Gate

core_utils::circuit::gate

Enum Gate 

Source 
pub enum Gate<C: Curve> {

Show 69 variants    ScalarInput {
        inputer: PeerNumber,
    },
    BaseFieldInput {
        inputer: PeerNumber,
    },
    PointInput {
        inputer: PeerNumber,
    },
    ScalarPlaintextInput {
        c: ScalarPlaintext<C>,
    },
    BaseFieldPlaintextInput {
        c: BaseFieldPlaintext<C>,
    },
    ScalarShareInput,
    BaseFieldShareInput,
    PointShareInput,
    ElGamalCiphertextInput {
        c: PointPlaintext<C>,
        r: PointPlaintext<C>,
    },
    ScalarAdd {
        x: Label,
        y: Label,
    },
    BaseFieldAdd {
        x: Label,
        y: Label,
    },
    PointAdd {
        x: Label,
        y: Label,
    },
    ScalarMul {
        x: Label,
        y: Label,
    },
    BaseFieldMul {
        x: Label,
        y: Label,
    },
    PointMul {
        x: Label,
        y: Label,
    },
    ScalarAddPlaintext {
        x: Label,
        c: Label,
    },
    BaseFieldAddPlaintext {
        x: Label,
        c: Label,
    },
    PointAddPlaintext {
        x: Label,
        c: Label,
    },
    ScalarMulScalarPlaintext {
        x: Label,
        c: Label,
    },
    BaseFieldMulBaseFieldPlaintext {
        x: Label,
        c: Label,
    },
    PointMulScalarPlaintext {
        x: Label,
        c: ScalarPlaintext<C>,
    },
    ScalarMulPointPlaintext {
        x: Label,
        c: PointPlaintext<C>,
    },
    ScalarShareOpen {
        x: Label,
    },
    BaseFieldShareOpen {
        x: Label,
    },
    PointShareOpen {
        x: Label,
    },
    ScalarPlaintextUnaryOp {
        x: Label,
        op: FieldUnaryOp,
    },
    BaseFieldPlaintextUnaryOp {
        x: Label,
        op: FieldUnaryOp,
    },
    ScalarPlaintextBinaryOp {
        x: Label,
        y: Label,
        op: FieldBinaryOp,
    },
    BaseFieldPlaintextBinaryOp {
        x: Label,
        y: Label,
        op: FieldBinaryOp,
    },
    ScalarMultiplicativeInverse {
        x: Label,
    },
    BaseFieldMultiplicativeInverse {
        x: Label,
    },
    ScalarAdditiveInverse {
        x: Label,
    },
    BaseFieldAdditiveInverse {
        x: Label,
    },
    PointAdditiveInverse {
        x: Label,
    },
    ScalarGreaterThan {
        x: Label,
        y: Label,
    },
    BaseFieldGreaterThan {
        x: Label,
        y: Label,
    },
    ScalarGreaterThanOrEqual {
        x: Label,
        y: Label,
    },
    BaseFieldGreaterThanOrEqual {
        x: Label,
        y: Label,
    },
    ScalarZeroTest {
        x: Label,
    },
    BaseFieldZeroTest {
        x: Label,
    },
    PointZeroTest {
        x: Label,
    },
    EncryptPoint {
        x: Label,
        c: Point<C>,
    },
    DecryptPoint {
        x: Label,
        y: Label,
    },
    RandomBaseFieldShare,
    BaseFieldPow {
        x: Label,
        exp: BoxedUint,
    },
    PointPlaintextInput {
        c: PointPlaintext<C>,
    },
    BitInput {
        inputer: PeerNumber,
    },
    BitXor {
        x: Label,
        y: Label,
    },
    BitNot {
        x: Label,
    },
    BitAnd {
        x: Label,
        y: Label,
    },
    BitPlaintextXor {
        x: Label,
        c: Label,
    },
    BitPlaintextAnd {
        x: Label,
        c: Label,
    },
    BitShareInput,
    BitPlaintextInput {
        c: BitPlaintext,
    },
    RandomBitShare,
    BitPlaintextUnaryOp {
        x: Label,
        op: FieldUnaryOp,
    },
    BitPlaintextBinaryOp {
        x: Label,
        y: Label,
        op: FieldBinaryOp,
    },
    BitShareOpen {
        x: Label,
    },
    ScalarDaBit,
    BaseFieldDaBit,
    GetDaBitScalarShare {
        x: Label,
    },
    GetDaBitBaseFieldShare {
        x: Label,
    },
    GetScalarDaBitSharedBit {
        x: Label,
    },
    GetBaseFieldDaBitSharedBit {
        x: Label,
    },
    BitShareGetIndex {
        x: Label,
        index: usize,
    },
    BitPlaintextToScalar {
        x: Label,
    },
    BitPlaintextToBaseField {
        x: Label,
    },
    ScalarPlaintextToBit {
        x: Label,
    },
    BaseFieldPlaintextToBit {
        x: Label,
    },

