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libsodium_wasm_experimental/multiplatform-crypto-delegated/node_modules/multiplatform-crypto.js
Ugljesa Jovanovic 7238b09112
Adding delegated implementation
2020-05-24 11:12:00 +02:00

3133 lines
144 KiB
JavaScript
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(function (_, Kotlin, $module$bignum) {
'use strict';
var $$importsForInline$$ = _.$$importsForInline$$ || (_.$$importsForInline$$ = {});
var Kind_OBJECT = Kotlin.Kind.OBJECT;
var chunked = Kotlin.kotlin.collections.chunked_ba2ldo$;
var joinToString = Kotlin.kotlin.collections.joinToString_fmv235$;
var println = Kotlin.kotlin.io.println_s8jyv4$;
var toString = Kotlin.kotlin.text.toString_aogav3$;
var toString_0 = Kotlin.kotlin.text.toString_hc3rh$;
var defineInlineFunction = Kotlin.defineInlineFunction;
var wrapFunction = Kotlin.wrapFunction;
var RuntimeException_init = Kotlin.kotlin.RuntimeException_init_pdl1vj$;
var chunked_0 = Kotlin.kotlin.text.chunked_94bcnn$;
var toUByte = Kotlin.kotlin.text.toUByte_6ic1pp$;
var UInt = Kotlin.kotlin.UInt;
var joinToString_0 = Kotlin.kotlin.collections.joinToString_cgipc5$;
var toString_1 = Kotlin.kotlin.text.toString_dqglrj$;
var ArrayList_init = Kotlin.kotlin.collections.ArrayList_init_ww73n8$;
var ULong_init = Kotlin.kotlin.ULong;
var UByte_init = Kotlin.kotlin.UByte;
var toByte = Kotlin.toByte;
var copyToArray = Kotlin.kotlin.collections.copyToArray;
var collectionSizeOrDefault = Kotlin.kotlin.collections.collectionSizeOrDefault_ba2ldo$;
var uintCompare = Kotlin.kotlin.uintCompare_vux9f0$;
var Kind_INTERFACE = Kotlin.Kind.INTERFACE;
var encodeToByteArray = Kotlin.kotlin.text.encodeToByteArray_pdl1vz$;
var toList = Kotlin.kotlin.collections.toList_7wnvza$;
var toBigInteger = $module$bignum.com.ionspin.kotlin.bignum.integer.toBigInteger_s8ev3n$;
var toList_0 = Kotlin.kotlin.collections.toList_us0mfu$;
var IllegalStateException_init = Kotlin.kotlin.IllegalStateException_init_pdl1vj$;
var until = Kotlin.kotlin.ranges.until_dqglrj$;
var BigInteger = $module$bignum.com.ionspin.kotlin.bignum.integer.BigInteger;
var Kind_CLASS = Kotlin.Kind.CLASS;
var Array_0 = Array;
var L255 = Kotlin.Long.fromInt(255);
var emptyList = Kotlin.kotlin.collections.emptyList_287e2$;
var slice = Kotlin.kotlin.collections.slice_l0m14x$;
var arrayCopy = Kotlin.kotlin.collections.arrayCopy;
var ArrayList_init_0 = Kotlin.kotlin.collections.ArrayList_init_287e2$;
var addAll = Kotlin.kotlin.collections.addAll_ipc267$;
var copyOfRange = Kotlin.kotlin.collections.copyOfRange_5f8l3u$;
var UByteArray = Kotlin.kotlin.UByteArray;
var flatten = Kotlin.kotlin.collections.flatten_yrqxlj$;
var get_indices = Kotlin.kotlin.collections.get_indices_m7z4lg$;
var println_0 = Kotlin.kotlin.io.println;
var uintDivide = Kotlin.kotlin.uintDivide_oqfnby$;
var uintRemainder = Kotlin.kotlin.uintRemainder_oqfnby$;
var reversed = Kotlin.kotlin.collections.reversed_7wnvza$;
var last = Kotlin.kotlin.collections.last_2p1efm$;
var last_0 = Kotlin.kotlin.collections.last_us0mfu$;
var dropLast = Kotlin.kotlin.collections.dropLast_8ujjk8$;
var dropLast_0 = Kotlin.kotlin.collections.dropLast_yzln2o$;
var reversed_0 = Kotlin.kotlin.collections.reversed_us0mfu$;
var List = Kotlin.kotlin.collections.List;
var throwCCE = Kotlin.throwCCE;
var toTypedArray = Kotlin.kotlin.collections.toTypedArray_o5f02i$;
var contentEquals = Kotlin.arrayEquals;
var contentHashCode = Kotlin.arrayHashCode;
var ModularBigInteger = $module$bignum.com.ionspin.kotlin.bignum.modular.ModularBigInteger;
var Endianness = $module$bignum.com.ionspin.kotlin.bignum.Endianness;
var Enum = Kotlin.kotlin.Enum;
var throwISE = Kotlin.throwISE;
AesKey$Aes128Key.prototype = Object.create(AesKey.prototype);
AesKey$Aes128Key.prototype.constructor = AesKey$Aes128Key;
AesKey$Aes192Key.prototype = Object.create(AesKey.prototype);
AesKey$Aes192Key.prototype.constructor = AesKey$Aes192Key;
AesKey$Aes256Key.prototype = Object.create(AesKey.prototype);
AesKey$Aes256Key.prototype.constructor = AesKey$Aes256Key;
Mode.prototype = Object.create(Enum.prototype);
Mode.prototype.constructor = Mode;
function Config() {
Config_instance = this;
this.DEBUG = false;
}
Config.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Config',
interfaces: []
};
var Config_instance = null;
function Config_getInstance() {
if (Config_instance === null) {
new Config();
}
return Config_instance;
}
function hexColumsPrint$lambda$lambda(it) {
return it.toUpperCase();
}
function hexColumsPrint($receiver) {
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(toString_1(item, 16));
}
var printout = chunked(destination, 16);
var tmp$_0;
tmp$_0 = printout.iterator();
while (tmp$_0.hasNext()) {
var element = tmp$_0.next();
println(joinToString(element, ' ', void 0, void 0, void 0, void 0, hexColumsPrint$lambda$lambda));
}
}
function hexColumsPrint$lambda$lambda_0(it) {
return it.toUpperCase();
}
function hexColumsPrint_0($receiver) {
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(toString(item, 16));
}
var printout = chunked(destination, 16);
var tmp$_0;
tmp$_0 = printout.iterator();
while (tmp$_0.hasNext()) {
var element = tmp$_0.next();
println(joinToString(element, ' ', void 0, void 0, void 0, void 0, hexColumsPrint$lambda$lambda_0));
}
}
function hexColumsPrint$lambda$lambda_1(it) {
return it.toUpperCase();
}
function hexColumsPrint_1($receiver) {
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(toString_0(item, 16));
}
var printout = chunked(destination, 3);
var tmp$_0;
tmp$_0 = printout.iterator();
while (tmp$_0.hasNext()) {
var element = tmp$_0.next();
println(joinToString(element, ' ', void 0, void 0, void 0, void 0, hexColumsPrint$lambda$lambda_1));
}
}
var chunked_1 = defineInlineFunction('multiplatform-crypto.com.ionspin.kotlin.crypto.chunked_r20n03$', wrapFunction(function () {
var emptyList = Kotlin.kotlin.collections.emptyList_287e2$;
var wrapFunction = Kotlin.wrapFunction;
var until = Kotlin.kotlin.ranges.until_dqglrj$;
var slice = Kotlin.kotlin.collections.slice_l0m14x$;
var ArrayList_init = Kotlin.kotlin.collections.ArrayList_init_ww73n8$;
var collectionSizeOrDefault = Kotlin.kotlin.collections.collectionSizeOrDefault_ba2ldo$;
var copyToArray = Kotlin.kotlin.collections.copyToArray;
var chunked$lambda = wrapFunction(function () {
var copyToArray = Kotlin.kotlin.collections.copyToArray;
return function (it) {
return copyToArray(it);
};
});
return function (T_0, isT, $receiver, sliceSize) {
var last = $receiver.length % sliceSize;
var hasLast = last !== 0;
var numberOfSlices = $receiver.length / sliceSize | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice($receiver, until(Kotlin.imul(i, sliceSize), Kotlin.imul(i + 1 | 0, sliceSize))));
}
if (hasLast) {
result.add_11rb$(slice($receiver, until(Kotlin.imul(numberOfSlices, sliceSize), $receiver.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
return copyToArray(destination);
};
}));
function rotateRight($receiver, places) {
var tmp$ = new UInt($receiver.data >>> places);
var bitCount = 32 - places | 0;
var other = new UInt($receiver.data << bitCount);
return new UInt(tmp$.data ^ other.data);
}
function rotateRight_0($receiver, places) {
var tmp$ = new ULong_init($receiver.data.shiftRightUnsigned(places));
var bitCount = 64 - places | 0;
var other = new ULong_init($receiver.data.shiftLeft(bitCount));
return new ULong_init(tmp$.data.xor(other.data));
}
function xor($receiver, other) {
if ($receiver.length !== other.length) {
throw RuntimeException_init('Operands of different sizes are not supported yet');
}
var $receiver_0 = $receiver.slice();
var destination = ArrayList_init($receiver_0.length);
var tmp$, tmp$_0;
var index = 0;
for (tmp$ = 0; tmp$ !== $receiver_0.length; ++tmp$) {
var item = $receiver_0[tmp$];
var tmp$_1 = destination.add_11rb$;
var other_0 = other[tmp$_0 = index, index = tmp$_0 + 1 | 0, tmp$_0];
tmp$_1.call(destination, new UByte_init(toByte(item.data ^ other_0.data)));
}
return copyToArray(destination);
}
function hexStringToUByteArray($receiver) {
var $receiver_0 = chunked_0($receiver, 2);
var destination = ArrayList_init(collectionSizeOrDefault($receiver_0, 10));
var tmp$;
tmp$ = $receiver_0.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(toUByte(item, 16));
}
return copyToArray(destination);
}
function toHexString$lambda(it) {
var other = new UInt(15);
if (uintCompare((new UInt(it.data & 255)).data, other.data) <= 0) {
return '0' + toString(it, 16);
}
else {
return toString(it, 16);
}
}
function toHexString($receiver) {
return joinToString_0($receiver, '', void 0, void 0, void 0, void 0, toHexString$lambda);
}
function Hash() {
}
Hash.$metadata$ = {
kind: Kind_INTERFACE,
simpleName: 'Hash',
interfaces: []
};
function UpdatableHash() {
}
UpdatableHash.$metadata$ = {
kind: Kind_INTERFACE,
simpleName: 'UpdatableHash',
interfaces: [Hash]
};
function StatelessHash() {
}
StatelessHash.prototype.digest_5pksov$ = function (inputString, key, hashLength, callback$default) {
if (key === void 0)
key = null;
if (hashLength === void 0)
hashLength = this.MAX_HASH_BYTES;
return callback$default ? callback$default(inputString, key, hashLength) : this.digest_5pksov$$default(inputString, key, hashLength);
};
StatelessHash.prototype.digest_o2z9gi$ = function (inputMessage, key, hashLength, callback$default) {
if (inputMessage === void 0) {
inputMessage = [];
}
if (key === void 0) {
key = [];
}
if (hashLength === void 0)
hashLength = this.MAX_HASH_BYTES;
return callback$default ? callback$default(inputMessage, key, hashLength) : this.digest_o2z9gi$$default(inputMessage, key, hashLength);
};
StatelessHash.$metadata$ = {
kind: Kind_INTERFACE,
simpleName: 'StatelessHash',
interfaces: [Hash]
};
var chunked$lambda = wrapFunction(function () {
var copyToArray = Kotlin.kotlin.collections.copyToArray;
return function (it) {
return copyToArray(it);
};
});
function Blake2b(key, hashLength) {
Blake2b$Companion_getInstance();
if (key === void 0)
key = null;
if (hashLength === void 0)
hashLength = 64;
this.key = key;
this.hashLength = hashLength;
this.MAX_HASH_BYTES_b5cfdo$_0 = Blake2b$Companion_getInstance().MAX_HASH_BYTES;
this.h = Blake2b$Companion_getInstance().iv_0.slice();
this.counter = BigInteger.Companion.ZERO;
this.bufferCounter = 0;
var array = Array_0(128);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
array[i] = new UByte_init(0);
}
this.buffer = array;
var tmp$_0, tmp$_1, tmp$_2, tmp$_3;
var $this = this.h[0];
var other = new ULong_init(Kotlin.Long.fromInt(16842752));
tmp$_3 = new ULong_init($this.data.xor(other.data));
tmp$_2 = (tmp$_1 = (tmp$_0 = this.key) != null ? new ULong_init((new ULong_init(Kotlin.Long.fromInt(tmp$_0.length))).data.shiftLeft(8)) : null) != null ? tmp$_1 : new ULong_init(Kotlin.Long.ZERO);
var tmp$_4 = this.h;
var tmp$_5 = new ULong_init(tmp$_3.data.xor(tmp$_2.data));
var $receiver = this.hashLength;
var other_0 = new ULong_init(Kotlin.Long.fromInt($receiver));
tmp$_4[0] = new ULong_init(tmp$_5.data.xor(other_0.data));
var $receiver_0 = this.key;
var tmp$_6 = $receiver_0 == null;
if (!tmp$_6) {
tmp$_6 = $receiver_0.length === 0;
}
if (!tmp$_6) {
this.appendToBuffer_0(Blake2b$Companion_getInstance().padToBlock_0(this.key), this.bufferCounter);
}
}
function Blake2b$Companion() {
Blake2b$Companion_instance = this;
this.BITS_IN_WORD = 64;
this.ROUNDS_IN_COMPRESS = 12;
this.BLOCK_BYTES = 128;
this.MAX_HASH_BYTES_kbpvc6$_0 = 64;
this.MIN_HASH_BYTES = 1;
this.MAX_KEY_BYTES = 64;
this.MIN_KEY_BYTES = 0;
this.MAX_INPUT_BYTES = toBigInteger(2).shl_za3lpa$(128);
this.sigma_0 = [[0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15], [14, 10, 4, 8, 9, 15, 13, 6, 1, 12, 0, 2, 11, 7, 5, 3], [11, 8, 12, 0, 5, 2, 15, 13, 10, 14, 3, 6, 7, 1, 9, 4], [7, 9, 3, 1, 13, 12, 11, 14, 2, 6, 5, 10, 4, 0, 15, 8], [9, 0, 5, 7, 2, 4, 10, 15, 14, 1, 11, 12, 6, 8, 3, 13], [2, 12, 6, 10, 0, 11, 8, 3, 4, 13, 7, 5, 15, 14, 1, 9], [12, 5, 1, 15, 14, 13, 4, 10, 0, 7, 6, 3, 9, 2, 8, 11], [13, 11, 7, 14, 12, 1, 3, 9, 5, 0, 15, 4, 8, 6, 2, 10], [6, 15, 14, 9, 11, 3, 0, 8, 12, 2, 13, 7, 1, 4, 10, 5], [10, 2, 8, 4, 7, 6, 1, 5, 15, 11, 9, 14, 3, 12, 13, 0]];
this.iv_0 = [new ULong_init(new Kotlin.Long(-205731576, 1779033703)), new ULong_init(new Kotlin.Long(-2067093701, -1150833019)), new ULong_init(new Kotlin.Long(-23791573, 1013904242)), new ULong_init(new Kotlin.Long(1595750129, -1521486534)), new ULong_init(new Kotlin.Long(-1377402159, 1359893119)), new ULong_init(new Kotlin.Long(725511199, -1694144372)), new ULong_init(new Kotlin.Long(-79577749, 528734635)), new ULong_init(new Kotlin.Long(327033209, 1541459225))];
this.R1 = 32;
this.R2 = 24;
this.R3 = 16;
this.R4 = 63;
}
Object.defineProperty(Blake2b$Companion.prototype, 'MAX_HASH_BYTES', {
get: function () {
return this.MAX_HASH_BYTES_kbpvc6$_0;
}
});
Blake2b$Companion.prototype.mixRound_r29y2p$ = function (input, message, round) {
var v = input;
var selectedSigma = this.sigma_0[round % 10];
v = this.mix_0(v, 0, 4, 8, 12, message[selectedSigma[0]], message[selectedSigma[1]]);
v = this.mix_0(v, 1, 5, 9, 13, message[selectedSigma[2]], message[selectedSigma[3]]);
v = this.mix_0(v, 2, 6, 10, 14, message[selectedSigma[4]], message[selectedSigma[5]]);
v = this.mix_0(v, 3, 7, 11, 15, message[selectedSigma[6]], message[selectedSigma[7]]);
v = this.mix_0(v, 0, 5, 10, 15, message[selectedSigma[8]], message[selectedSigma[9]]);
v = this.mix_0(v, 1, 6, 11, 12, message[selectedSigma[10]], message[selectedSigma[11]]);
v = this.mix_0(v, 2, 7, 8, 13, message[selectedSigma[12]], message[selectedSigma[13]]);
v = this.mix_0(v, 3, 4, 9, 14, message[selectedSigma[14]], message[selectedSigma[15]]);
return v;
};
Blake2b$Companion.prototype.mix_0 = function (v, a, b, c, d, x, y) {
var $this = v[a];
var other = v[b];
v[a] = new ULong_init((new ULong_init($this.data.add(other.data))).data.add(x.data));
var $this_0 = v[d];
var other_0 = v[a];
v[d] = rotateRight_0(new ULong_init($this_0.data.xor(other_0.data)), 32);
var $this_1 = v[c];
var other_1 = v[d];
v[c] = new ULong_init($this_1.data.add(other_1.data));
var $this_2 = v[b];
var other_2 = v[c];
v[b] = rotateRight_0(new ULong_init($this_2.data.xor(other_2.data)), 24);
var $this_3 = v[a];
var other_3 = v[b];
v[a] = new ULong_init((new ULong_init($this_3.data.add(other_3.data))).data.add(y.data));
var $this_4 = v[d];
var other_4 = v[a];
v[d] = rotateRight_0(new ULong_init($this_4.data.xor(other_4.data)), 16);
var $this_5 = v[c];
var other_5 = v[d];
v[c] = new ULong_init($this_5.data.add(other_5.data));
var $this_6 = v[b];
var other_6 = v[c];
v[b] = rotateRight_0(new ULong_init($this_6.data.xor(other_6.data)), 63);
return v;
};
function Blake2b$Companion$compress$lambda$lambda(it) {
return it.toUpperCase();
}
Blake2b$Companion.prototype.compress_c1cv33$ = function (h, input, offsetCounter, finalBlock) {
var array = Array_0(16);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
var init$result;
if (i >= 0 && i <= 7) {
init$result = h[i];
}
else {
init$result = this.iv_0[i - 8 | 0];
}
array[i] = init$result;
}
var v = array;
var array_0 = Array_0(16);
var tmp$_0;
tmp$_0 = array_0.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_0; i_0++) {
array_0[i_0] = new ULong_init(Kotlin.Long.ZERO);
}
var tmp$_1, tmp$_0_0;
var index = 0;
var accumulator = array_0;
for (tmp$_1 = 0; tmp$_1 !== input.length; ++tmp$_1) {
var element = input[tmp$_1];
var index_0 = (tmp$_0_0 = index, index = tmp$_0_0 + 1 | 0, tmp$_0_0);
var acc = accumulator;
var slot = index_0 / 8 | 0;
var position = index_0 % 8;
var tmp$_2 = acc[slot];
var $this = new ULong_init(Kotlin.Long.fromInt(element.data).and(L255));
var bitCount = position * 8 | 0;
var other = new ULong_init($this.data.shiftLeft(bitCount));
acc[slot] = new ULong_init(tmp$_2.data.add(other.data));
accumulator = acc;
}
var m = accumulator;
if (Config_getInstance().DEBUG) {
var destination = ArrayList_init(m.length);
var tmp$_3;
for (tmp$_3 = 0; tmp$_3 !== m.length; ++tmp$_3) {
var item = m[tmp$_3];
