forked from benjamin-leiding/2021_BlockVoke-CPN-Files
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BlockVoke-v06-p2.cpn
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BlockVoke-v06-p2.cpn
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<?xml version="1.0" encoding="iso-8859-1"?>
<!DOCTYPE workspaceElements PUBLIC "-//CPN//DTD CPNXML 1.0//EN" "http://cpntools.org/DTD/6/cpn.dtd">
<workspaceElements>
<generator tool="CPN Tools"
version="4.0.1"
format="6"/>
<cpnet>
<globbox>
<block id="ID1">
<id>Standard declarations</id>
<color id="ID85042">
<id>UNIT</id>
<unit/>
<layout>colset UNIT = unit;</layout>
</color>
<color id="ID4">
<id>BOOL</id>
<bool/>
</color>
<color id="ID3">
<id>INT</id>
<int/>
</color>
<color id="ID1412312409">
<id>INTINF</id>
<intinf/>
<layout>colset INTINF = intinf;</layout>
</color>
<color id="ID1412312425">
<id>TIME</id>
<time/>
<layout>colset TIME = time;</layout>
</color>
<color id="ID1412322990">
<id>REAL</id>
<real/>
<layout>colset REAL = real;</layout>
</color>
<color id="ID5">
<id>STRING</id>
<string/>
</color>
</block>
<block id="ID1412454763">
<id>Blockvoke Declarations</id>
<block id="ID1412455338">
<id>Color-Sets</id>
<block id="ID1427229052">
<id>RSA</id>
<ml id="ID1427242610">val hashtablesize = 2939 (* a prime*)
fun combine [] = 0
| combine (h :: t) = (ord h + 7 * combine t) mod hashtablesize
fun hash s = combine (explode s) ;
fun modadd(a, b) = (a + b) mod hashtablesize;
<layout>(*HASHing*)
(*http://homepages.inf.ed.ac.uk/mfourman/teaching/mlCourse/notes/sml-arrays.html*)
val hashtablesize = 2939 (* a prime*)
fun combine [] = 0
| combine (h :: t) = (ord h + 7 * combine t) mod hashtablesize
fun hash s = combine (explode s) ;
fun modadd(a, b) = (a + b) mod hashtablesize;</layout>
</ml>
<ml id="ID1427287992">fun poww(mu, n, e) = (if e = 1 then mu*n else poww(mu*n, n, e-1));
<layout>fun poww(mu, n, e) = (if e = 1 then mu*n else poww(mu*n, n, e-1));</layout>
</ml>
<ml id="ID1427274340">fun pow(n, e) = poww(1, n, e);
<layout>fun pow(n, e) = poww(1, n, e);</layout>
</ml>
<ml id="ID1427481844">fun modpoww(mul, a, b, n) = (if b = 1 then (mul*a mod n) else modpoww(mul*a mod n, a, b-1, n));
<layout>fun modpoww(mul, a, b, n) = (if b = 1 then (mul*a mod n) else modpoww(mul*a mod n, a, b-1, n));</layout>
</ml>
<ml id="ID1427533488">fun modpow(a, b, n) = modpoww(1, a, b, n);
<layout>fun modpow(a, b, n) = modpoww(1, a, b, n);</layout>
</ml>
<color id="ID1427561812">
<id>RSAPubKey</id>
<product>
<id>INT</id>
<id>INT</id>
</product>
<layout>colset RSAPubKey = product INT * INT;</layout>
</color>
<color id="ID1427571276">
<id>RSAPrivKey</id>
<product>
<id>INT</id>
<id>INT</id>
</product>
<layout>colset RSAPrivKey = product INT * INT;</layout>
</color>
<color id="ID1427594985">
<id>RSAKeyPair</id>
<product>
<id>RSAPubKey</id>
<id>RSAPrivKey</id>
</product>
<layout>colset RSAKeyPair = product RSAPubKey * RSAPrivKey;</layout>
</color>
<ml id="ID1427618778">fun signRSA((n, d), H) = modpow(H, d, n);
<layout>fun signRSA((n, d), H) = modpow(H, d, n);</layout>
</ml>
<ml id="ID1427657020">fun verifyRSA((n,e),H,s) = (H = modpow(s, e, n));
<layout>fun verifyRSA((n,e),H,s) = (H = modpow(s, e, n));</layout>
</ml>
<color id="ID1479005485">
<id>RSAPubKeyxINT</id>
<product>
<id>RSAPubKey</id>
<id>INT</id>
</product>
<layout>colset RSAPubKeyxINT = product RSAPubKey * INT;</layout>
</color>
</block>
<block id="ID1412547646">
<id>Wallet</id>
<color id="ID1412458425">
<id>Wallet_Addr</id>
<string/>
<layout>colset Wallet_Addr = string;</layout>
</color>
