#
# Copyright (c) 2009 Nokia Corporation and/or its subsidiary(-ies).
# All rights reserved.
# This component and the accompanying materials are made available
# under the terms of "Eclipse Public License v1.0"
# which accompanies this distribution, and is available
# at the URL "http://www.eclipse.org/legal/epl-v10.html".
#
# Initial Contributors:
# Nokia Corporation - initial contribution.
#
# Contributors:
#
# Description:
#
"""
Test the CPF root file parsing routines
"""
import unittest
import os
import shutil
from cone.public import api, persistence, utils
from cone.storage import filestorage
from cone.confml import persistentconfml, model, confmltree
from testautomation.base_testcase import BaseTestCase
import pickle
ROOT_PATH = os.path.dirname(os.path.abspath(__file__))
ElementTree = utils.etree
testdata = os.path.join(ROOT_PATH,'data')
simplerootxml = \
'''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/1" xmlns:xi="http://www.w3.org/2001/xinclude" name="simple" version="1">
<xi:include href="platform/s60/confml/test.confml#/"/>
</configuration>
'''
newincludexml = '''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/1" xmlns:xi="http://www.w3.org/2001/XInclude" name="simple" version="1">
<xi:include href="platform/s60/confml/test.confml"/>
</configuration>'''
complexrootxml = '''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/1" xmlns:xi="http://www.w3.org/2001/xinclude" name="simple" version="1">
<xi:include href="platform/s60/confml/test.confml#/"/>
<xi:include href="platform/jallaa/confml/root.confml#/"/>
<xi:include href="configB/confml/configB.confml#/"/>
<xi:include href="ncp33/prod/confml/root.confml#/"/>
</configuration>'''
morestuff='''<?xml version="1.0" encoding="UTF-8"?>
<configuration id="conf_id" xmlns="http://www.s60.com/xml/confml/1" xmlns:xi="http://www.w3.org/2001/xinclude" name="foobar" version="1">
<meta xmlns:cv="http://www.nokia.com/xml/cpf-id/1">
<cv:configuration-property name="coreplat_name" value="abc_123" />
<cv:configuration-property name="product_name" value="qwerty" />
<owner>Variant1 creator</owner>
<origin>somestorage:somelocation_123/and/path</origin>
<target>proto_b2</target>
</meta>
<desc>This is a configuration for Product1 Region1 Variant1 </desc>
<xi:include href="platform/s60/confml/root.confml"/>
<xi:include href="ncp11/confml/jallaa.confml"/>
<xi:include href="ncp11/prodX/confml/root.confml"/>
<xi:include href="regional/japan/confml/root.confml"/>
</configuration>'''
actualconfml='''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/1" name="accesspoints">
<feature ref="KCRUidApEngineLV" name="KCRUidApEngineLV">
<desc></desc>
<setting ref="KApEngineLVFlags" name="KApEngineLVFlags"/>
</feature>
<feature ref="KCRUidApSettingsHandlerUiLV" name="KCRUidApSettingsHandlerUiLV">
<desc></desc>
<setting ref="KApSettingsHandlerUiLVFlags" name="KApSettingsHandlerUiLVFlags"/>
<setting ref="KAIStatusPaneLayout" name="Status Pane Layout" type="selection">
<desc>Status pane layout setting. 0 = normal, 1 = flat, 2 = hidden</desc>
<option name="normal" value="0"/>
<option name="flat" value="1"/>
<option name="hidden" value="2"/>
</setting>
</feature>
<feature name="Customer Menu" ref="CVC_OperatorMenu">
<desc>Often referred to as the Operator Menu, the Customer Menu is an application that launches the browser as an embedded application with a predefined URL as parameter. The URL defines the xHTML Startup page that is shown when the Customer Menu application is launched, for example www.customername.com/index.html. The URL also defines the customer domain URL path, for example www.customername.com/. All user-browsed xHTML pages belonging to that path are automatically stored in the Customer Menu cache.The Customer Menu application can be configured as a shortcut just like any other application. In Main menu, the Customer Menu is placed by default to 11th position. When the Customer Menu is enabled, Help moves from position 11 to 12 and Apps moves from 12 to 13, which is not visible until the user scrolls the menu cursor.</desc>
<setting name="Customer Menu icon" ref="CVC_OperatorMenuIconFile" type="file">
<desc>Customer menu icon that will be present in Application Grid. Size: 65 x 65 pixels. Format: SVGT (preferred) or BMP. Color depth: 24 bit</desc>
<localPath/>
<targetPath readOnly="true"/>
</setting>
</feature>
<data>
<KCRUidApEngineLV>
<KApEngineLVFlags>0</KApEngineLVFlags>
</KCRUidApEngineLV>
<KCRUidApSettingsHandlerUiLV>
<KApSettingsHandlerUiLVFlags>0</KApSettingsHandlerUiLVFlags>
<KAIStatusPaneLayout>0</KAIStatusPaneLayout>
</KCRUidApSettingsHandlerUiLV>
<CVC_OperatorMenu>
<CVC_OperatorMenuIconFile>
<localPath>UI/Customer Menu/Cache</localPath>
</CVC_OperatorMenuIconFile>
</CVC_OperatorMenu>
</data>
<rfs>
<KCRUidApEngineLV>
<KApEngineLVFlags>true</KApEngineLVFlags>
</KCRUidApEngineLV>
<KCRUidApSettingsHandlerUiLV>
<KApSettingsHandlerUiLVFlags>false</KApSettingsHandlerUiLVFlags>
</KCRUidApSettingsHandlerUiLV>
</rfs>
</configuration>
'''
sequencesettings = \
'''<?xml version="1.0" encoding="utf-8"?><configuration xmlns="http://www.s60.com/xml/confml/1" name="BrowserBookmarks">
<feature name="BookmarkItems" ref="BookmarkItems">
<setting name="BookmarkItem" ref="BookmarkItem" type="sequence">
<setting name="Type Of Bookmark" ref="Type" type="selection">
<desc>This defines the Type of the element created. To create a Folder item - select "Folder". To create a bookmark item - select "Item".</desc>
<option name="Folder" value="Folder"/>
<option name="Item" value="Item"/>
</setting>
<setting name="Name Of The New Entry" ref="Name" type="string">
<desc>Text field containing name for the Folder or Bookmark. Must be unique.</desc>
</setting>
</setting>
</feature>
<data>
<BookmarkItems>
<BookmarkItem template="true">
<Type>Template</Type>
<Name>Download Applications</Name>
</BookmarkItem>
<BookmarkItem>
<Type>Folder1</Type>
<Name>Download Applications</Name>
</BookmarkItem>
<BookmarkItem>
<Type>Folder2</Type>
<Name>Download Images</Name>
</BookmarkItem>
<BookmarkItem>
<Type>Folder3</Type>
</BookmarkItem>
</BookmarkItems>
</data>
</configuration>
'''
simpleview = \
'''<?xml version="1.0" encoding="UTF-8"?>
<confml:configuration xmlns:confml="http://www.s60.com/xml/confml/1" schemaLocation="http://www.s60.com/xml/confml/1 http://www.s60.com/xml/confml/1#//confml2">
<feature ref="imaker" name="iMaker Image creation">
<setting ref="imagetarget" name="IMAGE_TARGET" type="selection">
<option name="core" value="0"/>
<option name="rofs2" value="1"/>
<option name="rofs3" value="2"/>
<option name="rofs4" value="3"/>
<option name="uda" value="4"/>
<option name="rofs3_uda" value="4"/>
</setting>
</feature>
<feature ref="imakerapi" name="iMaker API">
<setting ref="imagetype" name="IMAGE_TYPE" type="selection">
<option name="rnd" value="0"/>
<option name="subcon" value="1"/>
<option name="prd" value="2"/>
</setting>
<setting ref="rofs3version" name="ROFS3_VERSION" type="string"/>
<setting ref="productname" name="PRODUCT_NAME" type="string"/>
<setting ref="outputLocation" name="OUTPUT_LOCATION" type="string"/>
</feature>
<data>
<imaker>
<imagetarget>2</imagetarget>
</imaker>
<imakerapi>
<imagetype>0</imagetype>
<rofs3version>V .50.2009.04.0113 RND</rofs3version>
<productname>myProduct</productname>
<outputLocation>myProduct</outputLocation>
</imakerapi>
</data>
<confml:view id="imakerimage" name="Image creation">
<confml:desc>Image creation related settings</confml:desc>
<confml:group name="Imageproperties / test">
<confml:desc>Sample Description</confml:desc>
<confml:setting ref="imakerapi/imagetype"/>
<confml:setting ref="imakerapi/rofs3version"/>
<confml:setting ref="imakerapi/productname"/>
<confml:setting ref="imakerapi/outputLocation"/>
<confml:setting ref="imaker/*"/>
</confml:group>
</confml:view>
</confml:configuration>
'''
overrideview = \
'''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/2" schemaLocation="http://www.s60.com/xml/confml/1 http://www.s60.com/xml/confml/1#//confml2">
<feature ref="imakerapi" name="iMaker API">
<setting ref="imagetype" name="IMAGE_TYPE" type="selection">
<option name="rnd" value="0"/>
<option name="subcon" value="1"/>
<option name="prd" value="2"/>
</setting>
<setting ref="productname" name="PRODUCT_NAME" type="string"/>
<setting ref="outputLocation" name="OUTPUT_LOCATION" type="string"/>
</feature>
<data>
<imakerapi>
<imagetype>0</imagetype>
<productname>myProduct</productname>
<outputLocation>myProduct</outputLocation>
</imakerapi>
</data>
<view id="imakerimage" name="Image creation">
<desc>Image creation related settings</desc>
<group name="Imageproperties">
<desc>Sample Description</desc>
<setting ref="imakerapi/imagetype">
<option name="prd_renamed" value="2"/>
</setting>
<setting ref="imakerapi/productname" name="New Product Name">
<desc>test desc override</desc>
<minLength value="2" />
</setting>
<setting ref="imakerapi/outputLocation" minOccurs="2"/>
</group>
</view>
</configuration>
'''
option_overrideview = \
'''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/2" schemaLocation="http://www.s60.com/xml/confml/1 http://www.s60.com/xml/confml/1#//confml2">
<feature ref="imakerapi" name="iMaker API">
<setting ref="imagetype" name="IMAGE_TYPE" type="selection">
<option name="rnd" value="0"/>
<option name="subcon" value="1"/>
<option name="prd" value="2"/>
</setting>
<setting ref="productname" name="PRODUCT_NAME" type="string"/>
<setting ref="outputLocation" name="OUTPUT_LOCATION" type="string"/>
</feature>
<data>
<imakerapi>
<imagetype>0</imagetype>
<productname>myProduct</productname>
<outputLocation>myProduct</outputLocation>
</imakerapi>
</data>
<view id="imakerimage" name="Image creation">
<desc>Image creation related settings</desc>
<group name="Imageproperties">
