/usr/share/pyshared/checkbox/reports/launchpad_report.py is in checkbox 0.13.7.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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# This file is part of Checkbox.
#
# Copyright 2008 Canonical Ltd.
#
# Checkbox is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# Checkbox is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Checkbox. If not, see <http://www.gnu.org/licenses/>.
#
import logging
from time import strptime
from datetime import datetime
from checkbox.report import Report
from checkbox.reports.xml_report import (XmlReportManager, XmlReport,
convert_bool)
class LaunchpadReport(Report):
_id = 0
@property
def id(self):
id = LaunchpadReport._id
LaunchpadReport._id += 1
return id
class LaunchpadReportManager(XmlReportManager):
def __init__(self, *args, **kwargs):
super(LaunchpadReportManager, self).__init__(*args, **kwargs)
self.add(ContextReport())
self.add(HardwareReport())
self.add(LsbReport())
self.add(PackagesReport())
self.add(ProcessorsReport())
self.add(SummaryReport())
self.add(QuestionsReport())
class ContextReport(XmlReport):
def register_dumps(self):
for (dt, dh) in [("context", self.dumps_context)]:
self._manager.handle_dumps(dt, dh)
def register_loads(self):
for (lt, lh) in [("context", self.loads_context)]:
self._manager.handle_loads(lt, lh)
def dumps_context(self, obj, parent):
logging.debug("Dumping context")
for info in obj:
element = self._create_element("info", parent)
element.setAttribute("command", info["command"])
self._create_text_node(info["data"], element)
def loads_context(self, node):
logging.debug("Loading context")
context = []
for info in (i for i in node.childNodes if i.localName == "info"):
value = self._manager.call_loads(info)
context.append(value)
return context
class HardwareReport(LaunchpadReport):
"""Report for hardware related data types."""
def register_dumps(self):
for (dt, dh) in [("dmi", self.dumps_hardware),
("sysfs-attributes", self.dumps_hardware),
("udev", self.dumps_hardware)]:
self._manager.handle_dumps(dt, dh)
def register_loads(self):
for (dt, dh) in [("dmi", self.loads_hardware),
("sysfs-attributes", self.loads_hardware),
("udev", self.loads_hardware)]:
self._manager.handle_loads(dt, dh)
def dumps_hardware(self, obj, parent):
logging.debug("Dumping hardware")
self._create_text_node(str(obj), parent)
def loads_hardware(self, node):
logging.debug("Loading hardware")
return self._manager.call_loads(node)
class LsbReport(LaunchpadReport):
def register_dumps(self):
for (dt, dh) in [("lsbrelease", self.dumps_lsbrelease)]:
self._manager.handle_dumps(dt, dh)
def dumps_lsbrelease(self, obj, parent):
logging.debug("Dumping lsbrelease")
for key, value in obj.iteritems():
property = self._create_element("property", parent)
property.setAttribute("name", key)
self._manager.call_dumps(value, property)
class PackagesReport(LaunchpadReport):
"""Report for package related data types."""
def register_dumps(self):
self._manager.handle_dumps("packages", self.dumps_packages)
def register_loads(self):
self._manager.handle_loads("packages", self.loads_packages)
def dumps_packages(self, obj, parent):
logging.debug("Dumping packages")
for package in obj:
element = self._create_element("package", parent)
element.setAttribute("id", str(self.id))
package = dict(package)
element.setAttribute("name", package.pop("name"))
self._manager.call_dumps(package, element)
def loads_packages(self, node):
logging.debug("Loading packages")
packages = []
for package in (p for p in node.childNodes if p.localName == "package"):
value = self._manager.call_loads(package)
value["name"] = package.getAttribute("name")
packages.append(value)
return packages
class ProcessorsReport(LaunchpadReport):
"""Report for processor related data types."""
