def addSubFrames(self,file):
self.subFrames = []
doc = Parse(file)
elements = doc.xpath('//SubFrame')
for element in elements:
self.subFrames.append(SubFrame.SubFrame(xml=element))
def loadChirpsFromXML(self,file):
#open the XML file and read the chirps
#try:
doc = Parse(file)
chirptags = doc.xpath('//Chirp')
#except:
#raise Exception(message='Could not Parse the chirp XML file!')
for tag in chirptags:
self.chirps.appendUnique(Chirp.Chirp(xml=tag))
def convert(options):
m = re.search('(\d\w+)(\d{4})', options.inputFile)
form = m.group(1)
year = m.group(2)
processor = Processor.Processor()
srcAsUri = OsPathToUri(options.inputFile)
source = InputSource.DefaultFactory.fromUri(srcAsUri)
ssAsUri = OsPathToUri(options.transformFile)
transform = InputSource.DefaultFactory.fromUri(ssAsUri)
processor.appendStylesheet(transform)
xml = processor.run(source)
# out = open('out','w')
# out.write(xml)
# out.close()
doc = Parse(xml)
reportList = doc.xpath('reports/report')
i = 0
for report in reportList:
i=i+1
print 'report:' , i
name = report.xpath('string(@name)')
count = report.xpath('string(@count)')
dataFile = open(''.join([form,year,'_',str(i),'.csv']),'w')
for p in report.xpath(''.join(['p[count(pv)=',count,']'])):
line = ''.join([form,';',year,';',name,';'])
for pv in p.xpath('pv'):
value = pv.xpath('string(@value)')
value = string.replace(value,'\n','')
value = string.strip(value,' ')
line = ''.join([line,value,';'])
dataFile.write(line.encode('cp1251'))
dataFile.write('\n')
dataFile.close()
return
def loadFramesFromXML(self,file):
doc = Parse(file)
frametags = doc.xpath('//Frame')
frameObjects = []
for frametag in frametags:
#print frametag.childNodes[1].childNodes[1].childNodes
frameObjects.append(Frame.Frame(xml=frametag))
for frameObject in frameObjects:
self.frames.append(frameObject)
def loadXml(self):
from Ft.Xml import Parse
xmlFile = file('nlchirps.xml','r') #load the chirps
doc = Parse(xmlFile)
chirpTags = doc.xpath('//Chirp')
self.chirps = []
for c in chirpTags:
self.chirps.append(Chirp.Chirp(xml=c))
xmlFile = file('frames.xml','r') #load the frames
doc = Parse(xmlFile)
frameTags = doc.xpath('//Frame')
self.frames = []
for frameTag in frameTags:
self.frames.append(Frame.Frame(xml=frameTag))
xmlFile = file('subframes.xml','r') #load the subFrames
doc = Parse(xmlFile)
subFrameTags = doc.xpath('//SubFrame')
self.subFrames = []
for subFrameTag in subFrameTags:
self.subFrames.append(SubFrame.SubFrame(xml=subFrameTag))
def Test(tester):
dom = Parse(XML_INST1)
el = filter(
lambda E: (E.namespaceURI, E.localName) == (WSA200403_NS, "From"),
dom.childNodes[0].childNodes[0].childNodes)[0]
tester.startGroup('eclusive c14n (WS-Addressing example)')
tester.startTest('regular c14n')
stream = StringIO()
CanonicalPrint(el, stream, exclusive=False)
cxml = stream.getvalue().strip()
d1 = base64.encodestring(sha.sha(C14N_INC1).digest()).strip()
d2 = base64.encodestring(sha.sha(cxml).digest()).strip()
#tester.compare(d1, d2)
#tester.compare(d1, C14N_INC1_DIGEST)
tester.compare(C14N_INC1, cxml)
tester.testDone()
tester.startTest('exclusive c14n')
stream = StringIO()
CanonicalPrint(el, stream, exclusive=True)
cxml = stream.getvalue().strip()
tester.compare(C14N_EXCL1, cxml)
tester.testDone()
tester.startTest('exclusive c14n with inclusivePrefixes')
stream = StringIO()
CanonicalPrint(el,
stream,
exclusive=True,
inclusivePrefixes=['xsi', 'xsd'])
cxml = stream.getvalue().strip()
tester.compare(C14N_EXCL2, cxml)
tester.testDone()
tester.groupDone()
del dom
del el
return
def RunQueryFile(fileName, comment, options):
doc = Parse(fileName)
#doc.xpath('string(ham//em[1])')
# read overall benchmark settings
root = doc.rootNode.childNodes[0]
repeatTimes = int(root.attributes[(None, 'repeatTimes')].value)
clearCache = root.attributes[(None, 'clearCache')].value == "True"
if options.runQueries:
# setup output
w = CSVWriter()
w.Open(ResultsColumns, fileName + '.out.txt')
# for each store
stores = root.xpath('./Store')
for store in stores:
RunStore(w, fileName, store, repeatTimes, clearCache, comment)
w.Close()
print "Done."