destination.add_11rb$(toString_0(item, 16));
}
var printout = chunked(destination, 4);
var tmp$_4;
tmp$_4 = printout.iterator();
while (tmp$_4.hasNext()) {
var element_0 = tmp$_4.next();
println(joinToString(element_0, ' ', void 0, void 0, void 0, void 0, Blake2b$Companion$compress$lambda$lambda));
}
println('Offset ' + offsetCounter);
}
var $this_0 = v[12];
var other_0 = offsetCounter.ulongValue_6taknv$();
v[12] = new ULong_init($this_0.data.xor(other_0.data));
var $this_1 = v[13];
var other_1 = offsetCounter.shr_za3lpa$(64).ulongValue_6taknv$();
v[13] = new ULong_init($this_1.data.xor(other_1.data));
if (finalBlock) {
v[14] = new ULong_init(v[14].data.inv());
}
for (var i_1 = 0; i_1 < 12; i_1++) {
this.mixRound_r29y2p$(v, m, i_1);
}
for (var i_2 = 0; i_2 <= 7; i_2++) {
var $this_2 = h[i_2];
var other_2 = v[i_2];
var $this_3 = new ULong_init($this_2.data.xor(other_2.data));
var other_3 = v[i_2 + 8 | 0];
h[i_2] = new ULong_init($this_3.data.xor(other_3.data));
}
return h;
};
Blake2b$Companion.prototype.digest_5pksov$$default = function (inputString, key, hashLength) {
var tmp$;
var $receiver = encodeToByteArray(inputString);
var destination = ArrayList_init($receiver.length);
var tmp$_0;
for (tmp$_0 = 0; tmp$_0 !== $receiver.length; ++tmp$_0) {
var item = $receiver[tmp$_0];
destination.add_11rb$(new UByte_init(item));
}
var array = copyToArray(toList(destination));
var tmp$_1;
if (key != null) {
var $receiver_0 = encodeToByteArray(key);
var destination_0 = ArrayList_init($receiver_0.length);
var tmp$_2;
for (tmp$_2 = 0; tmp$_2 !== $receiver_0.length; ++tmp$_2) {
var item_0 = $receiver_0[tmp$_2];
destination_0.add_11rb$(new UByte_init(item_0));
}
tmp$_1 = copyToArray(destination_0);
}
else
tmp$_1 = null;
var keyBytes = (tmp$ = tmp$_1) != null ? tmp$ : [];
return this.digest_o2z9gi$(array, keyBytes);
};
Blake2b$Companion.prototype.digest_o2z9gi$$default = function (inputMessage, key, hashLength) {
var tmp$, tmp$_0, tmp$_1, tmp$_2;
var last = inputMessage.length % 128;
var hasLast = last !== 0;
var numberOfSlices = inputMessage.length / 128 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(inputMessage, until(Kotlin.imul(i, 128), Kotlin.imul(i + 1 | 0, 128))));
}
if (hasLast) {
result.add_11rb$(slice(inputMessage, until(Kotlin.imul(numberOfSlices, 128), inputMessage.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$_3;
tmp$_3 = result.iterator();
while (tmp$_3.hasNext()) {
var item = tmp$_3.next();
destination.add_11rb$(copyToArray(item));
}
var chunkedMessage = copyToArray(destination);
var h = this.iv_0.slice();
var $this = h[0];
var other = new ULong_init(Kotlin.Long.fromInt(16842752));
var tmp$_4 = new ULong_init($this.data.xor(other.data));
var other_0 = new ULong_init((new ULong_init(Kotlin.Long.fromInt(key.length))).data.shiftLeft(8));
var tmp$_5 = new ULong_init(tmp$_4.data.xor(other_0.data));
var other_1 = new ULong_init(Kotlin.Long.fromInt(hashLength));
h[0] = new ULong_init(tmp$_5.data.xor(other_1.data));
if (key.length === 0) {
if (chunkedMessage.length === 0) {
var array = Array_0(1);
var tmp$_6;
tmp$_6 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_6; i_0++) {
var array_0 = Array_0(128);
var tmp$_7;
tmp$_7 = array_0.length - 1 | 0;
for (var i_1 = 0; i_1 <= tmp$_7; i_1++) {
array_0[i_1] = new UByte_init(0);
}
array[i_0] = array_0;
}
tmp$ = array;
}
else {
tmp$ = chunkedMessage;
}
}
else {
tmp$ = [this.padToBlock_0(key)].concat(chunkedMessage);
}
var message = tmp$;
if (message.length > 1) {
tmp$_0 = message.length - 1 | 0;
for (var i_2 = 0; i_2 < tmp$_0; i_2++) {
var $receiver = this.compress_c1cv33$(h, message[i_2], toBigInteger((i_2 + 1 | 0) * 128 | 0), false);
arrayCopy($receiver, h, 0, 0, $receiver.length);
}
}
switch (message.length) {
case 0:
tmp$_1 = 0;
break;
case 1:
tmp$_1 = message[message.length - 1 | 0].length;
break;
default:tmp$_1 = ((message.length - 1 | 0) * 128 | 0) + message[message.length - 1 | 0].length | 0;
break;
}
var lastSize = tmp$_1;
if (!(message.length === 0)) {
tmp$_2 = this.padToBlock_0(message[message.length - 1 | 0]);
}
else {
var array_1 = Array_0(16);
var tmp$_8;
tmp$_8 = array_1.length - 1 | 0;
for (var i_3 = 0; i_3 <= tmp$_8; i_3++) {
array_1[i_3] = new UByte_init(0);
}
tmp$_2 = array_1;
}
var lastBlockPadded = tmp$_2;
var $receiver_0 = this.compress_c1cv33$(h, lastBlockPadded, toBigInteger(lastSize), true);
arrayCopy($receiver_0, h, 0, 0, $receiver_0.length);
return this.formatResult_0(h);
};
Blake2b$Companion.prototype.formatResult_0 = function (h) {
var destination = ArrayList_init(h.length);
var tmp$;
for (tmp$ = 0; tmp$ !== h.length; ++tmp$) {
var item = h[tmp$];
var tmp$_0 = destination.add_11rb$;
var other = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_1 = new UByte_init(toByte((new ULong_init(item.data.and(other.data))).data.toInt()));
var $this = new ULong_init(item.data.shiftRightUnsigned(8));
var other_0 = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_2 = new UByte_init(toByte((new ULong_init($this.data.and(other_0.data))).data.toInt()));
var $this_0 = new ULong_init(item.data.shiftRightUnsigned(16));
var other_1 = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_3 = new UByte_init(toByte((new ULong_init($this_0.data.and(other_1.data))).data.toInt()));
var $this_1 = new ULong_init(item.data.shiftRightUnsigned(24));
var other_2 = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_4 = new UByte_init(toByte((new ULong_init($this_1.data.and(other_2.data))).data.toInt()));
var $this_2 = new ULong_init(item.data.shiftRightUnsigned(32));
var other_3 = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_5 = new UByte_init(toByte((new ULong_init($this_2.data.and(other_3.data))).data.toInt()));
var $this_3 = new ULong_init(item.data.shiftRightUnsigned(40));
var other_4 = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_6 = new UByte_init(toByte((new ULong_init($this_3.data.and(other_4.data))).data.toInt()));
var $this_4 = new ULong_init(item.data.shiftRightUnsigned(48));
var other_5 = new ULong_init(Kotlin.Long.fromInt(255));
var tmp$_7 = new UByte_init(toByte((new ULong_init($this_4.data.and(other_5.data))).data.toInt()));
var $this_5 = new ULong_init(item.data.shiftRightUnsigned(56));
var other_6 = new ULong_init(Kotlin.Long.fromInt(255));
tmp$_0.call(destination, [tmp$_1, tmp$_2, tmp$_3, tmp$_4, tmp$_5, tmp$_6, tmp$_7, new UByte_init(toByte((new ULong_init($this_5.data.and(other_6.data))).data.toInt()))]);
}
var destination_0 = ArrayList_init_0();
var tmp$_8;
tmp$_8 = destination.iterator();
while (tmp$_8.hasNext()) {
var element = tmp$_8.next();
var list = toList_0(element);
addAll(destination_0, list);
}
return copyToArray(destination_0);
};
Blake2b$Companion.prototype.padToBlock_0 = function (unpadded) {
if (unpadded.length === 128) {
return unpadded;
}
if (unpadded.length > 128) {
throw IllegalStateException_init('Block larger than 128 bytes');
}
var array = Array_0(128);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
var init$result;
if (0 <= i && i < unpadded.length) {
init$result = unpadded[i];
}
else {
init$result = new UByte_init(0);
}
array[i] = init$result;
}
return array;
};
Blake2b$Companion.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Companion',
interfaces: [StatelessHash]
};
var Blake2b$Companion_instance = null;
function Blake2b$Companion_getInstance() {
if (Blake2b$Companion_instance === null) {
new Blake2b$Companion();
}
return Blake2b$Companion_instance;
}
Object.defineProperty(Blake2b.prototype, 'MAX_HASH_BYTES', {
get: function () {
return this.MAX_HASH_BYTES_b5cfdo$_0;
}
});
Blake2b.prototype.update_ummv9a$ = function (data) {
if (data.length === 0) {
throw RuntimeException_init('Updating with empty array is not allowed. If you need empty hash, just call digest without updating');
}
if ((this.bufferCounter + data.length | 0) < 128)
this.appendToBuffer_0(data, this.bufferCounter);
else if ((this.bufferCounter + data.length | 0) >= 128) {
var last = data.length % 128;
var hasLast = last !== 0;
var numberOfSlices = data.length / 128 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(data, until(Kotlin.imul(i, 128), Kotlin.imul(i + 1 | 0, 128))));
}
if (hasLast) {
result.add_11rb$(slice(data, until(Kotlin.imul(numberOfSlices, 128), data.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
var chunked = copyToArray(destination);
var tmp$_0;
for (tmp$_0 = 0; tmp$_0 !== chunked.length; ++tmp$_0) {
var element = chunked[tmp$_0];
if ((this.bufferCounter + element.length | 0) < 128) {
this.appendToBuffer_0(element, this.bufferCounter);
}
else {
arrayCopy(element, this.buffer, this.bufferCounter, 0, 128 - this.bufferCounter | 0);
this.counter = this.counter.plus_za3lpa$(128);
this.consumeBlock_0(this.buffer);
var array = Array_0(128);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_1; i_0++) {
var init$result;
var tmp$_2;
tmp$_2 = element.length - (128 - this.bufferCounter) | 0;
if (0 <= i_0 && i_0 < tmp$_2) {
init$result = element[i_0 + (128 - this.bufferCounter) | 0];
}
else {
init$result = new UByte_init(0);
}
array[i_0] = init$result;
}
this.buffer = array;
this.bufferCounter = element.length - (128 - this.bufferCounter) | 0;
}
}
}
};
Blake2b.prototype.update_61zpoe$ = function (data) {
var $receiver = encodeToByteArray(data);
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(new UByte_init(item));
}
this.update_ummv9a$(copyToArray(destination));
};
Blake2b.prototype.appendToBuffer_0 = function (array, start) {
arrayCopy(array, this.buffer, start, 0, array.length);
this.bufferCounter = this.bufferCounter + array.length | 0;
};
Blake2b.prototype.consumeBlock_0 = function (block) {
this.h = Blake2b$Companion_getInstance().compress_c1cv33$(this.h, block, this.counter, false);
};
Blake2b.prototype.digest = function () {
var lastBlockPadded = Blake2b$Companion_getInstance().padToBlock_0(this.buffer);
this.counter = this.counter.plus_za3lpa$(this.bufferCounter);
Blake2b$Companion_getInstance().compress_c1cv33$(this.h, lastBlockPadded, this.counter, true);
var result = Blake2b$Companion_getInstance().formatResult_0(this.h);
this.reset_0();
return result;
};
Blake2b.prototype.digestString = function () {
var $receiver = this.digest();
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(toString(item, 16));
}
return joinToString(destination, '');
};
Blake2b.prototype.reset_0 = function () {
this.h = Blake2b$Companion_getInstance().iv_0.slice();
this.counter = BigInteger.Companion.ZERO;
this.bufferCounter = 0;
var array = Array_0(128);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
array[i] = new UByte_init(0);
}
this.buffer = array;
};
Blake2b.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Blake2b',
interfaces: [UpdatableHash]
};
function Blake2b_init(key, requestedHashLenght, $this) {
if (requestedHashLenght === void 0)
requestedHashLenght = 64;
$this = $this || Object.create(Blake2b.prototype);
var tmp$, tmp$_0, tmp$_1;
var tmp$_2;
if ((tmp$ = key != null ? encodeToByteArray(key) : null) != null) {
var destination = ArrayList_init(tmp$.length);
var tmp$_3;
for (tmp$_3 = 0; tmp$_3 !== tmp$.length; ++tmp$_3) {
var item = tmp$[tmp$_3];
destination.add_11rb$(new UByte_init(item));
}
tmp$_2 = destination;
}
else
tmp$_2 = null;
Blake2b.call($this, (tmp$_1 = (tmp$_0 = tmp$_2) != null ? copyToArray(tmp$_0) : null) != null ? tmp$_1 : [], requestedHashLenght);
return $this;
}
var chunked$lambda_0 = wrapFunction(function () {
var copyToArray = Kotlin.kotlin.collections.copyToArray;
return function (it) {
return copyToArray(it);
};
});
function Sha256() {
Sha256$Companion_getInstance();
this.MAX_HASH_BYTES_mqxonl$_0 = 32;
this.h = Sha256$Companion_getInstance().iv.slice();
this.counter = 0;
this.bufferCounter = 0;
var array = Array_0(64);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
array[i] = new UByte_init(0);
}
this.buffer = array;
}
Object.defineProperty(Sha256.prototype, 'MAX_HASH_BYTES', {
get: function () {
return this.MAX_HASH_BYTES_mqxonl$_0;
}
});
function Sha256$Companion() {
Sha256$Companion_instance = this;
this.BLOCK_SIZE = 512;
this.BLOCK_SIZE_IN_BYTES = 64;
this.UINT_MASK = new UInt(-1);
this.BYTE_MASK_FROM_ULONG = new ULong_init(Kotlin.Long.fromInt(255));
this.BYTE_MASK_FROM_UINT = new UInt(255);
this.MAX_HASH_BYTES_at6ood$_0 = 32;
this.iv = [new UInt(1779033703), new UInt(-1150833019), new UInt(1013904242), new UInt(-1521486534), new UInt(1359893119), new UInt(-1694144372), new UInt(528734635), new UInt(1541459225)];
this.k = [new UInt(1116352408), new UInt(1899447441), new UInt(-1245643825), new UInt(-373957723), new UInt(961987163), new UInt(1508970993), new UInt(-1841331548), new UInt(-1424204075), new UInt(-670586216), new UInt(310598401), new UInt(607225278), new UInt(1426881987), new UInt(1925078388), new UInt(-2132889090), new UInt(-1680079193), new UInt(-1046744716), new UInt(-459576895), new UInt(-272742522), new UInt(264347078), new UInt(604807628), new UInt(770255983), new UInt(1249150122), new UInt(1555081692), new UInt(1996064986), new UInt(-1740746414), new UInt(-1473132947), new UInt(-1341970488), new UInt(-1084653625), new UInt(-958395405), new UInt(-710438585), new UInt(113926993), new UInt(338241895), new UInt(666307205), new UInt(773529912), new UInt(1294757372), new UInt(1396182291), new UInt(1695183700), new UInt(1986661051), new UInt(-2117940946), new UInt(-1838011259), new UInt(-1564481375), new UInt(-1474664885), new UInt(-1035236496), new UInt(-949202525), new UInt(-778901479), new UInt(-694614492), new UInt(-200395387), new UInt(275423344), new UInt(430227734), new UInt(506948616), new UInt(659060556), new UInt(883997877), new UInt(958139571), new UInt(1322822218), new UInt(1537002063), new UInt(1747873779), new UInt(1955562222), new UInt(2024104815), new UInt(-2067236844), new UInt(-1933114872), new UInt(-1866530822), new UInt(-1538233109), new UInt(-1090935817), new UInt(-965641998)];
}
Object.defineProperty(Sha256$Companion.prototype, 'MAX_HASH_BYTES', {
get: function () {
return this.MAX_HASH_BYTES_at6ood$_0;
}
});
Sha256$Companion.prototype.digest_5pksov$$default = function (inputString, key, hashLength) {
var tmp$, tmp$_0;
var $receiver = encodeToByteArray(inputString);
var destination = ArrayList_init($receiver.length);
var tmp$_1;
for (tmp$_1 = 0; tmp$_1 !== $receiver.length; ++tmp$_1) {
var item = $receiver[tmp$_1];
destination.add_11rb$(new UByte_init(item));
}
tmp$ = copyToArray(destination);
var tmp$_2;
if (key != null) {
var $receiver_0 = encodeToByteArray(key);
var destination_0 = ArrayList_init($receiver_0.length);
var tmp$_3;
for (tmp$_3 = 0; tmp$_3 !== $receiver_0.length; ++tmp$_3) {
var item_0 = $receiver_0[tmp$_3];
destination_0.add_11rb$(new UByte_init(item_0));
}
tmp$_2 = copyToArray(destination_0);
}
else
tmp$_2 = null;
return this.digest_o2z9gi$(tmp$, (tmp$_0 = tmp$_2) != null ? tmp$_0 : [], hashLength);
};
Sha256$Companion.prototype.digest_o2z9gi$$default = function (inputMessage, key, hashLength) {
var h = {v: this.iv.slice()};
var expansionArray = this.createExpansionArray_za3lpa$(inputMessage.length);
var tmp$ = inputMessage.concat(expansionArray);
var $receiver = inputMessage.length * 8 | 0;
var elements = this.toPaddedByteArray_0(new ULong_init(Kotlin.Long.fromInt($receiver)));
var $receiver_0 = tmp$.concat(elements);
var last = $receiver_0.length % 64;
var hasLast = last !== 0;
var numberOfSlices = $receiver_0.length / 64 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice($receiver_0, until(Kotlin.imul(i, 64), Kotlin.imul(i + 1 | 0, 64))));
}
if (hasLast) {
result.add_11rb$(slice($receiver_0, until(Kotlin.imul(numberOfSlices, 64), $receiver_0.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$_0;
tmp$_0 = result.iterator();
while (tmp$_0.hasNext()) {
var item = tmp$_0.next();
destination.add_11rb$(copyToArray(item));
}
var chunks = copyToArray(destination);
var tmp$_1;
for (tmp$_1 = 0; tmp$_1 !== chunks.length; ++tmp$_1) {
var element = chunks[tmp$_1];
var w = this.expandChunk_0(element);
var $receiver_1 = this.mix_0(h.v, w);
