Cryptography Reference
In-Depth Information
C.3 Macros with Parameters
ANDMAX_L (a_l)
SETDIGITS_L((a_l),
(MIN(DIGITS_L(a_l),
(USHORT)CLINTMAXDIGIT));
RMLDZRS_L((a_l))
reduction
modulo
(
N
max
+1)
ASSIGN_L
(a_l, b_l)
cpy_l((a_l), (b_l))
assignment
a_l
←
b_l
BINSTR_L (n_l)
xclint2str_l((n_l), 2, 0)
conversion of a
CLINT
object into binary rep-
resentation
bRandAES_L (S)
((UCHAR)SwitchRandAES_l((S))
generation of a ran-
dom number of type
UCHAR
bRandRMDSHA1_L (S) ((UCHAR)SwitchRandAES_l((S))
generation of a ran-
dom number of type
UCHAR
clint2str_l
(n_l, base)
CLINT2STR_L
(n_l, base)
xclint2str_l((n_l),(base),0)
representation of a
CLINT
object as char-
acter
string
without
prefix
DECDIGITS_L (n_l) (--*(n_l))
reduce number of digits by
1
DECSTR_L (n)
xclint2str_l((n), 10, 0)
conversion of a
CLINT
object into decimal
representation
DIGITS_L (n_l)
(*(n_l))
read number of digits
of
n_l
to base
B
\
n%u bit
\
n
\
n",
(S), HEXSTR_L(A), ld_l(A))
DISP_L (S, A)
printf("%s%s
standard output of a
CLINT
object
EQONE_L (a_l)
(equ_l((a_l), one_l) == 1)
comparison
a_l ==
1