def DoTheShark(fileName, proto):
if proto == 2:
# print out the protocols
print "Select one of the following protocols:\n"
doc = Parse(fileName)
nodes = doc.xpath('descendant::proto')
for n in nodes:
print "\t", n.getAttributeNS(None, 'name')
raise PeachException("")
name = fileName
doc = Parse(fileName)
node = doc.xpath('descendant::proto[@name="%s"]' % proto)[0]
shark = PeachShark()
shark.removeTextNodes(node.parentNode)
ret = """<?xml version="1.0" encoding="utf-8"?>
<Peach xmlns="http://phed.org/2008/Peach" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://phed.org/2008/Peach /peach/peach.xsd">
<!-- ==// Auto Generated by PeachShark //== -->
<!--
Please do the following before using this fuzzer:
- Take a look through the generated output, see if it makes sense
- Integrate into a Peach Fuzzer
-->
<!-- Import defaults for Peach instance -->
<Include ns="default" src="file:defaults.xml"/>
"""
sibling = node
while sibling != None:
#shark.removeTextNodes(sibling.parentNode)
debug("Handing node: " + sibling.getAttributeNS(None, 'name'))
templateStr, s, p = shark.peachNode(
sibling, 1, sibling.getAttributeNS(None, 'size'), None)
ret += templateStr
sibling = sibling.nextSibling
ret += '\t<DataModel name="SharkTemplate">\n'
for t in shark._templates:
ret += '\t\t<Block ref="%s" />\n' % t
ret += """
</DataModel>
<Test name="MyTest">
%s
</Test>
<Run name="DefaultRun">
<Test ref="MyTest" />
</Run>
</Peach>
""" % shark.figureOutPublisher(doc)
return ret
def Test(tester):
tester.startGroup("Convenience parse functions, part 1")
tester.startTest("Parse with string")
doc = Parse(TEST_STRING)
#Minimal node testing
tester.compare(len(doc.childNodes), 1)
tester.compare(doc.childNodes[0].nodeType, Node.ELEMENT_NODE)
tester.compare(doc.childNodes[0].nodeName, 'test')
tester.compare(doc.childNodes[0].namespaceURI, None)
tester.compare(
doc.childNodes[0].prefix,
None,
)
tester.testDone()
tester.startTest("Parse with stream")
stream = open(TEST_FILE)
doc = Parse(stream)
#Minimal node testing
tester.compare(len(doc.childNodes), 1)
tester.compare(doc.childNodes[0].nodeType, Node.ELEMENT_NODE)
tester.compare(doc.childNodes[0].nodeName, 'disclaimer')
tester.compare(doc.childNodes[0].namespaceURI, None)
tester.compare(
doc.childNodes[0].prefix,
None,
)
tester.testDone()
tester.startTest("Parse with file path")
doc = Parse(TEST_FILE)
#Minimal node testing
tester.compare(len(doc.childNodes), 1)
tester.compare(doc.childNodes[0].nodeType, Node.ELEMENT_NODE)
tester.compare(doc.childNodes[0].nodeName, 'disclaimer')
tester.compare(doc.childNodes[0].namespaceURI, None)
tester.compare(
doc.childNodes[0].prefix,
None,
)
tester.testDone()
tester.groupDone()
if tester.offline:
return
# These tests require an active network connection.
tester.startGroup(
"Convenience parse functions, part 2 (may be slow; requires Internet connection)"
)
tester.startTest("Parse with URL")
doc = Parse(TEST_URL)
#Minimal node testing
tester.compare(len(doc.childNodes), 1)
tester.compare(doc.childNodes[0].nodeType, Node.ELEMENT_NODE)
tester.compare(doc.childNodes[0].nodeName, 'disclaimer')
tester.compare(doc.childNodes[0].namespaceURI, None)
tester.compare(
doc.childNodes[0].prefix,
None,
)
tester.testDone()
tester.groupDone()
return
def CheckbookReception_importItemFile(self, import_file=None, REQUEST=None, **kw):
reference_dict = {}
reference_dict['CHEQUIER_COMPTE_COURANT_ORDINAIRE'] = 'CHCCO'
reference_dict['CHEQUIER_COMPTE_ORDINAIRE_DU_PERSONNEL'] = 'CHCOP'
reference_dict['CARNET_BON_VIREMENT'] = 'CABV'
reference_dict['BON_VIREMENT'] = 'BV'
# We will build a several listbox like it is already done into the user interface
# A listbox will be build for every resource
xml_content = Parse(import_file)
file_item_list = xml_content.xpath('//object')
# First, construct a dictionnary for every resource
import_dict = {}
#self.log("import checkbook", "file_item_list = %s" %(file_item_list,))
for item in file_item_list:
checkbook_id = item.xpath("string(@id)")
check_quantity = int(float(item.xpath("string(./check_quantity)")))
reference_min = str(item.xpath("string(./reference_min)"))
reference_max = str(item.xpath("string(./reference_max)"))
quantity = int(float(item.xpath("string(./quantity)")))
internal_account_number = item.xpath("string(./numero_interne)")
checkbook_type = item.xpath("string(./checkbook_type)")
type = str(item.xpath("string(./checkbook_type)"))
gid = str(item.xpath("string(./gid)"))
checkbook_dict = import_dict.setdefault(checkbook_type, {})
account_dict = checkbook_dict.setdefault(internal_account_number, {})
item_dict = account_dict.setdefault(gid, {})
item_dict['reference_min'] = reference_min
item_dict['reference_max'] = reference_max
item_dict['check_quantity'] = check_quantity
item_dict['quantity'] = quantity
item_dict['internal_account_number'] = internal_account_number
#self.log("import checkbook", "item_dict = %s" %(item_dict,))
listbox_dict = {}
for (checkbook_type, checkbook_dict) in import_dict.items():
#self.log("checkbook_type %s, checkbook_dict %s" %(checkbook_type, checkbook_dict), "")
listbox = []
i = 0
resource_list = self.portal_catalog(portal_type=['Checkbook Model',
'Check Model'],
reference = reference_dict[checkbook_type])
if len(resource_list) != 1:
raise ValueError, "The import does not support this type : %s" % checkbook_type
resource = resource_list[0].getObject()
resource_relative_url = resource.getRelativeUrl()
resource_amount_dict = {}
is_checkbook = 0
if resource.getPortalType() == 'Checkbook Model':
is_checkbook = 1
if is_checkbook:
for amount in resource.objectValues(
portal_type="Checkbook Model Check Amount Variation"):
resource_amount_dict[int(amount.getQuantity())] = "check_amount/%s" % \
amount.getRelativeUrl()
for (account, account_dict) in checkbook_dict.items():
for (gid, item_dict) in account_dict.items():
#self.log("is checkbook ? %s" %is_checkbook, "will fill value %s" %(item_dict,))
listbox_line = {}
listbox_line['listbox_key'] = '%05i' % i
listbox_line['reference_range_min'] = item_dict['reference_min']
listbox_line['reference_range_max'] = item_dict['reference_max']
listbox_line['destination_payment_reference'] = item_dict['internal_account_number']
#listbox_line['quantity'] = 1
listbox_line['quantity'] = item_dict['quantity']
if is_checkbook:
listbox_line['check_amount'] = resource_amount_dict[item_dict['check_quantity']]
listbox.append(listbox_line)