<color id="ID1412458431">
<id>Wallet_PublicKey</id>
<string/>
<layout>colset Wallet_PublicKey = string;</layout>
</color>
<color id="ID1412458434">
<id>Wallet_PrivateKey</id>
<string/>
<layout>colset Wallet_PrivateKey = string;</layout>
</color>
<color id="ID1412458428">
<id>Wallet_KeyPair</id>
<product>
<id>Wallet_PublicKey</id>
<id>Wallet_PrivateKey</id>
</product>
<layout>colset Wallet_KeyPair = product Wallet_PublicKey * Wallet_PrivateKey;</layout>
</color>
<color id="ID1412458809">
<id>Wallet_Previous_Hash</id>
<string/>
<layout>colset Wallet_Previous_Hash = string;</layout>
</color>
<color id="ID1412458812">
<id>Wallet_Balance</id>
<int/>
<layout>colset Wallet_Balance = int;</layout>
</color>
<color id="ID1412458422">
<id>Wallet</id>
<product>
<id>Wallet_Addr</id>
<id>Wallet_KeyPair</id>
<id>Wallet_Previous_Hash</id>
<id>Wallet_Balance</id>
<id>RSAKeyPair</id>
</product>
<layout>colset Wallet = product Wallet_Addr * Wallet_KeyPair * Wallet_Previous_Hash * Wallet_Balance * RSAKeyPair;</layout>
</color>
<color id="ID1428624320">
<id>Wallet_List</id>
<list>
<id>Wallet</id>
</list>
<layout>colset Wallet_List = list Wallet;</layout>
</color>
</block>
<block id="ID1412548338">
<id>BlockVokeCertificate</id>
<color id="ID1412464845">
<id>CO_CN</id>
<string/>
<layout>colset CO_CN = string;</layout>
</color>
<color id="ID1412467267">
<id>CO_PublicKey</id>
<alias>
<id>RSAPubKey</id>
</alias>
<layout>colset CO_PublicKey = RSAPubKey;</layout>
</color>
<color id="ID1417024590">
<id>CO_PrivateKey</id>
<alias>
<id>RSAPubKey</id>
</alias>
<layout>colset CO_PrivateKey = RSAPubKey;</layout>
</color>
<color id="ID1412464851">
<id>CA_CN</id>
<string/>
<layout>colset CA_CN = string;</layout>
</color>
<color id="ID1412464848">
<id>CO_Key_ID</id>
<string/>
<layout>colset CO_Key_ID = string;</layout>
</color>
<color id="ID1417018161">
<id>CO_KeyPair</id>
<product>
<id>CO_CN</id>
<id>CO_PublicKey</id>
<id>CO_PrivateKey</id>
<id>CO_Key_ID</id>
</product>
<layout>colset CO_KeyPair = product CO_CN * CO_PublicKey * CO_PrivateKey * CO_Key_ID;</layout>
</color>
<color id="ID1412466476">
<id>CA_PublicKey</id>
<alias>
<id>RSAPubKey</id>
</alias>
<layout>colset CA_PublicKey = RSAPubKey;</layout>
</color>
<color id="ID1417401977">
<id>CA_PrivateKey</id>
<alias>
<id>RSAPubKey</id>
</alias>
<layout>colset CA_PrivateKey = RSAPubKey;</layout>
</color>
<color id="ID1412464854">
<id>CA_Key_ID</id>
<string/>
<layout>colset CA_Key_ID = string;</layout>
</color>
<color id="ID1417397547">
<id>CA_KeyPair</id>
<product>
<id>CA_CN</id>
<id>CA_PublicKey</id>
<id>CA_PrivateKey</id>
<id>CA_Key_ID</id>
</product>
<layout>colset CA_KeyPair = product CA_CN * CA_PublicKey * CA_PrivateKey * CA_Key_ID;</layout>
</color>
<color id="ID1412464857">
<id>Cert_Valid_From</id>
<string/>
<layout>colset Cert_Valid_From = string;</layout>
</color>
<color id="ID1412464860">
<id>Cert_Valid_To</id>
<string/>
<layout>colset Cert_Valid_To = string;</layout>
</color>
<color id="ID1412464866">
<id>Cert_Signed</id>
<alias>
<id>BOOL</id>
</alias>
<layout>colset Cert_Signed = BOOL;</layout>
</color>
<color id="ID1449406884">
<id>Cert_Sig</id>
<int/>
<layout>colset Cert_Sig = int;</layout>
</color>
<color id="ID1417007017">
<id>Cert_Fingerprint</id>
<int/>
<layout>colset Cert_Fingerprint = int;</layout>
</color>
<color id="ID1412472250">
<id>Cert_Multisig_addr</id>
<string/>
<layout>colset Cert_Multisig_addr = string;</layout>
</color>
<color id="ID1412933109">
<id>Cert_DOI</id>
<string/>
<layout>colset Cert_DOI = string;</layout>
