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Kirill Smelkov
mariadb
Commits
b85705cc
Commit
b85705cc
authored
Jun 11, 2005
by
unknown
Browse files
Options
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Plain Diff
Merge
mysql-test/Makefile.am: Auto merged extra/yassl/taocrypt/include/modes.hpp: SCCS merged
parents
871977f2
0a4600a1
Changes
24
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Inline
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Showing
24 changed files
with
338 additions
and
309 deletions
+338
-309
extra/yassl/include/buffer.hpp
extra/yassl/include/buffer.hpp
+0
-1
extra/yassl/include/factory.hpp
extra/yassl/include/factory.hpp
+0
-1
extra/yassl/include/openssl/ssl.h
extra/yassl/include/openssl/ssl.h
+1
-0
extra/yassl/include/yassl_int.hpp
extra/yassl/include/yassl_int.hpp
+3
-0
extra/yassl/include/yassl_types.hpp
extra/yassl/include/yassl_types.hpp
+1
-1
extra/yassl/mySTL/stdexcept.hpp
extra/yassl/mySTL/stdexcept.hpp
+9
-1
extra/yassl/src/buffer.cpp
extra/yassl/src/buffer.cpp
+1
-0
extra/yassl/src/socket_wrapper.cpp
extra/yassl/src/socket_wrapper.cpp
+0
-1
extra/yassl/src/ssl.cpp
extra/yassl/src/ssl.cpp
+1
-0
extra/yassl/taocrypt/include/block.hpp
extra/yassl/taocrypt/include/block.hpp
+0
-1
extra/yassl/taocrypt/include/hash.hpp
extra/yassl/taocrypt/include/hash.hpp
+6
-6
extra/yassl/taocrypt/include/hmac.hpp
extra/yassl/taocrypt/include/hmac.hpp
+19
-6
extra/yassl/taocrypt/include/integer.hpp
extra/yassl/taocrypt/include/integer.hpp
+11
-0
extra/yassl/taocrypt/include/modes.hpp
extra/yassl/taocrypt/include/modes.hpp
+13
-4
extra/yassl/taocrypt/include/rsa.hpp
extra/yassl/taocrypt/include/rsa.hpp
+0
-1
extra/yassl/taocrypt/src/aes.cpp
extra/yassl/taocrypt/src/aes.cpp
+0
-1
extra/yassl/taocrypt/src/dsa.cpp
extra/yassl/taocrypt/src/dsa.cpp
+0
-1
extra/yassl/taocrypt/src/hash.cpp
extra/yassl/taocrypt/src/hash.cpp
+20
-9
extra/yassl/taocrypt/src/integer.cpp
extra/yassl/taocrypt/src/integer.cpp
+0
-10
extra/yassl/taocrypt/src/md5.cpp
extra/yassl/taocrypt/src/md5.cpp
+71
-70
extra/yassl/taocrypt/src/misc.cpp
extra/yassl/taocrypt/src/misc.cpp
+4
-18
extra/yassl/taocrypt/src/ripemd.cpp
extra/yassl/taocrypt/src/ripemd.cpp
+173
-172
extra/yassl/taocrypt/src/rsa.cpp
extra/yassl/taocrypt/src/rsa.cpp
+0
-1
extra/yassl/taocrypt/src/sha.cpp
extra/yassl/taocrypt/src/sha.cpp
+5
-4
No files found.
extra/yassl/include/buffer.hpp
View file @
b85705cc
...
...
@@ -29,7 +29,6 @@
#include <assert.h> // assert
#include "yassl_types.hpp" // ysDelete
#include "yassl_error.hpp" // Error
#include "memory.hpp" // mySTL::auto_ptr
#include "algorithm.hpp" // mySTL::swap
...
...
extra/yassl/include/factory.hpp
View file @
b85705cc
...
...
@@ -33,7 +33,6 @@
#include "vector.hpp"
#include "pair.hpp"
#include "yassl_error.hpp"
...
...
extra/yassl/include/openssl/ssl.h
View file @
b85705cc
...
...
@@ -34,6 +34,7 @@ namespace yaSSL {
extern
"C"
{
#endif
#undef X509_NAME
/* wincrypt.h clash */
#if defined(__cplusplus) && !defined(YASSL_MYSQL_COMPATIBLE)
class
SSL
;
...
...
extra/yassl/include/yassl_int.hpp
View file @
b85705cc
...
...
@@ -29,6 +29,7 @@
#define yaSSL_INT_HPP
#include "yassl_imp.hpp"
#include "yassl_error.hpp"
#include "crypto_wrapper.hpp"
#include "cert_wrapper.hpp"
#include "log.hpp"
...
...
@@ -129,6 +130,8 @@ private:
};
#undef X509_NAME // wincrypt.h clash
// openSSL X509 names
class
X509_NAME
{
char
*
name_
;
...
...
extra/yassl/include/yassl_types.hpp
View file @
b85705cc
...
...
@@ -71,7 +71,7 @@ void ysArrayDelete(T* ptr)
// to resolve compiler generated operator delete on base classes with
// virtual destructors, make sure doesn't get called
// virtual destructors
(when on stack)
, make sure doesn't get called
class
virtual_base
{
public:
static
void
operator
delete
(
void
*
)
{
assert
(
0
);
}
...
...
extra/yassl/mySTL/stdexcept.hpp
View file @
b85705cc
...
...
@@ -29,6 +29,8 @@
#include <string.h> // strncpy
#include <assert.h> // assert
#include <stdlib.h> // size_t
namespace
mySTL
{
...
...
@@ -37,9 +39,15 @@ namespace mySTL {
class
exception
{
public:
exception
()
{}
virtual
~
exception
()
{}
virtual
~
exception
()
{}
// to shut up compiler warnings
virtual
const
char
*
what
()
const
{
return
""
;
}
// for compiler generated call, never used
static
void
operator
delete
(
void
*
)
{
assert
(
0
);
}
private:
// don't allow dynamic creation of exceptions
static
void
*
operator
new
(
size_t
);
};
...
