javascript实现DES加密（笔记）
场景：登录密码需要前端加密，后端同学采用des解密，所以前端需要des加密，需两者共同定义一个私钥key。
参考：网上搜了下 需要进入三个js但是最后觉得引入三个js不太好，同时我们项目里面已经引入了jquery，所以就决定自己整合下写到我们自己得工具库里， 这样用得时候就直接引用。 将tripledes.js 和mode-dec.js合成一个js文件，引入
import {
CryptoJS }
from
'../../../utils/des'
js页面代码写上如下代码，当点击登录时需要调用此方法加密, message 就是这里得密码，key就是私钥
encryptByDES = (
message,
key)
=> {
let
keyHex =
CryptoJS.
enc.
Utf8.
parse(
key);
let
encrypted =
CryptoJS.
DES.
encrypt(
message,
keyHex, {
mode:
CryptoJS.
mode.
ECB,
padding:
CryptoJS.
pad.
Pkcs7
});
return
encrypted.
toString();
}
可以将下面得代码放到一个js文件里，前端直接引用：
/*
CryptoJS v3.1.2
code.google.com/p/crypto-js
(c) 2009-2013 by Jeff Mott. All rights reserved.
code.google.com/p/crypto-js/wiki/License
*/
var
CryptoJS =
CryptoJS ||
function (
u,
l) {
var
d = {},
n =
d.
lib = {},
p =
function () { },
s =
n.
Base = {
extend:
function (
a) {
p.
prototype =
this;
var
c =
new
p;
a &&
c.
mixIn(
a);
c.
hasOwnProperty(
"init") || (
c.
init =
function () {
c.
$super.
init.
apply(
this,
arguments) });
c.
init.
prototype =
c;
c.
$super =
this;
return
c },
create:
function () {
var
a =
this.
extend();
a.
init.
apply(
a,
arguments);
return
a },
init:
function () { },
mixIn:
function (
a) {
for (
var
c
in
a)
a.
hasOwnProperty(
c) && (
this[
c] =
a[
c]);
a.
hasOwnProperty(
"toString") && (
this.
toString =
a.
toString) },
clone:
function () {
return
this.
init.
prototype.
extend(
this) } },
q =
n.
WordArray =
s.
extend({
init:
function (
a,
c) {
a =
this.
words =
a || [];
this.
sigBytes =
c !=
l ?
c :
4 *
a.
length },
toString:
function (
a) {
return (
a ||
v).
stringify(
this) },
concat:
function (
a) {
var
c =
this.
words,
m =
a.
words,
f =
this.
sigBytes;
a =
a.
sigBytes;
this.
clamp();
if (
f %
4)
for (
var
t =
0;
t <
a;
t++)
c[
f +
t >>>
2] |= (
m[
t >>>
2] >>>
24 -
8 * (
t %
4) &
255) <<
24 -
8 * ((
f +
t) %
4);
else
if (
65535 <
m.
length)
for (
t =
0;
t <
a;
t +=
4)
c[
f +
t >>>
2] =
m[
t >>>
2];
else
c.
push.
apply(
c,
m);
this.
sigBytes +=
a;
return
this },
clamp:
function () {
var
a =
this.
words,
c =
this.
sigBytes;
a[
c >>>
2] &=
4294967295 <<
32 -
8 * (
c %
4);
a.
length =
u.
ceil(
c /
4)
},
clone:
function () {
var
a =
s.
clone.
call(
this);
a.
words =
this.
words.
slice(
0);
return
a },
random:
function (
a) {
for (
var
c = [],
m =
0;
m <
a;
m +=
4)
c.
push(
4294967296 *
u.
random() |
0);
return
new
q.
init(
c,
a) }
}),
w =
d.
enc = {},
v =
w.
Hex = {
stringify:
function (
a) {
var
c =
a.
words;
a =
a.
sigBytes;
for (
var
m = [],
f =
0;
f <
a;
f++) {
var
t =
c[
f >>>
2] >>>
24 -
8 * (
f %
4) &
255;
m.
push((
t >>>
4).
toString(
16));
m.
push((
t &
15).
toString(
16)) }
return
m.
join(
"") },
parse:
function (
a) {
for (
var
c =
a.
length,
m = [],
f =
0;
f <
c;
f +=
2)
m[
f >>>
3] |=
parseInt(
a.
substr(
f,
2),
16) <<
24 -
4 * (
f %
8);
return
new
q.
init(
m,
c /
2)
}
},
b =
w.
Latin1 = {
stringify:
function (
a) {
var
c =
a.
words;
a =
a.
sigBytes;
for (
var
m = [],
f =
0;
f <
a;
f++)
m.
push(
String.
fromCharCode(
c[
f >>>
2] >>>
24 -
8 * (
f %
4) &
255));
return
m.
join(
"") },
parse:
function (
a) {
for (
var
c =
a.
length,
m = [],
f =
0;
f <
c;
f++)
m[
f >>>
2] |= (
a.
charCodeAt(
f) &
255) <<
24 -
8 * (
f %
4);
return
new
q.
init(
m,
c) } },
x =
w.
Utf8 = {
stringify:
function (
a) {
try {
return
decodeURIComponent(
escape(
b.
stringify(
a))) }
catch (
c) {
throw
Error(
"Malformed UTF-8 data"); } },
parse:
function (
a) {
return
b.
parse(
unescape(
encodeURIComponent(
a))) } },
r =
n.
BufferedBlockAlgorithm =
s.
extend({
reset:
function () {
this.
_data =
new
q.
init;
this.
_nDataBytes =
0 },
_append:
function (
a) {
"string" ==
typeof
a && (
a =
x.
parse(
a));
this.
