python3 support: pylint, W1633 # (round-builtin) round built-in referenced
because round behavior is changed to default behavior in Python3
(Banker round). It can cause slight differences in some cases.
Mostly graphical editors are affected, there could be single pixel differences.
Now I couldn't locate any visual differences in test programs.
#!/usr/bin/env python
# -*- coding: utf-8 -*-
# This file is part of Beremiz, a Integrated Development Environment for
# programming IEC 61131-3 automates supporting plcopen standard and CanFestival.
#
# Copyright (C) 2007: Edouard TISSERANT and Laurent BESSARD
#
# See COPYING file for copyrights details.
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
from __future__ import absolute_import
from __future__ import print_function
import os
import re
import datetime
from types import FunctionType
from xml.dom import minidom
from future.builtins import round
from six import string_types
from past.builtins import long
from xmlclass.xmlclass import *
def GenerateDictFacets(facets):
return dict([(name, (None, False)) for name in facets])
def GenerateSimpleTypeXMLText(function):
def generateXMLTextMethod(value, name=None, indent=0):
text = ""
if name is not None:
ind1, _ind2 = getIndent(indent, name)
text += ind1 + "<%s>" % name
text += function(value)
if name is not None:
text += "</%s>\n" % name
return text
return generateXMLTextMethod
def GenerateFloatXMLText(extra_values=None, decimal=None):
float_format = (lambda x: "{:.{width}f}".format(x, width=decimal).rstrip('0')
if decimal is not None else str)
extra_values = [] if extra_values is None else extra_values
def generateXMLTextMethod(value, name=None, indent=0):
text = ""
if name is not None:
ind1, _ind2 = getIndent(indent, name)
text += ind1 + "<%s>" % name
if isinstance(value, int):
text += str(value)
elif value in extra_values or value % 1 != 0:
text += float_format(value)
else:
text += "{:.0f}".format(value)
if name is not None:
text += "</%s>\n" % name
return text
return generateXMLTextMethod
DEFAULT_FACETS = GenerateDictFacets(["pattern", "whiteSpace", "enumeration"])
NUMBER_FACETS = GenerateDictFacets(DEFAULT_FACETS.keys() + ["maxInclusive", "maxExclusive", "minInclusive", "minExclusive"])
DECIMAL_FACETS = GenerateDictFacets(NUMBER_FACETS.keys() + ["totalDigits", "fractionDigits"])
STRING_FACETS = GenerateDictFacets(DEFAULT_FACETS.keys() + ["length", "minLength", "maxLength"])
ALL_FACETS = ["pattern", "whiteSpace", "enumeration", "maxInclusive",
"maxExclusive", "minInclusive", "minExclusive", "totalDigits",
"fractionDigits", "length", "minLength", "maxLength"]
# -------------------------------------------------------------------------------
# Structure reducing functions
# -------------------------------------------------------------------------------
# Documentation elements
def ReduceAppInfo(factory, attributes, elements):
return {"type": "appinfo", "source": attributes.get("source", None),
"content": "\n".join(elements)}
def ReduceDocumentation(factory, attributes, elements):
return {"type": "documentation", "source": attributes.get("source", None),
"language": attributes.get("lang", "any"), "content": "\n".join(elements)}
def ReduceAnnotation(factory, attributes, elements):
_annotations, children = factory.ReduceElements(elements)
annotation = {"type": "annotation", "appinfo": [], "documentation": {}}
for child in children:
if child["type"] == "appinfo":
annotation["appinfo"].append((child["source"], child["content"]))
elif child["type"] == "documentation":
if child["source"] is not None:
text = "(source: %(source)s):\n%(content)s\n\n" % child
else:
text = child["content"] + "\n\n"
if not child["language"] in annotation["documentation"]:
annotation["documentation"] = text
else:
annotation["documentation"] += text
return annotation
# Simple type elements
def GenerateFacetReducing(facetname, canbefixed):
def ReduceFacet(factory, attributes, elements):
annotations, _children = factory.ReduceElements(elements)
if "value" in attributes:
facet = {"type": facetname, "value": attributes["value"], "doc": annotations}
if canbefixed:
facet["fixed"] = attributes.get("fixed", False)
return facet
raise ValueError("A value must be defined for the \"%s\" facet!" % facetname)
return ReduceFacet
def ReduceList(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
list = {"type": "list", "itemType": attributes.get("itemType", None), "doc": annotations}
if len(children) > 0 and children[0]["type"] == SIMPLETYPE:
if list["itemType"] is None:
list["itemType"] = children[0]
else:
raise ValueError("Only one base type can be defined for restriction!")
if list["itemType"] is None:
raise ValueError("No base type has been defined for list!")
return list
def ReduceUnion(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
union = {"type": "union", "memberTypes": attributes.get("memberTypes", []), "doc": annotations}
for child in children:
if child["type"] == SIMPLETYPE:
union["memberTypes"].append(child)
if len(union["memberTypes"]) == 0:
raise ValueError("No base type has been defined for union!")
return union
def CreateSimpleType(factory, attributes, typeinfos):
# Initialize type informations
facets = {}
simpleType = {"type": SIMPLETYPE, "final": attributes.get("final", [])}
if "name" in attributes:
simpleType["name"] = attributes["name"]
if typeinfos["type"] in ["restriction", "extension"]:
# Search for base type definition
if isinstance(typeinfos["base"], string_types):
basetypeinfos = factory.FindSchemaElement(typeinfos["base"], SIMPLETYPE)
if basetypeinfos is None:
raise "\"%s\" isn't defined!" % typeinfos["base"]
else:
basetypeinfos = typeinfos["base"]
# Check that base type is a simple type
if basetypeinfos["type"] != SIMPLETYPE:
raise ValueError("Base type given isn't a simpleType!")
simpleType["basename"] = basetypeinfos["basename"]
# Check that derivation is allowed
if "final" in basetypeinfos:
if "#all" in basetypeinfos["final"]:
raise ValueError("Base type can't be derivated!")
if "restriction" in basetypeinfos["final"] and typeinfos["type"] == "restriction":
raise ValueError("Base type can't be derivated by restriction!")
# Extract simple type facets
for facet in typeinfos.get("facets", []):
facettype = facet["type"]
if facettype not in basetypeinfos["facets"]:
raise ValueError("\"%s\" facet can't be defined for \"%s\" type!" % (facettype, type))
elif basetypeinfos["facets"][facettype][1]:
raise ValueError("\"%s\" facet is fixed on base type!" % facettype)
value = facet["value"]
basevalue = basetypeinfos["facets"][facettype][0]
if facettype in ["enumeration", "pattern"]:
value = basetypeinfos["extract"](value, False)
if len(facets) == 0:
facets[facettype] = ([value], False)
continue
elif facets.keys() == [facettype]:
facets[facettype][0].append(value)
continue
else:
raise ValueError("\"%s\" facet can't be defined with another facet type!" % facettype)
elif "enumeration" in facets:
raise ValueError("\"enumeration\" facet can't be defined with another facet type!")
elif "pattern" in facets:
raise ValueError("\"pattern\" facet can't be defined with another facet type!")
elif facettype in facets:
raise ValueError("\"%s\" facet can't be defined two times!" % facettype)
elif facettype == "length":
if "minLength" in facets:
raise ValueError("\"length\" and \"minLength\" facets can't be defined at the same time!")
if "maxLength" in facets:
raise ValueError("\"length\" and \"maxLength\" facets can't be defined at the same time!")
try:
value = int(value)
except Exception:
raise ValueError("\"length\" must be an integer!")
if value < 0:
raise ValueError("\"length\" can't be negative!")
elif basevalue is not None and basevalue != value:
raise ValueError("\"length\" can't be different from \"length\" defined in base type!")
elif facettype == "minLength":
if "length" in facets:
raise ValueError("\"length\" and \"minLength\" facets can't be defined at the same time!")
try:
value = int(value)
except Exception:
raise ValueError("\"minLength\" must be an integer!")
if value < 0:
raise ValueError("\"minLength\" can't be negative!")
elif "maxLength" in facets and value > facets["maxLength"]:
raise ValueError("\"minLength\" must be lesser than or equal to \"maxLength\"!")
elif basevalue is not None and basevalue < value:
raise ValueError("\"minLength\" can't be lesser than \"minLength\" defined in base type!")
elif facettype == "maxLength":
if "length" in facets:
raise ValueError("\"length\" and \"maxLength\" facets can't be defined at the same time!")
try:
value = int(value)
except Exception:
raise ValueError("\"maxLength\" must be an integer!")
if value < 0:
raise ValueError("\"maxLength\" can't be negative!")
