# Imported from Wycheproof's primality_test.json.
# This file is generated by convert_wycheproof.go. Do not edit by hand.
#
# Algorithm: PrimalityTest
# Generator version: 0.8rc17


# tcId = 1
# small non prime integer
result = invalid
value = ff

# tcId = 2
# small non prime integer
result = invalid
value = 00

# tcId = 3
# small non prime integer
result = invalid
value = 01

# tcId = 4
# Non-prime Mersenne number that is pseudoprime to base 2
result = invalid
value = 07ffffffffffffffff

# tcId = 5
# Non-prime Mersenne number that is pseudoprime to base 2
result = invalid
value = 7fffffffffffffffff

# tcId = 6
# Non-prime Fermat number
result = invalid
value = 0100000000000000000000000000000001

# tcId = 7
# Non-prime Fermat number
result = invalid
value = 010000000000000000000000000000000000000000000000000000000000000001

# tcId = 8
# Non-prime Fermat number
result = invalid
value = 0100000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000001

# tcId = 9
# pseudoprime square derived from Wiefrich prime
result = invalid
value = 123a99

# tcId = 10
# pseudoprime square derived from Wiefrich prime
result = invalid
value = 00bc18d1

# tcId = 11
# square
result = invalid
value = 04

# tcId = 12
# square
result = invalid
value = 09

# tcId = 13
# square
result = invalid
value = 010201

# tcId = 14
# square
result = invalid
value = 0f2ad9

# tcId = 15
# G. Jaeschke: "On strong pseudoprimes to several bases", Math o. comp. v.61, p
# 915-926
result = invalid
value = 01f51f3fee3b

# tcId = 16
# G. Jaeschke: "On strong pseudoprimes to several bases", Math o. comp. v.61, p
# 915-926
result = invalid
value = 032907381cdf

# tcId = 17
# G. Jaeschke: "On strong pseudoprimes to several bases", Math o. comp. v.61, p
# 915-926
result = invalid
value = 0136a352b2c8c1

# tcId = 18
# G. Jaeschke: "On strong pseudoprimes to several bases", Math o. comp. v.61, p
# 915-926
result = invalid
value = 023c3db80e80e53bd1

# tcId = 19
# G. Jaeschke: "On strong pseudoprimes to several bases", Math o. comp. v.61, p
# 915-926
result = invalid
value = 0504e8e504fd585e79193ca1

# tcId = 20
# G. Jaeschke: "On strong pseudoprimes to several bases", Math o. comp. v.61, p
# 915-926
result = invalid
value = 00b7d84161830e3f6f2231a7a1

# tcId = 21
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 4c6092d9a7a5462b34e5

# tcId = 22
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 22c9a603ee84bb9c4cad

# tcId = 23
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 437ae92817f9fc85b7e5

# tcId = 24
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 0190e262098f0d746505

# tcId = 25
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 027a5f7ca7b29ee74d5525

# tcId = 26
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 008d60a89f3f36cb1fd495

# tcId = 27
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 02be6951adc5b22410a5fd

# tcId = 28
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 0292a0068ebb0ed3251f55

# tcId = 29
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 750b703e68cb957ab415

# tcId = 30
# A strong pseudoprimes to 12 or more bases from
# https://arxiv.org/pdf/1509.00864v1.pdf
result = invalid
value = 02d0facc78aeeb89f5b299

# tcId = 31
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Maple
result = invalid
value = 09bdc1c98b9b

# tcId = 32
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Maple
result = invalid
value = 0ffb48c934842b

# tcId = 33
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Maple
result = invalid
value = 18444fdb12afb7

# tcId = 34
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Mathematica 2.0
result = invalid
value = 08e4f37e51

# tcId = 35
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Mathematica 2.0
result = invalid
value = 179d55b600e7f1

# tcId = 36
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Axioms primality test
result = invalid
value = 085270bd76a142abc3037d1aab3b

# tcId = 37
# Richard G.E. Pinch, "Some primality testing algorithms" a counter example for
# Axioms primality test
result = invalid
value = 02cb78fe3f36c4f5f05dbe92b82798d5fc18f2bfaaa388ef

# tcId = 38
# A composite q that was acceptied by Gnu Crypto.
# http://www.iacr.org/archive/pkc2005/33860010/33860010.pdf
result = invalid
value = 4682f52f0b54308d315b2fbec25065506c77be95912b137bc6eecffad8a299b631c55ce068702b1b3e4ce50958994c289b148fb298a8c603a0959cb0ba5ad4bcba278cf4c87e0ff85a62a25c40849662c53d0f81cf9e4431d8c391586629260e558db473997db20108278b1ae374089140d93bc2c5a808ad3aaf212f60bfc93cc0c788149dcd82f7ab

# tcId = 39
# Worst case for Miller-Rabin test
result = invalid
value = 00f67307e54779cfe9120bf862afc5466c5d6d0783d12df5215c0c981c51e4bfc098e9afd574f51b18c820259b692ec0bf7c9d6e56e9bb99fbd3b7ecc4082146a9d7a5b7bc6519d476c4a9975d9c3e3b12bee45b7accb07a6a68ea583ac2523ef32ee6d01bc766b59c43031f9c6980c9b4317da6825be9f7c5db03283d04c13323
flags = WorstCaseMillerRabin

# tcId = 40
# Worst case for Miller-Rabin test
result = invalid
value = 00c1d00b32d63e3ea4fb69ab6b9dee40a17fada46c122e52a53fecd3fe613303f51c07871dc0b5d8d8c1705b484de6bdb7f442efecd7d9f59dc36e495f72905c7619bc4d3706283774e704a3adad7d6c1be42ddeffc2ca5b1c0e31b58ed606f16dc14676e60ecff42ae33e503621e232ba449e91e3a9909e80a8318610aea3b7cf
flags = WorstCaseMillerRabin

# tcId = 41
# Worst case for Miller-Rabin test
result = invalid
value = 01c2faadef91d43c9ab1320020e08e2ec3c34012bd0db94a1175170dc5aec26897e867d0b7a7273119fbe1115f02875b522566016f69f319ad5485e7458fcf50205d22ba765cc586a6037be987b6832c46227df19cd8ce0641794b60b73fbdd3c104870ae9bdf0194e772c985536e860b90b7fa3eb205af6b224413f5813836abb
flags = WorstCaseMillerRabin