...
extra/yassl/src/buffer.cpp
View file @
b85705cc
...
...
@@ -24,6 +24,7 @@
* with SSL types and sockets
*/
#include <string.h> // memcpy
#include "buffer.hpp"
#include "yassl_types.hpp"
...
...
extra/yassl/src/socket_wrapper.cpp
View file @
b85705cc
...
...
@@ -27,7 +27,6 @@
#include "socket_wrapper.hpp"
#include "yassl_error.hpp"
#ifndef WIN32
#include <errno.h>
...
...
extra/yassl/src/ssl.cpp
View file @
b85705cc
...
...
@@ -38,6 +38,7 @@
#include <stdio.h>
#include "runtime.hpp"
namespace
yaSSL
{
using
mySTL
::
min
;
...
...
extra/yassl/taocrypt/include/block.hpp
View file @
b85705cc
...
...
@@ -28,7 +28,6 @@
#define TAO_CRYPT_BLOCK_HPP
#include "algorithm.hpp" // mySTL::swap
#include "stdexcept.hpp" // mySTL::runtime_error
#include "misc.hpp"
#include <string.h> // memcpy
#include <stddef.h> // ptrdiff_t
...
...
extra/yassl/taocrypt/include/hash.hpp
View file @
b85705cc
...
...
@@ -49,20 +49,20 @@ public:
// HASH with Transform
class
HASHwithTransform
:
public
HASH
{
public:
HASHwithTransform
(
word32
digSz
,
word32
buffSz
)
:
digest_
(
new
(
tc
)
word32
[
digSz
]),
buffer_
(
new
(
tc
)
byte
[
buffSz
])
{}
virtual
~
HASHwithTransform
()
{
tcArrayDelete
(
buffer_
);
tcArrayDelete
(
digest_
);
}
HASHwithTransform
(
word32
digSz
,
word32
buffSz
);
virtual
~
HASHwithTransform
()
{}
virtual
ByteOrder
getByteOrder
()
const
=
0
;
virtual
word32
getPadSize
()
const
=
0
;
virtual
void
Update
(
const
byte
*
,
word32
);
virtual
void
Final
(
byte
*
);
enum
{
MaxDigestSz
=
5
,
MaxBufferSz
=
64
};
protected:
word32
buffLen_
;
word32
length_
;
// in Bits
word32
*
digest_
;
byte
*
buffer_
;
word32
digest_
[
MaxDigestSz
]
;
word32
buffer_
[
MaxBufferSz
/
sizeof
(
word32
)]
;
virtual
void
Transform
()
=
0
;
};
...
...
extra/yassl/taocrypt/include/hmac.hpp
View file @
b85705cc
...
...
@@ -37,19 +37,32 @@ class HMAC {
public:
enum
{
IPAD
=
0x36
,
OPAD
=
0x5C
};
HMAC
()
{
Init
();
}
HMAC
()
:
ipad_
(
reinterpret_cast
<
byte
*>
(
&
ip_
)),
opad_
(
reinterpret_cast
<
byte
*>
(
&
op_
)),
innerHash_
(
reinterpret_cast
<
byte
*>
(
&
innerH_
))
{
Init
();
}
void
Update
(
const
byte
*
,
word32
);
void
Final
(
byte
*
);
void
Init
();
void
SetKey
(
const
byte
*
,
word32
);
private:
byte
ipad_
[
T
::
BLOCK_SIZE
]
;
byte
opad_
[
T
::
BLOCK_SIZE
]
;
byte
innerHash_
[
T
::
DIGEST_SIZE
]
;
byte
*
ipad_
;
byte
*
opad_
;
byte
*
innerHash_
;
bool
innerHashKeyed_
;
T
mac_
;
// MSVC 6 HACK, gives compiler error if calculated in array
enum
{
BSIZE
=
T
::
BLOCK_SIZE
/
sizeof
(
word32
),
DSIZE
=
T
::
DIGEST_SIZE
/
sizeof
(
word32
)
};
word32
ip_
[
BSIZE
];
// align ipad_ on word32
word32
op_
[
BSIZE
];
// align opad_ on word32
word32
innerH_
[
DSIZE
];
// align innerHash_ on word32
void
KeyInnerHash
();
HMAC
(
const
HMAC
&
);
...
...
extra/yassl/taocrypt/include/integer.hpp
View file @
b85705cc
...
...
@@ -25,6 +25,17 @@
#ifndef TAO_CRYPT_INTEGER_HPP
#define TAO_CRYPT_INTEGER_HPP
#ifdef _MSC_VER
// 4250: dominance
// 4660: explicitly instantiating a class already implicitly instantiated
// 4661: no suitable definition provided for explicit template request
// 4786: identifer was truncated in debug information
// 4355: 'this' : used in base member initializer list
# pragma warning(disable: 4250 4660 4661 4786 4355)
#endif
#include "misc.hpp"
#include "block.hpp"
#include "random.hpp"
...
...
extra/yassl/taocrypt/include/modes.hpp
View file @
b85705cc
...
...
@@ -60,7 +60,12 @@ class Mode_BASE : public virtual_base {
public:
enum
{
MaxBlockSz
=
16
};
explicit
Mode_BASE
(
int
sz
)
:
blockSz_
(
sz
)
{
assert
(
sz
<=
MaxBlockSz
);
}
explicit
Mode_BASE
(
int
sz
)
:
blockSz_
(
sz
),
reg_
(
reinterpret_cast
<
byte
*>
(
r_
)),
tmp_
(
reinterpret_cast
<
byte
*>
(
t_
))
{
assert
(
sz
<=
MaxBlockSz
);
}
virtual
~
Mode_BASE
()
{}
virtual
void
ProcessAndXorBlock
(
const
byte
*
,
const
byte
*
,
byte
*
)
const
=
0
;
...
...
