Specifying the minimum 32 bit signed int value is not easily portable.
Remove min_32bit_int2 method, min_32bit_int1 provides runtime coverage.
g++ 32bit resulted in:
warning: this decimal constant is unsigned only in ISO C90
and some versions of clang++ resulted in:
error: integer literal is too large to be represented in type 'long' and is subject to undefined behavior under C++98, interpreting as 'unsigned long'; this literal will have type 'long long' in C++11 onwards [-Werror,-Wc++11-compat]
32 bit and 64 bit compiled versions of SWIG generated different Python files
when default arguments were outside the range of 32 bit signed integers.
The default arguments specified in Python are now only those that are in the
range of a 32 bit signed integer, otherwise the default is obtained from C/C++ code.
Closes#1108
Fixes missing type information for std::complex in scripting languages.
Closes#732.
Update Javascript and Octave complextest, although they don't actually
get run as they don't work
* cpp11-ref-qualifiers:
Warnings in testcases fix
Add support for %typemap and member function pointers with qualifiers
Fix wrapping of some member function pointer parameters
Add support for member function pointers with ref-qualifiers
Add error for constructors, destructors, static methods declared with qualifiers
Add support for conversion operators with ref-qualifiers
Alternate function syntax parsing improvement
Re-organise parser grammar for initializer rules
Re-organise parser grammar for declarator and initializer rules
Add docs for C++11 ref-qualifiers
Add unignore for rvalue ref-qualifiers
Improve ref-qualifier implementation
Fix support for member const function pointer variables
Use normal SWIG encodings for ref-qualifiers
C++11 ref-qualifier support added
Use std::move on this pointer as the default approach to supporting
rvalue ref-qualifiers if a user really wants to wrap.
std::move requires <memory> headers so add swigfragments.swg for all
languages to use common fragments. Just header file fragments for now.
Internally, handle function ref-qualifiers in the function decl type string.
Needed for a whole host of things to work like %feature and %rename.
Add %feature %rename and %ignore testing for ref-qualifiers.
Was not generating code that compiled when the variable was not
a simple member pointer, for example,
a const reference member pointer:
short (Funcs::* const& cc7)(bool) const = cc1;
Fixes#1059
Methods with rvalue ref-qualifiers are ignored by default as it is not
possible to have an rvalue temporary from the target language (which is
needed to call the rvalue ref-qualified method).
A warning 405 is shown mentioning the ignored rvalue ref-qualifier method
which can be seen with the -Wextra option.
cpp_refqualifier.i:15: Warning 405: Method with rvalue ref-qualifier ignored h() const &&.
Usually rvalue and lvalue ref-qualifier overloaded methods are written - the
lvalue method will then be wrapped.
* templates-scope-enforcement:
Test a few %template errors
Add using declarations to templates into typedef table.
Fix type lookup in the presence of using directives and using declarations
More docs on %template
Testcase fix for nameclash in php
%template scope enforcement and class definition fixes
Template documentation tweaks
More consistent formatting of examples in documentation
More consistent formatting of examples in documentation
Documentation corrections to use targetlang formatting
More consistent formatting of examples in documentation
More consistent formatting of examples in documentation
More consistent formatting of examples in documentation
Namespace documentation minor corrections
Improve description of template_parameters_resolve
Minor code optimisation in template_parameters_resolve
Fix scope lookup for template parameters containing unary scope operators
Typemap change for templates
Fixes#1051. Using declarations to templates were missing in SWIG's internal typedef tables.
This led to a few problems, such as, templates that did not instantiate and generated
C++ code that did not compile as SWIG did not know what scope the template was
in. This happened mostly when a using declaration was used on a template type in a
completely unrelated namespace.
Fix some cases of type lookup failure via a combination of both using directives and
using declarations resulting in C++ code that did not compile as the generated type was
not fully qualified for use in the global namespace. Example below:
namespace Space5 {
namespace SubSpace5 {
namespace SubSubSpace5 {
struct F {};
}
}
using namespace SubSpace5;
using SubSubSpace5::F;
void func(SubSubSpace5::F f);
}