# tcId = 42
# Worst case for Miller-Rabin test
result = invalid
value = 0109fddd44575367466c67aaa921047b367515c9aa579eb60728034ad2d56f10eb01cfadb3ba0abde99f348bc3c70559bc24551b85937ca4c886abc0826cc1c310f14393652c1b4994953881bd2d81de0f2a280839829543f429bc41bf3c6db120bb150173e2707f36d1f76318249851f4fedc39e36aaaca48686de03e6d256973
flags = WorstCaseMillerRabin

# tcId = 43
# Worst case for Miller-Rabin test
result = invalid
value = 00ffd0847cdda5a4fdfd2345bc731f1bc77843478950d33b2830ef0caf8deffdbe6309fe61fb67dded6659e433f30363339dbcc7c0832593f33c24a8b8f0e28038cb6edeed58ae765e6884ac0b66b5218cc758e6247269d24be9f91865d33c105219ffbce00c6c2d6391448643bcf5138268f510258f638b90a6c8b53bfc121759
flags = WorstCaseMillerRabin

# tcId = 44
# Worst case for Miller-Rabin test
result = invalid
value = 0118d077827c6db85bc61d53063edf5676d6ac65b611d836eed07ee7e1d15c02d999a3eb78ce662edaf457f0f7d9c0a0305acc1faec4170400f0610a797de50ebfb08fd0a5da77144a1e0236e2bc6d8d2a6a719e59df071367cd61275f372e23b1c0187d87d15bda5f71f4705b1c3aaaa8ad951d20cee93274b151f3f9a55bd693
flags = WorstCaseMillerRabin

# tcId = 45
# Worst case for Miller-Rabin test
result = invalid
value = 01c09377e15f53b1329b6e8a08bf0f94da27dd29c89be74544d705173a0bdd410935e186dd95ac113732674fe08585690ebe9f749a116a8c64e1b4a281ef0cb28bc70b1639bc1352ff5777783bd72e3b8495c1494ae11fb32bdaba8c80870a3de71c0c27f07983e97500c0ec0321b86c679c53ae7f8c76ddbf6a9cc3ff63e45023
flags = WorstCaseMillerRabin

# tcId = 46
# Worst case for Miller-Rabin test
result = invalid
value = 00f35cac3bb3c7cf5e4e50162f4ca889ac7b875f4aac08c5a2433600e9bc64db6c9895aaccf3ee98783ee2cfd8a5e448b265bbc4cda6cb80d487c7967d5a6724fae1ffd27c70f579e62b49f29819c6221d7659fa9364e8e37795d88611506b552a20533f1f6446a35b41a986d304fdd7a39f484331b4fbf242f95b80788cff39cd
flags = WorstCaseMillerRabin

# tcId = 47
# Worst case for Miller-Rabin test
result = invalid
value = 01e9df6f069f5984c080087127f90437f2d38f19385b3592d17a5f23603ec6315c36a88d2012e85eca62a983de7ef27673c605155b5647311840cf8887be8267fbc01cec3f7e0467d5e9a812e5dca577cc8ac93971c84f8cea94637c60c0bfe5d7f4b4f950e60ad077941190afaa905d6d5d570c9b4dab98c32c7abc42346f894d
flags = WorstCaseMillerRabin

# tcId = 48
# Worst case for Miller-Rabin test
result = invalid
value = 00c5286502dda772fc22d43b0a2f46823777a91f580f3a1261c47be8e2010a5ad9395e2c036b32813dcdaad33c8f2f4a522593e31ae55ef05c8df8ed58636ac1b9db2b205797d39343e0868ff02bef46d18736bedc6f527730da8594d45d0447e7c7f0e8ca12b285b88aea5e343264874ac22038f5821bd96519d49caf45184f97
flags = WorstCaseMillerRabin

# tcId = 49
# Worst case for Miller-Rabin test
result = invalid
value = 01c29fe8b7e63795218563774685b9fe85eada73691a6420c38f0e9f2f802e89c77ae78716924e4efb5e4c639ca98ddb0c9e35cbc6313196b3327672527404b6da8ff7813915702fb7fa254c1cdc167a34170da57606ccff876ca0ce5e920f443e389fc9d0c071b908c6675b6a9f5903d6d22ad490e6476a7e13adcaf988663b3b
flags = WorstCaseMillerRabin

# tcId = 50
# Worst case for Miller-Rabin test
result = invalid
value = 01e8648f8abce82efb0afa9861c96c428f690c5fe33b9c9d47f97198542c982e607fd9700f876159ea404983f4eecbaf2a73b262085da4b7b5de8f6e8ca0b712f5e89c0e8f024033879f858f814275a3ea5543fd539e74f5e099769d0d726ebd8bc74bda6e2f8ffabbb7d043f7818cd8d531180a827731fac59f45b2af35d273f9
flags = WorstCaseMillerRabin

# tcId = 51
# Worst case for Miller-Rabin test
result = invalid
value = 00cedc5db464312d6f1ecf53a40bde07ae0d5540ef75a4802ff469142270049dbba2b74e4ece7340d8eb99bac1a3d6f0b52ebb41794d3cd4e4a588431879ff81818abc50bca5e686a06d48461b425be62d3c064321429e346960163f897d21b362dc72f306a6865cfb9c8c5682cc7fcd7dc6ac4202e8d070729ef9e3b526236c71
flags = WorstCaseMillerRabin

# tcId = 52
# Worst case for Miller-Rabin test
result = invalid
value = 0093ec9e6681f1bc1d6534add99d97e0d907828996bb3d7b481f3ceaefbe8f3fdf15698302ce26feb84c08994079c9f368af8171faf76801fe6dfdaecd587fa0edc751d64ff7e9aa73fb7aa51a8469379bac38e9d7941e0bbdcf658633daea40738e81f5605198b04fe8fd49646da4e98c2282a8041c25bb9894252412472294f9
flags = WorstCaseMillerRabin

