def __init__(self, item):
if item is None:
self.error = True
return None
self.bug_id = NodeUtil.getText(item.getElementsByTagName('bug_id')[0].childNodes)
if len(item.attributes) > 0 and 'error' in item.attributes.keys():
error = item.attributes['error']
if error is not None and (error.value == 'NotFound' or error.value == 'NotPermitted'):
self.error = True
return None
self.creation_ts = parse(NodeUtil.getText(item.getElementsByTagName('creation_ts')[0].childNodes))
short_desc_element = item.getElementsByTagName('short_desc')
if short_desc_element is not None and len(short_desc_element) > 0:
desc = self.clean_string(NodeUtil.getText(short_desc_element[0].childNodes))
tokenizer = RegexpTokenizer(r'\w+')
self.short_desc = tokenizer.tokenize(desc)
self.delta_ts = parse(NodeUtil.getText(item.getElementsByTagName('delta_ts')[0].childNodes))
self.reporter_accessible = NodeUtil.getText(item.getElementsByTagName('reporter_accessible')[0].childNodes)
self.cclist_accessible = NodeUtil.getText(item.getElementsByTagName('cclist_accessible')[0].childNodes)
self.classification_id = NodeUtil.getText(item.getElementsByTagName('classification_id')[0].childNodes)
self.classification = NodeUtil.getText(item.getElementsByTagName('classification')[0].childNodes)
self.product = NodeUtil.getText(item.getElementsByTagName('product')[0].childNodes)
self.component = NodeUtil.getText(item.getElementsByTagName('component')[0].childNodes)
self.version = NodeUtil.getText(item.getElementsByTagName('version')[0].childNodes)
self.rep_platform = NodeUtil.getText(item.getElementsByTagName('rep_platform')[0].childNodes)
self.op_sys = NodeUtil.getText(item.getElementsByTagName('op_sys')[0].childNodes)
self.bug_status = NodeUtil.getText(item.getElementsByTagName('bug_status')[0].childNodes)
resolution_element = item.getElementsByTagName('resolution')
if resolution_element is not None and len(resolution_element) > 0:
self.resolution = NodeUtil.getText(resolution_element[0].childNodes)
self.priority = NodeUtil.getText(item.getElementsByTagName('priority')[0].childNodes)
self.bug_severity = NodeUtil.getText(item.getElementsByTagName('bug_severity')[0].childNodes)
self.target_milestone = NodeUtil.getText(item.getElementsByTagName('target_milestone')[0].childNodes)
blocked_elements = item.getElementsByTagName('blocked')
self.blocked = []
if blocked_elements is not None and len(blocked_elements) > 0:
for blocked_element in blocked_elements:
self.blocked.append(NodeUtil.getText(blocked_element.childNodes))
dependson_elements = item.getElementsByTagName('dependson')
self.dependson = []
if dependson_elements is not None and len(dependson_elements) > 0:
for dependson_element in dependson_elements:
self.dependson.append(NodeUtil.getText(dependson_element.childNodes))
self.everconfirmed = NodeUtil.getText(item.getElementsByTagName('everconfirmed')[0].childNodes)
self.reporter = NodeUtil.getText(item.getElementsByTagName('reporter')[0].childNodes)
self.assigned_to = NodeUtil.getText(item.getElementsByTagName('assigned_to')[0].childNodes)
cc_elements = item.getElementsByTagName('cc')
if cc_elements is not None and len(cc_elements) > 0:
self.cc = []
for cc in cc_elements:
self.cc.append(NodeUtil.getText(cc.childNodes))
qa_contact_element = item.getElementsByTagName('qa_contact')
if qa_contact_element is not None and len(qa_contact_element) > 0:
self.qa_contact = NodeUtil.getText(qa_contact_element[0].childNodes)
self.long_desc = []
for desc in item.getElementsByTagName('long_desc'):
self.long_desc.append(LongDesc(desc))