arrayCopy($receiver_1, h.v, 0, 0, $receiver_1.length);
}
var $receiver_2 = this.toPaddedByteArray_1(h.v[0]);
var elements_0 = this.toPaddedByteArray_1(h.v[1]);
var $receiver_3 = $receiver_2.concat(elements_0);
var elements_1 = this.toPaddedByteArray_1(h.v[2]);
var $receiver_4 = $receiver_3.concat(elements_1);
var elements_2 = this.toPaddedByteArray_1(h.v[3]);
var $receiver_5 = $receiver_4.concat(elements_2);
var elements_3 = this.toPaddedByteArray_1(h.v[4]);
var $receiver_6 = $receiver_5.concat(elements_3);
var elements_4 = this.toPaddedByteArray_1(h.v[5]);
var $receiver_7 = $receiver_6.concat(elements_4);
var elements_5 = this.toPaddedByteArray_1(h.v[6]);
var $receiver_8 = $receiver_7.concat(elements_5);
var elements_6 = this.toPaddedByteArray_1(h.v[7]);
var digest = $receiver_8.concat(elements_6);
return digest;
};
Sha256$Companion.prototype.scheduleSigma0_0 = function (value) {
var $this = rotateRight(value, 7);
var other = rotateRight(value, 18);
var tmp$ = new UInt($this.data ^ other.data);
var other_0 = new UInt(value.data >>> 3);
return new UInt(tmp$.data ^ other_0.data);
};
Sha256$Companion.prototype.scheduleSigma1_0 = function (value) {
var $this = rotateRight(value, 17);
var other = rotateRight(value, 19);
var tmp$ = new UInt($this.data ^ other.data);
var other_0 = new UInt(value.data >>> 10);
return new UInt(tmp$.data ^ other_0.data);
};
Sha256$Companion.prototype.compressionSigma0_0 = function (a) {
var $this = rotateRight(a, 2);
var other = rotateRight(a, 13);
var $this_0 = new UInt($this.data ^ other.data);
var other_0 = rotateRight(a, 22);
return new UInt($this_0.data ^ other_0.data);
};
Sha256$Companion.prototype.compressionSigma1_0 = function (e) {
var $this = rotateRight(e, 6);
var other = rotateRight(e, 11);
var $this_0 = new UInt($this.data ^ other.data);
var other_0 = rotateRight(e, 25);
return new UInt($this_0.data ^ other_0.data);
};
Sha256$Companion.prototype.ch_0 = function (x, y, z) {
var tmp$ = new UInt(x.data & y.data);
var other = this.UINT_MASK;
var other_0 = new UInt((new UInt(x.data ^ other.data)).data & z.data);
return new UInt(tmp$.data ^ other_0.data);
};
Sha256$Companion.prototype.maj_0 = function (x, y, z) {
var tmp$ = new UInt(x.data & y.data);
var other = new UInt(x.data & z.data);
var tmp$_0 = new UInt(tmp$.data ^ other.data);
var other_0 = new UInt(y.data & z.data);
return new UInt(tmp$_0.data ^ other_0.data);
};
Sha256$Companion.prototype.expandChunk_0 = function (chunk) {
var array = Array_0(64);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
var init$result;
if (0 <= i && i < 16) {
var tmp$_0 = new UInt((new UInt(chunk[i * 4 | 0].data & 255)).data << 24);
var other = new UInt((new UInt(chunk[(i * 4 | 0) + 1 | 0].data & 255)).data << 16);
var tmp$_1 = new UInt(tmp$_0.data + other.data | 0);
var other_0 = new UInt((new UInt(chunk[(i * 4 | 0) + 2 | 0].data & 255)).data << 8);
var tmp$_2 = new UInt(tmp$_1.data + other_0.data | 0);
var other_1 = new UInt(chunk[(i * 4 | 0) + 3 | 0].data & 255);
var collected = new UInt(tmp$_2.data + other_1.data | 0);
init$result = collected;
}
else {
init$result = new UInt(0);
}
array[i] = init$result;
}
var w = array;
for (var i_0 = 16; i_0 < 64; i_0++) {
var s0 = this.scheduleSigma0_0(w[i_0 - 15 | 0]);
var s1 = this.scheduleSigma1_0(w[i_0 - 2 | 0]);
var $this = new UInt(w[i_0 - 16 | 0].data + s0.data | 0);
var other_2 = w[i_0 - 7 | 0];
w[i_0] = new UInt((new UInt($this.data + other_2.data | 0)).data + s1.data | 0);
}
return w;
};
Sha256$Companion.prototype.mix_0 = function (h, w) {
var paramA = h[0];
var paramB = h[1];
var paramC = h[2];
var paramD = h[3];
var paramE = h[4];
var paramF = h[5];
var paramG = h[6];
var paramH = h[7];
for (var i = 0; i < 64; i++) {
var s1 = this.compressionSigma1_0(paramE);
var ch = this.ch_0(paramE, paramF, paramG);
var $this = new UInt((new UInt(paramH.data + s1.data | 0)).data + ch.data | 0);
var other = this.k[i];
var $this_0 = new UInt($this.data + other.data | 0);
var other_0 = w[i];
var temp1 = new UInt($this_0.data + other_0.data | 0);
var s0 = this.compressionSigma0_0(paramA);
var maj = this.maj_0(paramA, paramB, paramC);
var temp2 = new UInt(s0.data + maj.data | 0);
paramH = paramG;
paramG = paramF;
paramF = paramE;
paramE = new UInt(paramD.data + temp1.data | 0);
paramD = paramC;
paramC = paramB;
paramB = paramA;
paramA = new UInt(temp1.data + temp2.data | 0);
}
var $this_1 = h[0];
var other_1 = paramA;
h[0] = new UInt($this_1.data + other_1.data | 0);
var $this_2 = h[1];
var other_2 = paramB;
h[1] = new UInt($this_2.data + other_2.data | 0);
var $this_3 = h[2];
var other_3 = paramC;
h[2] = new UInt($this_3.data + other_3.data | 0);
var $this_4 = h[3];
var other_4 = paramD;
h[3] = new UInt($this_4.data + other_4.data | 0);
var $this_5 = h[4];
var other_5 = paramE;
h[4] = new UInt($this_5.data + other_5.data | 0);
var $this_6 = h[5];
var other_6 = paramF;
h[5] = new UInt($this_6.data + other_6.data | 0);
var $this_7 = h[6];
var other_7 = paramG;
h[6] = new UInt($this_7.data + other_7.data | 0);
var $this_8 = h[7];
var other_8 = paramH;
h[7] = new UInt($this_8.data + other_8.data | 0);
return h;
};
Sha256$Companion.prototype.createExpansionArray_za3lpa$ = function (originalSizeInBytes) {
var tmp$;
var originalMessageSizeInBits = originalSizeInBytes * 8 | 0;
var expandedRemainderOf512 = (originalMessageSizeInBits + 64 + 1 | 0) % 512;
if (expandedRemainderOf512 === 0)
tmp$ = 0;
else
tmp$ = (512 - expandedRemainderOf512 | 0) / 8 | 0;
var zeroAddAmount = tmp$;
var array = Array_0(zeroAddAmount + 1 | 0);
var tmp$_0;
tmp$_0 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_0; i++) {
var init$result;
if (i === 0) {
init$result = new UByte_init(-128);
}
else {
init$result = new UByte_init(0);
}
array[i] = init$result;
}
var expansionArray = array;
return expansionArray;
};
Sha256$Companion.prototype.toPaddedByteArray_0 = function ($receiver) {
var byteMask = this.BYTE_MASK_FROM_ULONG;
var array = Array_0(8);
var tmp$;
tmp$ = array.length - 1 | 0;
loop_label: for (var i = 0; i <= tmp$; i++) {
var init$result;
init$break: do {
switch (i) {
case 7:
init$result = new UByte_init(toByte((new ULong_init($receiver.data.and(byteMask.data))).data.toInt()));
break init$break;
case 6:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(8))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 5:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(16))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 4:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(24))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 3:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(32))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 2:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(40))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 1:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(48))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 0:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(54))).data.and(byteMask.data))).data.toInt()));
break init$break;
default:throw RuntimeException_init('Invalid conversion');
}
}
while (false);
array[i] = init$result;
}
return array;
};
Sha256$Companion.prototype.toPaddedByteArray_1 = function ($receiver) {
var byteMask = this.BYTE_MASK_FROM_UINT;
var array = Array_0(4);
var tmp$;
tmp$ = array.length - 1 | 0;
loop_label: for (var i = 0; i <= tmp$; i++) {
var init$result;
init$break: do {
switch (i) {
case 3:
init$result = new UByte_init(toByte((new UInt($receiver.data & byteMask.data)).data));
break init$break;
case 2:
init$result = new UByte_init(toByte((new UInt((new UInt($receiver.data >>> 8)).data & byteMask.data)).data));
break init$break;
case 1:
init$result = new UByte_init(toByte((new UInt((new UInt($receiver.data >>> 16)).data & byteMask.data)).data));
break init$break;
case 0:
init$result = new UByte_init(toByte((new UInt((new UInt($receiver.data >>> 24)).data & byteMask.data)).data));
break init$break;
default:throw RuntimeException_init('Invalid conversion');
}
}
while (false);
array[i] = init$result;
}
return array;
};
Sha256$Companion.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Companion',
interfaces: [StatelessHash]
};
var Sha256$Companion_instance = null;
function Sha256$Companion_getInstance() {
if (Sha256$Companion_instance === null) {
new Sha256$Companion();
}
return Sha256$Companion_instance;
}
Sha256.prototype.update_61zpoe$ = function (data) {
var $receiver = encodeToByteArray(data);
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(new UByte_init(item));
}
return this.update_ummv9a$(copyToArray(destination));
};
Sha256.prototype.update_ummv9a$ = function (data) {
if (data.length === 0) {
throw RuntimeException_init('Updating with empty array is not allowed. If you need empty hash, just call digest without updating');
}
if ((this.bufferCounter + data.length | 0) < 64)
this.appendToBuffer_0(data, this.bufferCounter);
else if ((this.bufferCounter + data.length | 0) >= 64) {
var last = data.length % 64;
var hasLast = last !== 0;
var numberOfSlices = data.length / 64 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(data, until(Kotlin.imul(i, 64), Kotlin.imul(i + 1 | 0, 64))));
}
if (hasLast) {
result.add_11rb$(slice(data, until(Kotlin.imul(numberOfSlices, 64), data.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
var chunked = copyToArray(destination);
var tmp$_0;
for (tmp$_0 = 0; tmp$_0 !== chunked.length; ++tmp$_0) {
var element = chunked[tmp$_0];
if ((this.bufferCounter + element.length | 0) < 64) {
this.appendToBuffer_0(element, this.bufferCounter);
}
else {
arrayCopy(element, this.buffer, this.bufferCounter, 0, 64 - this.bufferCounter | 0);
this.counter = this.counter + 64 | 0;
this.consumeBlock_0(this.buffer);
var array = Array_0(64);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_1; i_0++) {
var init$result;
var tmp$_2;
tmp$_2 = element.length - (64 - this.bufferCounter) | 0;
if (0 <= i_0 && i_0 < tmp$_2) {
init$result = element[i_0 + (64 - this.bufferCounter) | 0];
}
else {
init$result = new UByte_init(0);
}
array[i_0] = init$result;
}
this.buffer = array;
this.bufferCounter = element.length - (64 - this.bufferCounter) | 0;
}
}
}
};
Sha256.prototype.consumeBlock_0 = function (block) {
var w = Sha256$Companion_getInstance().expandChunk_0(block);
var $receiver = Sha256$Companion_getInstance().mix_0(this.h, w);
arrayCopy($receiver, this.h, 0, 0, $receiver.length);
};
Sha256.prototype.digest = function () {
var length = this.counter + this.bufferCounter | 0;
var expansionArray = Sha256$Companion_getInstance().createExpansionArray_za3lpa$(length);
var tmp$ = copyOfRange(this.buffer, 0, this.bufferCounter).concat(expansionArray);
var tmp$_0 = Sha256$Companion_getInstance();
var $receiver = length * 8 | 0;
var elements = tmp$_0.toPaddedByteArray_0(new ULong_init(Kotlin.Long.fromInt($receiver)));
var finalBlock = tmp$.concat(elements);
var last = finalBlock.length % 64;
var hasLast = last !== 0;
var numberOfSlices = finalBlock.length / 64 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(finalBlock, until(Kotlin.imul(i, 64), Kotlin.imul(i + 1 | 0, 64))));
}
if (hasLast) {
result.add_11rb$(slice(finalBlock, until(Kotlin.imul(numberOfSlices, 64), finalBlock.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$_1;
tmp$_1 = result.iterator();
while (tmp$_1.hasNext()) {
var item = tmp$_1.next();
destination.add_11rb$(copyToArray(item));
}
var $receiver_0 = copyToArray(destination);
var tmp$_2;
for (tmp$_2 = 0; tmp$_2 !== $receiver_0.length; ++tmp$_2) {
var element = $receiver_0[tmp$_2];
this.consumeBlock_0(element);
}
var $receiver_1 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[0]);
var elements_0 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[1]);
var $receiver_2 = $receiver_1.concat(elements_0);
var elements_1 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[2]);
var $receiver_3 = $receiver_2.concat(elements_1);
var elements_2 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[3]);
var $receiver_4 = $receiver_3.concat(elements_2);
var elements_3 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[4]);
var $receiver_5 = $receiver_4.concat(elements_3);
var elements_4 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[5]);
var $receiver_6 = $receiver_5.concat(elements_4);
var elements_5 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[6]);
var $receiver_7 = $receiver_6.concat(elements_5);
var elements_6 = Sha256$Companion_getInstance().toPaddedByteArray_1(this.h[7]);
var digest = $receiver_7.concat(elements_6);
return digest;
};
Sha256.prototype.digestString = function () {
var $receiver = this.digest();
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(toString(item, 16));
}
return joinToString(destination, '');
};
Sha256.prototype.appendToBuffer_0 = function (array, start) {
arrayCopy(array, this.buffer, start, 0, array.length);
this.bufferCounter = this.bufferCounter + array.length | 0;
};
Sha256.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Sha256',
interfaces: [UpdatableHash]
};
var chunked$lambda_1 = wrapFunction(function () {
var copyToArray = Kotlin.kotlin.collections.copyToArray;
return function (it) {
return copyToArray(it);
};
});
function Sha512() {
Sha512$Companion_getInstance();
this.MAX_HASH_BYTES_h6j4ni$_0 = 32;
this.h = Sha512$Companion_getInstance().iv.slice();
this.counter = 0;
this.bufferCounter = 0;
var array = Array_0(128);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
array[i] = new UByte_init(0);
}
this.buffer = array;
}
Object.defineProperty(Sha512.prototype, 'MAX_HASH_BYTES', {
get: function () {
return this.MAX_HASH_BYTES_h6j4ni$_0;
}
});
function Sha512$Companion() {
Sha512$Companion_instance = this;
this.BLOCK_SIZE = 1024;
this.BLOCK_SIZE_IN_BYTES = 128;
this.CHUNK_SIZE = 80;
this.ULONG_MASK = new ULong_init(Kotlin.Long.NEG_ONE);
this.MAX_HASH_BYTES_1k9xu8$_0 = 32;