@@ -71,9 +76,13 @@ public:
void
SetIV
(
const
byte
*
iv
)
{
memcpy
(
reg_
,
iv
,
blockSz_
);
}
private:
byte
__attribute__
((
aligned
(
sizeof
(
word32
))))
reg_
[
MaxBlockSz
];
byte
tmp_
[
MaxBlockSz
];
int
blockSz_
;
byte
*
reg_
;
byte
*
tmp_
;
word32
r_
[
MaxBlockSz
/
sizeof
(
word32
)];
// align reg_ on word32
word32
t_
[
MaxBlockSz
/
sizeof
(
word32
)];
// align tmp_ on word32
Mode_BASE
(
const
Mode_BASE
&
);
// hide copy
Mode_BASE
&
operator
=
(
const
Mode_BASE
&
);
// and assign
...
...
extra/yassl/taocrypt/include/rsa.hpp
View file @
b85705cc
...
...
@@ -27,7 +27,6 @@
#include "integer.hpp"
#include "random.hpp"
#include "stdexcept.hpp"
namespace
TaoCrypt
{
...
...
extra/yassl/taocrypt/src/aes.cpp
View file @
b85705cc
...
...
@@ -23,7 +23,6 @@
#include "runtime.hpp"
#include "aes.hpp"
#include "stdexcept.hpp"
namespace
TaoCrypt
{
...
...
extra/yassl/taocrypt/src/dsa.cpp
View file @
b85705cc
...
...
@@ -24,7 +24,6 @@
#include "sha.hpp"
#include "asn.hpp"
#include "modarith.hpp"
#include "stdexcept.hpp"
namespace
TaoCrypt
{
...
...
extra/yassl/taocrypt/src/hash.cpp
View file @
b85705cc
...
...
@@ -24,6 +24,7 @@
#include "runtime.hpp"
#include <string.h>
#include <assert.h>
#include "hash.hpp"
...
...
@@ -31,21 +32,30 @@
namespace
TaoCrypt
{
HASHwithTransform
::
HASHwithTransform
(
word32
digSz
,
word32
buffSz
)
{
assert
(
digSz
<=
MaxDigestSz
);
assert
(
buffSz
<=
MaxBufferSz
);
}
// Update digest with data of size len, do in blocks
void
HASHwithTransform
::
Update
(
const
byte
*
data
,
word32
len
)
{
// do block size increments
word32
blockSz
=
getBlockSize
();
byte
*
local
=
reinterpret_cast
<
byte
*>
(
buffer_
);
while
(
len
)
{
word32
add
=
min
(
len
,
blockSz
-
buffLen_
);
memcpy
(
&
buffer_
[
buffLen_
],
data
,
add
);
memcpy
(
&
local
[
buffLen_
],
data
,
add
);
buffLen_
+=
add
;
data
+=
add
;
len
-=
add
;
if
(
buffLen_
==
blockSz
)
{
ByteReverseIf
(
buffer_
,
buffer_
,
blockSz
,
getByteOrder
());
ByteReverseIf
(
local
,
local
,
blockSz
,
getByteOrder
());
Transform
();
}
}
...
...
@@ -60,22 +70,23 @@ void HASHwithTransform::Final(byte* hash)
word32
padSz
=
getPadSize
();
ByteOrder
order
=
getByteOrder
();
word32
prePadLen
=
length_
+
buffLen_
*
8
;
// in bits
byte
*
local
=
reinterpret_cast
<
byte
*>
(
buffer_
);
buffer_
[
buffLen_
++
]
=
0x80
;
// add 1
local
[
buffLen_
++
]
=
0x80
;
// add 1
// pad with zeros
if
(
buffLen_
>
padSz
)
{
while
(
buffLen_
<
blockSz
)
buffer_
[
buffLen_
++
]
=
0
;
ByteReverseIf
(
buffer_
,
buffer_
,
blockSz
,
order
);
while
(
buffLen_
<
blockSz
)
local
[
buffLen_
++
]
=
0
;
ByteReverseIf
(
local
,
local
,
blockSz
,
order
);
Transform
();
}
while
(
buffLen_
<
padSz
)
buffer_
[
buffLen_
++
]
=
0
;
while
(
buffLen_
<
padSz
)
local
[
buffLen_
++
]
=
0
;
ByteReverseIf
(
buffer_
,
buffer_
,
blockSz
,
order
);
ByteReverseIf
(
local
,
local
,
blockSz
,
order
);
word32
hiSize
=
0
;
// for future 64 bit length TODO:
memcpy
(
&
buffer_
[
padSz
],
order
?
&
hiSize
:
&
prePadLen
,
sizeof
(
prePadLen
));
memcpy
(
&
buffer_
[
padSz
+
4
],
order
?
&
prePadLen
:
&
hiSize
,
sizeof
(
prePadLen
));
memcpy
(
&
local
[
padSz
],
order
?
&
hiSize
:
&
prePadLen
,
sizeof
(
prePadLen
));
memcpy
(
&
local
[
padSz
+
4
],
order
?
&
prePadLen
:
&
hiSize
,
sizeof
(
prePadLen
));
Transform
();
...
...
extra/yassl/taocrypt/src/integer.cpp
View file @
b85705cc
...
...
@@ -23,19 +23,9 @@
/* based on Wei Dai's integer.cpp from CryptoPP */
#ifdef _MSC_VER
// 4250: dominance
// 4660: explicitly instantiating a class already implicitly instantiated
// 4661: no suitable definition provided for explicit template request
// 4786: identifer was truncated in debug information
// 4355: 'this' : used in base member initializer list
# pragma warning(disable: 4250 4660 4661 4786 4355)
#endif
#include "integer.hpp"
#include "modarith.hpp"
#include "asn.hpp"
#include "stdexcept.hpp"
...
...
extra/yassl/taocrypt/src/md5.cpp
View file @
b85705cc
...
...