_data.
concat(
a);
this.
_nDataBytes +=
a.
sigBytes },
_process:
function (
a) {
var
c =
this.
_data,
m =
c.
words,
f =
c.
sigBytes,
t =
this.
blockSize,
b =
f / (
4 *
t),
b =
a ?
u.
ceil(
b) :
u.
max((
b |
0) -
this.
_minBufferSize,
0);
a =
b *
t;
f =
u.
min(
4 *
a,
f);
if (
a) {
for (
var
e =
0;
e <
a;
e +=
t)
this.
_doProcessBlock(
m,
e);
e =
m.
splice(
0,
a);
c.
sigBytes -=
f }
return
new
q.
init(
e,
f) },
clone:
function () {
var
a =
s.
clone.
call(
this);
a.
_data =
this.
_data.
clone();
return
a
},
_minBufferSize:
0
});
n.
Hasher =
r.
extend({
cfg:
s.
extend(),
init:
function (
a) {
this.
cfg =
this.
cfg.
extend(
a);
this.
reset() },
reset:
function () {
r.
reset.
call(
this);
this.
_doReset() },
update:
function (
a) {
this.
_append(
a);
this.
_process();
return
this },
finalize:
function (
a) {
a &&
this.
_append(
a);
return
this.
_doFinalize() },
blockSize:
16,
_createHelper:
function (
a) {
return
function (
c,
m) {
return (
new
a.
init(
m)).
finalize(
c) } },
_createHmacHelper:
function (
a) {
return
function (
c,
m) {
return (
new
e.
HMAC.
init(
a,
m)).
finalize(
c)
}
}
});
var
e =
d.
algo = {};
return
d
}(
Math);
(
function () {
var
u =
CryptoJS,
l =
u.
lib.
WordArray;
u.
enc.
Base64 = {
stringify:
function (
d) {
var
n =
d.
words,
l =
d.
sigBytes,
s =
this.
_map;
d.
clamp();
d = [];
for (
var
q =
0;
q <
l;
q +=
3)
for (
var
w = (
n[
q >>>
2] >>>
24 -
8 * (
q %
4) &
255) <<
16 | (
n[
q +
1 >>>
2] >>>
24 -
8 * ((
q +
1) %
4) &
255) <<
8 |
n[
q +
2 >>>
2] >>>
24 -
8 * ((
q +
2) %
4) &
255,
v =
0;
4 >
v &&
q +
0.75 *
v <
l;
v++)
d.
push(
s.
charAt(
w >>>
6 * (
3 -
v) &
63));
if (
n =
s.
charAt(
64))
for (;
d.
length %
4;)
d.
push(
n);
return
d.
join(
"") },
parse:
function (
d) {
var
n =
d.
length,
p =
this.
_map,
s =
p.
charAt(
64);
s && (
s =
d.
indexOf(
s), -
1 !=
s && (
n =
s));
for (
var
s = [],
q =
0,
w =
0;
w <
n;
w++)
if (
w %
4) {
var
v =
p.
indexOf(
d.
charAt(
w -
1)) <<
2 * (
w %
4),
b =
p.
indexOf(
d.
charAt(
w)) >>>
6 -
2 * (
w %
4);
s[
q >>>
2] |= (
v |
b) <<
24 -
8 * (
q %
4);
q++ }
return
l.
create(
s,
q)
},
_map:
"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="
}
})();
(
function (
u) {
function
l(
b,
e,
a,
c,
m,
f,
t) {
b =
b + (
e &
a | ~
e &
c) +
m +
t;
return (
b <<
f |
b >>>
32 -
f) +
e }
function
d(
b,
e,
a,
c,
m,
f,
t) {
b =
b + (
e &
c |
a & ~
c) +
m +
t;
return (
b <<
f |
b >>>
32 -
f) +
e }
function
n(
b,
e,
a,
c,
m,
f,
t) {
b =
b + (
e ^
a ^
c) +
m +
t;
return (
b <<
f |
b >>>
32 -
f) +
e }
function
p(
b,
e,
a,
c,
m,
f,
t) {
b =
b + (
a ^ (
e | ~
c)) +
m +
t;
return (
b <<
f |
b >>>
32 -
f) +
e }
for (
var
s =
CryptoJS,
q =
s.
lib,
w =
q.
WordArray,
v =
q.
Hasher,
q =
s.
algo,
b = [],
x =
0;
64 >
x;
x++)
b[
x] =
4294967296 *
u.
abs(
u.
sin(
x +
1)) |
0;
q =
q.
MD5 =
v.
extend({
_doReset:
function () {
this.
_hash =
new
w.
init([
1732584193,
4023233417,
2562383102,
271733878]) },
_doProcessBlock:
function (
r,
e) {
for (
var
a =
0;
16 >
a;
a++) {
var
c =
e +
a,
m =
r[
c];
r[
c] = (
m <<
8 |
m >>>
24) &
16711935 | (
m <<
24 |
m >>>
8) &
4278255360 }
var
a =
this.
