This is a continuation of this question. We are using RTI version 6.0.1. Our base code has exceptions disabled with -fno-exceptions.
Is there a way to use any of the C++ APIs with no exceptions? I've tried all the different language options in rtiddsgen and except for C langiage all the generated code uses exceptions.
I have a simple IDL that is sending version information:
@final
struct version {
uint16 major;
uint16 minor;
uint16 patch;
uint16 build_number;
};The generator generates a proper class `version` with all the felds. However, then during the compile I get this error:
Hi, I have this error "Failed to create Foo from cdr buffer" when I implemented the code below. The struct Foo is written inside an IDL file. This only happens if there's sequence<> in the IDL file. Is this a known issue in RTI Connext DDS 5.3.1?
struct Foo{
sequence<double, 1000> x;
};
int main(int argc, char* argv[]) {
Hello all,
I've run into a number of problems when compiling the C++ code generated from my IDLs in Visual Studio 2013. I've fixed them manually but I'd like to ask whether it's the "right" fix. Also consider this a bug report, I suppose :)
Facets of my environment:
1. The code is generated from a hierarchy of IDL files with lots of #includes, inheritance, and composition using included types as fields.
2. I'm using the IDLs of a project in-progress, so I can submit some changes back to them but only if necessary.
On the RTI Code Generator 2.0 Architecture Overview powerpoint (RTI_rttiddsgen_architecture.pptx), it says on the 6th slide that "The AST is equivalent to the simplified XML generated with rtiddsgen 1". Does this mean that rtiddsgen 2 (which, as I understand, comes with RTI Connext version 5.1.0) will no longer output the simplified XML?
Hi everybody,
I found some issues in IDL to C++ generation. For example if I have defined in the IDL two struct like these:
struct alpha{
long x;
beta y;
}
struct beta{
long z;
}
The generation process (rtiddsgen) end correctly but the C++ code cannot compile because the order of the symbol is invalid (it cannot find the symbol beta). If I declare the struct beta before the struct alpha all works fine.
