NBitcoinArithmethicExtensions (DotNetLightning)

NBitcoinArithmethicExtensions Module

Namespace: DotNetLightning.Crypto
Assembly: DotNetLightning.Core.dll

Functions and values

Function or value Description

Function or value	Description
`Secp256k1` Full Usage: `Secp256k1` Returns: `ISecp256k1`	The functions in this module may fail but it does not return Result and just throw Exception in case of failure. Why? because the error case is very, very unlikely to happen. (e.g. two keys we operate were complement of each other.) It is interesting to consider if it is possible for the attacker to intentionally make this happen, but it is way beyond my skills, so we just ignore for now. Returns: `ISecp256k1`

Full Usage: Secp256k1

Returns: ISecp256k1

The functions in this module may fail but it does not return Result and just throw Exception in case of failure. Why? because the error case is very, very unlikely to happen. (e.g. two keys we operate were complement of each other.) It is interesting to consider if it is possible for the attacker to intentionally make this happen, but it is way beyond my skills, so we just ignore for now.

Returns: ISecp256k1

Type extensions

Type extension	Description
`Key.Add(lhs, rhs)` Full Usage: `Key.Add(lhs, rhs)` Parameters: lhs : `Key` rhs : `Key` Returns: `Key`	Extended Type: `Key` lhs : `Key` rhs : `Key` Returns: `Key`
`PubKey.Add(lhs, rhs)` Full Usage: `PubKey.Add(lhs, rhs)` Parameters: lhs : `PubKey` rhs : `PubKey` Returns: `PubKey`	Extended Type: `PubKey` lhs : `PubKey` rhs : `PubKey` Returns: `PubKey`
`Key.Mul(lhs, rhs)` Full Usage: `Key.Mul(lhs, rhs)` Parameters: lhs : `Key` rhs : `Key` Returns: `Key`	Extended Type: `Key` lhs : `Key` rhs : `Key` Returns: `Key`
`PubKey.Mul(pubKey, key)` Full Usage: `PubKey.Mul(pubKey, key)` Parameters: pubKey : `PubKey` key : `Key` Returns: `PubKey`	Extended Type: `PubKey` pubKey : `PubKey` key : `Key` Returns: `PubKey`