def test_createSourceNodeFromExternalSourceWithDownStreamConnection(self):
sourceControl = captureManager.createSourceControl()
mediaSource = self.test_createSource()
sinkControl = captureManager.createSinkControl()
XMLstring = sinkControl.getCollectionOfSinks()
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
fileSinkFactoreGUID = ''
asfContainerGUID = ''
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{D6E342E3-7DDD-4858-AB91-4253643864C2}'):
fileSinkFactoreGUID = '{D6E342E3-7DDD-4858-AB91-4253643864C2}'
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
if (valuePart.get('GUID') ==
'{A2A56DA1-EB84-460E-9F05-FEE51D8C81E3}'):
asfContainerGUID = '{A2A56DA1-EB84-460E-9F05-FEE51D8C81E3}'
fileSinkFactory = SinkFactories.FileSinkFactory(
sinkControl.createSinkFactory(asfContainerGUID,
fileSinkFactoreGUID))
indexOfStream = 0
indexOfMediaType = 2
outputMediaType = sourceControl.getSourceOutputMediaTypeFromMediaSource(
mediaSource, indexOfStream, indexOfMediaType)
aArrayPtrCompressedMediaTypes = []
aArrayPtrCompressedMediaTypes.append(outputMediaType)
outputNodes = fileSinkFactory.createOutputNodes(
aArrayPtrCompressedMediaTypes, 'test.asf')
sourceNode = sourceControl.createSourceNodeFromExternalSourceWithDownStreamConnection(
mediaSource, indexOfStream, indexOfMediaType, outputNodes[0])
def startCaptureSession(self):
XMLstring = self.sinkControl.getCollectionOfSinks()
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
EVRSinkFactoreGUID = ''
defaultContainerGUID = ''
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{2F34AF87-D349-45AA-A5F1-E4104D5C458E}'):
EVRSinkFactoreGUID = '{2F34AF87-D349-45AA-A5F1-E4104D5C458E}'
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
if (valuePart.get('GUID') ==
'{71FBA544-3A8E-4D6C-B322-98184BC8DCEA}'):
defaultContainerGUID = '{71FBA544-3A8E-4D6C-B322-98184BC8DCEA}'
EVRSinkFactory = SinkFactories.EVRSinkFactory(
self.sinkControl.createSinkFactory(defaultContainerGUID,
EVRSinkFactoreGUID))
indexOfStream = 0
indexOfMediaType = int(self.prevSelectedMediaTypeIndex)
outputNode = EVRSinkFactory.createOutputNode(self.frame.winfo_id())
sourceNode = self.sourceControl.createSourceNodeWithDownStreamConnection(
self.symbolicLink, indexOfStream, indexOfMediaType, outputNode)
sources = []
sources.append(sourceNode)
self.session = self.sessionControl.createSession(sources)
self.session.startSession(0, '{00000000-0000-0000-0000-000000000000}')
self.controlBtnbox.subwidget('start').config(state='disabled')
self.controlBtnbox.subwidget('stop').config(state='normal')
self.controlBtnbox.subwidget('options').config(state='normal')
def test_createSpreaderNode(self):
fileSinkFactory = self.test_createFileSinkFactory()
sourceControl = captureManager.createSourceControl()
XMLstring = sourceControl.getCollectionOfSources()
selfSources = ElementTree.fromstring(XMLstring)
sources = ElementPath.findall(selfSources, "Source")
symboliclink = ''
for source in sources:
state = False
for attributes in ElementPath.findall(source, "Source.Attributes"):
for attribute in ElementPath.findall(attributes, "Attribute"):
if (attribute.get(
'Name'
) == 'MF_DEVSOURCE_ATTRIBUTE_SOURCE_TYPE_VIDCAP_SYMBOLIC_LINK'
):
symboliclink = attribute.find('SingleValue').get(
'Value')
outputMediaType = sourceControl.getSourceOutputMediaType(
symboliclink, 0, 0)
aArrayPtrCompressedMediaTypes = []
aArrayPtrCompressedMediaTypes.append(outputMediaType)
aArrayPtrCompressedMediaTypes.append(outputMediaType)
outputNodes = fileSinkFactory.createOutputNodes(
aArrayPtrCompressedMediaTypes, 'test.asf')
spreaderNodeFactory = self.test_createSpreaderNodeFactory()
spreadNode = spreaderNodeFactory.createSpreaderNode(outputNodes)
def search(self, **kwargs):
k = (
'groupId',
'artifactId',
'version',
'extension',
'sha1',
'repositoryPath'
)
doc = dict()
req_url = self.__buildURI(mountpoint='/service/local/artifact/maven/resolve', **kwargs)
req = self.reqS.get(req_url)
if req.status_code == 200:
data = req.text
else:
return doc
try:
xml = ElementTree.XML(data)
d = ElementPath.findall(xml, './/data')[0]
for i in k:
doc[i] = d.find(i).text
doc['repository'] = kwargs['repository']
except:
pass
return doc
def iterfind(self, path, namespaces=None):
# compile selector pattern
if path[-1:] == "/":
path = path + "*" # implicit all (FIXME: keep this?)