_hash.
words,
c =
r[
e +
0],
m =
r[
e +
1],
f =
r[
e +
2],
t =
r[
e +
3],
y =
r[
e +
4],
q =
r[
e +
5],
s =
r[
e +
6],
w =
r[
e +
7],
v =
r[
e +
8],
u =
r[
e +
9],
x =
r[
e +
10],
z =
r[
e +
11],
A =
r[
e +
12],
B =
r[
e +
13],
C =
r[
e +
14],
D =
r[
e +
15],
g =
a[
0],
h =
a[
1],
j =
a[
2],
k =
a[
3],
g =
l(
g,
h,
j,
k,
c,
7,
b[
0]),
k =
l(
k,
g,
h,
j,
m,
12,
b[
1]),
j =
l(
j,
k,
g,
h,
f,
17,
b[
2]),
h =
l(
h,
j,
k,
g,
t,
22,
b[
3]),
g =
l(
g,
h,
j,
k,
y,
7,
b[
4]),
k =
l(
k,
g,
h,
j,
q,
12,
b[
5]),
j =
l(
j,
k,
g,
h,
s,
17,
b[
6]),
h =
l(
h,
j,
k,
g,
w,
22,
b[
7]),
g =
l(
g,
h,
j,
k,
v,
7,
b[
8]),
k =
l(
k,
g,
h,
j,
u,
12,
b[
9]),
j =
l(
j,
k,
g,
h,
x,
17,
b[
10]),
h =
l(
h,
j,
k,
g,
z,
22,
b[
11]),
g =
l(
g,
h,
j,
k,
A,
7,
b[
12]),
k =
l(
k,
g,
h,
j,
B,
12,
b[
13]),
j =
l(
j,
k,
g,
h,
C,
17,
b[
14]),
h =
l(
h,
j,
k,
g,
D,
22,
b[
15]),
g =
d(
g,
h,
j,
k,
m,
5,
b[
16]),
k =
d(
k,
g,
h,
j,
s,
9,
b[
17]),
j =
d(
j,
k,
g,
h,
z,
14,
b[
18]),
h =
d(
h,
j,
k,
g,
c,
20,
b[
19]),
g =
d(
g,
h,
j,
k,
q,
5,
b[
20]),
k =
d(
k,
g,
h,
j,
x,
9,
b[
21]),
j =
d(
j,
k,
g,
h,
D,
14,
b[
22]),
h =
d(
h,
j,
k,
g,
y,
20,
b[
23]),
g =
d(
g,
h,
j,
k,
u,
5,
b[
24]),
k =
d(
k,
g,
h,
j,
C,
9,
b[
25]),
j =
d(
j,
k,
g,
h,
t,
14,
b[
26]),
h =
d(
h,
j,
k,
g,
v,
20,
b[
27]),
g =
d(
g,
h,
j,
k,
B,
5,
b[
28]),
k =
d(
k,
g,
h,
j,
f,
9,
b[
29]),
j =
d(
j,
k,
g,
h,
w,
14,
b[
30]),
h =
d(
h,
j,
k,
g,
A,
20,
b[
31]),
g =
n(
g,
h,
j,
k,
q,
4,
b[
32]),
k =
n(
k,
g,
h,
j,
v,
11,
b[
33]),
j =
n(
j,
k,
g,
h,
z,
16,
b[
34]),
h =
n(
h,
j,
k,
g,
C,
23,
b[
35]),
g =
n(
g,
h,
j,
k,
m,
4,
b[
36]),
k =
n(
k,
g,
h,
j,
y,
11,
b[
37]),
j =
n(
j,
k,
g,
h,
w,
16,
b[
38]),
h =
n(
h,
j,
k,
g,
x,
23,
b[
39]),
g =
n(
g,
h,
j,
k,
B,
4,
b[
40]),
k =
n(
k,
g,
h,
j,
c,
11,
b[
41]),
j =
n(
j,
k,
g,
h,
t,
16,
b[
42]),
h =
n(
h,
j,
k,
g,
s,
23,
b[
43]),
g =
n(
g,
h,
j,
k,
u,
4,
b[
44]),
k =
n(
k,
g,
h,
j,
A,
11,
b[
45]),
j =
n(
j,
k,
g,
h,
D,
16,
b[
46]),
h =
n(
h,
j,
k,
g,
f,
23,
b[
47]),
g =
p(
g,
h,
j,
k,
c,
6,
b[
48]),
k =
p(
k,
g,
h,
j,
w,
10,
b[
49]),
j =
p(
j,
k,
g,
h,
C,
15,
b[
50]),
h =
p(
h,
j,
k,
g,
q,
21,
b[
51]),
g =
p(
g,
h,
j,
k,
A,
6,
b[
52]),
k =
p(
k,
g,
h,
j,
t,
10,
b[
53]),
j =
p(
j,
k,
g,
h,
x,
15,
b[
54]),
h =
p(
h,
j,
k,
g,
m,
21,
b[
55]),
g =
p(
g,
h,
j,
k,
v,
6,
b[
56]),
k =
p(
k,
g,
h,
j,
D,
10,
b[
57]),
j =
p(
j,
k,
g,
h,
s,
15,
b[
58]),
h =
p(
h,
j,
k,
g,
B,
21,
b[
59]),
g =
p(
g,
h,
j,
k,
y,
6,
b[
60]),
k =
p(
k,
g,
h,
j,
z,
10,
b[
61]),
j =
p(
j,
k,
g,
h,
f,
15,
b[
62]),
h =
p(
h,
j,
k,
g,
u,
21,
b[
63]);
a[
0] =
a[
0] +
g |
0;
a[
1] =
a[
1] +
h |
0;
a[
2] =
a[
2] +
j |
0;
a[
3] =
a[
3] +
k |
0
},
_doFinalize:
function () {
var
b =
this.
_data,
e =
b.
words,
a =
8 *
this.
_nDataBytes,
c =
8 *
b.
sigBytes;
e[
c >>>
5] |=
128 <<
24 -
c %
32;
var
m =
u.
floor(
a /
4294967296);
e[(
c +
64 >>>
9 <<
4) +
15] = (
m <<
8 |
m >>>
24) &
16711935 | (
m <<
24 |
m >>>
8) &
4278255360;
e[(
c +
64 >>>
9 <<
4) +
14] = (
a <<
8 |
a >>>
24) &
16711935 | (
a <<
24 |
a >>>
8) &
4278255360;
b.
sigBytes =
4 * (
e.
length +
1);
this.