@@ -61,10 +61,11 @@ MD5& MD5::operator= (const MD5& that)
void
MD5
::
Swap
(
MD5
&
other
)
{
mySTL
::
swap
(
buffer_
,
other
.
buffer_
);
mySTL
::
swap
(
buffLen_
,
other
.
buffLen_
);
mySTL
::
swap
(
digest_
,
other
.
digest_
);
mySTL
::
swap
(
length_
,
other
.
length_
);
mySTL
::
swap
(
buffLen_
,
other
.
buffLen_
);
memcpy
(
digest_
,
other
.
digest_
,
DIGEST_SIZE
);
memcpy
(
buffer_
,
other
.
buffer_
,
BLOCK_SIZE
);
}
...
...
@@ -84,73 +85,73 @@ void MD5::Transform()
word32
c
=
digest_
[
2
];
word32
d
=
digest_
[
3
];
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
0
*
4
]
+
0xd76aa478
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
1
*
4
]
+
0xe8c7b756
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
2
*
4
]
+
0x242070db
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
3
*
4
]
+
0xc1bdceee
,
22
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
4
*
4
]
+
0xf57c0faf
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
5
*
4
]
+
0x4787c62a
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
6
*
4
]
+
0xa8304613
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
7
*
4
]
+
0xfd469501
,
22
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
8
*
4
]
+
0x698098d8
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
9
*
4
]
+
0x8b44f7af
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
10
*
4
]
+
0xffff5bb1
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
11
*
4
]
+
0x895cd7be
,
22
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
12
*
4
]
+
0x6b901122
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
13
*
4
]
+
0xfd987193
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
14
*
4
]
+
0xa679438e
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
15
*
4
]
+
0x49b40821
,
22
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
1
*
4
]
+
0xf61e2562
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
6
*
4
]
+
0xc040b340
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
11
*
4
]
+
0x265e5a51
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
0
*
4
]
+
0xe9b6c7aa
,
20
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
5
*
4
]
+
0xd62f105d
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
10
*
4
]
+
0x02441453
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
15
*
4
]
+
0xd8a1e681
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
4
*
4
]
+
0xe7d3fbc8
,
20
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
9
*
4
]
+
0x21e1cde6
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
14
*
4
]
+
0xc33707d6
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
3
*
4
]
+
0xf4d50d87
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
8
*
4
]
+
0x455a14ed
,
20
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
13
*
4
]
+
0xa9e3e905
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
2
*
4
]
+
0xfcefa3f8
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
7
*
4
]
+
0x676f02d9
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
12
*
4
]
+
0x8d2a4c8a
,
20
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
5
*
4
]
+
0xfffa3942
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
8
*
4
]
+
0x8771f681
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
11
*
4
]
+
0x6d9d6122
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
14
*
4
]
+
0xfde5380c
,
23
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
1
*
4
]
+
0xa4beea44
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
4
*
4
]
+
0x4bdecfa9
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
7
*
4
]
+
0xf6bb4b60
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
10
*
4
]
+
0xbebfbc70
,
23
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
13
*
4
]
+
0x289b7ec6
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
0
*
4
]
+
0xeaa127fa
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
3
*
4
]
+
0xd4ef3085
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
6
*
4
]
+
0x04881d05
,
23
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
9
*
4
]
+
0xd9d4d039
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
12
*
4
]
+
0xe6db99e5
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
15
*
4
]
+
0x1fa27cf8
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
2
*
4
]
+
0xc4ac5665
,
23
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
0
*
4
]
+
0xf4292244
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
7
*
4
]
+
0x432aff97
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
14
*
4
]
+
0xab9423a7
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
5
*
4
]
+
0xfc93a039
,
21
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
12
*
4
]
+
0x655b59c3
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
3
*
4
]
+
0x8f0ccc92
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
10
*
4
]
+
0xffeff47d
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
1
*
4
]
+
0x85845dd1
,
21
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
8
*
4
]
+
0x6fa87e4f
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
15
*
4
]
+
0xfe2ce6e0
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
6
*
4
]
+
0xa3014314
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
13
*
4
]
+
0x4e0811a1
,
21
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
*
(
word32
*
)
&
buffer_
[
4
*
4
]
+
0xf7537e82
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
*
(
word32
*
)
&
buffer_
[
11
*
4
]
+
0xbd3af235
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
*
(
word32
*
)
&
buffer_
[
2
*
4
]
+
0x2ad7d2bb
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
*
(
word32
*
)
&
buffer_
[
9
*
4
]
+
0xeb86d391
,
21
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
buffer_
[
0
]
+
0xd76aa478
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
buffer_
[
1
]
+
0xe8c7b756
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
buffer_
[
2
]
+
0x242070db
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
buffer_
[
3
]
+
0xc1bdceee
,
22
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
