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package elliptic;
pkgpath crypto/elliptic;
priority 8;
import io io "io";
import big math/big "math/big";
import sync sync "sync";
init elliptic crypto_elliptic..import 8 math math..import 1 runtime runtime..import 1 unicode unicode..import 1 strconv strconv..import 2 io io..import 3 rand math_rand..import 3 reflect reflect..import 3 syscall syscall..import 3 binary encoding_binary..import 4 time time..import 4 os os..import 5 fmt fmt..import 6 big math_big..import 7;
type <type 1 "Curve" <type 2 interface { Params () <type 3 *<type 4 "CurveParams" <type 5 struct { P <type 6 *<type 7 "math/big.Int" <type 8 struct { .math/big.neg <type -15>; .math/big.abs <type 9 ".math/big.nat" <type 10 [] <type 11 "math/big.Word" <type -13>>>
 func (z <type 9>) .math/big.mul (x <type 9>, y <type 9>) <type 9>;
 func (z <type 9>) .math/big.scan (r <type 12 "io.RuneScanner" <type 13 interface { ? <type 14 "io.RuneReader" <type 15 interface { ReadRune () (r <type -21>, size <type -11>, err <type -19>); }>>; UnreadRune () <type -19>; }>>, base <type -11>) (? <type 9>, ? <type -11>, ? <type -19>);
 func (z <type 9>) .math/big.add (x <type 9>, y <type 9>) <type 9>;
 func (z <type 9>) .math/big.andNot (x <type 9>, y <type 9>) <type 9>;
 func (z <type 9>) .math/big.setBit (x <type 9>, i <type -12>, b <type -12>) <type 9>;
 func (z <type 9>) .math/big.sub (x <type 9>, y <type 9>) <type 9>;
 func (x <type 9>) .math/big.modW (d <type 11>) (r <type 11>);
 func (n <type 9>) .math/big.probablyPrime (reps <type -11>) <type -15>;
 func (q <type 9>) .math/big.convertWords (s <type 16 [] <type -20>>, charset <type -16>, b <type 11>, ndigits <type -11>, bb <type 11>, table <type 17 [] <type 18 ".math/big.divisor" <type 19 struct { .math/big.bbb <type 9>; .math/big.nbits <type -11>; .math/big.ndigits <type -11>; }>>>);
 func (x <type 9>) .math/big.string (charset <type -16>) <type -16>;
 func (z <type 9>) .math/big.divW (x <type 9>, y <type 11>) (q <type 9>, r <type 11>);
 func (z <type 9>) .math/big.shr (x <type 9>, s <type -12>) <type 9>;
 func (z <type 9>) .math/big.mulRange (a <type -8>, b <type -8>) <type 9>;
 func (z <type 9>) .math/big.mulAddWW (x <type 9>, y <type 11>, r <type 11>) <type 9>;
 func (z <type 9>) .math/big.and (x <type 9>, y <type 9>) <type 9>;
 func (x <type 9>) .math/big.decimalString () <type -16>;
 func (z <type 9>) .math/big.xor (x <type 9>, y <type 9>) <type 9>;
 func (z <type 9>) .math/big.bit (i <type -12>) <type -12>;
 func (z <type 9>) .math/big.set (x <type 9>) <type 9>;
 func (z <type 9>) .math/big.random (rand <type 20 *<type 21 "math/rand.Rand" "rand" <type 22 struct { .math/rand.src <type 23 "math/rand.Source" <type 24 interface { Int63 () <type -4>; Seed (seed <type -4>); }>>; }>
 func (r <type 25 *<type 21>>) ExpFloat64 () <type -10>;
 func (r <type 25>) Int31n (n <type -3>) <type -3>;
 func (r <type 25>) Uint32 () <type -7>;
 func (r <type 25>) Intn (n <type -11>) <type -11>;
 func (r <type 25>) Perm (n <type -11>) <type 26 [] <type -11>>;
 func (r <type 25>) NormFloat64 () <type -10>;
 func (r <type 25>) Int31 () <type -3>;
 func (r <type 25>) Float64 () <type -10>;
 func (r <type 25>) Seed (seed <type -4>);
 func (r <type 25>) Int () <type -11>;
 func (r <type 25>) Int63 () <type -4>;
 func (r <type 25>) Int63n (n <type -4>) <type -4>;
 func (r <type 25>) Float32 () <type -9>;
>>, limit <type 9>, n <type -11>) <type 9>;