def register_dumps(self):
self._manager.handle_dumps("processors", self.dumps_processors)
def register_loads(self):
self._manager.handle_loads("processors", self.loads_processors)
def dumps_processors(self, obj, parent):
logging.debug("Dumping processors")
for processor in obj:
element = self._create_element("processor", parent)
element.setAttribute("id", str(self.id))
processor = dict(processor)
element.setAttribute("name", str(processor.pop("name")))
self._manager.call_dumps(processor, element)
def loads_processors(self, node):
logging.debug("Loading processors")
processors = []
for processor in (p for p in node.childNodes if p.localName == "processor"):
value = self._manager.call_loads(processor)
value["name"] = processor.getAttribute("name")
processors.append(value)
return processors
class SummaryReport(LaunchpadReport):
"""Report for summary related data types."""
def register_dumps(self):
for (dt, dh) in [("live_cd", self.dumps_value),
("system_id", self.dumps_value),
("distribution", self.dumps_value),
("distroseries", self.dumps_value),
("architecture", self.dumps_value),
("kernel-release", self.dumps_value),
("private", self.dumps_value),
("contactable", self.dumps_value),
("date_created", self.dumps_datetime),
("client", self.dumps_client)]:
self._manager.handle_dumps(dt, dh)
def register_loads(self):
for (lt, lh) in [("live_cd", self.loads_bool),
("system_id", self.loads_str),
("distribution", self.loads_str),
("distroseries", self.loads_str),
("architecture", self.loads_str),
("kernel-release", self.loads_str),
("private", self.loads_bool),
("contactable", self.loads_bool),
("date_created", self.loads_datetime),
("client", self.loads_client)]:
self._manager.handle_loads(lt, lh)
def dumps_value(self, obj, parent):
parent.setAttribute("value", str(obj))
def dumps_datetime(self, obj, parent):
parent.setAttribute("value", str(obj).split(".")[0])
def dumps_client(self, obj, parent):
parent.setAttribute("name", obj["name"])
parent.setAttribute("version", obj["version"])
def loads_bool(self, node):
return convert_bool(node.getAttribute("value"))
def loads_str(self, node):
return str(node.getAttribute("value"))
def loads_datetime(self, node):
value = node.getAttribute("value")
return datetime(*strptime(value, "%Y-%m-%dT%H:%M:%S")[0:7])
def loads_client(self, node):
name = node.getAttribute("name")
version = node.getAttribute("version")
return {"name": name, "version": version}
class QuestionsReport(LaunchpadReport):
"""Report for question related data types."""
def register_dumps(self):
for (dt, dh) in [("questions", self.dumps_questions)]:
self._manager.handle_dumps(dt, dh)
def register_loads(self):
for (lt, lh) in [("questions", self.loads_questions),
("answer", self.loads_data),
("answer_choices", self.loads_none),
("comment", self.loads_data)]:
self._manager.handle_loads(lt, lh)
def dumps_questions(self, obj, parent):
logging.debug("Dumping questions")
for question in obj:
element = self._create_element("question", parent)
element.setAttribute("name", question["name"])
self.dumps_answer(question["answer"], element)
self.dumps_comment(question["comment"], element)
def dumps_answer(self, obj, parent):
from checkbox.job import ALL_STATUS
answer = self._create_element("answer", parent)
answer.setAttribute("type", "multiple_choice")
self._create_text_node(str(obj), answer)
answer_choices = self._create_element("answer_choices", parent)
for choice in ALL_STATUS:
value = self._create_element("value", answer_choices)
self._manager.call_dumps(choice, value)
def dumps_comment(self, obj, parent):
comment = self._create_element("comment", parent)
self._create_text_node(str(obj), comment)
def dumps_text(self, obj, parent):
self._create_text_node(str(obj), parent)
def loads_questions(self, node):
logging.debug("Loading questions")
questions = []
for question in (q for q in node.childNodes if q.localName == "question"):
value = self._manager.call_loads(question)
value["name"] = question.getAttribute("name")
questions.append(value)
return questions
def loads_none(self, node):
return None
def loads_data(self, node):
return node.firstChild.data.strip()
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