buffer_
[
4
]
+
0xf57c0faf
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
buffer_
[
5
]
+
0x4787c62a
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
buffer_
[
6
]
+
0xa8304613
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
buffer_
[
7
]
+
0xfd469501
,
22
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
buffer_
[
8
]
+
0x698098d8
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
buffer_
[
9
]
+
0x8b44f7af
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
buffer_
[
10
]
+
0xffff5bb1
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
buffer_
[
11
]
+
0x895cd7be
,
22
);
MD5STEP
(
F1
,
a
,
b
,
c
,
d
,
buffer_
[
12
]
+
0x6b901122
,
7
);
MD5STEP
(
F1
,
d
,
a
,
b
,
c
,
buffer_
[
13
]
+
0xfd987193
,
12
);
MD5STEP
(
F1
,
c
,
d
,
a
,
b
,
buffer_
[
1
4
]
+
0xa679438e
,
17
);
MD5STEP
(
F1
,
b
,
c
,
d
,
a
,
buffer_
[
15
]
+
0x49b40821
,
22
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
buffer_
[
1
]
+
0xf61e2562
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
buffer_
[
6
]
+
0xc040b340
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
buffer_
[
11
]
+
0x265e5a51
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
buffer_
[
0
]
+
0xe9b6c7aa
,
20
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
buffer_
[
5
]
+
0xd62f105d
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
buffer_
[
10
]
+
0x02441453
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
buffer_
[
15
]
+
0xd8a1e681
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
buffer_
[
4
]
+
0xe7d3fbc8
,
20
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
buffer_
[
9
]
+
0x21e1cde6
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
buffer_
[
1
4
]
+
0xc33707d6
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
buffer_
[
3
]
+
0xf4d50d87
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
buffer_
[
8
]
+
0x455a14ed
,
20
);
MD5STEP
(
F2
,
a
,
b
,
c
,
d
,
buffer_
[
13
]
+
0xa9e3e905
,
5
);
MD5STEP
(
F2
,
d
,
a
,
b
,
c
,
buffer_
[
2
]
+
0xfcefa3f8
,
9
);
MD5STEP
(
F2
,
c
,
d
,
a
,
b
,
buffer_
[
7
]
+
0x676f02d9
,
14
);
MD5STEP
(
F2
,
b
,
c
,
d
,
a
,
buffer_
[
12
]
+
0x8d2a4c8a
,
20
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
buffer_
[
5
]
+
0xfffa3942
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
buffer_
[
8
]
+
0x8771f681
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
buffer_
[
11
]
+
0x6d9d6122
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
buffer_
[
1
4
]
+
0xfde5380c
,
23
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
buffer_
[
1
]
+
0xa4beea44
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
buffer_
[
4
]
+
0x4bdecfa9
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
buffer_
[
7
]
+
0xf6bb4b60
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
buffer_
[
10
]
+
0xbebfbc70
,
23
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
buffer_
[
13
]
+
0x289b7ec6
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
buffer_
[
0
]
+
0xeaa127fa
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
buffer_
[
3
]
+
0xd4ef3085
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
buffer_
[
6
]
+
0x04881d05
,
23
);
MD5STEP
(
F3
,
a
,
b
,
c
,
d
,
buffer_
[
9
]
+
0xd9d4d039
,
4
);
MD5STEP
(
F3
,
d
,
a
,
b
,
c
,
buffer_
[
12
]
+
0xe6db99e5
,
11
);
MD5STEP
(
F3
,
c
,
d
,
a
,
b
,
buffer_
[
15
]
+
0x1fa27cf8
,
16
);
MD5STEP
(
F3
,
b
,
c
,
d
,
a
,
buffer_
[
2
]
+
0xc4ac5665
,
23
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
buffer_
[
0
]
+
0xf4292244
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
buffer_
[
7
]
+
0x432aff97
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
buffer_
[
1
4
]
+
0xab9423a7
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
buffer_
[
5
]
+
0xfc93a039
,
21
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
buffer_
[
12
]
+
0x655b59c3
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
buffer_
[
3
]
+
0x8f0ccc92
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
buffer_
[
10
]
+
0xffeff47d
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
buffer_
[
1
]
+
0x85845dd1
,
21
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
buffer_
[
8
]
+
0x6fa87e4f
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
buffer_
[
15
]
+
0xfe2ce6e0
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
buffer_
[
6
]
+
0xa3014314
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
buffer_
[
13
]
+
0x4e0811a1
,
21
);
MD5STEP
(
F4
,
a
,
b
,
c
,
d
,
buffer_
[
4
]
+
0xf7537e82
,
6
);
MD5STEP
(
F4
,
d
,
a
,
b
,
c
,
buffer_
[
11
]
+
0xbd3af235
,
10
);
MD5STEP
(
F4
,
c
,
d
,
a
,
b
,
buffer_
[
2
]
+
0x2ad7d2bb
,
15
);
MD5STEP
(
F4
,
b
,
c
,
d
,
a
,
buffer_
[
9
]
+
0xeb86d391
,
21
);
// Add the working vars back into digest state[]
digest_
[
0
]
+=
a
;
...
...
extra/yassl/taocrypt/src/misc.cpp
View file @
b85705cc
...
...
@@ -55,27 +55,13 @@ void operator delete[](void* ptr, TaoCrypt::new_t)
/* uncomment to test
// make sure not using globals anywhere by forgetting to use overloaded
void* operator new(size_t sz)
{
assert(0);
return malloc(sz);
}
void* operator new(size_t sz);
void operator delete(void* ptr)
{
assert(0);
}
void operator delete(void* ptr);
void* operator new[](size_t sz)
{
assert(0);
return malloc(sz);
}
void* operator new[](size_t sz);
void operator delete[](void* ptr)
{
assert(0);
}
void operator delete[](void* ptr);
*/
/* namespace GCC_ABI {
...
...
extra/yassl/taocrypt/src/ripemd.cpp
View file @
b85705cc
...
...
@@ -63,10 +63,11 @@ RIPEMD160& RIPEMD160::operator= (const RIPEMD160& that)
void
RIPEMD160
::
Swap
(
RIPEMD160
&
other
)
{
mySTL
::
swap
(
buffer_
,
other
.
buffer_
);
mySTL
::
swap
(
buffLen_
,
other
.
buffLen_
);
mySTL
::
swap
(
digest_
,
other
.
digest_
);
mySTL
::
swap
(
length_
,
other
.
length_
);
mySTL
::
swap
(
buffLen_
,
other
.
buffLen_
);
memcpy
(
digest_
,
other
.
digest_
,
DIGEST_SIZE
);
memcpy
(
buffer_
,
other
.
buffer_
,
BLOCK_SIZE
);
}
...
...