<desc>Sample Description</desc>
<setting ref="imakerapi/imagetype">
<option name="prd2" value="2"/>
<option name="newoption" value="5"/>
</setting>
<setting ref="imakerapi/productname" name="New Product Name">
<desc>test desc override</desc>
<minLength value="2" />
</setting>
<setting ref="imakerapi/outputLocation" minOccurs="2"/>
</group>
</view>
</configuration>
'''
properties_overrideview = \
'''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/2" schemaLocation="http://www.s60.com/xml/confml/1 http://www.s60.com/xml/confml/1#//confml2">
<feature ref="imakerapi" name="iMaker API">
<setting ref="imagetype" name="IMAGE_TYPE" type="selection">
<option name="rnd" value="0"/>
<option name="subcon" value="1"/>
<option name="prd" value="2"/>
<property name="mime" value="image/svgt image/bmp"/>
</setting>
<setting ref="productname" name="PRODUCT_NAME" type="string"/>
<setting ref="outputLocation" name="OUTPUT_LOCATION" type="string"/>
</feature>
<data>
<imakerapi>
<imagetype>0</imagetype>
<productname>myProduct</productname>
<outputLocation>myProduct</outputLocation>
</imakerapi>
</data>
<view id="imakerimage" name="Image creation">
<desc>Image creation related settings</desc>
<group name="Imageproperties">
<desc>Sample Description</desc>
<setting ref="imakerapi/imagetype">
<property name="mime" value="image/svgt image/jpg"/>
<property name="mime2" value="image/svgt image/bmp"/>
</setting>
<setting ref="imakerapi/productname" name="New Product Name">
<desc>test desc override</desc>
<minLength value="2" />
</setting>
<setting ref="imakerapi/outputLocation" minOccurs="2"/>
</group>
</view>
</configuration>
'''
selectionsetting = \
'''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/2" name="Test features for testing name-ID mappings"><feature ref="CTD_APs" name="GPRS Access Points" ><desc>GPRS connection method (CM) definitions</desc>
<setting ref="AP"
name="GPRS"
type="sequence"
minOccurs="0"
maxOccurs="99"
displayName="ConnectionName"
mapValue="DestinationNetwork"
mapKey="GPRS_AP_Name">
<setting ref="GPRS_AP_Name" name="GPRS Access Point Name" type="string">
<desc>The access point name for this GPRS connection</desc>
</setting>
<setting ref="ConnectionName" name="Connection Name" type="string">
<desc>The access point name that is visible to the user.</desc>
</setting>
<setting ref="DestinationNetwork" name="Destination Network" type="selection">
<desc>Select destination network for access point</desc>
<option name="Internet" value="1"/>
<option name="MMS" value="2"/>
<option name="Wap Services" value="3"/>
</setting>
<setting ref="NetworkType" name="Network type" type="selection">
<desc>Addressing that the network uses.</desc>
<option name="IPv4" value="IPv4"/>
<option name="IPv6" value="IPv6"/>
</setting>
</setting>
</feature>
<feature ref="TestApplication" name="Test internet application">
<setting ref="ConfirmFromUser" name="Confirm internet access" type="boolean">
<desc>Confirm the internet access from user?</desc>
</setting>
<setting ref="DefaultAP" name="Default access point" type="selection">
<option map="CTD_APs/AP"></option>
</setting>
</feature>
<data>
<CTD_APs>
<AP template="true">
<DestinationNetwork>Internet</DestinationNetwork>
<NetworkType>IPv4</NetworkType>
</AP>
<AP>
<GPRS_AP_Name>Operator 1</GPRS_AP_Name>
<ConnectionName>Operator Internet</ConnectionName>
<DestinationNetwork>Internet</DestinationNetwork>
<NetworkType>IPv4</NetworkType>
</AP>
<AP>
<GPRS_AP_Name>Test</GPRS_AP_Name>
<ConnectionName>Test Connection</ConnectionName>
<DestinationNetwork>Internet</DestinationNetwork>
<NetworkType>IPv4</NetworkType>
</AP>
</CTD_APs>
<TestApplication>
<ConfirmFromUser>true</ConfirmFromUser>
<DefaultAP map="CTD_APs/AP[@key='Operator 1']"></DefaultAP>
</TestApplication>
</data>
</configuration>
'''
multiselection = \
'''<?xml version="1.0" encoding="UTF-8"?>
<configuration xmlns="http://www.s60.com/xml/confml/2" name="Test features for testing name-ID mappings">
<feature ref="aFeature">
<setting type="sequence" ref="exampleSequence" mapKey="id" mapValue="someName">
<setting type="int" ref="id"/>
<setting type="string" ref="someName"/>
<setting type="string" ref="someData"/>
</setting>
<setting ref="selectionSetting" name="Selection Setting" type="selection">
<option map="aFeature/exampleSequence"/>
</setting>
<setting ref="multiselectionSetting" name="Multi-selection Setting" type="multiSelection">
<option name="default selection" value=""/>
<option map="aFeature/exampleSequence"/>
</setting>
<setting ref="multiselectionSettingOverride" name="Multi-selection Setting with options override" type="multiSelection">
<option map="aFeature/exampleSequence" displayName="someName" mapValue="someData"/>
</setting>
</feature>
<data>
<aFeature>
<exampleSequence>
<id>12</id>
<someName>foo</someName>
<someData>Real data is here!</someData>
</exampleSequence>
<exampleSequence>
<id>34</id>
<someName>bar</someName>
<someData>I am not FOO!</someData>
</exampleSequence>
<selectionSetting map="aFeature/exampleSequence[@key='12']"/>
<multiselectionSetting>0</multiselectionSetting>
<multiselectionSetting map="aFeature/exampleSequence[@key='12']"/>
<multiselectionSetting map="aFeature/exampleSequence[@key='34']"/>
<multiselectionSettingOverride map="aFeature/exampleSequence[@key='12']"/>
<multiselectionSettingOverride map="aFeature/exampleSequence[@key='34']"/>
</aFeature>
</data>
</configuration>
'''
class TestModuleGetters(unittest.TestCase):
def test_get_reader_for_configuration(self):
confread = persistentconfml.get_reader_for_elem("configuration")
self.assertTrue(isinstance(confread, persistentconfml.ConfigurationReader))
def test_get_writer_for_configuration(self):
confread = persistentconfml.get_writer_for_class("Configuration")
self.assertTrue(isinstance(confread, persistentconfml.ConfigurationWriter))
def test_get_elemname_from_string(self):
self.assertEquals(persistentconfml.get_elemname("{http://www.s60.com/xml/confml/1}configuration")[0],"http://www.s60.com/xml/confml/1")
self.assertEquals(persistentconfml.get_elemname("{http://www.s60.com/xml/confml/1}configuration")[1],"configuration")
def test_get_elemname_from_element_tree(self):
root = ElementTree.fromstring(simplerootxml)
for elem in root.getiterator():
(namespace,elemname) = persistentconfml.get_elemname(elem.tag)
self.assertEquals(elemname,"include")
def test_loads(self):
config = persistentconfml.loads(simplerootxml)
self.assertEquals(config.get_name(),"simple")
def test_dumps(self):
config = api.Configuration("test.confml")
config.include_configuration('path/to/config.confml')
dump = persistentconfml.dumps(config)
elem = ElementTree.fromstring(dump)
self.assertEquals(elem.get('name'),"test_confml")
class TestConfigurationParser(unittest.TestCase):
def tearDown(self):
if os.path.exists(os.path.join(ROOT_PATH,'temp')):
shutil.rmtree(os.path.join(ROOT_PATH,'temp'))
def test_load_simple(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(simplerootxml))
self.assertEquals(obj.get_ref(),'simple')
self.assertEquals(obj.id,None)
self.assertEquals(obj._list(),['platform__s60__confml__test_confml'])
def test_load_new_include_confml(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(newincludexml))
self.assertEquals(obj._list(),['platform__s60__confml__test_confml'])
def test_load_complexrootxml(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(complexrootxml))
self.assertEquals(obj._list(),['platform__s60__confml__test_confml',
'platform__jallaa__confml__root_confml',
'configB__confml__configB_confml',
'ncp33__prod__confml__root_confml'])
def test_load_morestuff(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(morestuff))
self.assertEquals(obj.id, "conf_id")
self.assertEquals(obj._list(),['_meta','_desc','platform__s60__confml__root_confml', 'ncp11__confml__jallaa_confml', 'ncp11__prodX__confml__root_confml', 'regional__japan__confml__root_confml'])
met = obj.meta
self.assertEquals(obj.meta[2].value,'Variant1 creator')
self.assertEquals(obj.meta[3].value,'somestorage:somelocation_123/and/path')
self.assertEquals(obj.meta[4].value,'proto_b2')
self.assertEquals(obj.meta[0].tag,'configuration-property')
self.assertEquals(obj.meta[0].value, None)
self.assertEquals(obj.meta[0].ns,'http://www.nokia.com/xml/cpf-id/1')
self.assertEquals(obj.meta[0].attrs,{"name": "coreplat_name", "value": "abc_123"})
self.assertEquals(obj.desc,'This is a configuration for Product1 Region1 Variant1 ')
def test_load_morestuff_and_remove_included_configuration(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(morestuff))
self.assertEquals(obj.list_configurations(),['platform/s60/confml/root.confml', 'ncp11/confml/jallaa.confml', 'ncp11/prodX/confml/root.confml', 'regional/japan/confml/root.confml'])
obj.remove_configuration('platform/s60/confml/root.confml')
self.assertEquals(obj.list_configurations(),['ncp11/confml/jallaa.confml', 'ncp11/prodX/confml/root.confml', 'regional/japan/confml/root.confml'])
for configname in obj.list_configurations():
obj.remove_configuration(configname)
self.assertEquals(obj.list_configurations(),[])
def test_load_actualconfml(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(actualconfml))
self.assertEquals(obj.list_features(),['KCRUidApEngineLV', 'KCRUidApSettingsHandlerUiLV','CVC_OperatorMenu'])
self.assertEquals(obj.list_all_features(),['KCRUidApEngineLV',
'KCRUidApEngineLV.KApEngineLVFlags',
'KCRUidApSettingsHandlerUiLV',
'KCRUidApSettingsHandlerUiLV.KApSettingsHandlerUiLVFlags',
'KCRUidApSettingsHandlerUiLV.KAIStatusPaneLayout',
'CVC_OperatorMenu',
'CVC_OperatorMenu.CVC_OperatorMenuIconFile',
'CVC_OperatorMenu.CVC_OperatorMenuIconFile.localPath',
'CVC_OperatorMenu.CVC_OperatorMenuIconFile.targetPath'])
fea = obj.KCRUidApSettingsHandlerUiLV.KApSettingsHandlerUiLVFlags
vset = fea.get_valueset()
