/usr/share/pyshared/ZConfig/tests/test_schema.py is in python-zconfig 2.9.3-0ubuntu1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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#
# Copyright (c) 2002, 2003 Zope Foundation and Contributors.
# All Rights Reserved.
#
# This software is subject to the provisions of the Zope Public License,
# Version 2.1 (ZPL). A copy of the ZPL should accompany this distribution.
# THIS SOFTWARE IS PROVIDED "AS IS" AND ANY AND ALL EXPRESS OR IMPLIED
# WARRANTIES ARE DISCLAIMED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
# WARRANTIES OF TITLE, MERCHANTABILITY, AGAINST INFRINGEMENT, AND FITNESS
# FOR A PARTICULAR PURPOSE.
#
##############################################################################
"""Tests of ZConfig schemas."""
import unittest
import ZConfig
from ZConfig.tests.support import TestHelper, CONFIG_BASE
def uppercase(value):
return str(value).upper()
def appsection(value):
return MySection(value)
def get_foo(section):
return section.foo
class MySection:
def __init__(self, value):
self.conf = value
def get_section_attributes(section):
L = list(section.getSectionAttributes())
L.sort()
return L
class SchemaTestCase(TestHelper, unittest.TestCase):
"""Tests of the basic schema support itself."""
def test_minimal_schema(self):
schema = self.load_schema_text("<schema/>")
self.assertEqual(len(schema), 0)
self.assertRaises(IndexError,
lambda schema=schema: schema[0])
self.assertRaises(ZConfig.ConfigurationError,
schema.getinfo, "foo")
def test_simple(self):
schema, conf = self.load_both("simple.xml", "simple.conf")
self._verifySimpleConf(conf)
def _verifySimpleConf(self,conf):
eq = self.assertEqual
eq(conf.var1, 'abc')
eq(conf.int_var, 12)
eq(conf.float_var, 12.02)
eq(conf.neg_int, -2)
check = self.assert_
check(conf.true_var_1)
check(conf.true_var_2)
check(conf.true_var_3)
check(not conf.false_var_1)
check(not conf.false_var_2)
check(not conf.false_var_3)
def test_app_datatype(self):
dtname = __name__ + ".uppercase"
schema = self.load_schema_text("""\
<schema>
<key name='a' datatype='%s'/>
<key name='b' datatype='%s' default='abc'/>
<multikey name='c' datatype='%s'>
<default>abc</default>
<default>abc</default>
</multikey>
<multikey name='d' datatype='%s'>
<default>not</default>
<default>lower</default>
<default>case</default>
</multikey>
</schema>
""" % (dtname, dtname, dtname, dtname))
conf = self.load_config_text(schema, """\
a qwerty
c upp
c er
c case
""")
eq = self.assertEqual
eq(conf.a, 'QWERTY')
eq(conf.b, 'ABC')
eq(conf.c, ['UPP', 'ER', 'CASE'])
eq(conf.d, ['NOT', 'LOWER', 'CASE'])
eq(get_section_attributes(conf),
["a", "b", "c", "d"])
def test_app_sectiontype(self):
schema = self.load_schema_text("""\
<schema datatype='.appsection' prefix='%s'>
<sectiontype name='foo' datatype='.MySection'>
<key name='sample' datatype='integer' default='345'/>
</sectiontype>
<section name='sect' type='foo' />
</schema>
""" % __name__)
conf = self.load_config_text(schema, """\
<foo sect>
sample 42
</foo>
""")
self.assert_(isinstance(conf, MySection))
o1 = conf.conf.sect
self.assert_(isinstance(o1, MySection))
self.assertEqual(o1.conf.sample, 42)
def test_empty_sections(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='section'/>
<section type='section' name='s1'/>
<section type='section' name='s2'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<section s1>
</section>
<section s2/>
""")
self.assert_(conf.s1 is not None)
self.assert_(conf.s2 is not None)
self.assertEqual(get_section_attributes(conf),
["s1", "s2"])
def test_deeply_nested_sections(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='type1'>
<key name='key' default='type1-value'/>
</sectiontype>
<sectiontype name='type2'>
<key name='key' default='type2-value'/>
<section name='sect' type='type1'/>
</sectiontype>
<sectiontype name='type3'>
<key name='key' default='type3-value'/>
<section name='sect' type='type2'/>
</sectiontype>
<section name='sect' type='type3'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<type3 sect>
