swap.proto.thorchain: data -> Memo

mmgen/proto/btc/tx/new_swap.py

@@ -22,8 +22,8 @@ class NewSwap(New, TxNewSwap):
 	def update_data_output(self, trade_limit):
 		sp = get_swap_proto_mod(self.swap_proto)
 		o = self.data_output._asdict()
-		parsed_memo = sp.data.parse(o['data'].decode())
-		memo = sp.data(
+		parsed_memo = sp.Memo.parse(o['data'].decode())
+		memo = sp.Memo(
 			self.recv_proto,
 			self.recv_proto.coin_addr(parsed_memo.address),
 			trade_limit = trade_limit)

mmgen/proto/eth/tx/new_swap.py

@@ -22,8 +22,8 @@ class NewSwap(New, TxNewSwap):
 	def update_data_output(self, trade_limit):
 		sp = get_swap_proto_mod(self.swap_proto)
 		data = bytes.fromhex(self.txobj['data']) if self.is_bump else self.usr_contract_data
-		parsed_memo = sp.data.parse(data.decode())
-		memo = sp.data(
+		parsed_memo = sp.Memo.parse(data.decode())
+		memo = sp.Memo(
 			self.recv_proto,
 			self.recv_proto.coin_addr(parsed_memo.address),
 			trade_limit = trade_limit)

mmgen/swap/proto/thorchain/__init__.py

@@ -12,7 +12,7 @@
 swap.proto.thorchain: THORChain swap protocol implementation for the MMGen Wallet suite
 """
 
-__all__ = ['data']
+__all__ = ['Memo']
 
 name = 'THORChain'
 
@@ -42,4 +42,4 @@ def rpc_client(tx, amt):
 	from .thornode import Thornode
 	return Thornode(tx, amt)
 
-from .memo import Memo as data
+from .memo import THORChainMemo as Memo

mmgen/swap/proto/thorchain/memo.py

@@ -17,7 +17,7 @@ from ....amt import UniAmt
 
 from . import name as proto_name
 
-class Memo:
+class THORChainMemo:
 
 	# The trade limit, i.e., set 100000000 to get a minimum of 1 full asset, else a refund
 	# Optional. 1e8 or scientific notation

mmgen/tx/completed.py

@@ -71,7 +71,7 @@ class Completed(Base):
 
 	def check_swap_memo(self):
 		if data := self.get_tx_usr_data():
-			from ..swap.proto.thorchain.memo import Memo
+			from ..swap.proto.thorchain import Memo
 			if Memo.is_partial_memo(data):
 				from ..protocol import init_proto
 				text = data.decode('ascii')

mmgen/tx/info.py

@@ -73,13 +73,13 @@ class TxInfo:
 				yield f'  {tx.coin} TxID: {tx.coin_txid.hl()}\n'
 
 			if tx.is_swap:
-				from ..swap.proto.thorchain.memo import Memo, proto_name
+				from ..swap.proto.thorchain import Memo, name
 				data = (
 					(tx.usr_contract_data or bytes.fromhex(tx.txobj['data'])) if tx.proto.is_evm
 					else tx.data_output.data)
 				if Memo.is_partial_memo(data):
 					p = Memo.parse(data.decode('ascii'))
-					yield '  {} {}\n'.format(magenta('DEX Protocol:'), blue(proto_name))
+					yield '  {} {}\n'.format(magenta('DEX Protocol:'), blue(name))
 					yield '    Swap: {}\n'.format(orange(f'{tx.proto.coin} => {p.asset}'))
 					yield '    Dest: {}{}\n'.format(
 						cyan(p.address),

mmgen/tx/new_swap.py

@@ -139,7 +139,7 @@ class NewSwap(New):
 				'To sign this transaction, autosign or txsign must be invoked'
 				' with --allow-non-wallet-swap'))
 
-		memo = sp.data(self.recv_proto, recv_output.addr)
+		memo = sp.Memo(self.recv_proto, recv_output.addr)
 
 		# this goes into the transaction file:
 		self.swap_recv_addr_mmid = recv_output.mmid

test/modtest_d/swap.py

@@ -13,7 +13,7 @@ class unit_tests:
 	def memo(self, name, ut, desc='Swap transaction memo'):
 		from mmgen.protocol import init_proto
 		from mmgen.amt import UniAmt
-		from mmgen.swap.proto.thorchain import data as Memo
+		from mmgen.swap.proto.thorchain import Memo
 		for coin, addrtype in (
 			('ltc', 'bech32'),
 			('bch', 'compressed'),