this.k = [new ULong_init(new Kotlin.Long(-685199838, 1116352408)), new ULong_init(new Kotlin.Long(602891725, 1899447441)), new ULong_init(new Kotlin.Long(-330482897, -1245643825)), new ULong_init(new Kotlin.Long(-2121671748, -373957723)), new ULong_init(new Kotlin.Long(-213338824, 961987163)), new ULong_init(new Kotlin.Long(-1241133031, 1508970993)), new ULong_init(new Kotlin.Long(-1357295717, -1841331548)), new ULong_init(new Kotlin.Long(-630357736, -1424204075)), new ULong_init(new Kotlin.Long(-1560083902, -670586216)), new ULong_init(new Kotlin.Long(1164996542, 310598401)), new ULong_init(new Kotlin.Long(1323610764, 607225278)), new ULong_init(new Kotlin.Long(-704662302, 1426881987)), new ULong_init(new Kotlin.Long(-226784913, 1925078388)), new ULong_init(new Kotlin.Long(991336113, -2132889090)), new ULong_init(new Kotlin.Long(633803317, -1680079193)), new ULong_init(new Kotlin.Long(-815192428, -1046744716)), new ULong_init(new Kotlin.Long(-1628353838, -459576895)), new ULong_init(new Kotlin.Long(944711139, -272742522)), new ULong_init(new Kotlin.Long(-1953704523, 264347078)), new ULong_init(new Kotlin.Long(2007800933, 604807628)), new ULong_init(new Kotlin.Long(1495990901, 770255983)), new ULong_init(new Kotlin.Long(1856431235, 1249150122)), new ULong_init(new Kotlin.Long(-1119749164, 1555081692)), new ULong_init(new Kotlin.Long(-2096016459, 1996064986)), new ULong_init(new Kotlin.Long(-295247957, -1740746414)), new ULong_init(new Kotlin.Long(766784016, -1473132947)), new ULong_init(new Kotlin.Long(-1728372417, -1341970488)), new ULong_init(new Kotlin.Long(-1091629340, -1084653625)), new ULong_init(new Kotlin.Long(1034457026, -958395405)), new ULong_init(new Kotlin.Long(-1828018395, -710438585)), new ULong_init(new Kotlin.Long(-536640913, 113926993)), new ULong_init(new Kotlin.Long(168717936, 338241895)), new ULong_init(new Kotlin.Long(1188179964, 666307205)), new ULong_init(new Kotlin.Long(1546045734, 773529912)), new ULong_init(new Kotlin.Long(1522805485, 1294757372)), new ULong_init(new Kotlin.Long(-1651133473, 1396182291)), new ULong_init(new Kotlin.Long(-1951439906, 1695183700)), new ULong_init(new Kotlin.Long(1014477480, 1986661051)), new ULong_init(new Kotlin.Long(1206759142, -2117940946)), new ULong_init(new Kotlin.Long(344077627, -1838011259)), new ULong_init(new Kotlin.Long(1290863460, -1564481375)), new ULong_init(new Kotlin.Long(-1136513023, -1474664885)), new ULong_init(new Kotlin.Long(-789014639, -1035236496)), new ULong_init(new Kotlin.Long(106217008, -949202525)), new ULong_init(new Kotlin.Long(-688958952, -778901479)), new ULong_init(new Kotlin.Long(1432725776, -694614492)), new ULong_init(new Kotlin.Long(1467031594, -200395387)), new ULong_init(new Kotlin.Long(851169720, 275423344)), new ULong_init(new Kotlin.Long(-1194143544, 430227734)), new ULong_init(new Kotlin.Long(1363258195, 506948616)), new ULong_init(new Kotlin.Long(-544281703, 659060556)), new ULong_init(new Kotlin.Long(-509917016, 883997877)), new ULong_init(new Kotlin.Long(-976659869, 958139571)), new ULong_init(new Kotlin.Long(-482243893, 1322822218)), new ULong_init(new Kotlin.Long(2003034995, 1537002063)), new ULong_init(new Kotlin.Long(-692930397, 1747873779)), new ULong_init(new Kotlin.Long(1575990012, 1955562222)), new ULong_init(new Kotlin.Long(1125592928, 2024104815)), new ULong_init(new Kotlin.Long(-1578062990, -2067236844)), new ULong_init(new Kotlin.Long(442776044, -1933114872)), new ULong_init(new Kotlin.Long(593698344, -1866530822)), new ULong_init(new Kotlin.Long(-561857047, -1538233109)), new ULong_init(new Kotlin.Long(-1295615723, -1090935817)), new ULong_init(new Kotlin.Long(-479046869, -965641998)), new ULong_init(new Kotlin.Long(-366583396, -903397682)), new ULong_init(new Kotlin.Long(566280711, -779700025)), new ULong_init(new Kotlin.Long(-840897762, -354779690)), new ULong_init(new Kotlin.Long(-294727304, -176337025)), new ULong_init(new Kotlin.Long(1914138554, 116418474)), new ULong_init(new Kotlin.Long(-1563912026, 174292421)), new ULong_init(new Kotlin.Long(-1090974290, 289380356)), new ULong_init(new Kotlin.Long(320620315, 460393269)), new ULong_init(new Kotlin.Long(587496836, 685471733)), new ULong_init(new Kotlin.Long(1086792851, 852142971)), new ULong_init(new Kotlin.Long(365543100, 1017036298)), new ULong_init(new Kotlin.Long(-1676669620, 1126000580)), new ULong_init(new Kotlin.Long(-885112138, 1288033470)), new ULong_init(new Kotlin.Long(-60457430, 1501505948)), new ULong_init(new Kotlin.Long(987167468, 1607167915)), new ULong_init(new Kotlin.Long(1246189591, 1816402316))];
this.iv = [new ULong_init(new Kotlin.Long(-205731576, 1779033703)), new ULong_init(new Kotlin.Long(-2067093701, -1150833019)), new ULong_init(new Kotlin.Long(-23791573, 1013904242)), new ULong_init(new Kotlin.Long(1595750129, -1521486534)), new ULong_init(new Kotlin.Long(-1377402159, 1359893119)), new ULong_init(new Kotlin.Long(725511199, -1694144372)), new ULong_init(new Kotlin.Long(-79577749, 528734635)), new ULong_init(new Kotlin.Long(327033209, 1541459225))];
}
Object.defineProperty(Sha512$Companion.prototype, 'MAX_HASH_BYTES', {
get: function () {
return this.MAX_HASH_BYTES_1k9xu8$_0;
}
});
Sha512$Companion.prototype.digest_5pksov$$default = function (inputString, key, hashLength) {
var tmp$, tmp$_0;
var $receiver = encodeToByteArray(inputString);
var destination = ArrayList_init($receiver.length);
var tmp$_1;
for (tmp$_1 = 0; tmp$_1 !== $receiver.length; ++tmp$_1) {
var item = $receiver[tmp$_1];
destination.add_11rb$(new UByte_init(item));
}
tmp$ = copyToArray(destination);
var tmp$_2;
if (key != null) {
var $receiver_0 = encodeToByteArray(key);
var destination_0 = ArrayList_init($receiver_0.length);
var tmp$_3;
for (tmp$_3 = 0; tmp$_3 !== $receiver_0.length; ++tmp$_3) {
var item_0 = $receiver_0[tmp$_3];
destination_0.add_11rb$(new UByte_init(item_0));
}
tmp$_2 = copyToArray(destination_0);
}
else
tmp$_2 = null;
return this.digest_o2z9gi$(tmp$, (tmp$_0 = tmp$_2) != null ? tmp$_0 : [], hashLength);
};
Sha512$Companion.prototype.digest_o2z9gi$$default = function (inputMessage, key, hashLength) {
var h = {v: this.iv.slice()};
var expansionArray = this.createExpansionArray_za3lpa$(inputMessage.length);
var tmp$ = inputMessage.concat(expansionArray);
var $receiver = inputMessage.length * 8 | 0;
var elements = this.toPadded128BitByteArray_0(new ULong_init(Kotlin.Long.fromInt($receiver)));
var $receiver_0 = tmp$.concat(elements);
var last = $receiver_0.length % 128;
var hasLast = last !== 0;
var numberOfSlices = $receiver_0.length / 128 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice($receiver_0, until(Kotlin.imul(i, 128), Kotlin.imul(i + 1 | 0, 128))));
}
if (hasLast) {
result.add_11rb$(slice($receiver_0, until(Kotlin.imul(numberOfSlices, 128), $receiver_0.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$_0;
tmp$_0 = result.iterator();
while (tmp$_0.hasNext()) {
var item = tmp$_0.next();
destination.add_11rb$(copyToArray(item));
}
var chunks = copyToArray(destination);
var tmp$_1;
for (tmp$_1 = 0; tmp$_1 !== chunks.length; ++tmp$_1) {
var element = chunks[tmp$_1];
var w = this.expandChunk_0(element);
this.mix_0(h.v, w);
}
var $receiver_1 = this.toPaddedByteArray_0(h.v[0]);
var elements_0 = this.toPaddedByteArray_0(h.v[1]);
var $receiver_2 = $receiver_1.concat(elements_0);
var elements_1 = this.toPaddedByteArray_0(h.v[2]);
var $receiver_3 = $receiver_2.concat(elements_1);
var elements_2 = this.toPaddedByteArray_0(h.v[3]);
var $receiver_4 = $receiver_3.concat(elements_2);
var elements_3 = this.toPaddedByteArray_0(h.v[4]);
var $receiver_5 = $receiver_4.concat(elements_3);
var elements_4 = this.toPaddedByteArray_0(h.v[5]);
var $receiver_6 = $receiver_5.concat(elements_4);
var elements_5 = this.toPaddedByteArray_0(h.v[6]);
var $receiver_7 = $receiver_6.concat(elements_5);
var elements_6 = this.toPaddedByteArray_0(h.v[7]);
var digest = $receiver_7.concat(elements_6);
return digest;
};
Sha512$Companion.prototype.scheduleSigma0_0 = function (value) {
var $this = rotateRight_0(value, 1);
var other = rotateRight_0(value, 8);
var tmp$ = new ULong_init($this.data.xor(other.data));
var other_0 = new ULong_init(value.data.shiftRightUnsigned(7));
return new ULong_init(tmp$.data.xor(other_0.data));
};
Sha512$Companion.prototype.scheduleSigma1_0 = function (value) {
var $this = rotateRight_0(value, 19);
var other = rotateRight_0(value, 61);
var tmp$ = new ULong_init($this.data.xor(other.data));
var other_0 = new ULong_init(value.data.shiftRightUnsigned(6));
return new ULong_init(tmp$.data.xor(other_0.data));
};
Sha512$Companion.prototype.compressionSigma0_0 = function (e) {
var $this = rotateRight_0(e, 28);
var other = rotateRight_0(e, 34);
var $this_0 = new ULong_init($this.data.xor(other.data));
var other_0 = rotateRight_0(e, 39);
return new ULong_init($this_0.data.xor(other_0.data));
};
Sha512$Companion.prototype.compressionSigma1_0 = function (a) {
var $this = rotateRight_0(a, 14);
var other = rotateRight_0(a, 18);
var $this_0 = new ULong_init($this.data.xor(other.data));
var other_0 = rotateRight_0(a, 41);
return new ULong_init($this_0.data.xor(other_0.data));
};
Sha512$Companion.prototype.ch_0 = function (x, y, z) {
var tmp$ = new ULong_init(x.data.and(y.data));
var other = this.ULONG_MASK;
var other_0 = new ULong_init((new ULong_init(x.data.xor(other.data))).data.and(z.data));
return new ULong_init(tmp$.data.xor(other_0.data));
};
Sha512$Companion.prototype.maj_0 = function (x, y, z) {
var tmp$ = new ULong_init(x.data.and(y.data));
var other = new ULong_init(x.data.and(z.data));
var tmp$_0 = new ULong_init(tmp$.data.xor(other.data));
var other_0 = new ULong_init(y.data.and(z.data));
return new ULong_init(tmp$_0.data.xor(other_0.data));
};
Sha512$Companion.prototype.expandChunk_0 = function (chunk) {
var array = Array_0(80);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
var init$result;
if (0 <= i && i < 16) {
var $this = chunk[i * 8 | 0];
var tmp$_0 = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this.data).and(L255))).data.shiftLeft(56));
var $this_0 = chunk[(i * 8 | 0) + 1 | 0];
var other = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this_0.data).and(L255))).data.shiftLeft(48));
var tmp$_1 = new ULong_init(tmp$_0.data.add(other.data));
var $this_1 = chunk[(i * 8 | 0) + 2 | 0];
var other_0 = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this_1.data).and(L255))).data.shiftLeft(40));
var tmp$_2 = new ULong_init(tmp$_1.data.add(other_0.data));
var $this_2 = chunk[(i * 8 | 0) + 3 | 0];
var other_1 = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this_2.data).and(L255))).data.shiftLeft(32));
var tmp$_3 = new ULong_init(tmp$_2.data.add(other_1.data));
var $this_3 = chunk[(i * 8 | 0) + 4 | 0];
var other_2 = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this_3.data).and(L255))).data.shiftLeft(24));
var tmp$_4 = new ULong_init(tmp$_3.data.add(other_2.data));
var $this_4 = chunk[(i * 8 | 0) + 5 | 0];
var other_3 = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this_4.data).and(L255))).data.shiftLeft(16));
var tmp$_5 = new ULong_init(tmp$_4.data.add(other_3.data));
var $this_5 = chunk[(i * 8 | 0) + 6 | 0];
var other_4 = new ULong_init((new ULong_init(Kotlin.Long.fromInt($this_5.data).and(L255))).data.shiftLeft(8));
var tmp$_6 = new ULong_init(tmp$_5.data.add(other_4.data));
var $this_6 = chunk[(i * 8 | 0) + 7 | 0];
var other_5 = new ULong_init(Kotlin.Long.fromInt($this_6.data).and(L255));
var collected = new ULong_init(tmp$_6.data.add(other_5.data));
init$result = collected;
}
else {
init$result = new ULong_init(Kotlin.Long.ZERO);
}
array[i] = init$result;
}
var w = array;
for (var i_0 = 16; i_0 < 80; i_0++) {
var s0 = this.scheduleSigma0_0(w[i_0 - 15 | 0]);
var s1 = this.scheduleSigma1_0(w[i_0 - 2 | 0]);
var $this_7 = new ULong_init(w[i_0 - 16 | 0].data.add(s0.data));
var other_6 = w[i_0 - 7 | 0];
w[i_0] = new ULong_init((new ULong_init($this_7.data.add(other_6.data))).data.add(s1.data));
}
return w;
};
Sha512$Companion.prototype.mix_0 = function (h, w) {
var paramA = h[0];
var paramB = h[1];
var paramC = h[2];
var paramD = h[3];
var paramE = h[4];
var paramF = h[5];
var paramG = h[6];
var paramH = h[7];
for (var i = 0; i < 80; i++) {
var s1 = this.compressionSigma1_0(paramE);
var ch = this.ch_0(paramE, paramF, paramG);
var $this = new ULong_init((new ULong_init(paramH.data.add(s1.data))).data.add(ch.data));
var other = this.k[i];
var $this_0 = new ULong_init($this.data.add(other.data));
var other_0 = w[i];
var temp1 = new ULong_init($this_0.data.add(other_0.data));
var s0 = this.compressionSigma0_0(paramA);
var maj = this.maj_0(paramA, paramB, paramC);
var temp2 = new ULong_init(s0.data.add(maj.data));
paramH = paramG;
paramG = paramF;
paramF = paramE;
paramE = new ULong_init(paramD.data.add(temp1.data));
paramD = paramC;
paramC = paramB;
paramB = paramA;
paramA = new ULong_init(temp1.data.add(temp2.data));
}
var $this_1 = h[0];
var other_1 = paramA;
h[0] = new ULong_init($this_1.data.add(other_1.data));
var $this_2 = h[1];
var other_2 = paramB;
h[1] = new ULong_init($this_2.data.add(other_2.data));
var $this_3 = h[2];
var other_3 = paramC;
h[2] = new ULong_init($this_3.data.add(other_3.data));
var $this_4 = h[3];
var other_4 = paramD;
h[3] = new ULong_init($this_4.data.add(other_4.data));
var $this_5 = h[4];
var other_5 = paramE;
h[4] = new ULong_init($this_5.data.add(other_5.data));
var $this_6 = h[5];
var other_6 = paramF;
h[5] = new ULong_init($this_6.data.add(other_6.data));
var $this_7 = h[6];
var other_7 = paramG;
h[6] = new ULong_init($this_7.data.add(other_7.data));
var $this_8 = h[7];
var other_8 = paramH;
h[7] = new ULong_init($this_8.data.add(other_8.data));
return h;
};
Sha512$Companion.prototype.createExpansionArray_za3lpa$ = function (originalSizeInBytes) {
var tmp$;
var originalMessageSizeInBits = originalSizeInBytes * 8 | 0;
var expandedRemainderOf1024 = (originalMessageSizeInBits + 129 | 0) % 1024;
if (expandedRemainderOf1024 === 0)
tmp$ = 0;
else
tmp$ = (1024 - expandedRemainderOf1024 | 0) / 8 | 0;
var zeroAddAmount = tmp$;
var array = Array_0(zeroAddAmount + 1 | 0);
var tmp$_0;
tmp$_0 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_0; i++) {
var init$result;
if (i === 0) {
init$result = new UByte_init(-128);
}
else {
init$result = new UByte_init(0);
}
array[i] = init$result;
}
var expansionArray = array;
return expansionArray;
};
Sha512$Companion.prototype.toPaddedByteArray_0 = function ($receiver) {
var byteMask = new ULong_init(Kotlin.Long.fromInt(255));
var array = Array_0(8);
var tmp$;
tmp$ = array.length - 1 | 0;
loop_label: for (var i = 0; i <= tmp$; i++) {
var init$result;
init$break: do {
switch (i) {
case 7:
init$result = new UByte_init(toByte((new ULong_init($receiver.data.and(byteMask.data))).data.toInt()));
break init$break;
case 6:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(8))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 5:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(16))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 4:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(24))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 3:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(32))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 2:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(40))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 1:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(48))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 0:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(56))).data.and(byteMask.data))).data.toInt()));
break init$break;
default:init$result = new UByte_init(0);
break init$break;
}
}
while (false);
array[i] = init$result;
}
return array;
};
Sha512$Companion.prototype.toPadded128BitByteArray_0 = function ($receiver) {
var byteMask = new ULong_init(Kotlin.Long.fromInt(255));
var array = Array_0(16);
var tmp$;
tmp$ = array.length - 1 | 0;
loop_label: for (var i = 0; i <= tmp$; i++) {
var init$result;
init$break: do {
switch (i) {
case 15:
init$result = new UByte_init(toByte((new ULong_init($receiver.data.and(byteMask.data))).data.toInt()));
break init$break;
case 14:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(8))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 13:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(16))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 12:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(24))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 11:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(32))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 10:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(40))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 9:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(48))).data.and(byteMask.data))).data.toInt()));
break init$break;
case 8:
init$result = new UByte_init(toByte((new ULong_init((new ULong_init($receiver.data.shiftRightUnsigned(54))).data.and(byteMask.data))).data.toInt()));
break init$break;
default:init$result = new UByte_init(0);
break init$break;
}
}
while (false);
array[i] = init$result;
}
return array;
};
Sha512$Companion.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Companion',
interfaces: [StatelessHash]
};
var Sha512$Companion_instance = null;
function Sha512$Companion_getInstance() {
if (Sha512$Companion_instance === null) {
new Sha512$Companion();
}
return Sha512$Companion_instance;
}
Sha512.prototype.update_61zpoe$ = function (data) {
var $receiver = encodeToByteArray(data);
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(new UByte_init(item));
}
return this.update_ummv9a$(copyToArray(destination));
};
Sha512.prototype.update_ummv9a$ = function (data) {
if (data.length === 0) {
throw RuntimeException_init('Updating with empty array is not allowed. If you need empty hash, just call digest without updating');
}
if ((this.bufferCounter + data.length | 0) < 128)
this.appendToBuffer_0(data, this.bufferCounter);
else if ((this.bufferCounter + data.length | 0) >= 128) {
