def swig_ignore( cfg, intro ):
"""ignored methods, enum values, enums"""
ignored_cls = []
for cls in intro.exported_classes():
for m in cls.internal_methods():
ignored_cls.append( m )
lines = list(set( [ "%%ignore %s;" % introspect.qualified_name( r.gcc ) for r in ignored_cls ] ))
lines.sort()
ignored = "\n".join( lines )
ignored_evals = set()
for enum in intro.exported_enums():
for v in enum.ignored_names():
ignored_evals.add( (introspect.qualified_name(enum.gcc.parent), v ) )
lines = [ "%%ignore %s::%s;" % ( r[0], r[1] ) for r in ignored_evals ]
lines.sort()
ignored = ignored + "\n" + "\n".join( lines )
return ignored
def swig_rename_types(cfg, intro):
lst = []
m = cfg['cpp_type_map']
for cls in intro.exported_classes():
cls_name = introspect.qualified_name(cls.gcc)
if cls_name not in cfg['ref_counted']:
lst.append('%%rename(%s) %s;' % (m[cls_name], cls_name))
else:
lst.append('%%ignore %s;' % cls_name)
lst.append('%%template(%s) boost::intrusive_ptr<%s>;' % (m[cls_name], cls_name))
lst.sort()
return '\n'.join(lst)
def output_classes(header, intro, cfg):
header.write('\n\n/* ==== classes ==== */\n')
classes = []
pre = cfg['cpp_cls_order']
for cls in intro.exported_classes():
try:
qname = introspect.qualified_name(cls.gcc)
heapq.heappush(classes, (pre[qname], qname, cls))
except KeyError:
heapq.heappush(classes, (10000, qname, cls))
# sort classes
cls_l = []
while classes:
p, qname, cls = heapq.heappop(classes)
cls_l.append((p, qname, cls))
cls_l.sort()
for p, qname, cls in cls_l:
output_class(cls, header, intro, cfg)
def output_classes(header, intro, cfg):
header.write('\n\n/* ==== classes ==== */\n')
classes = []
pre = cfg['cpp_cls_order']
for cls in intro.exported_classes():
try:
qname = introspect.qualified_name(cls.gcc)
heapq.heappush(classes, (pre[qname], qname, cls))
except KeyError:
heapq.heappush(classes, (10000, qname, cls))
# sort classes
cls_l = []
while classes:
p, qname, cls = heapq.heappop(classes)
cls_l.append((p, qname, cls))
cls_l.sort()
for p, qname, cls in cls_l:
output_class(cls, header, intro, cfg)