elif "minLength" in facets and value < facets["minLength"]:
raise ValueError("\"minLength\" must be lesser than or equal to \"maxLength\"!")
elif basevalue is not None and basevalue > value:
raise ValueError("\"maxLength\" can't be greater than \"maxLength\" defined in base type!")
elif facettype == "minInclusive":
if "minExclusive" in facets:
raise ValueError("\"minExclusive\" and \"minInclusive\" facets can't be defined at the same time!")
value = basetypeinfos["extract"](facet["value"], False)
if "maxInclusive" in facets and value > facets["maxInclusive"][0]:
raise ValueError("\"minInclusive\" must be lesser than or equal to \"maxInclusive\"!")
elif "maxExclusive" in facets and value >= facets["maxExclusive"][0]:
raise ValueError("\"minInclusive\" must be lesser than \"maxExclusive\"!")
elif facettype == "minExclusive":
if "minInclusive" in facets:
raise ValueError("\"minExclusive\" and \"minInclusive\" facets can't be defined at the same time!")
value = basetypeinfos["extract"](facet["value"], False)
if "maxInclusive" in facets and value >= facets["maxInclusive"][0]:
raise ValueError("\"minExclusive\" must be lesser than \"maxInclusive\"!")
elif "maxExclusive" in facets and value >= facets["maxExclusive"][0]:
raise ValueError("\"minExclusive\" must be lesser than \"maxExclusive\"!")
elif facettype == "maxInclusive":
if "maxExclusive" in facets:
raise ValueError("\"maxExclusive\" and \"maxInclusive\" facets can't be defined at the same time!")
value = basetypeinfos["extract"](facet["value"], False)
if "minInclusive" in facets and value < facets["minInclusive"][0]:
raise ValueError("\"minInclusive\" must be lesser than or equal to \"maxInclusive\"!")
elif "minExclusive" in facets and value <= facets["minExclusive"][0]:
raise ValueError("\"minExclusive\" must be lesser than \"maxInclusive\"!")
elif facettype == "maxExclusive":
if "maxInclusive" in facets:
raise ValueError("\"maxExclusive\" and \"maxInclusive\" facets can't be defined at the same time!")
value = basetypeinfos["extract"](facet["value"], False)
if "minInclusive" in facets and value <= facets["minInclusive"][0]:
raise ValueError("\"minInclusive\" must be lesser than \"maxExclusive\"!")
elif "minExclusive" in facets and value <= facets["minExclusive"][0]:
raise ValueError("\"minExclusive\" must be lesser than \"maxExclusive\"!")
elif facettype == "whiteSpace":
if basevalue == "collapse" and value in ["preserve", "replace"] or basevalue == "replace" and value == "preserve":
raise ValueError("\"whiteSpace\" is incompatible with \"whiteSpace\" defined in base type!")
elif facettype == "totalDigits":
if "fractionDigits" in facets and value <= facets["fractionDigits"][0]:
raise ValueError("\"fractionDigits\" must be lesser than or equal to \"totalDigits\"!")
elif basevalue is not None and value > basevalue:
raise ValueError("\"totalDigits\" can't be greater than \"totalDigits\" defined in base type!")
elif facettype == "fractionDigits":
if "totalDigits" in facets and value <= facets["totalDigits"][0]:
raise ValueError("\"fractionDigits\" must be lesser than or equal to \"totalDigits\"!")
elif basevalue is not None and value > basevalue:
raise ValueError("\"totalDigits\" can't be greater than \"totalDigits\" defined in base type!")
facets[facettype] = (value, facet.get("fixed", False))
# Report not redefined facet from base type to new created type
for facettype, facetvalue in basetypeinfos["facets"].items():
if facettype not in facets:
facets[facettype] = facetvalue
# Generate extract value for new created type
def ExtractSimpleTypeValue(attr, extract=True):
value = basetypeinfos["extract"](attr, extract)
for facetname, (facetvalue, _facetfixed) in facets.items():
if facetvalue is not None:
if facetname == "enumeration" and value not in facetvalue:
raise ValueError("\"%s\" not in enumerated values" % value)
elif facetname == "length" and len(value) != facetvalue:
raise ValueError("value must have a length of %d" % facetvalue)
elif facetname == "minLength" and len(value) < facetvalue:
raise ValueError("value must have a length of %d at least" % facetvalue)
elif facetname == "maxLength" and len(value) > facetvalue:
raise ValueError("value must have a length of %d at most" % facetvalue)
elif facetname == "minInclusive" and value < facetvalue:
raise ValueError("value must be greater than or equal to %s" % str(facetvalue))
elif facetname == "minExclusive" and value <= facetvalue:
raise ValueError("value must be greater than %s" % str(facetvalue))
elif facetname == "maxInclusive" and value > facetvalue:
raise ValueError("value must be lesser than or equal to %s" % str(facetvalue))
elif facetname == "maxExclusive" and value >= facetvalue:
raise ValueError("value must be lesser than %s" % str(facetvalue))
elif facetname == "pattern":
model = re.compile("(?:%s)?$" % "|".join(map(lambda x: "(?:%s)" % x, facetvalue)))
result = model.match(value)
if result is None:
if len(facetvalue) > 1:
raise ValueError("value doesn't follow any of the patterns %s" % ",".join(facetvalue))
else:
raise ValueError("value doesn't follow the pattern %s" % facetvalue[0])
elif facetname == "whiteSpace":
if facetvalue == "replace":
value = GetNormalizedString(value, False)
elif facetvalue == "collapse":
value = GetToken(value, False)
return value
def CheckSimpleTypeValue(value):
for facetname, (facetvalue, _facetfixed) in facets.items():
if facetvalue is not None:
if facetname == "enumeration" and value not in facetvalue:
return False
elif facetname == "length" and len(value) != facetvalue:
return False
elif facetname == "minLength" and len(value) < facetvalue:
return False
elif facetname == "maxLength" and len(value) > facetvalue:
return False
elif facetname == "minInclusive" and value < facetvalue:
return False
elif facetname == "minExclusive" and value <= facetvalue:
return False
elif facetname == "maxInclusive" and value > facetvalue:
return False
elif facetname == "maxExclusive" and value >= facetvalue:
return False
elif facetname == "pattern":
model = re.compile("(?:%s)?$" % "|".join(map(lambda x: "(?:%s)" % x, facetvalue)))
result = model.match(value)
if result is None:
if len(facetvalue) > 1:
raise ValueError("value doesn't follow any of the patterns %s" % ",".join(facetvalue))
else:
raise ValueError("value doesn't follow the pattern %s" % facetvalue[0])
return True
def SimpleTypeInitialValue():
for facetname, (facetvalue, _facetfixed) in facets.items():
if facetvalue is not None:
if facetname == "enumeration":
return facetvalue[0]
elif facetname == "length":
return " "*facetvalue
elif facetname == "minLength":
return " "*facetvalue
elif facetname == "minInclusive" and facetvalue > 0:
return facetvalue
elif facetname == "minExclusive" and facetvalue >= 0:
return facetvalue + 1
elif facetname == "maxInclusive" and facetvalue < 0:
return facetvalue
elif facetname == "maxExclusive" and facetvalue <= 0:
return facetvalue - 1
return basetypeinfos["initial"]()
GenerateSimpleType = basetypeinfos["generate"]
elif typeinfos["type"] == "list":
# Search for item type definition
if isinstance(typeinfos["itemType"], string_types):
itemtypeinfos = factory.FindSchemaElement(typeinfos["itemType"], SIMPLETYPE)
if itemtypeinfos is None:
raise "\"%s\" isn't defined!" % typeinfos["itemType"]
else:
itemtypeinfos = typeinfos["itemType"]
# Check that item type is a simple type
if itemtypeinfos["type"] != SIMPLETYPE:
raise ValueError("Item type given isn't a simpleType!")
simpleType["basename"] = "list"
# Check that derivation is allowed
if "final" in itemtypeinfos:
if "#all" in itemtypeinfos["final"]:
raise ValueError("Item type can't be derivated!")
if "list" in itemtypeinfos["final"]:
raise ValueError("Item type can't be derivated by list!")
