@types/elliptic

Version 6.4.18
Published 8 months ago
11.8 kB
1 dependency
MIT license

Install

npm i @types/elliptic

yarn add @types/elliptic

pnpm add @types/elliptic

Overview

TypeScript definitions for elliptic

Variables

variable rand

const rand: any;

variable utils

const utils: any;

variable version

const version: number;

Classes

class ec

class ec {}

constructor

constructor(options: string | curves.PresetCurve);

property curve

curve: any;

property g

g: any;

property hash

hash: any;

property n

n: any;

property nh

nh: any;

method genKeyPair

genKeyPair: (options?: ec.GenKeyPairOptions) => ec.KeyPair;

method getKeyRecoveryParam

getKeyRecoveryParam: (
    e: Error | undefined,
    signature: SignatureInput,
    Q: BN,
    enc?: string
) => number;

method keyFromPrivate

keyFromPrivate: (
    priv: Uint8Array | Buffer | string | number[] | ec.KeyPair,
    enc?: string
) => ec.KeyPair;

method keyFromPublic

keyFromPublic: (
    pub:
        | Uint8Array
        | Buffer
        | string
        | number[]
        | { x: string; y: string }
        | ec.KeyPair,
    enc?: string
) => ec.KeyPair;

method keyPair

keyPair: (options: ec.KeyPairOptions) => ec.KeyPair;

method recoverPubKey

recoverPubKey: (
    msg: BNInput,
    signature: SignatureInput,
    j: number,
    enc?: string
) => any;

method sign

sign: {
    (
        msg: BNInput,
        key: Buffer | ec.KeyPair,
        enc: string,
        options?: ec.SignOptions
    ): ec.Signature;
    (msg: any, key: any, options?: ec.SignOptions): ec.Signature;
};

method verify

verify: (
    msg: BNInput,
    signature: SignatureInput,
    key: Buffer | ec.KeyPair,
    enc?: string
) => boolean;

class eddsa

class eddsa {}

constructor

constructor(name: string);

property curve

curve: curve.edwards;

method decodeInt

decodeInt: (bytes: BNInput) => BN;

method decodePoint

decodePoint: (bytes: eddsa.Bytes) => eddsa.Point;

method encodeInt

encodeInt: (num: BN) => Buffer;

method encodePoint

encodePoint: (point: eddsa.Point) => Buffer;

method hashInt

hashInt: () => BN;

method isPoint

isPoint: (val: any) => boolean;

method keyFromPublic

keyFromPublic: (pub: eddsa.Bytes | eddsa.KeyPair | eddsa.Point) => eddsa.KeyPair;

method keyFromSecret

keyFromSecret: (secret: eddsa.Bytes) => eddsa.KeyPair;

method makeSignature

makeSignature: (sig: eddsa.Signature | Buffer | string) => eddsa.Signature;

method sign

sign: (message: eddsa.Bytes, secret: eddsa.Bytes) => eddsa.Signature;

method verify

verify: (
    message: eddsa.Bytes,
    sig: eddsa.Bytes | eddsa.Signature,
    pub: eddsa.Bytes | eddsa.Point | eddsa.KeyPair
) => boolean;

Type Aliases

type BNInput

type BNInput = string | BN | number | Buffer | Uint8Array | readonly number[];

type SignatureInput

type SignatureInput =
    | ec.Signature
    | ec.SignatureOptions
    | Uint8Array
    | readonly number[]
    | string;

Namespaces

namespace curve

namespace curve {}

class base

class base {}

Base class for the curves

constructor

constructor(type: string, conf: base.BaseCurveOptions);

property g

g: base.BasePoint;

property n

n: BN;

property one

one: BN;

property p

p: BN;

property red

red: any;

property redN

redN: BN;

property two

two: BN;

property type

type: string;

property zero

zero: BN;

method decodePoint

decodePoint: (bytes: Buffer | string, enc?: 'hex') => base.BasePoint;

method validate

validate: (point: base.BasePoint) => boolean;

class edwards

class edwards extends base {}

constructor

constructor(conf: edwards.EdwardsConf);

property a

a: BN;

property c

c: BN;

property c2

c2: BN;

property d

d: BN;

property dd

dd: BN;

method point

point: (
    x: BNInput,
    y: BNInput,
    z?: BNInput,
    t?: BNInput
) => edwards.EdwardsPoint;

method pointFromJSON

pointFromJSON: (obj: BNInput[]) => edwards.EdwardsPoint;

method pointFromX

pointFromX: (x: BNInput, odd?: boolean) => edwards.EdwardsPoint;

method pointFromY

pointFromY: (y: BNInput, odd?: boolean) => edwards.EdwardsPoint;

class short

class short extends base {}

constructor

constructor(conf: short.ShortConf);

property a

a: any;

property b

b: any;

property g

g: short.ShortPoint;

method point

point: (x: BNInput, y: BNInput, isRed?: boolean) => short.ShortPoint;

method pointFromJSON

pointFromJSON: (obj: BNInput[], red: boolean) => short.ShortPoint;

method pointFromX

pointFromX: (x: BNInput, odd?: boolean) => short.ShortPoint;

namespace curve.base

namespace curve.base {}

class BasePoint

class BasePoint {}

constructor

constructor(curve: base, type: string);

property curve

curve: base;

property precomputed

precomputed: PrecomputedValues;

property type

type: string;

method add

add: (p: BasePoint) => BasePoint;

method dbl

dbl: () => BasePoint;

method dblp

dblp: (k: number) => BasePoint;

method encode

encode: {
    (enc: 'hex', compact: boolean): string;
    (enc: 'array', compact: boolean): number[];
};

method encodeCompressed

encodeCompressed: { (enc: 'hex'): string; (enc?: 'array'): number[] };

method eq

eq: (p: BasePoint) => boolean;

method getX

getX: () => BN;

method getY

getY: () => BN;

method inspect

inspect: () => string;

method isInfinity

isInfinity: () => boolean;

method mul

mul: (k: BN) => BasePoint;

method neg

neg: () => BasePoint;

method precompute

precompute: (power: number) => BasePoint;

method validate

validate: () => boolean;

interface BaseCurveOptions

interface BaseCurveOptions {}

property g

g?: BasePoint | undefined;

property gRed

gRed?: any;

property n

n?: number | BN | Buffer | undefined;

property p

p: number | string | number[] | Buffer | BN;

property prime

prime?: BN | string | undefined;

interface PrecomputedValues

interface PrecomputedValues {}

property beta

beta: any;

property doubles

doubles: any;

property naf

naf: any;

namespace curve.edwards

namespace curve.edwards {}

class EdwardsPoint

class EdwardsPoint extends base.BasePoint {}

property t

t: BN;

property x

x: BN;

property y

y: BN;

property z

z: BN;

method eqXToP

eqXToP: (x: BN) => boolean;

method normalize

normalize: () => EdwardsPoint;

interface EdwardsConf

interface EdwardsConf extends base.BaseCurveOptions {}

property a

a: BNInput;

property c

c: BNInput;

property d

d: BNInput;

namespace curve.short

namespace curve.short {}

class ShortPoint

class ShortPoint extends base.BasePoint {}

property inf

inf: boolean;

property x

x: any;

property y

y: any;

method toJSON

toJSON: () => BNInput[];

interface ShortConf

interface ShortConf extends base.BaseCurveOptions {}

property a

a: BNInput;

property b

b: BNInput;

property beta

beta?: BNInput | undefined;

property lambda

lambda?: BNInput | undefined;

namespace curves

namespace curves {}

class PresetCurve

class PresetCurve {}

constructor

constructor(options: PresetCurve.Options);

property g

g: any;

property hash

hash: any;

property n

n: any;

property type

type: string;

namespace curves.PresetCurve

namespace curves.PresetCurve {}

interface Options

interface Options {}

property a

a: string;

property b

b: string;

property basis

basis?: any;

property beta

beta?: string | undefined;

property g

g: any;

property gRed

gRed: boolean;

property hash

hash: any;

property lambda

lambda?: string | undefined;

property n

n: string;

property p

p: string;

property prime

prime: string | null;

property type

type: string;

namespace ec

namespace ec {}

class KeyPair

class KeyPair {}

constructor

constructor(ec: ec, options: KeyPairOptions);

property ec

ec: ec;

method derive

derive: (pub: curve.base.BasePoint) => BN;

method fromPrivate

static fromPrivate: (
    ec: ec,
    priv: Buffer | string | KeyPair,
    enc?: string
) => KeyPair;

method fromPublic

static fromPublic: (
    ec: ec,
    pub: Buffer | string | { x: string; y: string } | KeyPair,
    enc?: string
) => KeyPair;

method getPrivate

getPrivate: { (enc: 'hex'): string; (): BN };

method getPublic

getPublic: {
    (compact: boolean, enc: 'hex'): string;
    (compact: boolean, enc: 'array'): number[];
    (enc: 'hex'): string;
    (enc: 'array'): number[];
    (): curve.base.BasePoint;
};

method inspect

inspect: () => string;

method sign

sign: {
    (msg: BNInput, enc: string, options?: SignOptions): Signature;
    (msg: any, options?: SignOptions): Signature;
};

method validate

validate: () => { readonly result: boolean; readonly reason: string };

method verify

verify: (msg: BNInput, signature: SignatureInput) => boolean;

interface GenKeyPairOptions

interface GenKeyPairOptions {}

property entropy

entropy: any;

property entropyEnc

entropyEnc?: string | undefined;

property pers

pers?: any;

property persEnc

persEnc?: string | undefined;

interface KeyPairOptions

interface KeyPairOptions {}

property priv

priv?: Buffer | undefined;

property privEnc

privEnc?: string | undefined;

property pub

pub?: Buffer | undefined;

property pubEnc

pubEnc?: string | undefined;

interface Signature

interface Signature {}

property r

r: BN;

property recoveryParam

recoveryParam: number | null;

property s

s: BN;

method toDER

toDER: { (): number[]; (enc: 'hex'): string };

interface SignatureOptions

interface SignatureOptions {}

property r

r: BNInput;

property recoveryParam

recoveryParam?: number | undefined;

property s

s: BNInput;

interface SignOptions

interface SignOptions {}

property canonical

canonical?: boolean | undefined;

property k

k?: BN | undefined;

property pers

pers?: any;

property persEnc

persEnc?: string | undefined;

namespace eddsa

namespace eddsa {}

class KeyPair

class KeyPair {}

constructor

constructor(eddsa: eddsa, params: KeyPairOptions);

method fromPublic

static fromPublic: (eddsa: eddsa, pub: Bytes) => KeyPair;

method fromSecret

static fromSecret: (eddsa: eddsa, secret: Bytes) => KeyPair;

method getPublic

getPublic: { (enc: 'hex'): string; (): Buffer };

method getSecret

getSecret: { (enc: 'hex'): string; (): Buffer };

method secret

secret: () => Buffer;

method sign

sign: (message: Bytes) => Signature;

method verify

verify: (message: Bytes, sig: Signature | Bytes) => boolean;

class Signature

class Signature {}

constructor

constructor(eddsa: eddsa, sig: any);

method toBytes

toBytes: () => Buffer;

method toHex

toHex: () => string;

interface KeyPairOptions

interface KeyPairOptions {}

property pub

pub: Buffer | Point;

property secret

secret: Buffer;

type Bytes

type Bytes = string | Buffer;

type Point

type Point = curve.base.BasePoint;

Package Files (1)

index.d.ts

Dependencies (1)

@types/bn.js

Dev Dependencies (0)

No dev dependencies.

Peer Dependencies (0)

No peer dependencies.

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Updated 8 months ago.
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@types/elliptic

Install

Overview

Index

Variables

Classes

Type Aliases

Namespaces

Variables

variable rand

variable utils

variable version

Classes

class ec

constructor

property curve

property g

property hash

property n

property nh

method genKeyPair

method getKeyRecoveryParam

method keyFromPrivate

method keyFromPublic

method keyPair

method recoverPubKey

method sign

method verify

class eddsa

constructor

property curve

method decodeInt

method decodePoint

method encodeInt

method encodePoint

method hashInt

method isPoint

method keyFromPublic

method keyFromSecret

method makeSignature

method sign

method verify

Type Aliases

type BNInput

type SignatureInput

Namespaces

namespace curve

class base

constructor

property g

property n

property one

property p

property red

property redN

property two

property type

property zero

method decodePoint

method validate

class edwards

constructor

property a

property c

property c2

property d

property dd

method point

method pointFromJSON

method pointFromX

method pointFromY

class short

constructor

property a

property b

property g

method point

method pointFromJSON

method pointFromX

namespace curve.base