}
Expand description

Gate operations, where the operation arguments correspond to wire label.

Variants§

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ScalarInput

Input a value to be secret shared

Fields

§inputer: PeerNumber
§

BaseFieldInput

Fields

§inputer: PeerNumber
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PointInput

Fields

§inputer: PeerNumber
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ScalarPlaintextInput

Input a plaintext scalar

Fields

§c: ScalarPlaintext<C>
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BaseFieldPlaintextInput

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ScalarShareInput

Input an already secret-shared value

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BaseFieldShareInput

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PointShareInput

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ElGamalCiphertextInput

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ScalarAdd

Addition gates between two secret shares

Fields

§x: Label
§y: Label
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BaseFieldAdd

Fields

§x: Label
§y: Label
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PointAdd

Fields

§x: Label
§y: Label
§

ScalarMul

Multiply two elements

Fields

§x: Label
§y: Label
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BaseFieldMul

Fields

§x: Label
§y: Label
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PointMul

Fields

§x: Label
§y: Label
§

ScalarAddPlaintext

Add a constant to a secret share

Fields

§x: Label
§c: Label
§

BaseFieldAddPlaintext

Fields

§x: Label
§c: Label
§

PointAddPlaintext

Fields

§x: Label
§c: Label
§

ScalarMulScalarPlaintext

Multiply a secret share by a constant

Fields

§x: Label
§c: Label
§

BaseFieldMulBaseFieldPlaintext

Fields

§x: Label
§c: Label
§

PointMulScalarPlaintext

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ScalarMulPointPlaintext

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ScalarShareOpen

Open a value

Fields

§x: Label
§

BaseFieldShareOpen

Fields

§x: Label
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PointShareOpen

Fields

§x: Label
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ScalarPlaintextUnaryOp

Field Unary Operations

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BaseFieldPlaintextUnaryOp

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ScalarPlaintextBinaryOp

Field Binary Operations

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BaseFieldPlaintextBinaryOp

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ScalarMultiplicativeInverse

Multiplicative Inverse of a field

Fields

§x: Label
§

BaseFieldMultiplicativeInverse

Fields

§x: Label
§

ScalarAdditiveInverse

Additive Inverse

Fields

§x: Label
§

BaseFieldAdditiveInverse

Fields

§x: Label
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PointAdditiveInverse

Fields

§x: Label
§

ScalarGreaterThan

Comparisons (x > y, x >= y)

Fields

§x: Label
§y: Label
§

BaseFieldGreaterThan

Fields

§x: Label
§y: Label
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ScalarGreaterThanOrEqual

Fields

§x: Label
§y: Label
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BaseFieldGreaterThanOrEqual