</color>
<color id="ID1412464079">
<id>BlockVoke_Cert</id>
<product>
<id>CO_CN</id>
<id>CO_PublicKey</id>
<id>CO_Key_ID</id>
<id>CA_CN</id>
<id>CA_PublicKey</id>
<id>CA_Key_ID</id>
<id>Cert_Valid_From</id>
<id>Cert_Valid_To</id>
<id>Cert_Multisig_addr</id>
<id>Cert_Sig</id>
<id>Cert_Fingerprint</id>
<id>Cert_DOI</id>
</product>
<layout>colset BlockVoke_Cert = product CO_CN * CO_PublicKey * CO_Key_ID * CA_CN * CA_PublicKey * CA_Key_ID * Cert_Valid_From * Cert_Valid_To * Cert_Multisig_addr * Cert_Sig * Cert_Fingerprint * Cert_DOI;</layout>
</color>
<color id="ID1429072923">
<id>BlockVoke_Cert_List</id>
<list>
<id>BlockVoke_Cert</id>
</list>
<layout>colset BlockVoke_Cert_List = list BlockVoke_Cert;</layout>
</color>
<color id="ID1417042435">
<id>CSR</id>
<product>
<id>BlockVoke_Cert</id>
<id>Wallet_PublicKey</id>
</product>
<layout>colset CSR = product BlockVoke_Cert * Wallet_PublicKey;</layout>
</color>
<ml id="ID1458130121">fun addMultisigAndDate((cocn, copub, cokid, cacn, capub, cakid, cvf, cvt, cma, cs, cf, cdoa), ma, doa) = (cocn, copub, cokid, cacn, capub, cakid, cvf, cvt, ma, cs, cf, doa);
<layout>fun addMultisigAndDate((cocn, copub, cokid, cacn, capub, cakid, cvf, cvt, cma, cs, cf, cdoa), ma, doa) = (cocn, copub, cokid, cacn, capub, cakid, cvf, cvt, ma, cs, cf, doa);</layout>
</ml>
<ml id="ID1428160182">fun hashCert((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)) = hash(
cocn ^ Int.toString(con) ^ Int.toString(cod) ^ cokid ^
cacn ^ Int.toString(can) ^ Int.toString(cad) ^ cakid ^
cvf ^ cvt ^ cma ^ cdoa);
fun signCert((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa), (n, d)) = (cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma,
signRSA((n, d), hashCert(cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)), 0,
cdoa);
fun computeCertF((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)) = hash(
cocn ^ Int.toString(con) ^ Int.toString(cod) ^ cokid ^
cacn ^ Int.toString(can) ^ Int.toString(cad) ^ cakid ^
cvf ^ cvt ^ cma ^ Int.toString(cs) ^ cdoa);
fun setCertF((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)) = (cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs,
computeCertF((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)), cdoa);
<layout>fun hashCert((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)) = hash(
cocn ^ Int.toString(con) ^ Int.toString(cod) ^ cokid ^
cacn ^ Int.toString(can) ^ Int.toString(cad) ^ cakid ^
cvf ^ cvt ^ cma ^ cdoa);
fun signCert((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa), (n, d)) = (cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma,
signRSA((n, d), hashCert(cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)), 0,
cdoa);
fun computeCertF((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)) = hash(
cocn ^ Int.toString(con) ^ Int.toString(cod) ^ cokid ^
cacn ^ Int.toString(can) ^ Int.toString(cad) ^ cakid ^
cvf ^ cvt ^ cma ^ Int.toString(cs) ^ cdoa);
fun setCertF((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)) = (cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs,
computeCertF((cocn, (con, cod), cokid, cacn, (can, cad), cakid, cvf, cvt, cma, cs, cf, cdoa)), cdoa);</layout>
</ml>
<ml id="ID1428226198">fun verifyCert(cf, h, (n, e)) = verifyRSA((n, e), h, cf);
<layout>fun verifyCert(cf, h, (n, e)) = verifyRSA((n, e), h, cf);</layout>
</ml>
</block>
<block id="ID1412551244">
<id>Revokation</id>
<color id="ID1412462251">
<id>Funds</id>
<int/>
<layout>colset Funds = int;</layout>
</color>
<color id="ID1412468877">
<id>RFC5280_RevocationCode</id>
