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How to use verify_swap method in lisa

Best Python code snippet using lisa_python

main_generated_transactions_read_params_beta.py

Source:main_generated_transactions_read_params_beta.py

...103                        cnt += 1104                    elif rejection_risk_action == VMRejectionAlertBehaviour.SINGLE_SMALLER_ALLOWED_SWAP:105                        desired_swap_amount = amount106                        for attempt in range(0, 6):107                            if attempt == 5 or amm.verify_swap(cnt, Transaction(row['datetime_timestamp'], amount, row['token_in'], row['token_out']), DEFAULT_SLIPPAGE) == TransactionStatus.SUCCESS:108                                amm.swap(cnt, Transaction(row['datetime_timestamp'], amount, row['token_in'], row['token_out'],109                                                    sequence_swap_cnt=0, desired_token_in_amount=desired_swap_amount, attempt_cnt=attempt), DEFAULT_SLIPPAGE)110                                cnt += 1111                                break112                            amount = amount * swap_decrease_factor_numerator // swap_decrease_factor_denominator113                    elif rejection_risk_action == VMRejectionAlertBehaviour.SEQUENCE_SMALLER_ALLOWED_SWAPS:114                        desired_swap_amount = amount115                        swapped_amount = 0116                        max_swaps = 5117                        max_tries = 10118                        curr_swaps = 0119                        for attempt in range(0, max_tries):120                            if swapped_amount >= desired_swap_amount or curr_swaps >= max_swaps:121                                break122                                123                            if attempt == max_tries - 1 or amm.verify_swap(cnt, Transaction(row['datetime_timestamp']+swap_timestamp_shift, amount, row['token_in'], row['token_out']), DEFAULT_SLIPPAGE) == TransactionStatus.SUCCESS:124                                amm.swap(cnt, Transaction(row['datetime_timestamp']+swap_timestamp_shift, amount, row['token_in'], row['token_out'], 125                                                    sequence_swap_cnt=curr_swaps, desired_token_in_amount=desired_swap_amount, attempt_cnt=attempt), DEFAULT_SLIPPAGE)126                                127                                if swapped_amount < desired_swap_amount and curr_swaps + 1< max_swaps:128                                    swap_timestamp_shift += timedelta(seconds=16)129                                swapped_amount += amount130                                curr_swaps += 1131                                cnt += 1132                                amount = min(amount, desired_swap_amount - swapped_amount)133                            else:134                                amount = min(amount * swap_decrease_factor_numerator // swap_decrease_factor_denominator, desired_swap_amount - swapped_amount)135                SwapTransaction.save_all(f'{BASE_DIR}/{iteration}/{subindex}/swaps.csv')136                blockchain.reset_state()137                amm.export_pool_states_to_csv(f'{BASE_DIR}/{iteration}/{subindex}/pool_before_transaction.csv', ...

main_generated_transactions_read_params_savepoint.py

Source:main_generated_transactions_read_params_savepoint.py

...84                    if row['datetime_timestamp'] - start_time <= timedelta(days=1):85                        amount = row['token_in_amount'] // 1000 86                    else:87                        amount = row['token_in_amount']88                    if vm == True and amm.verify_swap(cnt, Transaction(row['datetime_timestamp'], amount, row['token_in'], row['token_out'], row['slope'])):89                        amm.swap(cnt, Transaction(row['datetime_timestamp'], amount, row['token_in'], row['token_out'], row['slope']))90                    else:91                        retry = 1 #random.randint(0, 1)92                        if retry == 1:93                            for i in range(0, 5):94                                amount = amount * 3 // 495                            96                                if amm.verify_swap(cnt, Transaction(row['datetime_timestamp'], amount, row['token_in'], row['token_out'], row['slope'])):97                                    amm.swap(cnt, Transaction(row['datetime_timestamp'], amount, row['token_in'], row['token_out'], row['slope']))98                                    99                                    break100                    cnt += 1101                SwapTransaction.save_all(f'{BASE_DIR}/{iteration}/{subindex}/swaps.csv')102                blockchain.reset_state()103                amm.export_pool_states_to_csv(f'{BASE_DIR}/{iteration}/{subindex}/pool_before_transaction.csv', 104                                                f'{BASE_DIR}/{iteration}/{subindex}/pool_after_transaction.csv')105                logger.info("Start normalizing...")106                normalize_csv(f'{BASE_DIR}/{iteration}/{subindex}/swaps.csv', ['token_in_amount', 'token_out_amount', 'token_out_amount_min', 'system_fee', 'oracle_amount_out', 'oracle_price'], f'{BASE_DIR}/{iteration}/{subindex}/swaps_normalized.csv')107                normalize_pool_state(f'{BASE_DIR}/{iteration}/{subindex}/pool_before_transaction.csv', f'{BASE_DIR}/{iteration}/{subindex}/pool_before_transaction_normalized.csv')108                normalize_pool_state(f'{BASE_DIR}/{iteration}/{subindex}/pool_after_transaction.csv', f'{BASE_DIR}/{iteration}/{subindex}/pool_after_transaction_normalized.csv')109                logger.info("Finished normalizing")110            iteration += 1...

amm.py

Source:amm.py

...70        blockchain.update(int(transaction.datetime_timestamp.timestamp()))71        swap_transaction = SwapTransaction(transaction, slippage, self, id)72                73        blockchain.receive_transaction(swap_transaction)74    def verify_swap(self, id, transaction, slippage):75        blockchain.update(int(transaction.datetime_timestamp.timestamp()))76        swap_transaction = SwapTransaction(transaction, slippage, self, id, save_transaction=False)77        return swap_transaction.check_execute_status(blockchain.get_curr_block_timestamp())78    79    def mint(self, amount_X, amount_Y, timestamp, id):80        blockchain.update(int(timestamp.timestamp()))81        mint_transaction = MintTransaction(amount_X, amount_Y, timestamp, self, id)82        blockchain.receive_transaction(mint_transaction)83    def burn(self, amount_X, amount_Y, timestamp, id):84        blockchain.update(int(timestamp.timestamp()))85        burn_transaction = BurnTransaction(amount_X, amount_Y, timestamp, self, id)86        blockchain.receive_transaction(burn_transaction)87    def save_pool_state(self, before_swap: bool, transaction_id: int):88        if before_swap:...

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