@blueking/crypto-js-sdk
Version:
crypto-js-sdk
61 lines (60 loc) • 1.57 kB
TypeScript
declare class ECFieldElementFp {
q: any;
x: any;
constructor(q: any, x: any);
equals(other: any): any;
toBigInteger(): any;
negate(): ECFieldElementFp;
add(b: any): ECFieldElementFp;
subtract(b: any): ECFieldElementFp;
multiply(b: any): ECFieldElementFp;
square(): ECFieldElementFp;
divide(b: any): ECFieldElementFp;
getByteLength(): number;
}
declare class ECPointFp {
static decodeFrom(curve: any, enc: any): ECPointFp;
static decodeFromHex(curve: any, encHex: any): ECPointFp;
curve: any;
x: any;
y: any;
z: any;
zinv: any;
constructor(curve: any, x: any, y: any, z?: any);
getX(): any;
getY(): any;
equals(other: any): any;
isInfinity(): any;
negate(): ECPointFp;
add(b: any): any;
twice(): any;
multiply(k: any): any;
multiplyTwo(j: any, x: any, k: any): any;
getEncoded(compressed: any): any;
add2D(b: any): any;
twice2D(): any;
multiply2D(k: any): any;
isOnCurve(): any;
toString(): string;
/**
* Validate an elliptic curve point.
*
* See SEC 1, section 3.2.2.1: Elliptic Curve Public Key Validation Primitive
*/
validate(): boolean;
}
declare class ECCurveFp {
q: any;
a: any;
b: any;
infinity: any;
constructor(q: any, a: any, b: any);
getQ(): any;
getA(): any;
getB(): any;
equals(other: any): any;
getInfinity(): any;
fromBigInteger(x: any): ECFieldElementFp;
decodePointHex(s: any): any;
}
export { ECFieldElementFp, ECPointFp, ECCurveFp };