@@ -104,175 +105,175 @@ void RIPEMD160::Transform()
d1
=
d2
=
digest_
[
3
];
e1
=
e2
=
digest_
[
4
];
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
11
,
k0
);
Subround
(
F
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
14
,
k0
);
Subround
(
F
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
15
,
k0
);
Subround
(
F
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
12
,
k0
);
Subround
(
F
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
5
,
k0
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
8
,
k0
);
Subround
(
F
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
7
,
k0
);
Subround
(
F
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
9
,
k0
);
Subround
(
F
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
11
,
k0
);
Subround
(
F
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
13
,
k0
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
14
,
k0
);
Subround
(
F
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
15
,
k0
);
Subround
(
F
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
6
,
k0
);
Subround
(
F
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
7
,
k0
);
Subround
(
F
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
9
,
k0
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
8
,
k0
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
7
,
k1
);
Subround
(
G
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
6
,
k1
);
Subround
(
G
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
8
,
k1
);
Subround
(
G
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
13
,
k1
);
Subround
(
G
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
11
,
k1
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
9
,
k1
);
Subround
(
G
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
7
,
k1
);
Subround
(
G
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
15
,
k1
);
Subround
(
G
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
7
,
k1
);
Subround
(
G
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
12
,
k1
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
15
,
k1
);
Subround
(
G
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
9
,
k1
);
Subround
(
G
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
11
,
k1
);
Subround
(
G
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
7
,
k1
);
Subround
(
G
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
13
,
k1
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
12
,
k1
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
11
,
k2
);
Subround
(
H
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
13
,
k2
);
Subround
(
H
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
6
,
k2
);
Subround
(
H
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
7
,
k2
);
Subround
(
H
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
14
,
k2
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
9
,
k2
);
Subround
(
H
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
13
,
k2
);
Subround
(
H
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
15
,
k2
);
Subround
(
H
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
14
,
k2
);
Subround
(
H
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
8
,
k2
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
13
,
k2
);
Subround
(
H
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
6
,
k2
);
Subround
(
H
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
5
,
k2
);
Subround
(
H
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
12
,
k2
);
Subround
(
H
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
7
,
k2
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
5
,
k2
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
11
,
k3
);
Subround
(
I
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
12
,
k3
);
Subround
(
I
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
14
,
k3
);
Subround
(
I
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
15
,
k3
);
Subround
(
I
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
14
,
k3
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
15
,
k3
);
Subround
(
I
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
9
,
k3
);
Subround
(
I
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
8
,
k3
);
Subround
(
I
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
9
,
k3
);
Subround
(
I
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
14
,
k3
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
5
,
k3
);
Subround
(
I
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
6
,
k3
);
Subround
(
I
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
8
,
k3
);
Subround
(
I
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
6
,
k3
);
Subround
(
I
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
5
,
k3
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
12
,
k3
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
9
,
k4
);
Subround
(
J
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
15
,
k4
);
Subround
(
J
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
5
,
k4
);
Subround
(
J
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
11
,
k4
);
Subround
(
J
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
6
,
k4
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
8
,
k4
);
Subround
(
J
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
13
,
k4
);
Subround
(
J
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
12
,
k4
);
Subround
(
J
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
5
,
k4
);
Subround
(
J
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
12
,
k4
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
13
,
k4
);
Subround
(
J
,
a1
,
b1
,
c1
,
d1
,
e1
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
14
,
k4
);
Subround
(
J
,
e1
,
a1
,
b1
,
c1
,
d1
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
11
,
k4
);
Subround
(
J
,
d1
,
e1
,
a1
,
b1
,
c1
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
8
,
k4
);
Subround
(
J
,
c1
,
d1
,
e1
,
a1
,
b1
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
5
,
k4
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
6
,
k4
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
8
,
k5
);
Subround
(
J
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
9
,
k5
);
Subround
(
J
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
9
,
k5
);
Subround
(
J
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
11
,
k5
);
Subround
(
J
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
13
,
k5
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
15
,
k5
);
Subround
(
J
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
15
,
k5
);
Subround
(
J
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
5
,
k5
);
Subround
(
J
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
7
,
k5
);
Subround
(
J
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
7
,
k5
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
8
,
k5
);
Subround
(
J
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
11
,
k5
);
Subround
(
J
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
14
,
k5
);
Subround
(
J
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
14
,
k5
);
Subround
(
J
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
12
,
k5
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
6
,
k5
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
9
,
k6
);
Subround
(
I
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
13
,
k6
);
Subround
(
I
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
15
,
k6
);
Subround
(
I
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
7
,
k6
);
Subround
(
I
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
12
,
k6
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
8
,
k6
);
Subround
(
I
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
9
,
k6
);
Subround
(
I
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
11
,
k6
);
Subround
(
I
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
7
,
k6
);
Subround
(
I
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
7
,
k6
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
12
,
k6
);
Subround
(
I
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
7
,
k6
);
Subround
(
I
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
6
,
k6
);
Subround
(
I
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
15
,
k6
);
Subround
(
I
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
13
,
k6
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
11
,
k6
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
9
,
k7
);
Subround
(
H
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
7
,
k7
);
Subround
(
H
