false); if (storedState.hasCloseTransactionHash()) { Sha256Hash closeTxHash = Sha256Hash.wrap(storedState.getCloseTransactionHash().toByteArray()); channel.close = containingWallet.getTransaction(closeTxHash);
false); if (storedState.hasCloseTransactionHash()) { Sha256Hash closeTxHash = Sha256Hash.wrap(storedState.getCloseTransactionHash().toByteArray()); channel.close = containingWallet.getTransaction(closeTxHash);
false); if (storedState.hasCloseTransactionHash()) { Sha256Hash closeTxHash = Sha256Hash.wrap(storedState.getCloseTransactionHash().toByteArray()); channel.close = containingWallet.getTransaction(closeTxHash);
setCloseTransactionHash(other.getCloseTransactionHash());
setCloseTransactionHash(other.getCloseTransactionHash());
setCloseTransactionHash(other.getCloseTransactionHash());
false); if (storedState.hasCloseTransactionHash()) { Sha256Hash closeTxHash = Sha256Hash.wrap(storedState.getCloseTransactionHash().toByteArray()); channel.close = containingWallet.getTransaction(closeTxHash);
setCloseTransactionHash(other.getCloseTransactionHash());
/** * <code>optional bytes closeTransactionHash = 7;</code> * * <pre> * When set, the hash of the transaction that was presented by the server for closure of the channel. * It spends the contractTransaction and is expected to be broadcast to the network by the server. * It's supposed to be in the wallet already. * </pre> */ public Builder clearCloseTransactionHash() { bitField0_ = (bitField0_ & ~0x00000080); closeTransactionHash_ = getDefaultInstance().getCloseTransactionHash(); onChanged(); return this; }
/** * <code>optional bytes closeTransactionHash = 7;</code> * * <pre> * When set, the hash of the transaction that was presented by the server for closure of the channel. * It spends the contractTransaction and is expected to be broadcast to the network by the server. * It's supposed to be in the wallet already. * </pre> */ public Builder clearCloseTransactionHash() { bitField0_ = (bitField0_ & ~0x00000080); closeTransactionHash_ = getDefaultInstance().getCloseTransactionHash(); onChanged(); return this; }
/** * <code>optional bytes closeTransactionHash = 7;</code> * * <pre> * When set, the hash of the transaction that was presented by the server for closure of the channel. * It spends the contractTransaction and is expected to be broadcast to the network by the server. * It's supposed to be in the wallet already. * </pre> */ public Builder clearCloseTransactionHash() { bitField0_ = (bitField0_ & ~0x00000080); closeTransactionHash_ = getDefaultInstance().getCloseTransactionHash(); onChanged(); return this; }
/** * <code>optional bytes closeTransactionHash = 7;</code> * * <pre> * When set, the hash of the transaction that was presented by the server for closure of the channel. * It spends the contractTransaction and is expected to be broadcast to the network by the server. * It's supposed to be in the wallet already. * </pre> */ public Builder clearCloseTransactionHash() { bitField0_ = (bitField0_ & ~0x00000080); closeTransactionHash_ = getDefaultInstance().getCloseTransactionHash(); onChanged(); return this; }