def __init__(self, pyclass, ofwhat, pname=None, inorder=False, inline=False,
mutable=True, mixed=False, mixed_aname='_text', **kw):
'''pyclass -- the Python class to hold the fields
ofwhat -- a list of fields to be in the complexType
inorder -- fields must be in exact order or not
inline -- don't href/id when serializing
mutable -- object could change between multiple serializations
type -- the (URI,localname) of the datatype
mixed -- mixed content model? True/False
mixed_aname -- if mixed is True, specify text content here. Default _text
'''
TypeCode.__init__(self, pname, pyclass=pyclass, **kw)
self.inorder = inorder
self.inline = inline
self.mutable = mutable
self.mixed = mixed
self.mixed_aname = None
if mixed is True:
self.mixed_aname = mixed_aname
if self.mutable is True: self.inline = True
self.type = kw.get('type') or _get_xsitype(self)
t = type(ofwhat)
if t not in _seqtypes:
raise TypeError(
'Struct ofwhat must be list or sequence, not ' + str(t))
self.ofwhat = tuple(ofwhat)
if TypeCode.typechecks:
# XXX Not sure how to determine if new-style class..
if self.pyclass is not None and \
type(self.pyclass) is not types.ClassType and not isinstance(self.pyclass, object):
raise TypeError('pyclass must be None or an old-style/new-style class, not ' +
str(type(self.pyclass)))
_check_typecode_list(self.ofwhat, 'ComplexType')
def __init__(self, pyclass, ofwhat, pname=None, inorder=False, inline=False,
mutable=True, mixed=False, mixed_aname='_text', **kw):
'''pyclass -- the Python class to hold the fields
ofwhat -- a list of fields to be in the complexType
inorder -- fields must be in exact order or not
inline -- don't href/id when serializing
mutable -- object could change between multiple serializations
type -- the (URI,localname) of the datatype
mixed -- mixed content model? True/False
mixed_aname -- if mixed is True, specify text content here. Default _text
'''
TypeCode.__init__(self, pname, pyclass=pyclass, **kw)
self.inorder = inorder
self.inline = inline
self.mutable = mutable
self.mixed = mixed
self.mixed_aname = None
if mixed is True:
self.mixed_aname = mixed_aname
if self.mutable is True: self.inline = True
self.type = kw.get('type') or _get_xsitype(self)
t = type(ofwhat)
if t not in _seqtypes:
raise TypeError(
'Struct ofwhat must be list or sequence, not ' + str(t))
self.ofwhat = tuple(ofwhat)
if TypeCode.typechecks:
# XXX Not sure how to determine if new-style class..
if self.pyclass is not None and \
type(self.pyclass) is not types.ClassType and not isinstance(self.pyclass, object):
raise TypeError('pyclass must be None or an old-style/new-style class, not ' +
str(type(self.pyclass)))
_check_typecode_list(self.ofwhat, 'ComplexType')
def __init__(self,
atype,
ofwhat,
pname=None,
dimensions=1,
fill=None,
sparse=False,
mutable=False,
size=None,
nooffset=0,
undeclared=False,
childnames=None,
**kw):
TypeCode.__init__(self, pname, **kw)
self.dimensions = dimensions
self.atype = atype
if undeclared is False and self.atype[1].endswith(']') is False:
self.atype = (self.atype[0], '%s[]' % self.atype[1])
# Support multiple dimensions
if self.dimensions != 1:
raise TypeError("Only single-dimensioned arrays supported")
self.fill = fill
self.sparse = sparse
#if self.sparse: ofwhat.minOccurs = 0
self.mutable = mutable
self.size = size
self.nooffset = nooffset
self.undeclared = undeclared
self.childnames = childnames
if self.size:
t = type(self.size)
if t in _inttypes:
self.size = (self.size, )
elif t in _seqtypes:
self.size = tuple(self.size)
elif TypeCode.typechecks:
raise TypeError('Size must be integer or list, not ' + str(t))
# by default use Any
ofwhat = ofwhat or Any()
if TypeCode.typechecks:
if self.undeclared is False and type(
atype) not in _seqtypes and len(atype) == 2:
raise TypeError("Array type must be a sequence of len 2.")
t = type(ofwhat)
if not isinstance(ofwhat, TypeCode):
raise TypeError(
'Array ofwhat outside the TypeCode hierarchy, ' +
str(ofwhat.__class__))
if self.size:
if len(self.size) != self.dimensions:
raise TypeError('Array dimension/size mismatch')
for s in self.size:
if type(s) not in _inttypes:
raise TypeError('Array size "' + str(s) +
'" is not an integer.')
self.ofwhat = ofwhat
def __init__(self, atype, ofwhat, pname=None, dimensions=1, fill=None,
sparse=False, mutable=False, size=None, nooffset=0, undeclared=False,
childnames=None, **kw):
TypeCode.__init__(self, pname, **kw)
self.dimensions = dimensions
self.atype = atype
if undeclared is False and self.atype[1].endswith(']') is False:
self.atype = (self.atype[0], '%s[]' %self.atype[1])
# Support multiple dimensions
if self.dimensions != 1:
raise TypeError("Only single-dimensioned arrays supported")
self.fill = fill
self.sparse = sparse
#if self.sparse: ofwhat.minOccurs = 0
self.mutable = mutable
self.size = size
self.nooffset = nooffset
self.undeclared = undeclared
self.childnames = childnames
if self.size:
t = type(self.size)
if t in _inttypes:
self.size = (self.size,)
elif t in _seqtypes:
self.size = tuple(self.size)
elif TypeCode.typechecks:
raise TypeError('Size must be integer or list, not ' + str(t))
# by default use Any
ofwhat = ofwhat or Any()
if TypeCode.typechecks:
if self.undeclared is False and type(atype) not in _seqtypes and len(atype) == 2:
raise TypeError("Array type must be a sequence of len 2.")
t = type(ofwhat)
if not isinstance(ofwhat, TypeCode):
raise TypeError(
'Array ofwhat outside the TypeCode hierarchy, ' +
str(ofwhat.__class__))
if self.size:
if len(self.size) != self.dimensions:
raise TypeError('Array dimension/size mismatch')
for s in self.size:
if type(s) not in _inttypes:
raise TypeError('Array size "' + str(s) +
'" is not an integer.')
self.ofwhat = ofwhat