variant: Test str and complex type support

unittest/python/test_variant.py.in

@@ -6,7 +6,12 @@ V2 = variant_module.V2
 VariantHolder = variant_module.VariantHolder
 VariantFullHolder = variant_module.VariantFullHolder
 make_variant = variant_module.make_variant
-make_variant_full = variant_module.make_variant_full
+make_variant_full_none = variant_module.make_variant_full_none
+make_variant_full_float = variant_module.make_variant_full_float
+make_variant_full_int = variant_module.make_variant_full_int
+make_variant_full_bool = variant_module.make_variant_full_bool
+make_variant_full_str = variant_module.make_variant_full_str
+make_variant_full_complex = variant_module.make_variant_full_complex
 
 variant = make_variant()
 assert isinstance(variant, V1)
@@ -44,9 +49,34 @@ assert isinstance(variant_holder.variant, V2)
 assert variant_holder.variant.v == v2.v
 
 # Test variant that hold a None value
-v_full = make_variant_full()
+v_full = make_variant_full_none()
 assert v_full is None
 
+# Test variant that hold a float value
+v_full = make_variant_full_float()
+assert v_full == 3.14
+assert isinstance(v_full, float)
+
+# Test variant that hold a int value
+v_full = make_variant_full_int()
+assert v_full == 3
+assert isinstance(v_full, int)
+
+# Test variant that hold a bool value
+v_full = make_variant_full_bool()
+assert not v_full
+assert isinstance(v_full, bool)
+
+# Test variant that hold a str value
+v_full = make_variant_full_str()
+assert v_full == "str"
+assert isinstance(v_full, str)
+
+# Test variant that hold a complex value
+v_full = make_variant_full_complex()
+assert v_full == 1 + 0j
+assert isinstance(v_full, complex)
+
 variant_full_holder = VariantFullHolder()
 
 # Test None
@@ -81,3 +111,13 @@ assert isinstance(variant_full_holder.variant, int)
 variant_full_holder.variant = 3.14
 assert variant_full_holder.variant == 3.14
 assert isinstance(variant_full_holder.variant, float)
+
+# Test str
+variant_full_holder.variant = "str"
+assert variant_full_holder.variant == "str"
+assert isinstance(variant_full_holder.variant, str)
+
+# Test complex
+variant_full_holder.variant = 1 + 0j
+assert variant_full_holder.variant == 1 + 0j
+assert isinstance(variant_full_holder.variant, complex)

unittest/variant.cpp.in

@@ -4,6 +4,9 @@
 #include <eigenpy/eigenpy.hpp>
 #include <eigenpy/variant.hpp>
 
+#include <string>
+#include <complex>
+
 #cmakedefine TEST_TYPE @TEST_TYPE@
 #define VARIANT TEST_TYPE
 
@@ -32,12 +35,18 @@ struct MyVariantNoneHelper<std::variant<Alternatives...> > {
 };
 #endif
 
-typedef typename MyVariantNoneHelper<VARIANT<V1, bool, int, double> >::type
+typedef typename MyVariantNoneHelper<
+    VARIANT<V1, bool, int, double, std::string, std::complex<double> > >::type
     MyVariantFull;
 
 MyVariant make_variant() { return V1(); }
 
-MyVariantFull make_variant_full() { return MyVariantFull(); }
+MyVariantFull make_variant_full_none() { return MyVariantFull(); }
+MyVariantFull make_variant_full_float() { return 3.14; }
+MyVariantFull make_variant_full_int() { return 3; }
+MyVariantFull make_variant_full_bool() { return false; }
+MyVariantFull make_variant_full_str() { return std::string("str"); }
+MyVariantFull make_variant_full_complex() { return std::complex<double>(1., 0.); }
 
 struct VariantHolder {
   MyVariant variant;
@@ -68,7 +77,12 @@ BOOST_PYTHON_MODULE(@MODNAME@) {
 
   typedef eigenpy::VariantConverter<MyVariantFull> ConverterFull;
   ConverterFull::registration();
-  bp::def("make_variant_full", make_variant_full);
+  bp::def("make_variant_full_none", make_variant_full_none);
+  bp::def("make_variant_full_float", make_variant_full_float);
+  bp::def("make_variant_full_int", make_variant_full_int);
+  bp::def("make_variant_full_bool", make_variant_full_bool);
+  bp::def("make_variant_full_str", make_variant_full_str);
+  bp::def("make_variant_full_complex", make_variant_full_complex);
 
   boost::python::class_<VariantFullHolder>("VariantFullHolder", bp::init<>())
       .add_property("variant",