try:
selector = ElementPath._cache[path]
except KeyError:
if len(ElementPath._cache) > 100:
ElementPath._cache.clear()
if path[:1] == "/":
raise SyntaxError("cannot use absolute path on element")
it = iter(ElementPath.xpath_tokenizer(path, namespaces))
next_ = lambda: next(it)
token = next_()
selector = []
while 1:
try:
selector.append(ElementPath.ops[token[0]](next_,
token))
except StopIteration:
raise SyntaxError("invalid path")
try:
token = next_()
if token[0] == "/":
token = next_()
except StopIteration:
break
ElementPath._cache[path] = selector
# execute selector pattern
result = [self]
context = self._SelectorContext(self)
for select in selector:
result = select(context, result)
return result
def _buildMetadata(self, xpath, metadata={}):
parentXpath = xpath[:xpath.rfind("/")]
childXpath = xpath[xpath.rfind("/") + 1:]
if len(parentXpath) > 0:
try:
metadata[parentXpath].append(childXpath)
except:
metadata[parentXpath] = [childXpath]
attributes = None
next = iter(ElementPath.xpath_tokenizer(childXpath)).next
while 1:
try:
token = next()
if token[0] == "[":
attributes = self._transformAttr(next, token)
except StopIteration:
break
if attributes is not None:
childXpath = xpath[:xpath.rfind("[")]
return childXpath, attributes
def iterfind(self, path, namespaces=None):
# compile selector pattern
if path[-1:] == "/":
path = path + "*" # implicit all (FIXME: keep this?)
try:
selector = ElementPath._cache[path]
except KeyError:
if len(ElementPath._cache) > 100:
ElementPath._cache.clear()
if path[:1] == "/":
raise SyntaxError("cannot use absolute path on element")
it = iter(ElementPath.xpath_tokenizer(path, namespaces))
next_ = lambda: next(it)
token = next_()
selector = []
while 1:
try:
selector.append(ElementPath.ops[token[0]](next_, token))
except StopIteration:
raise SyntaxError("invalid path")
try:
token = next_()
if token[0] == "/":
token = next_()
except StopIteration:
break
ElementPath._cache[path] = selector
# execute selector pattern
result = [self]
context = self._SelectorContext(self)
for select in selector:
result = select(context, result)
return result
def pull_resource(path, wstype):
response = soap('get', requestXml='''
<request operationName="get" locale="en">
<resourceDescriptor name="JRLogo" wsType="%(typ)s" uriString="%(path)s" isNew="false">
<label>JR logo</label>
<description>JR logo</description>
</resourceDescriptor>
</request>'''%dict(typ=wstype, path=path))
res_tree = ET.fromstring(response.data.encode('utf-8'))
res_desc = EP.find(res_tree, 'resourceDescriptor')
# replace path and name as they are infered from git
res_desc.attrib.pop('name', None)
res_desc.attrib.pop('uriString', None)
res_desc.attrib.pop('isNew', None)
git = Popen(['git', 'hash-object', '-w', '--stdin'], stdin=PIPE, stdout=PIPE)
new_blob = git.communicate(ET.tostring(res_desc))[0].strip()
git_tree = []
git_tree.append('100644 blob %s\t%s'%(new_blob, 'content'))
for i, attach in enumerate(response.attachments):
git = Popen(['git', 'hash-object', '-w', '--stdin'], stdin=PIPE, stdout=PIPE)
new_blob = git.communicate(attach)[0].strip()
git_tree.append('100644 blob %s\t%s'%(new_blob, 'data%d'%i))
git_tree = '\n'.join(git_tree)
git = Popen(['git', 'mktree'], stdin=PIPE, stdout=PIPE)
new_tree = git.communicate(git_tree)[0].strip()
return new_tree
def _buildMetadata(self, xpath, metadata = {}):
parentXpath = xpath[:xpath.rfind("/")]
childXpath = xpath[xpath.rfind("/") + 1:]
if len(parentXpath) > 0:
try:
metadata[parentXpath].append(childXpath)
except:
metadata[parentXpath] = [childXpath]
attributes = None
next = iter(ElementPath.xpath_tokenizer(childXpath)).next
while 1:
try:
token = next()
if token[0] == "[":
attributes = self._transformAttr(next, token)
except StopIteration:
break
if attributes is not None:
childXpath = xpath[:xpath.rfind("[")]
return childXpath, attributes
def pull_folder(path, typ='folder'):
response = soap('list', requestXml='''