 func (z <type 9>) .math/big.or (x <type 9>, y <type 9>) <type 9>;
 func (x <type 9>) .math/big.cmp (y <type 9>) (r <type -11>);
 func (x <type 9>) .math/big.bitLen () <type -11>;
 func (z <type 9>) .math/big.setWord (x <type 11>) <type 9>;
 func (z <type 9>) .math/big.setUint64 (x <type -8>) <type 9>;
 func (z <type 9>) .math/big.div (z2 <type 9>, u <type 9>, v <type 9>) (q <type 9>, r <type 9>);
 func (x <type 9>) .math/big.trailingZeroBits () <type -12>;
 func (z <type 9>) .math/big.expNNWindowed (x <type 9>, y <type 9>, m <type 9>) <type 9>;
 func (z <type 9>) .math/big.divLarge (u <type 9>, uIn <type 9>, v <type 9>) (q <type 9>, r <type 9>);
 func (z <type 9>) .math/big.norm () <type 9>;
 func (z <type 9>) .math/big.setBytes (buf <type 27 [] <type -20>>) <type 9>;
 func (z <type 9>) .math/big.make (n <type -11>) <type 9>;
 func (z <type 9>) .math/big.shl (x <type 9>, s <type -12>) <type 9>;
 func (z <type 9>) .math/big.bytes (buf <type 28 [] <type -20>>) (i <type -11>);
 func (z <type 9>) .math/big.clear ();
 func (z <type 9>) .math/big.expWW (x <type 11>, y <type 11>) <type 9>;
 func (z <type 9>) .math/big.expNN (x <type 9>, y <type 9>, m <type 9>) <type 9>;
>; }>
 func (z <type 29 *<type 7>>) Neg (x <type 29>) <type 29>;
 func (z <type 29>) QuoRem (x <type 29>, y <type 29>, r <type 29>) (? <type 29>, ? <type 29>);
 func (x <type 29>) Bytes () <type 30 [] <type -20>>;
 func (z <type 29>) SetBits (abs <type 31 [] <type 11>>) <type 29>;
 func (z <type 29>) SetBit (x <type 29>, i <type -11>, b <type -12>) <type 29>;
 func (z <type 29>) Xor (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) SetInt64 (x <type -4>) <type 29>;
 func (z <type 29>) Not (x <type 29>) <type 29>;
 func (z <type 29>) UnmarshalJSON (x <type 32 [] <type -20>>) <type -19>;
 func (z <type 29>) Or (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) SetUint64 (x <type -8>) <type 29>;
 func (x <type 29>) Int64 () <type -4>;
 func (z <type 29>) .math/big.scan (r <type 12>, base <type -11>) (? <type 29>, ? <type -11>, ? <type -19>);
 func (z <type 29>) GCD (x <type 29>, y <type 29>, a <type 29>, b <type 29>) <type 29>;
 func (z <type 29>) Rem (x <type 29>, y <type 29>) <type 29>;
 func (x <type 29>) Bit (i <type -11>) <type -12>;
 func (x <type 29>) Bits () <type 33 [] <type 11>>;
 func (z <type 29>) SetBytes (buf <type 34 [] <type -20>>) <type 29>;
 func (z <type 29>) DivMod (x <type 29>, y <type 29>, m <type 29>) (? <type 29>, ? <type 29>);
 func (z <type 29>) Rsh (x <type 29>, n <type -12>) <type 29>;
 func (x <type 29>) Cmp (y <type 29>) (r <type -11>);
 func (z <type 29>) Scan (s <type 35 "fmt.ScanState" "fmt" <type 36 interface { ReadRune () (r <type -21>, size <type -11>, err <type -19>); UnreadRune () <type -19>; SkipSpace (); Token (skipSpace <type -15>, f <type 37 (? <type -21>) <type -15>>) (token <type 38 [] <type -20>>, err <type -19>); Width () (wid <type -11>, ok <type -15>); Read (buf <type 39 [] <type -20>>) (n <type -11>, err <type -19>); }>>, ch <type -21>) <type -19>;
 func (x <type 29>) GobEncode () (? <type 40 [] <type -20>>, ? <type -19>);
 func (x <type 29>) ProbablyPrime (n <type -11>) <type -15>;
 func (x <type 29>) Sign () <type -11>;
 func (z <type 29>) Mod (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) Exp (x <type 29>, y <type 29>, m <type 29>) <type 29>;
 func (x <type 29>) String () <type -16>;
 func (z <type 29>) Abs (x <type 29>) <type 29>;
