public class MultilateralNetState<P> implements NetState<P>
Subset of state, containing the elements which must match for two or more obligation transactions to be candidates
for netting (this does not include the checks to enforce that everyone's amounts received are the same at the end,
which is handled under the verify() function).
In comparison to class BilateralNetState, this doesn't include the parties' keys, as ensuring balances match on
input and output is handled elsewhere.
Used in cases where all parties (or their proxies) are signing, such as central clearing.
class BilateralNetStatepublic MultilateralNetState(@NotNull
net.corda.finance.contracts.asset.Obligation.Terms<P> template)
Subset of state, containing the elements which must match for two or more obligation transactions to be candidates
for netting (this does not include the checks to enforce that everyone's amounts received are the same at the end,
which is handled under the verify() function).
In comparison to class BilateralNetState, this doesn't include the parties' keys, as ensuring balances match on
input and output is handled elsewhere.
Used in cases where all parties (or their proxies) are signing, such as central clearing.
class BilateralNetState@NotNull public net.corda.finance.contracts.asset.Obligation.Terms<P> getTemplate()
@NotNull public net.corda.finance.contracts.asset.Obligation.Terms<P> component1()
@NotNull public MultilateralNetState<P> copy(@NotNull net.corda.finance.contracts.asset.Obligation.Terms<P> template)
Subset of state, containing the elements which must match for two or more obligation transactions to be candidates
for netting (this does not include the checks to enforce that everyone's amounts received are the same at the end,
which is handled under the verify() function).
In comparison to class BilateralNetState, this doesn't include the parties' keys, as ensuring balances match on
input and output is handled elsewhere.
Used in cases where all parties (or their proxies) are signing, such as central clearing.
class BilateralNetState@NotNull public java.lang.String toString()
Subset of state, containing the elements which must match for two or more obligation transactions to be candidates
for netting (this does not include the checks to enforce that everyone's amounts received are the same at the end,
which is handled under the verify() function).
In comparison to class BilateralNetState, this doesn't include the parties' keys, as ensuring balances match on
input and output is handled elsewhere.
Used in cases where all parties (or their proxies) are signing, such as central clearing.
class BilateralNetStatepublic int hashCode()
Subset of state, containing the elements which must match for two or more obligation transactions to be candidates
for netting (this does not include the checks to enforce that everyone's amounts received are the same at the end,
which is handled under the verify() function).
In comparison to class BilateralNetState, this doesn't include the parties' keys, as ensuring balances match on
input and output is handled elsewhere.
Used in cases where all parties (or their proxies) are signing, such as central clearing.
class BilateralNetStatepublic boolean equals(@Nullable
java.lang.Object p)
Subset of state, containing the elements which must match for two or more obligation transactions to be candidates
for netting (this does not include the checks to enforce that everyone's amounts received are the same at the end,
which is handled under the verify() function).
In comparison to class BilateralNetState, this doesn't include the parties' keys, as ensuring balances match on
input and output is handled elsewhere.
Used in cases where all parties (or their proxies) are signing, such as central clearing.
class BilateralNetState