Functions — github.com/Election-Tech-Initiative/electionguard-verifier

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Functions128 in github.com/Election-Tech-Initiative/electionguard-verifier

⨍ Functions 128◇ Types & classes 41

Functionprove_check_zero_fail

src/crypto/chaum_pedersen.rs:468

Methodprove_equal

Construct a proof that `message1` and `message2` are encryptions of the same value.

src/crypto/chaum_pedersen.rs:197

Methodprove_exp

Construct a proof that `result = base^secret_key`, where `secret_key` is the secret key corresponding to `public_key`.

src/crypto/chaum_pedersen.rs:375

Methodprove_one

Given a `message` that's an encryption of one, construct a proof that it's either an encryption of zero or an encryption of one.

src/crypto/chaum_pedersen/disj.rs:111

Methodprove_plaintext

Construct a proof that `message` is an encryption of `plaintext`.

src/crypto/chaum_pedersen.rs:274

Methodprove_zero

Construct a proof that `message` is an encryption of zero. This requires knowing the `one_time_secret` key that was used to construct `message`. The

src/crypto/chaum_pedersen.rs:98

Methodprove_zero

Given a `message` that's an encryption of zero, construct a proof that it's either an encryption of zero or an encryption of one.

src/crypto/chaum_pedersen/disj.rs:67

Functionserialize

(value: &DecryptedValue, serializer: S)

src/serialize/decrypted_selection.rs:6

Functionserialize

(value: &DecryptedValue, serializer: S)

src/serialize/decrypted_tally.rs:6

Functionserialize

(value: &BigUint, serializer: S)

src/serialize/hash.rs:4

Functionserialize

(value: &BigUint, serializer: S)

src/serialize/big_uint.rs:8

(public_key: &Element, challenge: &Exponent, response: &Exponent)

src/crypto/schnorr.rs:96

Methodsimulate_equal

A "simulator" for the Chaum-Pedersen protocol. Given a preselected `challenge` and `response`, it constructs a valid-seeming proof that `message1` an

src/crypto/chaum_pedersen.rs:226

Methodsimulate_exp

A "simulator" for the Chaum-Pedersen protocol. Given a preselected `challenge` and `response`, it constructs a valid-seeming proof that `result = bas

src/crypto/chaum_pedersen.rs:400

Methodsimulate_plaintext

A "simulator" for the Chaum-Pedersen protocol. Given a preselected `challenge` and `response`, it constructs a valid-seeming proof that `message` is

src/crypto/chaum_pedersen.rs:300

Functionsimulate_transcript

src/crypto/schnorr.rs:178

Functionsimulate_transcript_equal

src/crypto/chaum_pedersen.rs:772

Functionsimulate_transcript_exp

src/crypto/chaum_pedersen.rs:813

Functionsimulate_transcript_plaintext

src/crypto/chaum_pedersen.rs:793

Functionsimulate_transcript_zero

src/crypto/chaum_pedersen.rs:754

Methodsimulate_zero

A "simulator" for the Chaum-Pedersen protocol. Given a preselected `challenge` and `response`, it constructs a valid-seeming proof that `message` is

src/crypto/chaum_pedersen.rs:138

Subtract group exponents, modulo the group's prime modulus *minus one*.

src/crypto/group.rs:247

Functiontest_missing

src/test_gen_check.rs:91

Functiontest_normal

src/test_gen_check.rs:9

Functiontest_parsing

tests/json.rs:11

Methodto_element

src/crypto/group.rs:92

Methodunchecked

Construct an element of a group without checking whether the given integer is part of the group: this is unsafe!

src/crypto/group.rs:48

The zero exponent

src/crypto/group.rs:204

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