# tcId = 53
# Worst case for Miller-Rabin test
result = invalid
value = 0129fffd0bf1827f2847f45bd490d5423f67d87eb8254535d57078707e19f2ca5ca10602c5eca552fbdc77e30592b7498254f901cad02e0bf59802f5582cbb3059a1979a5e5311855807b1cbeff86a651dbf3818c3b6cf50092c9b744c4831873d1d0d8c23f23b39517ce435a257e5026cfa0be280672e1bba3074b2cdc6474a37
flags = WorstCaseMillerRabin

# tcId = 54
# Worst case for Miller-Rabin test
result = invalid
value = 017232b942eedc8a0df14f5c1ad4e099f192b242b7d3dff09c50cecfe636c72c6c8ba1c65dde4396282e1a1c823b6d5d9c0c9068b39e202dcba26a9d35a00b7bb6bede272820fbbba503bc1866c6ae183d8b50e28555a921121929862ce87ea4ddde8f9d6ff2e17a8ee7cf9d306faa0815a4d46e8dfd4b7ea538b7399cc1c06c1f
flags = WorstCaseMillerRabin

# tcId = 55
# Worst case for Miller-Rabin test
result = invalid
value = 00d3768b43c242fa7ac1de856dc7bd413b79d544bb8d38677bc9f44aa116ac5525c3e7fcf2fb2c1d3de61844931f47646b4c5f7de226031c925acbe57f1cd292fec7e7d4fd25afa128704ffd8da910ef18961e081e88d40bc37582b087f1b1f39fe4d23a03ec6b869c76fa3aed7a3606c469069c4fa1d4ff1c6112da16ba9dcf97
flags = WorstCaseMillerRabin

# tcId = 56
# Worst case for Miller-Rabin test
result = invalid
value = 011b5119e5c68a710158c36d414597b4e1ccff332d1b437a4d2da2d2269ad2b626fde79e3ba7ed92128e5feaa87556f18ca6937b5a88f4738608d6bb6aacaf4fb719d67561d66dba9690009bcdbea2db4ee48d575722cbafbf1e487bab1c62ba0cde30a34620c7733b3e13d8b27fa035115680fb81016d1ca777b8a2bb7c399a47
flags = WorstCaseMillerRabin

# tcId = 57
# Worst case for Miller-Rabin test
result = invalid
value = 008e9ee596ea83d06e1a9a4c3b75fc67f3c01de737be4dcdc18f1d10e322df48e455546ac8ac810129dbcb0fbf568987033cadef9d051f6032c8dca2804fc8d8d6e79f5d767963e4b6d72ac29d98d2520c29c8e69ffa59164d6a1e4cb55b7fcc60c7cb274da264203839873ec2f85f4ae377eeb6189e031b17e8603a01ef877b3f
flags = WorstCaseMillerRabin

# tcId = 58
# Worst case for Miller-Rabin test
result = invalid
value = 00879d1e0bc0538cd9025110cec61a034305c8fdea2b9709ba80b0c45891e7ffc69c05285f4680b95b5882ad04210342314d3ab465ee1209d0690613a09bf7df0d48de18a7200e09e8b7944e748413ad64057fee2daacd099dcbb19920429cf9776d939c27c74c3adc8c41f1001f98d5293e018b1dde228abc6e79092331804bdb
flags = WorstCaseMillerRabin

# tcId = 59
# Worst case for Miller-Rabin test
result = invalid
value = 00a14d02b57eb643499b92b797687a69aa809fc6c5b56be581de2f8668d38936c9921a16c921a18ae91bff15ab595897416ebbbde977244dbab4779d47bccfec14b1bdb255597bb9bb70e9372fc9afe475b2f73754daf575ef2dd565dfb4216208141fa99df428417d84fff2c54b1fba037a4237bb17b07ddac0f39209f83f8541
flags = WorstCaseMillerRabin

# tcId = 60
# Worst case for Miller-Rabin test
result = invalid
value = 00d11e471371b5ce0473a80367ce1b0baeb21d8f8ddfebf1116f3b3721247ec85f6e2786467b63743af0885e69c59d674d2b1a4b655ab15d8003be755fabd56f60ad3a7d2a5edbe942663b882e8c1d9aab7250a45b93feae3f092e8819d5cc2c0eee2cee0c6a098a40331aa12a0efc384e518036d382e4e231de3cf644e8aa8b97
flags = WorstCaseMillerRabin

# tcId = 61
# Worst case for Miller-Rabin test
result = invalid
value = 01fe65939e5a1c520be98522b1ebbd40e4c030adf0677c1878b1b0a58b72873eff6f58712e377457ef467bdbb4666e2f8a4733a13a065aa01e3f5f0cc0fbff0e8a2eb2d8d43b9f2a4931d107315943fa7e1d304f98838903897cd42ab948f7c5ce31a9323a35bdc0cae10eebccb5f318a1239f9b9609d45387805524d67e216477
flags = WorstCaseMillerRabin

# tcId = 62
# Worst case for Miller-Rabin test
result = invalid
value = 00c24248b5f6e52e0ce8c9068ba2b5839489d1a4849feb751b627e12d13722fd5a00cf4597e63c9bfd1a275b68489539f2b0bef36a09504d7539d0e1a346bc0dc5fa2c65c4c23b771a9946ef5bda403dcd27f496dc02233c05d7d7dc73f6438169a0bdc510bad2ca105d84c2c8bbf2a44c4d7d4d0ead980c13bda71a945d1f3f01
flags = WorstCaseMillerRabin

# tcId = 63
# Worst case for Miller-Rabin test
result = invalid
value = 00ab0ef4c1c3be6b7bb39ab0c8a1ffb2c12f8a2fb6c85ea1a8893f452dae161a8decbbc6a84ddc2068bf9df927c0f68a95fff1af8aa9eddd80b0c373b7ea750def2f6df54c0a7e50c16bded071b8d1df6687264e496316be5fcf5f9ab73f5c39b61a876441fb3f467205c92a864d97205032660d6eb2cee3ebfca9649295f6fc95
flags = WorstCaseMillerRabin

