Transaction #14282
| Hash | 602adecc51f8f6d605bcadeac06bfce595a0dd17cf6b21141c3383e71b7b0f5f |
| Status | Success |
| Timestamp | 1314 days ago - 10/12/2020, 11:57:48 PM UTC+0 |
| Block | 18307 |
| Stamps Used | 1010 |
| Burned Fee | 0.28055556 TAU |
| From | afd5b01156abeebe61c5e3a66a36559fc929c81ee6b5ddc9afa1e89dde791466 |
| Contract Name | submission |
| Function Name | submit_contract |
Additional Info
| SubBlock Number | 0 |
| Nonce | 1 |
| Processor | 5b09493df6c18d17cc883ebce54fcb1f5afbd507533417fe32c006009a9c3c4a |
| Signature | 266e9a20a63bf56976f9980ef8da24a73196d9f15a16bf056560535e7fdcdc6fd8c008ef047cba3569006eeb13e98b89afab46d418ef429419285578611d7d01 |
| Stamps Supplied | 1800 |
| Stamps per TAU | 36 |
Kwargs
| code | import currency import con_soccercoin_rewards balances = Hash(default_value=0) operator = Variable() distributionAmount = Variable() @construct def seed(vk: str, play_cost: int, match_time: int): operator.set(vk) distributionAmount.set(0) balances['play_cost'] = play_cost balances['match_time'] = match_time balances['match_extend'] = 1 balances['points_redeem'] = 500 @export def new_game(gameId: str, winner_pot: float): assert_owner() balances[gameId, 'jackpot'] = 0 balances['jackpot'] = winner_pot balances[gameId, 'best_score'] = 0 balances[gameId, 'leaders', 'num_of_leaders'] = 0 balances['gameId'] = gameId max_extend = balances['match_time'] * balances['match_extend'] balances['game_time'] = now + datetime.timedelta(hours=int(max_extend)) balances['game_locked'] = False @export def play(): account = ctx.caller operator_match = operator.get() gameId = balances['gameId'] assert balances['game_locked' ] == False, 'The match is finish!!!, please wait until current pot is distributed' play_before = balances[gameId, account, 'play_before'] if balances[gameId, 'leaders', 'num_of_leaders'] == 0: balances['match_extend'] = 1 max_extend = balances['match_time'] * balances['match_extend'] balances['game_time'] = now + datetime.timedelta(hours=int( max_extend)) if play_before == True: ammount_play = balances['play_cost'] * decimal('0.20') assert currency.balance_of(account ) >= ammount_play, 'Not enough Balance to play!' currency.transfer_from(ammount_play, operator_match, account) balances[gameId, 'jackpot'] += ammount_play balances['jackpot'] += ammount_play else: ammount_play = balances['play_cost'] assert currency.balance_of(account ) >= ammount_play, 'Not enough Balance to play!' currency.transfer_from(ammount_play, operator_match, account) balances[gameId, 'jackpot'] += ammount_play balances['jackpot'] += ammount_play balances[gameId, account, 'play_before'] = True balances[gameId, account, 'can_play'] = True balances[gameId, account, 'attempts'] += 1 balances[account, 'games_played'] += 1 @export def set_score(score: float, goals: float, account: str): assert_owner() gameId = balances['gameId'] balances[account, 'goals'] += goals if balances[gameId, 'best_score'] == score: balances[gameId, 'leaders', 'num_of_leaders'] += 1 num_leaders = balances[gameId, 'leaders', 'num_of_leaders'] balances[gameId, 'leaders', num_leaders] = account if balances[gameId, 'best_score'] < score: balances[gameId, 'best_score'] = score balances[gameId, 'leaders', 'num_of_leaders'] = 1 balances[gameId, 'leaders', 1] = account if balances[account, 'best_score'] < score: balances[account, 'best_score'] = score balances[account, 'soccer_point'] += score / 1000 balances[gameId, account, 'can_play'] = False @export def winner(): assert_owner() sender = operator.get() gameId = balances['gameId'] if balances[gameId, 'leaders', 'num_of_leaders'] == 0: balances['match_extend'] += 1 new_game(hashlib.sha3(str(now)), 0) return {'winner': 0, 'jackpot': 0, 'best_score': 0, 'gameId': gameId, 'attempts': 0} if balances[gameId, 'leaders', 'num_of_leaders'] == 1: winner = balances[gameId, 'leaders', 1] attempts = balances[gameId, winner, 'attempts'] nickname = balances[winner, 'nickname'] currency.transfer_from(balances[gameId, 'jackpot'] * decimal( '0.97'), winner, sender) balances[winner, 'soccer_point'] += 100 balances[winner, 'jackpot'] += balances[gameId, 'jackpot'] distributionAmount.set(distributionAmount.get() + balances[ gameId, 'jackpot']) new_game(hashlib.sha3(str(now)), 