void IR_init_File(struct IridiumContext * context)
{
CLASS(File) = send(CLASS(Class), "new", IR_STRING("File"));
CLASS(FileNotFoundError) = send(CLASS(Class), "new", IR_STRING("FileNotFoundError"), CLASS(Exception));
CLASS(IOError) = send(CLASS(Class), "new", IR_STRING("IOError"), CLASS(Exception));
DEF_METHOD(CLASS(File), "initialize", ARGLIST(argument_new(L_ATOM(filename), NULL, 0), argument_new(L_ATOM(mode), IR_STRING("r"), 0)), iridium_method_name(File, initialize));
DEF_METHOD(CLASS(File), "read", ARGLIST(), iridium_method_name(File, read));
DEF_METHOD(CLASS(File), "write", ARGLIST(argument_new(L_ATOM(str), NULL, 0)), iridium_method_name(File, write));
DEF_METHOD(CLASS(File), "close", ARGLIST(), iridium_method_name(File, close));
DEF_FUNCTION(CLASS(File), "read", ARGLIST(argument_new(L_ATOM(filename), NULL, 0)), iridium_classmethod_name(File, read));
DEF_METHOD(CLASS(File), "each_line", ARGLIST(argument_new(L_ATOM(fn), NULL, 0)), iridium_method_name(File, each_line));
define_constant(L_ATOM(File), CLASS(File));
}
#include "allocator.hpp"
#define DEF_METHOD_ARGS(name, ...) const AllocatorDataTy ALLOCATOR_METHODS_ARGS_##name[] = { __VA_ARGS__ };
#define DEF_METHOD(name, ret) { #name, AllocatorDataTy::ret, sizeof(ALLOCATOR_METHODS_ARGS_##name)/sizeof(AllocatorDataTy), ALLOCATOR_METHODS_ARGS_##name }
DEF_METHOD_ARGS(alloc, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(oom, AllocatorDataTy::AllocError)
DEF_METHOD_ARGS(dealloc, AllocatorDataTy::Ptr, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(usable_size, AllocatorDataTy::LayoutRef)
DEF_METHOD_ARGS(realloc, AllocatorDataTy::Ptr, AllocatorDataTy::Layout, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(alloc_zeroed, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(alloc_excess, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(realloc_excess, AllocatorDataTy::Ptr, AllocatorDataTy::Layout, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(grow_in_place, AllocatorDataTy::Ptr, AllocatorDataTy::Layout, AllocatorDataTy::Layout)
DEF_METHOD_ARGS(shrink_in_place, AllocatorDataTy::Ptr, AllocatorDataTy::Layout, AllocatorDataTy::Layout)
const AllocatorMethod ALLOCATOR_METHODS[10] = {
DEF_METHOD(alloc, ResultPtr),
DEF_METHOD(oom, Never),
DEF_METHOD(dealloc, Unit),
DEF_METHOD(usable_size, UsizePair),
DEF_METHOD(realloc, ResultPtr),
DEF_METHOD(alloc_zeroed, ResultPtr),
DEF_METHOD(alloc_excess, ResultExcess),
DEF_METHOD(realloc_excess, ResultExcess),
DEF_METHOD(grow_in_place, ResultUnit),
DEF_METHOD(shrink_in_place, ResultUnit)
};
p_gc = NULL;
};
static PyObject *gc_test( PyObject *self, PyObject *args )
{
mygc *gc = (mygc *)malloc( sizeof( mygc ) );
vlc_gc_init( gc, mygc_destructor, NULL );
ASSERT( gc->i_gc_refcount == 0, "Refcount should be 0" );
vlc_gc_incref( gc );
ASSERT( gc->i_gc_refcount == 1, "Refcount should be 1" );
vlc_gc_incref( gc );
ASSERT( gc->i_gc_refcount == 2, "Refcount should be 2" );
gc->i++;
vlc_gc_decref( gc );
ASSERT( gc->i_gc_refcount == 1, "Refcount should be 1" );
vlc_gc_decref( gc );
Py_INCREF( Py_None );
return Py_None;
};
static PyMethodDef native_gc_test_methods[] = {
DEF_METHOD( gc_test, "Test GC" )
{ NULL, NULL, 0, NULL }
};
asserts = 0;
DECLARE_MODULE( native_gc_test )