# tcId = 64
# Worst case for Miller-Rabin test
result = invalid
value = 01878ec4f236498bbf2320c89679639394b03dda157a9901f2e07486e64f1bb52f6b4823db13786296a71d6e65ad6a17308e46ddbb2608774eab3df41221eec799fc13ec95b567450abfbae8aa04f3c6361df3a1c01028b83560018b729b5924ee5f03f1306267eea55ab65a95591b105810a50111c9041d20b3ddd389e8ded20f
flags = WorstCaseMillerRabin

# tcId = 65
# Worst case for Miller-Rabin test
result = invalid
value = 01602a125e7578a82e23051dd12ce12be44f2becfccbd13c2ee18ae1e391356786315832fe9fa6dd5488c83b4f560a5a4b9d9daae4faf0b9b21075fa1b470c7d984b2b43cfca22bc36ec305e52fb4b897445024f2ee536164a5a9a4201db4d9247d4e28e193ad3c62657a91b23727804e8f4bca40691eb41f17c68ab65bb8dd2a5
flags = WorstCaseMillerRabin

# tcId = 66
# Worst case for Miller-Rabin test
result = invalid
value = 0109a25eac262687f28e560e73bd95be9894bf2a0006dc217e97547064d29be5fae521312fcbdd2949520961abd90b5a2ebcf55780f0d14ebda3c17825089183fee844a3ba0d132cf3db13ebb8f42905bf24374ac29a7b68f93f76dbce3942d4b1dbd91c611d24251b374bd29ae153cb9e23177115dc7003894269328d960cbbc9
flags = WorstCaseMillerRabin

# tcId = 67
# Worst case for Miller-Rabin test
result = invalid
value = 01962b71c4824f2072f59c73cedfa26a49bd976bba7014005b6feecfc61c90caeeaa05ca8954219165f073bcdb73770846c97383ad1d47f0cf656830388fa5847ab9f542e26226d3e9c2a90bdc23819333bd13803f7520272e4cfb80b5c54c92dbc2936ac75f426babec5b49db6a64cd6eee14ecff0402506eabffc8bb11ec6c93
flags = WorstCaseMillerRabin

# tcId = 68
# Worst case for Miller-Rabin test
result = invalid
value = 0102134c13210c561b22c8f2549e0a1786fb85900e3c69c20905cb46a3f633b7128656ba1644cb6bbfa1b5b0c5a5bed69a7802a543cefceb2132e0db7c596e51b88e62185f3815fdd40e7db9d1aed0b0f135b09c4d90e81fcd4ea7a8e7c150147bb2f0fab2d8a0128f25e1e498813f6dc26722a73a441d6e9ba4f488d96ee6d399
flags = WorstCaseMillerRabin

# tcId = 69
# Worst case for Miller-Rabin test
result = invalid
value = 01ecee4b07f4311afce14524ab060a72a7198499342f099f681dd6b8a366bc9550a7ddd3288273ef59f62c5daa55c9c4726c78f08c20e0d9a74208db52f732377bbd8ca8f8f1d336bda6bb2defab66506c0db04bf0dd6f7179f52cfe9c5c91179de1c03eab017d7ff867478e45386955c7a5a744e7f8dacf738c80352a99226777
flags = WorstCaseMillerRabin

# tcId = 70
# Worst case for Miller-Rabin test
result = invalid
value = 019fd1a5266cb6e8dfcff2b755624ec26413d25cf53a9d4341ff5c7b0b4e06e8246e6e1063e185b05d90f38637ca69c298d6a834e9aeb06e02afd001897c1fb097c905445b2e6d27750cef01f40d6030f0328eee55241137afead4f8d358d0be0655782a60265f0b9aa30b275a32b60bdb252c95d8d69b68e8a1e07c2374029bcd
flags = WorstCaseMillerRabin

# tcId = 71
# Worst case for Miller-Rabin test
result = invalid
value = 32fa78d5eb67eb14a53de388e9d03ae6ebeb7ae017dbae8f594b95f82f6ec380d5162f6f498d0cb61bb14d7ae54fa1b427c2a1d819133161576864a86d039200cb22c5d68716fd0e2b8f021cf25e08506d4ce285536bc6a074edb6d9b4a9dc01fd79eda19efd3b168eac045b6a4edc4c880de430dadc5dd3f32886b88d320505f5f0b064e46be0f1e31c57dd160e89738a4f6897975875564f20f82ecd4cc0db
flags = WorstCaseMillerRabin

# tcId = 72
# Worst case for Miller-Rabin test
result = invalid
value = 5954649e58b4eea73bf1738957727ed4f356fd14891d95b81c7cd40a9ae4b9f1a807fc859d4d419e9a2178a369ae734cebf3b6b9b7069570515a94b5609585625a7aab4e2ff05566be39860b1c2e41910a07b46a555299a573c50b82572a8e40d70cd5949c0c5488582cc2ca544265e1e48ec5501fe611ee65de54946f4543ddd94f5d2c100fad681b6390924e3dbee62bf78133bb2ae6d1592fa5c4b0873635
flags = WorstCaseMillerRabin

# tcId = 73
# Worst case for Miller-Rabin test
result = invalid
value = 282ca88061946bcd2fa15fecd98e61505b4c98079e5ffd08e9797059673150435ed47f6d94311c9df4ceadce2e13679b4eb1e7120f9f19d7ac393cc090d1885c88136ec24d085ace42e92ab049d8cdf963d8ba7b93b25e3c720367fa9d7d3905eb460c6922f53866fe439bb96f6d5213e66ede6239512bf0c2253ae23c3ff9915dbee4eaa576395e2d6986d40151cd8fe4c9b4d990ba17ec4bcdf6660459858d
flags = WorstCaseMillerRabin

# tcId = 74
# Worst case for Miller-Rabin test
result = invalid
value = 2161895b72aff5d2a865dac7e95cabaf7a28010da0dfb075f9b25c189821c99c1bb599d47d6a688254401511cfad26f1d93f254a3be2752a70f7859acad5e6f741848bfefe449072365616be7251781063e8f8934b59f1826341ebd0839dcf72b1735e21f35301313c683d28fb637f6f93453f575330f74e2a0d661ed5fe54816f8cd38b162d5e769c0bf94dfe83e25b6c05b7705a477ebf52ff4deb6bec6aad
flags = WorstCaseMillerRabin