<string/>
<layout>colset RFC5280_RevocationCode = string;</layout>
</color>
<color id="ID1418891013">
<id>Fees</id>
<int/>
<layout>colset Fees = int;</layout>
</color>
<color id="ID1412470958">
<id>Is_CA</id>
<bool/>
<layout>colset Is_CA = bool;</layout>
</color>
<color id="ID1412456231">
<id>RV</id>
<product>
<id>Cert_Fingerprint</id>
<id>Is_CA</id>
<id>Funds</id>
<id>Wallet_Addr</id>
<id>Fees</id>
<id>RFC5280_RevocationCode</id>
<id>Cert_Multisig_addr</id>
<id>Cert_DOI</id>
<id>CA_Key_ID</id>
</product>
<layout>colset RV = product Cert_Fingerprint * Is_CA * Funds * Wallet_Addr * Fees * RFC5280_RevocationCode * Cert_Multisig_addr*Cert_DOI*CA_Key_ID;</layout>
</color>
</block>
<block id="ID1478004601">
<id>ACME</id>
<color id="ID1478006365">
<id>ACME_Contact</id>
<alias>
<id>CO_CN</id>
</alias>
<layout>colset ACME_Contact = CO_CN;</layout>
</color>
<color id="ID1478006949">
<id>ACME_KeyPair</id>
<alias>
<id>RSAKeyPair</id>
</alias>
<layout>colset ACME_KeyPair = RSAKeyPair;</layout>
</color>
<color id="ID1478006952">
<id>ACME_Status</id>
<alias>
<id>BOOL</id>
</alias>
<layout>colset ACME_Status = BOOL;</layout>
</color>
<color id="ID1478005011">
<id>ACME_Account</id>
<product>
<id>ACME_Contact</id>
<id>ACME_KeyPair</id>
<id>ACME_Status</id>
</product>
<layout>colset ACME_Account = product ACME_Contact * ACME_KeyPair * ACME_Status;</layout>
</color>
<color id="ID1478023707">
<id>ACME_Registration_Request</id>
<product>
<id>ACME_Contact</id>
<id>RSAPubKey</id>
<id>INT</id>
</product>
<layout>colset ACME_Registration_Request = product ACME_Contact * RSAPubKey * INT;</layout>
</color>
<color id="ID1478315155">
<id>ACME_Order</id>
<product>
<id>ACME_Contact</id>
<id>RSAPubKey</id>
<id>INT</id>
</product>
<layout>colset ACME_Order = product ACME_Contact * RSAPubKey * INT;</layout>
</color>
<color id="ID1480257155">
<id>ACME_Revocation_request</id>
<product>
<id>BlockVoke_Cert</id>
<id>RFC5280_RevocationCode</id>
<id>INT</id>
</product>
<layout>colset ACME_Revocation_request = product BlockVoke_Cert * RFC5280_RevocationCode * INT;</layout>
</color>
<ml id="ID1480269938">fun hashACMERev(cert, code) = modadd(cert, hash(code));
<layout>fun hashACMERev(cert, code) = modadd(cert, hash(code));</layout>
</ml>
<ml id="ID1478137260">fun hashACMEReg(con, (n, e), s) = hash(con ^ Int.toString(n) ^ Int.toString(e));
<layout>fun hashACMEReg(con, (n, e), s) = hash(con ^ Int.toString(n) ^ Int.toString(e));</layout>
</ml>
<ml id="ID1478123919">fun signACMEReg((con, (n1, e), s), (n, d)) = signRSA((n, d), hashACMEReg(con, (n1, e), s));
<layout>fun signACMEReg((con, (n1, e), s), (n, d)) = signRSA((n, d), hashACMEReg(con, (n1, e), s));</layout>
</ml>
<ml id="ID1478187084">fun verifyACMEReg((con, (n1, e), s)) = verifyRSA((n1, e), hashACMEReg(con, (n1, e), s), s);
<layout>fun verifyACMEReg((con, (n1, e), s)) = verifyRSA((n1, e), hashACMEReg(con, (n1, e), s), s);</layout>
</ml>
</block>
<block id="ID1412552990">
<id>Transactions</id>
<color id="ID1412566564">
<id>ADDR</id>
<string/>
<layout>colset ADDR = string;</layout>
</color>
<color id="ID1412566915">
<id>Hash</id>
<string/>
<layout>colset Hash = string;</layout>
</color>
<color id="ID1412566918">
<id>TX_Hash</id>
<alias>
<id>Hash</id>
</alias>
<layout>colset TX_Hash = Hash;</layout>
</color>
<color id="ID1412567672">
<id>TX_Prev_Hash</id>
<alias>
<id>TX_Hash</id>
</alias>
<layout>colset TX_Prev_Hash = TX_Hash;</layout>
</color>
<color id="ID1412566921">
<id>TX_Value</id>
<int/>
<layout>colset TX_Value = int;</layout>
</color>
<color id="ID1412566924">
