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How to use get_account method in localstack
Best Python code snippet using localstack_python
test_unit.py
Source:test_unit.py 
...10 return deployCTKtoken("Company")11#Fund accouts12def test_FundMe():13 if network.show_active() == "development":14 accounts[0].transfer(get_account("JH"), "5 ether")15 accounts[1].transfer(get_account("RH"), "5 ether")16 accounts[2].transfer(get_account("AA"), "5 ether")17 accounts[3].transfer(get_account("VR"), "5 ether")18 else:19 pytest.skip("only for local testing")20# Checks state of smart contract on deployment21def test_DeploymentState(sc):22 errors = []23 24 if not sc.vaultContract() == defaultOperators[0]:25 errors.append("vaultContract was not set correctly on deployment")26 if not sc.administrator() == defaultOperators[1]:27 errors.append("administrator was not set correctly on deployment")28 if not sc.defaultOperators() == defaultOperators:29 errors.append("defaultOperators were not set correctly on deployment")30 if not sc.totalSupply() == initial_supply:31 errors.append("total supply was not set correctly on deployment")32 if not sc.balanceOf(sc.vaultContract()) == initial_supply:33 errors.append("initial supply was not set correctly on deployment")34 if sc.paused():35 errors.append("paused flag should be false on deployment")36 if sc.whitelistEnabled():37 errors.append("whitelistEnabled flag should be false on deployment")38 # assert no error message has been registered39 assert not errors40# Mint tokens to Vault41def test_MintTokens(sc):42 tokens_to_add = Web3.toWei(1000, "ether")43 if network.show_active() == "development":44 with brownie.reverts("Money printer for the Fed goes brrrr, but not for you. You are not an operator."):45 mintTokensToVault(tokens_to_add,"AA", sc)46 mintTokensToVault(tokens_to_add,"RH", sc)47 assert sc.balanceOf(sc.vaultContract()) == initial_supply + tokens_to_add, "tokens were not minted to the vault correctly"48 mintTokensToVault(tokens_to_add,"JH", sc)49 assert sc.balanceOf(sc.vaultContract()) == initial_supply + 2 * tokens_to_add, "tokens were not minted to the vault correctly"50 assert sc.totalSupply() == initial_supply + 2 * tokens_to_add, "Incorrect total supply"51# Send tokens to individual wallets52def test_vaultContractSendIndividual(sc):53 amount_to_send = Web3.toWei(1000, "ether")54 if network.show_active() == "development":55 with brownie.reverts("Sneaky, but not smart. Only the admin or vault can perform this action!"):56 sendTokensToIndividualAddress(get_account("RH"), amount_to_send, "AA", sc) 57 58 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "RH", sc)59 assert sc.balanceOf(sc.vaultContract()) == sc.totalSupply() - amount_to_send, "Incorrect balance of vaultContract"60 assert sc.balanceOf(get_account("AA")) == amount_to_send, "Incorrect balance of recipient"61 62 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "JH", sc)63 assert sc.balanceOf(sc.vaultContract()) == sc.totalSupply() - 2 * amount_to_send, "Incorrect balance of vaultContract"64 assert sc.balanceOf(get_account("AA")) == 2 * amount_to_send, "Incorrect balance of recipient"65# Send tokens to multiple addresses66def test_vaultContractSendMultiple(sc):67 if network.show_active() == "development":68 with brownie.reverts("Sneaky, but not smart. Only the admin or vault can perform this action!"):69 sendTokensToMultipleAddresses([get_account("RH"), get_account("JH")], brownie.convert.to_uint(sc.totalSupply()/4), "AA", sc)70 71 with brownie.reverts("Insufficient tokens"):72 sendTokensToMultipleAddresses([get_account("RH"), get_account("AA")], brownie.convert.to_uint(sc.totalSupply()/2) + 1, "JH", sc)73 sendTokensToMultipleAddresses([get_account("RH"), get_account("AA")], brownie.convert.to_uint(sc.totalSupply()/4), "RH", sc)74 assert sc.balanceOf(sc.vaultContract()) == brownie.convert.to_uint(sc.totalSupply()/2)75 assert