# Generate extract value for new created type
def ExtractSimpleTypeValue(attr, extract=True):
values = []
for value in GetToken(attr, extract).split(" "):
values.append(itemtypeinfos["extract"](value, False))
return values
def CheckSimpleTypeValue(value):
for item in value:
result = itemtypeinfos["check"](item)
if not result:
return result
return True
def SimpleTypeInitialValue():
return []
GenerateSimpleType = GenerateSimpleTypeXMLText(lambda x: " ".join(map(itemtypeinfos["generate"], x)))
facets = GenerateDictFacets(["length", "maxLength", "minLength", "enumeration", "pattern"])
facets["whiteSpace"] = ("collapse", False)
elif typeinfos["type"] == "union":
# Search for member types definition
membertypesinfos = []
for membertype in typeinfos["memberTypes"]:
if isinstance(membertype, string_types):
infos = factory.FindSchemaElement(membertype, SIMPLETYPE)
if infos is None:
raise ValueError("\"%s\" isn't defined!" % membertype)
else:
infos = membertype
# Check that member type is a simple type
if infos["type"] != SIMPLETYPE:
raise ValueError("Member type given isn't a simpleType!")
# Check that derivation is allowed
if "final" in infos:
if "#all" in infos["final"]:
raise ValueError("Item type can't be derivated!")
if "union" in infos["final"]:
raise ValueError("Member type can't be derivated by union!")
membertypesinfos.append(infos)
simpleType["basename"] = "union"
# Generate extract value for new created type
def ExtractSimpleTypeValue(attr, extract=True):
for infos in membertypesinfos:
try:
return infos["extract"](attr, False)
except Exception:
pass
raise ValueError("\"%s\" isn't valid for type defined for union!")
def CheckSimpleTypeValue(value):
for infos in membertypesinfos:
result = infos["check"](value)
if result:
return result
return False
SimpleTypeInitialValue = membertypesinfos[0]["initial"]
def GenerateSimpleTypeFunction(value):
if isinstance(value, bool):
return {True: "true", False: "false"}[value]
else:
return str(value)
GenerateSimpleType = GenerateSimpleTypeXMLText(GenerateSimpleTypeFunction)
facets = GenerateDictFacets(["pattern", "enumeration"])
simpleType["facets"] = facets
simpleType["extract"] = ExtractSimpleTypeValue
simpleType["initial"] = SimpleTypeInitialValue
simpleType["check"] = CheckSimpleTypeValue
simpleType["generate"] = GenerateSimpleType
return simpleType
def ReduceSimpleType(factory, attributes, elements):
# Reduce all the simple type children
annotations, children = factory.ReduceElements(elements)
simpleType = CreateSimpleType(factory, attributes, children[0])
simpleType["doc"] = annotations
return simpleType
# Complex type
def ExtractAttributes(factory, elements, base=None):
attrs = []
attrnames = {}
if base is not None:
basetypeinfos = factory.FindSchemaElement(base)
if not isinstance(basetypeinfos, string_types) and basetypeinfos["type"] == COMPLEXTYPE:
attrnames = dict(map(lambda x: (x["name"], True), basetypeinfos["attributes"]))
for element in elements:
if element["type"] == ATTRIBUTE:
if attrnames.get(element["name"], False):
raise ValueError("\"%s\" attribute has been defined two times!" % element["name"])
else:
attrnames[element["name"]] = True
attrs.append(element)
elif element["type"] == "attributeGroup":
attrgroup = factory.FindSchemaElement(element["ref"], ATTRIBUTESGROUP)
for attr in attrgroup["attributes"]:
if attrnames.get(attr["name"], False):
raise ValueError("\"%s\" attribute has been defined two times!" % attr["name"])
else:
attrnames[attr["name"]] = True
attrs.append(attr)
elif element["type"] == "anyAttribute":
raise ValueError("\"anyAttribute\" element isn't supported yet!")
return attrs
def ReduceRestriction(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
restriction = {"type": "restriction", "base": attributes.get("base", None), "facets": [], "doc": annotations}
if len(children) > 0 and children[0]["type"] == SIMPLETYPE:
if restriction["base"] is None:
restriction["base"] = children.pop(0)
else:
raise ValueError("Only one base type can be defined for restriction!")
if restriction["base"] is None:
raise ValueError("No base type has been defined for restriction!")
while len(children) > 0 and children[0]["type"] in ALL_FACETS:
restriction["facets"].append(children.pop(0))
restriction["attributes"] = ExtractAttributes(factory, children, restriction["base"])
return restriction
def ReduceExtension(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
if "base" not in attributes:
raise ValueError("No base type has been defined for extension!")
extension = {"type": "extension", "attributes": [], "elements": [], "base": attributes["base"], "doc": annotations}
if len(children) > 0:
if children[0]["type"] in ["group", "all", CHOICE, "sequence"]:
group = children.pop(0)
if group["type"] in ["all", "sequence"]:
extension["elements"] = group["elements"]
extension["order"] = group["order"]
elif group["type"] == CHOICE:
content = group.copy()
content["name"] = "content"
extension["elements"].append(content)
elif group["type"] == "group":
elmtgroup = factory.FindSchemaElement(group["ref"], ELEMENTSGROUP)
if "elements" in elmtgroup:
extension["elements"] = elmtgroup["elements"]
extension["order"] = elmtgroup["order"]
else:
content = elmtgroup.copy()
content["name"] = "content"
extension["elements"].append(content)
extension["attributes"] = ExtractAttributes(factory, children)
return extension
def ReduceSimpleContent(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
simpleContent = children[0].copy()
basetypeinfos = factory.FindSchemaElement(simpleContent["base"])
if basetypeinfos["type"] == SIMPLETYPE:
contenttypeinfos = simpleContent.copy()
simpleContent.pop("base")
elif (basetypeinfos["type"] == COMPLEXTYPE and
len(basetypeinfos["elements"]) == 1 and
basetypeinfos["elements"][0]["name"] == "content" and
"elmt_type" in basetypeinfos["elements"][0] and
basetypeinfos["elements"][0]["elmt_type"]["type"] == SIMPLETYPE):
contenttypeinfos = simpleContent.copy()
contenttypeinfos["base"] = basetypeinfos["elements"][0]["elmt_type"]
else:
raise ValueError("No compatible base type defined for simpleContent!")
contenttypeinfos = CreateSimpleType(factory, attributes, contenttypeinfos)
simpleContent["elements"] = [{"name": "content", "type": ELEMENT,
"elmt_type": contenttypeinfos, "doc": annotations,
"minOccurs": 1, "maxOccurs": 1}]
simpleContent["type"] = "simpleContent"
return simpleContent
def ReduceComplexContent(factory, attributes, elements):
_annotations, children = factory.ReduceElements(elements)
complexContent = children[0].copy()
complexContent["type"] = "complexContent"
return complexContent
def ReduceComplexType(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
if len(children) > 0:
if children[0]["type"] in ["simpleContent", "complexContent"]:
complexType = children[0].copy()
complexType.update(attributes)
complexType["type"] = COMPLEXTYPE
return complexType
elif children[0]["type"] in ["group", "all", CHOICE, "sequence"]:
complexType = {"type": COMPLEXTYPE, "elements": [], "order": True, "doc": annotations}
complexType.update(attributes)
group = children.pop(0)
if group["type"] in ["all", "sequence"]:
choice_number = 0
for element in group["elements"]:
if element["type"] == CHOICE:
choice_number += 1
if (group["minOccurs"] == 0 or group["maxOccurs"] != 1) and len(group["elements"]) > 1 or choice_number > 1:
content = {"type": CHOICE, "name": "content", "choices": [group], "minOccurs": 1, "maxOccurs": 1}
complexType["elements"].append(content)
else:
if len(group["elements"]) == 1:
if group["minOccurs"] == 0:
group["elements"][0]["minOccurs"] = group["minOccurs"]
if group["maxOccurs"] != 1:
group["elements"][0]["maxOccurs"] = group["maxOccurs"]
for element in group["elements"]:
if element["type"] == CHOICE:
element["name"] = "content"
complexType["elements"] = group["elements"]
complexType["order"] = group["order"]
elif group["type"] == CHOICE:
content = group.copy()
content["name"] = "content"
complexType["elements"].append(content)
elif group["type"] == "group":
elmtgroup = factory.FindSchemaElement(group["ref"], ELEMENTSGROUP)
if "elements" in elmtgroup:
complexType["elements"] = elmtgroup["elements"]
complexType["order"] = elmtgroup["order"]
else:
content = elmtgroup.copy()
content["name"] = "content"
complexType["elements"].append(content)
else:
complexType = {"elements": [], "order": True, "doc": annotations}
complexType.update(attributes)
complexType["type"] = COMPLEXTYPE
complexType["attributes"] = ExtractAttributes(factory, children)
return complexType
else:
raise ValueError("\"ComplexType\" can't be empty!")