<request operationName="list" locale="en">
<resourceDescriptor name="" wsType="%(typ)s" uriString="%(path)s" isNew="false">
<label>null</label>
</resourceDescriptor>
</request>'''%dict(typ=typ, path=path))
response = ET.fromstring(response.data.encode('utf-8'))
res_list = EP.findall(response, 'resourceDescriptor')
git_tree = []
for res in res_list:
res_type = res.attrib['wsType']
res_uri = res.attrib['uriString']
res_name = res_uri.rpartition('/')[2]
if res_type == 'folder':
blob = pull_folder(res_uri)
if blob:
git_tree.append('040000 tree %s\t%s'%(blob, res_name))
else: #res_type in ('jdbc', 'img', 'reportUnit', 'dataType', 'inputControl'):
blob = pull_resource(res_uri, res_type)
git_tree.append('040000 tree %s\t%s'%(blob, res_name))
print res_uri
if git_tree:
git_tree = '\n'.join(git_tree)
git = Popen(['git', 'mktree'], stdin=PIPE, stdout=PIPE)
new_blob = git.communicate(git_tree)[0].strip()
return new_blob
return
def populateEncoderComboBox(self, selectedSourceIndex):
if self.encoderComboBox.size() > 0:
self.encoderComboBox.slistbox.listbox.delete(0, Tix.END)
self.encoderCLSIDList = []
self.encoderComboBox.config(state='normal')
encodersXML = ElementTree.fromstring(
self.encoderControl.getCollectionOfEncoders())
groups = ElementPath.findall(encodersXML, "Group")
for group in groups:
if (group.get('GUID') == self.streamdescriptor.get('MajorTypeGUID')
):
for encoderFactory in ElementPath.findall(
group, "EncoderFactory"):
self.encoderComboBox.insert(Tix.END,
encoderFactory.get('Name'))
self.encoderCLSIDList.append(encoderFactory.get('CLSID'))
def selectSource(self, event):
selectedSourceIndex = self.sourceComboBox.subwidget_list[
'slistbox'].subwidget_list['listbox'].curselection()
if (self.prevSelectedSourceIndex != selectedSourceIndex[0]):
self.prevSelectedSourceIndex = selectedSourceIndex[0]
source = self.sourcesList[int(selectedSourceIndex[0])]
for attributes in ElementPath.findall(source, "Source.Attributes"):
for attribute in ElementPath.findall(attributes, "Attribute"):
if (attribute.get(
'Name'
) == 'MF_DEVSOURCE_ATTRIBUTE_SOURCE_TYPE_VIDCAP_SYMBOLIC_LINK'
):
self.symbolicLink = attribute.find('SingleValue').get(
'Value')
self.populateMediaTypeComboBox(int(selectedSourceIndex[0]))
def test_createSourceNodeWithDownStreamConnection(self):
sourceControl = captureManager.createSourceControl()
XMLstring = sourceControl.getCollectionOfSources()
selfSources = ElementTree.fromstring(XMLstring)
sources = ElementPath.findall(selfSources, "Source")
symboliclink = ''
for source in sources:
state = False
for attributes in ElementPath.findall(source, "Source.Attributes"):
for attribute in ElementPath.findall(attributes, "Attribute"):
if (attribute.get(
'Name'
) == 'MF_DEVSOURCE_ATTRIBUTE_SOURCE_TYPE_VIDCAP_SYMBOLIC_LINK'
):
symboliclink = attribute.find('SingleValue').get(
'Value')
sinkControl = captureManager.createSinkControl()
XMLstring = sinkControl.getCollectionOfSinks()
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
fileSinkFactoreGUID = ''
asfContainerGUID = ''
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{D6E342E3-7DDD-4858-AB91-4253643864C2}'):
fileSinkFactoreGUID = '{D6E342E3-7DDD-4858-AB91-4253643864C2}'
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
if (valuePart.get('GUID') ==
'{A2A56DA1-EB84-460E-9F05-FEE51D8C81E3}'):
asfContainerGUID = '{A2A56DA1-EB84-460E-9F05-FEE51D8C81E3}'
fileSinkFactory = SinkFactories.FileSinkFactory(
sinkControl.createSinkFactory(asfContainerGUID,
fileSinkFactoreGUID))
indexOfStream = 0
indexOfMediaType = 2
outputMediaType = sourceControl.getSourceOutputMediaType(
symboliclink, indexOfStream, indexOfMediaType)
aArrayPtrCompressedMediaTypes = []
aArrayPtrCompressedMediaTypes.append(outputMediaType)
outputNodes = fileSinkFactory.createOutputNodes(
aArrayPtrCompressedMediaTypes, 'test.asf')
sourceNode = sourceControl.createSourceNodeWithDownStreamConnection(
symboliclink, indexOfStream, indexOfMediaType, outputNodes[0])
