long long[] map was using JNI type as C/C++ type. General spirit of
JAVA_ARRAYS_TYPEMAPS is to cast individual array elements, not to
rely on potentially incompatible pointer casts.
As for __int64 definition. __int64 is a non-standard Visual-C-specific
type used in win32/jni_md.h. It is defined by other Win32 compilers in
one way or another, obviously for compatibility. It's more appropriate
to give the compiler a chance to make necessary arrangements instead
of reinventing the wheel. This, giving a chance, can be achieved by
including virtually any standard header. Since jni.h includes stdio.h,
defining __int64 in javahead.swg is redundant. Since doing so actually
triggers compilation errors on MinGW if a system header is included
in the %begin section, it's arguably appropriate to omit it.
As for #undef _LP64 removal. Undefining a pre-defined macro, which
_LP64 is, is bad style, and if followed by inclusion of systems
headers, it's actually error-prone. Log suggests that it was added
to resolve a warning. I'm inclined to believe that it rather was a
misunderstanding of some kind. Or a bug in warning subsystem of
some particular compiler version, in which case it would have been
more appropriate to advise users to ignore the warning.
Add ability to change the modifiers for the C# and Java
interface generated when using the %interface macros.
For C# use the 'csinterfacemodifiers' typemap.
For Java use the 'javainterfacemodifiers' typemap.
For example:
%typemap(csinterfacemodifiers) X "internal interface"
Closes#1874
Occurs when using the director class from multiple threads - a race condition
initialising block scope static variables.
Block scope static variables are guaranteed to be thread safe in C++11,
so the fix is guaranteed when using C++11. However, most modern compilers
also fix it when using C++03/C++98.
Closes#1862
For such types, the generated proxy class inherited from
java.util.AbstractSet<BoxedType<T>> (where BoxedType<T> is "Integer",
for example, when T is "int"), but defined an overloaded add() taking T,
instead of overriding the base class virtual add() taking BoxedType<T>,
resulting in an exception being thrown whenever add() was called during
run-time.
Extend Java unit test to bring it to parity with C# one added in the
previous commit.
See #1568.
Workaround clang++ 9.1.0 error not knowing std::vector<bool>::const_reference
is actually typedef to bool:
li_std_vector_wrap.cxx:1838:40: error: no matching constructor for initialization of 'std::vector<bool>::const_reference'
Workaround is use
const value_type& getitem(int index) throw (std::out_of_range) { ...
// bool specialization:
bool getitem(int index) throw (std::out_of_range) { ...
instead of
const_reference_type getitem(int index) throw (std::out_of_range) { ...
Although the following would be better, it would require a more
complicated implementation:
const_reference_type getitem(int index) throw (std::out_of_range) { ...
// bool specialization:
bool getitem(int index) throw (std::out_of_range) { ...
For users who have typemaps for the parameters in the add and set methods
(now called doAdd and doSet).
Also for users who have typemaps for the get method - revert the return
type for get (now called doGet) back to the same return type as
std::vector::at. Correct definitions of const_reference to match the
those in the (C++11) standard.
Added to the javadestruct, javadestruct_derived, ddispose, ddispose_derived
typemaps to mirror enhanced flexibility in the csdisposing and
csdisposing_derived (C#) typemaps. If provided the contents are generated
as the delete/dispose method's parameters declaration.
The std::vector wrappers have been changed to work by default for elements that are
not default insertable, i.e. have no default constructor. This has been achieved by
not wrapping:
vector(size_type n);
Previously the above had to be ignored via %ignore.
If the above constructor is still required it can be added back in again via %extend:
%extend std::vector {
vector(size_type count) { return new std::vector< T >(count); }
}
Alternatively, the following wrapped constructor could be used as it provides near-enough
equivalent functionality:
vector(jint count, const value_type& value);
The equivalent change to std::list has also been made (std::list
wrappers were not in the previous release [3.0.12] though).
* gtbX-master:
Add comment for non-const version
Don't write-back buffer into Java array when calling const-ptr c function
Prevent writeback of a const char* array through a director when using the byte[] %typemap.
Tests for std::vector of pointers added which check
std::vector<T*>::const_reference and std::vector<T*>::reference
usage which gave compilation errors in Python and Perl which had
specialized these vectors incorrectly.
* bkotzz-add_set_map:
Add missing typedefs to Java STL containers
Combine duplicate unordered_set unordered_map testcases
Nicer looking generated Java container code
Replicate some cosmetic changes from std_map.i
Legacy macros, protected iterator, typedefs
Remove c++11 from stl.i
Add to STL file as well
Maps both working as java.util impls
Mostly working for map
Add set/unordered_set that extend AbstractSet
Move unordered containers under cpp11_ prefix
Add test cases to C++11 list
Add unordered_{set|map} and set to Java
* java-director-thread-name:
Add changes entry for setting Java thread name
Increased Java thread name size.
Java directors - more generic thread name setting
Use prctl method to get thread names, which is available on all NDK versions
Actually, pthread_getname_np is only available in recent versions of Android (API level >= 26).
Set thread name when attaching to Android JVM in SWIG Java director
Activated if a user sets SWIG_JAVA_USE_THREAD_NAME.
Implementations provided for linux/android/macos/unix.
A user's implementation will be used if SWIG_JAVA_GET_THREAD_NAME is
defined. It must implement the function:
namespace Swig {
SWIGINTERN int GetThreadName(char *name, size_t len);
}