self.assertTrue(fea.get_value() in vset)
self.assertTrue('0' in obj.KCRUidApSettingsHandlerUiLV.KAIStatusPaneLayout.get_valueset())
self.assertTrue('1' in obj.KCRUidApSettingsHandlerUiLV.KAIStatusPaneLayout.get_valueset())
for fearef in obj.list_all_features():
fea = obj.get_feature(fearef)
if fea.get_type() == 'int':
#print "Feature %s, %s: %s" % (fea.get_type(),fea.get_name(),fea.get_value())
self.assertEquals(fea.get_value(),0)
self.assertEquals(obj.get_feature('CVC_OperatorMenu.CVC_OperatorMenuIconFile.targetPath').get_value(),None)
self.assertEquals(obj.get_feature('CVC_OperatorMenu.CVC_OperatorMenuIconFile.localPath').get_value(),'UI/Customer Menu/Cache')
def test_create_features_with_rfs_data_and_dump_and_load(self):
conf = api.Configuration("foo/foo.confml", id="foo_conf")
conf.add_feature(api.Feature('feature1', id="feature1_id"))
conf.add_feature(api.Feature('child1'),'feature1')
conf.add_feature(api.Feature('child2'),'feature1')
conf.add_feature(api.Feature('child3'),'feature1')
conf.add_data(api.Data(fqr='feature1.child1',attr='rfs',value='true'))
conf.add_data(api.Data(fqr='feature1.child2',attr='rfs',value='false'))
dview = conf.get_default_view()
self.assertEquals(dview.get_feature('feature1.child1').get_value(), None)
self.assertEquals(dview.get_feature('feature1.child1').get_value('rfs'), 'true')
self.assertEquals(dview.get_feature('feature1.child2').get_value('rfs'), 'false')
dumped = persistentconfml.dumps(conf)
conf2 = persistentconfml.loads(dumped)
self.assertEquals(conf2.id, "foo_conf")
dview = conf2.get_default_view()
self.assertEquals(dview.get_feature('feature1').id, "feature1_id")
self.assertEquals(dview.get_feature('feature1.child1').id, None)
self.assertEquals(dview.get_feature('feature1.child1').get_value(), None)
self.assertEquals(dview.get_feature('feature1.child1').get_value('rfs'), 'true')
self.assertEquals(dview.get_feature('feature1.child2').get_value('rfs'), 'false')
def test_create_confml_features_and_dump_and_load(self):
conf = model.ConfmlConfiguration("foo/foo.confml", id="foo_conf")
fea = conf.create_feature('feature1', id="feature1_id")
fea.add_feature(model.ConfmlBooleanSetting("boolset", id="bool", name="testname", desc="desriptions"))
fea.add_feature(model.ConfmlIntSetting("intset", id="int"))
fea.add_feature(model.ConfmlStringSetting("stringset", id="string"))
fea.add_feature(model.ConfmlSelectionSetting("selset", id="sel"))
fea.add_feature(model.ConfmlSequenceSetting("seqset", id="seq"))
fea.add_feature(model.ConfmlFileSetting("fileset", id="file", desc="testdesc"))
dumped = persistentconfml.dumps(conf)
conf2 = persistentconfml.loads(dumped)
self.assertEquals(conf2.id, "foo_conf")
dview = conf2.get_default_view()
self.assertEquals(dview.get_feature('feature1').id, "feature1_id")
self.assertEquals(dview.get_feature('feature1.boolset').id, "bool")
self.assertEquals(dview.get_feature('feature1.boolset').desc, "desriptions")
self.assertEquals(dview.get_feature('feature1.intset').id, "int")
self.assertEquals(dview.get_feature('feature1.stringset').id, "string")
self.assertEquals(dview.get_feature('feature1.selset').id, "sel")
self.assertEquals(dview.get_feature('feature1.seqset').id, "seq")
self.assertEquals(dview.get_feature('feature1.fileset').id, "file")
self.assertEquals(dview.get_feature('feature1.fileset').desc, "testdesc")
def test_create_confml_view_and_dump_and_load(self):
conf = model.ConfmlConfiguration("foo/view.confml", id="view_conf")
view = conf.create_view('view1')
group1 = view.create_group("group one", id="g1")
group2 = view.create_group("group two", id="g2")
group2.create_featurelink("test/foo", id="fea1", name="Jee", desc="testdesc", readOnly="true")
dumped = persistentconfml.dumps(conf)
conf2 = persistentconfml.loads(dumped)
self.assertEquals(conf2.id, "view_conf")
v1 = conf2.get_view('view1')
self.assertEquals(v1.name, "view1")
self.assertEquals(v1.id, None)
self.assertEquals(v1.list_groups(), ['group one', 'group two'])
self.assertEquals(v1.get_group('group one').id, "g1")
self.assertEquals(v1.get_group('group two').id, "g2")
self.assertEquals(v1.get_group('group two').get_featurelink("test/foo").id, "fea1")
self.assertEquals(v1.get_group('group two').get_featurelink("test/foo").name, "Jee")
self.assertEquals(v1.get_group('group two').get_featurelink("test/foo").desc, "testdesc")
self.assertEquals(v1.get_group('group two').get_featurelink("test/foo").readOnly, True)
def test_load_actualconfml_test_rfs_settings(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(actualconfml))
self.assertEquals(obj.get_feature('KCRUidApEngineLV.KApEngineLVFlags').rfs,True)
self.assertEquals(obj.get_feature('KCRUidApSettingsHandlerUiLV.KApSettingsHandlerUiLVFlags').rfs,False)
def test_load_sequence_confml(self):
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(sequencesettings)
obj = reader.loads(etree)
dcont = obj.get_data('BookmarkItems')
dview = obj.get_default_view()
self.assertEquals(dview.get_feature('BookmarkItems.BookmarkItem').list_features(),['Type', 'Name'])
self.assertEquals(dview.get_feature('BookmarkItems.BookmarkItem').list_all_features(),['Type', 'Name'])
datatable = dview.get_feature('BookmarkItems.BookmarkItem').get_data()
self.assertEquals(len(datatable), 3)
self.assertEquals(datatable[0].list_features(), ['Type', 'Name'])
self.assertEquals(datatable[0].get_feature('Name').get_value(), 'Download Applications')
self.assertEquals(datatable[0][0].get_value(), 'Folder1')
self.assertEquals(datatable[0][1].get_value(), 'Download Applications')
self.assertEquals(dview.get_feature('BookmarkItems.BookmarkItem').get_value(),
[
['Folder1','Download Applications'],
['Folder2','Download Images'],
['Folder3',None]])
def test_load_commsdat_sequence_confml_from_file(self):
conffile = open(os.path.join(ROOT_PATH,"data/commsdatcreator.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
dview = obj.get_default_view()
dnsfea = dview.get_feature('DNs.DN')
self.assertEquals(dnsfea.list_features(),['Name', 'DNId', 'Metadata', 'Protection', 'Hidden', 'HiddenAgent', 'Highlighted', 'Icon', 'EmbeddedDN', 'IAP', 'IAP2', 'IAP3', 'IAP4', 'IAP5', 'IAP6', 'IAP7', 'IAP8', 'IAP9', 'IAP10'])
self.assertEquals(dnsfea.get_template(), [None, None, 'User Defined', '0', 'No', 'No', 'No', '11', None, None, None, None, None, None, None, None, None, None, None])
self.assertEquals(dnsfea.get_value(),
[['Internet', '1', 'Internet', '2', 'No', 'No', 'Yes', '0', None, None, None, None, None, None, None, None, None, None, None],
['MMS', '2', 'MMS', '2', 'No', 'Yes', 'No', '2', None, None, None, None, None, None, None, None, None, None, None],
['Operator', '3', 'Operator', '2', 'No', 'No', 'No', '4', None, None, None, None, None, None, None, None, None, None, None]
])
def test_load_content_sequence_confml_from_file(self):
conffile = open(os.path.join(ROOT_PATH,"data/CVC_Content.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
dview = obj.get_default_view()
content = dview.get_feature('ContentFiles.contentfile')
self.assertEquals(content.list_all_features(),['fileelem', 'fileelem.localPath', 'fileelem.targetPath'])
self.assertEquals(content.value,[[['test/BookmarkImportSample.txt', None]]])
self.assertEquals(content.fileelem.localPath.value,['test/BookmarkImportSample.txt'])
def test_load_content_multiselection_confml_from_file(self):
fs = filestorage.FileStorage(testdata)
p = api.Project(fs)
config = p.get_configuration('multiselection.confml')
dview = config.get_default_view()
multisel1 = dview.get_feature('MultiSelections.MultiSel1')
self.assertEquals(multisel1.value,("first selection","second selection"))
self.assertEquals(multisel1.get_value(),("first selection","second selection"))
self.assertEquals(multisel1.get_data().get_value(),'"first selection" "second selection"')
def test_load_content_multiselection_empty_confml_from_file(self):
fs = filestorage.FileStorage(testdata)
p = api.Project(fs)
config = p.get_configuration('multiselection.confml')
dview = config.get_default_view()
multisel1 = dview.get_feature('uda_selection.selectedfiles')
self.assertEquals(multisel1.get_value(), ())
self.assertEquals(multisel1.get_data().get_value(),None)
def test_add_sequence_data_to_separate_confml(self):
prj = api.Project(api.Storage.open(os.path.join(ROOT_PATH,'temp'),"w"))
config = prj.create_configuration('test2.confml')
seqconfig = config.create_configuration('sequence.confml')
config.create_configuration('testdata.confml')
seqconfig.add_feature(api.FeatureSequence('feature1'))
seqconfig.add_feature(api.Feature('child1', name="child1"),'feature1')
seqconfig.add_feature(api.Feature('child2', name="child2"),'feature1')
seqconfig.add_feature(api.Feature('child3', name="child3"),'feature1')
dview = config.get_default_view()
self.assertEquals(dview.get_feature('feature1').get_type(),'sequence')
dview.get_feature('feature1').set_template(['c1','c2','c3'])
dview.get_feature('feature1').add_sequence(['row 1','43','56'])
dview.get_feature('feature1').add_sequence(['row 2','43','56'])
config.create_configuration('testdata2.confml')
dview.get_feature('feature1').add_sequence(['row 3','43','56'])
dview.get_feature('feature1').add_sequence(['row 4','43','56'])
dview.get_feature('feature1').get_data()[1].set_value(['row 2 updated', 'foo', '56'])
config.save()
prj.close()
prj = api.Project(api.Storage.open(os.path.join(ROOT_PATH,'temp')))
config = prj.get_configuration('test2.confml')
dview = config.get_default_view()
self.assertEquals(dview.get_feature('feature1').get_template(),['c1','c2','c3'])
self.assertEquals(dview.get_feature('feature1').get_value(),[['row 3', '43', '56'],
['row 4', '43', '56']])
self.assertEquals(dview.get_feature('feature1').get_data()[0]._index,0)
self.assertEquals(dview.get_feature('feature1').get_data()[0].get_value(),['row 3', '43', '56'])