<id>TX_Output_Addr</id>
<alias>
<id>ADDR</id>
</alias>
<layout>colset TX_Output_Addr = ADDR;</layout>
</color>
<color id="ID1425875155">
<id>TX_Input_Addr</id>
<alias>
<id>ADDR</id>
</alias>
<layout>colset TX_Input_Addr = ADDR;</layout>
</color>
<color id="ID1412929161">
<id>OP_RETURN</id>
<product>
<id>STRING</id>
<id>Cert_Fingerprint</id>
<id>Cert_DOI</id>
<id>RFC5280_RevocationCode</id>
<id>CA_Key_ID</id>
</product>
<layout>colset OP_RETURN = product STRING * Cert_Fingerprint * Cert_DOI *RFC5280_RevocationCode*CA_Key_ID;</layout>
</color>
<color id="ID1412555748">
<id>TX</id>
<product>
<id>TX_Hash</id>
<id>TX_Prev_Hash</id>
<id>TX_Value</id>
<id>Fees</id>
<id>TX_Output_Addr</id>
<id>OP_RETURN</id>
<id>TX_Input_Addr</id>
</product>
<layout>colset TX = product TX_Hash * TX_Prev_Hash * TX_Value * Fees * TX_Output_Addr * OP_RETURN * TX_Input_Addr;</layout>
</color>
<color id="ID1412554834">
<id>TX_PAIR</id>
<list>
<with>
<ml>2</ml>
<ml>2</ml>
</with>
<id>TX</id>
</list>
<layout>colset TX_PAIR = list TX with 2..2;</layout>
</color>
<ml id="ID1430299275">fun TX_setPrevTX((th, tph, tv, f, txoa, opr, txia), (wa, wkp, wph, wb, wrsa)) = (th, wph, tv, f, txoa, opr, txia);
fun TX_setCredits((th, tph, tv, f, txoa, opr, txia), value, fees) = (th, tph, value, fees, txoa, opr, txia);
fun TX_setInputAddr((th, tph, tv, f, txoa, opr, txia), (wa, wkp, wph, wb, wrsa)) = (th, tph, tv, f, txoa, opr, wa);
fun TX_setInputAddr_raw((th, tph, tv, f, txoa, opr, txia), ia) = (th, tph, tv, f, txoa, opr, ia);
fun TX_setOutputAddr((th, tph, tv, f, txoa, opr, txia), oa) = (th, tph, tv, f, oa, opr, txia);
fun TX_setOPR((th, tph, tv, f, txoa, txopr, txia), opr) = (th, tph, tv, f, txoa, opr, txia);
fun OPR_setBVI((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), bvi) = (bvi, oprcf, oprcdoa, oprrfc, oprcki);
fun OPR_setCertF((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, cf, oprcdoa, oprrfc, oprcki);
fun OPR_setCertDOA((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, oprcf, cdoa, oprrfc, oprcki)
fun OPR_setRFC((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, oprcf, oprcdoa, rfc, oprcki);
fun OPR_setCAKID((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, oprcf, oprcdoa, rfc, cki);
<layout>fun TX_setPrevTX((th, tph, tv, f, txoa, opr, txia), (wa, wkp, wph, wb, wrsa)) = (th, wph, tv, f, txoa, opr, txia);
fun TX_setCredits((th, tph, tv, f, txoa, opr, txia), value, fees) = (th, tph, value, fees, txoa, opr, txia);
fun TX_setInputAddr((th, tph, tv, f, txoa, opr, txia), (wa, wkp, wph, wb, wrsa)) = (th, tph, tv, f, txoa, opr, wa);
fun TX_setInputAddr_raw((th, tph, tv, f, txoa, opr, txia), ia) = (th, tph, tv, f, txoa, opr, ia);
fun TX_setOutputAddr((th, tph, tv, f, txoa, opr, txia), oa) = (th, tph, tv, f, oa, opr, txia);
fun TX_setOPR((th, tph, tv, f, txoa, txopr, txia), opr) = (th, tph, tv, f, txoa, opr, txia);
fun OPR_setBVI((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), bvi) = (bvi, oprcf, oprcdoa, oprrfc, oprcki);
fun OPR_setCertF((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, cf, oprcdoa, oprrfc, oprcki);
fun OPR_setCertDOA((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, oprcf, cdoa, oprrfc, oprcki)
fun OPR_setRFC((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, oprcf, oprcdoa, rfc, oprcki);
fun OPR_setCAKID((oprbvi, oprcf, oprcdoa, oprrfc, oprcki), (cf, ic, fu, wa, ff, rfc, cma, cdoa, cki)) = (oprbvi, oprcf, oprcdoa, rfc, cki);</layout>
</ml>
<ml id="ID1429845066">fun hashTX((txh, txph, txv, f, txoa, (bvi, cf, cdoa, rfc,cki), txia)) = "0x"^Int.toString(hash(