i += 1
listbox_dict[resource_relative_url] = listbox
# First make sure there is no errors
message = None
error_value = 0
for (resource_relative_url, listbox) in listbox_dict.items():
REQUEST['resource'] = resource_relative_url
(error_value, field_error_dict) = self.CheckDelivery_generateCheckDetailInputDialog(
verbose=1,
listbox=listbox,
batch_mode=1,
resource=resource_relative_url,
REQUEST=REQUEST)
if error_value:
message = ', '.join([str(x.error_text) for x in field_error_dict.itervalues()])
redirect_url = '%s/view?%s' % ( self.absolute_url()
, 'portal_status_message=%s' % message)
REQUEST['RESPONSE'].redirect( redirect_url )
# Then create everything
if not error_value:
for (resource_relative_url, listbox) in listbox_dict.items():
REQUEST['resource'] = resource_relative_url
self.CheckDetail_saveFastInputLine(listbox=listbox, check=0,
resource=resource_relative_url,
REQUEST=REQUEST)
message = Message(domain='ui', message='File Imported successfully')
self.setImported(1)
return message
def DoTheShark(fileName, proto):
if proto == 2:
# print out the protocols
print "Select one of the following protocols:\n"
doc = Parse(fileName)
nodes = doc.xpath('descendant::proto')
for n in nodes:
print "\t", n.getAttributeNS(None, 'name')
raise PeachException("")
name = fileName
doc = Parse(fileName)
node = doc.xpath('descendant::proto[@name="%s"]' % proto)[0]
shark = PeachShark()
shark.removeTextNodes(node.parentNode)
ret = """<?xml version="1.0" encoding="utf-8"?>
<Peach xmlns="http://phed.org/2008/Peach" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://phed.org/2008/Peach /peach/peach.xsd">
<!-- ==// Auto Generated by PeachShark //== -->
<!--
Please do the following before using this fuzzer:
- Take a look through the generated output, see if it makes sense
- Integrate into a Peach Fuzzer
-->
<!-- Import defaults for Peach instance -->
<Include ns="default" src="file:defaults.xml"/>
"""
sibling = node
while sibling != None:
#shark.removeTextNodes(sibling.parentNode)
debug("Handing node: " + sibling.getAttributeNS(None, 'name'))
templateStr, s, p = shark.peachNode(sibling, 1, sibling.getAttributeNS(None, 'size'), None)
ret += templateStr
sibling = sibling.nextSibling
ret += '\t<DataModel name="SharkTemplate">\n'
for t in shark._templates:
ret += '\t\t<Block ref="%s" />\n' % t
ret += """
</DataModel>
<Test name="MyTest">
%s
</Test>
<Run name="DefaultRun">
<Test ref="MyTest" />
</Run>
</Peach>
""" % shark.figureOutPublisher(doc)
return ret
def node_set(xml):
return Parse(xml)
def DoTheShark(fileName, proto):
if proto == 2:
# print out the protocols
print "Select one of the following protocols:\n"
doc = Parse(fileName)
nodes = doc.xpath('descendant::proto')
for n in nodes:
print "\t", n.getAttributeNS(None, 'name')
raise PeachException("")
name = fileName
doc = Parse(fileName)
node = doc.xpath('descendant::proto[@name="%s"]' % proto)[0]
shark = PeachShark()
shark.removeTextNodes(node.parentNode)
ret = """
<!-- ==// Auto Generated by PeachShark //== -->
<!--
Please do the following before using this fuzzer:
- Take a look through the generated output, see if it makes sense
- Integrate into a Peach Fuzzer
-->
"""
sibling = node
while sibling != None:
#shark.removeTextNodes(sibling.parentNode)
debug("Handing node: " + sibling.getAttributeNS(None, 'name'))
templateStr, s, p = shark.peachNode(sibling, 1, sibling.getAttributeNS(None, 'size'), None)
ret += templateStr
sibling = sibling.nextSibling
ret += '\t<DataModel name="SharkTemplate">\n'
for t in shark._templates:
ret += '\t\t<Block ref="%s" />\n' % t
ret += """
</DataModel>
<Test name="MyTest">
%s
</Test>
<Run name="DefaultRun">
<Test ref="MyTest" />
</Run>
""" % shark.figureOutPublisher(doc)