# Attribute elements
def ReduceAnyAttribute(factory, attributes, elements):
return {"type": "anyAttribute"}
def ReduceAttribute(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
if "default" in attributes:
if "fixed" in attributes:
raise ValueError("\"default\" and \"fixed\" can't be defined at the same time!")
elif attributes.get("use", "optional") != "optional":
raise ValueError("if \"default\" present, \"use\" can only have the value \"optional\"!")
attribute = {"type": ATTRIBUTE, "attr_type": attributes.get("type", None), "doc": annotations}
if len(children) > 0:
if attribute["attr_type"] is None:
attribute["attr_type"] = children[0]
else:
raise ValueError("Only one type can be defined for attribute!")
if "ref" in attributes:
if "name" in attributes:
raise ValueError("\"ref\" and \"name\" can't be defined at the same time!")
elif "form" in attributes:
raise ValueError("\"ref\" and \"form\" can't be defined at the same time!")
elif attribute["attr_type"] is not None:
raise ValueError("if \"ref\" is present, no type can be defined!")
elif attribute["attr_type"] is None:
raise ValueError("No type has been defined for attribute \"%s\"!" % attributes["name"])
if "type" in attributes:
tmp_attrs = attributes.copy()
tmp_attrs.pop("type")
attribute.update(tmp_attrs)
else:
attribute.update(attributes)
return attribute
def ReduceAttributeGroup(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
if "ref" in attributes:
return {"type": "attributeGroup", "ref": attributes["ref"], "doc": annotations}
else:
return {"type": ATTRIBUTESGROUP, "attributes": ExtractAttributes(factory, children), "doc": annotations}
# Elements groups
def ReduceAny(factory, attributes, elements):
annotations, _children = factory.ReduceElements(elements)
any = {"type": ANY, "doc": annotations}
any.update(attributes)
return any
def ReduceElement(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
types = []
constraints = []
for child in children:
if child["type"] == CONSTRAINT:
constraints.append(child)
else:
types.append(child)
if "default" in attributes and "fixed" in attributes:
raise ValueError("\"default\" and \"fixed\" can't be defined at the same time!")
if "ref" in attributes:
for attr in ["name", "default", "fixed", "form", "block", "type"]:
if attr in attributes:
raise ValueError("\"ref\" and \"%s\" can't be defined at the same time!" % attr)
if "nillable" in attributes:
raise ValueError("\"ref\" and \"nillable\" can't be defined at the same time!")
if len(types) > 0:
raise ValueError("No type and no constraints can be defined where \"ref\" is defined!")
infos = factory.FindSchemaElement(attributes["ref"], ELEMENT)
if infos is not None:
element = infos.copy()
element["constraints"] = constraints
element["minOccurs"] = attributes["minOccurs"]
element["maxOccurs"] = attributes["maxOccurs"]
return element
else:
raise ValueError("\"%s\" base type isn't defined or circular referenced!" % attributes["ref"])
elif "name" in attributes:
element = {"type": ELEMENT, "elmt_type": attributes.get("type", None), "constraints": constraints, "doc": annotations}
if len(types) > 0:
if element["elmt_type"] is None:
element["elmt_type"] = types[0]
else:
raise ValueError("Only one type can be defined for attribute!")
elif element["elmt_type"] is None:
element["elmt_type"] = "tag"
element["type"] = TAG
if "type" in attributes:
tmp_attrs = attributes.copy()
tmp_attrs.pop("type")
element.update(tmp_attrs)
else:
element.update(attributes)
return element
else:
raise ValueError("\"Element\" must have at least a \"ref\" or a \"name\" defined!")
def ReduceAll(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
for child in children:
if child["maxOccurs"] == "unbounded" or child["maxOccurs"] > 1:
raise ValueError("\"all\" item can't have \"maxOccurs\" attribute greater than 1!")
return {"type": "all", "elements": children, "minOccurs": attributes["minOccurs"],
"maxOccurs": attributes["maxOccurs"], "order": False, "doc": annotations}
def ReduceChoice(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
choices = []
for child in children:
if child["type"] in [ELEMENT, ANY, TAG]:
choices.append(child)
elif child["type"] == "sequence":
child["minOccurs"] = child["maxOccurs"] = 1
choices.append(child)
# raise ValueError("\"sequence\" in \"choice\" is not supported. Create instead a new complex type!")
elif child["type"] == CHOICE:
choices.extend(child["choices"])
elif child["type"] == "group":
elmtgroup = factory.FindSchemaElement(child["ref"], ELEMENTSGROUP)
if "choices" not in elmtgroup:
raise ValueError("Only group composed of \"choice\" can be referenced in \"choice\" element!")
choices_tmp = []
for choice in elmtgroup["choices"]:
if not isinstance(choice["elmt_type"], string_types) and choice["elmt_type"]["type"] == COMPLEXTYPE:
elmt_type = "%s_%s" % (elmtgroup["name"], choice["name"])
if factory.TargetNamespace is not None:
elmt_type = "%s:%s" % (factory.TargetNamespace, elmt_type)
new_choice = choice.copy()
new_choice["elmt_type"] = elmt_type
choices_tmp.append(new_choice)
else:
choices_tmp.append(choice)
choices.extend(choices_tmp)
for choice in choices:
attributes["minOccurs"] = min(attributes["minOccurs"], choice["minOccurs"])
choice["minOccurs"] = 1
return {"type": CHOICE, "choices": choices, "minOccurs": attributes["minOccurs"],
"maxOccurs": attributes["maxOccurs"], "doc": annotations}
def ReduceSequence(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
sequence = []
for child in children:
if child["type"] in [ELEMENT, ANY, TAG, CHOICE]:
sequence.append(child)
elif child["type"] == "sequence":
sequence.extend(child["elements"])
elif child["type"] == "group":
elmtgroup = factory.FindSchemaElement(child["ref"], ELEMENTSGROUP)
if "elements" not in elmtgroup or not elmtgroup["order"]:
raise ValueError("Only group composed of \"sequence\" can be referenced in \"sequence\" element!")
elements_tmp = []
for element in elmtgroup["elements"]:
if not isinstance(element["elmt_type"], string_types) and element["elmt_type"]["type"] == COMPLEXTYPE:
elmt_type = "%s_%s" % (elmtgroup["name"], element["name"])
if factory.TargetNamespace is not None:
elmt_type = "%s:%s" % (factory.TargetNamespace, elmt_type)
new_element = element.copy()
new_element["elmt_type"] = elmt_type
elements_tmp.append(new_element)
else:
elements_tmp.append(element)
sequence.extend(elements_tmp)
return {"type": "sequence", "elements": sequence, "minOccurs": attributes["minOccurs"],
"maxOccurs": attributes["maxOccurs"], "order": True, "doc": annotations}
def ReduceGroup(factory, attributes, elements):
annotations, children = factory.ReduceElements(elements)
if "ref" in attributes:
return {"type": "group", "ref": attributes["ref"], "doc": annotations}
else:
element = children[0]
group = {"type": ELEMENTSGROUP, "doc": annotations}
if element["type"] == CHOICE:
group["choices"] = element["choices"]
else:
group.update({"elements": element["elements"], "order": element["order"]})
group.update(attributes)
return group
# Constraint elements
def ReduceUnique(factory, attributes, elements):
_annotations, children = factory.ReduceElements(elements)
unique = {"type": CONSTRAINT, "const_type": "unique", "selector": children[0], "fields": children[1:]}
unique.update(attributes)
return unique
def ReduceKey(factory, attributes, elements):
_annotations, children = factory.ReduceElements(elements)
key = {"type": CONSTRAINT, "const_type": "key", "selector": children[0], "fields": children[1:]}
key.update(attributes)
return key
def ReduceKeyRef(factory, attributes, elements):
_annotations, children = factory.ReduceElements(elements)
keyref = {"type": CONSTRAINT, "const_type": "keyref", "selector": children[0], "fields": children[1:]}
keyref.update(attributes)
return keyref
def ReduceSelector(factory, attributes, elements):
factory.ReduceElements(elements)
selector = {"type": CONSTRAINT, "const_type": "selector"}
selector.update(attributes)
return selector
def ReduceField(factory, attributes, elements):
factory.ReduceElements(elements)
field = {"type": CONSTRAINT, "const_type": "field"}
field.update(attributes)
return field
# Inclusion elements
def ReduceImport(factory, attributes, elements):
factory.ReduceElements(elements)
raise ValueError("\"import\" element isn't supported yet!")
def ReduceInclude(factory, attributes, elements):
factory.ReduceElements(elements)
if factory.FileName is None:
raise ValueError("Include in XSD string not yet supported")
filepath = attributes["schemaLocation"]
if filepath is not None and not os.path.exists(filepath):
filepath = os.path.join(factory.BaseFolder, filepath)
if not os.path.exists(filepath):
raise ValueError("No file '%s' found for include" % attributes["schemaLocation"])
xsdfile = open(filepath, 'r')
include_factory = XSDClassFactory(minidom.parse(xsdfile), filepath)
xsdfile.close()
include_factory.CreateClasses()
if factory.TargetNamespace == include_factory.TargetNamespace:
factory.Namespaces[factory.TargetNamespace].update(include_factory.Namespaces[include_factory.TargetNamespace])
else:
factory.Namespaces[include_factory.TargetNamespace] = include_factory.Namespaces[include_factory.TargetNamespace]
factory.ComputedClasses.update(include_factory.ComputedClasses)
factory.ComputedClassesLookUp.update(include_factory.ComputedClassesLookUp)
factory.EquivalentClassesParent.update(include_factory.EquivalentClassesParent)
return None
def ReduceRedefine(factory, attributes, elements):
factory.ReduceElements(elements)
raise ValueError("\"redefine\" element isn't supported yet!")