key sect3-value
<type2 sect>
key sect2-value
<type1 sect/>
</type2>
</type3>
""")
eq = self.assertEqual
eq(conf.sect.sect.sect.key, "type1-value")
eq(conf.sect.sect.key, "sect2-value")
eq(conf.sect.key, "sect3-value")
eq(get_section_attributes(conf),
["sect"])
eq(get_section_attributes(conf.sect),
["key", "sect"])
eq(get_section_attributes(conf.sect.sect),
["key", "sect"])
eq(get_section_attributes(conf.sect.sect.sect),
["key"])
def test_multivalued_keys(self):
schema = self.load_schema_text("""\
<schema handler='def'>
<multikey name='a' handler='ABC' />
<multikey name='b' datatype='integer'>
<default>1</default>
<default>2</default>
</multikey>
<multikey name='c' datatype='integer'>
<default>3</default>
<default>4</default>
<default>5</default>
</multikey>
<multikey name='d' />
</schema>
""")
conf = self.load_config_text(schema, """\
a foo
a bar
c 41
c 42
c 43
""", num_handlers=2)
L = []
self.handlers({'abc': L.append,
'DEF': L.append})
self.assertEqual(L, [['foo', 'bar'], conf])
L = []
self.handlers({'abc': None,
'DEF': L.append})
self.assertEqual(L, [conf])
self.assertEqual(conf.a, ['foo', 'bar'])
self.assertEqual(conf.b, [1, 2])
self.assertEqual(conf.c, [41, 42, 43])
self.assertEqual(conf.d, [])
self.assertEqual(get_section_attributes(conf),
["a", "b", "c", "d"])
def test_multikey_required(self):
schema = self.load_schema_text("""\
<schema>
<multikey name='k' required='yes'/>
</schema>
""")
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "")
def test_multisection_required(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='s'/>
<multisection name='*' attribute='s' type='s' required='yes'/>
</schema>
""")
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "")
def test_key_required_but_missing(self):
schema = self.load_schema_text("""\
<schema>
<key name='k' required='yes'/>
</schema>
""")
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "")
def test_section_required_but_missing(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='k'/>
<section name='k' type='k' required='yes'/>
</schema>
""")
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "")
def test_key_default_element(self):
self.assertRaises(
ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<key name='name'>
<default>text</default>
</key>
</schema>
""")
def test_bad_handler_maps(self):
schema = self.load_schema_text("""\
<schema>
<key name='a' handler='abc'/>
<key name='b' handler='def'/>
</schema>
""")
conf = self.load_config_text(schema, """\
a foo
b bar
""", num_handlers=2)
self.assertEqual(get_section_attributes(conf),
["a", "b"])
self.assertRaises(ZConfig.ConfigurationError,
self.handlers, {'abc': id, 'ABC': id, 'def': id})
self.assertRaises(ZConfig.ConfigurationError,
self.handlers, {})
def test_handler_ordering(self):
schema = self.load_schema_text("""\
<schema handler='c'>
<sectiontype name='inner'>
</sectiontype>
<sectiontype name='outer'>
<section type='inner' name='sect-inner' handler='a'/>
</sectiontype>
<section type='outer' name='sect-outer' handler='b'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<outer sect-outer>
<inner sect-inner/>
</outer>
""", num_handlers=3)
L = []
self.handlers({'a': L.append,
'b': L.append,
'c': L.append})
outer = conf.sect_outer
inner = outer.sect_inner
self.assertEqual(L, [inner, outer, conf])
def test_duplicate_section_names(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'/>
<sectiontype name='nesting'>
<section name='a' type='sect'/>
</sectiontype>
<section name='a' type='nesting'/>
</schema>
""")
self.assertRaises(ZConfig.ConfigurationError, self.load_config_text,
schema, """\
<sect a/>
<sect a/>
""")
conf = self.load_config_text(schema, """\
<nesting a>
<sect a/>
</nesting>
""")
def test_disallowed_duplicate_attribute(self):
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<key name='a'/>
<key name='b' attribute='a'/>
</schema>
""")
def test_unknown_datatype_name(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, "<schema datatype='foobar'/>")