def test_createSourceNode(self):
sourceControl = captureManager.createSourceControl()
XMLstring = sourceControl.getCollectionOfSources()
selfSources = ElementTree.fromstring(XMLstring)
sources = ElementPath.findall(selfSources, "Source")
symboliclink = ''
for source in sources:
state = False
for attributes in ElementPath.findall(source, "Source.Attributes"):
for attribute in ElementPath.findall(attributes, "Attribute"):
if (attribute.get(
'Name'
) == 'MF_DEVSOURCE_ATTRIBUTE_SOURCE_TYPE_VIDCAP_SYMBOLIC_LINK'
):
symboliclink = attribute.find('SingleValue').get(
'Value')
sourceNode = sourceControl.createSourceNode(symboliclink, 0, 0)
def __iter__(self):
try:
# same hack as above
for child in ElementPath.findall(self._parent.getchildren(),
self.tag):
yield child
except AttributeError:
# this is the root element
yield self
def __iter__(self):
try:
# same hack as above
for child in ElementPath.findall(self._parent.getchildren(),
self.tag):
yield child
except AttributeError:
# this is the root element
yield self
def __init__(self, widget, webCamControl):
self.widget = widget
self.webCamControl = webCamControl
self.mainFrame = Tix.Frame(widget, bd=1, relief=Tix.RAISED)
widget.wm_minsize(600, 400)
camParametrs = self.webCamControl.getCamParametrs()
parametrs = ElementTree.fromstring(camParametrs)
groups = ElementPath.findall(parametrs, "Group")
for group in groups:
self.fillGroup(group)
def process_xpath(content: "Element", xpath: str):
with xpath_tokenizer_swap():
return [
stringify_xml(x, survey_nsmap_xpath)
for x in EPath.iterfind(
elem=content,
path=xpath,
namespaces=survey_nsmap_xpath,
)
]
def test_createFileSinkFactory(self):
sinkControl = captureManager.createSinkControl()
XMLstring = sinkControl.getCollectionOfSinks()
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
fileSinkFactoreGUID = ''
asfContainerGUID = ''
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{D6E342E3-7DDD-4858-AB91-4253643864C2}'):
fileSinkFactoreGUID = '{D6E342E3-7DDD-4858-AB91-4253643864C2}'
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
if (valuePart.get('GUID') ==
'{A2A56DA1-EB84-460E-9F05-FEE51D8C81E3}'):
asfContainerGUID = '{A2A56DA1-EB84-460E-9F05-FEE51D8C81E3}'
fileSinkFactory = SinkFactories.FileSinkFactory(
sinkControl.createSinkFactory(asfContainerGUID,
fileSinkFactoreGUID))
return fileSinkFactory
def fillGroup(self, group):
title = group.get('Title')
labelframe = Tkinter.LabelFrame(self.widget, text=title)
labelframe.pack(fill="both", expand="yes")
parametrs = ElementPath.findall(group, "Parametr")
index = 0
for parametr in parametrs:
WebCamProperty(labelframe, parametr, self.webCamControl, index / 5,
index % 5)
index = index + 1
def test_createSampleGrabberCallSinkFactory(self):
sinkControl = captureManager.createSinkControl()
XMLstring = sinkControl.getCollectionOfSinks()
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
SampleGrabberCallSinkFactoryGUID = ''
defaultContainerGUID = ''
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{759D24FF-C5D6-4B65-8DDF-8A2B2BECDE39}'):
SampleGrabberCallSinkFactoryGUID = '{759D24FF-C5D6-4B65-8DDF-8A2B2BECDE39}'
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
if (valuePart.get('GUID') ==
'{C1864678-66C7-48EA-8ED4-48EF37054990}'):
defaultContainerGUID = '{C1864678-66C7-48EA-8ED4-48EF37054990}'
SampleGrabberCallSinkFactory = SinkFactories.SampleGrabberCallSinkFactory(
sinkControl.createSinkFactory(defaultContainerGUID,
SampleGrabberCallSinkFactoryGUID))
return SampleGrabberCallSinkFactory
def test_predicate(self):
"""Test predicate addition
"""
element_test = ET.Element("test")
element_temp = ET.Element("test")
element_temp.text = "Hey"
element_temp.set("val", "8")
ET.SubElement(element_temp, "ins")
token_iter = EP.xpath_tokenizer("@val=8]")
xmlconfigparse.add_predicate(token_iter, element_test)
token_iter = EP.xpath_tokenizer("text()=Hey]")
