Maximum CD 2011 October/maximum-cd-2011-10.iso/DiscContents/digsby_setup.exe/lib/ZSI/generate/pyclass.pyo

Python Compiled Bytecode | 2011-06-22 | 6.3 KB | 157 lines

# Source Generated with Decompyle++
# File: in.pyo (Python 2.6)

import sys
import warnings
from ZSI import TC

def _x():
    pass


try:
    _x.func_name = '_y'
except:
    raise RuntimeError, 'use python-2.4 or later, cannot set function names in python "%s"' % sys.version

del _x

class pyclass_type(type):

    def __new__(cls, classname, bases, classdict):
        typecode = classdict.get('typecode')
        if len(bases) > 0:
            pass
        elif typecode.mixed:
            (get, set) = cls._pyclass_type__create_text_functions_from_what(typecode)
            if classdict.has_key(get.__name__):
                raise AttributeError, 'attribute %s previously defined.' % get.__name__
            classdict.has_key(get.__name__)
            if classdict.has_key(set.__name__):
                raise AttributeError, 'attribute %s previously defined.' % set.__name__
            classdict.has_key(set.__name__)
            classdict[get.__name__] = get
            classdict[set.__name__] = set

        for what in typecode.ofwhat:
            (get, set, new_func) = cls._pyclass_type__create_functions_from_what(what)
            if classdict.has_key(get.__name__):
                raise AttributeError, 'attribute %s previously defined.' % get.__name__
            classdict.has_key(get.__name__)
            classdict[get.__name__] = get
            if classdict.has_key(set.__name__):
                raise AttributeError, 'attribute %s previously defined.' % set.__name__
            classdict.has_key(set.__name__)
            classdict[set.__name__] = set
            if new_func is not None:
                if classdict.has_key(new_func.__name__):
                    raise AttributeError, 'attribute %s previously defined.' % new_func.__name__
                classdict.has_key(new_func.__name__)
                classdict[new_func.__name__] = new_func

            pname = what.pname
            if pname is None and isinstance(what, TC.AnyElement):
                pname = 'any'

            pname = pname[0].upper() + pname[1:]
            classdict[pname] = property(get, set, None, 'property for element (%s,%s), minOccurs="%s" maxOccurs="%s" nillable="%s"' % (what.nspname, what.pname, what.minOccurs, what.maxOccurs, what.nillable))

        if hasattr(typecode, 'attribute_typecode_dict'):
            if not typecode.attribute_typecode_dict:
                pass
            attribute_typecode_dict = { }
            for key, what in attribute_typecode_dict.items():
                (get, set) = cls._pyclass_type__create_attr_functions_from_what(key, what)
                if classdict.has_key(get.__name__):
                    raise AttributeError, 'attribute %s previously defined.' % get.__name__
                classdict.has_key(get.__name__)
                if classdict.has_key(set.__name__):
                    raise AttributeError, 'attribute %s previously defined.' % set.__name__
                classdict.has_key(set.__name__)
                classdict[get.__name__] = get
                classdict[set.__name__] = set


        return type.__new__(cls, classname, bases, classdict)


    def __create_functions_from_what(what):
        if not callable(what) and getattr(what, 'pyclass', None) is None:
            new_func = None
        elif isinstance(what, TC.ComplexType) or isinstance(what, TC.Array):

            def new_func(self):
                return what.pyclass()

        elif not callable(what):

            def new_func(self, value):
                return what.pyclass(value)

        elif issubclass(what.klass, TC.ComplexType) or issubclass(what.klass, TC.Array):

            def new_func(self):
                p = what().pyclass
                if p is None:
                    return None
                return p()

        else:

            def new_func(self, value = (None,)):
                p = what().pyclass
                if p is None:
                    return None
                if value is None:
                    return p()
                return p(value)

        if new_func is not None:
            new_func.__name__ = 'new_%s' % what.pname

        get.func_name = 'get_element_%s' % what.pname
        set.func_name = 'set_element_%s' % what.pname
        return (get, set, new_func)

    __create_functions_from_what = staticmethod(__create_functions_from_what)

    def __create_attr_functions_from_what(key, what):

        def get(self):
            'returns attribute value for attribute %s, else None.\n            ' % str(key)
            return getattr(self, what.attrs_aname, { }).get(key, None)


        def set(self, value):
            'set value for attribute %s.\n            value -- initialize value, immutable type\n            ' % str(key)
            if not hasattr(self, what.attrs_aname):
                setattr(self, what.attrs_aname, { })

            getattr(self, what.attrs_aname)[key] = value

        if type(key) in (tuple, list):
            get.__name__ = 'get_attribute_%s' % key[1]
            set.__name__ = 'set_attribute_%s' % key[1]
        else:
            get.__name__ = 'get_attribute_%s' % key
            set.__name__ = 'set_attribute_%s' % key
        return (get, set)

    __create_attr_functions_from_what = staticmethod(__create_attr_functions_from_what)

    def __create_text_functions_from_what(what):

        def get(self):
            return getattr(self, what.mixed_aname, None)

        get.im_func = 'get_text'

        def set(self, value):
            setattr(self, what.mixed_aname, value)

        get.im_func = 'set_text'
        return (get, set)

    __create_text_functions_from_what = staticmethod(__create_text_functions_from_what)