The only documentation is in the file itself and describes a Python
wrapper around the C function defined here, but digging though the git
history this Python wrapper doesn't seem to have ever actually been
generated by SWIG.
This file was also marked as deprecated in 2005.
Fixes#2390Fixes#2391
* python_subinterpreter_issues:
added comment in CHANGES.current
always get the type_pointer from capsule instead of using a static variable as the value may change after re-initilization/due to subinterpreters
added interpreter_counter to deinitialize only once in case of subinterpreters
Conflicts:
CHANGES.current
Lib/python/pyrun.swg
Such as:
class X final {};
This no longer gives a syntax error.
This change has introduced one more shift-reduce conflict in the parser.
with a conflict with a C style variable declaration with name final:
class X final;
resulting in a syntax error (for C++ not C). This is an an unusual style
for C++ code and more typical declarations do work:
X final;
Closes#672
Until now SWIG quietly ignored such errors unless -Wextra (or -Wall
which implies -Wextra) was passed, but this is unhelpful as it hides
problems. To illustrate this point, enabling this warning by
default revealled a typo in the preproc_defined.i testcase in
SWIG's own testsuite.
If you really don't want to see this warning, you can suppress it
with command line option -w202 or by using this in your interface
file:
%warnfilter(SWIGWARN_PP_EVALUATION);
Both will work with older versions of SWIG too.
Fixes#1465Fixes#2389
Ensure that SWIG_VERSION is defined both at SWIG-time and in the
generated C/C++ wrapper code (it was only defined in the wrapper
for some target languages previously).
SWIGGO and SWIGJAVASCRIPT are now defined in the generated wrappers
to match behaviour for all other target languages.
Stop defining SWIGVERSION in the wrapper. This only happened as a
side-effect of how SWIG_VERSION was defined but was never documented and
is redundant.
The new testcase also checks that SWIG is defined at SWIG-time but not
in the generated wrapper, and that exactly one of a list of
target-language specific macros is defined.
Fixes#1050
The one we're currently using only considers the last five characters
plus the least significant bit of the last-but-sixth character, which
unsurprisingly generates a lot of many-way collisions.
This change seems to give about a 4% reduction in wallclock time for
processing li_std_list_wrap.i from the testsuite for Python. The
hash collision rate for this example drops from 39% to 0!
Closes#2303
Output C/C++ type strings (| separated) in swig_type_info tables in
fixed order. The types are output in alphabetically sorted order,
with an exception. The final type is a fully resolved type, but
does not necessarily include default template parameters.
This type is the one used by SWIG_TypePrettyName which is commonly
used to display a type when the wrong type is passed in as a
parameter.
Previously the order was not very deterministic due to the use of
internal hash tables which do not have an ordering guarantee.
Output conversion functions used in the type tables in sorted order.
Sorted order in this case is the type being converted from.
So _p_BarTo_p_Foo comes before _p_ZarTo_p_Foo.
Previously the order was roughly in the order that the types were
parsed, but not necessarily due to the use of internal hash tables
which do not have an ordering guarantee.
Output conversion functions used in the type tables in sorted order.
Sorted order in this case is the type being converted to.
So _p_BarTo_p_Foo comes before _p_BarTo_p_Zoo.
Previously the order was roughly in the order that the types were
parsed, but not necessarily due to the use of internal hash tables
which do not have an ordering guarantee.
Many parts of the runtime tables are alphabetically sorted before
for the generated code. This patch sorts the elements within the
swig_cast_info lists. Order now is first the elements without a
converter then the elements with a converter.
For example:
new:
static swig_cast_info _swigc__p_Foo[] = {
{&_swigt__p_Foo, 0, 0, 0},
{&_swigt__p_Bar, _p_BarTo_p_Foo, 0, 0},
{&_swigt__p_Spam, _p_SpamTo_p_Foo, 0, 0},
{0, 0, 0, 0}};
old:
static swig_cast_info _swigc__p_Foo[] = {
{&_swigt__p_Bar, _p_BarTo_p_Foo, 0, 0},
{&_swigt__p_Foo, 0, 0, 0},
{&_swigt__p_Spam, _p_SpamTo_p_Foo, 0, 0},
{0, 0, 0, 0}};
Previously the order was roughly in the order that the types were
parsed, but not necessarily due to the use of internal hash tables
which do not have an ordering guarantee.
These testcases were segfaulting:
prefix
director_using_member_scopes
virtual_poly
The fix here is admittedly a hack - we perform the initialisation
of EG(class_table) from CG(class_table) which PHP will do, but
hasn't yet.
PHP doesn't seem to clearly document which API calls are actually
valid in minit or other initialisation contexts, but the code we're
generating works with all PHP 7.x and PHP 8.x versions aside from PHP
8.0 so it seems this is a bug in PHP 8.0 rather than that we're doing
something invalid, and we need to work with existing PHP 8.0 releases
so this hack seems a necessary evil. It will at least have a limited
life as PHP 8.0 is only in active support until 2022-11-26, with
security support ending a year later.
Fixes#2383.
In PHP 8.2 zend_operators.h contains inline code which triggers this
warning and our testsuite uses with option and -Werror.
I don't see a good way to only do this within our testsuite, but
disabling it globally like this shouldn't be problematic.
The CI job for PHP 8.0 was relying on not specifying a version
giving us PHP 8.0, but actually it gives us 8.1 currently.
This seems too brittle, so always specify the version explicitly as
at worst it means uninstalling and reinstalling PHP packages in a
case we could avoid.
Also add PHP 8.2 testing.
See #2383
Includes the majority of patch #1484.
Excludes changes in typepass.cxx for specializations which have no effect
on the duplicate_class_name_in_ns testcase, nor the rest of the test-suite.
Go, Guile, Racket, Scilab: Add throws typemaps for std::string so that
thrown string exception messages can be seen.
Test all language for std::string throws typemaps