self.assertEquals(dview.get_feature('feature1').get_data()[1].get_value(),['row 4', '43', '56'])
self.assertEquals(dview.get_feature('feature1').get_data()[0].get_data().find_parent(type=api.Configuration), config.get_configuration('testdata2.confml')._obj)
prj.remove_configuration('test2.confml')
def test_add_sequence_data_to_separate_confml_with_append_policy(self):
prj = api.Project(api.Storage.open(os.path.join(ROOT_PATH,'temp'),"w"))
config = prj.create_configuration('test1.confml')
seqconfig = config.create_configuration('sequence.confml')
config.create_configuration('testdata.confml')
seqconfig.add_feature(api.FeatureSequence('feature1'))
seqconfig.add_feature(api.Feature('child1', name="child1"),'feature1')
seqconfig.add_feature(api.Feature('child2', name="child2"),'feature1')
seqconfig.add_feature(api.Feature('child3', name="child3"),'feature1')
dview = config.get_default_view()
self.assertEquals(dview.get_feature('feature1').get_type(),'sequence')
dview.get_feature('feature1').set_template(['c1','c2','c3'])
dview.get_feature('feature1').add_sequence(['row 1','43','56'])
dview.get_feature('feature1').add_sequence(['row 2','43','56'])
config.create_configuration('testdata2.confml')
dview.get_feature('feature1').add_sequence(['row 3','43','56'])
dview.get_feature('feature1').add_sequence(['row 4','43','56'])
dview.get_feature('feature1').get_data()[1].set_value(['row 2 updated', 'foo', '56'])
config.save()
prj.close()
prj = api.Project(api.Storage.open(os.path.join(ROOT_PATH,'temp')))
config = prj.get_configuration('test1.confml')
dview = config.get_default_view()
self.assertEquals(dview.get_feature('feature1').get_template(),['c1','c2','c3'])
self.assertEquals(dview.get_feature('feature1').get_value(),[['row 3', '43', '56'],
['row 4', '43', '56']])
self.assertEquals(dview.get_feature('feature1').get_data()[0]._index,0)
self.assertEquals(dview.get_feature('feature1').get_data()[0].get_value(),['row 3', '43', '56'])
self.assertEquals(dview.get_feature('feature1').get_data()[1].get_value(),['row 4', '43', '56'])
self.assertEquals(dview.get_feature('feature1').get_data()[0].get_data().find_parent(type=api.Configuration), config.get_configuration('testdata2.confml')._obj)
prj.remove_configuration('test1.confml')
def test_load_view(self):
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(simpleview)
obj = reader.loads(etree)
self.assertEquals(obj.get_name(), None)
self.assertEquals(obj.list_views(), ['Image creation'])
self.assertEquals(obj.get_view('Image creation').get_name(),'Image creation')
self.assertEquals(obj.get_view('Image creation').desc,'Image creation related settings')
self.assertEquals(obj.get_view('Image creation').list_features(),[])
self.assertEquals(obj.get_view('Image creation').list_groups(),['Imageproperties _ test'])
self.assertEquals(obj.get_view('Image creation').list_all_features(),['Imageproperties _ test.proxy_imakerapi_imagetype',
'Imageproperties _ test.proxy_imakerapi_rofs3version',
'Imageproperties _ test.proxy_imakerapi_productname',
'Imageproperties _ test.proxy_imakerapi_outputLocation',
'Imageproperties _ test.proxy_imaker_imagetarget'])
self.assertEquals(obj.get_view('Image creation').get_feature('Imageproperties _ test.proxy_imakerapi_imagetype').get_value(), '0')
self.assertEquals(obj.get_view('Image creation').get_feature('Imageproperties _ test.proxy_imakerapi_rofs3version').get_value(), 'V .50.2009.04.0113 RND')
self.assertEquals(obj.get_view('Image creation').get_feature('Imageproperties _ test.proxy_imakerapi_productname').get_value(), 'myProduct')
self.assertEquals(obj.get_view('Image creation').get_feature('Imageproperties _ test.proxy_imakerapi_outputLocation').get_value(), 'myProduct')
self.assertEquals(obj.get_view('Image creation').get_feature('Imageproperties _ test.proxy_imaker_imagetarget').get_value(), '2')
def test_load_view_with_overrides(self):
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(overrideview)
obj = reader.loads(etree)
self.assertEquals(obj.get_name(), None)
self.assertEquals(obj.list_views(), ['Image creation'])
view = obj.get_view('Image creation')
self.assertEquals(view.get_name(),'Image creation')
self.assertEquals(view.list_all_features(),['Imageproperties.proxy_imakerapi_imagetype',
'Imageproperties.proxy_imakerapi_productname',
'Imageproperties.proxy_imakerapi_outputLocation'
])
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').name, "New Product Name")
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').desc, "test desc override")
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_outputLocation').minOccurs, 2)
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').minLength, 2)
def test_load_view_with_option_overrides(self):
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(option_overrideview)
obj = reader.loads(etree)
self.assertEquals(obj.get_name(), None)
self.assertEquals(obj.list_views(), ['Image creation'])
view = obj.get_view('Image creation')
self.assertEquals(view.get_name(),'Image creation')
self.assertEquals(view.list_all_features(),['Imageproperties.proxy_imakerapi_imagetype',
'Imageproperties.proxy_imakerapi_productname',
'Imageproperties.proxy_imakerapi_outputLocation'
])
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_option('value_2').get_name(), 'prd2')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').options['2'].get_name(), 'prd2')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').list_options(), ['value_0', 'value_1', 'value_2', 'value_2', 'value_5'])
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_option('value_5').get_value(), '5')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_outputLocation').minOccurs, 2)
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').minLength, 2)
def test_load_view_with_properties_overrides(self):
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(properties_overrideview)
obj = reader.loads(etree)
view = obj.get_view('Image creation')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_property('mime').get_name(), 'mime')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_property('mime').get_value(), 'image/svgt image/jpg')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_property('mime2').name, 'mime2')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_property('mime2').value, 'image/svgt image/bmp')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').properties['mime'].get_name(), 'mime')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').properties['mime'].get_value(), 'image/svgt image/jpg')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').properties['mime2'].name, 'mime2')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').properties['mime2'].value, 'image/svgt image/bmp')
def test_load_cvc_view(self):
prj = api.Project(api.Storage.open(os.path.join(ROOT_PATH,'data')))
config = prj.get_configuration('cvc_root.confml')
dview = config.get_default_view()
self.assertEquals(config.list_views(),['cvc_view_confml.Custom modeled ConfMLs for customization foo'])
view = config.get_view('cvc_view_confml.Custom modeled ConfMLs for customization foo')
self.assertEquals(view.id, 'CVC')
self.assertEquals(view.list_groups(),['Applications', 'Connectivity', 'System', 'UI', 'Pre-Installed Content'])
self.assertEquals(view.list_features(),[])
group = view.get_group('Connectivity')
self.assertEquals(group.icon, 'connectivity_48_nav.png')
self.assertEquals(len(view.list_all_features()),130)
def test_load_booleans_confml_from_file(self):
conffile = open(os.path.join(ROOT_PATH,"data/booleans.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
dview = obj.get_default_view()
boolfea = dview.get_feature('Booleans')
self.assertEquals(len(boolfea.list_features()),20)
def test_load_confml_with_properties(self):
conffile = open(os.path.join(ROOT_PATH,"data/CVC_StartupShutdownAnimations.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
fea = obj.get_feature('CVC_StartupAnimationSequence.CVC_StartupAnimationTone')
self.assertEquals(fea.list_properties(),['maxSize'])
self.assertEquals(fea.property_maxSize.value,'100')
conffile = open(os.path.join(ROOT_PATH,"data/CVC_Preinstalled.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
fea = obj.get_feature('CVC_PreinstalledContent.CVC_PreInstalledMMSs.CVC_PreInstalledMMS')
self.assertEquals(fea.list_properties(),['maxFileSize'])
self.assertEquals(fea.property_maxFileSize.value,'35')
def test_load_voicemailbox_confml_from_file(self):
conffile = open(os.path.join(ROOT_PATH,"data/voicemailbox.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
dview = obj.get_default_view()
stringfea = dview.get_feature('KCRUidVoiceMailbox.KVmbxNumberLinePrimary')
self.assertEquals(stringfea.type,'string')
self.assertEquals(stringfea.value,None)
def test_load_facets(self):
conffile = open(os.path.join(ROOT_PATH,"data/facets.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
setting = obj.get_feature('Facets.MessageSize')
self.assertEquals(setting.minInclusive,0)
self.assertEquals(setting.maxInclusive,10)
setting = obj.get_feature('Facets.MessageSize2')
self.assertEquals(setting.minExclusive,-1)
self.assertEquals(setting.maxExclusive,11)
setting = obj.get_feature('Facets.StringPattern')
self.assertEquals(setting.pattern,"[a-zA-Z]{5,10}")
setting = obj.get_feature('Facets.TotalDigits')
self.assertEquals(setting.totalDigits,3)
dview = obj.get_default_view()
intfea = dview.get_feature('Facets.MessageSize')
self.assertEquals(intfea.type,'int')
self.assertEquals(intfea.value,9)
def test_load_sequence_setting_test_confml_from_file(self):
conffile = open(os.path.join(ROOT_PATH,"testdata/read_write/sequence_setting_test.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
dview = obj.get_default_view()