xmlconfigparse.add_predicate(token_iter, element_test)
token_iter = EP.xpath_tokenizer("ins/]")
xmlconfigparse.add_predicate(token_iter, element_test)
element_temp_string = ET.tostring(element_temp)
element_test_string = ET.tostring(element_test)
self.assertEqual(
element_test_string, element_temp_string, msg="Unexpected string returned"
)
def populateOutputContainerTypeComboBox(self):
if self.outputContainerTypeComboBox.size() > 0:
self.outputContainerTypeComboBox.slistbox.listbox.delete(
0, Tix.END)
self.outputContainerTypeComboBox.config(state='normal')
self.outputContainerTypeGUIDList = []
self.outputContainerTypeList = []
XMLstring = self.sinkControl.getCollectionOfSinks()
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{D6E342E3-7DDD-4858-AB91-4253643864C2}'):
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
self.outputContainerTypeComboBox.insert(
Tix.END, valuePart.get('Value'))
self.outputContainerTypeGUIDList.append(
valuePart.get('GUID'))
self.outputContainerTypeList.append(valuePart.get('Value'))
def test_createEVRSinkFactory(self):
sinkControl = captureManager.createSinkControl()
XMLstring = sinkControl.getCollectionOfSinks()
#print XMLstring
root = ElementTree.fromstring(XMLstring)
sinkFactories = ElementPath.findall(root, "SinkFactory")
EVRSinkFactoreGUID = ''
defaultContainerGUID = ''
for sinkFactory in sinkFactories:
if (sinkFactory.get('GUID') ==
'{2F34AF87-D349-45AA-A5F1-E4104D5C458E}'):
EVRSinkFactoreGUID = '{2F34AF87-D349-45AA-A5F1-E4104D5C458E}'
for valuePart in ElementPath.findall(
sinkFactory, 'Value.ValueParts/ValuePart'):
if (valuePart.get('GUID') ==
'{71FBA544-3A8E-4D6C-B322-98184BC8DCEA}'):
defaultContainerGUID = '{71FBA544-3A8E-4D6C-B322-98184BC8DCEA}'
EVRSinkFactory = SinkFactories.EVRSinkFactory(
sinkControl.createSinkFactory(defaultContainerGUID,
EVRSinkFactoreGUID))
return EVRSinkFactory
def downloadArtifact(self):
url = self.get_artifact_url()
data = urllib2.urlopen(url).read()
doc = ElementTree.XML(data)
elements = ElementPath.findall(doc, ".//artifact")
artifacts = []
#create a list of artifacts
for x in elements:
artifacts.append((x.find("resourceURI").text,
x.find("groupId").text,
x.find("artifactId").text,
x.find("version").text,
x.find("packaging").text,
x.find("extension").text,
x.find("repoId").text,
x.find("contextId").text,
x.find("pomLink").text,
x.find("artifactLink").text))
#Filter on snapshots or releases
artifacts = [artifact for artifact in artifacts if artifact[6].lower() == self.repository.lower()]
#Filter on group
artifacts = [artifact for artifact in artifacts if artifact[1].lower() == self.group.lower()]
#Filter on artifact name
artifacts = [artifact for artifact in artifacts if artifact[2].lower() == self.artifact.lower()]
#print artifacts
artifact_name=""
if artifacts:
#Get the last artifact in the list
artifact = artifacts[-1]
artifact_url = artifact[9]
artifact_name = artifact[0].split('/')[-1]
dlfile = self.download(artifact_url, artifact_name)
if "Error Not Found 404" in dlfile:
print("Downloading from: "+artifact[0])
#Try the download again using the undirected link
dlfile = self.download(artifact[0], artifact_name)
print("Downloaded: "+dlfile)
file_hashes = self.hashfile(dlfile)
print("SHA1: "+file_hashes[0])
print("MD5 : "+file_hashes[1])
print("-"*40)
return artifact_name
def test_elementinset(self):
"""Test method insert subelements
"""
element_test = ET.Element("test")
element_temp = ET.Element("test")
new_temp = ET.SubElement(element_temp, "new")
ET.SubElement(new_temp, "insert")
token_iter = EP.xpath_tokenizer("new/insert")
xmlconfigparse.elementinsert(token_iter, element_test)
element_temp_string = ET.tostring(element_temp)
element_test_string = ET.tostring(element_test)
self.assertEqual(
element_test_string, element_temp_string, msg="Unexpected string returned"
)
def getversions(self, **kwargs):
versions = ()
kwargs['version'] = 'any'
req_url = self.__buildURI(mountpoint='/service/local/lucene/search', **kwargs)