Fields

§x: Label
§y: Label
§

ScalarZeroTest

Fields

§x: Label
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BaseFieldZeroTest

Fields

§x: Label
§

PointZeroTest

Fields

§x: Label
§

EncryptPoint

Encryption

Fields

§x: Label
§c: Point<C>
§

DecryptPoint

Fields

§x: Label
§y: Label
§

RandomBaseFieldShare

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BaseFieldPow

Fields

§x: Label
§exp: BoxedUint
§

PointPlaintextInput

Fields

§c: PointPlaintext<C>
§

BitInput

Fields

§inputer: PeerNumber
§

BitXor

Fields

§x: Label
§y: Label
§

BitNot

Fields

§x: Label
§

BitAnd

Fields

§x: Label
§y: Label
§

BitPlaintextXor

Fields

§x: Label
§c: Label
§

BitPlaintextAnd

Fields

§x: Label
§c: Label
§

BitShareInput

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BitPlaintextInput

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RandomBitShare

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BitPlaintextUnaryOp

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BitPlaintextBinaryOp

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BitShareOpen

Fields

§x: Label
§

ScalarDaBit

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BaseFieldDaBit

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GetDaBitScalarShare

Fields

§x: Label
§

GetDaBitBaseFieldShare

Fields

§x: Label
§

GetScalarDaBitSharedBit

Fields

§x: Label
§

GetBaseFieldDaBitSharedBit

Fields

§x: Label
§

BitShareGetIndex

Fields

§x: Label
§index: usize
§

BitPlaintextToScalar

Fields

§x: Label
§

BitPlaintextToBaseField

Fields

§x: Label
§

ScalarPlaintextToBit

Fields

§x: Label
§

BaseFieldPlaintextToBit

Fields

§x: Label

Trait Implementations§

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impl<C: Clone + Curve> Clone for Gate<C>

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fn clone(&self) -> Gate<C>

Returns a duplicate of the value. Read more
1.0.0 · Source§

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl<C: Debug + Curve> Debug for Gate<C>

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

Formats the value using the given formatter. Read more
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impl<'de, C: Curve> Deserialize<'de> for Gate<C>
where Scalar<C>: Deserialize<'de>, Point<C>: Deserialize<'de>,

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fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>
where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer. Read more
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impl<C: PartialEq + Curve> PartialEq for Gate<C>

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fn eq(&self, other: &Gate<C>) -> bool

Tests for self and other values to be equal, and is used by ==.
1.0.0 · Source§

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.
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impl<C: Curve> Serialize for Gate<C>
where Scalar<C>: Serialize, Point<C>: Serialize,

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fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>
where __S: Serializer,

Serialize this value into the given Serde serializer. Read more
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impl<C: Curve> StructuralPartialEq for Gate<C>

Auto Trait Implementations§

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impl<C> Freeze for Gate<C>
where <C as Curve>::Point: Freeze, <C as Curve>::Scalar: Freeze, <<C as Curve>::BaseField as FieldExtension>::Subfield: Freeze,

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impl<C> RefUnwindSafe for Gate<C>
where <C as Curve>::Point: RefUnwindSafe, <C as Curve>::Scalar: RefUnwindSafe, <<C as Curve>::BaseField as FieldExtension>::Subfield: RefUnwindSafe,

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impl<C> Send for Gate<C>

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impl<C> Sync for Gate<C>

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impl<C> Unpin for Gate<C>

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impl<C> UnwindSafe for Gate<C>
where <C as Curve>::Point: UnwindSafe, <C as Curve>::Scalar: UnwindSafe, <<C as Curve>::BaseField as FieldExtension>::Subfield: UnwindSafe,

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where T: 'static + ?Sized,

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where T: 'a,

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where T: 'a,

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where T: ?Sized,

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unsafe fn clone_to_uninit(&self, dest: *mut u8)

🔬This is a nightly-only experimental API. (clone_to_uninit)
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where Self: Binary,

Causes self to use its Binary implementation when Debug-formatted.
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where Self: Display,

Causes self to use its Display implementation when Debug-formatted.
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where Self: LowerExp,

Causes self to use its LowerExp implementation when Debug-formatted.
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where Self: LowerHex,

Causes self to use its LowerHex implementation when Debug-formatted.
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where Self: Octal,

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where Self: UpperExp,

Causes self to use its UpperExp implementation when Debug-formatted.
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