- Restructure runtime code into declarations, function
and class definitions, and initialisation code
- Rename internal functions/types to follow SWIG_Octave...
or SwigOct... naming styles
- Style/comment/whitespace cleanups
- Used "astyle -A10 -s2 -N -p -H -U -k1" for style cleanup
- Replaced NewString("") with NewStringEmpty()
- Used 'w' instead of 'f' for Wrapper() objects
Error checking for this combination implemented as well as correcting
Octave
Also refactor, replacing CPlusPlusOut variable with cparse_cplusplusout
for an implementation which more closely resembles cparse_cplusplus which
is also required in both .c and .cxx files.
Closes#89
Squash merge branch 'master' of https://github.com/wkalinin/swig into wkalinin-nested
By Vladimir Kalinin
* 'master' of https://github.com/wkalinin/swig:
CPlusPlusOut mode for Octave
nested class illustration
fixed "Abstract" flag for nested classes added an example enabled anonymous nested structs runtime test
porting
warnings disabled
porting fixes
java runtime tests ported
nested class closing bracket offset fixed
removed double nested template (not supported by %template parsing)
template_nested test extended
parent field made public
property access fixed
replaced tabs with spaces
warning W-reorder
deprecated warnings removed, derived_nested runtime test added
optimized string indenting
Nested classes indenting
nested classes docs
fixed the order in which flattened inner classes are added after the outer
Private nested classes were getting into the type table.
Java getProxyName() fix for nested classes fixes the case when nested classes is forward declared
Fix for a case when a nested class inherits from the same base as the outer. (Base class constructor declaration is found first in this case)
merge fix
nested C struct first immediate declaration incorrectly renamed sample fixed
tests updated to reflect nested classes support
Java nested classes support (1)
flattening should remove the link to the outer class
access mode correctly set/restored for nested classes
nested templates should be skipped while flattening (template nodes themselves, not expanded versions) also non-public nested classes should be ignored
If nested classes are not supported, default behaviour is flattening, not ignoring flag "nested" is preserved, so, the nested classes can be ignored by user
nested workaround test updated
template instantiated within a class is marked as nested for ignoring purposes
%ignore not applied to the nested classed, because "nested" flag is set too late
typedef name takes precedence over the real name (reason?)
unnamed structs should be processed for all the languages
nested C struct instances are wrapped as "immutable"
tree building
typedef declaration for unnamed C structures fixed
nested classes "flattening"
fixed %ignoring nested classes
renamed "nested" attribute to "nested:outer" added "nested" flag, to be used with $ignore (it is not removed while flattening) added nestedClassesSupported() function to the Language interface
renamed "nested" attribute to "nested:outer" added "nested" flag, to be used with $ignore (it is not removed while flattening) added nestedClassesSupported() function to the Language interface
tree iteration fix
dirclassname variable names unified memory issue fixed
merge error
ignore unnamed structs for C++
unnamed nested C structs naming & unnesting
class added to classes hash under typedef name
private nested classes skipped
test updated due to nested templates support
anonymous structs with inheritance fixed nested_class test to allow anonymous structs w/o declarator
tests updated: nested workaround removed from namespace_class.i propagated nested template declaration to the C++ file
injected members scope
nested tempplates fixes, nested structures in "C" mode parsing added utility function "appendSibling" (like "appendChild")
nested unnamed structures parsing fixes, access mode restored on nested class end, tdname is properly patched with outer class name prefix
memory management fixes
nested templates (1)
Nested unnamed structs
Nested class support (1)
Nested class support (1)
- Use call syntax instead of cmdline to choose global/noglobal load:
global: 'example;', noglobal: 'example = example;'
- All functions loaded with Octave 'autoload' command; correctly
loads .oct module and prevents segfault in Octave 3.0.5
- Functions no longer installed as global variables as well,
so global operator dispatch now only looks for functions
- Octave at-exit function created from string, not function,
so no dependence on loaded .oct files at cleanup time
- C at-exit function now immediately exits Octave (with correct
status) to prevent seg-fault due to dodgy memory cleanup
in some Octave versions
- Documentation string for module loading function
git-svn-id: https://swig.svn.sourceforge.net/svnroot/swig/trunk@13088 626c5289-ae23-0410-ae9c-e8d60b6d4f22
- New helper function Octave_begin_function writes function declaration
and installer function definition using SWIG_DEFUN macro, which in
turn uses Octave DEFUNX_DLD macro
- Can now use Octave's dynamic module loader to load functions safely
- Link documentation of public wrapping functions through DEFUNX_DLD
git-svn-id: https://swig.svn.sourceforge.net/svnroot/swig/trunk@13087 626c5289-ae23-0410-ae9c-e8d60b6d4f22
The Octave run-time allows global operators to be implemented,
e.g. op_scalar_add_X for adding a scalar and a wrapped struct X.
However it doesn't currently seem possible for these operators to
map to SWIG-wrapped functions. This is because dispatch_global_op()
looks for the operators to be installed as global variables, whereas
install_global() installs SWIG-wrapped functions as builtin functions;
the two appear to be separate symbol tables in Octave.
This patch modifies install_global() to install global operator functions
as both builtin functions and as global variables, where the value of the
global variable is a function handle to the operator function. It decides
if a function is a global operator if it begins with the prefix "op_"; this
prefix can be modified through a new command-line variable. It also always
installs the operators globally, regardless of whether the rest of the module
is being loaded globally. To accomplish this, install_global() is now always
called, but takes a bool argument specifying whether it should load symbols
globally. If a function is not a global operator, install_global() should
behave as before.
Tested that this compiles and works on Octave 3.2.4 and 3.4.0.
git-svn-id: https://swig.svn.sourceforge.net/svnroot/swig/trunk@12675 626c5289-ae23-0410-ae9c-e8d60b6d4f22
It's currently not possible to tell SWIG whether or not symbols should be
loaded into the global namespace by default. In fact, it's not even possible
to make the generated .oct module *not* load all symbols globally, due to a
bug in Lib/octave/octruntime.swg (line 37: "noglobal" should be "global").
It's also not possible to change the name of the symbol used to access
global variables/constants from the default "cvar".
This patch adds 3 Octave-specific command-line options:
* -global/-noglobal tell SWIG whether the generated .oct module should load
symbols into the global namespace by default. The default option is -global
to preserve existing behaviour.
* -globals <name> sets the name of the symbol used to access global
variables/constants. It is set to "cvar" by default.
These options are parsed in Source/Modules/octave.cxx, and written to the
wrapping code as the macros SWIG_global_load and SWIG_global_name.
In Lib/octave/octruntime.swg, the Octave entry point DEFUN_DLD function now
contains a expanded input argument parser, which uses the same command-line
arguments (-global/-noglobal, -globals) as can be passed to SWIG itself;
this allows the module user to change the default loading behaviour of the
module user at load time. The parser checks for non-string and unrecognised
arguments, and also checks that the argument to -globals is a valid Octave
identifier. A -help option prints a short usage message.
git-svn-id: https://swig.svn.sourceforge.net/svnroot/swig/trunk@12670 626c5289-ae23-0410-ae9c-e8d60b6d4f22
