Functions — github.com/RustCrypto/KEMs

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Functions448 in github.com/RustCrypto/KEMs

⨍ Functions 448◇ Types & classes 113

Functionbyte_encode_sequential_values

module-lattice/tests/encode.rs:423

Functionbyte_encode_zero_values

module-lattice/tests/encode.rs:205

Functionciphertext_serialize

x-wing/src/lib.rs:455

ml-kem/src/pke.rs:257

Functioncodec_test

ml-kem/src/pke.rs:239

Functioncompare_with_reference_keys

(variant: usize, ref_pub_key_pem: &str, ref_priv_key_pem: &str)

ml-kem/tests/pkcs8.rs:105

ml-kem/src/compress.rs:39

Functioncompress_KAT

ml-kem/src/compress.rs:153

Functioncompress_decompress_KATs

ml-kem/src/compress.rs:168

Functioncompress_decompress_properties

ml-kem/src/compress.rs:163

Functioncompression_decompression_inequality

Verify against inequality 4.7

ml-kem/src/compress.rs:110

Methodconcat_ct

(u: EncodedU<Self>, v: EncodedV<Self>)

ml-kem/src/param.rs:157

Methodconcat_dk

( dk: EncodedDecryptionKey<Self>, ek: EncodedEncryptionKey<Self>, h: B32, z: B

ml-kem/src/param.rs:214

Methodconcat_ek

(t_hat: EncodedNttVector<Self>, rho: B32)

ml-kem/src/param.rs:165

Functioncriterion_benchmark

(c: &mut Criterion)

ml-kem/benches/mlkem.rs:12

(&self, other: &Self)

module-lattice/src/algebra.rs:118

Methoddecapsulate

(&self, encapsulated_key: &Ciphertext)

dhkem/src/x25519_kem.rs:91

Methoddecapsulate

Decapsulate the ciphertext into a shared secret. See Algorithm 14 in the [spec](https://frodokem.org/files/FrodoKEM-specification-20210604.pdf). Algo

frodo-kem/src/hazmat/traits.rs:305

(enc: &Array<u8, Self::EncodedSize>)

module-lattice/src/encoding.rs:162

Functiondecode_expected_hex

(opt: &Option<String>, field: &str)

ml-kem/tests/wycheproof.rs:84

Methoddecode_u12

(v: &EncodedNttVector<Self>)

ml-kem/src/param.rs:153

Methoddecompress

Equation 4.6: Decompress_d(x) = round((q / 2^d) x)

ml-kem/src/compress.rs:48

Functiondecompress_KAT

ml-kem/src/compress.rs:143

Functiondecompress_compress

ml-kem/src/compress.rs:174

Functiondecompression_compression_equality

ml-kem/src/compress.rs:133

frodo-kem/src/lib.rs:527

frodo-kem/src/hazmat/models.rs:81

Functionder_serialization_and_deserialization

(expected_encaps_len: u32)

ml-kem/tests/pkcs8.rs:22

module-lattice/src/maybe_box.rs:47

Methodderef_mut

module-lattice/src/maybe_box.rs:53

Methoddeserialize

hqc-kem/src/types.rs:421

Methoddeserialize

frodo-kem/src/lib.rs:842

x-wing/src/lib.rs:229

hqc-kem/src/types.rs:249

ml-kem/src/decapsulation_key.rs:147

Functionelem_addition

module-lattice/tests/algebra.rs:63

Functionelem_arithmetic_consistency

module-lattice/tests/algebra.rs:125

Functionelem_ct_eq

module-lattice/tests/algebra.rs:526

Functionelem_equality

module-lattice/tests/algebra.rs:374

Functionelem_multiplication

module-lattice/tests/algebra.rs:103

Functionelem_negation

module-lattice/tests/algebra.rs:48

Functionelem_subtraction

module-lattice/tests/algebra.rs:81

Functionelem_zeroize

module-lattice/tests/algebra.rs:467

Methodenabled_algorithms

frodo-kem/src/lib.rs:859

Methodencapsulate_deterministic

Encapsulate deterministically from a message and salt. `m` must be exactly the message size for this security level (16 bytes for HQC-128, 24 for HQC

hqc-kem/src/types.rs:344

Methodencapsulate_with_rng

(&self, rng: &mut R)

dhkem/src/x25519_kem.rs:151

Methodencapsulate_with_rng

Encapsulate a random message into a ciphertext. See Algorithm 13 in the [spec](https://frodokem.org/files/FrodoKEM-specification-20210604.pdf). Algor

frodo-kem/src/hazmat/traits.rs:198

Methodencapsulation_key

x-wing/src/lib.rs:223

Methodencapsulation_key

dhkem/src/x25519_kem.rs:40

Methodencapsulation_key

dhkem/src/ecdh_kem.rs:52

Methodencapsulation_key

Get the encapsulation (public) key corresponding to this decapsulation key.

