wvandamm

Okay, good to know. Thanks for the feedback!

Hi, Thanks for the feedback. With the above 2 lines of code I get following compiler errors: cci-1.0.0/src/cci_cfg/cci_param_typed.h:760:40: error: no matching function for call to cci::cci_value::get() const cci-1.0.0/src/cci_core/cci_value.h:200:27: error: no type named type in struct cci::cci_value_converter<cci::cci_value_map> cci-1.0.0/src/cci_cfg/cci_param_typed.h:809:5: error: no matching function for call to cci::cci_value::try_get(cci::cci_value_map&) cci-1.0.0/src/cci_core/cci_value.h:192:8: error: no type named type in struct cci::cci_value_converter<cci::cci_value_map> cci-1.0.0/src/cci_cfg/cci_param_typed.h:769:48: error: no matching function for call to ‘cci::cci_value::get() const cci-1.0.0/src/cci_core/cci_value.h:200:27: error: no type named type in struct cci::cci_value_converter<cci::cci_value_map> Cheers, Wim

Hi, In my model I would like to have a module for which the number of parameters is variable i.e. I would like to have a vector of cci_parameters, or a cci_parameter which contains a vector of cci_values. I read the following in the specification in section "5.5.2 cci_value": This seemed to imply to me that it is possible to have a cci_param which contains a cci_value_list or cci_value_map with entries that are cci_values and hence have individual handles. This is exacly what I'm looking for. However, I have no clue how to use it. :-) For example doing the following (in analogy to the usage of custom types in Annex D) results in a compiler error: cci::cci_value_map testmap; cci::cci_param<cci::cci_value_map> myparam("paramname", testmap); How could I get this to work? Or should I resort to writing my own custom type? Thanks! Wim