var last = data.length % 128;
var hasLast = last !== 0;
var numberOfSlices = data.length / 128 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(data, until(Kotlin.imul(i, 128), Kotlin.imul(i + 1 | 0, 128))));
}
if (hasLast) {
result.add_11rb$(slice(data, until(Kotlin.imul(numberOfSlices, 128), data.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
var chunked = copyToArray(destination);
var tmp$_0;
for (tmp$_0 = 0; tmp$_0 !== chunked.length; ++tmp$_0) {
var element = chunked[tmp$_0];
if ((this.bufferCounter + element.length | 0) < 128) {
this.appendToBuffer_0(element, this.bufferCounter);
}
else {
arrayCopy(element, this.buffer, this.bufferCounter, 0, 128 - this.bufferCounter | 0);
this.counter = this.counter + 128 | 0;
this.consumeBlock_0(this.buffer);
var array = Array_0(128);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_1; i_0++) {
var init$result;
var tmp$_2;
tmp$_2 = element.length - (128 - this.bufferCounter) | 0;
if (0 <= i_0 && i_0 < tmp$_2) {
init$result = element[i_0 + (128 - this.bufferCounter) | 0];
}
else {
init$result = new UByte_init(0);
}
array[i_0] = init$result;
}
this.buffer = array;
this.bufferCounter = element.length - (128 - this.bufferCounter) | 0;
}
}
}
};
Sha512.prototype.consumeBlock_0 = function (block) {
var w = Sha512$Companion_getInstance().expandChunk_0(block);
var $receiver = Sha512$Companion_getInstance().mix_0(this.h, w);
arrayCopy($receiver, this.h, 0, 0, $receiver.length);
};
Sha512.prototype.digest = function () {
var length = this.counter + this.bufferCounter | 0;
var expansionArray = Sha512$Companion_getInstance().createExpansionArray_za3lpa$(length);
var tmp$ = copyOfRange(this.buffer, 0, this.bufferCounter).concat(expansionArray);
var tmp$_0 = Sha512$Companion_getInstance();
var $receiver = length * 8 | 0;
var elements = tmp$_0.toPadded128BitByteArray_0(new ULong_init(Kotlin.Long.fromInt($receiver)));
var finalBlock = tmp$.concat(elements);
var last = finalBlock.length % 128;
var hasLast = last !== 0;
var numberOfSlices = finalBlock.length / 128 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(finalBlock, until(Kotlin.imul(i, 128), Kotlin.imul(i + 1 | 0, 128))));
}
if (hasLast) {
result.add_11rb$(slice(finalBlock, until(Kotlin.imul(numberOfSlices, 128), finalBlock.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$_1;
tmp$_1 = result.iterator();
while (tmp$_1.hasNext()) {
var item = tmp$_1.next();
destination.add_11rb$(copyToArray(item));
}
var $receiver_0 = copyToArray(destination);
var tmp$_2;
for (tmp$_2 = 0; tmp$_2 !== $receiver_0.length; ++tmp$_2) {
var element = $receiver_0[tmp$_2];
this.consumeBlock_0(element);
}
var $receiver_1 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[0]);
var elements_0 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[1]);
var $receiver_2 = $receiver_1.concat(elements_0);
var elements_1 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[2]);
var $receiver_3 = $receiver_2.concat(elements_1);
var elements_2 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[3]);
var $receiver_4 = $receiver_3.concat(elements_2);
var elements_3 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[4]);
var $receiver_5 = $receiver_4.concat(elements_3);
var elements_4 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[5]);
var $receiver_6 = $receiver_5.concat(elements_4);
var elements_5 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[6]);
var $receiver_7 = $receiver_6.concat(elements_5);
var elements_6 = Sha512$Companion_getInstance().toPaddedByteArray_0(this.h[7]);
var digest = $receiver_7.concat(elements_6);
return digest;
};
Sha512.prototype.digestString = function () {
var $receiver = this.digest();
var destination = ArrayList_init($receiver.length);
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
destination.add_11rb$(toString(item, 16));
}
return joinToString(destination, '');
};
Sha512.prototype.appendToBuffer_0 = function (array, start) {
arrayCopy(array, this.buffer, start, 0, array.length);
this.bufferCounter = this.bufferCounter + array.length | 0;
};
Sha512.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Sha512',
interfaces: [UpdatableHash]
};
function Aes(aesKey, input) {
Aes$Companion_getInstance();
this.aesKey = aesKey;
this.input = input;
var $receiver = until(0, 4);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$;
tmp$ = $receiver.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
var tmp$_0 = destination.add_11rb$;
var array = Array_0(4);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_1; i++) {
array[i] = this.input[(i * 4 | 0) + item | 0];
}
tmp$_0.call(destination, array);
}
this.state = copyToArray(destination);
var tmp$_2, tmp$_3;
tmp$_2 = this.aesKey;
if (Kotlin.isType(tmp$_2, AesKey$Aes128Key))
tmp$_3 = 10;
else if (Kotlin.isType(tmp$_2, AesKey$Aes192Key))
tmp$_3 = 12;
else if (Kotlin.isType(tmp$_2, AesKey$Aes256Key))
tmp$_3 = 14;
else
tmp$_3 = Kotlin.noWhenBranchMatched();
this.numberOfRounds = tmp$_3;
this.expandedKey = this.expandKey();
this.round = 0;
this.completed_igbl6$_0 = false;
}
function Aes$Companion() {
Aes$Companion_instance = this;
this.debug_0 = false;
this.sBox_0 = new UByteArray(new Int8Array([(new UByte_init(99)).toByte(), (new UByte_init(124)).toByte(), (new UByte_init(119)).toByte(), (new UByte_init(123)).toByte(), (new UByte_init(-14)).toByte(), (new UByte_init(107)).toByte(), (new UByte_init(111)).toByte(), (new UByte_init(-59)).toByte(), (new UByte_init(48)).toByte(), (new UByte_init(1)).toByte(), (new UByte_init(103)).toByte(), (new UByte_init(43)).toByte(), (new UByte_init(-2)).toByte(), (new UByte_init(-41)).toByte(), (new UByte_init(-85)).toByte(), (new UByte_init(118)).toByte(), (new UByte_init(-54)).toByte(), (new UByte_init(-126)).toByte(), (new UByte_init(-55)).toByte(), (new UByte_init(125)).toByte(), (new UByte_init(-6)).toByte(), (new UByte_init(89)).toByte(), (new UByte_init(71)).toByte(), (new UByte_init(-16)).toByte(), (new UByte_init(-83)).toByte(), (new UByte_init(-44)).toByte(), (new UByte_init(-94)).toByte(), (new UByte_init(-81)).toByte(), (new UByte_init(-100)).toByte(), (new UByte_init(-92)).toByte(), (new UByte_init(114)).toByte(), (new UByte_init(-64)).toByte(), (new UByte_init(-73)).toByte(), (new UByte_init(-3)).toByte(), (new UByte_init(-109)).toByte(), (new UByte_init(38)).toByte(), (new UByte_init(54)).toByte(), (new UByte_init(63)).toByte(), (new UByte_init(-9)).toByte(), (new UByte_init(-52)).toByte(), (new UByte_init(52)).toByte(), (new UByte_init(-91)).toByte(), (new UByte_init(-27)).toByte(), (new UByte_init(-15)).toByte(), (new UByte_init(113)).toByte(), (new UByte_init(-40)).toByte(), (new UByte_init(49)).toByte(), (new UByte_init(21)).toByte(), (new UByte_init(4)).toByte(), (new UByte_init(-57)).toByte(), (new UByte_init(35)).toByte(), (new UByte_init(-61)).toByte(), (new UByte_init(24)).toByte(), (new UByte_init(-106)).toByte(), (new UByte_init(5)).toByte(), (new UByte_init(-102)).toByte(), (new UByte_init(7)).toByte(), (new UByte_init(18)).toByte(), (new UByte_init(-128)).toByte(), (new UByte_init(-30)).toByte(), (new UByte_init(-21)).toByte(), (new UByte_init(39)).toByte(), (new UByte_init(-78)).toByte(), (new UByte_init(117)).toByte(), (new UByte_init(9)).toByte(), (new UByte_init(-125)).toByte(), (new UByte_init(44)).toByte(), (new UByte_init(26)).toByte(), (new UByte_init(27)).toByte(), (new UByte_init(110)).toByte(), (new UByte_init(90)).toByte(), (new UByte_init(-96)).toByte(), (new UByte_init(82)).toByte(), (new UByte_init(59)).toByte(), (new UByte_init(-42)).toByte(), (new UByte_init(-77)).toByte(), (new UByte_init(41)).toByte(), (new UByte_init(-29)).toByte(), (new UByte_init(47)).toByte(), (new UByte_init(-124)).toByte(), (new UByte_init(83)).toByte(), (new UByte_init(-47)).toByte(), (new UByte_init(0)).toByte(), (new UByte_init(-19)).toByte(), (new UByte_init(32)).toByte(), (new UByte_init(-4)).toByte(), (new UByte_init(-79)).toByte(), (new UByte_init(91)).toByte(), (new UByte_init(106)).toByte(), (new UByte_init(-53)).toByte(), (new UByte_init(-66)).toByte(), (new UByte_init(57)).toByte(), (new UByte_init(74)).toByte(), (new UByte_init(76)).toByte(), (new UByte_init(88)).toByte(), (new UByte_init(-49)).toByte(), (new UByte_init(-48)).toByte(), (new UByte_init(-17)).toByte(), (new UByte_init(-86)).toByte(), (new UByte_init(-5)).toByte(), (new UByte_init(67)).toByte(), (new UByte_init(77)).toByte(), (new UByte_init(51)).toByte(), (new UByte_init(-123)).toByte(), (new UByte_init(69)).toByte(), (new UByte_init(-7)).toByte(), (new UByte_init(2)).toByte(), (new UByte_init(127)).toByte(), (new UByte_init(80)).toByte(), (new UByte_init(60)).toByte(), (new UByte_init(-97)).toByte(), (new UByte_init(-88)).toByte(), (new UByte_init(81)).toByte(), (new UByte_init(-93)).toByte(), (new UByte_init(64)).toByte(), (new UByte_init(-113)).toByte(), (new UByte_init(-110)).toByte(), (new UByte_init(-99)).toByte(), (new UByte_init(56)).toByte(), (new UByte_init(-11)).toByte(), (new UByte_init(-68)).toByte(), (new UByte_init(-74)).toByte(), (new UByte_init(-38)).toByte(), (new UByte_init(33)).toByte(), (new UByte_init(16)).toByte(), (new UByte_init(-1)).toByte(), (new UByte_init(-13)).toByte(), (new UByte_init(-46)).toByte(), (new UByte_init(-51)).toByte(), (new UByte_init(12)).toByte(), (new UByte_init(19)).toByte(), (new UByte_init(-20)).toByte(), (new UByte_init(95)).toByte(), (new UByte_init(-105)).toByte(), (new UByte_init(68)).toByte(), (new UByte_init(23)).toByte(), (new UByte_init(-60)).toByte(), (new UByte_init(-89)).toByte(), (new UByte_init(126)).toByte(), (new UByte_init(61)).toByte(), (new UByte_init(100)).toByte(), (new UByte_init(93)).toByte(), (new UByte_init(25)).toByte(), (new UByte_init(115)).toByte(), (new UByte_init(96)).toByte(), (new UByte_init(-127)).toByte(), (new UByte_init(79)).toByte(), (new UByte_init(-36)).toByte(), (new UByte_init(34)).toByte(), (new UByte_init(42)).toByte(), (new UByte_init(-112)).toByte(), (new UByte_init(-120)).toByte(), (new UByte_init(70)).toByte(), (new UByte_init(-18)).toByte(), (new UByte_init(-72)).toByte(), (new UByte_init(20)).toByte(), (new UByte_init(-34)).toByte(), (new UByte_init(94)).toByte(), (new UByte_init(11)).toByte(), (new UByte_init(-37)).toByte(), (new UByte_init(-32)).toByte(), (new UByte_init(50)).toByte(), (new UByte_init(58)).toByte(), (new UByte_init(10)).toByte(), (new UByte_init(73)).toByte(), (new UByte_init(6)).toByte(), (new UByte_init(36)).toByte(), (new UByte_init(92)).toByte(), (new UByte_init(-62)).toByte(), (new UByte_init(-45)).toByte(), (new UByte_init(-84)).toByte(), (new UByte_init(98)).toByte(), (new UByte_init(-111)).toByte(), (new UByte_init(-107)).toByte(), (new UByte_init(-28)).toByte(), (new UByte_init(121)).toByte(), (new UByte_init(-25)).toByte(), (new UByte_init(-56)).toByte(), (new UByte_init(55)).toByte(), (new UByte_init(109)).toByte(), (new UByte_init(-115)).toByte(), (new UByte_init(-43)).toByte(), (new UByte_init(78)).toByte(), (new UByte_init(-87)).toByte(), (new UByte_init(108)).toByte(), (new UByte_init(86)).toByte(), (new UByte_init(-12)).toByte(), (new UByte_init(-22)).toByte(), (new UByte_init(101)).toByte(), (new UByte_init(122)).toByte(), (new UByte_init(-82)).toByte(), (new UByte_init(8)).toByte(), (new UByte_init(-70)).toByte(), (new UByte_init(120)).toByte(), (new UByte_init(37)).toByte(), (new UByte_init(46)).toByte(), (new UByte_init(28)).toByte(), (new UByte_init(-90)).toByte(), (new UByte_init(-76)).toByte(), (new UByte_init(-58)).toByte(), (new UByte_init(-24)).toByte(), (new UByte_init(-35)).toByte(), (new UByte_init(116)).toByte(), (new UByte_init(31)).toByte(), (new UByte_init(75)).toByte(), (new UByte_init(-67)).toByte(), (new UByte_init(-117)).toByte(), (new UByte_init(-118)).toByte(), (new UByte_init(112)).toByte(), (new UByte_init(62)).toByte(), (new UByte_init(-75)).toByte(), (new UByte_init(102)).toByte(), (new UByte_init(72)).toByte(), (new UByte_init(3)).toByte(), (new UByte_init(-10)).toByte(), (new UByte_init(14)).toByte(), (new UByte_init(97)).toByte(), (new UByte_init(53)).toByte(), (new UByte_init(87)).toByte(), (new UByte_init(-71)).toByte(), (new UByte_init(-122)).toByte(), (new UByte_init(-63)).toByte(), (new UByte_init(29)).toByte(), (new UByte_init(-98)).toByte(), (new UByte_init(-31)).toByte(), (new UByte_init(-8)).toByte(), (new UByte_init(-104)).toByte(), (new UByte_init(17)).toByte(), (new UByte_init(105)).toByte(), (new UByte_init(-39)).toByte(), (new UByte_init(-114)).toByte(), (new UByte_init(-108)).toByte(), (new UByte_init(-101)).toByte(), (new UByte_init(30)).toByte(), (new UByte_init(-121)).toByte(), (new UByte_init(-23)).toByte(), (new UByte_init(-50)).toByte(), (new UByte_init(85)).toByte(), (new UByte_init(40)).toByte(), (new UByte_init(-33)).toByte(), (new UByte_init(-116)).toByte(), (new UByte_init(-95)).toByte(), (new UByte_init(-119)).toByte(), (new UByte_init(13)).toByte(), (new UByte_init(-65)).toByte(), (new UByte_init(-26)).toByte(), (new UByte_init(66)).toByte(), (new UByte_init(104)).toByte(), (new UByte_init(65)).toByte(), (new UByte_init(-103)).toByte(), (new UByte_init(45)).toByte(), (new UByte_init(15)).toByte(), (new UByte_init(-80)).toByte(), (new UByte_init(84)).toByte(), (new UByte_init(-69)).toByte(), (new UByte_init(22)).toByte()]));
this.inverseSBox_0 = new UByteArray(new Int8Array([(new UByte_init(82)).toByte(), (new UByte_init(9)).toByte(), (new UByte_init(106)).toByte(), (new UByte_init(-43)).toByte(), (new UByte_init(48)).toByte(), (new UByte_init(54)).toByte(), (new UByte_init(-91)).toByte(), (new UByte_init(56)).toByte(), (new UByte_init(-65)).toByte(), (new UByte_init(64)).toByte(), (new UByte_init(-93)).toByte(), (new UByte_init(-98)).toByte(), (new UByte_init(-127)).toByte(), (new UByte_init(-13)).toByte(), (new UByte_init(-41)).toByte(), (new UByte_init(-5)).toByte(), (new UByte_init(124)).toByte(), (new UByte_init(-29)).toByte(), (new UByte_init(57)).toByte(), (new UByte_init(-126)).toByte(), (new UByte_init(-101)).toByte(), (new UByte_init(47)).toByte(), (new UByte_init(-1)).toByte(), (new UByte_init(-121)).toByte(), (new UByte_init(52)).toByte(), (new UByte_init(-114)).toByte(), (new UByte_init(67)).toByte(), (new UByte_init(68)).toByte(), (new UByte_init(-60)).toByte(), (new UByte_init(-34)).toByte(), (new UByte_init(-23)).toByte(), (new UByte_init(-53)).toByte(), (new UByte_init(84)).toByte(), (new UByte_init(123)).toByte(), (new UByte_init(-108)).toByte(), (new UByte_init(50)).toByte(), (new UByte_init(-90)).toByte(), (new UByte_init(-62)).toByte(), (new UByte_init(35)).toByte(), (new UByte_init(61)).toByte(), (new UByte_init(-18)).toByte(), (new UByte_init(76)).toByte(), (new UByte_init(-107)).toByte(), (new UByte_init(11)).toByte(), (new UByte_init(66)).toByte(), (new UByte_init(-6)).toByte(), (new UByte_init(-61)).toByte(), (new UByte_init(78)).toByte(), (new UByte_init(8)).toByte(), (new UByte_init(46)).toByte(), (new UByte_init(-95)).toByte(), (new UByte_init(102)).toByte(), (new UByte_init(40)).toByte(), (new UByte_init(-39)).toByte(), (new UByte_init(36)).toByte(), (new UByte_init(-78)).toByte(), (new UByte_init(118)).toByte(), (new UByte_init(91)).toByte(), (new UByte_init(-94)).toByte(), (new UByte_init(73)).toByte(), (new UByte_init(109)).toByte(), (new UByte_init(-117)).toByte(), (new UByte_init(-47)).toByte(), (new UByte_init(37)).toByte(), (new UByte_init(114)).toByte(), (new UByte_init(-8)).toByte(), (new UByte_init(-10)).toByte(), (new UByte_init(100)).toByte(), (new UByte_init(-122)).toByte(), (new UByte_init(104)).toByte(), (new UByte_init(-104)).toByte(), (new UByte_init(22)).toByte(), (new UByte_init(-44)).toByte(), (new UByte_init(-92)).toByte(), (new UByte_init(92)).toByte(), (new UByte_init(-52)).toByte(), (new UByte_init(93)).toByte(), (new UByte_init(101)).toByte(), (new UByte_init(-74)).toByte(), (new UByte_init(-110)).toByte(), (new UByte_init(108)).toByte(), (new UByte_init(112)).toByte(), (new UByte_init(72)).toByte(), (new