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RTI Connext's static and dynamic libraries have the same tradeoffs as any other static and dynamic libraries. The main advantage of using dynamic libraries is less system-wide memory usage when there is more than one application using the same libraries on the machine. Starting a dynamically linked ...
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NOTE: Applies to NDDS 3.x and RTI Connext 4.x and above. If you see errors similar to the following when using the Visual Studio 6.0 development environment: nddscorezd.lib(heap.obj) : error LNK2001: unresolved external symbol __aligned_malloc nddscorezd.lib(heap.obj) : error LNK2001: unresolved ...
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Note: Applies to RTI Connext 4.x and above The narrow method is a class-scope method that implements a safe down-cast for a pointer to an RTI Connext entity. It is a type-safe way to cast a pointer. The Java API does not require this method because Java casts are always type-safe. This method takes ...
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Note: Applies to RTI Data Distribution Service 4.2 and 4.3 RTI Data Distribution Service 4.2 and 4.3 applications and tools are interoperable, with the following caveats. To monitor a 4.2 application with 4.3 tools: If your 4.2 application's data types do not contain any 8-byte or larger primitive ...
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Note: Applies to RTI DDS 4.0x. The following applies to RTI DDS 4.0g (or earlier). This problem has been corrected in RTI DDS 4.0h and later. You may see a deadlock problem during application shutdown, with or without an error message. This deadlock is typically seen when the value for the ...
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Note: Applies to NDDS 3.x and earlier, RTI Data Distribution Service 4.0 and 4.1 To monitor the state of the data buffer usage inside the stack, you can use the netStackDataPoolShow or mbufShow functions. Both commands give the same information. If the stack has been running out of clusters, these ...
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Note: Applies to NDDS 3.x. NDDS's internal time representation is in NTP format rather than DDS_Time for computational efficiency reasons. The header osapi/osapi_ntptime.h defines NTP time class ( struct RTINtpTime ) as well as its manipulation methods. A brief excerpt from this header file is ...
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