sc.balanceOf(get_account("RH")) == brownie.convert.to_uint(sc.totalSupply()/4)76 assert sc.balanceOf(get_account("AA")) == brownie.convert.to_uint(sc.totalSupply()/4)77 sendTokensToMultipleAddresses([get_account("RH"), get_account("AA")], brownie.convert.to_uint(sc.totalSupply()/4), "JH", sc)78 assert sc.balanceOf(sc.vaultContract()) == 079 assert sc.balanceOf(get_account("RH")) == brownie.convert.to_uint(sc.totalSupply()/2)80 assert sc.balanceOf(get_account("AA")) == brownie.convert.to_uint(sc.totalSupply()/2)81# Request Payout82def test_RequestPayout(sc):83 amount_to_send = Web3.toWei(1000, "ether")84 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "JH", sc)85 requestPayout_tx = requestPayout(amount_to_send, "", "AA", sc)86 assert requestPayout_tx.events["Payout"]["from"] == get_account("AA")87 assert requestPayout_tx.events["Payout"]["amount"] == amount_to_send88# Operator Send89def test_OperatorSend(sc):90 amount_to_send = Web3.toWei(1000, "ether")91 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "JH", sc)92 if network.show_active() == "development":93 with brownie.reverts("You are not the boss of me. You are not the boss of anyone. Only an operator can move funds."):94 operatorSend(get_account("AA"), sc.vaultContract(), amount_to_send, "AA", sc)95 96 with brownie.reverts("Watch yourself! An operator can only send tokens to the vaultContract."):97 operatorSend(get_account("AA"), get_account("RH"), amount_to_send, "RH", sc)98 operatorSend_tx = operatorSend(get_account("AA"), sc.vaultContract(), amount_to_send, "RH", sc)99 assert sc.balanceOf(sc.vaultContract()) == sc.totalSupply(), "Incorrect balance of vaultContract"100 assert sc.balanceOf(get_account("AA")) == 0, "Incorrect balance of holder"101 assert operatorSend_tx.events["Payout"]["from"] == get_account("AA")102 assert operatorSend_tx.events["Payout"]["amount"] == amount_to_send103# Operator Burn104def test_OperatorBurn(sc):105 amount_to_burn = Web3.toWei(1000, "ether")106 if network.show_active() == "development":107 with brownie.reverts("M.C. Hammer: Duh da ra-duh duh-da duh-da, Cant Touch This. You are not an operator."):108 operatorBurn(sc.vaultContract(), amount_to_burn, "AA", sc)109 110 with brownie.reverts("Trying to be mean? An operator can only burn tokens in the vaultContract."):111 operatorBurn(get_account("AA"), amount_to_burn, "RH", sc)112 operatorBurn(sc.vaultContract(), amount_to_burn, "RH", sc)113 assert sc.balanceOf(sc.vaultContract()) == initial_supply - amount_to_burn, "Incorrect balance of vaultContract"114 assert sc.totalSupply() == initial_supply - amount_to_burn, "Incorrect total supply"115# Pause contract116def test_PauseContract(sc):117 amount_to_send = Web3.toWei(1000, "ether")118 if network.show_active() == "development":119 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):120 pauseContract("JH", sc)121 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):122 pauseContract("AA", sc)123 pauseContract("RH", sc)124 assert sc.paused(), "pause flag should be true"125 if network.show_active() == "development":126 with brownie.reverts("Pausable: paused"):127 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "JH", sc)128 129 with brownie.reverts("Pausable: paused"):130 sendTokensToMultipleAddresses([get_account("AA")], amount_to_send, "JH", sc)131 with brownie.reverts("Pausable: paused"):132 send(get_account("AA"), amount_to_send, "JH", sc)133 with brownie.reverts("Pausable: paused"):134 transfer(get_account("AA"), amount_to_send, "JH", sc)135 136 with brownie.reverts("Pausable: paused"):137 mintTokensToVault(amount_to_send, "JH", sc)138 with brownie.reverts("Pausable: paused"):139 operatorBurn(sc.vaultContract(), amount_to_send, "JH", sc)140 with brownie.reverts("Pausable: paused"):141 operatorSend(get_account("AA"), sc.vaultContract(), amount_to_send, "JH", sc)142 143 with brownie.reverts("Pausable: paused"):144 requestPayout(amount_to_send, "", "AA", sc)145 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):146 