txh^
txph^
Int.toString(txv)^
Int.toString(f)^
txoa^
bvi^
Int.toString(cf)^
cdoa^
rfc^
cki^
txia));
<layout>fun hashTX((txh, txph, txv, f, txoa, (bvi, cf, cdoa, rfc,cki), txia)) = "0x"^Int.toString(hash(
txh^
txph^
Int.toString(txv)^
Int.toString(f)^
txoa^
bvi^
Int.toString(cf)^
cdoa^
rfc^
cki^
txia));</layout>
</ml>
<ml id="ID1429652893">fun hashedTX((txh, txph, txv, f, txoa, (bvi, cf, cdoa, rfc, cki), txia)) = (hashTX(txh, txph, txv, f, txoa, (bvi, cf, cdoa, rfc, cki), txia),
txph, txv, f, txoa, (bvi, cf, cdoa, rfc,cki), txia);
<layout>fun hashedTX((txh, txph, txv, f, txoa, (bvi, cf, cdoa, rfc, cki), txia)) = (hashTX(txh, txph, txv, f, txoa, (bvi, cf, cdoa, rfc, cki), txia),
txph, txv, f, txoa, (bvi, cf, cdoa, rfc,cki), txia);</layout>
</ml>
<ml id="ID1420588503">fun updateWallet((wallet_addr, wallet_keypair, wallet_prev_hash, wallet_balance, rsa), new_tx_hash, sub_amount) = (wallet_addr, wallet_keypair, new_tx_hash, wallet_balance- sub_amount, rsa);
<layout>fun updateWallet((wallet_addr, wallet_keypair, wallet_prev_hash, wallet_balance, rsa), new_tx_hash, sub_amount) = (wallet_addr, wallet_keypair, new_tx_hash, wallet_balance- sub_amount, rsa);</layout>
</ml>
</block>
<block id="ID1412712245">
<id>Blockchain</id>
<color id="ID1412714605">
<id>MEMPOOL</id>
<list>
<id>TX</id>
</list>
<layout>colset MEMPOOL = list TX;</layout>
</color>
<ml id="ID1412717024">fun magicMempool(tx_pair) = tx_pair;
<layout>fun magicMempool(tx_pair) = tx_pair;</layout>
</ml>
<block id="ID1412766691">
<id>Block</id>
<color id="ID1412776734">
<id>NONCE</id>
<int/>
<layout>colset NONCE = int;</layout>
</color>
<color id="ID1412775020">
<id>BLOCK_HEADER</id>
<product>
<id>INT</id>
<id>NONCE</id>
</product>
<layout>colset BLOCK_HEADER = product INT * NONCE;</layout>
</color>
<color id="ID1412773327">
<id>TX_LIST</id>
<list>
<id>TX</id>
</list>
<layout>colset TX_LIST = list TX;</layout>
</color>
<color id="ID1412769982">
<id>BLOCK</id>
<product>
<id>BLOCK_HEADER</id>
<id>TX_LIST</id>
</product>
<layout>colset BLOCK = product BLOCK_HEADER * TX_LIST;</layout>
</color>
<ml id="ID1412781065">fun mineBlock(mempool, number, nonce) = ((number, nonce), mempool)
<layout>fun mineBlock(mempool, number, nonce) = ((number, nonce), mempool)</layout>
</ml>
<ml id="ID1412958174">fun magicTX_REVOKE(block) = ("tx_revoke_hash", "tx_fund_hash", 10.0, "revoker_addr", ("Cert_Fingerprint", "Cert_DOA", "CA_Key_ID or Empty string"));
<layout>fun magicTX_REVOKE(block) = ("tx_revoke_hash", "tx_fund_hash", 10.0, "revoker_addr", ("Cert_Fingerprint", "Cert_DOA", "CA_Key_ID or Empty string"));</layout>
</ml>
</block>
</block>
</block>
<block id="ID1412490699">
<id>Variables</id>
<var id="ID1479074349">
<type>
<id>INT</id>
</type>
<id>n</id>
<layout>var n:INT;</layout>
</var>
<var id="ID1480501087">
<type>
<id>RFC5280_RevocationCode</id>
</type>
<id>rev_code</id>
<layout>var rev_code : RFC5280_RevocationCode;</layout>
</var>
<var id="ID1478115796">
<type>
<id>ACME_Registration_Request</id>
</type>
<id>acme_reg</id>
<layout>var acme_reg : ACME_Registration_Request;</layout>
</var>
<var id="ID1478325887">
<type>
<id>ACME_Order</id>
</type>
<id>acme_order</id>
<layout>var acme_order : ACME_Order;</layout>
</var>
<var id="ID1478010822">
<type>
<id>ACME_Account</id>
</type>
<id>acme_account</id>
<layout>var acme_account : ACME_Account;</layout>
</var>
<var id="ID1429082842">
<type>
<id>BlockVoke_Cert_List</id>
</type>
<id>bv_cert_list</id>
<layout>var bv_cert_list : BlockVoke_Cert_List;</layout>
