netxduo
CH_FUNC
is only used within netxduo.
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netxduo
CH_FUNC
CH_FUNC macro
Syntax
from
nx_crypto_sha2.c:40
#define
CH_FUNC
(
x
,
y
,
z
)
(
(
(
x
)
&
(
y
)
)
^
(
(
~
(
x
)
)
&
(
z
)
)
)
Arguments
x
y
z
References
Location
Text
nx_crypto_sha2.c:40
#define
CH_FUNC
(
x
,
y
,
z
)
(
(
(
x
)
&
(
y
)
)
^
(
(
~
(
x
)
)
&
(
z
)
)
)
nx_crypto_sha5.c:52
#define
CH_FUNC
(
x
,
y
,
z
)
(
(
(
x
)
&
(
y
)
)
^
(
(
~
(
x
)
)
&
(
z
)
)
)
nx_crypto_sha2.c:464
temp1
=
h
+
LARGE_SIGMA_1
(
e
)
+
CH_FUNC
(
e
,
f
,
g
)
+
_sha2_round_constants
[
t
]
+
w
[
t
]
;
nx_crypto_sha2.c:470
temp1
=
g
+
LARGE_SIGMA_1
(
d
)
+
CH_FUNC
(
d
,
e
,
f
)
+
_sha2_round_constants
[
t
+
1
]
+
w
[
t
+
1
]
;
nx_crypto_sha2.c:476
temp1
=
f
+
LARGE_SIGMA_1
(
c
)
+
CH_FUNC
(
c
,
d
,
e
)
+
_sha2_round_constants
[
t
+
2
]
+
w
[
t
+
2
]
;
nx_crypto_sha2.c:482
temp1
=
e
+
LARGE_SIGMA_1
(
b
)
+
CH_FUNC
(
b
,
c
,
d
)
+
_sha2_round_constants
[
t
+
3
]
+
w
[
t
+
3
]
;
nx_crypto_sha2.c:488
temp1
=
d
+
LARGE_SIGMA_1
(
a
)
+
CH_FUNC
(
a
,
b
,
c
)
+
_sha2_round_constants
[
t
+
4
]
+
w
[
t
+
4
]
;
nx_crypto_sha2.c:495
temp1
=
c
+
LARGE_SIGMA_1
(
h
)
+
CH_FUNC
(
h
,
a
,
b
)
+
_sha2_round_constants
[
t
+
5
]
+
w
[
t
+
5
]
;
nx_crypto_sha2.c:501
temp1
=
b
+
LARGE_SIGMA_1
(
g
)
+
CH_FUNC
(
g
,
h
,
a
)
+
_sha2_round_constants
[
t
+
6
]
+
w
[
t
+
6
]
;
nx_crypto_sha2.c:507
temp1
=
a
+
LARGE_SIGMA_1
(
f
)
+
CH_FUNC
(
f
,
g
,
h
)
+
_sha2_round_constants
[
t
+
7
]
+
w
[
t
+
7
]
;
nx_crypto_sha2.c:518
temp1
=
h
+
LARGE_SIGMA_1
(
e
)
+
CH_FUNC
(
e
,
f
,
g
)
+
_sha2_round_constants
[
t
]
+
w
[
t
]
;
nx_crypto_sha2.c:524
temp1
=
g
+
LARGE_SIGMA_1
(
d
)
+
CH_FUNC
(
d
,
e
,
f
)
+
_sha2_round_constants
[
t
+
1
]
+
w
[
t
+
1
]
;
nx_crypto_sha2.c:530
temp1
=
f
+
LARGE_SIGMA_1
(
c
)
+
CH_FUNC
(
c
,
d
,
e
)
+
_sha2_round_constants
[
t
+
2
]
+
w
[
t
+
2
]
;
nx_crypto_sha2.c:536
temp1
=
e
+
LARGE_SIGMA_1
(
b
)
+
CH_FUNC
(
b
,
c
,
d
)
+
_sha2_round_constants
[
t
+
3
]
+
w
[
t
+
3
]
;
nx_crypto_sha2.c:542
temp1
=
d
+
LARGE_SIGMA_1
(
a
)
+
CH_FUNC
(
a
,
b
,
c
)
+
_sha2_round_constants
[
t
+
4
]
+
w
[
t
+
4
]
;
nx_crypto_sha2.c:549
temp1
=
c
+
LARGE_SIGMA_1
(
h
)
+
CH_FUNC
(
h
,
a
,
b
)
+
_sha2_round_constants
[
t
+
5
]
+
w
[
t
+
5
]
;
nx_crypto_sha2.c:555
temp1
=
b
+
LARGE_SIGMA_1
(
g
)
+
CH_FUNC
(
g
,
h
,
a
)
+
_sha2_round_constants
[
t
+
6
]
+
w
[
t
+
6
]
;
nx_crypto_sha2.c:561
temp1
=
a
+
LARGE_SIGMA_1
(
f
)
+
CH_FUNC
(
f
,
g
,
h
)
+
_sha2_round_constants
[
t
+
7
]
+
w
[
t
+
7
]
;
nx_crypto_sha5.c:548
temp1
=
h
+
LARGE_SIGMA_1
(
e
)
+
CH_FUNC
(
e
,
f
,
g
)
+
_sha5_round_constants
[
t
]
+
w
[
t
]
;