unpauseContract("JH", sc)147 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):148 unpauseContract("AA", sc)149 unpauseContract("RH", sc)150 assert not sc.paused(), "paused flag should be false"151 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "JH", sc)152 assert sc.balanceOf(sc.vaultContract()) == sc.totalSupply() - amount_to_send, "Incorrect balance of vaultContract"153 assert sc.balanceOf(get_account("AA")) == amount_to_send, "Incorrect balance of recipient"154# Whitelist tests155def test_Whitelist(sc):156 amount_to_send = Web3.toWei(1000, "ether")157 sendTokensToIndividualAddress(get_account("AA"), amount_to_send, "JH", sc)158 159 if network.show_active() == "development":160 with brownie.reverts("Nice try, but user transfers are not enabled."):161 send(get_account("RH"), amount_to_send, "AA", sc)162 with brownie.reverts("Nice try, but user transfers are not enabled."):163 transfer(get_account("RH"), amount_to_send, "AA", sc)164 165 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):166 activateWhitelist("AA", sc)167 168 activateWhitelist("RH", sc)169 assert sc.whitelistEnabled(), "whitelistEnabled flag should be true"170 if network.show_active() == "development":171 with brownie.reverts("Oops, the recipient is not a whitelisted address."):172 send(get_account("RH"), amount_to_send/2, "AA", sc)173 with brownie.reverts("Oops, the recipient is not a whitelisted address."):174 transfer(get_account("RH"), amount_to_send/2, "AA", sc)175 176 with brownie.reverts("Gotta ask the host before you add +1s. You are not an operator."):177 whitelistUsers([get_account("RH"), get_account("AA")], "AA", sc)178 whitelistUsers([get_account("RH"), get_account("AA")], "RH", sc)179 assert sc.isWhitelistedAddress(get_account("RH"))180 assert sc.isWhitelistedAddress(get_account("AA"))181 send(get_account("RH"), amount_to_send/2, "AA", sc)182 transfer(get_account("RH"), amount_to_send/2, "AA", sc)183 assert sc.balanceOf(get_account("AA")) == 0, "Incorrect balance of holder 1"184 assert sc.balanceOf(get_account("RH")) == amount_to_send, "Incorrect balance of holder 2"185 if network.show_active() == "development":186 with brownie.reverts("Do you not like them? Host your own party if you want to kick them out. You are not an operator."):187 removeFromWhitelist([get_account("RH"), get_account("AA")], "AA", sc)188 189 removeFromWhitelist_tx = removeFromWhitelist([get_account("AA")], "RH", sc)190 assert sc.isWhitelistedAddress(get_account("RH"))191 assert not sc.isWhitelistedAddress(get_account("AA"))192 assert len(removeFromWhitelist_tx.events) == 0193 if network.show_active() == "development":194 with brownie.reverts("Oops, the recipient is not a whitelisted address."):195 send(get_account("AA"), amount_to_send/2, "RH", sc)196 with brownie.reverts("Oops, the recipient is not a whitelisted address."):197 transfer(get_account("AA"), amount_to_send/2, "RH", sc)198 assert sc.balanceOf(get_account("RH")) == amount_to_send, "Incorrect balance of holder"199 removeFromWhitelist_tx = removeFromWhitelist([get_account("RH")], "RH", sc)200 assert sc.balanceOf(get_account("RH")) == 0, "Incorrect balance of holder"201 assert sc.balanceOf(sc.vaultContract()) == initial_supply, "Incorrect balance of vaultContract"202 assert removeFromWhitelist_tx.events["Payout"]["from"] == get_account("RH")203 assert removeFromWhitelist_tx.events["Payout"]["amount"] == amount_to_send204 if network.show_active() == "development":205 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):206 deactivateWhitelist("AA", sc)207 with brownie.reverts("You are missing a promotion to the board of directors. Only the admin can perform this action!"):208 deactivateWhitelist("JH", sc)209 210 deactivateWhitelist("RH", sc)211 assert not sc.whitelistEnabled(), "whitelistEnabled flag should be false"212 if network.show_active() == "development":213 with brownie.reverts("Nice try, but user transfers are not