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update README.md to match the new version #185

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Aug 17, 2022
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update README.md to match the new version #185

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15 changes: 8 additions & 7 deletions README.md
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Expand Up @@ -43,12 +43,6 @@ The `LocalParty` that you use should be from the `keygen`, `signing` or `reshari

### Setup
```go
// Set up elliptic curve
// use ECDSA, which is used by default
tss.SetCurve(s256k1.S256())
// or use EdDSA
// tss.SetCurve(edwards.Edwards())

// When using the keygen party it is recommended that you pre-compute the "safe primes" and Paillier secret beforehand because this can take some time.
// This code will generate those parameters using a concurrency limit equal to the number of available CPU cores.
preParams, _ := keygen.GeneratePreParams(1 * time.Minute)
Expand All @@ -62,7 +56,14 @@ parties := tss.SortPartyIDs(getParticipantPartyIDs())
// The `uniqueKey` is a unique identifying key for this peer (such as its p2p public key) as a big.Int.
thisParty := tss.NewPartyID(id, moniker, uniqueKey)
ctx := tss.NewPeerContext(parties)
params := tss.NewParameters(ctx, thisParty, len(parties), threshold)

// Select an elliptic curve
// use ECDSA
curve := tss.S256()
// or use EdDSA
// curve := tss.Edwards()

params := tss.NewParameters(curve, ctx, thisParty, len(parties), threshold)

// You should keep a local mapping of `id` strings to `*PartyID` instances so that an incoming message can have its origin party's `*PartyID` recovered for passing to `UpdateFromBytes` (see below)
partyIDMap := make(map[string]*PartyID)
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