with requests_cache.disabled():
req = self.reqS.get(req_url)
if req.status_code == 200:
data = req.text
else:
return versions
try:
xml = ElementTree.XML(data)
for item in ElementPath.findall(xml, './/artifact'):
if item.find('artifactId').text == kwargs['artifact_id']:
versions = versions + (item.find('version').text,)
except:
pass
return versions
def populateEncoderModeComboBox(self, encoderCLSID):
if self.encoderModeComboBox.size() > 0:
self.encoderModeComboBox.slistbox.listbox.delete(0, Tix.END)
self.encoderModeComboBox.config(state='normal')
self.encoderModelist = []
self.encoderModeGUIDlist = []
selectedMediaTypeIndex = self.mediaTypeComboBox.subwidget_list[
'slistbox'].subwidget_list['listbox'].curselection()
outputMediaType = self.sourceControl.getSourceOutputMediaType(
self.symbolicLink, 0, int(selectedMediaTypeIndex[0]))
encoderOutputMedaiTypesXml = ElementTree.fromstring(
self.encoderControl.getMediaTypeCollectionOfEncoder(
outputMediaType, encoderCLSID))
groups = ElementPath.findall(encoderOutputMedaiTypesXml, "Group")
for group in groups:
self.encoderModeComboBox.insert(Tix.END, group.get('Title'))
self.encoderModelist.append(group)
self.encoderModeGUIDlist.append(group.get('GUID'))
def xmlinsert(xpath, xmlfile, tag=".", findall=False):
"""Inserts elements from an xpath
refs: xml.etree.ElementPath
https://github.com/python/cpython/blob/3.7/Lib/xml/etree/ElementPath.py
Args:
xpath (str): xml elements separated by back slash
(no whitespace outside of attributes)
xmlfile (str): path to xml file; created if it doesn't exist
tag (str): xml element to serve as parent (/ or . = root)
findall (bool): If true finds all matching times matching tag
and inserts xml elements from xpaths after deepest member
Returns:
str: location of updated xml file
Notes:
xpath (str): expects paths which only descend. And supports
the following symbols in xpath /()[]@= excludes (//, ..)
ex. a[bar=/hello/world]/be[text()="there"]/can[@nope=there]/day
tag (str): used by implementation of Elementree's iterfind function
so see xml.etree.elementree for limitations.
"""
# import xml and convert to element
tree = ET.parse(xmlfile)
root = tree.getroot()
# no absolute paths
if xpath[0] == "/":
raise SyntaxError("Can't create another root directory in an xml file")
token_iter = EP.xpath_tokenizer(xpath)
# check recursive
if findall:
for element in root.iterfind(tag):
elementinsert(token_iter, element)
else:
# if tag defined root replaced
elementinsert(token_iter, root.find(tag))
tree.write(xmlfile)
return xmlfile
def ExportXML(self, filename = None):
""" Build element tree from xpaths """
# Tree root node
root = None
#Map to store xpath and ElementXpath
self.mapparentelem = {}
''' Select all rows of db to export '''
for xpath in self.Iterators('/'):
#Is attribute xpath? /a/b/c@name => attr name
attr_xpath = False
try:
value = str(self.Read(xpath))
except SystemError, e:
print "Cannot read [%s], error %s" % (xpath,str(e))
continue
next = iter(ElementPath.xpath_tokenizer(xpath)).next
#For each leaf node on xpath
current_elemment = root
#parent xpath
parent_xpath = None
#current xpath token
current_xpath = None
while 1:
try:
token = next()
if token[0] == "/":
token = next()
#Ignore attribue element (xpath=//sg/@name)
if token[0] == "@":
attr_xpath = True
continue
index = xpath.rfind("/%s" %token[1])
if index >= 0:
parent_xpath = "%s" %(xpath[:index])
#Get xpath assume suffix is leaf
next_index = xpath.find("/", len(parent_xpath) + 1)
if next_index>0:
current_xpath = xpath[0:next_index]
else:
#Last leaf
current_xpath = xpath
if root is None:
root = ET.Element(key_to_xml(token[1]))
current_elemment = root
self.mapparentelem["/%s" %token[1]] = current_elemment
else:
current_elemment = self._buildNode(current_xpath)
elif token[0] == "[":
attributes = self._transformAttr(next, token)
if len(attributes) > 0:
current_elemment.attrib = attributes
