iTransaction

Which blockchain is this transaction for

What this transaction will be paying in transaction fees (might be calculated each time)

Transaction fee rate in satoshi/byte

Return this transaction's id. If you change the transaction be sure to call changed() to update this value

Return this transaction's idem. If you change the transaction be sure to call changed() to update this value. Returns the id for blockchains that do not have an idem.

inputs to this transaction

Total quantity of satoshis spent (input into this transaction), including grouped satoshis

transaction lock time

transaction outpoints (handles to the UTXO entries the outputs will generate)

outputs of this transaction

Total quantity of satoshis sent (output from this transaction), including grouped satoshis

transaction size in bytes

transaction version

Add an output to this transaction (at the end)

Add an input to this transaction (at the end)

Append an input to this transaction (at the end).

Return the sighash that allows new inputs and/or outputs to be appended to the transaction. This commits to all existing inputs and outputs.

Communicate that this transaction has been changed, so recalculation of id and idem are needed

Creates a shallow copy of this transaction. The iTransaction object is different, but the inputs and outputs are the same.

Creates a deep copy of this transaction. The iTransaction object and inputs and outputs are all copied

Given this (partial) transaction, formulate a TDPP request that another wallet can complete.

Dump this transaction to stdout

Pretty print the transaction details to a string

Return the sighash that signs the first N inputs/outputs. Pass Int.MAX_VALUE to sign "all", otherwise pass a number to sign those. This commits to the first inputs and outputs.

Returns true if this transaction has inputs that confer this authority. This function is used in transaction construction so if the input is read-only, it is assumed that it will be signed later (recall that unsigned read-only inputs are valid but do not confer any authorities), so true will be returned even though the authority is not conferred unless the read-only input is signed. If a blockchain does not support groups (or equivalent functionality), false is always returned.

Overwrite all inputs in this transaction with the provided list.

Overwrite all outputs with the provided list

Get outpoints that child transactions can use to spend the outputs of this transaction.

Serialize this transaction into Base64Url format

Serialize this transaction into a byte array (using network serialization)

Return the serialized hex representation