_process();
b =
this.
_hash;
e =
b.
words;
for (
a =
0;
4 >
a;
a++)
c =
e[
a],
e[
a] = (
c <<
8 |
c >>>
24) &
16711935 | (
c <<
24 |
c >>>
8) &
4278255360;
return
b
},
clone:
function () {
var
b =
v.
clone.
call(
this);
b.
_hash =
this.
_hash.
clone();
return
b }
});
s.
MD5 =
v.
_createHelper(
q);
s.
HmacMD5 =
v.
_createHmacHelper(
q)
})(
Math);
(
function () {
var
u =
CryptoJS,
l =
u.
lib,
d =
l.
Base,
n =
l.
WordArray,
l =
u.
algo,
p =
l.
EvpKDF =
d.
extend({
cfg:
d.
extend({
keySize:
4,
hasher:
l.
MD5,
iterations:
1 }),
init:
function (
d) {
this.
cfg =
this.
cfg.
extend(
d) },
compute:
function (
d,
l) {
for (
var
p =
this.
cfg,
v =
p.
hasher.
create(),
b =
n.
create(),
u =
b.
words,
r =
p.
keySize,
p =
p.
iterations;
u.
length <
r;) {
e &&
v.
update(
e);
var
e =
v.
update(
d).
finalize(
l);
v.
reset();
for (
var
a =
1;
a <
p;
a++)
e =
v.
finalize(
e),
v.
reset();
b.
concat(
e) }
b.
sigBytes =
4 *
r;
return
b } });
u.
EvpKDF =
function (
d,
l,
n) {
return
p.
create(
n).
compute(
d,
l)
}
})();
CryptoJS.
lib.
Cipher ||
function (
u) {
var
l =
CryptoJS,
d =
l.
lib,
n =
d.
Base,
p =
d.
WordArray,
s =
d.
BufferedBlockAlgorithm,
q =
l.
enc.
Base64,
w =
l.
algo.
EvpKDF,
v =
d.
Cipher =
s.
extend({
cfg:
n.
extend(),
createEncryptor:
function (
m,
a) {
return
this.
create(
this.
_ENC_XFORM_MODE,
m,
a) },
createDecryptor:
function (
m,
a) {
return
this.
create(
this.
_DEC_XFORM_MODE,
m,
a) },
init:
function (
m,
a,
b) {
this.
cfg =
this.
cfg.
extend(
b);
this.
_xformMode =
m;
this.
_key =
a;
this.
reset() },
reset:
function () {
s.
reset.
call(
this);
this.
_doReset() },
process:
function (
a) {
this.
_append(
a);
return
this.
_process() },
finalize:
function (
a) {
a &&
this.
_append(
a);
return
this.
_doFinalize() },
keySize:
4,
ivSize:
4,
_ENC_XFORM_MODE:
1,
_DEC_XFORM_MODE:
2,
_createHelper:
function (
m) {
return {
encrypt:
function (
f,
b,
e) {
return (
"string" ==
typeof
b ?
c :
a).
encrypt(
m,
f,
b,
e) },
decrypt:
function (
f,
b,
e) {
return (
"string" ==
typeof
b ?
c :
a).
decrypt(
m,
f,
b,
e) } } }
});
d.
StreamCipher =
v.
extend({
_doFinalize:
function () {
return
this.
_process(!
0) },
blockSize:
1 });
var
b =
l.
mode = {},
x =
function (
a,
f,
b) {
var
c =
this.
_iv;
c ?
this.
_iv =
u :
c =
this.
_prevBlock;
for (
var
e =
0;
e <
b;
e++)
a[
f +
e] ^=
c[
e]
},
r = (
d.
BlockCipherMode =
n.
extend({
createEncryptor:
function (
a,
f) {
return
this.
Encryptor.
create(
a,
f) },
createDecryptor:
function (
a,
f) {
return
this.
Decryptor.
create(
a,
f) },
init:
function (
a,
f) {
this.
_cipher =
a;
this.
_iv =
f } })).
extend();
r.
Encryptor =
r.
extend({
processBlock:
function (
a,
f) {
var
b =
this.
_cipher,
c =
b.
blockSize;
x.
call(
this,
a,
f,
c);
b.
encryptBlock(
a,
f);
this.
_prevBlock =
a.
slice(
f,
f +
c) } });
r.
Decryptor =
r.
extend({
processBlock:
function (
a,
b) {
var
c =
this.
_cipher,
e =
c.
blockSize,
d =
a.
slice(
b,
b +
e);
c.
decryptBlock(
a,
b);
x.
call(
this,
a,
b,
e);
this.
_prevBlock =
d
}
});
b =
b.
CBC =
r;
r = (
l.
pad = {}).
Pkcs7 = {
pad:
function (
a,
b) {
for (
var
c =
4 *
b,
c =
c -
a.
sigBytes %
c,
e =
c <<
24 |
c <<
16 |
c <<
8 |
c,
d = [],
l =
0;
l <
c;
l +=
4)
d.
push(
e);
c =
p.
create(
d,
c);
a.
concat(
c) },
unpad:
function (
a) {
a.
sigBytes -=
a.
words[
a.
sigBytes -
1 >>>
2] &
255 } };
d.
BlockCipher =
v.
extend({
cfg:
v.
cfg.
extend({
mode:
b,
padding:
r }),
reset:
function () {
v.
reset.
call(
this);
var
a =
this.
cfg,
c =
a.
iv,
a =
a.
mode;
if (
this.
_xformMode ==
this.