# tcId = 75
# Worst case for Miller-Rabin test
result = invalid
value = 71f7dff1a6a0fd66d5228398a7ff1707ed9f83b9b8c660ae57ee4dd40de7493cec1540e50b4586fdda98ee538e6264fb72f51682bb7bb5305285c287f4577023b8350a84fb088005e36121d9d137b16c4528b4a8a3934db88fd27128733b5f9ea78bbaf239c93bd9b6b4b1fb683e2e2ea911eb4da824b5650f186a7304031b62fc145a9a20a269079ba598dbd183f29a2f35a46eb05276b8ac99a8dc72d76151
flags = WorstCaseMillerRabin

# tcId = 76
# Worst case for Miller-Rabin test
result = invalid
value = 55654725a248e323f3d4050b87acae89736b85dc8dd45a9c143b001685c72a70996f3ce99f40be4cdb83b7b420b520e7fa001eecd49cd43c31500c7c502e8c31e309026c07fcba386f0905da79d34b855861018af444fbd519736483fa79ab2d02182a9f0c0e514528f38cae7ef7668829b25d58b569027e4f286a71c1da3d9257a72a234ccde58d1604954d99115db265ae13c012125b5f317ab3297e5ca3e7
flags = WorstCaseMillerRabin

# tcId = 77
# Worst case for Miller-Rabin test
result = invalid
value = 6af6ed1adb0d772536d2e80f9f048b9a94cea70f6e15f37a6b5cac22794826089a11c8fb421b3bf8c108bd41a3cd7f34d09466aadc8b043a51b0b3e9c18e0c96e4c703343fcf68d45d5f023bf781de530a1d7946f4d2bcde9d7ef44374a2ba94ad56777aa113abb19b57d4802c18bedb58157dcd52eeca7a3837e65aa97d95f3b757e7eec27a5f890f41399aa5c2831f13a724d798aeabfb642a011c52a7c70d
flags = WorstCaseMillerRabin

# tcId = 78
# Worst case for Miller-Rabin test
result = invalid
value = 344b4e93ddadf36e039a4e97783a18c3a84f3d725d5f496f0b3632fd15b1a0c2ddf8f97a0f47401d0bef33c32ef36b2819f5d0f72046ab8bdd68fac28397d1906a1923f5ad96483048254e931a6acb5a3d31d4953212aa58c2f96e94dd5393f1e830e76264af68abfed551f3ff4e8d3bfbc6e6cb296befe2b9d694db4d4dd186cfcd6d697c7aadd92277f9ab85e000dfef3085cd52418d0f9b11605a64719003
flags = WorstCaseMillerRabin

# tcId = 79
# Worst case for Miller-Rabin test
result = invalid
value = 2947f606c39ded9591b3314918b7fc0586888d42eb0a8d68bfa0890292f83f948280dc92e897c59de2477340c9fb288241737213d63d006a64b5d9c36b010164953fc68b3e4c7d70e4837b707a2b4b3608d878c7e5c122665299c012e2d5b3630b6862b87e4c680cedf13a6fbcc6eea8ce2d1fc394aa2327d6e0f41c4259b00fb8d8922b4a81432a30f7adf6477b5c436102c83bd1896718d8e795cbd5c30b65
flags = WorstCaseMillerRabin

# tcId = 80
# Worst case for Miller-Rabin test
result = invalid
value = 2d586d8d3e1a38f532ed17011ff9d397084633faf6690129eac51e092c67217fb23e6d08f9cddbc38f7b3fafc308f23375df556f68f8dce22247da756e8aded669cb841b6be2fe5a22da4c0d06dcc6d6fd899d294ad0f62de03a7057e56ea6836ce8967d929f4144c9955460bb924fc32f5210919c79e9566e0552caaa130b6ab2e9be086fc97659bb2097adb0ddf82cca17b472ca511735499c448a8301f379
flags = WorstCaseMillerRabin

# tcId = 81
# Worst case for Miller-Rabin test
result = invalid
value = 4ae1078c81d196eea211f9c4f762a350b4c060b4d3630bf7fb7dddd2739986b9de2422c9902e5870b3760be7b7926d6aaae633cf0ca9c0e78a2ee03fe193675524e0042073d3be737efe994b7bd93382bf8426f454e4a221fc899764f1059fa30b48ba6db9be33c92e312e449d190b3fa2f1c731277286fa363ac8420668239e0bfc26387ba329720bc4ed0217a772ab214a60d8d2d0889d887960383c420595
flags = WorstCaseMillerRabin

# tcId = 82
# Worst case for Miller-Rabin test
result = invalid
value = 4acba34e2619592d5cfdbbe195d2aa9eed8762ac0a8336d947c846fc97d1d934c1ff42f1254de674990f76e514be53b2755cfb4ac52edec66a8127685c8e77e84b06bcfeda0684fcbfb20e2ee05c1202f3cb897bfb1c44bcb6301a9843f8e8eed031a1b4eb913bea04f13390ebd2a033ed151ef8b49b511da558e56cf1e3ac89545219ec026b3938ba9732792a1c89ca6d38c3c5e0e400af528ee477ffcf2ad9
flags = WorstCaseMillerRabin

# tcId = 83
# Worst case for Miller-Rabin test
result = invalid
value = 3d809b8c90e877efa20e031ec99d825afc1c1920d8b94e460848b80c3fa0a093ddff5c608963ab74f505a6da96b8068c2c2b3bc1676170dd0c2e65adcaf7cfd0c6b0309634961ad0c9b7f75e2f721f1f57fa9cf5d4f41f60b2ad3fc1d213b8e75fedb69ad157e24ad67f2ecc4099943e19ecfa7e1a34abb9f4bb02cf205906dc159c258973267731ce59d16552d372b9b47f0e630ec677711bc13995e00a41c9
flags = WorstCaseMillerRabin