enabled."):214 send(get_account("AA"), amount_to_send, "RH", sc)215 216 with brownie.reverts("Nice try, but user transfers are not enabled."):217 transfer(get_account("AA"), amount_to_send, "RH", sc)218 219# defaultOperators220def test_DefaultOperators(sc):221 assert not sc.isOperatorFor(get_account("AA"), get_account("AA"))222 if network.show_active() == "development":223 with brownie.reverts("With great power comes great responsibility. You have neither. Only the admin or vault can do this!"):224 authorizeOperator(get_account("AA"), "AA", sc)225 authorizeOperator(get_account("AA"), "RH", sc)226 assert sc.isOperatorFor(get_account("AA"), get_account("AA"))227 if network.show_active() == "development":228 with brownie.reverts("Tut, tut. You cannot take powers you do not even have yourself. Only the admin or vault can do this!"):229 revokeOperator(get_account("AA"), "AA", sc)230 revokeOperator(get_account("AA"), "RH", sc)231 assert not sc.isOperatorFor(get_account("AA"), get_account("AA"))232 revokeOperator(get_account("RH"), "JH", sc)233 assert not sc.isOperatorFor(get_account("RH"), get_account("AA"))234 authorizeOperator(get_account("RH"), "JH", sc)235 assert sc.isOperatorFor(get_account("RH"), get_account("AA"))236# change Adminsitrator237def test_ChangeAdminstrator(sc):238 assert sc.administrator() == get_account("RH")239 if network.show_active() == "development":240 with brownie.reverts("Getting power hungry? Only the vault contract can perform this action!"):241 setAdmin(get_account("AA"), "AA", sc)242 with brownie.reverts("Getting power hungry? Only the vault contract can perform this action!"):243 setAdmin(get_account("AA"), "RH", sc)244 setAdmin(get_account("AA"), "JH", sc)245 assert sc.administrator() == get_account("AA")246# change vault247def test_ChangeVault(sc):248 assert sc.vaultContract() == get_account("JH")249 if network.show_active() == "development":250 with brownie.reverts("Getting power hungry? Only the vault contract can perform this action!"):251 setVault(get_account("AA"), "AA", sc)252 with brownie.reverts("Getting power hungry? Only the vault contract can perform this action!"):253 setVault(get_account("AA"), "RH", sc)254 setVault(get_account("AA"), "JH", sc)255 assert sc.vaultContract() == get_account("AA")256 257def main():258 test_DeploymentState(sc)259 test_MintTokens(sc)260 test_vaultContractSendIndividual(sc)261 test_vaultContractSendMultiple(sc)262 test_RequestPayout(sc)263 test_OperatorSend(sc)264 test_OperatorBurn(sc)265 test_PauseContract(sc)266 test_Whitelist(sc)267 test_DefaultOperators(sc)268 test_ChangeAdminstrator(sc)269 test_ChangeVault(sc)...
test_sktl.py
Source:test_sktl.py
...26 3000, # 227 7000, # 428 13000, # 529 ]30 self.token = SKTL.deploy({"from": get_account(0)})31 for i in range(1, len(self.init_acc_tokens)):32 self.token.transfer(get_account(i), self.init_acc_tokens[i] * DECIMALS)33 self.donation_pool_acc = 934 self.token.transfer(35 get_account(self.donation_pool_acc), self.init_donation_pool * DECIMALS36 ) # this is the donation pool37 def test_init_wallets(self):38 self.assertEqual(39 self.token.balanceOf(get_account(0)),40 (self.init_token - self.init_donation_pool - sum(self.init_acc_tokens))41 * DECIMALS,42 "original account balance failed after init transfer",43 )44 for i in range(1, len(self.init_acc_tokens)):45 self.assertEqual(46 self.token.balanceOf(get_account(i)),47 self.init_acc_tokens[i] * DECIMALS,48 f"original account[{i}] balance failed after init transfer",49 )50 self.assertEqual(51 self.token.balanceOf(get_account(self.donation_pool_acc)),52 self.init_donation_pool * DECIMALS,53 "original donation pool balance failed after init transfer",54 )55 def test_init_reward_tokens(self):56 # check the rewardToken57 total_reward_token = self.token.totalRewardToken()58 half_token = int(total_reward_token / 2)59 self.assertEqual(60 int(61 self.token.rewardTokenBalance(get_account(self.donation_pool_acc))62 / DECIMALS63 ),64 int(half_token / DECIMALS),65 "Donation pool doesn't have half rewardToken",66 )67 for i in range(1, len(self.init_acc_tokens)):68 self.assertEqual(69 int(self.token.rewardTokenBalance(get_account(i))),70 int(71 ((self.init_acc_tokens[i] * total_reward_token) // self.init_token)72 ),73 msg=f"account[{i}] rewardbalance doesn't match",74 )75 def test_simple_rewards(self):76 rewards = 1000077 self.token.increaseReward(rewards * DECIMALS)78 # owner should not have any rewardBalance79 self.assertEqual(80 self.token.rewardBalance(get_account(0)),81 0,82 )83 # owner has all the rewards so far84 self.assertEqual(85 self.token.balanceOf(get_account(0)),86 (87 self.init_token88 - self.init_donation_pool89 - sum(self.init_acc_tokens)90 + rewards91 )92 * DECIMALS,93 )94 for i in range(1, len(self.init_acc_tokens)):95 self.assertIntAlmostEqual(96 self.token.rewardBalance(get_account(i)),97 int((rewards * self.init_acc_tokens[i] * DECIMALS) // self.init_token),98 f"account[{i}] reward balance doesn't match",99 )100 def test_second_rewards(self):101 rewards = [4000, 8000]102 for i in range(len(rewards)):103 self.token.increaseReward(rewards[i] * DECIMALS)104 self.assertEqual(105 self.token.rewardBalance(get_account(0)),106 0,107 )108 # owner has all the rewards so far109 self.assertEqual(110 self.token.balanceOf(get_account(0)),111 (112 self.init_token113 - self.init_donation_pool114 - sum(self.init_acc_tokens)115 + sum(rewards)116 )117 * DECIMALS,118 )119 for i in range(1, len(self.init_acc_tokens)):120 self.assertIntAlmostEqual(121 self.token.rewardBalance(get_account(i)),122 int(123 (sum(rewards) * self.init_acc_tokens[i] * DECIMALS)124 / self.init_token125 ),126 f"account[{i}] reward balance doesn't match after multiple rewards",127 )128 def test_transfer_after_rewards(self):129 # test reward, then transfer, then reward130 rewards = 1000131 transfer = 301.0000001132 self.token.increaseReward(rewards * DECIMALS)133 self.token.transfer(134 get_account(3), transfer * DECIMALS, {"from": get_account(2)}135 )136 # make sure the rewardBalance is Zero137 self.assertEqual(self.token.rewardBalance(get_account(2)), 0)138 self.assertEqual(self.token.rewardBalance(get_account(3)), 0)139 balance2 = (140 self.init_acc_tokens[2] * (1 + rewards / self.init_token)141 ) - transfer142 balance3 = (143 self.init_acc_tokens[3] * (1 + rewards / self.init_token)144 ) + transfer145 self.assertIntAlmostEqual(146 self.token.balanceOf(get_account(2)),147 balance2 * DECIMALS,148 )149 self.assertIntAlmostEqual(150 self.token.balanceOf(get_account(3)),151 balance3 * DECIMALS,152 )153 def test_should_fail(self):154 # make sure only owner can reward155 with brownie.reverts():156 self.token.increaseReward(1000 * DECIMALS, {"from": get_account(2)})157 # transfer more than it owns158 with brownie.reverts():159 self.token.transfer(160 get_account(1),161 self.init_acc_tokens[2] * 2 * DECIMALS,162 {"from": get_account(2)},163 )164 def test_set_owner(self):165 rewards = [1000, 2000]166 self.token.increaseReward(rewards[0] * DECIMALS, {"from": get_account(0)})167 with brownie.reverts():168 self.token.transferOwnership(get_account(2), {"from": get_account(1)})169 # make sure new owner can't hold tokens170 with brownie.reverts():171 self.token.transferOwnership(get_account(4), {"from": get_account(0)})172 self.token.transferOwnership(get_account(8), {"from": get_account(0)})173 # make old owner can't reward174 with brownie.reverts():175 self.token.increaseReward(rewards[0] * DECIMALS, {"from": get_account(0)})176 # new owner can reward177 self.token.increaseReward(rewards[1] * DECIMALS, {"from": get_account(8)})178 scaled_reward_token = (179 sum(rewards) * DECIMALS * self.init_acc_tokens[1] / self.init_token180 )181 self.assertEqual(182 self.token.rewardBalance(get_account(1)),183 scaled_reward_token,184 )185 self.token.withdraw({"from": get_account(1)})186 self.assertEqual(187 self.token.balanceOf(get_account(1)),188 