0) if nickname == 0: return {'winner': winner, 'jackpot': int(balances[gameId, 'jackpot']), 'best_score': balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} else: return {'winner': nickname, 'jackpot': int(balances[gameId, 'jackpot']), 'best_score': balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} if balances[gameId, 'leaders', 'num_of_leaders'] > 1: random.seed() randomInt = random.randint(1, balances[gameId, 'leaders', 'num_of_leaders']) winner = balances[gameId, 'leaders', randomInt] attempts = balances[gameId, winner, 'attempts'] nickname = balances[winner, 'nickname'] currency.transfer_from(balances[gameId, 'jackpot'] * decimal( '0.97'), winner, sender) balances[winner, 'soccer_point'] += 100 balances[winner, 'jackpot'] += balances[gameId, 'jackpot'] distributionAmount.set(distributionAmount.get() + balances[ gameId, 'jackpot']) new_game(hashlib.sha3(str(now)), 0) if nickname == 0: return {'winner': winner, 'jackpot': int(balances[gameId, 'jackpot']), 'best_score': balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} else: return {'winner': nickname, 'jackpot': int(balances[gameId, 'jackpot']), 'best_score': balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} @export def finish_match(): assert_owner() balances['game_locked'] = True @export def redeem_soccer_point(): caller = ctx.caller assert not balances[caller, 'soccer_point'] > 0 , 'Dont have soccer point' assert not balances[caller, 'soccer_point'] >= balances['points_redeem'] , 'Dont have soccer point necessary for redeem' con_soccercoin_rewards.transfer_from(1, caller, ctx.this) balances[caller, 'soccer_coin'] += 1 balances[caller, 'soccer_point'] -= balances['points_redeem'] @export def redeem_soccer_coin(amount: float): caller = ctx.caller assert con_soccercoin_rewards.balance_of(caller) >= amount, 'Not enough tokens to redeem!' assert amount > 0, 'Invalid amount!' share = amount / con_soccercoin_rewards.total_supply() reward = share * con_soccercoin_rewards.balance_of(ctx.this) if reward > 0: con_soccercoin_rewards.transfer_from_currency(reward, amount, caller) @export def set_nick_name(nickname: str): caller = ctx.caller assert len(nickname) <= 25, 'Nickname too long (25 chars max).' assert len(nickname) > 0, 'Nickname too short.' names_uid = hashlib.sha256(nickname.lower().replace(' ', '')) assert not balances['nicknames', names_uid ], 'A form of this name already belongs to ' + balances[ 'nicknames', names_uid] balances[caller, 'nickname'] = nickname balances['nicknames', names_uid] = nickname @export def change_nick_name_malicious(nickname: str, account: str, new_account: str, reserved: bool): assert_owner() assert len(nickname) <= 25, 'Nickname too long (25 chars max).' assert len(nickname) > 0, 'Nickname too short.' names_uid = hashlib.sha256(nickname.lower().replace(' ', '')) if reserved is True: balances[account, 'nickname'] = 'Reserved' else: balances[account, 'nickname'] = 'Banned words' balances[new_account, 'nickname'] = nickname balances['nicknames', names_uid] = nickname @export def transfer(amount: float, to: str): sender = ctx.caller assert amount > 0, 'Cannot send negative balances!' assert balances[sender] >= amount, 'Not enough coins to send!' balances[sender] -= amount balances[to] += amount @export def balance_of(account: str): return balances[account] @export def allowance(owner: str, spender: str): return balances[owner, spender] @export def approve(amount: float, to: str): assert amount > 0, 'Cannot send negative balances!' sender = ctx.caller balances[sender, to] += amount return balances[sender, to] @export def change_value(value: float): assert_owner() assert value > 0, 'Cannot send negative value!' balances['play_cost'] = value @export def change_match_time(value: float): assert_owner() assert value > 0, 'Cannot send negative value!' balances['match_time'] = value @export def change_match_extend_time(value: float): assert_owner() assert value > 0, 'Cannot send negative value!' balances['match_extend'] = value @export def change_points_redeem(value: float): assert_owner() assert value > 0, 'Cannot send negative value!' balances['points_redeem'] = value @export def active_item_game(contract: str, uid: str): owner = ctx.caller t = importlib.import_module(contract) assert_ownership(contract, uid, owner) balances[owner, contract, 'active_item'] = uid @export def create_item(contract: str, thing_string: str, name: str, title: str, description: str, category: str, meta: dict={}): assert_owner() sender = ctx.caller t = importlib.import_module(contract) thing_uid = t.add_thing(thing_string, name, title, description, category, meta, sender) return thing_uid @export def create_item_random(contract: str, owner: str, thing_string: str, name: str, title: str, description: str, category: str, meta: dict={}): assert_owner() t = importlib.import_module(contract) thing_uid = t.add_thing(thing_string, name, title, description, category, meta, owner) return thing_uid @export def buy_item_soccer_point(contract: str, uid: str): t = importlib.import_module(contract) owner = t.get_owner(uid) sender = ctx.caller assert_already_owned(contract, uid, sender) price_amount = t.get_price_amount_soccer_point(uid) assert balances[sender, 'soccer_point' ] >= price_amount, 'Not enough Soccer point to buy!' assert price_amount, uid + ' is not for sale' assert price_amount > 0, uid + ' is not for sale' balances[sender, 'soccer_point'] -= price_amount balances[sender, 'soccer_point'] += price_amount balances[owner, contract, 'active_item'] = '' transfer_ownership(contract, uid, sender) @export def transfer_item_master(contract: str, uid: str, account: str): assert_owner() t = importlib.import_module(contract) owner = t.get_owner(uid) if owner == operator.get(): transfer_ownership(contract, uid, account) @export def buy_item(contract: str, uid: str): t = importlib.import_module(contract) owner = t.get_owner(uid) sender = ctx.caller assert_already_owned(contract, uid, sender) price_amount = t.get_price_amount(uid) assert price_amount, uid + ' is not for sale' assert price_amount > 0, uid + ' is not for sale' assert currency.balance_of(sender ) >= price_amount, 'Not enough Balance to play!' currency.transfer_from(price_amount * decimal('0.97'), owner, sender) currency.transfer_from(price_amount * decimal('0.03'), operator.get(), sender) balances[owner, contract, 'active_item'] = '' transfer_ownership(contract, uid, sender) @export def sell_item(contract: str, uid: str, amount: int): t = importlib.import_module(contract) assert_ownership(contract, uid, ctx.caller) t.set_price(uid, amount) @export def sell_item_soccer_point(contract: str, uid: str, amount: int): t = importlib.import_module(contract) assert_ownership(contract, uid, ctx.caller) t.set_price_soccer_point(uid, amount) @export def like_item(contract: str, uid: str): sender = ctx.caller t = importlib.import_module(contract) assert balances[contract, 'liked', uid, sender ] == '', sender + ' already liked ' + uid t.like_thing(uid) balances[contract, 'liked', uid, sender] = True def assert_already_owned(contract: str, uid: str, sender): t = importlib.import_module(contract) owner = t.get_owner(uid) assert owner != sender, uid + ' already owned by ' + sender def transfer_ownership(contract: str, uid: str, new_owner: str): t = importlib.import_module(contract) old_owner = t.get_owner(uid) t.set_owner(uid, new_owner) if t.get_price_amount(uid) > 0: t.set_price(uid, 0) def assert_ownership(contract: str, uid: str, sender): t = importlib.import_module(contract) owner = t.get_owner(uid) assert owner == sender, uid + ' not owned by ' + sender def assert_owner(): assert ctx.caller == operator.get(), 'Only operator can call!' |
| constructor_args | {"match_time":24,"play_cost":100,"vk":"afd5b01156abeebe61c5e3a66a36559fc929c81ee6b5ddc9afa1e89dde791466"} |
| name | con_soccer |
State Changes
| Contract | con_soccer |
| Variable | operator |
| New Value | afd5b01156abeebe61c5e3a66a36559fc929c81ee6b5ddc9afa1e89dde791466 |
| Contract | con_soccer |
| Variable | distributionAmount |
| New Value | 0 |
| Contract | con_soccer |
| Variable | balances |
| Key | play_cost |
| New Value | 100 |
| Contract | con_soccer |
| Variable | balances |
| Key | match_time |
| New Value | 24 |
| Contract | con_soccer |
| Variable | balances |
| Key | match_extend |
| New Value | 1 |
| Contract | con_soccer |
| Variable | balances |
| Key | points_redeem |
| New Value | 500 |