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
15
,
k7
);
Subround
(
H
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
11
,
k7
);
Subround
(
H
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
8
,
k7
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
6
,
k7
);
Subround
(
H
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
6
,
k7
);
Subround
(
H
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
14
,
k7
);
Subround
(
H
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
12
,
k7
);
Subround
(
H
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
13
,
k7
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
5
,
k7
);
Subround
(
H
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
14
,
k7
);
Subround
(
H
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
13
,
k7
);
Subround
(
H
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
13
,
k7
);
Subround
(
H
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
7
,
k7
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
5
,
k7
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
15
,
k8
);
Subround
(
G
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
5
,
k8
);
Subround
(
G
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
8
,
k8
);
Subround
(
G
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
11
,
k8
);
Subround
(
G
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
14
,
k8
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
14
,
k8
);
Subround
(
G
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
6
,
k8
);
Subround
(
G
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
14
,
k8
);
Subround
(
G
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
6
,
k8
);
Subround
(
G
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
9
,
k8
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
12
,
k8
);
Subround
(
G
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
9
,
k8
);
Subround
(
G
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
12
,
k8
);
Subround
(
G
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
5
,
k8
);
Subround
(
G
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
15
,
k8
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
8
,
k8
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
12
*
4
],
8
,
k9
);
Subround
(
F
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
15
*
4
],
5
,
k9
);
Subround
(
F
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
10
*
4
],
12
,
k9
);
Subround
(
F
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
4
*
4
],
9
,
k9
);
Subround
(
F
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
1
*
4
],
12
,
k9
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
5
*
4
],
5
,
k9
);
Subround
(
F
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
8
*
4
],
14
,
k9
);
Subround
(
F
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
7
*
4
],
6
,
k9
);
Subround
(
F
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
6
*
4
],
8
,
k9
);
Subround
(
F
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
2
*
4
],
13
,
k9
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
13
*
4
],
6
,
k9
);
Subround
(
F
,
a2
,
b2
,
c2
,
d2
,
e2
,
*
(
word32
*
)
&
buffer_
[
14
*
4
],
5
,
k9
);
Subround
(
F
,
e2
,
a2
,
b2
,
c2
,
d2
,
*
(
word32
*
)
&
buffer_
[
0
*
4
],
15
,
k9
);
Subround
(
F
,
d2
,
e2
,
a2
,
b2
,
c2
,
*
(
word32
*
)
&
buffer_
[
3
*
4
],
13
,
k9
);
Subround
(
F
,
c2
,
d2
,
e2
,
a2
,
b2
,
*
(
word32
*
)
&
buffer_
[
9
*
4
],
11
,
k9
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
*
(
word32
*
)
&
buffer_
[
11
*
4
],
11
,
k9
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
0
],
11
,
k0
);
Subround
(
F
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
1
],
14
,
k0
);
Subround
(
F
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
2
],
15
,
k0
);
Subround
(
F
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
3
],
12
,
k0
);
Subround
(
F
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
4
],
5
,
k0
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
5
],
8
,
k0
);
Subround
(
F
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
6
],
7
,
k0
);
Subround
(
F
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
7
],
9
,
k0
);
Subround
(
F
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
8
],
11
,
k0
);
Subround
(
F
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
9
],
13
,
k0
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
10
],
14
,
k0
);
Subround
(
F
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
11
],
15
,
k0
);
Subround
(
F
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
12
],
6
,
k0
);
Subround
(
F
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
13
],
7
,
k0
);
Subround
(
F
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
1
4
],
9
,
k0
);
Subround
(
F
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
15
],
8
,
k0
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
7
],
7
,
k1
);
Subround
(
G
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
4
],
6
,
k1
);
Subround
(
G
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
13
],
8
,
k1
);
Subround
(
G
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
1
],
13
,
k1
);
Subround
(
G
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
10
],
11
,
k1
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
6
],
9
,
k1
);
Subround
(
G
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
15
],
7
,
k1
);
Subround
(
G
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
3
],
15
,
k1
);
Subround
(
G
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
12
],
7
,
k1
);
Subround
(
G
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
0
],
12
,
k1
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
9
],
15
,
k1
);
Subround
(
G
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
5
],
9
,
k1
);
Subround
(
G
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
2
],
11
,
k1
);
Subround
(
G
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
1
4
],
7
,
k1
);
Subround
(
G
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
11
],
13
,
k1
);
Subround
(
G
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
8
],
12
,
k1
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
3
],
11
,
k2
);
Subround
(
H
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
10
],
13
,
k2
);
Subround
(
H
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
1
4
],
6
,
k2
);
Subround
(
H
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
4
],
7
,
k2
);
Subround
(
H
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
9
],
14
,
k2
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
15
],
9
,
k2
);
Subround
(
H
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
8
],
13
,
k2
);
Subround
(
H
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
1
],
15
,
k2
);
Subround
(
H
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
2
],
14
,
k2
);
Subround
(
H
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
7
],
8
,
k2
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
0
],
13
,
k2
);
Subround
(
H
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
6
],
6
,
k2
);
Subround
(
H
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
13
],
5
,
k2
);
Subround
(
H
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
11
],
12
,
k2
);
Subround
(
H
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
5
],
7
,
k2
);
Subround
(
H
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
12
],
5
,
k2
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
1
],
11
,
k3
);
Subround
(
I
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
9
],
12
,
k3
);
Subround
(
I
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
11
],
14
,
k3
);
Subround
(
I
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
10
],
15
,
k3
);
Subround
(
I
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
0
],
14
,
k3
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
8
],
15
,
k3
);
Subround
(
I
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
12
],
9
,
k3
);
Subround
(
I
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
4
],
8
,
k3
);
Subround
(
I
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
13
],
9
,
k3
);
Subround
(
I
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
3
],
14
,
k3
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
7
],
5
,
k3
);
Subround
(
I
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
15
],
6
,
k3
);
Subround
(
I
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
1
4
],
8
,
k3
);
Subround
(
I
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
5
],
6
,
k3
);
Subround
(
I
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
6
],
5
,
k3
);
Subround
(
I