self.init_acc_tokens[1] * DECIMALS + scaled_reward_token,189 )190 def test_transfer_from_using_allowance(self):191 transfer = 300192 # not allowed yet193 with brownie.reverts():194 self.token.transferFrom(195 get_account(1),196 get_account(3),197 1000 * DECIMALS,198 {"from": get_account(0)},199 )200 self.token.approve(201 get_account(3), transfer * DECIMALS, {"from": get_account(1)}202 )203 # not allow over transferFrom204 with brownie.reverts():205 self.token.transferFrom(206 get_account(1),207 get_account(3),208 (transfer + 1) * DECIMALS,209 {"from": get_account(3)},210 )211 self.token.transferFrom(212 get_account(1),213 get_account(4),214 transfer * DECIMALS,215 {"from": get_account(3)},216 )217 balance1 = self.init_acc_tokens[1] - transfer218 self.assertEqual(219 self.token.balanceOf(get_account(1)),220 balance1 * DECIMALS,221 )222 balance4 = self.init_acc_tokens[4] + transfer223 self.assertEqual(224 self.token.balanceOf(get_account(4)),225 balance4 * DECIMALS,226 )227 self.assertEqual(self.token.rewardBalance(get_account(1)), 0)228 self.assertEqual(self.token.rewardBalance(get_account(4)), 0)229 # make sure the simple reward works230 reward = 1000231 self.token.increaseReward(reward * DECIMALS)232 self.assertEqual(233 self.token.rewardBalance(get_account(0)),234 0,235 )236 self.assertIntAlmostEqual(237 self.token.rewardBalance(get_account(1)),238 reward * DECIMALS * balance1 / self.init_token,239 )240 self.assertIntAlmostEqual(241 self.token.rewardBalance(get_account(4)),242 reward * DECIMALS * balance4 / self.init_token,243 )244 self.assertIntAlmostEqual(245 self.token.rewardBalance(get_account(3)),246 reward * DECIMALS * self.init_acc_tokens[3] / self.init_token,247 )248 def test_transfer_balance_plus_reward(self):249 rewards = 3000250 self.token.increaseReward(rewards * DECIMALS)251 self.assertEqual(252 self.token.balanceOf(get_account(1)),253 self.init_acc_tokens[1] * DECIMALS,254 )255 scaled_reward_balance1 = (256 rewards * DECIMALS * self.init_acc_tokens[1] / self.init_token257 )258 self.assertEqual(259 self.token.rewardBalance(get_account(1)),260 scaled_reward_balance1,261 )262 total_transfer = self.init_acc_tokens[1] * DECIMALS + scaled_reward_balance1263 self.token.transfer(264 get_account(3), total_transfer, {"from": get_account(1)}265 ) # transfer balance + reward266 self.assertEqual(267 self.token.balanceOf(get_account(1)),268 0,269 )270 self.assertEqual(271 self.token.rewardBalance(get_account(1)),272 0,273 )274 scaled_reward_balance3 = (275 rewards * DECIMALS * self.init_acc_tokens[3] / self.init_token276 )277 self.assertEqual(278 self.token.balanceOf(get_account(3)),279 self.init_acc_tokens[3] * DECIMALS280 + total_transfer281 + scaled_reward_balance3,282 )283 self.assertEqual(284 self.token.rewardBalance(get_account(3)),285 0,286 )287 def test_transferfrom_balance_plus_reward(self):288 rewards = 3000289 self.token.increaseReward(rewards * DECIMALS)290 self.assertEqual(291 self.token.balanceOf(get_account(1)),292 self.init_acc_tokens[1] * DECIMALS,293 )294 scaled_reward_balance1 = (295 rewards * DECIMALS * self.init_acc_tokens[1] / self.init_token296 )297 self.assertEqual(298 self.token.rewardBalance(get_account(1)),299 scaled_reward_balance1,300 )301 total_transfer = self.init_acc_tokens[1] * DECIMALS + scaled_reward_balance1302 self.token.approve(get_account(4), total_transfer, {"from": get_account(1)})303 # transfer balance + reward304 self.token.transferFrom(305 get_account(1), get_account(3), total_transfer, {"from": get_account(4)}306 )307 self.assertEqual(308 self.token.balanceOf(get_account(1)),309 0,310 )311 self.assertEqual(312 self.token.rewardBalance(get_account(1)),313 0,314 )315 scaled_reward_balance3 = (316 rewards * DECIMALS * self.init_acc_tokens[3] / self.init_token317 )318 self.assertEqual(319 self.token.balanceOf(get_account(3)),320 self.init_acc_tokens[3] * DECIMALS321 + total_transfer322 + scaled_reward_balance3,323 )324 self.assertEqual(325 self.token.rewardBalance(get_account(3)),326 0,327 )328 def test_max_supply(self):329 three_mm = 300 * 10 ** 6330 self.token.increaseReward((three_mm - self.init_token) * DECIMALS)331 with brownie.reverts():332 self.token.increaseReward(1)333 def test_pause(self):334 # non-owner can't pause335 with brownie.reverts():336 self.token.pause({"from": get_account(1)})337 # not in pause state, can't unpause338 with brownie.reverts():339 self.token.unpause({"from": get_account(0)})340 self.token.pause({"from": get_account(0)})341 # paused, can't transfer342 with brownie.reverts():343 self.token.transfer(344 get_account(5), 1000 * DECIMALS, {"from": get_account(0)}345 )346 # can't pause twice347 with brownie.reverts():348 self.token.pause({"from": get_account(0)})349 # non-owner can't unpause350 with brownie.reverts():351 self.token.unpause({"from": get_account(1)})352 self.token.unpause({"from": get_account(0)})353 self.test_transfer_after_rewards() # transfer test normal354 def test_transfer_same_account(self):355 """356 support transfer same account357 no ill effect on the reward, except the reward will be withdrawn358 """359 rewards = 3000360 self.token.increaseReward(rewards * DECIMALS)361 self.assertEqual(362 self.token.balanceOf(get_account(3)),363 self.init_acc_tokens[3] * DECIMALS,364 )365 self.token.transfer(get_account(3), 1 * DECIMALS, {"from": get_account(3)})366 scaled_reward_balance3 = (367 rewards * DECIMALS * self.init_acc_tokens[3] / self.init_token368 )369 self.assertEqual(370 self.token.balanceOf(get_account(3)),371 self.init_acc_tokens[3] * DECIMALS + scaled_reward_balance3,...
test_lottery_unit.py
Source:test_lottery_unit.py
...14 assert expected_entrance_fee == entrance_fee15def test_cant_enter_unless_started():16 if network.show_active() not in LOCAL_BLOCKCHAIN_ENVIRONMENTS:17 pytest.skip('Not in local environments!')18 account = get_account()19 lottery = deploy_lottery()20 with pytest.raises(exceptions.VirtualMachineError):21 lottery.enter({'from': account, 'value': lottery.getEntranceFee()})22def test_can_start_and_enter():23 if network.show_active() not in LOCAL_BLOCKCHAIN_ENVIRONMENTS:24 pytest.skip('Not in local environments!')25 # Arrange26 account = get_account()27 lottery = deploy_lottery()28 lottery.start({'from': account})29 # Act30 lottery.enter({'from': account, 'value': lottery.getEntranceFee()})31 # Assert32 lottery.players(0) == account33def test_can_end_lottery():34 if network.show_active() not in LOCAL_BLOCKCHAIN_ENVIRONMENTS:35 pytest.skip('Not in local environments!')36 # Arrange37 account = get_account()38 lottery = deploy_lottery()39 lottery.start({'from': account})40 lottery.enter({'from': account, 'value': lottery.getEntranceFee()})41 # Act42 fund_with_link(lottery.address)43 lottery.end({'from': account})44 # Assert45 assert lottery.lotteryState() == 246def test_can_choose_winner_correctly():47 if network.show_active() not in LOCAL_BLOCKCHAIN_ENVIRONMENTS:48 pytest.skip('Not in local environments!')49 # Arrange50 account = get_account()51 lottery = deploy_lottery()52 lottery.start({'from': account})53 lottery.enter({'from': get_account(index=1), 'value': lottery.getEntranceFee()})54 lottery.enter({'from': get_account(index=2), 'value': lottery.getEntranceFee()})55 lottery.enter({'from': get_account(index=3), 'value': lottery.getEntranceFee()})56 winner_starting_balance = get_account(index=1).balance()57 winner_expected_total_balance = winner_starting_balance + lottery.balance()58 MOCK_RANDOM_NUMBER = 77759 # Act 60 fund_with_link(lottery.address)61 tx = lottery.end({'from': account})62 request_id = tx.events['RequestedRandomness']['requestId']63 get_contract('vrf_cordinator').callBackWithRandomness(request_id, MOCK_RANDOM_NUMBER, lottery)64 # Assert65 assert lottery.recentWinner() == get_account(index=1)66 assert lottery.balance() == 0...
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