satoshi.py

import ecdsa
import ecdsa.ellipticcurve as EC

curve = ecdsa.SECP256k1
x = int('11db93e1dcdb8a016b49840f8c53bc1eb68a382e97b1482ecad7b148a6909a5c', 16)
y = int('b2e0eaddfb84ccf9744464f82e160bfa9b8b64f9d4c03f999b8643f656b412a3', 16)
point = EC.Point(curve.curve, x, y)
pubkey = ecdsa.VerifyingKey.from_public_point(point, curve)

hash1 = 90774958364900180671716888080665726921328827653065727390791155349203800699667

r1 = 97921318692748166969765893503724782362221860890089306445657980140065784098104
s1= 17870770544568028453805091504963125490615703388985597936947183001452377396233

sig = ecdsa.ecdsa.Signature(r1, s1)
if pubkey.pubkey.verifies(hash1, sig):
    print("Good")
else:
    print("Bad")

hash1 = 70438975929202441702137589012525894517177874894451752259863210250765743151652

r1 = 67469108926628898148530592947733862172872496318648607111578457920563549925544
s1= 48322980310687297275040392060954045679965067960426297271026705220954611568793

sig = ecdsa.ecdsa.Signature(r1, s1)
if pubkey.pubkey.verifies(hash1, sig):
    print("Good")
else:
    print("Bad")

Even I usually choose Hanlon's Razor, you latest behavior make you look like a paid CSW accomplice.
But to the point CSW did the same scam before, check https://rya.nc/sartre.html (meat on the last paragraph) and https://github.com/patio11/wrightverification/blob/master/README.md for the full overview.

CSW stop reusing input sigs from the public TXs for your scam attempts, it's getting old.

I think it's really disappointing that a RedHat engineer is promoting such a reprehensible outright fraud.

Or maybe RedHat is now going to start claiming that I'm satoshi?

hash1 = 73891928093667100541666205043898441267587758657794766782750716307536286039192
r1 = 41900161143649094881904779964789466585249805621280137599854446833981875455145
s1 = 73891928093667100541666205043898441267587758657794766782750716307536286039192
hash1 = 62205149388825786737310199459980893542365046604564124404118402392687929599561
r1 = 26793469924245204343130392774353507155236258837255389989243380374415115947388
s1 = 88998619313070991080440592234334400697601305441819514393361782767103045546949
hash1 = 71630502409465362978513962569334322089979380375179524546119672056098799075844
r1 = 53317892021722342622876002482680497871898582727656761406363551408979174637610
s1 = 62474197215593852800694982526007409980938981551418142976241611732538986856727
hash1 = 42682765006860785319055238886295612444075886123150037123847753593787330986229
r1 = 18277331057613852526128936530598073852190419538981216814689352386932707627027
s1 = 97514758179702342897442048478089834000647144740093687567915810754585453867310
hash1 = 86485944092969512650498312976117725660492949546578513892865976650129674924118
r1 = 75336482571259053808757125411726781150171461513944220727510935183188594210646
s1 = 40455606666057141614813859596961126702666102765130683655094227958329567283691
hash1 = 17829874277836558369872943186444646293525636979518783068827999188688713653040
r1 = 74223080445238037220735166141384497519637436689463472410265442229563988720718
s1 = 41569008792078158202835818867303410333200127589611431972339720911954172773619
hash1 = 104956150280772071570120927855798599078772297717549559775953988248939923600679
r1 = 1547991279506303407635722450412758396295038080217906372378739270368319699094
s1 = 114244097957809892015935262558275149456542526198856998010226423871149841795243
hash1 = 98693975431246327498391958662908888004484098864570139018514388736027437610628
r1 = 45559297689752306774486497671480342925858269781466184813988282978755651045840
s1 = 70232791547563888649084487337207564926979294497608719568616880162762510448497
hash1 = 25292222169426362969760742810503101183086560848420849767135309758511048414376
r1 = 61518691557461623794232686914770715342344584505217074682876722883231084339701
s1 = 54273397679854571629338298093917192510492979773857829699728440258287077154636

@gmaxwell do you have a convenient script for generating these? Would be great to share if possible. :-D (Though I might just write one myself)

Ah, here is Greg's Sage script, running online so anyone can pretend to be Satoshi with the click of a button, no installs needed:
Big long link to sagecell.sagemath.org

####
# Code from Greg Maxwell --- https://bitcoin.stackexchange.com/a/81116
####
F = FiniteField (0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFEFFFFFC2F)
C = EllipticCurve ([F (0), F (7)])
G = C.lift_x(0x79BE667EF9DCBBAC55A06295CE870B07029BFCDB2DCE28D959F2815B16F81798)
N = FiniteField (C.order())
P = P=-C.lift_x(0x11db93e1dcdb8a016b49840f8c53bc1eb68a382e97b1482ecad7b148a6909a5c) # block 9 coinbase payout key.
def forge(c, a=-1):  # Create a forged 'ECDSA'  (hashless) signature
    # set a to something other than -1 to be less obvious
    a = N(a)
    R = c*G + int(a)*P
    s = N(int(R.xy()[0]))/a
    m = N(c)*N(int(R.xy()[0]))/a
    print 'hash1 = %d'%m
    print 'r1 = %d'%(int(R.xy()[0]))
    print 's1 = %d'%s 
for c in range(1,10):
    forge(c)

Detailed proof this is a forgery: https://medium.com/@jimmysong/faketoshis-nonsense-signature-8700a44536b5