 func (z <type 29>) Rand (rnd <type 20>, n <type 29>) <type 29>;
 func (z <type 29>) And (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) ModInverse (g <type 29>, p <type 29>) <type 29>;
 func (z <type 29>) Quo (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) Add (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) Lsh (x <type 29>, n <type -12>) <type 29>;
 func (z <type 29>) AndNot (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) Set (x <type 29>) <type 29>;
 func (z <type 29>) Mul (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) Div (x <type 29>, y <type 29>) <type 29>;
 func (z <type 29>) Binomial (n <type -4>, k <type -4>) <type 29>;
 func (x <type 29>) Format (s <type 41 "fmt.State" <type 42 interface { Write (b <type 43 [] <type -20>>) (ret <type -11>, err <type -19>); Width () (wid <type -11>, ok <type -15>); Precision () (prec <type -11>, ok <type -15>); Flag (c <type -11>) <type -15>; }>>, ch <type -21>);
 func (z <type 29>) MulRange (a <type -4>, b <type -4>) <type 29>;
 func (z <type 29>) SetString (s <type -16>, base <type -11>) (? <type 29>, ? <type -15>);
 func (x <type 29>) Uint64 () <type -8>;
 func (x <type 29>) MarshalJSON () (? <type 44 [] <type -20>>, ? <type -19>);
 func (x <type 29>) BitLen () <type -11>;
 func (z <type 29>) GobDecode (buf <type 45 [] <type -20>>) <type -19>;
 func (z <type 29>) .math/big.binaryGCD (a <type 29>, b <type 29>) <type 29>;
 func (z <type 29>) Sub (x <type 29>, y <type 29>) <type 29>;
>>; N <type 6>; B <type 6>; Gx <type 6>; Gy <type 6>; BitSize <type -11>; }>
 func (curve <type 46 *<type 4>>) Params () <type 46>;
 func (curve <type 46>) IsOnCurve (x <type 6>, y <type 6>) <type -15>;
 func (curve <type 46>) .crypto/elliptic.affineFromJacobian (x <type 6>, y <type 6>, z <type 6>) (xOut <type 6>, yOut <type 6>);
 func (curve <type 46>) Add (x1 <type 6>, y1 <type 6>, x2 <type 6>, y2 <type 6>) (? <type 6>, ? <type 6>);
 func (curve <type 46>) .crypto/elliptic.addJacobian (x1 <type 6>, y1 <type 6>, z1 <type 6>, x2 <type 6>, y2 <type 6>, z2 <type 6>) (? <type 6>, ? <type 6>, ? <type 6>);
 func (curve <type 46>) Double (x1 <type 6>, y1 <type 6>) (? <type 6>, ? <type 6>);
 func (curve <type 46>) .crypto/elliptic.doubleJacobian (x <type 6>, y <type 6>, z <type 6>) (? <type 6>, ? <type 6>, ? <type 6>);
 func (curve <type 46>) ScalarMult (Bx <type 6>, By <type 6>, k <type 47 [] <type -20>>) (? <type 6>, ? <type 6>);
 func (curve <type 46>) ScalarBaseMult (k <type 48 [] <type -20>>) (? <type 6>, ? <type 6>);
>>; IsOnCurve (x <type 6>, y <type 6>) <type -15>; Add (x1 <type 6>, y1 <type 6>, x2 <type 6>, y2 <type 6>) (x <type 6>, y <type 6>); Double (x1 <type 6>, y1 <type 6>) (x <type 6>, y <type 6>); ScalarMult (x1 <type 6>, y1 <type 6>, k <type 49 [] <type -20>>) (x <type 6>, y <type 6>); ScalarBaseMult (k <type 50 [] <type -20>>) (x <type 6>, y <type 6>); }>>;
type <type 4>;
func GenerateKey (curve <type 1>, rand <type 51 "io.Reader" <type 52 interface { Read (p <type 53 [] <type -20>>) (n <type -11>, err <type -19>); }>>) (priv <type 54 [] <type -20>>, x <type 6>, y <type 6>, err <type -19>);
func Marshal (curve <type 1>, x <type 6>, y <type 6>) <type 55 [] <type -20>>;
func P256 () <type 1>;
func P384 () <type 1>;
func P521 () <type 1>;
func Unmarshal (curve <type 1>, data <type 56 [] <type -20>>) (x <type 6>, y <type 6>);
checksum F5B4C4A1360668E43410CAFD6C397CBB65565889;
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