Solutions

Note: Applies to RTI Connext 4.x This solution addresses the following exception: PRESParticipant_assertRemoteParticipant:!assert remote participant c0c80aa3 7e520001 due to different ro area DISCDynamicParticipantSelfDetector_onDataAvailable:!assert remote participant The likely cause of this ...
14731 reads — 0 comments
Note : Applies to RTI Connext 4.x and above. Prior to RTI Data Distribution Service 4.1d, the maximum message size supported by RTI Data Distribution Service was determined by the installed transports. Each transport may impose a maximum message size. The maximum message size supported by a ...
18119 reads — 2 comments
Note : The following discussion applies to RTI Data Distribution Service 3.x only. (There is a separate FAQ for 4.x.) Heartbeats (HBs) are sent for one of two reasons: Every SendQueueSize / HeartBeatsPerSendQueue issues, RTI Data Distribution Service will append a HB to the issue to request that it ...
3763 reads — 0 comments
Note: Applies to RTI Connext 4.x and above Problem You are trying to create a new DomainParticipant and see error messages about an invalid port and/or a failure to create a receive resource . For instance: [D0001|ENABLE]NDDS_Transport_UDPv4_Socket_bindWithIp:0X1CF2 in use [D0001|ENABLE] ...
6784 reads — 0 comments
Note : Relevant RTI Connext version 4.x and above. In order to guarantee that RTI Connext will deliver all messages, both the data writer and data reader must be configured for strict reliable communication. Strict reliability ensures that every message will be received by all known data readers. ...
11170 reads — 0 comments
Note: Applies to RTI Connext 4.x and above This solution shows, by an example, how to read data using conditions and waitsets . It uses rtiddsgen to generate a pub-sub example that accesses data through a listener. Refer to the Core Libraries and Utilities Getting Started Guide and Core Libraries ...
2366 reads — 0 comments
Note : Applies to RTI Connext 4.x and above. There is a separate FAQ for 3.x. RTI Connext supports various transports to deliver data samples. Not all of these transports guarantee that all samples are delivered. For example, when using UDP, samples can be lost or can arrive out of order. The OMG ...
8297 reads — 0 comments

Pages