# tcId = 84
# Worst case for Miller-Rabin test
result = invalid
value = 3de7d0bda6eae8145cc70591c4b78b1dd8d9ecc4a3d7edc1bbb75bf0e98fd3fb8d5cd4e94e4cd3ee246617b22426ceec6981681af9f7e6af08bc02bde7cbfa13301f7b88f607e1751285c4a861af2ac69f20d2d600e27b0de873b9ec7bf2cd0725b31032932f0f817084b347852613af9977931e2b3132a523dcd87f545805730b34db29c8c8dac9df8a50f5aa1e36a056ae41b01d04cd9574acaa98203d84a7
flags = WorstCaseMillerRabin

# tcId = 85
# Worst case for Miller-Rabin test
result = invalid
value = 5e2a15c7d9bee2668dfd689d027bcc37743259309457147ee7785bb3960dae3c8126655cff9e1302086adb3d1c962c3390f50ca3bf5f666e8a004930536c0bedeef4e8bc3f4dedafc3168692109a239a7d4fbd3aef9e6e0c8665c6379caa6ccb05a6f941782379fb13990f2bc104dc7e0007702c7eea3bb7ee42ffb5d570570b2f5409ebe76d7244b1e8392ccabbfda22515beb0bfad6c006c2a02a5e8526763
flags = WorstCaseMillerRabin

# tcId = 86
# Worst case for Miller-Rabin test
result = invalid
value = 550fda19f97cdfbd13930911ef6e9e1cb2b7b5215a35c215d51ebffeb435642174cbe998f4451bde2d4bd2ce92ab5b9493b657f1d77d9ad4d348550247b903906109c608ecba7f88c239c76f0afc231e7f1ac1cee87b4c34448a16f7979ff4c18e65e05d5a86909615fe56587576962a2cb3ba467d9806445a0f039907601af77ba7d07578eff612364fbcac11d35e243734aa6d9a6cdcf912a2dd0a12ba7e87
flags = WorstCaseMillerRabin

# tcId = 87
# A strong pseudoprime for the first 46 primes. F. Arnault, "Rabin-Miller
# primality test: composite numbers which pass it", Math. comp. v.64, n.209, p
# 355-361.
result = invalid
value = 00907b5573c3d72ca5afda9df723d24066410e3d2b61f89c5c600f90732d0ad7db06a02e209f6792b609fee2ac6f3d73a5805f2b30642d1e2654f7ffd155153e5fbdcb17c76c27fbcc15010ccbfa7a1737cdf032edd5da7edebc9703e51572ce452c2319f1d91bee276d3e1121f9563b1700448ff37346b5a88098c9a682a59ccab86401aeeb74c8ce45dbf8b5

# tcId = 88
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 19bc037ff6b1

# tcId = 89
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 01933ecb87a0c1

# tcId = 90
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 021229a85a2f91

# tcId = 91
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 032d4a135c4d51

# tcId = 92
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 07277d9f8417a1

# tcId = 93
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 194f

# tcId = 94
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 0149c3

# tcId = 95
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 1d7503

# tcId = 96
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 6c7e23

# tcId = 97
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 00f1f8bf

# tcId = 98
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 0ebbb74637

# tcId = 99
# Richard G.E. Pinch, "Absolute quadratic pseudorprimes"
# http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.210.6783&rep=rep1&type=pdf
result = invalid
value = 127c6e3a4f

# tcId = 100
# Safety in Numbers: "On the Need for Robust Diffie-Hellman Parameter
# Validation" Galbraith, Massimo, Paterson, https://eprint.iacr.org/2019/032.pdf
result = invalid
value = 15179c6582c2a8c42af5

# tcId = 101
# Safety in Numbers: "On the Need for Robust Diffie-Hellman Parameter
# Validation" Galbraith, Massimo, Paterson, https://eprint.iacr.org/2019/032.pdf
result = invalid
value = 00800c6ed22988e8353348f28123408551ab4ee482b7961786ea4d90ed7d48bf4cc5bb0d7fbc0346e9ca2dc215540460df3c24bdec561ba766de6d618ce42fedb4fd84a67c5ef94323bfe88d9f55e1b111151edadda5a91cc0056b78c74770ae7f5a1af3741c92af4d87a70f66246fcaac1af0556b0a0bdd511822a01a4b897f0d

# tcId = 102
# Safety in Numbers: "On the Need for Robust Diffie-Hellman Parameter
# Validation" Galbraith, Massimo, Paterson, https://eprint.iacr.org/2019/032.pdf
result = invalid
value = 44e282e671aa0c4f85ec68b2447bc29caba0ea0228b2fe7b08cd420955280bcf0ad99a0efbb8688b3b71a90a8f6e4b01911c689db474ff3685813fb2c943ce664f32d2dbc3c07387dec550207461270c323ef25c0992449e142ec3d7c36cb876492ee6a8593c4aa8e992c2f4cb394a88fa7aa9c98dd1c9e18bcf280332fa934b

# tcId = 103
# Safety in Numbers: "On the Need for Robust Diffie-Hellman Parameter
# Validation" Galbraith, Massimo, Paterson, https://eprint.iacr.org/2019/032.pdf
result = invalid
value = 00b310aa4e16f59e55df118739db5ac21b65979ff5acd1cd4839716a63eb4ef966afe8a04a877548fa281a252c8a1cd4e62077f2ef5022e855d60d06a24a91cbd042323926aaec1f75fb4cdc4cbaff3a4275903c226d5982c22740e17d3e0bc7bf5bc23e7273b3bf86cad8498e79ffc43054292f38ee035fe9f67d6c542631f833

# tcId = 104
# Safety in Numbers: "On the Need for Robust Diffie-Hellman Parameter
# Validation" Galbraith, Massimo, Paterson, https://eprint.iacr.org/2019/032.pdf
result = invalid
value = 008126e1b6c59a80581221ccb272046804dc8bf7a2893ccbad9e61267f9c56ca5b

# tcId = 105
# Safety in Numbers: "On the Need for Robust Diffie-Hellman Parameter
# Validation" Galbraith, Massimo, Paterson, https://eprint.iacr.org/2019/032.pdf
result = invalid
value = 008b741e1c47493e2ac2bd5f69f37c01ff0ec6a28e4ff91fea2ff24e2fad1b3369