except StopIteration:
break
if attr_xpath == False:
current_elemment.text = value
def __getattr__(self, name):
# the following depends on ElementPath internals, but should be fine
result = ElementPath.find(self.getchildren(), self._namespace + name)
if result is None:
raise AttributeError('No such element: {}'.format(name))
return result
def ExportXML(self, filename=None):
""" Build element tree from xpaths """
# Tree root node
root = None
#Map to store xpath and ElementXpath
self.mapparentelem = {}
''' Select all rows of db to export '''
for xpath in self.Iterators('/'):
#Is attribute xpath? /a/b/c@name => attr name
attr_xpath = False
try:
value = str(self.Read(xpath))
except SystemError, e:
print "Cannot read [%s], error %s" % (xpath, str(e))
continue
next = iter(ElementPath.xpath_tokenizer(xpath)).next
#For each leaf node on xpath
current_elemment = root
#parent xpath
parent_xpath = None
#current xpath token
current_xpath = None
while 1:
try:
token = next()
if token[0] == "/":
token = next()
#Ignore attribue element (xpath=//sg/@name)
if token[0] == "@":
attr_xpath = True
continue
index = xpath.rfind("/%s" % token[1])
if index >= 0:
parent_xpath = "%s" % (xpath[:index])
#Get xpath assume suffix is leaf
next_index = xpath.find("/", len(parent_xpath) + 1)
if next_index > 0:
current_xpath = xpath[0:next_index]
else:
#Last leaf
current_xpath = xpath
if root is None:
root = ET.Element(key_to_xml(token[1]))
current_elemment = root
self.mapparentelem["/%s" %
token[1]] = current_elemment
else:
current_elemment = self._buildNode(
current_xpath)
elif token[0] == "[":
attributes = self._transformAttr(next, token)
if len(attributes) > 0:
current_elemment.attrib = attributes
except StopIteration:
break
if attr_xpath == False:
current_elemment.text = value
def __init__(self, widget, captureManager):
self.captureManager = captureManager
self.sourcesList = []
self.prevSelectedSourceIndex = -1
self.prevSelectedMediaTypeIndex = -1
self.sourceComboBox = Tix.ComboBox(widget,
label="Source: ",
command=self.selectSource)
self.sourceComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.sourceControl = self.captureManager.createSourceControl()
self.sinkControl = self.captureManager.createSinkControl()
self.sessionControl = self.captureManager.createSessionControl()
self.session = -1
xmlstring = self.sourceControl.getCollectionOfSources()
selfSources = ElementTree.fromstring(xmlstring)
self.sources = ElementPath.findall(selfSources, "Source")
for source in self.sources:
friendlyname = ''
state = False
for attributes in ElementPath.findall(source, "Source.Attributes"):
for attribute in ElementPath.findall(attributes, "Attribute"):
if (attribute.get('Name') ==
'MF_DEVSOURCE_ATTRIBUTE_FRIENDLY_NAME'):
friendlyname = attribute.find('SingleValue').get(
'Value')
if (attribute.get('Name') ==
'MF_DEVSOURCE_ATTRIBUTE_MEDIA_TYPE'):
parts = attribute.find('Value.ValueParts').findall(
"ValuePart")
for part in parts:
if (part.get('Value') == 'MFMediaType_Video'):
state = True
if (state):
self.sourceComboBox.insert(Tix.END, friendlyname)
self.sourcesList.append(source)
self.mediaTypeComboBox = Tix.ComboBox(widget,
label="MediaTypes: ",
state='disabled',
command=self.selectMediaType)
self.mediaTypeComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.controlBtnbox = Tix.ButtonBox(widget, orientation=Tix.HORIZONTAL)
self.startBtn = self.controlBtnbox.add(
'start',
text='Start',
underline=0,
width=6,
state='disabled',
command=lambda widget=widget: self.startCaptureSession())
self.optionsBtn = self.controlBtnbox.add(
'options',
text='Options',
underline=0,
width=6,
state='disabled',
command=lambda widget=widget: self.options())
self.stopBtn = self.controlBtnbox.add(
'stop',
text='Stop',
underline=0,
width=6,
state='disabled',
command=lambda widget=widget: self.stopCaptureSession())
self.controlBtnbox.pack(side=Tix.TOP, fill=Tix.X)
self.frame = Tkinter.Frame(widget, relief=RIDGE, borderwidth=2)