# Schema element
def ReduceSchema(factory, attributes, elements):
factory.AttributeFormDefault = attributes["attributeFormDefault"]
factory.ElementFormDefault = attributes["elementFormDefault"]
factory.BlockDefault = attributes["blockDefault"]
factory.FinalDefault = attributes["finalDefault"]
targetNamespace = attributes.get("targetNamespace", None)
factory.TargetNamespace = factory.DefinedNamespaces.get(targetNamespace, None)
if factory.TargetNamespace is not None:
factory.etreeNamespaceFormat = "{%s}%%s" % targetNamespace
factory.Namespaces[factory.TargetNamespace] = {}
_annotations, children = factory.ReduceElements(elements, True)
for child in children:
if "name" in child:
infos = factory.GetQualifiedNameInfos(child["name"], factory.TargetNamespace, True)
if infos is None:
factory.Namespaces[factory.TargetNamespace][child["name"]] = child
elif not CompareSchema(infos, child):
raise ValueError("\"%s\" is defined twice in targetNamespace!" % child["name"])
def CompareSchema(schema, reference):
if isinstance(schema, list):
if not isinstance(reference, list) or len(schema) != len(reference):
return False
for i, value in enumerate(schema):
result = CompareSchema(value, reference[i])
if not result:
return result
return True
elif isinstance(schema, dict):
if not isinstance(reference, dict) or len(schema) != len(reference):
return False
for name, value in schema.items():
ref_value = reference.get(name, None)
if ref_value is None and value is not None:
return False
result = CompareSchema(value, ref_value)
if not result:
return result
return True
elif isinstance(schema, FunctionType):
if not isinstance(reference, FunctionType) or schema.__name__ != reference.__name__:
return False
else:
return True
return schema == reference
# -------------------------------------------------------------------------------
# Base class for XSD schema extraction
# -------------------------------------------------------------------------------
class XSDClassFactory(ClassFactory):
def __init__(self, document, filepath=None, debug=False):
ClassFactory.__init__(self, document, filepath, debug)
self.Namespaces["xml"] = {
"lang": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("lang", LANGUAGE_model)
}
}
}
self.Namespaces["xsi"] = {
"noNamespaceSchemaLocation": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": NotSupportedYet("noNamespaceSchemaLocation")
}
},
"nil": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": NotSupportedYet("nil")
}
},
"schemaLocation": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": NotSupportedYet("schemaLocation")
}
},
"type": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": NotSupportedYet("type")
}
}
}
def ParseSchema(self):
for child in self.Document.childNodes:
if child.nodeType == self.Document.ELEMENT_NODE:
schema = child
break
for qualified_name, attr in schema._attrs.items():
namespace, name = DecomposeQualifiedName(qualified_name)
if namespace == "xmlns":
value = GetAttributeValue(attr)
self.DefinedNamespaces[value] = name
self.NSMAP[name] = value
if value == "http://www.w3.org/2001/XMLSchema":
self.SchemaNamespace = name
self.Namespaces[self.SchemaNamespace] = XSD_NAMESPACE
self.Schema = XSD_NAMESPACE["schema"]["extract"]["default"](self, schema)
ReduceSchema(self, self.Schema[1], self.Schema[2])
def FindSchemaElement(self, element_name, element_type=None):
namespace, name = DecomposeQualifiedName(element_name)
element = self.GetQualifiedNameInfos(name, namespace, True)
if element is None and namespace == self.TargetNamespace and name not in self.CurrentCompilations:
self.CurrentCompilations.append(name)
element = self.CreateSchemaElement(name, element_type)
self.CurrentCompilations.pop(-1)
if element is not None:
self.Namespaces[self.TargetNamespace][name] = element
if element is None:
if name in self.CurrentCompilations:
if self.Debug:
print("Warning : \"%s\" is circular referenced!" % element_name)
else:
raise ValueError("\"%s\" isn't defined!" % element_name)
if element_type is not None and element["type"] != element_type:
raise ValueError("\"%s\" isn't of the expected type!" % element_name)
return element
def CreateSchemaElement(self, element_name, element_type):
for type, attributes, elements in self.Schema[2]:
_namespace, name = DecomposeQualifiedName(type)
if attributes.get("name", None) == element_name:
element_infos = None
if element_type in (ATTRIBUTE, None) and name == "attribute":
element_infos = ReduceAttribute(self, attributes, elements)
elif element_type in (ELEMENT, None) and name == "element":
element_infos = ReduceElement(self, attributes, elements)
elif element_type in (ATTRIBUTESGROUP, None) and name == "attributeGroup":
element_infos = ReduceAttributeGroup(self, attributes, elements)
elif element_type in (ELEMENTSGROUP, None) and name == "group":
element_infos = ReduceGroup(self, attributes, elements)
elif element_type in (SIMPLETYPE, None) and name == "simpleType":
element_infos = ReduceSimpleType(self, attributes, elements)
elif element_type in (COMPLEXTYPE, None) and name == "complexType":
element_infos = ReduceComplexType(self, attributes, elements)
if element_infos is not None:
self.Namespaces[self.TargetNamespace][element_name] = element_infos
return element_infos
return None
def GenerateParserFromXSD(filepath):
"""
This function opens the xsd file and generate a xml parser with class lookup from
the xml tree
"""
xsdfile = open(filepath, 'r')
xsdstring = xsdfile.read()
xsdfile.close()
cwd = os.getcwd()
os.chdir(os.path.dirname(filepath))
parser = GenerateParser(XSDClassFactory(minidom.parseString(xsdstring), filepath), xsdstring)
os.chdir(cwd)
return parser
def GenerateParserFromXSDstring(xsdstring):
"""
This function generate a xml from the xsd given as a string
"""
return GenerateParser(XSDClassFactory(minidom.parseString(xsdstring)), xsdstring)
# -------------------------------------------------------------------------------
# XSD schema syntax elements
# -------------------------------------------------------------------------------
XSD_NAMESPACE = {
# -------------------------------------------------------------------------------
# Syntax elements definition
# -------------------------------------------------------------------------------
"all": {
"struct": """
<all
id = ID
maxOccurs = 1 : 1
minOccurs = (0 | 1) : 1
{any attributes with non-schema namespace . . .}>
Content: (annotation?, element*)
</all>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"all", ["id", "maxOccurs", "minOccurs"],
re.compile("((?:annotation )?(?:element )*)"))
},
"reduce": ReduceAll
},
"annotation": {
"struct": """
<annotation
id = ID
{any attributes with non-schema namespace . . .}>
Content: (appinfo | documentation)*
</annotation>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"annotation", ["id"],
re.compile("((?:app_info |documentation )*)"))
},
"reduce": ReduceAnnotation
},
"any": {
"struct": """
<any
id = ID
maxOccurs = (nonNegativeInteger | unbounded) : 1
minOccurs = nonNegativeInteger : 1
namespace = ((##any | ##other) | List of (anyURI | (##targetNamespace | ##local)) ) : ##any
processContents = (lax | skip | strict) : strict
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</any>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"any",
["id", "maxOccurs", "minOccurs", "namespace", "processContents"],
re.compile("((?:annotation )?(?:simpleType )*)"))
},
"reduce": ReduceAny
},
"anyAttribute": {
"struct": """
<anyAttribute
id = ID
namespace = ((##any | ##other) | List of (anyURI | (##targetNamespace | ##local)) ) : ##any
processContents = (lax | skip | strict) : strict
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</anyAttribute>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"anyAttribute", ["id", "namespace", "processContents"], ONLY_ANNOTATION)
},
"reduce": ReduceAnyAttribute
},
"appinfo": {
"struct": """
<appinfo
source = anyURI
{any attributes with non-schema namespace . . .}>
Content: ({any})*
</appinfo>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement("appinfo", ["source"], re.compile("(.*)"), True)
},
"reduce": ReduceAppInfo
},
"attribute": {
"struct": """
<attribute
default = string
fixed = string
form = (qualified | unqualified)
id = ID
name = NCName
ref = QName
type = QName
use = (optional | prohibited | required) : optional
{any attributes with non-schema namespace . . .}>
Content: (annotation?, simpleType?)