fea = dview.get_feature('SequenceSettingTest.SequenceSetting')
self.assertEquals(fea.get_template(),
[['seq/default_folder', None],
'1.0',
['seq/default_file.txt', None],
'1',
'template',
'false',
'0',
'"opt 0"',
'2009-02-02',
'07:30:15',
'2009-02-02-07:00:00',
'P5Y4M3DT12H25M15S'])
def test_load_selection_with_name_id_mapping(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(selectionsetting))
self.assertEquals(obj._list(),['CTD_APs',
'TestApplication',
'data'])
self.assertEquals(obj.get_data('TestApplication.DefaultAP').get_map(), "CTD_APs/AP[@key='Operator 1']")
#
class TestConfigurationWriter(unittest.TestCase):
def tearDown(self):
if os.path.exists(os.path.join(ROOT_PATH,'temp/configwriter')):
shutil.rmtree(os.path.join(ROOT_PATH,'temp/configwriter'))
def test_dump_simple_configuration(self):
config = api.Configuration("test.confml")
writer = persistentconfml.get_writer_for_class("Configuration")
etree = writer.dumps(config)
self.assertEquals(etree.get('name'), 'test_confml')
def test_dump_configuration_with_include(self):
config = api.Configuration("test.confml")
config.include_configuration('path/to/config.confml')
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(config)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
self.assertEquals(etree.find('{http://www.w3.org/2001/XInclude}include').get('href'), 'path/to/config.confml')
def test_dump_configuration_with_feature_sequence(self):
config = api.Configuration("test.confml")
config.add_feature(api.Feature('test'))
config.add_feature(api.FeatureSequence('sequentialfeature'),'test')
config.test.sequentialfeature.add_feature(model.ConfmlSetting('setting1'))
config.test.sequentialfeature.add_feature(model.ConfmlSetting('setting2'))
config.test.sequentialfeature.add_feature(model.ConfmlSetting('setting3'))
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(config)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
self.assertEquals([elem for elem in etree.getiterator('{http://www.s60.com/xml/confml/2}setting')][0].get('ref'), 'sequentialfeature')
def test_dump_complex_configuration(self):
config = api.Configuration("test.confml")
config.include_configuration('path/to/config1.confml')
config.include_configuration('path/to/config2.confml')
config.include_configuration('path/to/config3.confml')
config.add( model.ConfmlMeta([model.ConfmlMetaProperty('test', '123'),\
model.ConfmlMetaProperty('model', 'foo')]))
config.add( model.ConfmlDescription( 'Description text' ) )
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(config)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
self.assertEquals([elem.get('href') for elem in etree.getiterator('{http://www.w3.org/2001/XInclude}include')],
['path/to/config1.confml',
'path/to/config2.confml',
'path/to/config3.confml'
])
meta = etree.find('{http://www.s60.com/xml/confml/2}meta')
self.assertEquals(meta.find('{http://www.s60.com/xml/confml/2}test').text,'123')
self.assertEquals(meta.find('{http://www.s60.com/xml/confml/2}model').text,'foo')
self.assertEquals(etree.find('{http://www.s60.com/xml/confml/2}desc').text,'Description text')
def test_dump_load_configuration(self):
writer = persistentconfml.get_writer_for_class("Configuration")
config = model.ConfmlConfiguration("test.confml")
config.include_configuration('path/to/config1.confml')
config.include_configuration('path/to/config2.confml')
config.include_configuration('path/to/config3.confml')
config.meta = model.ConfmlMeta([model.ConfmlMetaProperty('test', '123'),\
model.ConfmlMetaProperty('model', 'foo'),\
model.ConfmlMetaProperty('configuration-property', None, \
'http://www.nokia.com/xml/cpf-id/1', \
attrs ={"name":"123", "value": "234"})])
config.desc = 'Description text'
etree= writer.dumps(config)
xmlstr = ElementTree.tostring(etree)
config2 = persistentconfml.get_reader_for_elem("configuration").loads(ElementTree.fromstring(xmlstr))
self.assertEquals(config2.get_ref(),config.ref)
self.assertEquals(config2._list(),config._list())
self.assertEquals(config2.desc,'Description text')
elem = config2.meta.get_property_by_tag('test')
self.assertEquals(elem.tag, 'test')
self.assertEquals(elem.value, '123')
self.assertEquals(config2.meta[0].tag, 'test')
self.assertEquals(config2.meta[0].value, '123')
self.assertEquals(config2.meta[1].tag, 'model')
self.assertEquals(config2.meta[1].value, 'foo')
self.assertEquals(config2.meta[2].tag, 'configuration-property')
self.assertEquals(config2.meta[2].value, None)
self.assertEquals(config2.meta[2].ns, 'http://www.nokia.com/xml/cpf-id/1')
self.assertEquals(config2.meta[2].attrs, {"name":"123", "value": "234"})
def test_configuration_with_features_and_properties(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSetting('testfea11'))
config.testfea11.create_property(name='smaller',value='10')
config.testfea11.create_property(name='bigger',value='1', unit='B')
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea11.property_smaller.value,'10')
self.assertEquals(config2.testfea11.property_bigger.value,'1')
def test_configuration_with_features_and_minoccurs(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSequenceSetting('testfea11'))
config.testfea11.minOccurs = 1
config.testfea11.maxOccurs = 10
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea11.minOccurs,1)
self.assertEquals(config2.testfea11.maxOccurs,10)
def test_configuration_with_features_and_readonly(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSequenceSetting('testfea11'))
config.add_feature(model.ConfmlSetting('readme',readOnly=True))
config.add_feature(model.ConfmlSetting('writeme',readOnly=False))
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea11.readOnly,None)
self.assertEquals(config2.readme.readOnly,True)
self.assertEquals(config2.writeme.readOnly,False)
def test_configuration_with_features_and_constraint(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSequenceSetting('testfea11'))
config.add_feature(model.ConfmlSetting('const',constraint=". > '1'"))
config.add_feature(model.ConfmlSetting('writeme',readOnly=False, constraint='foo bar'))
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea11.constraint,None)
self.assertEquals(config2.const.constraint,". > '1'")
self.assertEquals(config2.writeme.readOnly,False)
self.assertEquals(config2.writeme.constraint,"foo bar")
def test_configuration_with_features_and_required_attr(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSequenceSetting('testfea11'))
config.add_feature(model.ConfmlSetting('requ',required=True))
config.add_feature(model.ConfmlSetting('writeme',required=False, readOnly=False))
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea11.required,None)
self.assertEquals(config2.requ.required,True)
self.assertEquals(config2.writeme.readOnly,False)
self.assertEquals(config2.writeme.required,False)
def test_configuration_with_features_and_relevant_attr(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSequenceSetting('testfea11'))
config.add_feature(model.ConfmlSetting('requ',relevant='testfea11'))
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea11.relevant,None)
self.assertEquals(config2.requ.relevant,'testfea11')
def test_configuration_with_features_and_maxlength(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(model.ConfmlSetting('testfea1', type='int'))
config.add_feature(model.ConfmlSetting('testfea2', type='int'))
config.add_feature(model.ConfmlSetting('testfea3', type='int',maxLength=100))
config.testfea1.maxLength = 10
elem = persistentconfml.dumps(config)
config2 = persistentconfml.loads(elem)
self.assertEquals(config2.testfea1.maxLength,10)
self.assertEquals(config2.testfea2.maxLength,None)
self.assertEquals(config2.testfea3.maxLength,100)
def test_configuration_with_features(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(api.Feature('testfea1'))
config.testfea1.add_feature(model.ConfmlSetting('testfea11'))
config.add_feature(api.Feature('testfea2'))
set1 = model.ConfmlSetting('testfea21', type='selection')
set1.create_option('pre', '1')
set1.create_option('normal', '2')
set1.create_option('post', '3')
config.add_feature(set1, 'testfea2')
config.add_feature(api.Feature('testfea4'))
config.add_feature(api.Feature('testfea5'))
config.add_feature(api.Feature('testfea6'))
set1.set_value('pre')
config.testfea1.testfea11.set_value('foo:bar')
config.testfea4.set_value('4')
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(config)
#print ElementTree.tostring(elem)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
fea1 = etree.find('{http://www.s60.com/xml/confml/2}feature')
self.assertEquals(fea1.get('ref'),'testfea1')
self.assertEquals(fea1.find('{http://www.s60.com/xml/confml/2}setting').get('ref'),'testfea11')
config2 = persistentconfml.get_reader_for_elem('configuration').loads(etree)
self.assertEquals(config2.testfea1.list_features(),['testfea11'])
self.assertEquals(config2.testfea2.list_features(),['testfea21'])
self.assertEquals(config2.testfea2.testfea21.get_type(),'selection')
self.assertTrue('1' in config2.testfea2.testfea21.get_valueset())
self.assertTrue('2' in config2.testfea2.testfea21.get_valueset())
self.assertEquals(config2.testfea2.testfea21.options['3'].get_name(), 'post')
self.assertEquals(config2.testfea2.testfea21.get_value(), 'pre')
def test_write_configuration_with_multiselections(self):
config = model.ConfmlConfiguration("test.confml")
config.add_feature(api.Feature('testfea1'))
config.testfea1.add_feature(model.ConfmlSetting('testfea11'))
config.add_feature(api.Feature('testfea2'))
set1 = model.ConfmlMultiSelectionSetting('testfea21')
set1.create_option('pre', '1')
set1.create_option('normal', '2')
set1.create_option('post', '3')
config.add_feature(set1, 'testfea2')
config.add_feature(api.Feature('testfea4'))
config.add_feature(api.Feature('testfea5'))
config.add_feature(api.Feature('testfea6'))