return ret
def CheckbookReception_importItemFile(self,
import_file=None,
REQUEST=None,
**kw):
reference_dict = {}
reference_dict['CHEQUIER_COMPTE_COURANT_ORDINAIRE'] = 'CHCCO'
reference_dict['CHEQUIER_COMPTE_ORDINAIRE_DU_PERSONNEL'] = 'CHCOP'
reference_dict['CARNET_BON_VIREMENT'] = 'CABV'
reference_dict['BON_VIREMENT'] = 'BV'
# We will build a several listbox like it is already done into the user interface
# A listbox will be build for every resource
xml_content = Parse(import_file)
file_item_list = xml_content.xpath('//object')
# First, construct a dictionnary for every resource
import_dict = {}
#self.log("import checkbook", "file_item_list = %s" %(file_item_list,))
for item in file_item_list:
checkbook_id = item.xpath("string(@id)")
check_quantity = int(float(item.xpath("string(./check_quantity)")))
reference_min = str(item.xpath("string(./reference_min)"))
reference_max = str(item.xpath("string(./reference_max)"))
quantity = int(float(item.xpath("string(./quantity)")))
internal_account_number = item.xpath("string(./numero_interne)")
checkbook_type = item.xpath("string(./checkbook_type)")
type = str(item.xpath("string(./checkbook_type)"))
gid = str(item.xpath("string(./gid)"))
checkbook_dict = import_dict.setdefault(checkbook_type, {})
account_dict = checkbook_dict.setdefault(internal_account_number, {})
item_dict = account_dict.setdefault(gid, {})
item_dict['reference_min'] = reference_min
item_dict['reference_max'] = reference_max
item_dict['check_quantity'] = check_quantity
item_dict['quantity'] = quantity
item_dict['internal_account_number'] = internal_account_number
#self.log("import checkbook", "item_dict = %s" %(item_dict,))
listbox_dict = {}
for (checkbook_type, checkbook_dict) in import_dict.items():
#self.log("checkbook_type %s, checkbook_dict %s" %(checkbook_type, checkbook_dict), "")
listbox = []
i = 0
resource_list = self.portal_catalog(
portal_type=['Checkbook Model', 'Check Model'],
reference=reference_dict[checkbook_type])
if len(resource_list) != 1:
raise ValueError, "The import does not support this type : %s" % checkbook_type
resource = resource_list[0].getObject()
resource_relative_url = resource.getRelativeUrl()
resource_amount_dict = {}
is_checkbook = 0
if resource.getPortalType() == 'Checkbook Model':
is_checkbook = 1
if is_checkbook:
for amount in resource.objectValues(
portal_type="Checkbook Model Check Amount Variation"):
resource_amount_dict[int(amount.getQuantity())] = "check_amount/%s" % \
amount.getRelativeUrl()
for (account, account_dict) in checkbook_dict.items():
for (gid, item_dict) in account_dict.items():
#self.log("is checkbook ? %s" %is_checkbook, "will fill value %s" %(item_dict,))
listbox_line = {}
listbox_line['listbox_key'] = '%05i' % i
listbox_line['reference_range_min'] = item_dict[
'reference_min']
listbox_line['reference_range_max'] = item_dict[
'reference_max']
listbox_line['destination_payment_reference'] = item_dict[
'internal_account_number']
#listbox_line['quantity'] = 1
listbox_line['quantity'] = item_dict['quantity']
if is_checkbook:
listbox_line['check_amount'] = resource_amount_dict[
item_dict['check_quantity']]
listbox.append(listbox_line)
i += 1
listbox_dict[resource_relative_url] = listbox
# First make sure there is no errors
message = None
error_value = 0
for (resource_relative_url, listbox) in listbox_dict.items():
REQUEST['resource'] = resource_relative_url
(error_value,
field_error_dict) = self.CheckDelivery_generateCheckDetailInputDialog(
verbose=1,
listbox=listbox,
batch_mode=1,
resource=resource_relative_url,
REQUEST=REQUEST)
if error_value:
message = ', '.join(
[str(x.error_text) for x in field_error_dict.itervalues()])
redirect_url = '%s/view?%s' % (
