def create_field(self, field_info):
keyword = field_info[0]
field = None
subclasses = get_all_subclasses(InfoField)
for kls in get_all_subclasses(InfoField):
if keyword == kls.keyword:
field = kls(self, field_info[1:])
break
return field
def create_field(self, field_info):
keyword = field_info[0]
field = None
subclasses = get_all_subclasses(InfoField)
print subclasses
for kls in get_all_subclasses(InfoField):
if keyword == kls.keyword:
field = kls(self, field_info[1:])
break
print field_info, field
return field
def get_object(self, pick, x, y, c, dx, dy, addr):
found = JumpmanDrawObject
for kls in get_all_subclasses(JumpmanDrawObject):
if kls.default_addr == addr:
found = kls
break
return found(pick, x, y, c, dx, dy, addr)
def get_converters():
s = get_all_subclasses(ArgumentConverter)
c = {}
for cls in s:
c[cls.stype] = cls()
c[None] = ArgumentConverter() # Include default converter
return c
def get_known_commands():
s = get_all_subclasses(Command)
c = {}
for cls in s:
if cls.short_name is not None:
c[cls.short_name] = cls
return c
def get_converters():
s = get_all_subclasses(ArgumentConverter)
c = {}
for cls in s:
c[cls.stype] = cls()
c[None] = ArgumentConverter() # Include default converter
return c
def get_known_commands():
s = get_all_subclasses(Command)
c = {}
for cls in s:
if cls.short_name is not None:
c[cls.short_name] = cls
return c
def get_object(self, pick, x, y, c, dx, dy, addr):
found = JumpmanDrawObject
for kls in get_all_subclasses(JumpmanDrawObject):
if kls.default_addr == addr:
found = kls
break
return found(pick, x, y, c, dx, dy, addr)