_ENC_XFORM_MODE)
var
b =
a.
createEncryptor;
else
b =
a.
createDecryptor,
this.
_minBufferSize =
1;
this.
_mode =
b.
call(
a,
this,
c &&
c.
words)
},
_doProcessBlock:
function (
a,
c) {
this.
_mode.
processBlock(
a,
c) },
_doFinalize:
function () {
var
a =
this.
cfg.
padding;
if (
this.
_xformMode ==
this.
_ENC_XFORM_MODE) {
a.
pad(
this.
_data,
this.
blockSize);
var
c =
this.
_process(!
0) }
else
c =
this.
_process(!
0),
a.
unpad(
c);
return
c },
blockSize:
4
});
var
e =
d.
CipherParams =
n.
extend({
init:
function (
a) {
this.
mixIn(
a) },
toString:
function (
a) {
return (
a ||
this.
formatter).
stringify(
this) } }),
b = (
l.
format = {}).
OpenSSL = {
stringify:
function (
a) {
var
c =
a.
ciphertext;
a =
a.
salt;
return (
a ?
p.
create([
1398893684,
1701076831]).
concat(
a).
concat(
c) :
c).
toString(
q)
},
parse:
function (
a) {
a =
q.
parse(
a);
var
c =
a.
words;
if (
1398893684 ==
c[
0] &&
1701076831 ==
c[
1]) {
var
b =
p.
create(
c.
slice(
2,
4));
c.
splice(
0,
4);
a.
sigBytes -=
16 }
return
e.
create({
ciphertext:
a,
salt:
b }) }
},
a =
d.
SerializableCipher =
n.
extend({
cfg:
n.
extend({
format:
b }),
encrypt:
function (
a,
c,
b,
d) {
d =
this.
cfg.
extend(
d);
var
l =
a.
createEncryptor(
b,
d);
c =
l.
finalize(
c);
l =
l.
cfg;
return
e.
create({
ciphertext:
c,
key:
b,
iv:
l.
iv,
algorithm:
a,
mode:
l.
mode,
padding:
l.
padding,
blockSize:
a.
blockSize,
formatter:
d.
format }) },
decrypt:
function (
a,
c,
b,
e) {
e =
this.
cfg.
extend(
e);
c =
this.
_parse(
c,
e.
format);
return
a.
createDecryptor(
b,
e).
finalize(
c.
ciphertext) },
_parse:
function (
a,
c)
{
return
"string" ==
typeof
a ?
c.
parse(
a,
this) :
a }
}),
l = (
l.
kdf = {}).
OpenSSL = {
execute:
function (
a,
c,
b,
d) {
d || (
d =
p.
random(
8));
a =
w.
create({
keySize:
c +
b }).
compute(
a,
d);
b =
p.
create(
a.
words.
slice(
c),
4 *
b);
a.
sigBytes =
4 *
c;
return
e.
create({
key:
a,
iv:
b,
salt:
d }) } },
c =
d.
PasswordBasedCipher =
a.
extend({
cfg:
a.
cfg.
extend({
kdf:
l }),
encrypt:
function (
c,
b,
e,
d) {
d =
this.
cfg.
extend(
d);
e =
d.
kdf.
execute(
e,
c.
keySize,
c.
ivSize);
d.
iv =
e.
iv;
c =
a.
encrypt.
call(
this,
c,
b,
e.
key,
d);
c.
mixIn(
e);
return
c
},
decrypt:
function (
c,
b,
e,
d) {
d =
this.
cfg.
extend(
d);
b =
this.
_parse(
b,
d.
format);
e =
d.
kdf.
execute(
e,
c.
keySize,
c.
ivSize,
b.
salt);
d.
iv =
e.
iv;
return
a.
decrypt.
call(
this,
c,
b,
e.
key,
d) }
})
}();
(
function () {
function
u(
b,
a) {
var
c = (
this.
_lBlock >>>
b ^
this.
_rBlock) &
a;
this.
_rBlock ^=
c;
this.
_lBlock ^=
c <<
b }
function
l(
b,
a) {
var
c = (
this.
_rBlock >>>
b ^
this.
_lBlock) &
a;
this.
_lBlock ^=
c;
this.
_rBlock ^=
c <<
b }
var
d =
CryptoJS,
n =
d.
lib,
p =
n.
WordArray,
n =
n.
BlockCipher,
s =
d.
algo,
q = [
57,
49,
41,
33,
25,
17,
9,
1,
58,
50,
42,
34,
26,
18,
10,
2,
59,
51,
43,
35,
27,
19,
11,
3,
60,
52,
44,
36,
63,
55,
47,
39,
31,
23,
15,
7,
62,
54,
46,
38,
30,
22,
14,
6,
61,
53,
45,
37,
29,
21,
13,
5,
28,
20,
12,
4],
w = [
14,
17,
11,
24,
1,
5,
3,
28,
15,
6,
21,
10,
23,
19,
12,
4,
26,
8,
16,
7,
27,
20,
13,
2,
41,
52,
31,
37,
47,
55,
30,
40,
51,
45,
33,
48,
44,
49,
39,
56,
34,
53,
46,
42,
50,
36,
29,
32],
v = [
1,
2,
4,
6,
8,
10,
12,
14,
15,
17,
19,
21,
23,
25,
27,
28],
b = [{
"0"
:
8421888,
268435456
:
32768,
536870912
:
8421378,
805306368
:
2,
1073741824
:
512,
1342177280
:
8421890,
1610612736
:
8389122,
1879048192
:
8388608,
2147483648
:
514,
2415919104
:
8389120,
2684354560
:
33280,
2952790016
:
8421376,
3221225472
:
32770,
3489660928
:
8388610,
3758096384
:
0,
4026531840
:
33282,
134217728
:
0,
402653184
:
8421890,
671088640
:
33282,
939524096
:
32768,
1207959552
:
8421888,
1476395008
:
512,
1744830464
:
8421378,
2013265920
:
2,
2281701376
:
8389120,
2550136832
:
33280,
2818572288
:
8421376,
3087007744
:
8389122,
3355443200
:
8388610,
3623878656
:
32770,
3892314112
:
514,
4160749568
:
8388608,
1
:
32768,
268435457
:
2,
536870913
:
8421888,
805306369
:
8388608,
1073741825
:
8421378,
1342177281
:
33280,
1610612737
:
512,
1879048193
:
8389122,
2147483649
:
8421890,
2415919105
:
8421376,
2684354561
:
8388610,
2952790017
:
33282,
3221225473
:
514,
3489660929
:
8389120,
3758096385
:
32770,
4026531841
:
0,
134217729
:
8421890,
402653185
:
8421376,
671088641
:
8388608,
939524097
:
512,
1207959553
:
32768,
1476395009
:
8388610,
1744830465
:
2,
2013265921
:
33282,
2281701377
:
32770,
2550136833
:
8389122,
2818572289
:
514,
3087007745
:
8421888,
3355443201
:
8389120,
3623878657
:
0,
3892314113
:
33280,
4160749569
:
8421378
}, {
"0"
:
1074282512,
16777216
:
16384,
33554432
:
524288,
50331648
:
1074266128,
67108864
:
1073741840,
83886080
:
1074282496,
100663296
:
1073758208,
117440512
:
16,
134217728
:
540672,
150994944
:
1073758224,
167772160
:
1073741824,
184549376
:
540688,
201326592
:
524304,
218103808
:
0,
234881024
:
16400,
251658240
:
1074266112,
8388608
:
1073758208,
25165824
:
540688,
41943040
:
16,
58720256
:
1073758224,
75497472
:
1074282512,
92274688
:
1073741824,
109051904
:
524288,
125829120
:
1074266128,
142606336
:
524304,
159383552
:
0,
176160768
:
16384,
192937984
:
1074266112,
209715200
:
1073741840,
226492416
:
540672,
243269632
:
1074282496,
260046848
:
16400,
268435456
:
0,
285212672
:
1074266128,
301989888
:
1073758224,
318767104
:
1074282496,
335544320
:
1074266112,
352321536
:
16,
369098752
:
540688,
385875968
:
16384,
402653184
:
16400,
419430400
:
524288,
436207616
:
524304,
452984832
:
1073741840,
469762048
:
540672,
486539264
:
1073758208,
503316480
:
1073741824,
520093696
:
1074282512,
276824064
:
540688,
293601280
:
524288,
310378496
:
1074266112,
327155712
:
16384,
343932928
:
1073758208,
360710144
:
1074282512,
377487360
:
16,
394264576
:
1073741824,
411041792
:
1074282496,
427819008
:
1073741840,
444596224
:
1073758224,
461373440
:
524304,
478150656
:
0,
494927872
:
16400,
511705088
:
1074266128,
528482304
:
540672
}, {
"0"
:
260,
1048576
:
0,
2097152
:
67109120,
3145728
:
65796,
4194304
:
65540,
5242880
:
67108868,
6291456
:
67174660,
7340032
:
67174400,
8388608
:
67108864,
9437184
:
67174656,
10485760
:
65792,
11534336
:
67174404,
12582912
:
67109124,
13631488
:
65536,
14680064
:
4,
15728640
:
256,
524288
:
67174656,
1572864
:
67174404,
2621440
:
0,
3670016
:
67109120,
4718592
:
67108868,
5767168
:
65536,
6815744
:
65540,
7864320
:
260,
8912896
:
4,
9961472
:
256,
11010048
:
67174400,
12058624
:
65796,
13107200
:
65792,
14155776
:
67109124,
15204352
:
67174660,
16252928
:
67108864,
16777216
:
67174656,
17825792
:
65540,
18874368
:
65536,
19922944
:
67109120,
20971520
:
256,
22020096
:
67174660,
23068672
:
67108868,
24117248
:
0,
25165824
:
67109124,
26214400
:
67108864,
27262976
:
4,
28311552
:
65792,
29360128
:
67174400,
30408704
:
260,
31457280
:
65796,
32505856
:
67174404,
17301504
:
67108864,
18350080
:
260,
19398656
:
67174656,
20447232
:
0,
21495808
:
65540,
22544384
:
67109120,
23592960
:
256,
24641536
:
67174404,
25690112
:
65536,
26738688
:
67174660,
27787264
:
65796,
28835840
:
67108868,
29884416
:
67109124,
30932992
:
67174400,
31981568
:
4,
33030144
:
65792
}, {
"0"
:
2151682048,
65536
:
2147487808,
131072
:
4198464,
196608
:
2151677952,
262144
:
0,
327680
:
4198400,
393216
:
2147483712,
458752
:
4194368,
524288
:
2147483648,
589824
:
4194304,
655360
:
64,
720896
:
2147487744,
786432
:
2151678016,
851968
:
4160,
917504
:
4096,
983040
:
2151682112,
32768
:
2147487808,
98304
:
64,
163840
:
2151678016,
229376
:
2147487744,
294912
:
4198400,
360448
:
2151682112,
425984
:
0,
491520
:
2151677952,
557056
:
4096,
622592
:
2151682048,
688128
:
4194304,
753664
:
4160,
819200
:
2147483648,
884736
:
4194368,
950272
:
4198464,
1015808
:
2147483712,
1048576
:
4194368,
1114112
:
4198400,
1179648
:
2147483712,
1245184
:
0,
1310720
:
4160,
1376256
:
2151678016,
1441792
:
2151682048,
1507328
:
2147487808,
1572864
:
2151682112,
1638400
:
2147483648,
1703936
:
2151677952,
1769472
:
4198464,
1835008
:
2147487744,
1900544
:
4194304,
1966080
:
64,
2031616
:
4096,
1081344
:
2151677952,
1146880
:
2151682112,
1212416
:
0,
1277952
:
4198400,
1343488
:
4194368,
1409024
:
2147483648,
1474560
:
2147487808,
1540096
:
64,
1605632
:
2147483712,
1671168
:
4096,
1736704
:
2147487744,
1802240
:
2151678016,
1867776
:
4160,
1933312
:
2151682048,
1998848
:
4194304,
2064384
:
4198464
}, {
"0"
:
128,
4096
:
17039360,
8192
:
262144,
12288
:
536870912,
16384
:
537133184,
20480
:
16777344,
24576
:
553648256,
28672
:
262272,
32768
:
16777216,
36864
:
537133056,
40960
:
536871040,
45056
:
553910400,
49152
:
553910272,
53248
:
0,
57344
:
17039488,
61440
:
553648128,
2048
:
17039488,
6144
:
553648256,
10240
:
128,
14336
:
17039360,
18432
:
262144,
22528
:
537133184,
26624
:
553910272,
30720
:
536870912,
34816
:
537133056,
38912
:
0,
43008
:
553910400,
47104
:
16777344,
51200
:
536871040,
55296
:
553648128,
59392
:
16777216,
63488
:
262272,
65536
:
262144,
69632
:
128,
73728
:
536870912,
77824
:
553648256,
81920
:
16777344,
86016
:
553910272,
90112
:
537133184,
94208
:
16777216,
98304
:
553910400,
102400
:
553648128,
106496
:
17039360,
110592
:
537133056,
114688
:
262272,
118784
:
536871040,
122880
:
0,
126976
:
17039488,
67584
:
553648256,
71680
:
16777216,
75776
:
17039360,
79872
:
537133184,
83968
:
536870912,
88064
:
17039488,
92160
:
128,
96256
:
553910272,
100352
:
262272,
104448
:
553910400,
108544
:
0,
112640
:
553648128,
116736
:
16777344,
120832
:
262144,
124928
:
537133056,
129024
:
536871040
}, {
"0"
:
268435464,
256
:
8192,
512
:
270532608,
768
:
270540808,
1024
:
268443648,
1280
:
2097152,
1536
:
2097160,
1792
:
268435456,
2048
:
0,
2304
:
268443656,
2560
:
2105344,
2816
:
8,
3072
:
270532616,
3328
:
2105352,
3584
:
8200,
3840
:
270540800,
128
:
270532608,
384
:
270540808,
640
:
8,
896
:
2097152,
1152
:
2105352,
1408
:
268435464,
1664
:
268443648,
1920
:
8200,
2176
:
2097160,
2432
:
8192,
2688
:
268443656,
2944
:
270532616,
3200
:
0,
3456
:
270540800,
3712
:
2105344,
3968
:
268435456,
4096
:
268443648,
4352
:
270532616,
4608
:
270540808,
4864
:
8200,
5120
:
2097152,
5376
:
268435456,
5632
:
268435464,
5888
:
2105344,
6144
:
2105352,
6400
:
0,
6656
:
8,
6912
:
270532608,
7168
:
8192,
7424
:
268443656,
7680
:
270540800,
7936
:
2097160,
4224
:
8,
4480
:
2105344,
4736
:
2097152,
4992
:
268435464,
5248
:
268443648,
5504
:
8200,
5760
:
270540808,
6016
:
270532608,
6272
:
270540800,
6528
:
270532616,
6784
:
8192,
7040
:
2105352,
7296
:
2097160,
7552
:
0,
7808
:
268435456,
8064
:
268443656
}, {
"0"
:
1048576,
16
:
33555457,
32
:
1024,
48
:
1049601,
64
:
34604033,
80
:
0,
96
:
1,
112
:
34603009,
128
:
33555456,
144
:
1048577,
160
:
33554433,
176
:
34604032,
192
:
34603008,
208
:
1025,
224
:
1049600,
240
:
33554432,
8
:
34603009,
24
:
0,
40
:
33555457,
56
:
34604032,
72
:
1048576,
88
:
33554433,
104
:
33554432,
120
:
1025,
136
:
1049601,
152
:
33555456,
168
:
34603008,
184
:
1048577,
200
:
1024,
216
:
34604033,
232
:
1,
248
:
1049600,
256
:
33554432,
272
:
1048576,
288
:
33555457,
304
:
34603009,
320
:
1048577,
336
:
33555456,
352
:
34604032,
368
:
1049601,
384
:
1025,
400
:
34604033,
416
:
1049600,
432
:
1,
448
:
0,
464
:
34603008,
480
:
33554433,
496
:
1024,
264
:
1049600,
280
:
33555457,
296
:
34603009,
312
:
1,
328
:
33554432,
344
:
1048576,
360
:
1025,
376
:
34604032,
392
:
33554433,
408
:
34603008,
424
:
0,
440
:
34604033,
456
:
1049601,
472
:
1024,
488
:
33555456,
504
:
1048577
}, {
"0"
:
134219808,
1
:
131072,
2
:
134217728,
3
:
32,
4
:
131104,
5
:
134350880,
6
:
134350848,
7
:
2048,
8
:
134348800,
9
:
134219776,
10
:
133120,
11
:
134348832,
12
:
2080,
13
:
0,
14
:
134217760,
15
:
133152,
2147483648
:
2048,
2147483649
:
134350880,
2147483650
:
134219808,
2147483651
:
134217728,
2147483652
:
134348800,
2147483653
:
133120,
2147483654
:
133152,
2147483655
:
32,
2147483656
:
134217760,
2147483657
:
2080,
2147483658
:
131104,
2147483659
:
134350848,
2147483660
:
0,
2147483661
:
134348832,
2147483662
:
134219776,
2147483663
:
131072,
16
:
133152,
17
:
134350848,
18
:
32,
19
:
2048,
20
:
134219776,
21
:
134217760,
22
:
134348832,
23
:
131072,
24
:
0,
25
:
131104,
26
:
134348800,
27
:
134219808,
28
:
134350880,
29
:
133120,
30
:
2080,
31
:
134217728,
2147483664
:
131072,
2147483665
:
2048,
2147483666
:
134348832,
2147483667
:
133152,
2147483668
:
32,
2147483669
:
134348800,
2147483670
:
134217728,
2147483671
:
134219808,
2147483672
:
134350880,
2147483673
:
134217760,
2147483674
:
134219776,
2147483675
:
0,
2147483676
:
133120,
2147483677
:
2080,
2147483678
:
131104,
2147483679
:
134350848
}],
x = [
4160749569,
528482304,
33030144,
2064384,
129024,
8064,
504,
2147483679],
r =
s.
