refactoring trading and trading for web
This commit is contained in:
Cayo Puigdefabregas
parent
1279180700
commit
8e47af8e27
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@ -184,12 +184,12 @@ class ConfirmView(ConfirmMixin):
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trade = data['action']
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lot = trade.lot
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for dev in data['devices']:
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if dev.trading(lot) not in ['NeedConfirmation', 'NeedConfirmRevoke']:
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if dev.trading(lot, simple=True) not in ['NeedConfirmation', 'NeedConfirmRevoke']:
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raise ValidationError('Some devices not possible confirm.')
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# Change the owner for every devices
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for dev in data['devices']:
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if dev.trading_for_web(lot) == 'NeedConfirmation':
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if dev.trading(lot) == 'NeedConfirmation':
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user_to = data['action'].user_to
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dev.change_owner(user_to)
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@ -147,7 +147,7 @@ class Metrics(MetricsMix):
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if the action is one trade action, is possible than have a list of confirmations.
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Get the doble confirm for to know if this trade is confirmed or not.
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"""
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return self.device.trading(self.act.lot)
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return self.device.trading(self.act.lot, simple=True)
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def get_trade(self):
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"""
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@ -313,12 +313,13 @@ class Device(Thing):
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@property
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def tradings(self):
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return {str(x.id): self.trading_for_web(x.lot) for x in self.actions if x.t == 'Trade'}
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return {str(x.id): self.trading(x.lot) for x in self.actions if x.t == 'Trade'}
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def trading_for_web(self, lot):
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def trading(self, lot, simple=None):
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"""The trading state, or None if no Trade action has
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ever been performed to this device. This extract the posibilities for to do.
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This method is performed for show in the web."""
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This method is performed for show in the web.
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If you need to do one simple and generic response you can put simple=True for that."""
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if not hasattr(lot, 'trade'):
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return
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@ -348,6 +349,9 @@ class Device(Thing):
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if ac.t == 'Confirm' and ac.action == trade:
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if status in [0, 6]:
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if simple:
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status = 2
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continue
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status = 1
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last_user = ac.user
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if ac.user == user_from and user_to == g.user:
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@ -369,6 +373,9 @@ class Device(Thing):
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if ac.t == 'Revoke' and ac.action == trade:
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if status == 3:
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if simple:
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status = 5
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continue
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status = 4
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last_user = ac.user
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if ac.user == user_from and user_to == g.user:
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@ -390,151 +397,6 @@ class Device(Thing):
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return Status[status]
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def trading_for_web2(self, lot):
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"""The trading state, or None if no Trade action has
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ever been performed to this device. This extract the posibilities for to do.
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This method is performed for show in the web."""
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if not hasattr(lot, 'trade'):
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return
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Status = {0: 'Trade',
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1: 'Confirm',
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2: 'NeedConfirmation',
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3: 'TradeConfirmed',
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4: 'Revoke',
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5: 'NeedConfirmRevoke',
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6: 'RevokeConfirmed'}
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trade = lot.trade
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user_from = trade.user_from
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user_to = trade.user_to
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user_from_confirm = False
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user_to_confirm = False
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user_from_revoke = False
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user_to_revoke = False
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status = 0
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last_action = {'confirm': 0, 'revoke': 0}
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if not hasattr(trade, 'acceptances'):
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return Status[status]
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for ac in self.actions:
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if ac.t not in ['Confirm', 'Revoke']:
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continue
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if ac.user not in [user_from, user_to]:
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continue
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if ac.t == 'Confirm' and ac.action == trade:
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if ac.user == user_from:
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user_from_confirm = True
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last_action['confirm'] = time.mktime(ac.created.timetuple())
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user_from_revoke, user_to_revoke = False, False
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elif ac.user == user_to:
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user_to_confirm = True
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last_action['confirm'] = time.mktime(ac.created.timetuple())
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user_from_revoke, user_to_revoke = False, False
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if ac.t == 'Revoke' and ac.action == trade:
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if ac.user == user_from:
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user_from_revoke = True
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last_action['revoke'] = time.mktime(ac.created.timetuple())
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user_from_confirm, user_to_confirm = False, False
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elif ac.user == user_to:
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user_to_revoke = True
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last_action['revoke'] = time.mktime(ac.created.timetuple())
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user_from_confirm, user_to_confirm = False, False
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confirms = [user_from_confirm, user_to_confirm]
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revokes = [user_from_revoke, user_to_revoke]
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confirm_vs_revoke = 'confirm' if last_action['confirm'] > last_action['revoke'] else 'revoke'
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if any(confirms) and confirm_vs_revoke == 'confirm':
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status = 1
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if user_to_confirm and user_from == g.user:
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status = 2
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if user_from_confirm and user_to == g.user:
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status = 2
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if all(confirms):
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status = 3
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if any(revokes) and confirm_vs_revoke == 'revoke':
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status = 4
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if user_to_revoke and user_from == g.user:
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status = 5
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if user_from_revoke and user_to == g.user:
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status = 5
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if all(revokes):
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status = 6
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return Status[status]
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def trading(self, lot):
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"""The trading state, or None if no Trade action has
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ever been performed to this device. This extract the posibilities for to do.
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This method is performed for show in the web."""
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if not hasattr(lot, 'trade'):
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return
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Status = {0: 'Trade',
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2: 'NeedConfirmation',
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3: 'TradeConfirmed',
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5: 'NeedConfirmRevoke',
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6: 'RevokeConfirmed'}
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trade = lot.trade
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user_from = trade.user_from
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user_to = trade.user_to
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status = 0
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last_user = None
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if not hasattr(trade, 'acceptances'):
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return Status[status]
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for ac in self.actions:
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if ac.t not in ['Confirm', 'Revoke']:
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continue
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if ac.user not in [user_from, user_to]:
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continue
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if ac.t == 'Confirm' and ac.action == trade:
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if status in [0, 6]:
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status = 2
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last_user = ac.user
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continue
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if status == 2:
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if last_user != ac.user:
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status = 3
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last_user = ac.user
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continue
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if status == 5:
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status = 3
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last_user = ac.user
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continue
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if ac.t == 'Revoke' and ac.action == trade:
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if status == 3:
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status = 5
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last_user = ac.user
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continue
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if status == 5:
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if last_user != ac.user:
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status = 6
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last_user = ac.user
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continue
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if status == 2:
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status = 6
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last_user = ac.user
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continue
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return Status[status]
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@property
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def revoke(self):
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"""If the actual trading state is an revoke action, this property show
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@ -276,7 +276,7 @@ def delete_from_trade(lot: Lot, devices: List):
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drop_of_lot = []
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without_confirms = []
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for dev in devices:
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if dev.trading_for_web(lot) in ['NeedConfirmation', 'Confirm', 'NeedConfirmRevoke']:
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if dev.trading(lot) in ['NeedConfirmation', 'Confirm', 'NeedConfirmRevoke']:
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drop_of_lot.append(dev)
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dev.reset_owner()
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@ -285,7 +285,6 @@ def delete_from_trade(lot: Lot, devices: List):
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without_confirms.append(dev)
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dev.reset_owner()
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revoke = Revoke(action=lot.trade, user=g.user, devices=set(devices))
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db.session.add(revoke)
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@ -1828,7 +1828,6 @@ def test_trade_case2(user: UserClient, user2: UserClient):
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device1, device2 = trade.devices
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# import pdb; pdb.set_trace()
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assert device1.actions[-2].t == 'Trade'
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assert device1.actions[-1].t == 'Confirm'
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assert device1.actions[-1].user == trade.user_to
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