PeerChannelEncryptorMonad (DotNetLightning)

PeerChannelEncryptorMonad Module

Namespace: DotNetLightning.Peer
Assembly: DotNetLightning.Core.dll

Might remove in the future

Types

Type	Description
PeerChannelEncryptorComputation<'T>
PeerChannelEncryptorComputationBuilder

Functions and values

Function or value	Description
`bindP f xT` Full Usage: `bindP f xT` Parameters: f : `'T1 -> PeerChannelEncryptorComputation<'T2>` xT : `PeerChannelEncryptorComputation<'T1>` Returns: `PeerChannelEncryptorComputation<'T2>`	f : `'T1 -> PeerChannelEncryptorComputation<'T2>` xT : `PeerChannelEncryptorComputation<'T1>` Returns: `PeerChannelEncryptorComputation<'T2>`
`decryptLengthHeader msg` Full Usage: `decryptLengthHeader msg` Parameters: msg : `byte array` Returns: `PeerChannelEncryptorComputation<uint16>`	msg : `byte array` Returns: `PeerChannelEncryptorComputation<uint16>`
`decryptMessage msg` Full Usage: `decryptMessage msg` Parameters: msg : `byte array` Returns: `PeerChannelEncryptorComputation<byte array>`	msg : `byte array` Returns: `PeerChannelEncryptorComputation<byte array>`
`encryptMessage msg` Full Usage: `encryptMessage msg` Parameters: msg : `byte array` Returns: `PeerChannelEncryptorComputation<byte array>`	msg : `byte array` Returns: `PeerChannelEncryptorComputation<byte array>`
`fromFailableFunction f` Full Usage: `fromFailableFunction f` Parameters: f : `PeerChannelEncryptor -> Result<('T * PeerChannelEncryptor), PeerError>` Returns: `PeerChannelEncryptorComputation<'T>`	f : `PeerChannelEncryptor -> Result<('T * PeerChannelEncryptor), PeerError>` Returns: `PeerChannelEncryptorComputation<'T>`
`fromFailableReaderFunction f` Full Usage: `fromFailableReaderFunction f` Parameters: f : `PeerChannelEncryptor -> Result<'T, PeerError>` Returns: `PeerChannelEncryptorComputation<'T>`	f : `PeerChannelEncryptor -> Result<'T, PeerError>` Returns: `PeerChannelEncryptorComputation<'T>`
`fromPlainFunction f` Full Usage: `fromPlainFunction f` Parameters: f : `PeerChannelEncryptor -> 'T * PeerChannelEncryptor` Returns: `PeerChannelEncryptorComputation<'T>`	Lift non-failable function to monadic world f : `PeerChannelEncryptor -> 'T * PeerChannelEncryptor` Returns: `PeerChannelEncryptorComputation<'T>`
`fromReaderFunction f` Full Usage: `fromReaderFunction f` Parameters: f : `PeerChannelEncryptor -> 'T` Returns: `PeerChannelEncryptorComputation<'T>`	Lift non-failable reader function to monadic world f : `PeerChannelEncryptor -> 'T` Returns: `PeerChannelEncryptorComputation<'T>`
`fromWriterFunction f` Full Usage: `fromWriterFunction f` Parameters: f : `PeerChannelEncryptor -> PeerChannelEncryptor` Returns: `PeerChannelEncryptorComputation<unit>`	Lift non-failable writer function to monadic world f : `PeerChannelEncryptor -> PeerChannelEncryptor` Returns: `PeerChannelEncryptorComputation<unit>`
`mapP f` Full Usage: `mapP f` Parameters: f : `'a -> 'b` Returns: `PeerChannelEncryptorComputation<'a> -> PeerChannelEncryptorComputation<'b>`	f : `'a -> 'b` Returns: `PeerChannelEncryptorComputation<'a> -> PeerChannelEncryptorComputation<'b>`
`noise` Full Usage: `noise` Returns: `PeerChannelEncryptorComputationBuilder`	Returns: `PeerChannelEncryptorComputationBuilder`
`processActOneWithEphemeralKey actOne key ourEphemeral` Full Usage: `processActOneWithEphemeralKey actOne key ourEphemeral` Parameters: actOne : `byte array` key : `Key` ourEphemeral : `Key` Returns: `PeerChannelEncryptorComputation<byte array>`	actOne : `byte array` key : `Key` ourEphemeral : `Key` Returns: `PeerChannelEncryptorComputation<byte array>`
`processActOneWithKey actOne key` Full Usage: `processActOneWithKey actOne key` Parameters: actOne : `byte array` key : `Key` Returns: `PeerChannelEncryptorComputation<byte array>`	actOne : `byte array` key : `Key` Returns: `PeerChannelEncryptorComputation<byte array>`
`processActThree actThree` Full Usage: `processActThree actThree` Parameters: actThree : `byte array` Returns: `PeerChannelEncryptorComputation<NodeId>`	actThree : `byte array` Returns: `PeerChannelEncryptorComputation<NodeId>`
`processActTwo actTwo ourNodeSecret` Full Usage: `processActTwo actTwo ourNodeSecret` Parameters: actTwo : `byte array` ourNodeSecret : `Key` Returns: `PeerChannelEncryptorComputation<byte array * NodeId>`	actTwo : `byte array` ourNodeSecret : `Key` Returns: `PeerChannelEncryptorComputation<byte array * NodeId>`
`returnP x` Full Usage: `returnP x` Parameters: x : `'a` Returns: `PeerChannelEncryptorComputation<'a>`	x : `'a` Returns: `PeerChannelEncryptorComputation<'a>`
`runP pcec initialState` Full Usage: `runP pcec initialState` Parameters: pcec : `PeerChannelEncryptorComputation<'a>` initialState : `PeerChannelEncryptor` Returns: `Result<('a * PeerChannelEncryptor), PeerError>`	pcec : `PeerChannelEncryptorComputation<'a>` initialState : `PeerChannelEncryptor` Returns: `Result<('a * PeerChannelEncryptor), PeerError>`