DES =
n.
extend({
_doReset:
function () {
for (
var
b =
this.
_key.
words,
a = [],
c =
0;
56 >
c;
c++)
{
var
d =
q[
c] -
1;
a[
c] =
b[
d >>>
5] >>>
31 -
d %
32 &
1 }
b =
this.
_subKeys = [];
for (
d =
0;
16 >
d;
d++) {
for (
var
f =
b[
d] = [],
l =
v[
d],
c =
0;
24 >
c;
c++)
f[
c /
6 |
0] |=
a[(
w[
c] -
1 +
l) %
28] <<
31 -
c %
6,
f[
4 + (
c /
6 |
0)]
|=
a[
28 + (
w[
c +
24] -
1 +
l) %
28] <<
31 -
c %
6;
f[
0] =
f[
0] <<
1 |
f[
0] >>>
31;
for (
c =
1;
7 >
c;
c++)
f[
c] >>>=
4 * (
c -
1) +
3;
f[
7] =
f[
7] <<
5 |
f[
7] >>>
27
}
a =
this.
_invSubKeys = [];
for (
c =
0;
16 >
c;
c++)
a[
c] =
b[
15 -
c]
},
encryptBlock:
function (
b,
a) {
this.
_doCryptBlock(
b,
a,
this.
_subKeys) },
decryptBlock:
function (
b,
a) {
this.
_doCryptBlock(
b,
a,
this.
_invSubKeys) },
_doCryptBlock:
function (
e,
a,
c) {
this.
_lBlock =
e[
a];
this.
_rBlock =
e[
a +
1];
u.
call(
this,
4,
252645135);
u.
call(
this,
16,
65535);
l.
call(
this,
2,
858993459);
l.
call(
this,
8,
16711935);
u.
call(
this,
1,
1431655765);
for (
var
d =
0;
16 >
d;
d++) {
for (
var
f =
c[
d],
n =
this.
_lBlock,
p =
this.
_rBlock,
q =
0,
r =
0;
8 >
r;
r++)
q |=
b[
r][((
p ^
f[
r]) &
x[
r]) >>>
0];
this.
_lBlock =
p;
this.
_rBlock =
n ^
q
}
c =
this.
_lBlock;
this.
_lBlock =
this.
_rBlock;
this.
_rBlock =
c;
u.
call(
this,
1,
1431655765);
l.
call(
this,
8,
16711935);
l.
call(
this,
2,
858993459);
u.
call(
this,
16,
65535);
u.
call(
this,
4,
252645135);
e[
a] =
this.
_lBlock;
e[
a +
1] =
this.
_rBlock
},
keySize:
2,
ivSize:
2,
blockSize:
2
});
d.
DES =
n.
_createHelper(
r);
s =
s.
TripleDES =
n.
extend({
_doReset:
function () {
var
b =
this.
_key.
words;
this.
_des1 =
r.
createEncryptor(
p.
create(
b.
slice(
0,
2)));
this.
_des2 =
r.
createEncryptor(
p.
create(
b.
slice(
2,
4)));
this.
_des3 =
r.
createEncryptor(
p.
create(
b.
slice(
4,
6)))
},
encryptBlock:
function (
b,
a) {
this.
_des1.
encryptBlock(
b,
a);
this.
_des2.
decryptBlock(
b,
a);
this.
_des3.
encryptBlock(
b,
a) },
decryptBlock:
function (
b,
a) {
this.
_des3.
decryptBlock(
b,
a);
this.
_des2.
encryptBlock(
b,
a);
this.
_des1.
decryptBlock(
b,
a) },
keySize:
6,
ivSize:
2,
blockSize:
2
});
d.
TripleDES =
n.
_createHelper(
s)
})();
/*
CryptoJS v3.1.2
code.google.com/p/crypto-js
(c) 2009-2013 by Jeff Mott. All rights reserved.
code.google.com/p/crypto-js/wiki/License
*/
CryptoJS.
mode.
ECB =
function () {
var
a =
CryptoJS.
lib.
BlockCipherMode.
extend();
a.
Encryptor =
a.
extend({
processBlock:
function (
a,
b) {
this.
_cipher.
encryptBlock(
a,
b) } });
a.
Decryptor =
a.
extend({
processBlock:
function (
a,
b) {
this.
_cipher.
decryptBlock(
a,
b) } });
return
a }();
export
default {
CryptoJS
}