Removed test case.

After the changes to it, this test doesn't test any more what it was supposed to test (that implicit conversion is done to first convertible type and not first type that can hold the value). So it can be removed now because it tests the same thing as the test above it.

test/unit.cpp

@@ -259,19 +259,6 @@ TEST_CASE( "implicit conversion to unsigned char", "[variant][implicit conversio
 
 struct dummy {};
 
-TEST_CASE( "implicit conversion to first type it can convert to even if it doesn't fit", "[variant][implicit conversion]" ) {
-    typedef util::variant<dummy, unsigned char, long> variant_type;
-    variant_type var = 100.0; // converted to unsigned char, even if it doesn't fit
-    REQUIRE(var.get<unsigned char>() == static_cast<unsigned char>(100.0));
-    REQUIRE_THROWS(var.get<long>());
-    var = 100; // int converted to unsigned char, even if it doesn't fit
-    REQUIRE(var.get<unsigned char>() == static_cast<unsigned char>(100));
-    REQUIRE_THROWS(var.get<long>());
-    var = 100L; // explicit long is okay
-    REQUIRE(var.get<long>() == 100L);
-    REQUIRE_THROWS(var.get<char>());
-}
-
 TEST_CASE( "variant value traits", "[variant::detail]" ) {
     // Users should not create variants with duplicated types
     // however our type indexing should still work