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
2
],
12
,
k3
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
4
],
9
,
k4
);
Subround
(
J
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
0
],
15
,
k4
);
Subround
(
J
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
5
],
5
,
k4
);
Subround
(
J
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
9
],
11
,
k4
);
Subround
(
J
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
7
],
6
,
k4
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
12
],
8
,
k4
);
Subround
(
J
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
2
],
13
,
k4
);
Subround
(
J
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
10
],
12
,
k4
);
Subround
(
J
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
1
4
],
5
,
k4
);
Subround
(
J
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
1
],
12
,
k4
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
3
],
13
,
k4
);
Subround
(
J
,
a1
,
b1
,
c1
,
d1
,
e1
,
buffer_
[
8
],
14
,
k4
);
Subround
(
J
,
e1
,
a1
,
b1
,
c1
,
d1
,
buffer_
[
11
],
11
,
k4
);
Subround
(
J
,
d1
,
e1
,
a1
,
b1
,
c1
,
buffer_
[
6
],
8
,
k4
);
Subround
(
J
,
c1
,
d1
,
e1
,
a1
,
b1
,
buffer_
[
15
],
5
,
k4
);
Subround
(
J
,
b1
,
c1
,
d1
,
e1
,
a1
,
buffer_
[
13
],
6
,
k4
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
5
],
8
,
k5
);
Subround
(
J
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
1
4
],
9
,
k5
);
Subround
(
J
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
7
],
9
,
k5
);
Subround
(
J
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
0
],
11
,
k5
);
Subround
(
J
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
9
],
13
,
k5
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
2
],
15
,
k5
);
Subround
(
J
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
11
],
15
,
k5
);
Subround
(
J
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
4
],
5
,
k5
);
Subround
(
J
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
13
],
7
,
k5
);
Subround
(
J
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
6
],
7
,
k5
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
15
],
8
,
k5
);
Subround
(
J
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
8
],
11
,
k5
);
Subround
(
J
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
1
],
14
,
k5
);
Subround
(
J
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
10
],
14
,
k5
);
Subround
(
J
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
3
],
12
,
k5
);
Subround
(
J
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
12
],
6
,
k5
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
6
],
9
,
k6
);
Subround
(
I
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
11
],
13
,
k6
);
Subround
(
I
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
3
],
15
,
k6
);
Subround
(
I
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
7
],
7
,
k6
);
Subround
(
I
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
0
],
12
,
k6
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
13
],
8
,
k6
);
Subround
(
I
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
5
],
9
,
k6
);
Subround
(
I
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
10
],
11
,
k6
);
Subround
(
I
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
1
4
],
7
,
k6
);
Subround
(
I
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
15
],
7
,
k6
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
8
],
12
,
k6
);
Subround
(
I
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
12
],
7
,
k6
);
Subround
(
I
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
4
],
6
,
k6
);
Subround
(
I
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
9
],
15
,
k6
);
Subround
(
I
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
1
],
13
,
k6
);
Subround
(
I
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
2
],
11
,
k6
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
15
],
9
,
k7
);
Subround
(
H
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
5
],
7
,
k7
);
Subround
(
H
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
1
],
15
,
k7
);
Subround
(
H
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
3
],
11
,
k7
);
Subround
(
H
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
7
],
8
,
k7
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
1
4
],
6
,
k7
);
Subround
(
H
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
6
],
6
,
k7
);
Subround
(
H
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
9
],
14
,
k7
);
Subround
(
H
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
11
],
12
,
k7
);
Subround
(
H
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
8
],
13
,
k7
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
12
],
5
,
k7
);
Subround
(
H
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
2
],
14
,
k7
);
Subround
(
H
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
10
],
13
,
k7
);
Subround
(
H
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
0
],
13
,
k7
);
Subround
(
H
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
4
],
7
,
k7
);
Subround
(
H
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
13
],
5
,
k7
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
8
],
15
,
k8
);
Subround
(
G
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
6
],
5
,
k8
);
Subround
(
G
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
4
],
8
,
k8
);
Subround
(
G
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
1
],
11
,
k8
);
Subround
(
G
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
3
],
14
,
k8
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
11
],
14
,
k8
);
Subround
(
G
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
15
],
6
,
k8
);
Subround
(
G
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
0
],
14
,
k8
);
Subround
(
G
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
5
],
6
,
k8
);
Subround
(
G
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
12
],
9
,
k8
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
2
],
12
,
k8
);
Subround
(
G
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
13
],
9
,
k8
);
Subround
(
G
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
9
],
12
,
k8
);
Subround
(
G
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
7
],
5
,
k8
);
Subround
(
G
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
10
],
15
,
k8
);
Subround
(
G
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
1
4
],
8
,
k8
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
12
],
8
,
k9
);
Subround
(
F
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
15
],
5
,
k9
);
Subround
(
F
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
10
],
12
,
k9
);
Subround
(
F
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
4
],
9
,
k9
);
Subround
(
F
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
1
],
12
,
k9
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
5
],
5
,
k9
);
Subround
(
F
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
8
],
14
,
k9
);
Subround
(
F
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
7
],
6
,
k9
);
Subround
(
F
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
6
],
8
,
k9
);
Subround
(
F
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
2
],
13
,
k9
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
13
],
6
,
k9
);
Subround
(
F
,
a2
,
b2
,
c2
,
d2
,
e2
,
buffer_
[
1
4
],
5
,
k9
);
Subround
(
F
,
e2
,
a2
,
b2
,
c2
,
d2
,
buffer_
[
0
],
15
,
k9
);
Subround
(
F
,
d2
,
e2
,
a2
,
b2
,
c2
,
buffer_
[
3
],
13
,
k9
);
Subround
(
F
,
c2
,
d2
,
e2
,
a2
,
b2
,
buffer_
[
9
],
11
,
k9
);
Subround
(
F
,
b2
,
c2
,
d2
,
e2
,
a2
,
buffer_
[
11
],
11
,
k9
);
c1
=
digest_
[
1
]
+
c1
+
d2
;
digest_
[
1
]
=
digest_
[
2
]
+
d1
+
e2
;
...
...
extra/yassl/taocrypt/src/rsa.cpp
View file @
b85705cc
...
...
@@ -24,7 +24,6 @@
#include "rsa.hpp"
#include "asn.hpp"
#include "modarith.hpp"
#include "stdexcept.hpp"
...
...
extra/yassl/taocrypt/src/sha.cpp
View file @
b85705cc
...
...
@@ -29,7 +29,7 @@
namespace
TaoCrypt
{
#define blk0(i) (W[i] =
(*reinterpret_cast<word32*>(&buffer_[i*4]))
)
#define blk0(i) (W[i] =
buffer_[i]
)
#define blk1(i) (W[i&15] = \
rotlFixed(W[(i+13)&15]^W[(i+8)&15]^W[(i+2)&15]^W[i&15],1))
...
...
@@ -85,10 +85,11 @@ SHA& SHA::operator= (const SHA& that)
void
SHA
::
Swap
(
SHA
&
other
)
{
mySTL
::
swap
(
buffer_
,
other
.
buffer_
);
mySTL
::
swap
(
buffLen_
,
other
.
buffLen_
);
mySTL
::
swap
(
digest_
,
other
.
digest_
);
mySTL
::
swap
(
length_
,
other
.
length_
);
mySTL
::
swap
(
buffLen_
,
other
.
buffLen_
);
memcpy
(
digest_
,
other
.
digest_
,
DIGEST_SIZE
);
memcpy
(
buffer_
,
other
.
buffer_
,
BLOCK_SIZE
);
}
...
...
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