self.frame.pack(fill=BOTH, expand=1)
def __getattr__(self, name):
# the following depends on ElementPath internals, but should be fine
result = ElementPath.find(self.getchildren(), self._namespace + name)
if result is None:
raise AttributeError('No such element: {}'.format(name))
return result
def __init__(self, widget, captureManager):
self.captureManager = captureManager
self.sourcesList = []
self.prevSelectedSourceIndex = -1
self.prevSelectedMediaTypeIndex = -1
self.prevSelectedEncoderIndex = -1
self.streamdescriptor = -1
self.prevSelectedEncoderModeIndex = -1
self.prevSelectedOutputContainerTypeIndex = -1
self.sourceComboBox = Tix.ComboBox(widget,
label="Source: ",
command=self.selectSource)
self.sourceComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.sourceControl = self.captureManager.createSourceControl()
self.sinkControl = self.captureManager.createSinkControl()
self.encoderControl = self.captureManager.createEncoderControl()
self.sessionControl = self.captureManager.createSessionControl()
self.session = None
self.encoderCLSIDList = []
self.selectedEncoderCLSID = -1
selfSources = ElementTree.fromstring(
self.sourceControl.getCollectionOfSources())
self.sources = ElementPath.findall(selfSources, "Source")
for source in self.sources:
friendlyname = ''
for attributes in ElementPath.findall(source, "Source.Attributes"):
for attribute in ElementPath.findall(attributes, "Attribute"):
if (attribute.get('Name') ==
'MF_DEVSOURCE_ATTRIBUTE_FRIENDLY_NAME'):
friendlyname = attribute.find('SingleValue').get(
'Value')
self.sourceComboBox.insert(Tix.END, friendlyname)
self.sourcesList.append(source)
self.mediaTypeComboBox = Tix.ComboBox(widget,
label="MediaType: ",
state='disabled',
command=self.selectMediaType)
self.mediaTypeComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.encoderComboBox = Tix.ComboBox(widget,
label="Encoder: ",
state='disabled',
command=self.selectEncoder)
self.encoderComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.encoderModeComboBox = Tix.ComboBox(widget,
label="EncoderMode: ",
state='disabled',
command=self.selectEncoderMode)
self.encoderModeComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.encoderOutputMediaTypeComboBox = Tix.ComboBox(
widget,
label="EncoderOutputMediaType: ",
state='disabled',
command=self.selectEncoderOutputMediaType)
self.encoderOutputMediaTypeComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.outputSinkTypeComboBox = Tix.ComboBox(
widget,
label="OutputSinkType: ",
state='disabled',
command=self.selectOutputSinkType)
self.outputSinkTypeComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.outputContainerTypeComboBox = Tix.ComboBox(
widget,
label="OutputContainerType: ",
state='disabled',
command=self.selectOutputContainerType)
self.outputContainerTypeComboBox.pack(side=Tix.TOP, fill=Tix.X)
self.optionsBtn = Tkinter.Button(widget,
text='Options',
state='disabled',
command=self.showOptions)
self.optionsBtn.pack(side=Tix.TOP, fill=Tix.X)
self.sessionBtn = Tkinter.Button(widget,
text='Session',
state='disabled',
command=self.initSession)
self.sessionBtn.pack(side=Tix.TOP, fill=Tix.X)
else:
print 'Error status code: ', status
return tree
try:
result = getXml("http://localhost:8080/PracticalCaseWS/WSCatalogRest/listAllCategories");
exitall = 1
while exitall>0:
n=1
menu =[]
print("");
print(" P E T S S H O P");
print(" Practical Case Study based on Rest Web Service and Python Client");
print(" You can list all the pets or list them by category.");
print("");
for elem in ElementPath.findall(result, ".//category"):
print " ",n," - ",elem.find('name').text , " "
menu.append(elem.find('name').text)
n +=1
print(" 0 - Exit ");
c1 = raw_input(" Choose a number: ")
try:
c = int(c1)
if c==0:
exitall = 0
else:
if c>0 and c<n:
pet = []
if menu[c-1].rstrip() =="ALL PETS":
doc = getXml("http://localhost:8080/PracticalCaseWS/WSCatalogRest/listAllPets");
else:
