E#iSrSSKJr SSKJrJr SSKJr SSKJ r SSK J r S S K J r "S S \5r"S S\5rg)z7Module with interfaces for public/private keys classes.) annotations)ABCabstractmethod)Any)IPoint)EllipticCurveTypes) DataBytescF\rSrSrSr\\SSj55r\\SSj55r\ \SSj55r \SSj5r \SSj5r \ \SSj55r \ \SS j55r\SS j5r\SS j5r\SS j5r\SS j5rSrg) IPublicKey"za Interface for a generic elliptic curve public key. Verify method is missing because not needed. cg)z Construct class from key bytes. Args: key_bytes (bytes): Key bytes Returns: IPublicKey: IPublicKey object Raises: ValueError: If key bytes are not valid Ncls key_bytess g/home/james-whalen/.local/lib/python3.13/site-packages/ccxt/static_dependencies/bip/ecc/common/ikeys.py FromBytesIPublicKey.FromBytes(cg)z Construct class from key point. Args: key_point (IPoint object): Key point Returns: IPublicKey: IPublicKey object Raises: ValueError: If key point is not valid Nrr key_points r FromPointIPublicKey.FromPoint9rrcgzS Get the elliptic curve type. Returns: EllipticCurveTypes: Elliptic curve type Nrrrr CurveTypeIPublicKey.CurveTypeJrrcHURU5 g![a gf=f)z Return if the specified bytes represents a valid public key. Args: key_bytes (bytes): Key bytes Returns: bool: True if valid, false otherwise TFr ValueErrorrs r IsValidBytesIPublicKey.IsValidBytesT(  MM) $    !!cHURU5 g![a gf=f)z Return if the specified point represents a valid public key. Args: key_point (IPoint object): Key point Returns: bool: True if valid, false otherwise TF)rr%rs r IsValidPointIPublicKey.IsValidPointfr(r)cg)zH Get the compressed key length. Returns: int: Compressed key length NrrrrCompressedLengthIPublicKey.CompressedLengthxrrcg)zL Get the uncompressed key length. Returns: int: Uncompressed key length NrrrrUncompressedLengthIPublicKey.UncompressedLengthrrcgz@ Get the underlying object. Returns: Any: Underlying object Nrselfs rUnderlyingObjectIPublicKey.UnderlyingObjectrrcg)zT Return raw compressed public key. Returns: DataBytes object: DataBytes object Nrr5s r RawCompressedIPublicKey.RawCompressedrrcg)zV Return raw uncompressed public key. Returns: DataBytes object: DataBytes object Nrr5s rRawUncompressedIPublicKey.RawUncompressedrrcg)zI Return the public key point. Returns: IPoint object: IPoint object Nrr5s rPointIPublicKey.PointrrrN)rbytesreturnr)rrrCrrCr rrBrCbool)rrrCrFrCintrCrrCr )rCr)__name__ __module__ __qualname____firstlineno____doc__ classmethodrrr staticmethodr!r&r+r.r1r7r:r=r@__static_attributes__rrrrr"sK   "  '1      #  (2       %*." &+/"            rrc\rSrSrSr\\S Sj55r\\S Sj55r \SSj5r \\SSj55r \SSj5r \SSj5r \SS j5rS rg ) IPrivateKeyz` Interface for a generic elliptic curve private key. Sign method is missing because not needed. cg)z Construct class from key bytes. Args: key_bytes (bytes): Key bytes Returns: IPrivateKey: IPrivateKey object Raises: ValueError: If key bytes are not valid Nrrs rrIPrivateKey.FromBytesrrcgr rrrrr!IPrivateKey.CurveTyperrcHURU5 g![a gf=f)z Return if the specified bytes represent a valid private key. Args: key_bytes (bytes): key bytes Returns: bool: True if valid, false otherwise TFr$rs rr&IPrivateKey.IsValidBytesr(r)cg)z2 Get the key length. Returns: int: Key length NrrrrLengthIPrivateKey.Lengthrrcgr4rr5s rr7IPrivateKey.UnderlyingObjectrrcg)zJ Return raw private key. Returns: DataBytes object: DataBytes object Nrr5s rRawIPrivateKey.Rawrrcg)zi Get the public key correspondent to the private one. Returns: IPublicKey object: IPublicKey object Nrr5s r PublicKeyIPrivateKey.PublicKeyrrrN)rrBrCrTrDrErGrIrJ)rCr)rKrLrMrNrOrPrrrQr!r&r]r7rbrerRrrrrTrTs   "  '2       %*."        rrTN)rO __future__rabcrrtypingripointrcurve.elliptic_curve_typesr utils.miscr rrTrrrrms;*>##;#L L ^V #V r