hqc-kem/src/types.rs:137

Methodencode_u12

(p: &NttVector<Self::K>)

ml-kem/src/param.rs:149

Functionencoded_polynomial_size_d12

module-lattice/tests/encode.rs:382

Functionencoded_polynomial_size_d4

module-lattice/tests/encode.rs:372

Functionencoded_vector_size

module-lattice/tests/encode.rs:392

(&self, other: &Self)

hqc-kem/src/types.rs:205

(&self, other: &Self)

ml-kem/src/pke.rs:43

(&self, other: &Self)

ml-kem/src/decapsulation_key.rs:137

(&self, other: &Self)

ml-kem/src/encapsulation_key.rs:117

Perform the [RFC5869] `HKDF-Expand` operation, generating uniformly random output key material that fills `okm` in its entirety. If you don’t have an

dhkem/src/expander.rs:96

Functionexpanded_key

ml-kem/src/lib.rs:332

Functionexpanded_key_test

ml-kem/src/lib.rs:320

(&self, f: &mut fmt::Formatter<'_>)

x-wing/src/lib.rs:198

(&self, f: &mut core::fmt::Formatter<'_>)

hqc-kem/src/types.rs:167

(&self, f: &mut core::fmt::Formatter<'_>)

frodo-kem/src/lib.rs:534

(sk: [u8; DECAPSULATION_KEY_SIZE])

x-wing/src/lib.rs:236

(f: Array<Elem<F>, U256>)

module-lattice/src/algebra.rs:419

dhkem/src/lib.rs:82

ml-kem/src/decapsulation_key.rs:163

(secret_key: &DecryptionKey)

frodo-kem/src/lib.rs:304

(value: &'a Ciphertext<P>)

frodo-kem/src/hazmat/models.rs:147

Methodfrom_bytes

Parse an decryption key from a byte array `(s_hat)`

ml-kem/src/pke.rs:111

Methodfrom_bytes

Convert a slice of bytes into a [`Ciphertext`] according to the specified [`Algorithm`].

frodo-kem/src/lib.rs:285

Methodfrom_encryption_key

(ek_pke: EncryptionKey<P>)

ml-kem/src/encapsulation_key.rs:53

Methodfrom_expanded

(enc: &ExpandedDecapsulationKey<P>)

ml-kem/src/decapsulation_key.rs:64

Methodfrom_expanded_bytes

(expanded: &ExpandedDecapsulationKey<P>)

ml-kem/src/decapsulation_key.rs:272

Methodfrom_sec1_point

(point: &sec1::Sec1Point<C>)

dhkem/src/lib.rs:112

Methodfrom_seed

ml-kem/src/decapsulation_key.rs:51

Methodfrom_seed

(seed: Self::Seed)

frodo-kem/tests/rng.rs:30

Methodfrom_slice

Convert a slice of bytes into a ciphertext

frodo-kem/src/hazmat/models.rs:92

frodo-kem/src/lib.rs:610

(bytes: Vec<u8>)

hqc-kem/src/types.rs:105

ml-kem/src/crypto.rs:132

Generate a new random decryption key according to the `K-PKE.KeyGen` procedure. Algorithm 12. K-PKE.KeyGen()

ml-kem/src/pke.rs:65

Methodgenerate_deterministic

allow dk_pke, ek_pke, following the spec

ml-kem/src/decapsulation_key.rs:119

Methodgenerate_key

Generate an HQC key pair.

hqc-kem/src/types.rs:273

Functiongenerate_key_deterministic

(seed: &[u8; 32])

hqc-kem/src/lib.rs:112

Methodgenerate_key_deterministic

Generate an HQC key pair deterministically from a 32-byte seed. The seed is expanded via SHAKE256 to derive the PKE key pair and sigma. Identical see

hqc-kem/src/types.rs:298

Methodgenerate_keypair

Generate a keypair See Algorithm 12 in [spec](https://frodokem.org/files/FrodoKEM-specification-20210604.pdf). Algorithm 8.1 in [iso](https://frodoke

frodo-kem/src/hazmat/traits.rs:119

ml-kem/src/crypto.rs:143

Methodinner_decapsulate

( &self, secret_key: &DecryptionKey, ciphertext: &Ciphertext, )

frodo-kem/src/lib.rs:1592

Methodinner_decryption_key_from_bytes

(&self, buf: &[u8])

frodo-kem/src/lib.rs:1049

Methodinner_encapsulate

( &self, encryption_key: &EncryptionKey, msg: &[u8], salt: &[u8], )

frodo-kem/src/lib.rs:1433

Methodinner_encapsulate_with_rng

( &self, encryption_key: &EncryptionKey, rng: &mut R, )

frodo-kem/src/lib.rs:1514

Methodinner_encryption_key_from_bytes

(&self, buf: &[u8])

frodo-kem/src/lib.rs:1103

Methodinner_encryption_key_from_decryption_key

( &self, secret_key: &DecryptionKey, )

frodo-kem/src/lib.rs:991

Methodinner_generate_keypair

( &self, rng: &mut R, )

frodo-kem/src/lib.rs:1355

Methodinner_params

frodo-kem/src/lib.rs:919

Methodinto_inner

module-lattice/src/maybe_box.rs:32

Methodinto_inner

Consumes `self` and returns the wrapped value

dhkem/src/lib.rs:67

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