set1.value = ["pre","post"]
self.assertEquals(set1.get_datas()[0].get_value(), 'pre')
self.assertEquals(set1.get_datas()[1].get_value(), 'post')
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(config)
self.assertEquals(ElementTree.tostring(elem), '<configuration name="test_confml" xmlns="http://www.s60.com/xml/confml/2" xmlns:xi="http://www.w3.org/2001/XInclude" xmlns:xlink="http://www.w3.org/1999/xlink" xmlns:xs="http://www.w3.org/2001/XMLSchema"><feature ref="testfea1"><setting ref="testfea11" /></feature><feature ref="testfea2"><setting ref="testfea21" type="multiSelection"><option name="pre" value="1" /><option name="normal" value="2" /><option name="post" value="3" /></setting></feature><feature ref="testfea4" /><feature ref="testfea5" /><feature ref="testfea6" /><data><testfea2><testfea21>pre</testfea21><testfea21>post</testfea21></testfea2></data></configuration>')
etree = ElementTree.fromstring(ElementTree.tostring(elem))
fea1 = etree.find('{http://www.s60.com/xml/confml/2}feature')
self.assertEquals(fea1.get('ref'),'testfea1')
self.assertEquals(fea1.find('{http://www.s60.com/xml/confml/2}setting').get('ref'),'testfea11')
config2 = persistentconfml.get_reader_for_elem('configuration').loads(etree)
self.assertEquals(config2.testfea2.list_features(),['testfea21'])
self.assertEquals(config2.testfea2.testfea21.get_type(),'multiSelection')
self.assertEquals(config2.testfea2.testfea21.get_value(), ('pre', 'post'))
def test_configuration_with_view(self):
config = model.ConfmlConfiguration("view.confml")
config.create_view('testing')
view = config.get_view('testing')
view.create_group('group1')
view.create_group('group2')
view.create_group('group3')
fl = model.ConfmlFeatureLink('test.foo')
fl.desc = "test desc"
view.group1.add(fl)
view.group2.create_featurelink('foo.*')
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(config)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
view = etree.find('{http://www.s60.com/xml/confml/2}view')
groups = etree.getiterator('{http://www.s60.com/xml/confml/2}group')
listgroups = [elem for elem in groups]
self.assertEquals(listgroups[0].get('name'), 'group1')
self.assertEquals(listgroups[1].get('name'), 'group2')
self.assertEquals(listgroups[2].get('name'), 'group3')
settings = [elem for elem in etree.getiterator('{http://www.s60.com/xml/confml/2}setting')]
self.assertEquals(settings[0].get('ref'), 'test/foo')
self.assertEquals(settings[1].get('ref'), 'foo/*')
def test_load_dump_reload_configuration_with_view_and_overrides(self):
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(overrideview)
obj = reader.loads(etree)
# Getting the view populates it and check that the writing still works
view = obj.get_view('Image creation')
self.assertEquals(view.get_name(),'Image creation')
self.assertEquals(view.id,'imakerimage')
self.assertEquals(view.list_groups(), ['Imageproperties'])
viewfea = view.get_feature('Imageproperties.proxy_imakerapi_productname')
self.assertEquals(viewfea.name, "New Product Name")
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(obj)
# Reload the configuration with view after dumping it to ensure data stays the same
elemstr = ElementTree.tostring(elem)
etree = ElementTree.fromstring(elemstr)
obj = reader.loads(etree)
view = obj.get_view('Image creation')
self.assertEquals(view.get_name(),'Image creation')
self.failUnlessEqual(view.id,'imakerimage')
self.assertEquals(view.id,'imakerimage')
# Check that the override parameters are also saved / loaded
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').name, 'New Product Name')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').has_attribute('name'), True)
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').desc, "test desc override")
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').get_option('value_2').get_name(), 'prd_renamed')
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_imagetype').list_options(), ['value_0', 'value_1', 'value_2', 'value_2'])
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_outputLocation').minOccurs, 2)
fea = view.get_feature('Imageproperties.proxy_imakerapi_outputLocation')
self.assertEquals(fea.has_attribute('name'), False)
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname').minLength, 2)
# check that the original attributes are still valid
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname')._obj.name, "PRODUCT_NAME")
self.assertEquals(view.get_feature('Imageproperties.proxy_imakerapi_productname')._obj.desc, None)
def test_load_configuration_and_create_copy_and_dump(self):
conffile = open(os.path.join(ROOT_PATH,"data/commsdatcreator.confml"))
#reader = persistentconfml.get_reader_for_elem("configuration")
#etree = ElementTree.fromstring(conffile.read())
obj = persistentconfml.loads(conffile.read())
copyconfig = api.Configuration('temp/copy_commsdatcreator.confml')
for child in obj._objects():
copyconfig._add(child)
output = persistentconfml.dumps(copyconfig)
if not os.path.exists(os.path.join(ROOT_PATH,'temp')):
os.mkdir(os.path.join(ROOT_PATH,'temp'))
ofile = open(os.path.join(ROOT_PATH,'temp/copy_commsdatcreator.confml'),"wb")
ofile.write(output)
ofile.close()
newconfig = persistentconfml.loads(output)
orgview = obj.get_default_view()
newview = newconfig.get_default_view()
for fea in orgview.list_all_features():
orgval = orgview.get_feature(fea).get_value()
newval = newview.get_feature(fea).get_value()
if not orgval == newval:
self.fail("Value of %s does not match. org = %s != new = %s" % (fea,orgval,newval))
def test_create_configuration_with_meta_and_dump(self):
prj = api.Project(api.Storage.open('dump','w'))
testconf = prj.create_configuration('test.confml', True)
testconf.include_configuration('test/foo.confml')
testconf.save()
prj.close()
prj2 = api.Project(api.Storage.open('dump','a'))
testconf = prj2.get_configuration('test.confml')
testconf.meta = model.ConfmlMeta()
testconf.meta.append(model.ConfmlMetaProperty('test', 'foo one two'))
testconf.meta.append(model.ConfmlMetaProperty('owner', 'test erik'))
testconf.save()
prj2.close()
prj = api.Project(api.Storage.open('dump','a'))
testconf = prj.get_configuration('test.confml')
self.assertEquals(testconf.meta[0].tag, 'test')
self.assertEquals(testconf.meta[0].value,'foo one two')
self.assertEquals(testconf.meta[1].tag, 'owner')
self.assertEquals(testconf.meta[1].value,'test erik')
del testconf.meta[1]
del testconf.meta
testconf.save()
prj.close()
prj = api.Project(api.Storage.open('dump','a'))
testconf = prj.get_configuration('test.confml')
self.assertEquals(testconf.meta, None)
prj.close()
shutil.rmtree('dump')
def test_write_selection_with_nameid_mapping(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(selectionsetting))
self.assertEquals(obj.get_data('TestApplication.DefaultAP').get_map(), "CTD_APs/AP[@key='Operator 1']")
self.assertEquals(obj.get_data('TestApplication.DefaultAP').get_fearef(), "TestApplication.DefaultAP")
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(obj)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
self.assertEquals(
etree.find('{http://www.s60.com/xml/confml/2}data')
.find('{http://www.s60.com/xml/confml/2}TestApplication')
.find('{http://www.s60.com/xml/confml/2}DefaultAP')
.get('map'),
"CTD_APs/AP[@key='Operator 1']")
def test_write_multiselection_with_name_id_mapping(self):
reader = persistentconfml.get_reader_for_elem("configuration")
obj = reader.loads(ElementTree.fromstring(multiselection))
self.assertEquals(obj.get_data('aFeature.selectionSetting').get_map(), "aFeature/exampleSequence[@key='12']")
self.assertEquals(obj.get_data('aFeature.multiselectionSetting')[0].get_value(), '0')
self.assertEquals(obj.get_data('aFeature.multiselectionSetting')[1].get_map(), "aFeature/exampleSequence[@key='12']")
self.assertEquals(obj.get_data('aFeature.multiselectionSetting')[2].get_map(), "aFeature/exampleSequence[@key='34']")
self.assertEquals(obj.get_data('aFeature.multiselectionSettingOverride')[0].get_map(), "aFeature/exampleSequence[@key='12']")
self.assertEquals(obj.get_data('aFeature.multiselectionSettingOverride')[1].get_map(), "aFeature/exampleSequence[@key='34']")
writer = persistentconfml.get_writer_for_class("Configuration")
elem = writer.dumps(obj)
etree = ElementTree.fromstring(ElementTree.tostring(elem))
self.assertEquals(
etree.find('{http://www.s60.com/xml/confml/2}data')
.find('{http://www.s60.com/xml/confml/2}aFeature')
.find('{http://www.s60.com/xml/confml/2}selectionSetting')
.get('map'), "aFeature/exampleSequence[@key='12']")
self.assertEquals(
etree.find('{http://www.s60.com/xml/confml/2}data')
.find('{http://www.s60.com/xml/confml/2}aFeature')
.find('{http://www.s60.com/xml/confml/2}multiselectionSetting')
.text, "0")
mss = []
for data_elem in etree.getiterator('{http://www.s60.com/xml/confml/2}data'):
for mss_elem in data_elem.getiterator('{http://www.s60.com/xml/confml/2}multiselectionSetting'):
mss.append(mss_elem.get('map'))
self.assertEquals(mss, [None, "aFeature/exampleSequence[@key='12']", "aFeature/exampleSequence[@key='34']"])
msso = []
for data_elem in etree.getiterator('{http://www.s60.com/xml/confml/2}data'):
for msso_elem in data_elem.getiterator('{http://www.s60.com/xml/confml/2}multiselectionSettingOverride'):
msso.append(msso_elem.get('map'))
self.assertEquals(msso, ["aFeature/exampleSequence[@key='12']", "aFeature/exampleSequence[@key='34']"])
class TestMeta(unittest.TestCase):
def test_get_reader_for_meta(self):
reader = persistentconfml.get_reader_for_elem("meta")
self.assertTrue(isinstance(reader, persistentconfml.MetaReader))
def test_parse_meta_elem(self):
reader = persistentconfml.get_reader_for_elem("meta")
elem = ElementTree.Element('meta')
owner = ElementTree.Element('owner')
owner.text = 'Testing owner'