UByte_init(80)).toByte(), (new UByte_init(-3)).toByte(), (new UByte_init(-19)).toByte(), (new UByte_init(-71)).toByte(), (new UByte_init(-38)).toByte(), (new UByte_init(94)).toByte(), (new UByte_init(21)).toByte(), (new UByte_init(70)).toByte(), (new UByte_init(87)).toByte(), (new UByte_init(-89)).toByte(), (new UByte_init(-115)).toByte(), (new UByte_init(-99)).toByte(), (new UByte_init(-124)).toByte(), (new UByte_init(-112)).toByte(), (new UByte_init(-40)).toByte(), (new UByte_init(-85)).toByte(), (new UByte_init(0)).toByte(), (new UByte_init(-116)).toByte(), (new UByte_init(-68)).toByte(), (new UByte_init(-45)).toByte(), (new UByte_init(10)).toByte(), (new UByte_init(-9)).toByte(), (new UByte_init(-28)).toByte(), (new UByte_init(88)).toByte(), (new UByte_init(5)).toByte(), (new UByte_init(-72)).toByte(), (new UByte_init(-77)).toByte(), (new UByte_init(69)).toByte(), (new UByte_init(6)).toByte(), (new UByte_init(-48)).toByte(), (new UByte_init(44)).toByte(), (new UByte_init(30)).toByte(), (new UByte_init(-113)).toByte(), (new UByte_init(-54)).toByte(), (new UByte_init(63)).toByte(), (new UByte_init(15)).toByte(), (new UByte_init(2)).toByte(), (new UByte_init(-63)).toByte(), (new UByte_init(-81)).toByte(), (new UByte_init(-67)).toByte(), (new UByte_init(3)).toByte(), (new UByte_init(1)).toByte(), (new UByte_init(19)).toByte(), (new UByte_init(-118)).toByte(), (new UByte_init(107)).toByte(), (new UByte_init(58)).toByte(), (new UByte_init(-111)).toByte(), (new UByte_init(17)).toByte(), (new UByte_init(65)).toByte(), (new UByte_init(79)).toByte(), (new UByte_init(103)).toByte(), (new UByte_init(-36)).toByte(), (new UByte_init(-22)).toByte(), (new UByte_init(-105)).toByte(), (new UByte_init(-14)).toByte(), (new UByte_init(-49)).toByte(), (new UByte_init(-50)).toByte(), (new UByte_init(-16)).toByte(), (new UByte_init(-76)).toByte(), (new UByte_init(-26)).toByte(), (new UByte_init(115)).toByte(), (new UByte_init(-106)).toByte(), (new UByte_init(-84)).toByte(), (new UByte_init(116)).toByte(), (new UByte_init(34)).toByte(), (new UByte_init(-25)).toByte(), (new UByte_init(-83)).toByte(), (new UByte_init(53)).toByte(), (new UByte_init(-123)).toByte(), (new UByte_init(-30)).toByte(), (new UByte_init(-7)).toByte(), (new UByte_init(55)).toByte(), (new UByte_init(-24)).toByte(), (new UByte_init(28)).toByte(), (new UByte_init(117)).toByte(), (new UByte_init(-33)).toByte(), (new UByte_init(110)).toByte(), (new UByte_init(71)).toByte(), (new UByte_init(-15)).toByte(), (new UByte_init(26)).toByte(), (new UByte_init(113)).toByte(), (new UByte_init(29)).toByte(), (new UByte_init(41)).toByte(), (new UByte_init(-59)).toByte(), (new UByte_init(-119)).toByte(), (new UByte_init(111)).toByte(), (new UByte_init(-73)).toByte(), (new UByte_init(98)).toByte(), (new UByte_init(14)).toByte(), (new UByte_init(-86)).toByte(), (new UByte_init(24)).toByte(), (new UByte_init(-66)).toByte(), (new UByte_init(27)).toByte(), (new UByte_init(-4)).toByte(), (new UByte_init(86)).toByte(), (new UByte_init(62)).toByte(), (new UByte_init(75)).toByte(), (new UByte_init(-58)).toByte(), (new UByte_init(-46)).toByte(), (new UByte_init(121)).toByte(), (new UByte_init(32)).toByte(), (new UByte_init(-102)).toByte(), (new UByte_init(-37)).toByte(), (new UByte_init(-64)).toByte(), (new UByte_init(-2)).toByte(), (new UByte_init(120)).toByte(), (new UByte_init(-51)).toByte(), (new UByte_init(90)).toByte(), (new UByte_init(-12)).toByte(), (new UByte_init(31)).toByte(), (new UByte_init(-35)).toByte(), (new UByte_init(-88)).toByte(), (new UByte_init(51)).toByte(), (new UByte_init(-120)).toByte(), (new UByte_init(7)).toByte(), (new UByte_init(-57)).toByte(), (new UByte_init(49)).toByte(), (new UByte_init(-79)).toByte(), (new UByte_init(18)).toByte(), (new UByte_init(16)).toByte(), (new UByte_init(89)).toByte(), (new UByte_init(39)).toByte(), (new UByte_init(-128)).toByte(), (new UByte_init(-20)).toByte(), (new UByte_init(95)).toByte(), (new UByte_init(96)).toByte(), (new UByte_init(81)).toByte(), (new UByte_init(127)).toByte(), (new UByte_init(-87)).toByte(), (new UByte_init(25)).toByte(), (new UByte_init(-75)).toByte(), (new UByte_init(74)).toByte(), (new UByte_init(13)).toByte(), (new UByte_init(45)).toByte(), (new UByte_init(-27)).toByte(), (new UByte_init(122)).toByte(), (new UByte_init(-97)).toByte(), (new UByte_init(-109)).toByte(), (new UByte_init(-55)).toByte(), (new UByte_init(-100)).toByte(), (new UByte_init(-17)).toByte(), (new UByte_init(-96)).toByte(), (new UByte_init(-32)).toByte(), (new UByte_init(59)).toByte(), (new UByte_init(77)).toByte(), (new UByte_init(-82)).toByte(), (new UByte_init(42)).toByte(), (new UByte_init(-11)).toByte(), (new UByte_init(-80)).toByte(), (new UByte_init(-56)).toByte(), (new UByte_init(-21)).toByte(), (new UByte_init(-69)).toByte(), (new UByte_init(60)).toByte(), (new UByte_init(-125)).toByte(), (new UByte_init(83)).toByte(), (new UByte_init(-103)).toByte(), (new UByte_init(97)).toByte(), (new UByte_init(23)).toByte(), (new UByte_init(43)).toByte(), (new UByte_init(4)).toByte(), (new UByte_init(126)).toByte(), (new UByte_init(-70)).toByte(), (new UByte_init(119)).toByte(), (new UByte_init(-42)).toByte(), (new UByte_init(38)).toByte(), (new UByte_init(-31)).toByte(), (new UByte_init(105)).toByte(), (new UByte_init(20)).toByte(), (new UByte_init(99)).toByte(), (new UByte_init(85)).toByte(), (new UByte_init(33)).toByte(), (new UByte_init(12)).toByte(), (new UByte_init(125)).toByte()]));
this.rcon = new UByteArray(new Int8Array([(new UByte_init(-115)).toByte(), (new UByte_init(1)).toByte(), (new UByte_init(2)).toByte(), (new UByte_init(4)).toByte(), (new UByte_init(8)).toByte(), (new UByte_init(16)).toByte(), (new UByte_init(32)).toByte(), (new UByte_init(64)).toByte(), (new UByte_init(-128)).toByte(), (new UByte_init(27)).toByte(), (new UByte_init(54)).toByte()]));
}
Aes$Companion.prototype.encrypt_dx3icu$ = function (aesKey, input) {
return (new Aes(aesKey, input)).encrypt();
};
Aes$Companion.prototype.decrypt_dx3icu$ = function (aesKey, input) {
return (new Aes(aesKey, input)).decrypt();
};
Aes$Companion.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Companion',
interfaces: []
};
var Aes$Companion_instance = null;
function Aes$Companion_getInstance() {
if (Aes$Companion_instance === null) {
new Aes$Companion();
}
return Aes$Companion_instance;
}
Object.defineProperty(Aes.prototype, 'completed', {
get: function () {
return this.completed_igbl6$_0;
},
set: function (completed) {
this.completed_igbl6$_0 = completed;
}
});
Aes.prototype.subBytes = function () {
var $receiver = this.state;
var tmp$, tmp$_0;
var index = 0;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
var indexRow = (tmp$_0 = index, index = tmp$_0 + 1 | 0, tmp$_0);
var tmp$_1, tmp$_0_0;
var index_0 = 0;
for (tmp$_1 = 0; tmp$_1 !== item.length; ++tmp$_1) {
var item_0 = item[tmp$_1];
var indexColumn = (tmp$_0_0 = index_0, index_0 = tmp$_0_0 + 1 | 0, tmp$_0_0);
this.state[indexRow][indexColumn] = this.getSBoxValue_mpmjao$(item_0);
}
}
};
Aes.prototype.getSBoxValue_mpmjao$ = function (element) {
var other = new UInt(16);
var firstDigit = uintDivide(new UInt(element.data & 255), other).data;
var other_0 = new UInt(16);
var secondDigit = uintRemainder(new UInt(element.data & 255), other_0).data;
return Aes$Companion_getInstance().sBox_0.get_za3lpa$((firstDigit * 16 | 0) + secondDigit | 0);
};
Aes.prototype.inverseSubBytes = function () {
var $receiver = this.state;
var tmp$, tmp$_0;
var index = 0;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var item = $receiver[tmp$];
var indexRow = (tmp$_0 = index, index = tmp$_0 + 1 | 0, tmp$_0);
var tmp$_1, tmp$_0_0;
var index_0 = 0;
for (tmp$_1 = 0; tmp$_1 !== item.length; ++tmp$_1) {
var item_0 = item[tmp$_1];
var indexColumn = (tmp$_0_0 = index_0, index_0 = tmp$_0_0 + 1 | 0, tmp$_0_0);
this.state[indexRow][indexColumn] = this.getInverseSBoxValue_mpmjao$(item_0);
}
}
};
Aes.prototype.getInverseSBoxValue_mpmjao$ = function (element) {
var other = new UInt(16);
var firstDigit = uintDivide(new UInt(element.data & 255), other).data;
var other_0 = new UInt(16);
var secondDigit = uintRemainder(new UInt(element.data & 255), other_0).data;
return Aes$Companion_getInstance().inverseSBox_0.get_za3lpa$((firstDigit * 16 | 0) + secondDigit | 0);
};
Aes.prototype.shiftRows = function () {
this.state[0] = [this.state[0][0], this.state[0][1], this.state[0][2], this.state[0][3]];
this.state[1] = [this.state[1][1], this.state[1][2], this.state[1][3], this.state[1][0]];
this.state[2] = [this.state[2][2], this.state[2][3], this.state[2][0], this.state[2][1]];
this.state[3] = [this.state[3][3], this.state[3][0], this.state[3][1], this.state[3][2]];
};
Aes.prototype.inversShiftRows = function () {
this.state[0] = [this.state[0][0], this.state[0][1], this.state[0][2], this.state[0][3]];
this.state[1] = [this.state[1][3], this.state[1][0], this.state[1][1], this.state[1][2]];
this.state[2] = [this.state[2][2], this.state[2][3], this.state[2][0], this.state[2][1]];
this.state[3] = [this.state[3][1], this.state[3][2], this.state[3][3], this.state[3][0]];
};
Aes.prototype.mixColumns = function () {
var $receiver = until(0, 4);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$;
tmp$ = $receiver.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
var tmp$_0 = destination.add_11rb$;
var array = Array_0(4);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_1; i++) {
array[i] = new UByte_init(0);
}
tmp$_0.call(destination, array);
}
var stateMixed = copyToArray(destination);
for (var c = 0; c <= 3; c++) {
var tmp$_2 = stateMixed[0];
var $this = this.gfm_lc54$(new UInt(2), this.state[0][c]);
var other = this.gfm_lc54$(new UInt(3), this.state[1][c]);
var $this_0 = new UByte_init(toByte($this.data ^ other.data));
var other_0 = this.state[2][c];
var $this_1 = new UByte_init(toByte($this_0.data ^ other_0.data));
var other_1 = this.state[3][c];
tmp$_2[c] = new UByte_init(toByte($this_1.data ^ other_1.data));
var tmp$_3 = stateMixed[1];
var $this_2 = this.state[0][c];
var other_2 = this.gfm_lc54$(new UInt(2), this.state[1][c]);
var $this_3 = new UByte_init(toByte($this_2.data ^ other_2.data));
var other_3 = this.gfm_lc54$(new UInt(3), this.state[2][c]);
var $this_4 = new UByte_init(toByte($this_3.data ^ other_3.data));
var other_4 = this.state[3][c];
tmp$_3[c] = new UByte_init(toByte($this_4.data ^ other_4.data));
var tmp$_4 = stateMixed[2];
var $this_5 = this.state[0][c];
var other_5 = this.state[1][c];
var $this_6 = new UByte_init(toByte($this_5.data ^ other_5.data));
var other_6 = this.gfm_lc54$(new UInt(2), this.state[2][c]);
var $this_7 = new UByte_init(toByte($this_6.data ^ other_6.data));
var other_7 = this.gfm_lc54$(new UInt(3), this.state[3][c]);
tmp$_4[c] = new UByte_init(toByte($this_7.data ^ other_7.data));
var tmp$_5 = stateMixed[3];
var $this_8 = this.gfm_lc54$(new UInt(3), this.state[0][c]);
var other_8 = this.state[1][c];
var $this_9 = new UByte_init(toByte($this_8.data ^ other_8.data));
var other_9 = this.state[2][c];
var $this_10 = new UByte_init(toByte($this_9.data ^ other_9.data));
var other_10 = this.gfm_lc54$(new UInt(2), this.state[3][c]);
tmp$_5[c] = new UByte_init(toByte($this_10.data ^ other_10.data));
}
arrayCopy(stateMixed, this.state, 0, 0, stateMixed.length);
};
Aes.prototype.inverseMixColumns = function () {
var $receiver = until(0, 4);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$;
tmp$ = $receiver.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
var tmp$_0 = destination.add_11rb$;
var array = Array_0(4);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_1; i++) {
array[i] = new UByte_init(0);
}
tmp$_0.call(destination, array);
}
var stateMixed = copyToArray(destination);
for (var c = 0; c <= 3; c++) {
var tmp$_2 = stateMixed[0];
var $this = this.gfm_lc54$(new UInt(14), this.state[0][c]);
var other = this.gfm_lc54$(new UInt(11), this.state[1][c]);
var $this_0 = new UByte_init(toByte($this.data ^ other.data));
var other_0 = this.gfm_lc54$(new UInt(13), this.state[2][c]);
var $this_1 = new UByte_init(toByte($this_0.data ^ other_0.data));
var other_1 = this.gfm_lc54$(new UInt(9), this.state[3][c]);
tmp$_2[c] = new UByte_init(toByte($this_1.data ^ other_1.data));
var tmp$_3 = stateMixed[1];
var $this_2 = this.gfm_lc54$(new UInt(9), this.state[0][c]);
var other_2 = this.gfm_lc54$(new UInt(14), this.state[1][c]);
var $this_3 = new UByte_init(toByte($this_2.data ^ other_2.data));
var other_3 = this.gfm_lc54$(new UInt(11), this.state[2][c]);
var $this_4 = new UByte_init(toByte($this_3.data ^ other_3.data));
var other_4 = this.gfm_lc54$(new UInt(13), this.state[3][c]);
tmp$_3[c] = new UByte_init(toByte($this_4.data ^ other_4.data));
var tmp$_4 = stateMixed[2];
var $this_5 = this.gfm_lc54$(new UInt(13), this.state[0][c]);
var other_5 = this.gfm_lc54$(new UInt(9), this.state[1][c]);
var $this_6 = new UByte_init(toByte($this_5.data ^ other_5.data));
var other_6 = this.gfm_lc54$(new UInt(14), this.state[2][c]);
var $this_7 = new UByte_init(toByte($this_6.data ^ other_6.data));
var other_7 = this.gfm_lc54$(new UInt(11), this.state[3][c]);
tmp$_4[c] = new UByte_init(toByte($this_7.data ^ other_7.data));
var tmp$_5 = stateMixed[3];
var $this_8 = this.gfm_lc54$(new UInt(11), this.state[0][c]);
var other_8 = this.gfm_lc54$(new UInt(13), this.state[1][c]);
var $this_9 = new UByte_init(toByte($this_8.data ^ other_8.data));
var other_9 = this.gfm_lc54$(new UInt(9), this.state[2][c]);
var $this_10 = new UByte_init(toByte($this_9.data ^ other_9.data));
var other_10 = this.gfm_lc54$(new UInt(14), this.state[3][c]);
tmp$_5[c] = new UByte_init(toByte($this_10.data ^ other_10.data));
}
arrayCopy(stateMixed, this.state, 0, 0, stateMixed.length);
};
Aes.prototype.galoisFieldAdd_jl2jf8$ = function (first, second) {
return new UByte_init(toByte(first.data ^ second.data));
};
Aes.prototype.galoisFieldMultiply_jl2jf8$ = function (first, second) {
var tmp$;
var result = new UInt(0);
var firstInt = new UInt(first.data & 255);
var secondInt = new UInt(second.data & 255);
var carry = new UInt(0);
for (var i = 0; i <= 7; i++) {
var $this = secondInt;
var other = new UInt(1);
if ((tmp$ = new UInt($this.data & other.data)) != null ? tmp$.equals(new UInt(1)) : null) {
var $this_0 = result;
var other_0 = firstInt;
result = new UInt($this_0.data ^ other_0.data);
}
var $this_1 = firstInt;
var other_1 = new UInt(128);
carry = new UInt($this_1.data & other_1.data);
firstInt = new UInt(firstInt.data << 1);
if (carry != null ? carry.equals(new UInt(128)) : null) {
var $this_2 = firstInt;
var other_2 = new UInt(27);
firstInt = new UInt($this_2.data ^ other_2.data);
}
secondInt = new UInt(secondInt.data >>> 1);
var $this_3 = firstInt;
var other_3 = new UInt(255);
firstInt = new UInt($this_3.data & other_3.data);
}
return new UByte_init(toByte(result.data));
};
Aes.prototype.addRoundKey = function () {
for (var i = 0; i < 4; i++) {
var tmp$ = this.state[0];
var $this = this.state[0][i];
var other = this.expandedKey[(this.round * 4 | 0) + i | 0][0];
tmp$[i] = new UByte_init(toByte($this.data ^ other.data));
var tmp$_0 = this.state[1];
var $this_0 = this.state[1][i];
var other_0 = this.expandedKey[(this.round * 4 | 0) + i | 0][1];
tmp$_0[i] = new UByte_init(toByte($this_0.data ^ other_0.data));
var tmp$_1 = this.state[2];
var $this_1 = this.state[2][i];
var other_1 = this.expandedKey[(this.round * 4 | 0) + i | 0][2];
tmp$_1[i] = new UByte_init(toByte($this_1.data ^ other_1.data));
var tmp$_2 = this.state[3];
var $this_2 = this.state[3][i];
var other_2 = this.expandedKey[(this.round * 4 | 0) + i | 0][3];
tmp$_2[i] = new UByte_init(toByte($this_2.data ^ other_2.data));
}
this.round = this.round + 1 | 0;
};
Aes.prototype.inverseAddRoundKey = function () {
for (var i = 0; i < 4; i++) {
var tmp$ = this.state[0];
var $this = this.state[0][i];
var other = this.expandedKey[(this.round * 4 | 0) + i | 0][0];
tmp$[i] = new UByte_init(toByte($this.data ^ other.data));