</attribute>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"attribute",
["default", "fixed", "form", "id", "name", "ref", "type", "use"],
re.compile("((?:annotation )?(?:simpleType )?)")),
"schema": GenerateElement(
"attribute",
["default", "fixed", "form", "id", "name", "type"],
re.compile("((?:annotation )?(?:simpleType )?)"))
},
"reduce": ReduceAttribute
},
"attributeGroup": {
"struct": """
<attributeGroup
id = ID
name = NCName
ref = QName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, ((attribute | attributeGroup)*, anyAttribute?))
</attributeGroup>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"attributeGroup",
["id", "ref"], ONLY_ANNOTATION),
"schema": GenerateElement(
"attributeGroup",
["id", "name"],
re.compile("((?:annotation )?(?:(?:attribute |attributeGroup )*(?:anyAttribute )?))"))
},
"reduce": ReduceAttributeGroup
},
"choice": {
"struct": """
<choice
id = ID
maxOccurs = (nonNegativeInteger | unbounded) : 1
minOccurs = nonNegativeInteger : 1
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (element | group | choice | sequence | any)*)
</choice>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"choice",
["id", "maxOccurs", "minOccurs"],
re.compile("((?:annotation )?(?:element |group |choice |sequence |any )*)"))
},
"reduce": ReduceChoice
},
"complexContent": {
"struct": """
<complexContent
id = ID
mixed = boolean
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (restriction | extension))
</complexContent>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"complexContent",
["id", "mixed"],
re.compile("((?:annotation )?(?:restriction |extension ))"))
},
"reduce": ReduceComplexContent
},
"complexType": {
"struct": """
<complexType
abstract = boolean : false
block = (#all | List of (extension | restriction))
final = (#all | List of (extension | restriction))
id = ID
mixed = boolean : false
name = NCName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (simpleContent | complexContent | ((group | all | choice | sequence)?, ((attribute | attributeGroup)*, anyAttribute?))))
</complexType>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"complexType",
["abstract", "block", "final", "id", "mixed", "name"],
re.compile("((?:annotation )?(?:simpleContent |complexContent |(?:(?:group |all |choice |sequence )?(?:(?:attribute |attributeGroup )*(?:anyAttribute )?))))"))
},
"reduce": ReduceComplexType
},
"documentation": {
"struct": """
<documentation
source = anyURI
xml:lang = language
{any attributes with non-schema namespace . . .}>
Content: ({any})*
</documentation>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"documentation",
["source", "lang"],
re.compile("(.*)"), True)
},
"reduce": ReduceDocumentation
},
"element": {
"struct": """
<element
abstract = boolean : false
block = (#all | List of (extension | restriction | substitution))
default = string
final = (#all | List of (extension | restriction))
fixed = string
form = (qualified | unqualified)
id = ID
maxOccurs = (nonNegativeInteger | unbounded) : 1
minOccurs = nonNegativeInteger : 1
name = NCName
nillable = boolean : false
ref = QName
substitutionGroup = QName
type = QName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, ((simpleType | complexType)?, (unique | key | keyref)*))
</element>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"element",
["abstract", "block", "default", "final", "fixed", "form", "id", "maxOccurs", "minOccurs", "name", "nillable", "ref", "substitutionGroup", "type"],
re.compile("((?:annotation )?(?:simpleType |complexType )?(?:unique |key |keyref )*)")),
"schema": GenerateElement(
"element",
["abstract", "block", "default", "final", "fixed", "form", "id", "name", "nillable", "substitutionGroup", "type"],
re.compile("((?:annotation )?(?:simpleType |complexType )?(?:unique |key |keyref )*)"))
},
"reduce": ReduceElement
},
"enumeration": {
"struct": """
<enumeration
id = ID
value = anySimpleType
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</enumeration>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement("enumeration", ["id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("enumeration", False)
},
"extension": {
"struct": """
<extension
base = QName
id = ID
{any attributes with non-schema namespace . . .}>
Content: (annotation?, ((group | all | choice | sequence)?, ((attribute | attributeGroup)*, anyAttribute?)))
</extension>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"extension",
["base", "id"],
re.compile("((?:annotation )?(?:(?:attribute |attributeGroup )*(?:anyAttribute )?))")),
"complexContent": GenerateElement(
"extension",
["base", "id"],
re.compile("((?:annotation )?(?:group |all |choice |sequence )?(?:(?:attribute |attributeGroup )*(?:anyAttribute )?))"))
},
"reduce": ReduceExtension
},
"field": {
"struct": """
<field
id = ID
xpath = a subset of XPath expression, see below
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</field>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement("field", ["id", "xpath"], ONLY_ANNOTATION)
},
"reduce": ReduceField
},
"fractionDigits": {
"struct": """
<fractionDigits
fixed = boolean : false
id = ID
value = nonNegativeInteger
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</fractionDigits>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"fractionDigits",
["fixed", "id", "value"],
ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("fractionDigits", True)
},
"group": {
"struct": """
<group
id = ID
maxOccurs = (nonNegativeInteger | unbounded) : 1
minOccurs = nonNegativeInteger : 1
name = NCName
ref = QName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (all | choice | sequence)?)
</group>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"group",
["id", "maxOccurs", "minOccurs", "ref"],
re.compile("((?:annotation )?(?:all |choice |sequence )?)")),
"schema": GenerateElement(
"group",
["id", "name"],
re.compile("((?:annotation )?(?:all |choice |sequence )?)"))
},
"reduce": ReduceGroup
},
"import": {
"struct": """
<import
id = ID
namespace = anyURI
schemaLocation = anyURI
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</import>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"import",
["id", "namespace", "schemaLocation"],
ONLY_ANNOTATION)
},
"reduce": ReduceImport
},
"include": {
"struct": """
<include
id = ID
schemaLocation = anyURI
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</include>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"include",
["id", "schemaLocation"],
ONLY_ANNOTATION)
},
"reduce": ReduceInclude
},
"key": {
"struct": """
<key
id = ID
name = NCName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (selector, field+))
</key>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"key", ["id", "name"],
re.compile("((?:annotation )?(?:selector (?:field )+))"))
},
"reduce": ReduceKey
},
"keyref": {
"struct": """
<keyref
id = ID
name = NCName
refer = QName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (selector, field+))
</keyref>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"keyref", ["id", "name", "refer"],
re.compile("((?:annotation )?(?:selector (?:field )+))"))
},
"reduce": ReduceKeyRef
},
"length": {
"struct": """
<length
fixed = boolean : false
id = ID
value = nonNegativeInteger
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</length>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"length", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("length", True)
},
"list": {
"struct": """
<list
id = ID
itemType = QName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, simpleType?)
</list>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"list", ["id", "itemType"],
re.compile("((?:annotation )?(?:simpleType )?)$"))
},
"reduce": ReduceList
},
"maxExclusive": {
"struct": """
<maxInclusive
fixed = boolean : false
id = ID
value = anySimpleType
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</maxInclusive>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"maxExclusive", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("maxExclusive", True)
},
"maxInclusive": {
"struct": """
<maxExclusive
fixed = boolean : false
id = ID
value = anySimpleType
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</maxExclusive>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"maxInclusive", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("maxInclusive", True)
},
"maxLength": {
"struct": """
<maxLength
fixed = boolean : false
id = ID
value = nonNegativeInteger
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</maxLength>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"maxLength", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("maxLength", True)
},
"minExclusive": {
"struct": """
<minExclusive
fixed = boolean : false
id = ID
value = anySimpleType
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</minExclusive>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"minExclusive", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("minExclusive", True)
},
"minInclusive": {
"struct": """
<minInclusive
fixed = boolean : false
id = ID
value = anySimpleType
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</minInclusive>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"minInclusive", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("minInclusive", True)
},
"minLength": {
"struct": """
<minLength
fixed = boolean : false
id = ID
value = nonNegativeInteger
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</minLength>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"minLength", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("minLength", True)
},
"pattern": {
"struct": """
<pattern
id = ID
value = string
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</pattern>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement("pattern", ["id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("pattern", False)
},
"redefine": {
"struct": """
<redefine
id = ID
schemaLocation = anyURI
{any attributes with non-schema namespace . . .}>
Content: (annotation | (simpleType | complexType | group | attributeGroup))*
</redefine>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"refine", ["id", "schemaLocation"],
re.compile("((?:annotation |(?:simpleType |complexType |group |attributeGroup ))*)"))
},
"reduce": ReduceRedefine
},
"restriction": {
"struct": """
<restriction
base = QName
id = ID
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (group | all | choice | sequence)?, ((attribute | attributeGroup)*, anyAttribute?))
