# define DEC_BLOCKSIZE (1024 * 5)
/* Ensure that BLOCKSIZE is a multiple of 5 and 8. */
-static_assert (ENC_BLOCKSIZE % 40 == 0); /* Padding chars only on last block. */
-static_assert (DEC_BLOCKSIZE % 40 == 0); /* Complete encoded blocks are used. */
+static_assert (ENC_BLOCKSIZE % 40 == 0); /* Padding chars only on last block. */
+static_assert (DEC_BLOCKSIZE % 40 == 0); /* Complete encoded blocks are used. */
# define base_encode base32_encode
# define base_decode_context base32_decode_context
# define DEC_BLOCKSIZE (1024 * 3)
/* Ensure that BLOCKSIZE is a multiple of 3 and 4. */
-static_assert (ENC_BLOCKSIZE % 12 == 0); /* Padding chars only on last block. */
-static_assert (DEC_BLOCKSIZE % 12 == 0); /* Complete encoded blocks are used. */
+static_assert (ENC_BLOCKSIZE % 12 == 0); /* Padding chars only on last block. */
+static_assert (DEC_BLOCKSIZE % 12 == 0); /* Complete encoded blocks are used. */
# define base_encode base64_encode
# define base_decode_context base64_decode_context
/* Note that increasing this may decrease performance if --ignore-garbage
is used, because of the memmove operation below. */
# define DEC_BLOCKSIZE (4200)
-static_assert (DEC_BLOCKSIZE % 40 == 0); /* complete encoded blocks for base32 */
-static_assert (DEC_BLOCKSIZE % 12 == 0); /* complete encoded blocks for base64 */
+static_assert (DEC_BLOCKSIZE % 40 == 0); /* complete encoded blocks for base32*/
+static_assert (DEC_BLOCKSIZE % 12 == 0); /* complete encoded blocks for base64*/
static int (*base_length) (int i);
static bool (*isbase) (char ch);
/* It'll be a while before we see integral types wider than 16 bytes,
but if/when it happens, this check will catch it. Without this check,
a wider type would provoke a buffer overrun. */
-static_assert (MAX_INTEGRAL_TYPE_SIZE < ARRAY_CARDINALITY (bytes_to_hex_digits));
+static_assert (MAX_INTEGRAL_TYPE_SIZE
+ < ARRAY_CARDINALITY (bytes_to_hex_digits));
/* Make sure the other arrays have the same length. */
static_assert (sizeof bytes_to_oct_digits == sizeof bytes_to_signed_dec_digits);