var tmp$_0 = this.state[1];
var $this_0 = this.state[1][i];
var other_0 = this.expandedKey[(this.round * 4 | 0) + i | 0][1];
tmp$_0[i] = new UByte_init(toByte($this_0.data ^ other_0.data));
var tmp$_1 = this.state[2];
var $this_1 = this.state[2][i];
var other_1 = this.expandedKey[(this.round * 4 | 0) + i | 0][2];
tmp$_1[i] = new UByte_init(toByte($this_1.data ^ other_1.data));
var tmp$_2 = this.state[3];
var $this_2 = this.state[3][i];
var other_2 = this.expandedKey[(this.round * 4 | 0) + i | 0][3];
tmp$_2[i] = new UByte_init(toByte($this_2.data ^ other_2.data));
}
this.round = this.round - 1 | 0;
};
Aes.prototype.gfm_lc54$ = function ($receiver, second) {
return this.galoisFieldMultiply_jl2jf8$(new UByte_init(toByte($receiver.data)), second);
};
Aes.prototype.expandKey = function () {
var tmp$, tmp$_0, tmp$_1;
var $receiver = until(0, 4 * (this.numberOfRounds + 1 | 0) | 0);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$_2;
tmp$_2 = $receiver.iterator();
while (tmp$_2.hasNext()) {
var item = tmp$_2.next();
var tmp$_3 = destination.add_11rb$;
var array = Array_0(4);
var tmp$_4;
tmp$_4 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_4; i++) {
array[i] = new UByte_init(0);
}
tmp$_3.call(destination, array);
}
var expandedKey = copyToArray(destination);
tmp$ = this.aesKey.numberOf32BitWords;
for (var i_0 = 0; i_0 < tmp$; i_0++) {
expandedKey[i_0][0] = this.aesKey.keyArray[(i_0 * 4 | 0) + 0 | 0];
expandedKey[i_0][1] = this.aesKey.keyArray[(i_0 * 4 | 0) + 1 | 0];
expandedKey[i_0][2] = this.aesKey.keyArray[(i_0 * 4 | 0) + 2 | 0];
expandedKey[i_0][3] = this.aesKey.keyArray[(i_0 * 4 | 0) + 3 | 0];
}
tmp$_0 = this.aesKey.numberOf32BitWords;
tmp$_1 = 4 * (this.numberOfRounds + 1 | 0) | 0;
for (var i_1 = tmp$_0; i_1 < tmp$_1; i_1++) {
var temp = expandedKey[i_1 - 1 | 0].slice();
if (i_1 % this.aesKey.numberOf32BitWords === 0) {
var tempTemp = temp[0];
temp[0] = temp[1];
temp[1] = temp[2];
temp[2] = temp[3];
temp[3] = tempTemp;
temp[0] = this.getSBoxValue_mpmjao$(temp[0]);
temp[1] = this.getSBoxValue_mpmjao$(temp[1]);
temp[2] = this.getSBoxValue_mpmjao$(temp[2]);
temp[3] = this.getSBoxValue_mpmjao$(temp[3]);
var $this = temp[0];
var other = Aes$Companion_getInstance().rcon.get_za3lpa$(i_1 / this.aesKey.numberOf32BitWords | 0);
temp[0] = new UByte_init(toByte($this.data ^ other.data));
}
else if (Kotlin.isType(this.aesKey, AesKey$Aes256Key) && i_1 % this.aesKey.numberOf32BitWords === 4) {
temp[0] = this.getSBoxValue_mpmjao$(temp[0]);
temp[1] = this.getSBoxValue_mpmjao$(temp[1]);
temp[2] = this.getSBoxValue_mpmjao$(temp[2]);
temp[3] = this.getSBoxValue_mpmjao$(temp[3]);
}
var $receiver_0 = expandedKey[i_1 - this.aesKey.numberOf32BitWords | 0];
var destination_0 = ArrayList_init($receiver_0.length);
var tmp$_5, tmp$_0_0;
var index = 0;
for (tmp$_5 = 0; tmp$_5 !== $receiver_0.length; ++tmp$_5) {
var item_0 = $receiver_0[tmp$_5];
var tmp$_6 = destination_0.add_11rb$;
var other_0 = temp[tmp$_0_0 = index, index = tmp$_0_0 + 1 | 0, tmp$_0_0];
tmp$_6.call(destination_0, new UByte_init(toByte(item_0.data ^ other_0.data)));
}
expandedKey[i_1] = copyToArray(destination_0);
this.clearArray_0(temp);
}
return expandedKey;
};
Aes.prototype.encrypt = function () {
var tmp$;
if (this.completed) {
throw RuntimeException_init('Encrypt can only be called once per Aes instance, since the state is cleared at the ' + 'end of the operation');
}
this.printState_0();
this.addRoundKey();
this.printState_0();
tmp$ = this.numberOfRounds - 1 | 0;
for (var i = 0; i < tmp$; i++) {
this.subBytes();
this.printState_0();
this.shiftRows();
this.printState_0();
this.mixColumns();
this.printState_0();
this.addRoundKey();
this.printState_0();
}
this.subBytes();
this.printState_0();
this.shiftRows();
this.printState_0();
this.addRoundKey();
this.printState_0();
var $receiver = until(0, 4);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$_0;
tmp$_0 = $receiver.iterator();
while (tmp$_0.hasNext()) {
var item = tmp$_0.next();
var tmp$_1 = destination.add_11rb$;
var array = Array_0(4);
var tmp$_2;
tmp$_2 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_2; i_0++) {
array[i_0] = new UByte_init(0);
}
tmp$_1.call(destination, array);
}
var transposedMatrix = copyToArray(destination);
for (var i_1 = 0; i_1 < 4; i_1++) {
for (var j = 0; j < 4; j++) {
transposedMatrix[i_1][j] = this.state[j][i_1];
}
}
var $receiver_0 = this.state;
var tmp$_3;
for (tmp$_3 = 0; tmp$_3 !== $receiver_0.length; ++tmp$_3) {
var element = $receiver_0[tmp$_3];
this.clearArray_0(element);
}
this.completed = true;
return copyToArray(flatten(transposedMatrix));
};
Aes.prototype.decrypt = function () {
var tmp$;
if (this.completed) {
throw RuntimeException_init('Decrypt can only be called once per Aes instance, since the state is cleared at the ' + 'end of the operation');
}
this.round = this.numberOfRounds;
this.printState_0();
this.inverseAddRoundKey();
this.printState_0();
tmp$ = this.numberOfRounds - 1 | 0;
for (var i = 0; i < tmp$; i++) {
this.inversShiftRows();
this.printState_0();
this.inverseSubBytes();
this.printState_0();
this.inverseAddRoundKey();
this.printState_0();
this.inverseMixColumns();
this.printState_0();
}
this.inversShiftRows();
this.printState_0();
this.inverseSubBytes();
this.printState_0();
this.inverseAddRoundKey();
this.printState_0();
var $receiver = until(0, 4);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$_0;
tmp$_0 = $receiver.iterator();
while (tmp$_0.hasNext()) {
var item = tmp$_0.next();
var tmp$_1 = destination.add_11rb$;
var array = Array_0(4);
var tmp$_2;
tmp$_2 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_2; i_0++) {
array[i_0] = new UByte_init(0);
}
tmp$_1.call(destination, array);
}
var transposedMatrix = copyToArray(destination);
for (var i_1 = 0; i_1 < 4; i_1++) {
for (var j = 0; j < 4; j++) {
transposedMatrix[i_1][j] = this.state[j][i_1];
}
}
this.printState_1(transposedMatrix);
var $receiver_0 = this.state;
var tmp$_3;
for (tmp$_3 = 0; tmp$_3 !== $receiver_0.length; ++tmp$_3) {
var element = $receiver_0[tmp$_3];
this.clearArray_0(element);
}
this.completed = true;
return copyToArray(flatten(transposedMatrix));
};
Aes.prototype.clearArray_0 = function (array) {
var tmp$;
tmp$ = get_indices(array).iterator();
while (tmp$.hasNext()) {
var element = tmp$.next();
array[element] = new UByte_init(0);
}
};
function Aes$printState$lambda$lambda(it) {
return toString(it, 16);
}
Aes.prototype.printState_0 = function () {
if (!Aes$Companion_getInstance().debug_0) {
return;
}
println_0();
var $receiver = this.state;
var tmp$;
for (tmp$ = 0; tmp$ !== $receiver.length; ++tmp$) {
var element = $receiver[tmp$];
println(joinToString_0(element, ' ', void 0, void 0, void 0, void 0, Aes$printState$lambda$lambda));
}
};
function Aes$printState$lambda$lambda_0(it) {
return toString(it, 16);
}
Aes.prototype.printState_1 = function (specific) {
if (!Aes$Companion_getInstance().debug_0) {
return;
}
println_0();
var tmp$;
for (tmp$ = 0; tmp$ !== specific.length; ++tmp$) {
var element = specific[tmp$];
println(joinToString_0(element, ' ', void 0, void 0, void 0, void 0, Aes$printState$lambda$lambda_0));
}
};
Aes.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Aes',
interfaces: []
};
function AesKey(key, keyLength) {
this.key = key;
this.keyLength = keyLength;
var $receiver = chunked_0(this.key, 2);
var destination = ArrayList_init(collectionSizeOrDefault($receiver, 10));
var tmp$;
tmp$ = $receiver.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(toUByte(item, 16));
}
this.keyArray = copyToArray(destination);
this.numberOf32BitWords = this.keyLength / 32 | 0;
this.checkKeyLength_bm4lxs$(this.key, this.keyLength);
}
function AesKey$Aes128Key(key) {
AesKey.call(this, key, 128);
}
AesKey$Aes128Key.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Aes128Key',
interfaces: [AesKey]
};
function AesKey$Aes192Key(key) {
AesKey.call(this, key, 192);
}
AesKey$Aes192Key.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Aes192Key',
interfaces: [AesKey]
};
function AesKey$Aes256Key(key) {
AesKey.call(this, key, 256);
}
AesKey$Aes256Key.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Aes256Key',
interfaces: [AesKey]
};
AesKey.prototype.checkKeyLength_bm4lxs$ = function (key, expectedLength) {
if ((key.length / 2 | 0) !== (expectedLength / 8 | 0)) {
throw RuntimeException_init('Invalid key length');
}
};
AesKey.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'AesKey',
interfaces: []
};
function UByteArray$lambda(closure$init) {
return function (index) {
return closure$init(index).data;
};
}
var chunked$lambda_2 = wrapFunction(function () {
var copyToArray = Kotlin.kotlin.collections.copyToArray;
return function (it) {
return copyToArray(it);
};
});
function AesCbc(aesKey, mode, initializationVector) {
AesCbc$Companion_getInstance();
if (initializationVector === void 0)
initializationVector = null;
this.aesKey = aesKey;
this.mode = mode;
this.currentOutput = [];
this.previousEncrypted = [];
var tmp$;
var $receiver = initializationVector;
var tmp$_0 = $receiver == null;
if (!tmp$_0) {
tmp$_0 = $receiver.length === 0;
}
if (tmp$_0) {
tmp$ = SRNG_getInstance().getRandomBytes_za3lpa$(16);
}
else {
tmp$ = initializationVector;
}
this.initVector = tmp$;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$([]);
}
this.output = list;
this.buffer = toTypedArray(new UByteArray(Kotlin.fillArray(new Int8Array(16), UByteArray$lambda(AesCbc$buffer$lambda))));
this.bufferCounter = 0;
}
function AesCbc$Companion() {
AesCbc$Companion_instance = this;
this.BLOCK_BYTES = 16;
}
AesCbc$Companion.prototype.createEncryptor_c1slg8$ = function (aesKey) {
return new AesCbc(aesKey, Mode$ENCRYPT_getInstance());
};
AesCbc$Companion.prototype.createDecryptor_c1slg8$ = function (aesKey) {
return new AesCbc(aesKey, Mode$DECRYPT_getInstance());
};
AesCbc$Companion.prototype.encrypt_dx3icu$ = function (aesKey, data) {
var aesCbc = new AesCbc(aesKey, Mode$ENCRYPT_getInstance());
aesCbc.addData_ummv9a$(data);
return aesCbc.encrypt();
};
AesCbc$Companion.prototype.decrypt_drkyzd$ = function (aesKey, data, initialCounter) {
if (initialCounter === void 0)
initialCounter = null;
var aesCbc = new AesCbc(aesKey, Mode$DECRYPT_getInstance(), initialCounter);
aesCbc.addData_ummv9a$(data);
return aesCbc.decrypt();
};
AesCbc$Companion.prototype.padToBlock_0 = function (unpadded) {
var paddingSize = 16 - unpadded.length | 0;
if (unpadded.length === 16) {
return unpadded;
}
if (unpadded.length === 16) {
var array = Array_0(16);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
array[i] = new UByte_init(toByte(16));
}
return array;
}
if (unpadded.length > 16) {
throw IllegalStateException_init('Block larger than 128 bytes');
}
var array_0 = Array_0(16);
var tmp$_0;
tmp$_0 = array_0.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_0; i_0++) {
var init$result;
if (get_indices(unpadded).contains_mef7kx$(i_0)) {
init$result = unpadded[i_0];
}
else {
init$result = new UByte_init(toByte(paddingSize));
}
array_0[i_0] = init$result;
}
return array_0;
};
AesCbc$Companion.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Companion',
interfaces: []
};
var AesCbc$Companion_instance = null;
function AesCbc$Companion_getInstance() {
if (AesCbc$Companion_instance === null) {
new AesCbc$Companion();
}
return AesCbc$Companion_instance;
}
AesCbc.prototype.addData_ummv9a$ = function (data) {
if ((this.bufferCounter + data.length | 0) < 16)
this.appendToBuffer_0(data, this.bufferCounter);
else if ((this.bufferCounter + data.length | 0) >= 16) {
var last = data.length % 16;
var hasLast = last !== 0;
var numberOfSlices = data.length / 16 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(data, until(Kotlin.imul(i, 16), Kotlin.imul(i + 1 | 0, 16))));
}
if (hasLast) {
result.add_11rb$(slice(data, until(Kotlin.imul(numberOfSlices, 16), data.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
var chunked = copyToArray(destination);
var tmp$_0;
for (tmp$_0 = 0; tmp$_0 !== chunked.length; ++tmp$_0) {
var element = chunked[tmp$_0];
if ((this.bufferCounter + element.length | 0) < 16) {
this.appendToBuffer_0(element, this.bufferCounter);
}
else {
arrayCopy(element, this.buffer, this.bufferCounter, 0, 16 - this.bufferCounter | 0);
var $receiver = this.output;
var element_0 = this.consumeBlock_0(this.buffer);
$receiver.add_11rb$(element_0);
var array = Array_0(16);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_1; i_0++) {
var init$result;
var tmp$_2;
tmp$_2 = element.length - (16 - this.bufferCounter) | 0;
if (0 <= i_0 && i_0 < tmp$_2) {
init$result = element[i_0 + (16 - this.bufferCounter) | 0];
}
else {
init$result = new UByte_init(0);
}
array[i_0] = init$result;
}
this.buffer = array;
this.bufferCounter = element.length - (16 - this.bufferCounter) | 0;
}
}
}
};
AesCbc.prototype.encrypt = function () {
if (this.bufferCounter > 0) {
var lastBlockPadded = AesCbc$Companion_getInstance().padToBlock_0(this.buffer);
if (lastBlockPadded.length > 16) {
var last = lastBlockPadded.length % 16;
var hasLast = last !== 0;
var numberOfSlices = lastBlockPadded.length / 16 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(lastBlockPadded, until(Kotlin.imul(i, 16), Kotlin.imul(i + 1 | 0, 16))));
}
if (hasLast) {
result.add_11rb$(slice(lastBlockPadded, until(Kotlin.imul(numberOfSlices, 16), lastBlockPadded.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
var chunks = copyToArray(destination);
var $receiver = this.output;
var element = this.consumeBlock_0(chunks[0]);
$receiver.add_11rb$(element);
var $receiver_0 = this.output;
var element_0 = this.consumeBlock_0(chunks[1]);
$receiver_0.add_11rb$(element_0);
}
else {
var $receiver_1 = this.output;
var element_1 = this.consumeBlock_0(lastBlockPadded);
$receiver_1.add_11rb$(element_1);
}
}
var tmp$_0 = reversed(this.output);
var array = Array_0(0);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_1; i_0++) {
array[i_0] = new UByte_init(0);
}
var accumulator = array;
if (!tmp$_0.isEmpty()) {
var iterator = tmp$_0.listIterator_za3lpa$(tmp$_0.size);
while (iterator.hasPrevious()) {
var arrayOfUBytes = iterator.previous();
accumulator = accumulator.concat(arrayOfUBytes);
}
}
return new EncryptedDataAndInitializationVector(accumulator, this.initVector);
};
AesCbc.prototype.decrypt = function () {
var tmp$, tmp$_0;
var removePaddingCount = last_0(last(this.output));
var other = new UInt(0);
var tmp$_1 = uintCompare((new UInt(removePaddingCount.data & 255)).data, other.data) > 0;
if (tmp$_1) {
var other_0 = new UInt(16);
tmp$_1 = uintCompare((new UInt(removePaddingCount.data & 255)).data, other_0.data) < 0;
}
if (tmp$_1) {
tmp$ = dropLast(last(this.output), removePaddingCount.data & 255 & 127);
}
else {
tmp$ = toList_0(last(this.output));
}
var removedPadding = tmp$;
var tmp$_2 = copyToArray(dropLast_0(this.output, 1));
var elements = copyToArray(removedPadding);
var preparedOutput = tmp$_2.concat(elements);
var reversed = Kotlin.isType(tmp$_0 = reversed_0(preparedOutput), List) ? tmp$_0 : throwCCE();
var array = Array_0(0);
var tmp$_3;
tmp$_3 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_3; i++) {
array[i] = new UByte_init(0);
}
var accumulator = array;
if (!reversed.isEmpty()) {
var iterator = reversed.listIterator_za3lpa$(reversed.size);
while (iterator.hasPrevious()) {
var arrayOfUBytes = iterator.previous();
accumulator = accumulator.concat(arrayOfUBytes);
}
}
var folded = accumulator;
return folded;
};
AesCbc.prototype.appendToBuffer_0 = function (array, start) {
arrayCopy(array, this.buffer, start, 0, array.length);
this.bufferCounter = this.bufferCounter + array.length | 0;
};
AesCbc.prototype.consumeBlock_0 = function (data) {
var tmp$, tmp$_0;
switch (this.mode.name) {
case 'ENCRYPT':
if (this.currentOutput.length === 0) {
println('IV: ' + this.initVector);
tmp$ = Aes$Companion_getInstance().encrypt_dx3icu$(this.aesKey, xor(data, this.initVector));
}
else {
tmp$ = Aes$Companion_getInstance().encrypt_dx3icu$(this.aesKey, xor(data, this.currentOutput));