</var>
<var id="ID1445708670">
<type>
<id>OP_RETURN</id>
</type>
<id>opr</id>
<layout>var opr : OP_RETURN;</layout>
</var>
<var id="ID1416863413">
<type>
<id>BlockVoke_Cert</id>
</type>
<id>bv_cert</id>
<layout>var bv_cert: BlockVoke_Cert;</layout>
</var>
<var id="ID1463655301">
<type>
<id>Wallet_Addr</id>
</type>
<id>ca_addr</id>
<layout>var ca_addr : Wallet_Addr;</layout>
</var>
<var id="ID1429677922">
<type>
<id>TX</id>
</type>
<id>tx</id>
<layout>var tx: TX;</layout>
</var>
<var id="ID1429397606">
<type>
<id>TX</id>
</type>
<id>tx1</id>
<layout>var tx1: TX;</layout>
</var>
<var id="ID1429397608">
<type>
<id>TX</id>
</type>
<id>tx2</id>
<layout>var tx2: TX;</layout>
</var>
<var id="ID1428627248">
<type>
<id>Wallet_List</id>
</type>
<id>wallet_list</id>
<layout>var wallet_list: Wallet_List;</layout>
</var>
<var id="ID1477139692">
<type>
<id>Wallet_List</id>
</type>
<id>wallet_list2</id>
<layout>var wallet_list2:Wallet_List;</layout>
</var>
<var id="ID1425535296">
<type>
<id>TX</id>
</type>
<id>mempool_tx</id>
<layout>var mempool_tx:TX;</layout>
</var>
<var id="ID1425535298">
<type>
<id>TX</id>
</type>
<id>mined_tx</id>
<layout>var mined_tx:TX;</layout>
</var>
<var id="ID1424686646">
<type>
<id>INT</id>
</type>
<id>block_number</id>
<layout>var block_number : INT;</layout>
</var>
<var id="ID1424339698">
<type>
<id>TX_LIST</id>
</type>
<id>tx_list</id>
<layout>var tx_list: TX_LIST;</layout>
</var>
<var id="ID1424188002">
<type>
<id>BOOL</id>
</type>
<id>miner_mines</id>
<layout>var miner_mines : BOOL;</layout>
</var>
<var id="ID1422731896">
<type>
<id>Cert_DOI</id>
</type>
<id>cert_doi</id>
<layout>var cert_doi: Cert_DOI;</layout>
</var>
<var id="ID1416867201">
<type>
<id>Wallet</id>
</type>
<id>co_wallet</id>
<layout>var co_wallet: Wallet;</layout>
</var>
<var id="ID1424612560">
<type>
<id>INT</id>
</type>
<id>nonce</id>
<layout>var nonce: INT;</layout>
</var>
<var id="ID1420192276">
<type>
<id>Wallet</id>
</type>
<id>wallet</id>
<layout>var wallet: Wallet;</layout>
</var>
<var id="ID1416633055">
<type>
<id>Wallet</id>
</type>
<id>ca_wallet</id>
<layout>var ca_wallet: Wallet;</layout>
</var>
<var id="ID1417068923">
<type>
<id>CO_KeyPair</id>
</type>
<id>co_keypair</id>
<layout>var co_keypair: CO_KeyPair;</layout>
</var>
<var id="ID1417410754">
<type>
<id>CA_KeyPair</id>
</type>
<id>ca_keypair</id>
<layout>var ca_keypair:CA_KeyPair;</layout>
</var>
<var id="ID1417087583">
<type>
<id>CSR</id>
</type>
<id>csr</id>
<layout>var csr : CSR;</layout>
</var>
<var id="ID1417280471">
<type>
<id>Cert_Multisig_addr</id>
</type>
<id>multisig_addr</id>
<layout>var multisig_addr : Cert_Multisig_addr;</layout>
</var>
<var id="ID1420213150">
<type>
<id>TX_Hash</id>
</type>
<id>tx_hash</id>
<layout>var tx_hash: TX_Hash;</layout>
</var>
<var id="ID1420500715">
<type>
<id>TX</id>
</type>
<id>tx_fund</id>
<layout>var tx_fund: TX;</layout>
</var>
<var id="ID1420500717">
<type>
<id>TX</id>
</type>
<id>tx_rev</id>
<layout>var tx_rev: TX;</layout>
</var>
<var id="ID1412492350">
<type>
<id>RV</id>
</type>
<id>rv</id>
<layout>var rv : RV;</layout>
</var>
<var id="ID1412622355">
<type>
<id>TX_PAIR</id>
</type>
<id>tx_pair</id>
<layout>var tx_pair : TX_PAIR;</layout>
</var>
<var id="ID1413072252">
<type>
<id>TX</id>
</type>
<id>tx_revoke</id>
<layout>var tx_revoke : TX;</layout>
</var>
<var id="ID1412715810">
<type>
<id>MEMPOOL</id>
</type>
<id>mempool</id>
<layout>var mempool : MEMPOOL;</layout>
</var>
<var id="ID1412877931">
<type>
<id>BLOCK</id>
</type>
<id>block</id>
