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test.js
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test.js
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function println(hLog,msg)
{
hLog.insertAdjacentText('beforeend',msg + "\n");
}
function dechex(number) {
if (number < 0) {
number = 0xFFFFFFFF + number + 1
}
return parseInt(number, 10)
.toString(16)
}
function doOCRATest (hLog,shaEngine="sjcl") {
var ocra = "";
var seed = "";
var ocraSuite = "";
var counter = "";
var password = "";
var sessionInformation = "";
var question = "";
var qHex = "";
var timeStamp = "";
// PASS1234 is SHA1 hash of "1234"
var PASS1234 = "7110eda4d09e062aa5e4a390b0a572ac0d2c0220";
var SEED = "3132333435363738393031323334353637383930";
var SEED32 = "3132333435363738393031323334353637383930313233343536373839303132";
var SEED64 = "31323334353637383930313233343536373839303132333435363738393031323334353637383930313233343536373839303132333435363738393031323334";
var STOP = 5;
var myDate = new Date();
var b = 0;
var sDate = "Mar 25 2008, 12:06:30 GMT";
myDate = Date.parse(sDate);
b = Math.floor(myDate/60000);
println(hLog,"Time of \"" + sDate + "\" is in");
println(hLog,"milli sec: " + myDate);
println(hLog,"minutes: " + b.toString());
println(hLog,"minutes (HEX encoded): " + b.toString(16).toUpperCase());
println(hLog,"Time of \"" + sDate + "\"... ");
println(hLog," is the same as this localized time, \"" + new Date(myDate) + "\"");
println(hLog,"");
println(hLog,"HMAC-SHA Engine "+shaEngine);
println(hLog,"");
println(hLog,"Standard 20Byte key: "+SEED);
println(hLog,"Standard 32Byte key: "+SEED32);
println(hLog,"Standard 64Byte key: "+SEED64);
println(hLog,"");
println(hLog,"Plain challenge response");
println(hLog,"========================");
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA1-6:QN08";
println(hLog,ocraSuite);
println(hLog,"=======================");
seed = SEED;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = "";
for(i=0; i < 10; i++){
question = "" + i + i + i + i + i + i + i + i;
qHex = dechex(question);
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog,"Key: Standard 20Byte Q: " + question + " OCRA: " + ocra);
}
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA256-8:C-QN08-PSHA1";
println(hLog,ocraSuite);
println(hLog,"=================================");
seed = SEED32;
counter = "";
question = "12345678";
password = PASS1234;
sessionInformation = "";
timeStamp = "";
for(i=0; i < 10; i++){
counter = "" + i;
qHex = dechex(question);
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog,"Key: Standard 32Byte C: " + counter + " Q: " + question + " PIN(1234): ");
println(hLog,password + " OCRA: " + ocra);
}
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA256-8:QN08-PSHA1";
println(hLog,ocraSuite);
println(hLog,"===============================");
seed = SEED32;
counter = "";
question = "";
password = PASS1234;
sessionInformation = "";
timeStamp = "";
for(i=0; i < STOP; i++){
question = "" + i + i + i + i + i + i + i + i;
qHex = dechex(question);
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog,"Key: Standard 32Byte Q: " + question + " PIN(1234): ");
println(hLog,password + " OCRA: " + ocra);
}
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA512-8:C-QN08";
println(hLog,ocraSuite);
println(hLog,"===========================");
seed = SEED64;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = "";
for(i=0; i < 10; i++){
question = "" + i + i + i + i + i + i + i + i;
qHex = dechex(question);
counter = "0000" + i;
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog,"Key: Standard 64Byte C: " + counter + " Q: " + question + " OCRA: " + ocra);
}
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA512-8:QN08-T1M";
println(hLog,ocraSuite);
println(hLog,"=============================");
seed = SEED64;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = b.toString(16);
for(i=0; i < STOP; i++){
question = "" + i + i + i + i + i + i + i + i;
counter = "";
qHex = dechex(question);
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog,"Key: Standard 64Byte Q: " + question +" T: " + timeStamp.toUpperCase() + " OCRA: " + ocra);
}
println(hLog,"");
println(hLog,"");
println(hLog,"Mutual Challenge Response");
println(hLog,"=========================");
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA256-8:QA08";
println(hLog,"OCRASuite (server computation) = "
+ ocraSuite);
println(hLog,"OCRASuite (client computation) = "
+ ocraSuite);
println(hLog,"===============================" +
"===========================");
seed = SEED32;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = "";
for(i=0; i < STOP; i++){
question = "CLI2222" + i + "SRV1111" + i;
qHex = OCRA.bytesToHexStr(OCRA.str2ab(question));
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog, "(server)Key: Standard 32Byte Q: " + question + " OCRA: " + ocra);
question = "SRV1111" + i + "CLI2222" + i;
qHex = OCRA.bytesToHexStr(OCRA.str2ab(question));
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog, "(client)Key: Standard 32Byte Q: " + question + " OCRA: " + ocra);
}
println(hLog,"");
var ocraSuite1 = "OCRA-1:HOTP-SHA512-8:QA08";
var ocraSuite2 = "OCRA-1:HOTP-SHA512-8:QA08-PSHA1";
println(hLog,"OCRASuite (server computation) = " + ocraSuite1);
println(hLog,"OCRASuite (client computation) = " + ocraSuite2);
println(hLog,"================================================================");
ocraSuite = "";
seed = SEED64;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = "";
for(i=0; i < STOP; i++){
ocraSuite = ocraSuite1;
question = "CLI2222" + i + "SRV1111" + i;
qHex = OCRA.bytesToHexStr(OCRA.str2ab(question));
password = "";
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog, "(server)Key: Standard 64Byte Q: " + question + " OCRA: " + ocra);
ocraSuite = ocraSuite2;
question = "SRV1111" + i + "CLI2222" + i;
qHex = OCRA.bytesToHexStr(OCRA.str2ab(question));
password = PASS1234;
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog,"(client)Key: Standard 64Byte Q: " + question);
println(hLog,"P: " + password.toUpperCase() + " OCRA: " + ocra);
}
println(hLog,"");
println(hLog,"");
println(hLog,"Plain Signature");
println(hLog,"===============");
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA256-8:QA08";
println(hLog,ocraSuite);
println(hLog,"=========================");
seed = SEED32;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = "";
for(i=0; i < STOP; i++){
question = "SIG1" + i + "000";
qHex = OCRA.bytesToHexStr(OCRA.str2ab(question));
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog, "Key: Standard 32Byte Q(Signature challenge): " + question);
println(hLog," OCRA: " + ocra);
}
println(hLog,"");
ocraSuite = "OCRA-1:HOTP-SHA512-8:QA10-T1M";
println(hLog,ocraSuite);
println(hLog,"=============================");
seed = SEED64;
counter = "";
question = "";
password = "";
sessionInformation = "";
timeStamp = b.toString(16);
for(i=0; i < STOP; i++){
question = "SIG1" + i + "00000";
qHex = OCRA.bytesToHexStr(OCRA.str2ab(question));
ocra = OCRA.generateOCRA(ocraSuite,
seed,
counter,
qHex,
password,
sessionInformation,
timeStamp,
shaEngine);
println(hLog, "Key: Standard 64Byte Q(Signature challenge): " + question);
println(hLog," T: " + timeStamp.toUpperCase() + " OCRA: " + ocra);
}
}