</restriction>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"restriction",
["base", "id"],
re.compile("((?:annotation )?(?:(?:simpleType )?(?:(?:minExclusive |minInclusive |maxExclusive |maxInclusive |totalDigits |fractionDigits |length |minLength |maxLength |enumeration |whiteSpace |pattern )*)))")),
"simpleContent": GenerateElement(
"restriction",
["base", "id"],
re.compile("((?:annotation )?(?:(?:simpleType )?(?:(?:minExclusive |minInclusive |maxExclusive |maxInclusive |totalDigits |fractionDigits |length |minLength |maxLength |enumeration |whiteSpace |pattern )*)?(?:(?:attribute |attributeGroup )*(?:anyAttribute )?)))")),
"complexContent": GenerateElement(
"restriction",
["base", "id"],
re.compile("((?:annotation )?(?:(?:simpleType )?(?:group |all |choice |sequence )?(?:(?:attribute |attributeGroup )*(?:anyAttribute )?)))")),
},
"reduce": ReduceRestriction
},
"schema": {
"struct": """
<schema
attributeFormDefault = (qualified | unqualified) : unqualified
blockDefault = (#all | List of (extension | restriction | substitution)) : ''
elementFormDefault = (qualified | unqualified) : unqualified
finalDefault = (#all | List of (extension | restriction | list | union)) : ''
id = ID
targetNamespace = anyURI
version = token
xml:lang = language
{any attributes with non-schema namespace . . .}>
Content: ((include | import | redefine | annotation)*, (((simpleType | complexType | group | attributeGroup) | element | attribute | notation), annotation*)*)
</schema>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"schema",
["attributeFormDefault",
"blockDefault",
"elementFormDefault",
"finalDefault",
"id",
"targetNamespace",
"version",
"lang"],
re.compile("((?:include |import |redefine |annotation )*(?:(?:(?:simpleType |complexType |group |attributeGroup )|element |attribute |annotation )(?:annotation )*)*)"))
}
},
"selector": {
"struct": """
<selector
id = ID
xpath = a subset of XPath expression, see below
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</selector>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement("selector", ["id", "xpath"], ONLY_ANNOTATION)
},
"reduce": ReduceSelector
},
"sequence": {
"struct": """
<sequence
id = ID
maxOccurs = (nonNegativeInteger | unbounded) : 1
minOccurs = nonNegativeInteger : 1
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (element | group | choice | sequence | any)*)
</sequence>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"sequence", ["id", "maxOccurs", "minOccurs"],
re.compile("((?:annotation )?(?:element |group |choice |sequence |any )*)"))
},
"reduce": ReduceSequence
},
"simpleContent": {
"struct": """
<simpleContent
id = ID
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (restriction | extension))
</simpleContent>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"simpleContent", ["id"],
re.compile("((?:annotation )?(?:restriction |extension ))"))
},
"reduce": ReduceSimpleContent
},
"simpleType": {
"struct": """
<simpleType
final = (#all | List of (list | union | restriction))
id = ID
name = NCName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (restriction | list | union))
</simpleType>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"simpleType", ["final", "id", "name"],
re.compile("((?:annotation )?(?:restriction |list |union ))"))
},
"reduce": ReduceSimpleType
},
"totalDigits": {
"struct": """
<totalDigits
fixed = boolean : false
id = ID
value = positiveInteger
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</totalDigits>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"totalDigits", ["fixed", "id", "value"], ONLY_ANNOTATION),
},
"reduce": GenerateFacetReducing("totalDigits", True)
},
"union": {
"struct": """
<union
id = ID
memberTypes = List of QName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, simpleType*)
</union>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"union", ["id", "memberTypes"],
re.compile("((?:annotation )?(?:simpleType )*)"))
},
"reduce": ReduceUnion
},
"unique": {
"struct": """
<unique
id = ID
name = NCName
{any attributes with non-schema namespace . . .}>
Content: (annotation?, (selector, field+))
</unique>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"unique", ["id", "name"],
re.compile("((?:annotation )?(?:selector |(?:field )+))"))
},
"reduce": ReduceUnique
},
"whiteSpace": {
"struct": """
<whiteSpace
fixed = boolean : false
id = ID
value = (collapse | preserve | replace)
{any attributes with non-schema namespace . . .}>
Content: (annotation?)
</whiteSpace>""",
"type": SYNTAXELEMENT,
"extract": {
"default": GenerateElement(
"whiteSpace", ["fixed", "id", "value"], ONLY_ANNOTATION)
},
"reduce": GenerateFacetReducing("whiteSpace", True)
},
# -------------------------------------------------------------------------------
# Syntax attributes definition
# -------------------------------------------------------------------------------
"abstract": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetBoolean
},
"default": {
"default": False
}
},
"attributeFormDefault": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateEnumeratedExtraction(
"member attributeFormDefault", ["qualified", "unqualified"])
},
"default": {
"default": "unqualified"
}
},
"base": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member base", QName_model)
}
},
"block": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateGetList("block", ["restriction", "extension", "substitution"])
}
},
"blockDefault": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateGetList("block", ["restriction", "extension", "substitution"])
},
"default": {
"default": ""
}
},
"default": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetAttributeValue
}
},
"elementFormDefault": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateEnumeratedExtraction("member elementFormDefault", ["qualified", "unqualified"])
},
"default": {
"default": "unqualified"
}
},
"final": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateGetList("final", ["restriction", "extension", "substitution"]),
"simpleType": GenerateGetList("final", ["list", "union", "restriction"])
}
},
"finalDefault": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateGetList("finalDefault", ["restriction", "extension", "list", "union"])
},
"default": {
"default": ""
}
},
"fixed": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetBoolean,
"attribute": GetAttributeValue,
"element": GetAttributeValue
},
"default": {
"default": False,
"attribute": None,
"element": None
}
},
"form": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateEnumeratedExtraction("member form", ["qualified", "unqualified"])
}
},
"id": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member id", NCName_model)
}
},
"itemType": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member itemType", QName_model)
}
},
"memberTypes": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameListExtraction("member memberTypes", QNames_model)
},
},
"maxOccurs": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateLimitExtraction(),
"all": GenerateLimitExtraction(1, 1, False)
},
"default": {
"default": 1
}
},
"minOccurs": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateLimitExtraction(unbounded=False),
"all": GenerateLimitExtraction(0, 1, False)
},
"default": {
"default": 1
}
},
"mixed": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetBoolean
},
"default": {
"default": None,
"complexType": False
}
},
"name": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member name", NCName_model)
}
},
"namespace": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member namespace", URI_model),
"any": GetNamespaces
},
"default": {
"default": None,
"any": "##any"
}
},
"nillable": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetBoolean
},
},
"processContents": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateEnumeratedExtraction("member processContents", ["lax", "skip", "strict"])
},
"default": {
"default": "strict"
}
},
"ref": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member ref", QName_model)
}
},
"refer": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member refer", QName_model)
}
},
"schemaLocation": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member schemaLocation", URI_model)
}
},
"source": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member source", URI_model)
}
},
"substitutionGroup": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member substitutionGroup", QName_model)
}
},
"targetNamespace": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member targetNamespace", URI_model)
}
},
"type": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateModelNameExtraction("member type", QName_model)
}
},
"use": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GenerateEnumeratedExtraction("member usage", ["required", "optional", "prohibited"])
},
"default": {
"default": "optional"
}
},
"value": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetAttributeValue,
"fractionDigits": GenerateIntegerExtraction(minInclusive=0),
"length": GenerateIntegerExtraction(minInclusive=0),
"maxLength": GenerateIntegerExtraction(minInclusive=0),
"minLength": GenerateIntegerExtraction(minInclusive=0),
"totalDigits": GenerateIntegerExtraction(minExclusive=0),
