RTI Connext Modern C++ API
Version 6.1.2
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<<extension>> Information about the status dds::core::status::StatusMask::datareader_protocol() More...
#include <Status.hpp>
Inherits rti::core::NativeValueType< T, NATIVE_T, ADAPTER >.
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EventCount64 | received_sample_count () const |
The number of samples received by a DataReader. More... | |
EventCount64 | received_sample_bytes () const |
The number of bytes received by a DataReader. More... | |
EventCount64 | duplicate_sample_count () const |
The number of samples from a remote DataWriter received, not for the first time, by a local DataReader. More... | |
EventCount64 | duplicate_sample_bytes () const |
The number of samples from a remote DataWriter received, not for the first time, by a local DataReader. More... | |
EventCount64 | filtered_sample_count () const |
[DEPRECATED]. See: rti::core::status::DataReaderCacheStatus::time_based_filter_dropped_sample_count rti::core::status::DataReaderCacheStatus::content_filter_dropped_sample_count More... | |
EventCount64 | filtered_sample_bytes () const |
[DEPRECATED]. See: rti::core::status::DataReaderCacheStatus::time_based_filter_dropped_sample_count rti::core::status::DataReaderCacheStatus::content_filter_dropped_sample_count More... | |
EventCount64 | received_heartbeat_count () const |
The number of Heartbeats from a remote DataWriter received by a local DataReader. More... | |
EventCount64 | received_heartbeat_bytes () const |
The number of bytes of Heartbeats from a remote DataWriter received by a local DataReader. More... | |
EventCount64 | sent_ack_count () const |
The number of ACKs sent from a local DataReader to a matching remote DataWriter. More... | |
EventCount64 | sent_ack_bytes () const |
The number of bytes of ACKs sent from a local DataReader to a matching remote DataWriter. More... | |
EventCount64 | sent_nack_count () const |
The number of NACKs sent from a local DataReader to a matching remote DataWriter. More... | |
EventCount64 | sent_nack_bytes () const |
The number of bytes of NACKs sent from a local DataReader to a matching remote DataWriter. More... | |
EventCount64 | received_gap_count () const |
The number of GAPs received from remote DataWriter to this DataReader. More... | |
EventCount64 | received_gap_bytes () const |
The number of bytes of GAPs received from remote DataWriter to this DataReader. More... | |
EventCount64 | rejected_sample_count () const |
The number of times a sample is rejected because it cannot be accepted by a reliable DataReader. More... | |
rti::core::SequenceNumber | first_available_sample_sequence_number () const |
Sequence number of the first available sample in a matched DataWriters reliability queue. More... | |
rti::core::SequenceNumber | last_available_sample_sequence_number () const |
Sequence number of the last available sample in a matched Datawriter's reliability queue. More... | |
rti::core::SequenceNumber | last_committed_sample_sequence_number () const |
Sequence number of the newest sample received from the matched DataWriter committed to the DataReader's queue. More... | |
int32_t | uncommitted_sample_count () const |
Number of received samples that are not yet available to be read or taken, due to being received out of order. More... | |
int64_t | received_fragment_count () const |
The number of DATA_FRAG messages that have been received by this DataReader. More... | |
int64_t | dropped_fragment_count () const |
The number of DATA_FRAG messages that have been dropped by a DataReader. More... | |
int64_t | reassembled_sample_count () const |
The number of fragmented samples that have been reassembled by a DataReader. More... | |
int64_t | sent_nack_fragment_count () const |
The number of NACK fragments that have been sent from a DataReader to a DataWriter. More... | |
int64_t | sent_nack_fragment_bytes () const |
The number of NACK fragment bytes that have been sent from a DataReader to a DataWriter. More... | |
int64_t | out_of_range_rejected_sample_count () const |
The number of samples dropped by the DataReader due to received window is full and the sample is out-of-order. More... | |
<<extension>> Information about the status dds::core::status::StatusMask::datareader_protocol()
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The number of samples received by a DataReader.
Depending on how the rti::core::status::DataReaderProtocol was obtained this may count samples coming from a specific DataWriter or from all the DataWriters that are matched with the DataReader.
If the rti::core::status::DataReaderProtocol is obtained using the dds::sub::DataReader::datareader_protocol_status operation then it will count samples from any DataWriter. If the DataReaderProtocolStatus is obtained using the dds::sub::DataReader::matched_publication_datareader_protocol_status then it will count the samples for the DataWriter specified as a parameter to the function.