# tcId = 106
# Sorensen and Webster,  "Strong Pseudoprimes to Twelve Bases" 
# https://arxiv.org/pdf/1509.00864.pdf
result = invalid
value = 351591274f9af9fb

# tcId = 107
# Sorensen and Webster,  "Strong Pseudoprimes to Twelve Bases" 
# https://arxiv.org/pdf/1509.00864.pdf
result = invalid
value = 0331ff3562a8d7ff

# tcId = 108
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 109
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 110
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 111
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 112
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 113
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 114
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 115
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 116
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 117
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 118
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 119
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 120
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 121
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 122
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 123
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 124
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 125
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 126
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 127
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 128
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 129
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 130
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 131
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 132
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 133
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 134
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 135
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 136
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 137
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 138
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 139
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 140
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 141
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 142
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 143
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 144
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 145
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 146
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 147
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 148
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 149
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 150
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 151
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 152
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 153
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 154
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 155
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 156
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 157
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 158
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 159
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 160
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 161
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 162
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 163
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 164
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 165
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 166
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 167
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 168
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 169
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 170
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 171
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 172
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 173
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 174
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 175
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 176
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 177
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 178
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 179
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 180
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 181
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 182
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 183
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 184
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 185
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 186
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 187
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 188
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 189
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 190
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 191
# Carmichael number with 3 prime factors
result = invalid
value =  
flags = CarmichaelNumber

# tcId = 192
# S. Mueller, "Strong Dickson Pseudoprimes which are not Fermat Carmichael
# Numbers"
result = invalid
value = 00f4e8aaa62114c404219ed23f

# tcId = 193
# bound for deterministic tests
result = invalid
value = 07ff

# tcId = 194
# bound for deterministic tests
result = invalid
value = 05361b

# tcId = 195
# bound for deterministic tests
result = invalid
value = 14f5d5

# tcId = 196
# bound for deterministic tests
result = invalid
value = 008a8d7f

# tcId = 197
# bound for deterministic tests
result = invalid
value = 018271b1

# tcId = 198
# bound for deterministic tests
result = invalid
value = 3e9de64d

# tcId = 199
# bound for deterministic tests
result = invalid
value = 00bfa17dc7

# tcId = 200
# bound for deterministic tests
result = invalid
value = 011baa74c5

# tcId = 201
# bound for deterministic tests
result = invalid
value = 518dafbfd1

# tcId = 202
# bound for deterministic tests
result = invalid
value = 01053cb094c1

# tcId = 203
# bound for deterministic tests
result = invalid
value = 323ee0e55e6b

# tcId = 204
# bound for deterministic tests
result = invalid
value = 1c6b470864f683

# tcId = 205
# bound for deterministic tests
result = invalid
value = 081f23f390affe89

# tcId = 206
# bound for deterministic tests
result = invalid
value = 00ffffffffffffffff

# tcId = 207
# small prime
result = valid
value = 02

# tcId = 208
# small prime
result = valid
value = 03

# tcId = 209
# small prime
result = valid
value = 05

# tcId = 210
# small prime
result = valid
value = 61

# tcId = 211
# small prime
result = valid
value = 65

# tcId = 212
# small prime
result = valid
value = 00fb

# tcId = 213
# small prime
result = valid
value = 0101

# tcId = 214
# Mersenne prime
result = valid
value = 7fffffffffffffffffffffffffffffff

# tcId = 215
# Mersenne prime
result = valid
value = 01ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff

# tcId = 216
# Mersenne prime
result = valid
value = 7fffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff

# tcId = 217
# Mersenne prime
result = valid
value = 7fffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff

# tcId = 218
# Mersenne prime
result = valid
value =  

# tcId = 219
# Factorial prime
result = valid
value = 02611501

# tcId = 220
# Factorial prime
result = valid
value = 00f17a60a5d627ded85b6a9a397c2ba63bb27910ccf7e3135d4d1ae8c9f5cc1e4bf01ea704abb2000000000000000001

# tcId = 221
# Factorial prime
result = valid
value = 01e764f3171d1e44a5f0c50c6537730168041cd93fa34898140da93d3df2939adecf61802daa63eaf08428d72148d63f267f22bd24cd411b7f25984b057bda5c11510000000000000000000000000001

# tcId = 222
# Factorial prime
result = valid
value = 3a7c596683f12898e64bf1355bb9bc85f01d91307e568d01afdc9cf0b3fa9e464b140d899d9bf62a0c61c2bf0a8bca1de36f6d36a5be4aa212681896def96f583c8a7cfe362b4e823bd244f813e575391a029df7012e738d3e2e8e0181ea40000000000000000000000000000000000001

# tcId = 223
# Factorial prime
result = valid
value =  

# tcId = 224
# Factorial prime
result = valid
value =  

# tcId = 225
# Factorial prime
result = valid
value = 1774015499125eee9c3c5e4275fe37ffffffff

# tcId = 226
# Factorial prime
result = valid
value = 22d4fb39eb23880b4674bcffd06a18547ee73e7e77f1fb29c0dbfa66ed52cb8b22bbe0ed9b2a2b779c9037d7b412a389bec5ffffffffffffffffffffff

# tcId = 227
# Factorial prime
result = valid
value = 371196ced90a51b120fd9171fa388fe8c2e634f9ee10f4bcddddfd269ebda2f3eed661eaab3cfbe6914395a73735701d7d65e278f76842b02d1f8f5d941d652067ead60bf9bb537ae7e13404711ee80b35bbf5936641be34d53d4b3bbd025bed4be7fa44113cfea3ffffffffffffffffffffffffffffffffffffffff