origin = ElementTree.Element('origin')
origin.text = 'just origin'
target = ElementTree.Element('target')
target.text = 'target hw'
elem.append(owner)
elem.append(origin)
elem.append(target)
data = reader.loads(elem)
self.assertEquals(data[0].tag, 'owner')
self.assertEquals(data[0].value, 'Testing owner')
self.assertEquals(data[1].tag, 'origin')
self.assertEquals(data[1].value, 'just origin')
self.assertEquals(data[2].tag, 'target')
self.assertEquals(data[2].value, 'target hw')
def test_write_meta_elem(self):
writer = persistentconfml.get_writer_for_class("ConfmlMeta")
celem = model.ConfmlMeta([model.ConfmlMetaProperty('test', 123),\
model.ConfmlMetaProperty('owner', "some ownername"),\
model.ConfmlMetaProperty('target', "hw")])
etree = writer.dumps(celem)
self.assertEquals(etree.find('test').text,123)
self.assertEquals(etree.find('owner').text,'some ownername')
self.assertEquals(etree.find('target').text,'hw')
#
class TestDesc(unittest.TestCase):
def test_get_reader_for_desc(self):
reader = persistentconfml.get_reader_for_elem("desc")
self.assertTrue(isinstance(reader, persistentconfml.DescReader))
def test_parse_desc_elem(self):
reader = persistentconfml.get_reader_for_elem("meta")
elem = ElementTree.Element('desc')
elem.text = 'Testing desc'
data = reader.loads(elem)
def test_write_desc_elem(self):
writer = persistentconfml.get_writer_for_class("ConfmlDescription")
celem = model.ConfmlDescription('testing')
etree = writer.dumps(celem)
self.assertEquals(etree.text,'testing')
class TestFeature(unittest.TestCase):
def test_get_reader_for_feature(self):
reader = persistentconfml.get_reader_for_elem("feature")
self.assertTrue(isinstance(reader, persistentconfml.FeatureReader))
def test_parse_feature_elem(self):
reader = persistentconfml.get_reader_for_elem("feature")
elem = ElementTree.Element('feature',
{'ref' : 'hiifoo',
'name': 'Some other name'})
fea = reader.loads(elem)
self.assertEquals(fea.get_ref(),'hiifoo')
self.assertEquals(fea.get_name(),'Some other name')
def test_write_feature_elem(self):
writer = persistentconfml.get_writer_for_class("Feature")
celem = api.Feature('testing')
etree = writer.dumps(celem)
self.assertEquals(etree.get('ref'),'testing')
self.assertEquals(etree.get('name'), None)
class TestSetting(unittest.TestCase):
def test_get_reader_for_feature(self):
reader = persistentconfml.get_reader_for_elem("setting")
self.assertTrue(isinstance(reader, persistentconfml.ConfmlSettingReader))
def test_parse_elem(self):
reader = persistentconfml.get_reader_for_elem("setting")
elem = ElementTree.Element('setting',
{'ref' : 'hiifoo',
'name': 'Some other name',
'type' :'int',
'readOnly': 'true'})
fea = reader.loads(elem)
self.assertEquals(fea.get_ref(),'hiifoo')
self.assertEquals(fea.get_name(),'Some other name')
self.assertEquals(fea.get_type(),'int')
def test_write_setting_elem(self):
writer = persistentconfml.get_writer_for_class("ConfmlSetting")
celem = model.ConfmlSetting('testing')
etree = writer.dumps(celem)
self.assertEquals(etree.get('ref'),'testing')
self.assertEquals(etree.get('name'), None)
self.assertEquals(etree.get('type'),None)
def test_write_setting_with_options(self):
writer = persistentconfml.get_writer_for_class("ConfmlSetting")
elem = model.ConfmlSetting('testing', type='selection')
elem.create_option('one','1')
elem.create_option('two','2')
elem.create_option('three','3')
elem.create_option('four','bar')
etree = writer.dumps(elem)
self.assertEquals(etree.get('ref'),'testing')
self.assertEquals(etree.get('name'), None)
self.assertEquals(etree.get('type'),'selection')
self.assertEquals(etree.find('option').get('name'),'one')
self.assertEquals(etree.find('option').get('value'),'1')
def test_write_setting_with_facets(self):
writer = persistentconfml.get_writer_for_class("ConfmlSetting")
setting = model.ConfmlIntSetting(name="Int Setting", ref='intSetting')
setting.minInclusive = 0
setting.maxInclusive = 10
setting.minExclusive = 0
setting.maxExclusive = 10
setting.totalDigits = 3
setting.pattern = "\d*{3}"
etree = writer.dumps(setting)
strxml = confmltree.tostring(etree, {'http://xs.com' : 'xs'} )
etree = ElementTree.fromstring(strxml)
self.assertEquals(etree.find('{http://xs.com}minInclusive').get('value'),'0')
self.assertEquals(etree.find('{http://xs.com}maxInclusive').get('value'),'10')
self.assertEquals(etree.find('{http://xs.com}minExclusive').get('value'),'0')
self.assertEquals(etree.find('{http://xs.com}maxExclusive').get('value'),'10')
self.assertEquals(etree.find('{http://xs.com}totalDigits').get('value'),'3')
self.assertEquals(etree.find('{http://xs.com}pattern').get('value'),'\d*{3}')
conffile = open(os.path.join(ROOT_PATH,"data/facets.confml"))
obj = persistentconfml.loads(conffile.read())
new_path = os.path.join(ROOT_PATH,"temp/facets_dumped.confml")
dir = os.path.dirname(new_path)
if dir and not os.path.exists(dir):
os.makedirs(dir)
f = open(new_path,"wb")
try: f.write(persistentconfml.dumps(obj))
finally: f.close()
def test_read_setting_with_options(self):
reader = persistentconfml.get_reader_for_elem("setting")
elem = ElementTree.Element('setting', {'ref' : 'hii',
'name': 'hoo hii',
'type': 'selection'})
elem.append(ElementTree.Element('option', {'name': 'test1', 'value': '123'}))
elem.append(ElementTree.Element('option', {'name': 'test2', 'value': '456'}))
elem.append(ElementTree.Element('option', {'name': 'test3', 'value': '789'}))
setobj = reader.loads(elem)
vset = setobj.get_valueset()
self.assertTrue('123' in vset)
self.assertTrue('456' in vset)
self.assertTrue('789' in vset)
self.assertEquals(setobj.options['123'].get_value(),'123')
self.assertEquals(setobj.options['456'].get_value(),'456')
self.assertEquals(setobj.options['789'].get_value(),'789')
def test_read_sequence_setting(self):
reader = persistentconfml.get_reader_for_elem("setting")
elem = ElementTree.Element('setting', {'ref' : 'hii',
'name': 'hoo hii',
'type': 'sequence'})
elem.append(ElementTree.Element('setting', {'ref' : 'intsetting',
'name': 'intme',
'type': 'int'}))
elem.append(ElementTree.Element('setting', {'ref' : 'strsetting',
'name': 'strme',
'type': 'string'}))
setobj = reader.loads(elem)
self.assertEquals(setobj.list_features(), ['intsetting', 'strsetting'])
self.assertEquals(setobj.intsetting.fqr, 'hii.intsetting')
def test_read_sequence_setting_with_mapping(self):
reader = persistentconfml.get_reader_for_elem("setting")
elem = ElementTree.Element('setting', {'ref' : 'hii',
'name': 'hoo hii',
'type': 'sequence',
'mapKey': 'intsetting',
'mapValue': 'strsetting'})
elem.append(ElementTree.Element('setting', {'ref' : 'intsetting',
'name': 'intme',
'type': 'int'}))
elem.append(ElementTree.Element('setting', {'ref' : 'strsetting',
'name': 'strme',
'type': 'string'}))
setobj = reader.loads(elem)
self.assertEqual(setobj.mapKey, "intsetting")
self.assertEqual(setobj.mapValue, "strsetting")
class TestSettingData(unittest.TestCase):
def test_get_reader_for_data(self):
reader = persistentconfml.get_reader_for_elem("data")
self.assertTrue(isinstance(reader, persistentconfml.DataReader))
def test_get_writer_for_data(self):
writer = persistentconfml.get_writer_for_class("Data")
self.assertTrue(isinstance(writer, persistentconfml.DataWriter))
def test_dump_data(self):
writer = persistentconfml.get_writer_for_class("Data")
dobj = api.Data(ref='foo', value=1)
elem = writer.dumps(dobj)
self.assertEquals(elem.text, 1)
def test_dump_data_with_subref(self):
writer = persistentconfml.get_writer_for_class("DataContainer")
base = api.DataContainer('foo')
base._add(api.Data(fqr='foo.bar', value='test'))
elem = writer.dumps(base)
self.assertEquals(elem.find('bar').text, 'test')
def test_dump_data_with_long_ref(self):
writer = persistentconfml.get_writer_for_class("Data")
base = api.Data(ref='foo')
base._add(api.Data(ref='bar'))
base._add_to_path('bar',api.Data(ref='test', value='test'))
elem = writer.dumps(base)
self.assertEquals(elem.find('bar').find('test').text, 'test')
def test_dump_data_with_hierarchy(self):
writer = persistentconfml.get_writer_for_class("Data")
base = api.DataContainer('foo')
base._add(api.Data(fqr='foo.bar', value='test'))
elem = writer.dumps(base)
self.assertEquals(elem.find('bar').text, 'test')
def test_read_data_with_map(self):
reader = persistentconfml.get_reader_for_elem("data")
data = ElementTree.Element('data')
feature = ElementTree.Element('foo')
data.append(feature)
feature.append(ElementTree.Element('bar', {'map' : "foo/bar[@key='key 1']"}))
obj = reader.loads(data)
bar = obj._get('foo.bar')
self.assertEqual(bar.get_map(),"foo/bar[@key='key 1']")
def test_load_confml_with_meta(self):
conffile = open(os.path.join(ROOT_PATH,"data/accessoryserver.confml"))
reader = persistentconfml.get_reader_for_elem("configuration")
etree = ElementTree.fromstring(conffile.read())
obj = reader.loads(etree)
self.assertEquals(obj.meta.get('type'), 'featurelist')
class TestWriteSequenceTemplates(BaseTestCase):
EXPECTED_DIR = os.path.join(ROOT_PATH, 'testdata/seq_template/expected')
TEMP_DIR = os.path.join(ROOT_PATH, 'temp/')
def _add_simple_sequence(self, config):
"""
Add a feature with a simple sequence setting into the given
configuration.
@return: The added sequence setting object.
"""
fea = api.Feature('TestFeature', name='Test feature')
seq_fea = model.ConfmlSequenceSetting('SequenceSetting', name='Sequence setting')
fea.add_feature(seq_fea)
config.add_feature(fea)
seq_fea.add_feature(model.ConfmlStringSetting('String1', name="String 1"))
seq_fea.add_feature(model.ConfmlFileSetting('File', name="File setting"))
seq_fea.add_feature(model.ConfmlStringSetting('String2', name="String 2"))
return seq_fea
def _add_complex_sequence(self, config):
"""
Add a feature with a complex sequence setting into the given
configuration.
@return: The added sequence setting object.