"whiteSpace": GenerateEnumeratedExtraction("value", ["collapse", "preserve", "replace"])
}
},
"version": {
"type": SYNTAXATTRIBUTE,
"extract": {
"default": GetToken
}
},
"xpath": {
"type": SYNTAXATTRIBUTE,
"extract": {
# "default": NotSupportedYet("xpath")
"default": GetAttributeValue
}
},
# -------------------------------------------------------------------------------
# Simple types definition
# -------------------------------------------------------------------------------
"string": {
"type": SIMPLETYPE,
"basename": "string",
"extract": GetAttributeValue,
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)},
"normalizedString": {
"type": SIMPLETYPE,
"basename": "normalizedString",
"extract": GetNormalizedString,
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"token": {
"type": SIMPLETYPE,
"basename": "token",
"extract": GetToken,
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"base64Binary": {
"type": SIMPLETYPE,
"basename": "base64Binary",
"extract": NotSupportedYet("base64Binary"),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, (int, long))
},
"hexBinary": {
"type": SIMPLETYPE,
"basename": "hexBinary",
"extract": GetHexInteger,
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: ("%."+str(int(round(len("%X" % x)/2.)*2))+"X") % x),
"initial": lambda: 0,
"check": lambda x: isinstance(x, (int, long))
},
"integer": {
"type": SIMPLETYPE,
"basename": "integer",
"extract": GenerateIntegerExtraction(),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"positiveInteger": {
"type": SIMPLETYPE,
"basename": "positiveInteger",
"extract": GenerateIntegerExtraction(minExclusive=0),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 1,
"check": lambda x: isinstance(x, int)
},
"negativeInteger": {
"type": SIMPLETYPE,
"basename": "negativeInteger",
"extract": GenerateIntegerExtraction(maxExclusive=0),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: -1,
"check": lambda x: isinstance(x, int)
},
"nonNegativeInteger": {
"type": SIMPLETYPE,
"basename": "nonNegativeInteger",
"extract": GenerateIntegerExtraction(minInclusive=0),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"nonPositiveInteger": {
"type": SIMPLETYPE,
"basename": "nonPositiveInteger",
"extract": GenerateIntegerExtraction(maxInclusive=0),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"long": {
"type": SIMPLETYPE,
"basename": "long",
"extract": GenerateIntegerExtraction(minInclusive=-2**63, maxExclusive=2**63),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"unsignedLong": {
"type": SIMPLETYPE,
"basename": "unsignedLong",
"extract": GenerateIntegerExtraction(minInclusive=0, maxExclusive=2**64),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"int": {
"type": SIMPLETYPE,
"basename": "int",
"extract": GenerateIntegerExtraction(minInclusive=-2**31, maxExclusive=2**31),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"unsignedInt": {
"type": SIMPLETYPE,
"basename": "unsignedInt",
"extract": GenerateIntegerExtraction(minInclusive=0, maxExclusive=2**32),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"short": {
"type": SIMPLETYPE,
"basename": "short",
"extract": GenerateIntegerExtraction(minInclusive=-2**15, maxExclusive=2**15),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"unsignedShort": {
"type": SIMPLETYPE,
"basename": "unsignedShort",
"extract": GenerateIntegerExtraction(minInclusive=0, maxExclusive=2**16),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"byte": {
"type": SIMPLETYPE,
"basename": "byte",
"extract": GenerateIntegerExtraction(minInclusive=-2**7, maxExclusive=2**7),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"unsignedByte": {
"type": SIMPLETYPE,
"basename": "unsignedByte",
"extract": GenerateIntegerExtraction(minInclusive=0, maxExclusive=2**8),
"facets": DECIMAL_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: 0,
"check": lambda x: isinstance(x, int)
},
"decimal": {
"type": SIMPLETYPE,
"basename": "decimal",
"extract": GenerateFloatExtraction("decimal"),
"facets": DECIMAL_FACETS,
"generate": GenerateFloatXMLText(decimal=3),
"initial": lambda: 0.,
"check": lambda x: isinstance(x, (int, float))
},
"float": {
"type": SIMPLETYPE,
"basename": "float",
"extract": GenerateFloatExtraction("float", ["INF", "-INF", "NaN"]),
"facets": NUMBER_FACETS,
"generate": GenerateFloatXMLText(["INF", "-INF", "NaN"]),
"initial": lambda: 0.,
"check": lambda x: {"INF": True, "-INF": True, "NaN": True}.get(x, isinstance(x, (int, float)))
},
"double": {
"type": SIMPLETYPE,
"basename": "double",
"extract": GenerateFloatExtraction("double", ["INF", "-INF", "NaN"]),
"facets": NUMBER_FACETS,
"generate": GenerateFloatXMLText(["INF", "-INF", "NaN"]),
"initial": lambda: 0.,
"check": lambda x: {"INF": True, "-INF": True, "NaN": True}.get(x, isinstance(x, (int, float)))
},
"boolean": {
"type": SIMPLETYPE,
"basename": "boolean",
"extract": GetBoolean,
"facets": GenerateDictFacets(["pattern", "whiteSpace"]),
"generate": GenerateSimpleTypeXMLText(lambda x: {True: "true", False: "false"}[x]),
"initial": lambda: False,
"check": lambda x: isinstance(x, bool)
},
"duration": {
"type": SIMPLETYPE,
"basename": "duration",
"extract": NotSupportedYet("duration"),
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"dateTime": {
"type": SIMPLETYPE,
"basename": "dateTime",
"extract": GetDateTime,
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(datetime.datetime.isoformat),
"initial": lambda: datetime.datetime(1, 1, 1, 0, 0, 0, 0),
"check": lambda x: isinstance(x, datetime.datetime)
},
"date": {
"type": SIMPLETYPE,
"basename": "date",
"extract": GetDate,
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(datetime.date.isoformat),
"initial": lambda: datetime.date(1, 1, 1),
"check": lambda x: isinstance(x, datetime.date)
},
"time": {
"type": SIMPLETYPE,
"basename": "time",
"extract": GetTime,
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(datetime.time.isoformat),
"initial": lambda: datetime.time(0, 0, 0, 0),
"check": lambda x: isinstance(x, datetime.time)
},
"gYear": {
"type": SIMPLETYPE,
"basename": "gYear",
"extract": NotSupportedYet("gYear"),
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"gYearMonth": {
"type": SIMPLETYPE,
"basename": "gYearMonth",
"extract": NotSupportedYet("gYearMonth"),
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"gMonth": {
"type": SIMPLETYPE,
"basename": "gMonth",
"extract": NotSupportedYet("gMonth"),
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"gMonthDay": {
"type": SIMPLETYPE,
"basename": "gMonthDay",
"extract": NotSupportedYet("gMonthDay"),
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"gDay": {
"type": SIMPLETYPE,
"basename": "gDay",
"extract": NotSupportedYet("gDay"),
"facets": NUMBER_FACETS,
"generate": GenerateSimpleTypeXMLText(str),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"Name": {
"type": SIMPLETYPE,
"basename": "Name",
"extract": GenerateModelNameExtraction("Name", Name_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"QName": {
"type": SIMPLETYPE,
"basename": "QName",
"extract": GenerateModelNameExtraction("QName", QName_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"NCName": {
"type": SIMPLETYPE,
"basename": "NCName",
"extract": GenerateModelNameExtraction("NCName", NCName_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"anyURI": {
"type": SIMPLETYPE,
"basename": "anyURI",
"extract": GenerateModelNameExtraction("anyURI", URI_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"language": {
"type": SIMPLETYPE,
"basename": "language",
"extract": GenerateModelNameExtraction("language", LANGUAGE_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "en",
"check": lambda x: isinstance(x, string_types)
},
"ID": {
"type": SIMPLETYPE,
"basename": "ID",
"extract": GenerateModelNameExtraction("ID", Name_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"IDREF": {
"type": SIMPLETYPE,
"basename": "IDREF",
"extract": GenerateModelNameExtraction("IDREF", Name_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"IDREFS": {
"type": SIMPLETYPE,
"basename": "IDREFS",
"extract": GenerateModelNameExtraction("IDREFS", Names_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"ENTITY": {
"type": SIMPLETYPE,
"basename": "ENTITY",
"extract": GenerateModelNameExtraction("ENTITY", Name_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"ENTITIES": {
"type": SIMPLETYPE,
"basename": "ENTITIES",
"extract": GenerateModelNameExtraction("ENTITIES", Names_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"NOTATION": {
"type": SIMPLETYPE,
"basename": "NOTATION",
"extract": GenerateModelNameExtraction("NOTATION", Name_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"NMTOKEN": {
"type": SIMPLETYPE,
"basename": "NMTOKEN",
"extract": GenerateModelNameExtraction("NMTOKEN", NMToken_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
"NMTOKENS": {
"type": SIMPLETYPE,
"basename": "NMTOKENS",
"extract": GenerateModelNameExtraction("NMTOKENS", NMTokens_model),
"facets": STRING_FACETS,
"generate": GenerateSimpleTypeXMLText(lambda x: x),
"initial": lambda: "",
"check": lambda x: isinstance(x, string_types)
},
# Complex Types
"anyType": {"type": COMPLEXTYPE, "extract": lambda x: None},
}