def test_load_abstracttype(self):
schema = self.load_schema_text("""\
<schema>
<abstracttype name='group'>
<description>This is an abstract section type.</description>
</abstracttype>
<sectiontype name='t1' implements='group'>
<key name='k1' default='default1'/>
</sectiontype>
<sectiontype name='t2' implements='group'>
<key name='k2' default='default2'/>
</sectiontype>
<multisection name='*' type='group' attribute='g'/>
</schema>
""")
# check the types that get defined
t = schema.gettype("group")
self.assert_(t.isabstract())
t1 = schema.gettype("t1")
self.assert_(not t1.isabstract())
self.assert_(t.getsubtype("t1") is t1)
t2 = schema.gettype("t2")
self.assert_(not t2.isabstract())
self.assert_(t.getsubtype("t2") is t2)
self.assertRaises(ZConfig.ConfigurationError, t.getsubtype, "group")
self.assert_(t1 is not t2)
# try loading a config that relies on this schema
conf = self.load_config_text(schema, """\
<t1/>
<t1>
k1 value1
</t1>
<t2/>
<t2>
k2 value2
</t2>
""")
eq = self.assertEqual
eq(get_section_attributes(conf), ["g"])
eq(len(conf.g), 4)
eq(conf.g[0].k1, "default1")
eq(conf.g[1].k1, "value1")
eq(conf.g[2].k2, "default2")
eq(conf.g[3].k2, "value2")
# white box:
self.assert_(conf.g[0].getSectionDefinition() is t1)
self.assert_(conf.g[1].getSectionDefinition() is t1)
self.assert_(conf.g[2].getSectionDefinition() is t2)
self.assert_(conf.g[3].getSectionDefinition() is t2)
def test_abstracttype_extension(self):
schema = self.load_schema_text("""\
<schema>
<abstracttype name='group'/>
<sectiontype name='extra' implements='group'/>
<section name='thing' type='group'/>
</schema>
""")
abstype = schema.gettype("group")
self.assert_(schema.gettype("extra") is abstype.getsubtype("extra"))
# make sure we can use the extension in a config:
conf = self.load_config_text(schema, "<extra thing/>")
self.assertEqual(conf.thing.getSectionType(), "extra")
self.assertEqual(get_section_attributes(conf), ["thing"])
self.assertEqual(get_section_attributes(conf.thing), [])
def test_abstracttype_extension_errors(self):
# specifying a non-existant abstracttype
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<sectiontype name='s' implements='group'/>
</schema>
""")
# specifying something that isn't an abstracttype
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<sectiontype name='t1'/>
<sectiontype name='t2' implements='t1'/>
</schema>
""")
def test_arbitrary_key(self):
schema = self.load_schema_text("""\
<schema>
<key name='+' required='yes' attribute='keymap'
datatype='integer'/>
</schema>
""")
conf = self.load_config_text(schema, "some-key 42")
self.assertEqual(conf.keymap, {'some-key': 42})
self.assertEqual(get_section_attributes(conf), ["keymap"])
def test_arbitrary_multikey_required(self):
schema = self.load_schema_text("""\
<schema>
<multikey name='+' required='yes' attribute='keymap'
datatype='integer'/>
</schema>
""")
conf = self.load_config_text(schema, """\
some-key 42
some-key 43
""")
self.assertEqual(conf.keymap, {'some-key': [42, 43]})
def test_arbitrary_multikey_optional(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'>
<multikey name='+' attribute='keymap'/>
</sectiontype>
<section name='+' type='sect' attribute='stuff'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<sect foo>
some-key 42
some-key 43
</sect>
""")
self.assertEqual(conf.stuff.keymap, {'some-key': ['42', '43']})
self.assertEqual(get_section_attributes(conf), ["stuff"])
def test_arbitrary_multikey_optional_empty(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'>
<multikey name='+' attribute='keymap'/>
</sectiontype>
<section name='+' type='sect' attribute='stuff'/>
</schema>
""")
conf = self.load_config_text(schema, "<sect foo/>")
self.assertEqual(conf.stuff.keymap, {})
def test_arbitrary_multikey_with_defaults(self):
schema = self.load_schema_text("""\
<schema>
<multikey name='+' attribute='keymap'>
<default key='a'>value-a1</default>
<default key='a'>value-a2</default>
<default key='b'>value-b</default>
</multikey>
</schema>
""")
conf = self.load_config_text(schema, "")