"""
fea = api.Feature('TestFeature', name='Test feature')
seq_fea = model.ConfmlSequenceSetting('SequenceSetting', name='Sequence setting')
fea.add_feature(seq_fea)
config.add_feature(fea)
seq_fea.add_feature(model.ConfmlFileSetting('File', name="File setting"))
seq_fea.add_feature(model.ConfmlFolderSetting('Folder', name="Folder setting"))
seq_fea.add_feature(model.ConfmlStringSetting('String', name="String setting"))
seq_fea.add_feature(model.ConfmlIntSetting('Int', name="Int setting"))
seq_fea.add_feature(model.ConfmlRealSetting('Real', name="Real setting"))
seq_fea.add_feature(model.ConfmlBooleanSetting('Boolean', name="Boolean setting"))
seq_fea.add_feature(model.ConfmlDateSetting('Date', name="Date setting"))
seq_fea.add_feature(model.ConfmlTimeSetting('Time', name="Time setting"))
seq_fea.add_feature(model.ConfmlDateTimeSetting('DateTime', name="Date-time setting"))
seq_fea.add_feature(model.ConfmlDurationSetting('Duration', name="Duration setting"))
return seq_fea
def test_write_simple_seq_no_template(self):
FILE_NAME = 'write_simple_seq_no_template.confml'
prj = api.Project(api.Storage.open(self.TEMP_DIR, "w"))
config = prj.create_configuration(FILE_NAME)
seq = self._add_simple_sequence(config)
seq.add_sequence(['row 1', ['lp1', 'tp1'], 'x'])
seq.add_sequence(['row 2', ['lp2', 'tp2'], 'y'])
config.save()
prj.close()
self.assert_file_contents_equal(
os.path.join(self.TEMP_DIR, FILE_NAME),
os.path.join(self.EXPECTED_DIR, 'simple_seq_no_template.confml'))
def test_write_simple_seq(self):
FILE_NAME = 'write_simple_seq.confml'
prj = api.Project(api.Storage.open(self.TEMP_DIR, "w"))
config = prj.create_configuration(FILE_NAME)
config.name = 'foo'
seq = self._add_simple_sequence(config)
seq.set_template(['c1', ['lp', 'tp'], 'c2'])
seq.add_sequence(['row 1', ['lp1', 'tp1'], 'x'])
seq.add_sequence(['row 2', ['lp2', 'tp2'], 'y'])
config.save()
prj.close()
self.assert_file_contents_equal(
os.path.join(self.TEMP_DIR, FILE_NAME),
os.path.join(self.EXPECTED_DIR, 'simple_seq.confml'))
def test_write_simple_seq_2(self):
FILE_NAME = 'write_simple_seq_2.confml'
prj = api.Project(api.Storage.open(self.TEMP_DIR, "w"))
config = prj.create_configuration(FILE_NAME)
config.name = 'foo'
seq = self._add_simple_sequence(config)
# It shouldn't matter if the template is reset in the middle
seq.set_template(['x1', ['lp', 'tp'], 'x2'])
seq.add_sequence(['row 1', ['lp1', 'tp1'], 'x'])
seq.set_template(['c1', ['lp', 'tp'], 'c2'])
seq.add_sequence(['row 2', ['lp2', 'tp2'], 'y'])
config.save()
prj.close()
self.assert_file_contents_equal(
os.path.join(self.TEMP_DIR, FILE_NAME),
os.path.join(self.EXPECTED_DIR, 'simple_seq.confml'))
def test_write_simple_seq_3(self):
FILE_NAME = 'write_simple_seq_3.confml'
prj = api.Project(api.Storage.open(self.TEMP_DIR, "w"))
config = prj.create_configuration(FILE_NAME)
config.name = 'foo'
seq = self._add_simple_sequence(config)
# Add multiple templates into the data section to make
# sure that they are all replaced when set_template() is called
def create_template_data():
template_data = api.Data(fqr='TestFeature.SequenceSetting', template=True)
template_data.add(api.Data(ref='String1', value='t1'))
data_a1 = api.Data(ref='File')
data_a1.add(api.Data(ref='localPath', value='lp'))
data_a1.add(api.Data(ref='targetPath', value='tp'))
template_data.add(data_a1)
template_data.add(api.Data(ref='String2', value='t2'))
return template_data
from cone.public import container
config.add_data(create_template_data(), policy=container.APPEND)
config.add_data(create_template_data(), policy=container.APPEND)
config.add_data(create_template_data(), policy=container.APPEND)
seq = config.get_default_view().get_feature('TestFeature.SequenceSetting')
self.assertEquals(seq.get_template(), ['t1', ['lp', 'tp'], 't2'])
# Add some data and set the template
seq.add_sequence(['row 1', ['lp1', 'tp1'], 'x'])
seq.add_sequence(['row 2', ['lp2', 'tp2'], 'y'])
seq.set_template(['c1', ['lp', 'tp'], 'c2'])
config.save()
prj.close()
self.assert_file_contents_equal(
os.path.join(self.TEMP_DIR, FILE_NAME),
os.path.join(self.EXPECTED_DIR, 'simple_seq.confml'))
def test_write_complex_seq(self):
FILE_NAME = 'write_complex_seq.confml'
prj = api.Project(api.Storage.open(self.TEMP_DIR, "w"))
config = prj.create_configuration(FILE_NAME)
seq = self._add_complex_sequence(config)
seq.set_template([['file lp', 'file tp'], ['folder lp', 'folder tp'],
'string', '0', '0.1', 'false',
'2010-02-10', '00:00:00', '2010-02-10-00:00:00', 'P5Y4M3DT12H25M15S'])
seq.add_sequence([['file lp1', 'file tp1'], ['folder lp1', 'folder tp1'],
'string1', '1', '1.1', 'true',
'2009-02-01', '01:30:15', '2009-02-01-01:00:00', 'PT1S'])
seq.add_sequence([['file lp2', 'file tp2'], ['folder lp2', 'folder tp2'],
'string2', '2', '1.2', 'false',
'2009-02-02', '02:30:15', '2009-02-02-02:00:00', 'PT2S'])
config.save()
prj.close()
self.assert_file_contents_equal(
os.path.join(self.TEMP_DIR, FILE_NAME),
os.path.join(self.EXPECTED_DIR, 'complex_seq.confml'))
def test_write_complex_seq_with_nones(self):
FILE_NAME = 'write_complex_seq_with_nones.confml'
prj = api.Project(api.Storage.open(self.TEMP_DIR, "w"))
config = prj.create_configuration(FILE_NAME)
seq = self._add_complex_sequence(config)
seq.set_template([['file lp', None], [None, 'folder tp'],
'string', None, 0.1, None,
'2010-02-10', None, '2010-02-10-00:00:00', None])
seq.add_sequence([['file lp1', None], [None, 'folder tp1'],
'string1', None, 1.1, None,
'2009-02-01', None, '2009-02-01-01:00:00', None])
config.save()
prj.close()
self.assert_file_contents_equal(
os.path.join(self.TEMP_DIR, FILE_NAME),
os.path.join(self.EXPECTED_DIR, 'complex_seq_with_nones.confml'))
class TestReadWriteConfml(BaseTestCase):
"""
Test case for ensuring that reading in a ConfML file and then writing
it out again results in logically the same data (XML-wise) as the
original data was.
"""
def _normalize_xml_data(self, data):
"""
Normalize XML data so that it can be compared using a binary
comparison.
"""
etree = ElementTree.fromstring(data)
persistence.indent(etree)
normalized_data = ElementTree.tostring(etree)
return normalized_data
def _run_read_and_write_test(self, file_name, input_dir, output_dir):
file_path = os.path.join(input_dir, file_name)
f = open(file_path, "rb")
try: original_data = f.read()
finally: f.close()
original_data_normalized = self._normalize_xml_data(original_data)
model = persistentconfml.loads(original_data)
model_data = persistentconfml.dumps(model)
model_data_normalized = self._normalize_xml_data(model_data)
PATH_ORIGINAL = os.path.join(output_dir, 'original', file_name)
PATH_DUMPED = os.path.join(output_dir, 'dumped', file_name)
if original_data_normalized != model_data_normalized:
def write(file_path, data):
file_dir = os.path.dirname(file_path)
if not os.path.exists(file_dir):
os.makedirs(file_dir)
f = open(file_path, "wb")
try: f.write(data)
finally: f.close()
write(PATH_ORIGINAL, original_data_normalized)
write(PATH_DUMPED, model_data_normalized)
#self.fail("Known bug (#506)")
self.fail("Read-write output for file '%s' is different, see the files in '%s'" % (file_name, output_dir))
else:
# Test was successful, remove any old files that might have been there,
# so that the output directories only contain files for the tests that
# failed
self.remove_if_exists(PATH_ORIGINAL)
self.remove_if_exists(PATH_DUMPED)
def _run_test_for_file(self, file_path):
self._run_read_and_write_test(
file_name = os.path.basename(file_path),
input_dir = os.path.dirname(file_path),
output_dir = os.path.normpath(os.path.join(ROOT_PATH, 'temp/read_write_results')))
def test_create_configuration_with_view_includes_to_storage(self):
prj = api.Project(api.Storage.open("temp/testprojectviews", "w"))
test = prj.create_configuration("testview.confml")
fea1 = test.create_feature("fea1")
set1 = fea1.create_feature('set1', type="int")
view = test.create_view("Testing")
test1 = prj.create_configuration("testview1.confml")
view1 = test1.create_view("subview1")
test2 = prj.create_configuration("testview2.confml")
view2 = test2.create_view("subview2")
group = view.create_group("group1")
group.create_featurelink("fea1/set1")
group2 = view2.create_group("group2")
group2.create_featurelink("fea1/set1")
view.add(api.ConfigurationProxy("testview1.confml"))
group.add(api.ConfigurationProxy("testview2.confml"))
prj.save()
prj.close()
prj = api.Project(api.Storage.open("temp/testprojectviews", "w"))
test = prj.get_configuration("testview.confml")
self.assertEquals(test.list_views(), ['Testing',
'Testing.group1.testview2_confml.subview2',
'Testing.testview1_confml.subview1'])
view = test.get_view('Testing')
self.assertEquals(view.list_all_features(), ['group1.proxy_fea1_set1'])
self.assertTrue(os.path.exists("temp/testprojectviews"))
shutil.rmtree("temp")
class TestPickle(BaseTestCase):
"""
Test case for ensuring that pickling in a ConfML file and then unpickling
it out again results in logically the same data (XML-wise) as the
original data was.
"""
def _normalize_xml_data(self, data):
"""
Normalize XML data so that it can be compared using a binary
comparison.
"""
etree = ElementTree.fromstring(data)
persistence.indent(etree)
normalized_data = ElementTree.tostring(etree)
return normalized_data
def _run_pickle_and_unpickle_test(self, file_name, input_dir, output_dir):
file_path = os.path.join(input_dir, file_name)
f = open(file_path, "rb")
try: original_data = f.read()
finally: f.close()
model = persistentconfml.loads(original_data)
PATH_ORIGINAL = os.path.join(output_dir, 'original_pickled', file_name)
PATH_DUMPED = os.path.join(output_dir, 'pickled', file_name)
file_dir = os.path.dirname(PATH_DUMPED)
if not os.path.exists(file_dir):
os.makedirs(file_dir)
dfile = open(PATH_DUMPED, 'w')
try:
pickle.dump(model, dfile)
except Exception, e:
self.fail("Couldn't pickle \nfile: %s \nobject: %s \nexception: %s" % (PATH_ORIGINAL, model, e))
finally:
dfile.close()
dfile = open(PATH_DUMPED)
model_unpickled = pickle.load(dfile)
normalized_model = self._normalize_xml_data(persistentconfml.dumps(model))
normalized_model_unpickled = self._normalize_xml_data(persistentconfml.dumps(model_unpickled))
if normalized_model_unpickled != normalized_model:
self.fail("Pickle-unpickle output for file '%s' \noriginal: '%s' \npickled/unpickled: '%s'" % (PATH_ORIGINAL, normalized_model, normalized_model_unpickled))
def _run_pickle_test_for_file(self, file_path):
self._run_pickle_and_unpickle_test(
file_name = os.path.basename(file_path),
input_dir = os.path.dirname(file_path),
output_dir = os.path.normpath(os.path.join(ROOT_PATH, 'temp/pickle_unpickle_results')))
# Create a separate test method for each ConfML file in the read-write test data
_READ_WRITE_TESTDATA_DIR = os.path.join(ROOT_PATH, 'testdata/read_write')
for filename in filter(lambda fn: fn.endswith('.confml'), os.listdir(_READ_WRITE_TESTDATA_DIR)):
path = os.path.join(_READ_WRITE_TESTDATA_DIR, filename)
test_method_name = 'test_read_write_file__%s' % filename.replace('.', '_')
# Use a separate function to create and set the lambda function on the
# test class, because otherwise 'path' would be the last one value set to
# it in the for loop
def _register_test_method(path):
method = lambda self: self._run_test_for_file(path)
method.__name__ = test_method_name
setattr(TestReadWriteConfml, test_method_name, method)
_register_test_method(path)
_PICKLE_UNPICKLE_TESTDATA_DIR = os.path.join(ROOT_PATH, 'testdata/pickle_unpickle')
for filename in filter(lambda fn: fn.endswith('.confml'), os.listdir(_PICKLE_UNPICKLE_TESTDATA_DIR)):
path = os.path.join(_PICKLE_UNPICKLE_TESTDATA_DIR, filename)
test_pickle_method_name = 'test_pickle_unpickle_file__%s' % filename.replace('.', '_')
# Use a separate function to create and set the lambda function on the
# test class, because otherwise 'path' would be the last one value set to
# it in the for loop
def _register_pickle_test_method(path):
method = lambda self: self._run_pickle_test_for_file(path)
method.__name__ = test_pickle_method_name
setattr(TestPickle, test_pickle_method_name, method)
_register_pickle_test_method(path)
if __name__ == '__main__':
unittest.main()