| Contract | con_soccer |
| Variable | __code__ |
| New Value | import currency import con_soccercoin_rewards __balances = Hash(default_value=0, contract='con_soccer', name='balances') __operator = Variable(contract='con_soccer', name='operator') __distributionAmount = Variable(contract='con_soccer', name= 'distributionAmount') def ____(vk: str, play_cost: int, match_time: int): __operator.set(vk) __distributionAmount.set(0) __balances['play_cost'] = play_cost __balances['match_time'] = match_time __balances['match_extend'] = 1 __balances['points_redeem'] = 500 @__export('con_soccer') def new_game(gameId: str, winner_pot: float): __assert_owner() __balances[gameId, 'jackpot'] = 0 __balances['jackpot'] = winner_pot __balances[gameId, 'best_score'] = 0 __balances[gameId, 'leaders', 'num_of_leaders'] = 0 __balances['gameId'] = gameId max_extend = __balances['match_time'] * __balances['match_extend'] __balances['game_time'] = now + datetime.timedelta(hours=int(max_extend)) __balances['game_locked'] = False @__export('con_soccer') def play(): account = ctx.caller operator_match = __operator.get() gameId = __balances['gameId'] assert __balances['game_locked' ] == False, 'The match is finish!!!, please wait until current pot is distributed' play_before = __balances[gameId, account, 'play_before'] if __balances[gameId, 'leaders', 'num_of_leaders'] == 0: __balances['match_extend'] = 1 max_extend = __balances['match_time'] * __balances['match_extend'] __balances['game_time'] = now + datetime.timedelta(hours=int( max_extend)) if play_before == True: ammount_play = __balances['play_cost'] * decimal('0.20') assert currency.balance_of(account ) >= ammount_play, 'Not enough Balance to play!' currency.transfer_from(ammount_play, operator_match, account) __balances[gameId, 'jackpot'] += ammount_play __balances['jackpot'] += ammount_play else: ammount_play = __balances['play_cost'] assert currency.balance_of(account ) >= ammount_play, 'Not enough Balance to play!' currency.transfer_from(ammount_play, operator_match, account) __balances[gameId, 'jackpot'] += ammount_play __balances['jackpot'] += ammount_play __balances[gameId, account, 'play_before'] = True __balances[gameId, account, 'can_play'] = True __balances[gameId, account, 'attempts'] += 1 __balances[account, 'games_played'] += 1 @__export('con_soccer') def set_score(score: float, goals: float, account: str): __assert_owner() gameId = __balances['gameId'] __balances[account, 'goals'] += goals if __balances[gameId, 'best_score'] == score: __balances[gameId, 'leaders', 'num_of_leaders'] += 1 num_leaders = __balances[gameId, 'leaders', 'num_of_leaders'] __balances[gameId, 'leaders', num_leaders] = account if __balances[gameId, 'best_score'] < score: __balances[gameId, 'best_score'] = score __balances[gameId, 'leaders', 'num_of_leaders'] = 1 __balances[gameId, 'leaders', 1] = account if __balances[account, 'best_score'] < score: __balances[account, 'best_score'] = score __balances[account, 'soccer_point'] += score / 1000 __balances[gameId, account, 'can_play'] = False @__export('con_soccer') def winner(): __assert_owner() sender = __operator.get() gameId = __balances['gameId'] if __balances[gameId, 'leaders', 'num_of_leaders'] == 0: __balances['match_extend'] += 1 new_game(hashlib.sha3(str(now)), 0) return {'winner': 0, 'jackpot': 0, 'best_score': 0, 'gameId': gameId, 'attempts': 0} if __balances[gameId, 'leaders', 'num_of_leaders'] == 1: winner = __balances[gameId, 'leaders', 1] attempts = __balances[gameId, winner, 'attempts'] nickname = __balances[winner, 'nickname'] currency.transfer_from(__balances[gameId, 'jackpot'] * decimal( '0.97'), winner, sender) __balances[winner, 'soccer_point'] += 100 __balances[winner, 'jackpot'] += __balances[gameId, 'jackpot'] __distributionAmount.set(__distributionAmount.get() + __balances[ gameId, 'jackpot']) new_game(hashlib.sha3(str(now)), 0) if nickname == 0: return {'winner': winner, 'jackpot': int(__balances[gameId, 'jackpot']), 'best_score': __balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} else: return {'winner': nickname, 'jackpot': int(__balances[gameId, 'jackpot']), 'best_score': __balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} if __balances[gameId, 