For now, aside from directly writing code to wrap
> std::map< std::pair<int, int>, std::vector<unsigned long> >
this is the only way that works; either
> #define sipType_cell sipFindType("cell")
> #define sipType_idxx sipFindType("idxx")
> typedef std::pair<int, int> cell;
> typedef std::vector<unsigned long> idxx;
> std::map<cell, idxx> Test;
or
> #define sipType_cell sipFindType("cell")
> typedef std::pair<int, int> cell;
> std::map<std::pair<int, int>, idxx> Test;
causes segfaults.However, I still hope for a way to eradicate these disgusting segfaults without reintroducing those magic numbers in headers. Phil, could you help me? Thanks... On Fri, Jul 05, 2013 at 05:41:21PM +0800, Casper Ti. Vector wrote: > For example, assuming all example use this header: > > %Module test > > %ModuleHeaderCode > > #include "test.h" > > %End > > %Include types.sip // Where map, pair and vector are wrapped. > > This code: > > std::map<std::pair<int, int>, std::vector<unsigned long> > Test; > fails because sip complains: > > sip: Test has an unsupported type - provide %GetCode and %SetCode > > while this code: > > typedef std::pair<int, int> cell; > > typedef std::vector<unsigned long> idxx; > > std::map<cell, idxx> Test; > fails because the compiler complains like: > > error: 'sipType_cell' was not declared in this scope > > error: 'sipType_idxx' was not declared in this scope > > I searched Google for `python sip typedef' and found this message: > <http://www.riverbankcomputing.com/pipermail/pyqt/2011-January/029111.html> > It seems that adding something like: > > #define sipType_cell sipType_std_pair_1800_1800 > > #define sipType_idxx sipType_std_vector_2100 > to the `%ModuleHeaderCode' section make everything runs well. > > However, this trick seems quite unreliable because these magic numbers > (1800, 2100, etc.) might vary from version to version. So is there any > elegant way to wrap these types? > > In addition, I personally think it is favourable to generate `sipType's > for typedefs, because this can greatly simplify efforts on wrapping > complex template types, such as those in my examples. -- My current OpenPGP key: 4096R/0xE18262B5D9BF213A (expires: 2017.1.1) D69C 1828 2BF2 755D C383 D7B2 E182 62B5 D9BF 213A _______________________________________________ PyQt mailing list PyQt@riverbankcomputing.com http://www.riverbankcomputing.com/mailman/listinfo/pyqt