# tcId = 228
# Factorial prime
result = valid
value =  

# tcId = 229
# Factor of Mersenne number
result = valid
value = 07c97d9108c2ad4329db02eb8f166349

# tcId = 230
# Factor of Mersenne number
result = valid
value = 010001

# tcId = 231
# Factor of Mersenne number
result = valid
value = 663d81

# tcId = 232
# Factor of Mersenne number
result = valid
value = 00b161194487

# tcId = 233
# Factor of Mersenne number
result = valid
value = 08112264cd9bb77f

# tcId = 234
# Factor of Mersenne number
result = valid
value = 0b73493decfd9b68318ef9

# tcId = 235
# Factor of Mersenne number
result = valid
value = 3d30f19cd101

# tcId = 236
# Factor of Mersenne number
result = valid
value = 126cf51772d253cba3f5a7cf

# tcId = 237
# Factor of Mersenne number
result = valid
value = 00d3eafc3af14601

# tcId = 238
# Factor of Mersenne number
result = valid
value = 013540775b48cc32ba01

# tcId = 239
# Factor of Mersenne number
result = valid
value = 3a294c585a8f5c7073e36ee3637cab2586d049baa0ba2c911801

# tcId = 240
# Factor of Mersenne number
result = valid
value = 03f1cb0fdf0fbef0f3747f239f5a8983e72b455488b792c8e29308f8c78e7f

# tcId = 241
# Factor of Mersenne number
result = valid
value = 37a5f7f30fd2d1f46cd794e8337106ccebced1189c1f5b6b3c525b64b6c36768785f7912013f

# tcId = 242
# edge case for Montgomery reduction
result = valid
value = 00c4ec4ec5

# tcId = 243
# edge case for Montgomery reduction
result = valid
value = 00c18f9c19

# tcId = 244
# edge case for Montgomery reduction
result = valid
value = 00a08ad8f3

# tcId = 245
# edge case for Montgomery reduction
result = valid
value = 00fcfcfcfd

# tcId = 246
# edge case for Montgomery reduction
result = valid
value = 00c71c71c7

# tcId = 247
# edge case for Montgomery reduction
result = valid
value = 3d70a3d7

# tcId = 248
# edge case for Montgomery reduction
result = valid
value = 3ef368eb

# tcId = 249
# edge case for Montgomery reduction
result = valid
value = 69d0369d

# tcId = 250
# edge case for Montgomery reduction
result = valid
value = 51b3bea3677d46cf

# tcId = 251
# edge case for Montgomery reduction
result = valid
value = 7e3f1f8fc7e3f1f9

# tcId = 252
# edge case for Montgomery reduction
result = valid
value = 43fa36f5e02e4851

# tcId = 253
# edge case for Montgomery reduction
result = valid
value = 3454dca410f8ed9d

# tcId = 254
# edge case for Montgomery reduction
result = valid
value = 00c5b3f5dc83cd4e93

# tcId = 255
# edge case for Montgomery reduction
result = valid
value = 593f69b02593f69b

# tcId = 256
# edge case for Montgomery reduction
result = valid
value = 008f6ec07432d63dbb

# tcId = 257
# edge case for Montgomery reduction
result = valid
value = 101767dce434a9b1

# tcId = 258
# edge case for Montgomery reduction
result = valid
value = 00fafafafafafafafafafafafafafafafb

# tcId = 259
# edge case for Montgomery reduction
result = valid
value = 0c934ff1a0c934ff1a0c934ff1a0c935

# tcId = 260
# edge case for Montgomery reduction
result = valid
value = 00d2f87ebfcaa1c5a0f02806abc74be1fb

# tcId = 261
# edge case for Montgomery reduction
result = valid
value = 7880d53da3d15a842a343316c494d305

# tcId = 262
# edge case for Montgomery reduction
result = valid
value = 6a850096a850096a850096a850096a85

# tcId = 263
# edge case for Montgomery reduction
result = valid
value = 0098dbdea62334302c77d10fbfc4b593eb

# tcId = 264
# edge case for Montgomery reduction
result = valid
value = 00df0041ff7c0107fdf0041ff7c0107fdf

# tcId = 265
# edge case for Montgomery reduction
result = valid
value = 00af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8af8b

# tcId = 266
# edge case for Montgomery reduction
result = valid
value = 7f26fe4dfc9bf937f26fe4dfc9bf937f26fe4dfc9bf937f26fe4dfc9bf937f27

# tcId = 267
# edge case for Montgomery reduction
result = valid
value = 009b8f4f9e02732385830fec66e3d3e7809cc8e160c3fb19b8f4f9e02732385831

# tcId = 268
# edge case for Montgomery reduction
result = valid
value = 64a9a50bc0a383524478973fdf4c22bf1b14f339bd92a6942f028e0d4911e25d

# tcId = 269
# edge case for Montgomery reduction
result = valid
value = 7f95438b41e0500d578e97c3f5fe550e2d078140355e3a5f0fd7f95438b41e05

# tcId = 270
# edge case for Montgomery reduction
result = valid
value = 5f1bbd6c9500cae5d85f1bbd6c9500cae5d85f1bbd6c9500cae5d85f1bbd6c95

# tcId = 271
# edge case for Montgomery reduction
result = valid
value = 00967300c9a633fcd967300c9a633fcd967300c9a633fcd967300c9a633fcd9673

# tcId = 272
# edge case for Montgomery reduction
result = valid
value = 00a305942530f7f11f9cd2c027abb32354eb8b77a1c8368c165094c3dfc47e734b

# tcId = 273
# negative of a prime
result = acceptable
value = feff
flags = NegativeOfPrime

# tcId = 274
# negative of a prime
result = acceptable
value = ff3b13b13b
flags = NegativeOfPrime

# tcId = 275
# negative of a prime
result = acceptable
value = ff38e38e39
flags = NegativeOfPrime

# tcId = 276
# negative of a prime
result = acceptable
value = ae4c415c9882b931
flags = NegativeOfPrime

# tcId = 277
# negative of a prime
result = acceptable
value = a6c0964fda6c0965
flags = NegativeOfPrime

# tcId = 278
# negative of a prime
result = acceptable
value = ff05050505050505050505050505050505
flags = NegativeOfPrime

# tcId = 279
# negative of a prime
result = acceptable
value = ff20ffbe0083fef8020ffbe0083fef8021
flags = NegativeOfPrime

# tcId = 280
# negative of a prime
result = acceptable
value = ff5075075075075075075075075075075075075075075075075075075075075075
flags = NegativeOfPrime