'leaders', 'num_of_leaders'] > 1: random.seed() randomInt = random.randint(1, __balances[gameId, 'leaders', 'num_of_leaders']) winner = __balances[gameId, 'leaders', randomInt] attempts = __balances[gameId, winner, 'attempts'] nickname = __balances[winner, 'nickname'] currency.transfer_from(__balances[gameId, 'jackpot'] * decimal( '0.97'), winner, sender) __balances[winner, 'soccer_point'] += 100 __balances[winner, 'jackpot'] += __balances[gameId, 'jackpot'] __distributionAmount.set(__distributionAmount.get() + __balances[ gameId, 'jackpot']) new_game(hashlib.sha3(str(now)), 0) if nickname == 0: return {'winner': winner, 'jackpot': int(__balances[gameId, 'jackpot']), 'best_score': __balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} else: return {'winner': nickname, 'jackpot': int(__balances[gameId, 'jackpot']), 'best_score': __balances[gameId, 'best_score'], 'gameId': gameId, 'attempts': attempts} @__export('con_soccer') def finish_match(): __assert_owner() __balances['game_locked'] = True @__export('con_soccer') def redeem_soccer_point(): caller = ctx.caller assert not __balances[caller, 'soccer_point'] > 0, 'Dont have soccer point' assert not __balances[caller, 'soccer_point'] >= __balances['points_redeem' ], 'Dont have soccer point necessary for redeem' con_soccercoin_rewards.transfer_from(1, caller, ctx.this) __balances[caller, 'soccer_coin'] += 1 __balances[caller, 'soccer_point'] -= __balances['points_redeem'] @__export('con_soccer') def redeem_soccer_coin(amount: float): caller = ctx.caller assert con_soccercoin_rewards.balance_of(caller ) >= amount, 'Not enough tokens to redeem!' assert amount > 0, 'Invalid amount!' share = amount / con_soccercoin_rewards.total_supply() reward = share * con_soccercoin_rewards.balance_of(ctx.this) if reward > 0: con_soccercoin_rewards.transfer_from_currency(reward, amount, caller) @__export('con_soccer') def set_nick_name(nickname: str): caller = ctx.caller assert len(nickname) <= 25, 'Nickname too long (25 chars max).' assert len(nickname) > 0, 'Nickname too short.' names_uid = hashlib.sha256(nickname.lower().replace(' ', '')) assert not __balances['nicknames', names_uid ], 'A form of this name already belongs to ' + __balances[ 'nicknames', names_uid] __balances[caller, 'nickname'] = nickname __balances['nicknames', names_uid] = nickname @__export('con_soccer') def change_nick_name_malicious(nickname: str, account: str, new_account: str, reserved: bool): __assert_owner() assert len(nickname) <= 25, 'Nickname too long (25 chars max).' assert len(nickname) > 0, 'Nickname too short.' names_uid = hashlib.sha256(nickname.lower().replace(' ', '')) if reserved is True: __balances[account, 'nickname'] = 'Reserved' else: __balances[account, 'nickname'] = 'Banned words' __balances[new_account, 'nickname'] = nickname __balances['nicknames', names_uid] = nickname @__export('con_soccer') def transfer(amount: float, to: str): sender = ctx.caller assert amount > 0, 'Cannot send negative balances!' assert __balances[sender] >= amount, 'Not enough coins to send!' __balances[sender] -= amount __balances[to] += amount @__export('con_soccer') def balance_of(account: str): return __balances[account] @__export('con_soccer') def allowance(owner: str, spender: str): return __balances[owner, spender] @__export('con_soccer') def approve(amount: float, to: str): assert amount > 0, 'Cannot send negative balances!' sender = ctx.caller __balances[sender, to] += amount return __balances[sender, to] @__export('con_soccer') def change_value(value: float): __assert_owner() assert value > 0, 'Cannot send negative value!' __balances['play_cost'] = value @__export('con_soccer') def change_match_time(value: float): __assert_owner() assert value > 0, 'Cannot send negative value!' __balances['match_time'] = value @__export('con_soccer') def change_match_extend_time(value: float): __assert_owner() assert value > 0, 'Cannot send negative value!' __balances['match_extend'] = value @__export('con_soccer') def change_points_redeem(value: float): __assert_owner() assert value > 0, 'Cannot send negative value!' __balances['points_redeem'] = value @__export('con_soccer') def active_item_game(contract: str, uid: str): owner = ctx.caller t = importlib.import_module(contract) __assert_ownership(contract, uid, owner) __balances[owner, contract, 'active_item'] = uid @__export('con_soccer') def create_item(contract: str, thing_string: str, name: str, title: str, description: str, category: str, meta: dict={}): __assert_owner() sender = ctx.caller t = importlib.import_module(contract) thing_uid = t.add_thing(thing_string, name, title, description, category, meta, sender) return thing_uid @__export('con_soccer') def create_item_random(contract: str, owner: str, thing_string: str, name: str, title: str, description: str, category: str, meta: dict={}): __assert_owner() t = importlib.import_module(contract) thing_uid = t.add_thing(thing_string, name, title, description, category, meta, owner) return thing_uid @__export('con_soccer') def buy_item_soccer_point(contract: str, uid: str): t = importlib.import_module(contract) owner = t.get_owner(uid) sender = ctx.caller __assert_already_owned(contract, uid, sender) price_amount = t.get_price_amount_soccer_point(uid) assert __balances[sender, 'soccer_point' ] >= price_amount, 'Not enough Soccer point to buy!' assert price_amount, uid + ' is not for sale' assert price_amount > 0, uid + ' is not for sale' __balances[sender, 'soccer_point'] -= price_amount __balances[sender, 'soccer_point'] += price_amount __balances[owner, contract, 'active_item'] = '' __transfer_ownership(contract, uid, sender) @__export('con_soccer') def transfer_item_master(contract: str, uid: str, account: str): __assert_owner() t = importlib.import_module(contract) owner = t.get_owner(uid) if owner == __operator.get(): __transfer_ownership(contract, uid, account) @__export('con_soccer') def buy_item(contract: str, uid: str): t = importlib.import_module(contract) owner = t.get_owner(uid) sender = ctx.caller __assert_already_owned(contract, uid, sender) price_amount = t.get_price_amount(uid) assert price_amount, uid + ' is not for sale' assert price_amount > 0, uid + ' is not for sale' assert currency.balance_of(sender ) >= price_amount, 'Not enough Balance to play!' currency.transfer_from(price_amount * decimal('0.97'), owner, sender) currency.transfer_from(price_amount * decimal('0.03'), __operator.get(), sender) __balances[owner, contract, 'active_item'] = '' __transfer_ownership(contract, uid, sender) @__export('con_soccer') def sell_item(contract: str, uid: str, amount: int): t = importlib.import_module(contract) __assert_ownership(contract, uid, ctx.caller) t.set_price(uid, amount) @__export('con_soccer') def sell_item_soccer_point(contract: str, uid: str, amount: int): t = importlib.import_module(contract) __assert_ownership(contract, uid, ctx.caller) t.set_price_soccer_point(uid, amount) @__export('con_soccer') def like_item(contract: str, uid: str): sender = ctx.caller t = importlib.import_module(contract) assert __balances[contract, 'liked', uid, sender ] == '', sender + ' already liked ' + uid t.like_thing(uid) __balances[contract, 'liked', uid, sender] = True def __assert_already_owned(contract: str, uid: str, sender): t = importlib.import_module(contract) owner = t.get_owner(uid) assert owner != sender, uid + ' already owned by ' + sender def __transfer_ownership(contract: str, uid: str, new_owner: str): t = importlib.import_module(contract) old_owner = t.get_owner(uid) t.set_owner(uid, new_owner) if t.get_price_amount(uid) > 0: t.set_price(uid, 0) def __assert_ownership(contract: str, uid: str, sender): t = importlib.import_module(contract) owner = t.get_owner(uid) assert owner == sender, uid + ' not owned by ' + sender def __assert_owner(): assert ctx.caller == __operator.get(), 'Only operator can call!' |
| Contract | con_soccer |
| Variable | __compiled__ |
| New Value | 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|
| Contract | con_soccer |
| Variable | __owner__ |
| New Value | null |
| Contract | con_soccer |
| Variable | __submitted__ |
| New Value | 2020,10,12,23,57,49,0 |
| Contract | con_soccer |
| Variable | __developer__ |
| New Value | afd5b01156abeebe61c5e3a66a36559fc929c81ee6b5ddc9afa1e89dde791466 |
| Contract | currency |
| Variable | balances |
| Key | afd5b01156abeebe61c5e3a66a36559fc929c81ee6b5ddc9afa1e89dde791466 |
| New Value | 4964.083333333333332 |