<layout>var block : BLOCK;</layout>
</var>
<var id="ID1413369326">
<type>
<id>BOOL</id>
</type>
<id>fc_validated</id>
<layout>var fc_validated : BOOL;</layout>
</var>
<var id="ID1413438034">
<type>
<id>INT</id>
</type>
<id>i</id>
<layout>var i : INT;</layout>
</var>
<var id="ID1413465876">
<type>
<id>INT</id>
</type>
<id>j</id>
<layout>var j : INT;</layout>
</var>
<var id="ID1413465878">
<type>
<id>INT</id>
</type>
<id>k</id>
<layout>var k: INT;</layout>
</var>
<var id="ID1414900438">
<type>
<id>INT</id>
</type>
<id>bit_num</id>
<layout>var bit_num:INT;</layout>
</var>
<var id="ID1415547028">
<type>
<id>BOOL</id>
</type>
<id>valid</id>
<layout>var valid:BOOL;</layout>
</var>
<var id="ID1478302440">
<type>
<id>Wallet_PublicKey</id>
</type>
<id>wallet_pubkey</id>
<layout>var wallet_pubkey : Wallet_PublicKey;</layout>
</var>
<var id="ID1478351051">
<type>
<id>RSAPubKey</id>
</type>
<id>rsa_pubkey</id>
<layout>var rsa_pubkey : RSAPubKey;</layout>
</var>
<var id="ID1479338891">
<type>
<id>RSAPubKey</id>
</type>
<id>rsa_pubkey2</id>
<layout>var rsa_pubkey2 : RSAPubKey;</layout>
</var>
<var id="ID1479338893">
<type>
<id>INT</id>
</type>
<id>n2</id>
<layout>var n2: INT;</layout>
</var>
</block>
<block id="ID1464023733">
<id>Initial Markings</id>
<ml id="ID1478196944">val initialACMEAccount = 1`("www.co1-website.com", ((3127, 7), (3127, 431)), false)++
1`("www.co2-website.com", ((5767, 41), (5767, 137)), false)++
1`("www.co3-website.com", ((7387, 7), (7387, 1031)), false)++
1`("www.co4-website.com", ((4087, 17), (4087, 233)), false);
<layout>val initialACMEAccount = 1`("www.co1-website.com", ((3127, 7), (3127, 431)), false)++
1`("www.co2-website.com", ((5767, 41), (5767, 137)), false)++
1`("www.co3-website.com", ((7387, 7), (7387, 1031)), false)++
1`("www.co4-website.com", ((4087, 17), (4087, 233)), false);</layout>
</ml>
<ml id="ID1464041854">val initialCAWallet = 1`("0x1", ("ca1_wallet_pubkey", "ca1_wallet_privkey"), "0x001", 100, ((0,0), (0,0)));
<layout>val initialCAWallet = 1`("0x1", ("ca1_wallet_pubkey", "ca1_wallet_privkey"), "0x001", 100, ((0,0), (0,0)));</layout>
</ml>
<ml id="ID1464218312">val initialCAKeypair = 1`("CA1", (25877, 5), (25877, 20429), "ca1");
<layout>val initialCAKeypair = 1`("CA1", (25877, 5), (25877, 20429), "ca1");</layout>
</ml>
<ml id="ID1464310579">val initialCOWallet = 1`("0x3", ("co1_pubkey", "co1_privkey"), "0x003", 100, ((4309, 41), (4309, 101)))++
1`("0x4", ("co2_pubkey", "co2_privkey"), "0x004", 100, ((5891, 29), (5891, 197)))++
1`("0x5", ("co3_pubkey", "co3_privkey"), "0x005", 100, ((3403, 17), (3403, 193)))++
1`("0x6", ("co4_pubkey", "co4_privkey"), "0x006", 100, ((5777, 41), (5777, 137)));
<layout>val initialCOWallet = 1`("0x3", ("co1_pubkey", "co1_privkey"), "0x003", 100, ((4309, 41), (4309, 101)))++
1`("0x4", ("co2_pubkey", "co2_privkey"), "0x004", 100, ((5891, 29), (5891, 197)))++
1`("0x5", ("co3_pubkey", "co3_privkey"), "0x005", 100, ((3403, 17), (3403, 193)))++
1`("0x6", ("co4_pubkey", "co4_privkey"), "0x006", 100, ((5777, 41), (5777, 137)));</layout>
</ml>
<ml id="ID1464366294">val initialCOKeypair = 1`("www.co1-website.com", (33017, 7), (33017, 4663), "co1_website")++
1`("www.co2-website.com", (83767,13), (83767,6397), "co2_website")++
1`("www.co3-website.com", (69451,5), (69451,13781), "co3_website")++
1`("www.co4-website.com", (50299,3), (50299,33227), "co4_website");
<layout>val initialCOKeypair = 1`("www.co1-website.com", (33017, 7), (33017, 4663), "co1_website")++
1`("www.co2-website.com", (83767,13), (83767,6397), "co2_website")++