private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
credits.acquireCredits(creditsUsed);
credits.acquireCredits(creditsSent); credits.acquireCredits(creditsSent);
private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendInitialLargeMessageHeader(Message msgI, ClientProducerCredits credits) throws ActiveMQException { int creditsUsed = sessionContext.sendInitialChunkOnLargeMessage(msgI); // On the case of large messages we tried to send credits before but we would starve otherwise // we may find a way to improve the logic and always acquire the credits before // but that's the way it's been tested and been working ATM credits.acquireCredits(creditsUsed); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
private void sendRegularMessage(final SimpleString sendingAddress, final ICoreMessage msgI, final boolean sendBlocking, final ClientProducerCredits theCredits, final SendAcknowledgementHandler handler) throws ActiveMQException { // This will block if credits are not available // Note, that for a large message, the encode size only includes the properties + headers // Not the continuations, but this is ok since we are only interested in limiting the amount of // data in *memory* and continuations go straight to the disk logger.tracef("sendRegularMessage::%s, Blocking=%s", msgI, sendBlocking); int creditSize = sessionContext.getCreditsOnSendingFull(msgI); theCredits.acquireCredits(creditSize); sessionContext.sendFullMessage(msgI, sendBlocking, handler, address); }
credits.acquireCredits(creditsUsed);
credits.acquireCredits(creditsUsed);
credits.acquireCredits(creditsUsed);
credits.acquireCredits(creditsUsed);