"Jonathan Turkanis" <technews@kangaroologic.com> wrote in message news:cmlpo2$p7t$1@sea.gmane.org... | | "Thorsten Ottosen" <nesotto@cs.auc.dk> wrote in message | news:cmlnb5$j8s$1@sea.gmane.org... | > "Jonathan Turkanis" <technews@kangaroologic.com> wrote in message | > news:cmlj0d$8o9$1@sea.gmane.org... | > | > | > | BTW, I used the Assign library in the examples and regression tests, and I | > don't | > | think I could have done without it. Thanks! | > | > you're welcome. A small nitpick: | > | > | > list_of( pair_type("Sofa", "Living Room") ) | > ( pair_type("Stove", "Kitchen") ) | > can be done as list_of<pair_type>( "Sofa", "Living Room")( "Stove", | > "Kitchen") | > -Thorsten | | Thanks. So | | // pseudocode initialization | vector< list< pair<string, string> > > test = | { { { "London", "England"}, { "Paris", "France"} }, | { { "Sofa", "Living Room"}, { "Stove", "Kitchen"} }, | { { "Brain", "Skull"}, { "Appendix", "Abdomen"} } }; | | translates to | | typedef pair<string, string> pair_type; | typedef list<pair_type> list_type; | | vector< pair<string, string> > test = | list_of<list_type>( | list_of<pair_type>("London", "England") | ("Paris", "France") | ) | ( | list_of<pair_type>("Sofa", "Living Room") | ("Stove", "Kitchen") | ) | ( | list_of<pair_type>("Brain", "Skull") | ("Appendix", "Abdomen") | ); | | ? well, yes. If everything worked as I would expect for a conforming implementation, you can even say = list_of( map_list_of( "London", Englang" )( "Sofa", "Living Room" ) ) ( map_list_of( ... ) ); but, as said, g++ and/or g++'s standard library has problems...either in pair or iterator range constructors. -Thorsten