}
this.currentOutput = tmp$;
tmp$_0 = this.currentOutput;
break;
case 'DECRYPT':
if (this.currentOutput.length === 0) {
this.currentOutput = xor(Aes$Companion_getInstance().decrypt_dx3icu$(this.aesKey, data), this.initVector);
}
else {
this.currentOutput = xor(Aes$Companion_getInstance().decrypt_dx3icu$(this.aesKey, data), this.previousEncrypted);
}
this.previousEncrypted = data;
tmp$_0 = this.currentOutput;
break;
default:tmp$_0 = Kotlin.noWhenBranchMatched();
break;
}
return tmp$_0;
};
function AesCbc$buffer$lambda(it) {
return new UByte_init(0);
}
AesCbc.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'AesCbc',
interfaces: []
};
function EncryptedDataAndInitializationVector(encryptedData, initilizationVector) {
this.encryptedData = encryptedData;
this.initilizationVector = initilizationVector;
}
EncryptedDataAndInitializationVector.prototype.equals = function (other) {
var tmp$, tmp$_0;
if (this === other)
return true;
if (other == null || !((tmp$ = Kotlin.getKClassFromExpression(this)) != null ? tmp$.equals(Kotlin.getKClassFromExpression(other)) : null))
return false;
Kotlin.isType(tmp$_0 = other, EncryptedDataAndInitializationVector) ? tmp$_0 : throwCCE();
if (!contentEquals(this.encryptedData, other.encryptedData))
return false;
if (!contentEquals(this.initilizationVector, other.initilizationVector))
return false;
return true;
};
EncryptedDataAndInitializationVector.prototype.hashCode = function () {
var result = contentHashCode(this.encryptedData);
result = (31 * result | 0) + contentHashCode(this.initilizationVector) | 0;
return result;
};
EncryptedDataAndInitializationVector.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'EncryptedDataAndInitializationVector',
interfaces: []
};
EncryptedDataAndInitializationVector.prototype.component1 = function () {
return this.encryptedData;
};
EncryptedDataAndInitializationVector.prototype.component2 = function () {
return this.initilizationVector;
};
EncryptedDataAndInitializationVector.prototype.copy_6a75nw$ = function (encryptedData, initilizationVector) {
return new EncryptedDataAndInitializationVector(encryptedData === void 0 ? this.encryptedData : encryptedData, initilizationVector === void 0 ? this.initilizationVector : initilizationVector);
};
EncryptedDataAndInitializationVector.prototype.toString = function () {
return 'EncryptedDataAndInitializationVector(encryptedData=' + Kotlin.toString(this.encryptedData) + (', initilizationVector=' + Kotlin.toString(this.initilizationVector)) + ')';
};
function UByteArray$lambda_0(closure$init) {
return function (index) {
return closure$init(index).data;
};
}
var chunked$lambda_3 = wrapFunction(function () {
var copyToArray = Kotlin.kotlin.collections.copyToArray;
return function (it) {
return copyToArray(it);
};
});
function AesCtr(aesKey, mode, initialCounter) {
AesCtr$Companion_getInstance();
if (initialCounter === void 0)
initialCounter = null;
this.aesKey = aesKey;
this.mode = mode;
this.currentOutput = [];
this.previousEncrypted = [];
var tmp$;
var $receiver = initialCounter;
var tmp$_0 = $receiver == null;
if (!tmp$_0) {
tmp$_0 = $receiver.length === 0;
}
if (tmp$_0) {
tmp$ = SRNG_getInstance().getRandomBytes_za3lpa$(16);
}
else {
tmp$ = initialCounter;
}
this.counterStart = tmp$;
this.blockCounter = AesCtr$Companion_getInstance().modularCreator.fromBigInteger_sao9k6$(BigInteger.Companion.fromUByteArray_6jbb10$(this.counterStart, Endianness.BIG));
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$([]);
}
this.output = list;
this.buffer = toTypedArray(new UByteArray(Kotlin.fillArray(new Int8Array(16), UByteArray$lambda_0(AesCtr$buffer$lambda))));
this.bufferCounter = 0;
}
function AesCtr$Companion() {
AesCtr$Companion_instance = this;
this.BLOCK_BYTES = 16;
this.modularCreator = ModularBigInteger.Companion.creatorForModulo_sao9k6$(BigInteger.Companion.ONE.shl_za3lpa$(128).minus_za3lpa$(1));
}
AesCtr$Companion.prototype.createEncryptor_c1slg8$ = function (aesKey) {
return new AesCtr(aesKey, Mode$ENCRYPT_getInstance());
};
AesCtr$Companion.prototype.createDecryptor_c1slg8$ = function (aesKey) {
return new AesCtr(aesKey, Mode$DECRYPT_getInstance());
};
AesCtr$Companion.prototype.encrypt_dx3icu$ = function (aesKey, data) {
var aesCtr = new AesCtr(aesKey, Mode$ENCRYPT_getInstance());
aesCtr.addData_ummv9a$(data);
return aesCtr.encrypt();
};
AesCtr$Companion.prototype.decrypt_drkyzd$ = function (aesKey, data, initialCounter) {
if (initialCounter === void 0)
initialCounter = null;
var aesCtr = new AesCtr(aesKey, Mode$DECRYPT_getInstance(), initialCounter);
aesCtr.addData_ummv9a$(data);
return aesCtr.decrypt();
};
AesCtr$Companion.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'Companion',
interfaces: []
};
var AesCtr$Companion_instance = null;
function AesCtr$Companion_getInstance() {
if (AesCtr$Companion_instance === null) {
new AesCtr$Companion();
}
return AesCtr$Companion_instance;
}
AesCtr.prototype.addData_ummv9a$ = function (data) {
if ((this.bufferCounter + data.length | 0) < 16)
this.appendToBuffer_0(data, this.bufferCounter);
else if ((this.bufferCounter + data.length | 0) >= 16) {
var last = data.length % 16;
var hasLast = last !== 0;
var numberOfSlices = data.length / 16 | 0;
var list = ArrayList_init(0);
for (var index = 0; index < 0; index++) {
list.add_11rb$(emptyList());
}
var result = list;
for (var i = 0; i < numberOfSlices; i++) {
result.add_11rb$(slice(data, until(Kotlin.imul(i, 16), Kotlin.imul(i + 1 | 0, 16))));
}
if (hasLast) {
result.add_11rb$(slice(data, until(Kotlin.imul(numberOfSlices, 16), data.length)));
}
var destination = ArrayList_init(collectionSizeOrDefault(result, 10));
var tmp$;
tmp$ = result.iterator();
while (tmp$.hasNext()) {
var item = tmp$.next();
destination.add_11rb$(copyToArray(item));
}
var chunked = copyToArray(destination);
var tmp$_0;
for (tmp$_0 = 0; tmp$_0 !== chunked.length; ++tmp$_0) {
var element = chunked[tmp$_0];
if ((this.bufferCounter + element.length | 0) < 16) {
this.appendToBuffer_0(element, this.bufferCounter);
}
else {
arrayCopy(element, this.buffer, this.bufferCounter, 0, 16 - this.bufferCounter | 0);
var $receiver = this.output;
var element_0 = this.consumeBlock_0(this.buffer, this.blockCounter);
$receiver.add_11rb$(element_0);
this.blockCounter = this.blockCounter.plus_za3lpa$(1);
var array = Array_0(16);
var tmp$_1;
tmp$_1 = array.length - 1 | 0;
for (var i_0 = 0; i_0 <= tmp$_1; i_0++) {
var init$result;
var tmp$_2;
tmp$_2 = element.length - (16 - this.bufferCounter) | 0;
if (0 <= i_0 && i_0 < tmp$_2) {
init$result = element[i_0 + (16 - this.bufferCounter) | 0];
}
else {
init$result = new UByte_init(0);
}
array[i_0] = init$result;
}
this.buffer = array;
this.bufferCounter = element.length - (16 - this.bufferCounter) | 0;
}
}
}
};
AesCtr.prototype.encrypt = function () {
if (this.bufferCounter > 0) {
var $receiver = this.output;
var element = this.consumeBlock_0(this.buffer, this.blockCounter);
$receiver.add_11rb$(element);
}
var tmp$ = reversed(this.output);
var array = Array_0(0);
var tmp$_0;
tmp$_0 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_0; i++) {
array[i] = new UByte_init(0);
}
var accumulator = array;
if (!tmp$.isEmpty()) {
var iterator = tmp$.listIterator_za3lpa$(tmp$.size);
while (iterator.hasPrevious()) {
var arrayOfUBytes = iterator.previous();
accumulator = accumulator.concat(arrayOfUBytes);
}
}
return new EncryptedDataAndInitialCounter(accumulator, this.counterStart);
};
AesCtr.prototype.decrypt = function () {
var tmp$;
if (this.bufferCounter > 0) {
var $receiver = this.output;
var element = this.consumeBlock_0(this.buffer, this.blockCounter);
$receiver.add_11rb$(element);
}
var reversed_0 = Kotlin.isType(tmp$ = reversed(this.output), List) ? tmp$ : throwCCE();
var array = Array_0(0);
var tmp$_0;
tmp$_0 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_0; i++) {
array[i] = new UByte_init(0);
}
var accumulator = array;
if (!reversed_0.isEmpty()) {
var iterator = reversed_0.listIterator_za3lpa$(reversed_0.size);
while (iterator.hasPrevious()) {
var arrayOfUBytes = iterator.previous();
accumulator = accumulator.concat(arrayOfUBytes);
}
}
var folded = accumulator;
return folded;
};
AesCtr.prototype.appendToBuffer_0 = function (array, start) {
arrayCopy(array, this.buffer, start, 0, array.length);
this.bufferCounter = this.bufferCounter + array.length | 0;
};
AesCtr.prototype.consumeBlock_0 = function (data, blockCount) {
var tmp$;
var blockCountAsByteArray = this.expandCounterTo16Bytes_0(blockCount.toUByteArray_1g0qma$(Endianness.BIG));
switch (this.mode.name) {
case 'ENCRYPT':
tmp$ = xor(Aes$Companion_getInstance().encrypt_dx3icu$(this.aesKey, blockCountAsByteArray), data);
break;
case 'DECRYPT':
tmp$ = xor(Aes$Companion_getInstance().encrypt_dx3icu$(this.aesKey, blockCountAsByteArray), data);
break;
default:tmp$ = Kotlin.noWhenBranchMatched();
break;
}
return tmp$;
};
AesCtr.prototype.expandCounterTo16Bytes_0 = function ($receiver) {
var tmp$;
if ($receiver.length < 16) {
println('Expanding');
var diff = 16 - $receiver.length | 0;
var array = Array_0(diff);
var tmp$_0;
tmp$_0 = array.length - 1 | 0;
for (var i = 0; i <= tmp$_0; i++) {
array[i] = new UByte_init(0);
}
var pad = array;
tmp$ = pad.concat($receiver);
}
else {
tmp$ = $receiver;
}
return tmp$;
};
function AesCtr$buffer$lambda(it) {
return new UByte_init(0);
}
AesCtr.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'AesCtr',
interfaces: []
};
function EncryptedDataAndInitialCounter(encryptedData, initialCounter) {
this.encryptedData = encryptedData;
this.initialCounter = initialCounter;
}
EncryptedDataAndInitialCounter.prototype.equals = function (other) {
var tmp$, tmp$_0;
if (this === other)
return true;
if (other == null || !((tmp$ = Kotlin.getKClassFromExpression(this)) != null ? tmp$.equals(Kotlin.getKClassFromExpression(other)) : null))
return false;
Kotlin.isType(tmp$_0 = other, EncryptedDataAndInitializationVector) ? tmp$_0 : throwCCE();
if (!contentEquals(this.encryptedData, other.encryptedData))
return false;
if (!contentEquals(this.initialCounter, other.initilizationVector))
return false;
return true;
};
EncryptedDataAndInitialCounter.prototype.hashCode = function () {
var result = contentHashCode(this.encryptedData);
result = (31 * result | 0) + contentHashCode(this.initialCounter) | 0;
return result;
};
EncryptedDataAndInitialCounter.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'EncryptedDataAndInitialCounter',
interfaces: []
};
EncryptedDataAndInitialCounter.prototype.component1 = function () {
return this.encryptedData;
};
EncryptedDataAndInitialCounter.prototype.component2 = function () {
return this.initialCounter;
};
EncryptedDataAndInitialCounter.prototype.copy_6a75nw$ = function (encryptedData, initialCounter) {
return new EncryptedDataAndInitialCounter(encryptedData === void 0 ? this.encryptedData : encryptedData, initialCounter === void 0 ? this.initialCounter : initialCounter);
};
EncryptedDataAndInitialCounter.prototype.toString = function () {
return 'EncryptedDataAndInitialCounter(encryptedData=' + Kotlin.toString(this.encryptedData) + (', initialCounter=' + Kotlin.toString(this.initialCounter)) + ')';
};
function Mode(name, ordinal) {
Enum.call(this);
this.name$ = name;
this.ordinal$ = ordinal;
}
function Mode_initFields() {
Mode_initFields = function () {
};
Mode$ENCRYPT_instance = new Mode('ENCRYPT', 0);
Mode$DECRYPT_instance = new Mode('DECRYPT', 1);
}
var Mode$ENCRYPT_instance;
function Mode$ENCRYPT_getInstance() {
Mode_initFields();
return Mode$ENCRYPT_instance;
}
var Mode$DECRYPT_instance;
function Mode$DECRYPT_getInstance() {
Mode_initFields();
return Mode$DECRYPT_instance;
}
Mode.$metadata$ = {
kind: Kind_CLASS,
simpleName: 'Mode',
interfaces: [Enum]
};
function Mode$values() {
return [Mode$ENCRYPT_getInstance(), Mode$DECRYPT_getInstance()];
}
Mode.values = Mode$values;
function Mode$valueOf(name) {
switch (name) {
case 'ENCRYPT':
return Mode$ENCRYPT_getInstance();
case 'DECRYPT':
return Mode$DECRYPT_getInstance();
default:throwISE('No enum constant com.ionspin.kotlin.crypto.symmetric.Mode.' + name);
}
}
Mode.valueOf_61zpoe$ = Mode$valueOf;
function SRNG() {
SRNG_instance = this;
this.counter = 0;
}
SRNG.prototype.getRandomBytes_za3lpa$ = function (amount) {
var array = Array_0(amount);
var tmp$;
tmp$ = array.length - 1 | 0;
for (var i = 0; i <= tmp$; i++) {
var tmp$_0;
array[i] = new UByte_init(toByte((tmp$_0 = this.counter, this.counter = tmp$_0 + 1 | 0, tmp$_0)));
}
return array;
};
SRNG.$metadata$ = {
kind: Kind_OBJECT,
simpleName: 'SRNG',
interfaces: []
};
var SRNG_instance = null;
function SRNG_getInstance() {
if (SRNG_instance === null) {
new SRNG();
}
return SRNG_instance;
}
var package$com = _.com || (_.com = {});
var package$ionspin = package$com.ionspin || (package$com.ionspin = {});
var package$kotlin = package$ionspin.kotlin || (package$ionspin.kotlin = {});
var package$crypto = package$kotlin.crypto || (package$kotlin.crypto = {});
Object.defineProperty(package$crypto, 'Config', {
get: Config_getInstance
});
package$crypto.hexColumsPrint_mgx7ee$ = hexColumsPrint;
package$crypto.hexColumsPrint_q387ch$ = hexColumsPrint_0;
package$crypto.hexColumsPrint_uo2ox1$ = hexColumsPrint_1;
package$crypto.rotateRight_k13f4a$ = rotateRight;
package$crypto.rotateRight_hc3rh$ = rotateRight_0;
package$crypto.xor_h1cpxt$ = xor;
package$crypto.hexStringToUByteArray_pdl1vz$ = hexStringToUByteArray;
package$crypto.toHexString_q387ch$ = toHexString;
var package$hash = package$crypto.hash || (package$crypto.hash = {});
package$hash.Hash = Hash;
package$hash.UpdatableHash = UpdatableHash;
package$hash.StatelessHash = StatelessHash;
$$importsForInline$$['multiplatform-crypto'] = _;
Object.defineProperty(Blake2b, 'Companion', {
get: Blake2b$Companion_getInstance
});
var package$blake2b = package$hash.blake2b || (package$hash.blake2b = {});
package$blake2b.Blake2b_init_9d67ql$ = Blake2b_init;
package$blake2b.Blake2b = Blake2b;
Object.defineProperty(Sha256, 'Companion', {
get: Sha256$Companion_getInstance
});
var package$sha = package$hash.sha || (package$hash.sha = {});
package$sha.Sha256 = Sha256;
Object.defineProperty(Sha512, 'Companion', {
get: Sha512$Companion_getInstance
});
package$sha.Sha512 = Sha512;
Object.defineProperty(Aes, 'Companion', {
get: Aes$Companion_getInstance
});
var package$symmetric = package$crypto.symmetric || (package$crypto.symmetric = {});
package$symmetric.Aes = Aes;
AesKey.Aes128Key = AesKey$Aes128Key;
AesKey.Aes192Key = AesKey$Aes192Key;
AesKey.Aes256Key = AesKey$Aes256Key;
package$symmetric.AesKey = AesKey;
Object.defineProperty(AesCbc, 'Companion', {
get: AesCbc$Companion_getInstance
});
package$symmetric.AesCbc = AesCbc;
package$symmetric.EncryptedDataAndInitializationVector = EncryptedDataAndInitializationVector;
Object.defineProperty(AesCtr, 'Companion', {
get: AesCtr$Companion_getInstance
});
package$symmetric.AesCtr = AesCtr;
package$symmetric.EncryptedDataAndInitialCounter = EncryptedDataAndInitialCounter;
Object.defineProperty(Mode, 'ENCRYPT', {
get: Mode$ENCRYPT_getInstance
});
Object.defineProperty(Mode, 'DECRYPT', {
get: Mode$DECRYPT_getInstance
});
package$symmetric.Mode = Mode;
Object.defineProperty(package$crypto, 'SRNG', {
get: SRNG_getInstance
});
Blake2b$Companion.prototype.digest_5pksov$ = StatelessHash.prototype.digest_5pksov$;
Blake2b$Companion.prototype.digest_o2z9gi$ = StatelessHash.prototype.digest_o2z9gi$;
Sha256$Companion.prototype.digest_5pksov$ = StatelessHash.prototype.digest_5pksov$;
Sha256$Companion.prototype.digest_o2z9gi$ = StatelessHash.prototype.digest_o2z9gi$;
Sha512$Companion.prototype.digest_5pksov$ = StatelessHash.prototype.digest_5pksov$;
Sha512$Companion.prototype.digest_o2z9gi$ = StatelessHash.prototype.digest_o2z9gi$;
Kotlin.defineModule('multiplatform-crypto', _);
return _;
}(module.exports, require('kotlin'), require('bignum')));
//# sourceMappingURL=multiplatform-crypto.js.map
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