latest.ipv8.attestation.wallet.bonehexact.attestation

Module Contents

Functions

generate_modular_additive_inverse(→ list[int])	Generate a group of size n which is its own modular additive inverse modulo p + 1.
attest(...)	Create an attestation for a public key's value lying within a certain bitspace.
attest_sha512(...)	Create an attestation for a value using a SHA512 hash.
binary_relativity_sha512(→ dict[int, int])	Create the inter-bitpair relativity map of a value using the SHA512 hash.
attest_sha256(...)	Create an attestation for a value using a SHA256 hash.
binary_relativity_sha256(→ dict[int, int])	Create the inter-bitpair relativity map of a value using the SHA256 hash.
attest_sha256_4(...)	Create an attestation for a value using a SHA256 4 byte hash.
binary_relativity_sha256_4(→ dict[int, int])	Create the inter-bitpair relativity map of a value using the SHA256 4 byte hash.
create_empty_relativity_map(→ dict[int, int])	Construct a map of possible challenge responses.
binary_relativity(→ dict[int, int])	Create the inter-bitpair relativity map of a value.
binary_relativity_match(→ float)	Get the matching percentage between relativity maps.
binary_relativity_certainty(→ float)	Give the chance of a current relativity map being the expected one.
create_challenge(...)	Create a challenge for a bitpair attestation of a certain public key.
create_honesty_check(...)	Create a honesty check challenge.
create_challenge_response_from_pair(→ int)	Respond to a bitpair challenge.
create_challenge_response(→ int)	Respond to a bitpair challenge.
process_challenge_response(→ None)	Process a challenge response in a relativity map.

Attributes

multithread_update_lock

latest.ipv8.attestation.wallet.bonehexact.attestation.multithread_update_lock

latest.ipv8.attestation.wallet.bonehexact.attestation.generate_modular_additive_inverse(p: int, n: int) → list[int]

Generate a group of size n which is its own modular additive inverse modulo p + 1.

latest.ipv8.attestation.wallet.bonehexact.attestation.attest(PK: latest.ipv8.attestation.wallet.primitives.structs.BonehPublicKey, value: int, bitspace: int) → latest.ipv8.attestation.wallet.bonehexact.structs.BonehAttestation

Create an attestation for a public key’s value lying within a certain bitspace.

latest.ipv8.attestation.wallet.bonehexact.attestation.attest_sha512(PK: latest.ipv8.attestation.wallet.primitives.structs.BonehPublicKey, value: bytes) → latest.ipv8.attestation.wallet.bonehexact.structs.BonehAttestation

Create an attestation for a value using a SHA512 hash.

latest.ipv8.attestation.wallet.bonehexact.attestation.binary_relativity_sha512(value: bytes) → dict[int, int]

Create the inter-bitpair relativity map of a value using the SHA512 hash.

latest.ipv8.attestation.wallet.bonehexact.attestation.attest_sha256(PK: latest.ipv8.attestation.wallet.primitives.structs.BonehPublicKey, value: bytes) → latest.ipv8.attestation.wallet.bonehexact.structs.BonehAttestation

Create an attestation for a value using a SHA256 hash.

latest.ipv8.attestation.wallet.bonehexact.attestation.binary_relativity_sha256(value: bytes) → dict[int, int]

Create the inter-bitpair relativity map of a value using the SHA256 hash.

latest.ipv8.attestation.wallet.bonehexact.attestation.attest_sha256_4(PK: latest.ipv8.attestation.wallet.primitives.structs.BonehPublicKey, value: bytes) → latest.ipv8.attestation.wallet.bonehexact.structs.BonehAttestation

Create an attestation for a value using a SHA256 4 byte hash.

latest.ipv8.attestation.wallet.bonehexact.attestation.binary_relativity_sha256_4(value: bytes) → dict[int, int]

Create the inter-bitpair relativity map of a value using the SHA256 4 byte hash.

latest.ipv8.attestation.wallet.bonehexact.attestation.create_empty_relativity_map() → dict[int, int]

Construct a map of possible challenge responses.

latest.ipv8.attestation.wallet.bonehexact.attestation.binary_relativity(value: int, bitspace: int) → dict[int, int]

Create the inter-bitpair relativity map of a value.

latest.ipv8.attestation.wallet.bonehexact.attestation.binary_relativity_match(expected: dict[int, int], value: dict[int, int]) → float

Get the matching percentage between relativity maps. Mismatches result in 0.0.

latest.ipv8.attestation.wallet.bonehexact.attestation.binary_relativity_certainty(expected: dict[int, int], value: dict[int, int]) → float

Give the chance of a current relativity map being the expected one.

latest.ipv8.attestation.wallet.bonehexact.attestation.create_challenge(PK: latest.ipv8.attestation.wallet.primitives.structs.BonehPublicKey, bitpair: latest.ipv8.attestation.wallet.bonehexact.structs.BitPairAttestation) → latest.ipv8.attestation.wallet.primitives.value.FP2Value

Create a challenge for a bitpair attestation of a certain public key.

latest.ipv8.attestation.wallet.bonehexact.attestation.create_honesty_check(PK: latest.ipv8.attestation.wallet.primitives.structs.BonehPublicKey, value: int) → latest.ipv8.attestation.wallet.primitives.value.FP2Value

Create a honesty check challenge.

latest.ipv8.attestation.wallet.bonehexact.attestation.create_challenge_response_from_pair(SK: latest.ipv8.attestation.wallet.primitives.structs.BonehPrivateKey, pair: tuple[int, int] | tuple[int, int, bytes]) → int

Respond to a bitpair challenge.

latest.ipv8.attestation.wallet.bonehexact.attestation.create_challenge_response(SK: latest.ipv8.attestation.wallet.primitives.structs.BonehPrivateKey, challenge: latest.ipv8.attestation.wallet.primitives.value.FP2Value) → int

Respond to a bitpair challenge.

latest.ipv8.attestation.wallet.bonehexact.attestation.process_challenge_response(relativity_map: dict[int, int], response: int) → None

Process a challenge response in a relativity map.