] Binding thread 2 to cpu mask 54
[2017-04-04 18:27:47] Binding thread 1 to cpu mask 54
[2017-04-04 18:27:47] Binding thread 0 to cpu mask 54
Running an instance on one physical core (one thread) ~60 H/s/thread
Running an instance on three physical cores (same CCX) (three threads) ~52 H/s/thread
I'm going to try to run and instance across both CCX and see if worse performance results.
edit5: Running an instance on four physical cores (2Cx2 CCX) (four threads) ~53 H/s/thread
Running an instance on six physical cores (3Cx2 CCX) (four threads) ~60 H/s/thread
Running an instance on six physical cores (3Cx2 CCX) (six threads) ~55 H/s/thread
Running an instance on eight physical cores (4Cx2 CCX) (six threads) ~57 H/s/thread
Running an instance on eight physical cores (4Cx2 CCX) (eight threads) ~49 H/s/thread
Additionally, I could see the scheduler moving the threads when more cores than threads were assigned. Unsurprisingly, the scheduler kept a thread off of core 0 even when it was allowed in the processor mask. I think the cross-core cache bandwidth gets filled up at some point (also, once I hit 4 threads/CCX the L3 cache was probably stuffed and sending data to RAM. The hashrate got as low as 38.84 H/s on one thread at a point, possibly indicating exceeding the cache size or the data being on the other CCX due to the design of Ryzen's victim cache).
Perhaps assigning the threads on the cryptonight algorithm to a physical processor would help alleviate some of the architectural limitations. I'm done with cryptonight for tonight.
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