37     /// Hash all data at once using the provided seed and a secret
43         let mut secret = DEFAULT_SECRET_RAW;  in oneshot_with_seed()  localVariable
45         // We know that the secret will only be used if we have more  in oneshot_with_seed()
48             derive_secret(seed, &mut secret);  in oneshot_with_seed()
51         let secret = Secret::new(&secret).expect("The default secret length is invalid");  in oneshot_with_seed()  localVariable
53         impl_oneshot(secret, seed, input)  in oneshot_with_seed()
56     /// Hash all data at once using the provided secret and the
61         secret: &[u8],  in oneshot_with_secret()
64         let secret = Secret::new(secret).map_err(OneshotWithSecretError)?;  in oneshot_with_secret()  localVariable
65         Ok(impl_oneshot(secret, DEFAULT_SEED, input))  in oneshot_with_secret()
68     /// Hash all data at once using the provided seed and secret. If
74         secret: &[u8],  in oneshot_with_seed_and_secret()
77         let secret = if input.len() > CUTOFF {  in oneshot_with_seed_and_secret()  localVariable
78             Secret::new(secret).map_err(OneshotWithSecretError)?  in oneshot_with_seed_and_secret()
83         Ok(impl_oneshot(secret, seed, input))  in oneshot_with_seed_and_secret()
94         /// Constructs the hasher using the default seed and secret values.
102         /// Constructs the hasher using the provided seed and a secret
111         /// Constructs the hasher using the provided seed and secret.
114             secret: impl Into<Box<[u8]>>,  in with_seed_and_secret()
117                 inner: RawHasherCore::allocate_with_seed_and_secret(seed, secret)?,  in with_seed_and_secret()
122         /// Returns the secret.
153 /// The algorithm requires a secret which can be a reasonably large
162     /// Construct the hasher with the provided seed, secret, and
168     /// Returns the secret.
200     fn small(&self, secret: &Secret, seed: u64, input: &[u8]) -> Self::Output {  in small()  argument
201         impl_oneshot(secret, seed, input)  in small()
211         secret: &Secret,  argument
214         Algorithm(vector).finalize_128(acc, last_block, last_stripe, secret, len)
219 fn impl_oneshot(secret: &Secret, seed: u64, input: &[u8]) -> u128 {  in impl_oneshot()  argument
221         241.. => impl_241_plus_bytes(secret, input),  in impl_oneshot()
223         129..=240 => impl_129_to_240_bytes(secret, seed, input),  in impl_oneshot()
225         17..=128 => impl_17_to_128_bytes(secret, seed, input),  in impl_oneshot()
227         9..=16 => impl_9_to_16_bytes(secret, seed, input),  in impl_oneshot()
229         4..=8 => impl_4_to_8_bytes(secret, seed, input),  in impl_oneshot()
231         1..=3 => impl_1_to_3_bytes(secret, seed, input),  in impl_oneshot()
233         0 => impl_0_bytes(secret, seed),  in impl_oneshot()
238 fn impl_0_bytes(secret: &Secret, seed: u64) -> u128 {  in impl_0_bytes()  argument
239     let secret_words = secret.for_128().words_for_0();  in impl_0_bytes()
248 fn impl_1_to_3_bytes(secret: &Secret, seed: u64, input: &[u8]) -> u128 {  in impl_1_to_3_bytes()  argument
252     let secret_words = secret.for_128().words_for_1_to_3();  in impl_1_to_3_bytes()
255         let secret = (secret_words[0] ^ secret_words[1]).into_u64();  in impl_1_to_3_bytes()  localVariable
256         secret.wrapping_add(seed) ^ combined.into_u64()  in impl_1_to_3_bytes()
259         let secret = (secret_words[2] ^ secret_words[3]).into_u64();  in impl_1_to_3_bytes()  localVariable
260         secret.wrapping_sub(seed) ^ combined.swap_bytes().rotate_left(13).into_u64()  in impl_1_to_3_bytes()
270 fn impl_4_to_8_bytes(secret: &Secret, seed: u64, input: &[u8]) -> u128 {  in impl_4_to_8_bytes()  argument
276     let secret_words = secret.for_128().words_for_4_to_8();  in impl_4_to_8_bytes()
303 fn impl_9_to_16_bytes(secret: &Secret, seed: u64, input: &[u8]) -> u128 {  in impl_9_to_16_bytes()  argument
308     let secret_words = secret.for_128().words_for_9_to_16();  in impl_9_to_16_bytes()
336 fn impl_17_to_128_bytes(secret: &Secret, seed: u64, input: &[u8]) -> u128 {  in impl_17_to_128_bytes()  argument
341     impl_17_to_128_bytes_iter(secret, input, |fwd, bwd, secret| {  in impl_17_to_128_bytes()
342         mix_two_chunks(&mut acc, fwd, bwd, secret, seed);  in impl_17_to_128_bytes()
349 fn impl_129_to_240_bytes(secret: &Secret, seed: u64, input: &[u8]) -> u128 {  in impl_129_to_240_bytes()  argument
357     let ss = secret.for_128().words_for_127_to_240_part1();  in impl_129_to_240_bytes()
358     for (input, secret) in head.by_ref().zip(ss).take(4) {  in impl_129_to_240_bytes()
359         mix_two_chunks(&mut acc, &input[0], &input[1], secret, seed);  in impl_129_to_240_bytes()
364     let ss = secret.for_128().words_for_127_to_240_part2();  in impl_129_to_240_bytes()
365     for (input, secret) in head.zip(ss) {  in impl_129_to_240_bytes()
366         mix_two_chunks(&mut acc, &input[0], &input[1], secret, seed);  in impl_129_to_240_bytes()
372     let ss = secret.for_128().words_for_127_to_240_part3();  in impl_129_to_240_bytes()
385     secret: &[[u8; 16]; 2],
391     acc[0] = acc[0].wrapping_add(mix_step(data1, &secret[0], seed));
392     acc[1] = acc[1].wrapping_add(mix_step(data2, &secret[1], seed));
412 fn impl_241_plus_bytes(secret: &Secret, input: &[u8]) -> u128 {  in impl_241_plus_bytes()  argument
415         fn oneshot_impl<>(secret: &Secret, input: &[u8]) -> u128  in impl_241_plus_bytes()
421 fn oneshot_impl(vector: impl Vector, secret: &Secret, input: &[u8]) -> u128 {  in oneshot_impl()  argument
422     Algorithm(vector).oneshot(secret, input, Finalize128)  in oneshot_impl()