self.assertEqual(conf.keymap, {'a': ['value-a1', 'value-a2'],
'b': ['value-b']})
def test_arbitrary_multikey_with_unkeyed_default(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema>
<multikey name='+' attribute='keymap'>
<default>value-a1</default>
</multikey>
</schema>
""")
def test_arbitrary_key_with_defaults(self):
schema = self.load_schema_text("""\
<schema>
<key name='+' attribute='keymap'>
<default key='a'>value-a</default>
<default key='b'>value-b</default>
</key>
</schema>
""")
conf = self.load_config_text(schema, "")
self.assertEqual(conf.keymap, {'a': 'value-a', 'b': 'value-b'})
def test_arbitrary_key_with_unkeyed_default(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema>
<key name='+' attribute='keymap'>
<default>value-a1</default>
</key>
</schema>
""")
def test_arbitrary_keys_with_others(self):
schema = self.load_schema_text("""\
<schema>
<key name='k1' default='v1'/>
<key name='k2' default='2' datatype='integer'/>
<key name='+' required='yes' attribute='keymap'
datatype='integer'/>
</schema>
""")
conf = self.load_config_text(schema, """\
some-key 42
k2 3
""")
self.assertEqual(conf.k1, 'v1')
self.assertEqual(conf.k2, 3)
self.assertEqual(conf.keymap, {'some-key': 42})
self.assertEqual(get_section_attributes(conf),
["k1", "k2", "keymap"])
def test_arbitrary_key_missing(self):
schema = self.load_schema_text("""\
<schema>
<key name='+' required='yes' attribute='keymap' />
</schema>
""")
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "# empty config file")
def test_arbitrary_key_bad_schema(self):
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<key name='+' attribute='attr1'/>
<key name='+' attribute='attr2'/>
</schema>
""")
def test_getrequiredtypes(self):
schema = self.load_schema("library.xml")
self.assertEqual(schema.getrequiredtypes(), [])
schema = self.load_schema_text("""\
<schema>
<sectiontype name='used'/>
<sectiontype name='unused'/>
<section type='used' name='a'/>
</schema>
""")
L = schema.getrequiredtypes()
L.sort()
self.assertEqual(L, ["used"])
def test_getunusedtypes(self):
schema = self.load_schema("library.xml")
L = schema.getunusedtypes()
L.sort()
self.assertEqual(L, ["type-a", "type-b"])
schema = self.load_schema_text("""\
<schema type='top'>
<sectiontype name='used'/>
<sectiontype name='unused'/>
<section type='used' name='a'/>
</schema>
""")
self.assertEqual(schema.getunusedtypes(), ["unused"])
def test_section_value_mutation(self):
schema, conf = self.load_both("simple.xml", "simple.conf")
orig = conf.empty
new = []
conf.empty = new
self.assert_(conf.empty is new)
def test_simple_anonymous_section(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'>
<key name='key' default='value'/>
</sectiontype>
<section name='*' type='sect' attribute='attr'/>
</schema>
""")
conf = self.load_config_text(schema, "<sect/>")
self.assertEqual(conf.attr.key, "value")
def test_simple_anonymous_section_without_name(self):
# make sure we get the same behavior without name='*'
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'>
<key name='key' default='value'/>
</sectiontype>
<section type='sect' attribute='attr'/>
</schema>
""")
conf = self.load_config_text(schema, "<sect/>")
self.assertEqual(conf.attr.key, "value")
def test_simple_anynamed_section(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'>
<key name='key' default='value'/>
</sectiontype>
<section name='+' type='sect' attribute='attr'/>
</schema>
""")
conf = self.load_config_text(schema, "<sect name/>")
self.assertEqual(conf.attr.key, "value")
self.assertEqual(conf.attr.getSectionName(), "name")
# if we omit the name, it's an error
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "<sect/>")
def test_nested_abstract_sectiontype(self):
schema = self.load_schema_text("""\
<schema>
<abstracttype name='abstract'/>
<sectiontype name='t1' implements='abstract'/>
<sectiontype name='t2' implements='abstract'>
<section type='abstract' name='s1'/>
</sectiontype>
<section type='abstract' name='*' attribute='s2'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<t2>
