def _handle_price_response(self, response_dict, request): assert request.response_identifier == 'blob_data_payment_rate' if 'blob_data_payment_rate' not in response_dict: return InvalidResponseError("response identifier not in response") offer_value = self.protocol_offers.pop(self.protocol) offer = Offer(offer_value) offer.handle(response_dict['blob_data_payment_rate']) self.payment_rate_manager.record_offer_reply(self.peer, offer) if offer.is_accepted: log.info("Offered rate %f/mb accepted by %s", offer.rate, self.peer.host) self.protocol_prices[self.protocol] = offer.rate return True elif offer.is_too_low: log.debug("Offered rate %f/mb rejected by %s", offer.rate, self.peer.host) return not self.payment_rate_manager.price_limit_reached(self.peer) else: log.warning("Price disagreement") self.requestor._price_disagreements.append(self.peer) return False
def _handle_price_response(self, response_dict, request): assert request.response_identifier == 'blob_data_payment_rate' if 'blob_data_payment_rate' not in response_dict: return InvalidResponseError("response identifier not in response") offer_value = self.protocol_offers.pop(self.protocol) offer = Offer(offer_value) offer.handle(response_dict['blob_data_payment_rate']) self.payment_rate_manager.record_offer_reply(self.peer, offer) if offer.is_accepted: log.info("Offered rate %f/mb accepted by %s", offer.rate, self.peer.host) self.protocol_prices[self.protocol] = offer.rate return True elif offer.is_too_low: log.debug("Offered rate %f/mb rejected by %s", offer.rate, self.peer.host) return not self.payment_rate_manager.price_limit_reached(self.peer) else: log.warning("Price disagreement") self.requestor._price_disagreements.append(self.peer) return False
def _handle_price_response(self, response_dict, request): assert request.response_identifier == 'blob_data_payment_rate' if 'blob_data_payment_rate' not in response_dict: return InvalidResponseError("response identifier not in response") assert self.protocol in self.protocol_prices rate = self.protocol_prices[self.protocol] offer = Offer(rate) offer.handle(response_dict['blob_data_payment_rate']) self.payment_rate_manager.record_offer_reply(self.peer.host, offer) if offer.is_accepted: log.debug("Offered rate %f/mb accepted by %s", rate, str(self.peer.host)) return True elif offer.is_too_low: log.debug("Offered rate %f/mb rejected by %s", rate, str(self.peer.host)) del self.protocol_prices[self.protocol] return True else: log.warning("Price disagreement") del self.protocol_prices[self.protocol] self.requestor._price_disagreements.append(self.peer) return False