Duplicate samples arriving from the DataWriter(s) (e.g. via multiple network paths) are detected prior to increasing this counter. The duplicate samples are counted by rti::core::status::DataReaderProtocol::duplicate_sample_count.
If the DataReader has specified a ContentFilter the received samples that do not pass the filter are part of this counter. The filtered samples are counted by rti::core::status::DataReaderProtocol::filtered_sample_count.
Samples rejected because they do not fit on the DataReader Queue are also part of this counter.
Note the received_sample_count counts samples received from all DataWriters and it does not necessarily match the number of samples accepted into the DataReader Queue. This is because:
Note that when data is fragmented, this statistic is updated when all of the fragments required to reassemble a sample are received, not when individual fragments are received.
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The number of bytes received by a DataReader.
Note that when data is fragmented, this statistic is updated upon the receipt of each fragment, not when a sample is reassembled.
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The number of samples from a remote DataWriter received, not for the first time, by a local DataReader.
Such samples can be redundant, out-of-order, etc. and are not stored in the reader's queue.
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The number of samples from a remote DataWriter received, not for the first time, by a local DataReader.
Such samples can be redundant, out-of-order, etc. and are not stored in the reader's queue.
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The number of Heartbeats from a remote DataWriter received by a local DataReader.
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The number of bytes of Heartbeats from a remote DataWriter received by a local DataReader.
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The number of ACKs sent from a local DataReader to a matching remote DataWriter.
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The number of bytes of ACKs sent from a local DataReader to a matching remote DataWriter.
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The number of NACKs sent from a local DataReader to a matching remote DataWriter.
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The number of bytes of NACKs sent from a local DataReader to a matching remote DataWriter.
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The number of GAPs received from remote DataWriter to this DataReader.
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The number of bytes of GAPs received from remote DataWriter to this DataReader.
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The number of times a sample is rejected because it cannot be accepted by a reliable DataReader.
Samples rejected by a reliable DataReader will be NACKed, and they will have to be resent by the DataWriter if they are still available in the DataWriter queue.
This counter will always be 0 when using dds::core::policy::ReliabilityKind_def::BEST_EFFORT.
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Sequence number of the first available sample in a matched DataWriters reliability queue.
Applicable only for reliable DataReaders, and when retrieving matched DataWriter statuses.
Updated upon receiving Heartbeat submessages from a matched reliable DataWriter.
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Sequence number of the last available sample in a matched Datawriter's reliability queue.
Applicable only for reliable DataReaders, and when retrieving matched DataWriter statuses.
Updated upon receiving Heartbeat submessages from a matched reliable DataWriter.
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Sequence number of the newest sample received from the matched DataWriter committed to the DataReader's queue.
Applicable only when retrieving matched DataWriter statuses.
For best-effort DataReaders, this is the sequence number of the latest sample received.
For reliable DataReaders, this is the sequence number of the latest sample that is available to be read or taken from the DataReader's queue.
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Number of received samples that are not yet available to be read or taken, due to being received out of order.
Applicable only when retrieving matched DataWriter statuses.
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The number of DATA_FRAG messages that have been received by this DataReader.
This statistic is incremented upon the receipt of each DATA_FRAG message. Fragments from duplicate samples do not count towards this statistic. Applicable only when data is fragmented.
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The number of DATA_FRAG messages that have been dropped by a DataReader.
This statistic does not include malformed fragments. Applicable only when data is fragmented.
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The number of fragmented samples that have been reassembled by a DataReader.
This statistic is incremented when all of the fragments which are required to reassemble an entire sample have been received. Applicable only when data is fragmented.
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The number of NACK fragments that have been sent from a DataReader to a DataWriter.
NACK FRAG RTPS messages are sent when large data is used in conjunction with reliable communication. They have the same properties as NACK messages, but instead of applying to samples, they apply to fragments. Applicable only when data is fragmented.
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The number of NACK fragment bytes that have been sent from a DataReader to a DataWriter.
NACK FRAG RTPS messages are sent when large data is used in conjunction with reliable communication. They have the same properties as NACK messages, but instead of applying to samples, they apply to fragments. Applicable only when data is fragmented.
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The number of samples dropped by the DataReader due to received window is full and the sample is out-of-order.
When using dds::core::policy::ReliabilityKind_def::RELIABLE; if the DataReader received samples out-of-order, they are stored internally until the missing samples are received. The number of out-of-order samples that the DataReader can keep is set by rti::core::RtpsReliableReaderProtocol::receive_window_size. When the received window is full any out-of-order sample received will be dropped.