<t1 s1/>
</t2>
""")
def test_nested_abstract_sectiontype_without_name(self):
# make sure we get the same behavior without name='*'
schema = self.load_schema_text("""\
<schema>
<abstracttype name='abstract'/>
<sectiontype name='t1' implements='abstract'/>
<sectiontype name='t2' implements='abstract'>
<section type='abstract' name='s1'/>
</sectiontype>
<section type='abstract' attribute='s2'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<t2>
<t1 s1/>
</t2>
""")
def test_reserved_attribute_prefix(self):
template = """\
<schema>
<sectiontype name='s'/>
%s
</schema>
"""
def check(thing, self=self, template=template):
text = template % thing
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, text)
check("<key name='a' attribute='getSection'/>")
check("<key name='a' attribute='getSectionThing'/>")
check("<multikey name='a' attribute='getSection'/>")
check("<multikey name='a' attribute='getSectionThing'/>")
check("<section type='s' name='*' attribute='getSection'/>")
check("<section type='s' attribute='getSectionThing'/>")
check("<multisection type='s' name='*' attribute='getSection'/>")
check("<multisection type='s' attribute='getSectionThing'/>")
def test_sectiontype_as_schema(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='s'>
<key name='skey' default='skey-default'/>
</sectiontype>
<sectiontype name='t'>
<key name='tkey' default='tkey-default'/>
<section name='*' type='s' attribute='section'/>
</sectiontype>
</schema>
""")
t = schema.gettype("t")
conf = self.load_config_text(t, "<s/>")
self.assertEqual(conf.tkey, "tkey-default")
self.assertEqual(conf.section.skey, "skey-default")
self.assertEqual(get_section_attributes(conf), ["section", "tkey"])
self.assertEqual(get_section_attributes(conf.section), ["skey"])
def test_datatype_conversion_error(self):
schema_url = "file:///tmp/fake-url-1.xml"
config_url = "file:///tmp/fake-url-2.xml"
schema = self.load_schema_text("""\
<schema>
<key name='key' default='bogus' datatype='integer'/>
</schema>
""", url=schema_url)
e = self.get_data_conversion_error(
schema, "", config_url)
self.assertEqual(e.url, schema_url)
self.assertEqual(e.lineno, 2)
e = self.get_data_conversion_error(schema, """\
# comment
key splat
""", config_url)
self.assertEqual(e.url, config_url)
self.assertEqual(e.lineno, 3)
def get_data_conversion_error(self, schema, src, url):
try:
self.load_config_text(schema, src, url=url)
except ZConfig.DataConversionError, e:
return e
else:
self.fail("expected ZConfig.DataConversionError")
def test_numeric_section_name(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'/>
<multisection name='*' type='sect' attribute='things'/>
</schema>
""")
conf = self.load_config_text(schema, "<sect 1 />")
self.assertEqual(len(conf.things), 1)
def test_sectiontype_extension(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='t1'>
<key name='k1'/>
</sectiontype>
<sectiontype name='t2' extends='t1'>
<key name='k2'/>
</sectiontype>
<section name='s' type='t2'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<t2 s>
k1 k1-value
k2 k2-value
</t2>
""")
eq = self.assertEqual
eq(conf.s.k1, "k1-value")
eq(conf.s.k2, "k2-value")
eq(get_section_attributes(conf), ["s"])
eq(get_section_attributes(conf.s), ["k1", "k2"])
def test_sectiontype_extension_errors(self):
# cannot override key from base
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<sectiontype name='t1'>
<key name='k1'/>
</sectiontype>
<sectiontype name='t2' extends='t1'>
<key name='k1'/>
</sectiontype>
</schema>
""")
# cannot extend non-existing section
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<sectiontype name='t2' extends='t1'/>
</schema>
""")
# cannot extend abstract type
self.assertRaises(ZConfig.SchemaError, self.load_schema_text, """\
<schema>
<abstracttype name='t1'/>
<sectiontype name='t2' extends='t1'/>
</schema>
""")
def test_sectiontype_derived_keytype(self):
# make sure that a derived section type inherits the keytype
# of its base
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect' keytype='identifier'/>