self.absolute_url(), 'portal_status_message=%s' % message)
REQUEST['RESPONSE'].redirect(redirect_url)
# Then create everything
if not error_value:
for (resource_relative_url, listbox) in listbox_dict.items():
REQUEST['resource'] = resource_relative_url
self.CheckDetail_saveFastInputLine(listbox=listbox,
check=0,
resource=resource_relative_url,
REQUEST=REQUEST)
message = Message(domain='ui', message='File Imported successfully')
self.setImported(1)
return message
def Test(tester):
tester.startGroup('c14n spec')
tester.startTest('c14n spec 3.2')
doc = Parse(C14N_3_2)
stream = cStringIO.StringIO()
CanonicalPrint(doc, stream)
tester.compare(C14N_3_2_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('c14n spec 3.3')
doc = Parse(C14N_3_3)
stream = cStringIO.StringIO()
CanonicalPrint(doc, stream)
tester.compare(C14N_3_3_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('c14n spec 3.4')
doc = Parse(C14N_3_4)
stream = cStringIO.StringIO()
CanonicalPrint(doc, stream)
tester.compare(C14N_3_4_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('1st regular c14n example from exclusive spec sect 2.2')
doc = Parse(EXCL_C14N_2_2_1)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream)
tester.compare(EXSPEC_2_2_1_C14N_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('2nd regular c14n example from exclusive spec sect 2.2')
doc = Parse(EXCL_C14N_2_2_2)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream)
tester.compare(EXSPEC_2_2_2_C14N_RESULT, stream.getvalue())
tester.testDone()
tester.groupDone()
tester.startGroup('exclusive c14n spec')
tester.startTest('exclusive c14n spec 2.2 eg 1')
doc = Parse(EXCL_C14N_2_2_1)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream, exclusive=True)
tester.compare(EXCL_C14N_2_2_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('exclusive c14n spec 2.2 eg 2')
doc = Parse(EXCL_C14N_2_2_2)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream, exclusive=True)
tester.compare(EXCL_C14N_2_2_RESULT, stream.getvalue())
tester.testDone()
tester.groupDone()
return
def Test(tester):
tester.startGroup('c14n spec')
tester.startTest('c14n spec 3.2')
doc = Parse(C14N_3_2)
stream = cStringIO.StringIO()
CanonicalPrint(doc, stream)
tester.compare(C14N_3_2_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('c14n spec 3.3')
doc = Parse(C14N_3_3)
stream = cStringIO.StringIO()
CanonicalPrint(doc, stream)
tester.compare(C14N_3_3_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('c14n spec 3.4')
doc = Parse(C14N_3_4)
stream = cStringIO.StringIO()
CanonicalPrint(doc, stream)
tester.compare(C14N_3_4_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('1st regular c14n example from exclusive spec sect 2.2')
doc = Parse(EXCL_C14N_2_2_1)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream)
tester.compare(EXSPEC_2_2_1_C14N_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('2nd regular c14n example from exclusive spec sect 2.2')
doc = Parse(EXCL_C14N_2_2_2)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream)
tester.compare(EXSPEC_2_2_2_C14N_RESULT, stream.getvalue())
tester.testDone()
tester.groupDone()
tester.startGroup('exclusive c14n spec')
tester.startTest('exclusive c14n spec 2.2 eg 1')
doc = Parse(EXCL_C14N_2_2_1)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream, exclusive=True)
tester.compare(EXCL_C14N_2_2_RESULT, stream.getvalue())
tester.testDone()
tester.startTest('exclusive c14n spec 2.2 eg 2')
doc = Parse(EXCL_C14N_2_2_2)
elem2 = doc.xpath(u'//*[local-name() = "elem2"]')[0]
stream = cStringIO.StringIO()
CanonicalPrint(elem2, stream, exclusive=True)
tester.compare(EXCL_C14N_2_2_RESULT, stream.getvalue())
tester.testDone()
tester.groupDone()
return