<sectiontype name='derived' extends='sect'>
<key name='foo' attribute='foo'/>
<key name='Foo' attribute='Foo'/>
</sectiontype>
<section name='foo' type='derived'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<derived foo>
foo bar
Foo BAR
</derived>
""")
self.assertEqual(conf.foo.foo, "bar")
self.assertEqual(conf.foo.Foo, "BAR")
self.assertEqual(get_section_attributes(conf.foo), ["Foo", "foo"])
def test_sectiontype_override_keytype(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='base' keytype='identifier' >
<key name='+' attribute='map' />
</sectiontype>
<sectiontype name='derived' keytype='ipaddr-or-hostname'
extends='base' />
<section name='*' type='base' attribute='base' />
<section name='*' type='derived' attribute='derived' />
</schema>
""")
conf = self.load_config_text(schema, """\
<base>
ident1 foo
Ident2 bar
</base>
<derived>
EXAMPLE.COM foo
</derived>
""")
L = conf.base.map.items()
L.sort()
self.assertEqual(L, [("Ident2", "bar"), ("ident1", "foo")])
L = conf.derived.map.items()
L.sort()
self.assertEqual(L, [("example.com", "foo")])
self.assertEqual(get_section_attributes(conf), ["base", "derived"])
def test_keytype_applies_to_default_key(self):
schema = self.load_schema_text("""\
<schema>
<sectiontype name='sect'>
<key name='+' attribute='mapping'>
<default key='foo'>42</default>
<default key='BAR'>24</default>
</key>
</sectiontype>
<section type='sect' name='*' attribute='sect'/>
</schema>
""")
conf = self.load_config_text(schema, "<sect/>")
items = conf.sect.mapping.items()
items.sort()
self.assertEqual(items, [("bar", "24"), ("foo", "42")])
def test_duplicate_default_key_checked_in_schema(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema>
<sectiontype name='sect'>
<key name='+' attribute='mapping'>
<default key='foo'>42</default>
<default key='Foo'>24</default>
</key>
</sectiontype>
<section type='sect' name='*' attribute='sect'/>
</schema>
""")
def test_default_keys_rechecked_clash_in_derived_sectiontype(self):
# If the default values associated with a <key name="+"> can't
# be supported by a new keytype for a derived sectiontype, an
# error should be indicated.
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema>
<sectiontype name='base' keytype='identifier'>
<key name='+' attribute='mapping'>
<default key='foo'>42</default>
<default key='Foo'>42</default>
</key>
</sectiontype>
<sectiontype name='sect' keytype='basic-key'
extends='base'>
<!-- should cry foul here -->
</sectiontype>
<section type='sect' name='*' attribute='sect'/>
</schema>
""")
def test_default_keys_rechecked_dont_clash_in_derived_sectiontype(self):
# If the default values associated with a <key name="+"> can't
# be supported by a new keytype for a derived sectiontype, an
# error should be indicated.
schema = self.load_schema_text("""\
<schema>
<sectiontype name='base' keytype='identifier'>
<multikey name='+' attribute='mapping'>
<default key='foo'>42</default>
<default key='Foo'>42</default>
</multikey>
</sectiontype>
<sectiontype name='sect' keytype='basic-key'
extends='base'>
<!-- should cry foul here -->
</sectiontype>
<section type='base' name='*' attribute='base'/>
<section type='sect' name='*' attribute='sect'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<base/>
<sect/>
""")
base = conf.base.mapping.items()
base.sort()
self.assertEqual(base, [("Foo", ["42"]), ("foo", ["42"])])
sect = conf.sect.mapping.items()
sect.sort()
self.assertEqual(sect, [("foo", ["42", "42"])])
def test_sectiontype_inherited_datatype(self):
schema = self.load_schema_text("""\
<schema prefix='ZConfig.tests.test_schema'>
<sectiontype name='base' datatype='.get_foo'>
<key name="foo"/>
</sectiontype>
<sectiontype name='derived' extends='base'/>
<section name='*' type='derived' attribute='splat'/>
</schema>
""")
conf = self.load_config_text(schema, """\
<derived>
foo bar
</derived>
""")
self.assertEqual(conf.splat, "bar")
def test_schema_keytype(self):
schema = self.load_schema_text("""\
<schema keytype='ipaddr-or-hostname'>
<key name='+' attribute='table' datatype='ipaddr-or-hostname'/>
</schema>
""")
conf = self.load_config_text(schema,
"host.example.com 127.0.0.1\n"
"www.example.org 127.0.0.2\n")
table = conf.table
self.assertEqual(len(table), 2)
L = table.items()
L.sort()
self.assertEqual(L, [("host.example.com", "127.0.0.1"),
("www.example.org", "127.0.0.2")])
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "abc. 127.0.0.1")
def test_keytype_identifier(self):
schema = self.load_schema_text("""\
<schema keytype='identifier'>
<key name='foo' attribute='foo'/>
<key name='Foo' attribute='Foo'/>
</schema>
""")
conf = self.load_config_text(schema,
"Foo Foo-value\n"
"foo foo-value\n")
self.assertEqual(conf.foo, "foo-value")
self.assertEqual(conf.Foo, "Foo-value")
self.assertEqual(get_section_attributes(conf), ["Foo", "foo"])
# key mis-match based on case:
self.assertRaises(ZConfig.ConfigurationError,
self.load_config_text, schema, "FOO frob\n")
# attribute names conflict, since the keytype isn't used to
# generate attribute names
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema keytype='identifier'>
<key name='foo'/>
<key name='Foo'/>
</schema>
""")
def test_datatype_casesensitivity(self):
self.load_schema_text("<schema datatype='NULL'/>")
def test_simple_extends(self):
schema = self.load_schema_text("""\
<schema extends='%s/simple.xml %s/library.xml'>
<section name='A' type='type-a' />
</schema>
""" % (CONFIG_BASE, CONFIG_BASE))
self._verifySimpleConf(self.load_config(schema, "simple.conf"))
def test_extends_fragment_failure(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text,
"<schema extends='%s/library.xml#foo'/>" % CONFIG_BASE)
def test_extends_description_override(self):
schema = self.load_schema_text("""\
<schema extends='%s/base.xml %s/library.xml'>
<description>
overriding description
</description>
<section name='A' type='type-a' />
<section name='X' type='type-X' />
</schema>
""" % (CONFIG_BASE, CONFIG_BASE))
description = schema.description.strip()
self.assertEqual(description, "overriding description")
def test_extends_description_first_extended_wins(self):
schema = self.load_schema_text("""\
<schema extends='%s/base.xml %s/library.xml'>
<section name='A' type='type-a' />
<section name='X' type='type-X' />
</schema>
""" % (CONFIG_BASE, CONFIG_BASE))
description = schema.description.strip()
self.assertEqual(description, "base description")
def test_multi_extends_implicit_OK(self):
self.load_schema_text("""\
<schema extends='%s/base.xml %s/library.xml'>
<section name='A' type='type-a' />
<section name='X' type='type-X' />
</schema>
""" % (CONFIG_BASE, CONFIG_BASE))
def test_multi_extends_explicit_datatype_OK(self):
self.load_schema_text("""\
<schema extends='%s/base-datatype1.xml %s/base-datatype2.xml'
datatype='null'>
<section name='One' type='type-1' />
<section name='Two' type='type-2' />
</schema>
""" % (CONFIG_BASE, CONFIG_BASE))
def test_multi_extends_explicit_keytype_OK(self):
self.load_schema_text("""\
<schema extends='%s/base-keytype1.xml %s/base-keytype2.xml'
keytype='%s.uppercase'>
<section name='One' type='type-1' />
<section name='Two' type='type-2' />
</schema>
""" % (CONFIG_BASE, CONFIG_BASE, __name__))
def test_multi_extends_datatype_conflict(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema extends='%s/base-datatype1.xml %s/base-datatype2.xml'/>
""" % (CONFIG_BASE, CONFIG_BASE))
def test_multi_extends_keytype_conflict(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema extends='%s/base-keytype1.xml %s/base-keytype2.xml'/>
""" % (CONFIG_BASE, CONFIG_BASE))
def test_multiple_descriptions_is_error(self):
self.assertRaises(ZConfig.SchemaError,
self.load_schema_text, """\
<schema>
<description> foo </description>
<description> bar </description>
</schema>
""")
def test_suite():
return unittest.makeSuite(SchemaTestCase)
if __name__ == '__main__':
unittest.main(defaultTest='test_suite')
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