def testGetMemoryUsage(self):
"""Test memory usage"""
self.monitor = MonitorMemory(openoffice, 2, 400)
openoffice.stop()
memory_usage_int = self.monitor.get_memory_usage()
self.assertEquals(memory_usage_int, 0)
if not openoffice.status():
openoffice.start()
memory_usage_int = self.monitor.get_memory_usage()
self.assertEquals(type(memory_usage_int), IntType)
def testGetMemoryUsage(self):
"""Test memory usage"""
self.monitor = MonitorMemory(openoffice, 2, 400)
openoffice.stop()
memory_usage_int = self.monitor.get_memory_usage()
self.assertEquals(memory_usage_int, 0)
if not openoffice.status():
openoffice.start()
memory_usage_int = self.monitor.get_memory_usage()
self.assertEquals(type(memory_usage_int), IntType)
def startFakeEnvironment(start_openoffice=True, conf_path=None):
"""Create a fake environment"""
config.read(conf_path)
uno_path = config.get("app:main", "uno_path")
working_path = config.get("app:main", "working_path")
hostname = config.get("server:main", "host")
openoffice_port = int(config.get("app:main", "openoffice_port"))
office_binary_path = config.get("app:main", "office_binary_path")
environment_dict = {}
for item in config.options("app:main"):
if item.startswith("env-"):
environment_dict[item[4:].upper()] = config.get("app:main", item)
tmp_dir = path.join(working_path, 'tmp')
check_folder(working_path, tmp_dir)
if not environ.get('uno_path'):
environ['uno_path'] = uno_path
office_binary_path = config.get("app:main", "office_binary_path")
if not environ.get('office_binary_path'):
environ['office_binary_path'] = office_binary_path
if uno_path not in sys.path:
sys.path.append(uno_path)
fundamentalrc_file = '%s/fundamentalrc' % office_binary_path
if path.exists(fundamentalrc_file) and \
'URE_BOOTSTRAP' not in environ:
putenv('URE_BOOTSTRAP',
'vnd.sun.star.pathname:%s' % fundamentalrc_file)
if start_openoffice:
default_language = config.get(
'app:main', 'openoffice_user_interface_language', False,
{'openoffice_user_interface_language': 'en'})
openoffice.loadSettings(hostname, openoffice_port, working_path,
office_binary_path, uno_path, default_language,
environment_dict)
openoffice.start()
openoffice.acquire()
hostname, port = openoffice.getAddress()
kw = dict(uno_path=config.get("app:main", "uno_path"),
office_binary_path=config.get("app:main",
"office_binary_path"))
if not mimemapper.isLoaded():
mimemapper.loadFilterList(hostname, port, **kw)
openoffice.release()
return openoffice
def _callUnoConverter(self, *feature_list, **kw):
""" """
if not openoffice.status():
openoffice.start()
command_list = self._getCommand(*feature_list, **kw)
stdout, stderr = self._subprocess(command_list)
if not stdout and len(re.findall("\w*Exception|\w*Error", stderr)) >= 1:
logger.debug(stderr)
self.document.restoreOriginal()
openoffice.restart()
kw['document_url'] = self.document.getUrl()
command = self._getCommand(*feature_list, **kw)
stdout, stderr = self._subprocess(command)
if stderr != "":
raise Exception(stderr)
return stdout, stderr
def bootstrapHandler(configuration_dict):
# Bootstrap handler
from signal import signal, SIGINT, SIGQUIT, SIGHUP
from cloudooo.handler.ooo.mimemapper import mimemapper
from cloudooo.handler.ooo.application.openoffice import openoffice
import cloudooo.handler.ooo.monitor as monitor
def stopProcesses(signum, frame):
monitor.stop()
openoffice.stop()
# Signal to stop all processes
signal(SIGINT, stopProcesses)
signal(SIGQUIT, stopProcesses)
signal(SIGHUP, stopProcesses)
working_path = configuration_dict.get('working_path')
application_hostname = configuration_dict.get('application_hostname')
openoffice_port = int(configuration_dict.get('openoffice_port'))
environment_dict = configuration_dict['env']
# Loading Configuration to start OOo Instance and control it
openoffice.loadSettings(
application_hostname,
openoffice_port,
working_path,
configuration_dict.get('office_binary_path'),
configuration_dict.get('uno_path'),
configuration_dict.get('openoffice_user_interface_language', 'en'),
environment_dict=environment_dict,
)
openoffice.start()
monitor.load(configuration_dict)
timeout_response = int(configuration_dict.get('timeout_response'))
kw = dict(uno_path=configuration_dict.get('uno_path'),
office_binary_path=configuration_dict.get('office_binary_path'),
timeout=timeout_response,
ooo_disable_filter_list=configuration_dict.get(
'ooo_disable_filter_list'),
ooo_disable_filter_name_list=configuration_dict.get(
'ooo_disable_filter_name_list'))
# Load all filters
openoffice.acquire()
mimemapper.loadFilterList(application_hostname, openoffice_port, **kw)
openoffice.release()
def bootstrapHandler(configuration_dict):
# Bootstrap handler
from signal import signal, SIGINT, SIGQUIT, SIGHUP
from cloudooo.handler.ooo.mimemapper import mimemapper
from cloudooo.handler.ooo.application.openoffice import openoffice
import cloudooo.handler.ooo.monitor as monitor
def stopProcesses(signum, frame):
monitor.stop()
openoffice.stop()
# Signal to stop all processes
signal(SIGINT, stopProcesses)
signal(SIGQUIT, stopProcesses)
signal(SIGHUP, stopProcesses)
working_path = configuration_dict.get('working_path')
application_hostname = configuration_dict.get('application_hostname')
openoffice_port = int(configuration_dict.get('openoffice_port'))
environment_dict = configuration_dict['env']
# Loading Configuration to start OOo Instance and control it
openoffice.loadSettings(application_hostname,
openoffice_port,
working_path,
configuration_dict.get('office_binary_path'),
configuration_dict.get('uno_path'),
configuration_dict.get('openoffice_user_interface_language',
'en'),
environment_dict=environment_dict,
)
openoffice.start()
monitor.load(configuration_dict)
timeout_response = int(configuration_dict.get('timeout_response'))
kw = dict(uno_path=configuration_dict.get('uno_path'),
office_binary_path=configuration_dict.get('office_binary_path'),
timeout=timeout_response,
ooo_disable_filter_list=configuration_dict.get('ooo_disable_filter_list'),
ooo_disable_filter_name_list=configuration_dict.get('ooo_disable_filter_name_list'))
# Load all filters
openoffice.acquire()
mimemapper.loadFilterList(application_hostname,
openoffice_port, **kw)
openoffice.release()
def startFakeEnvironment(start_openoffice=True, conf_path=None):
"""Create a fake environment"""
config.read(conf_path)
uno_path = config.get("app:main", "uno_path")
working_path = config.get("app:main", "working_path")
hostname = config.get("server:main", "host")
openoffice_port = int(config.get("app:main", "openoffice_port"))
office_binary_path = config.get("app:main", "office_binary_path")
environment_dict = {}
for item in config.options("app:main"):
if item.startswith("env-"):
environment_dict[item[4:].upper()] = config.get("app:main", item)
tmp_dir = path.join(working_path, "tmp")
check_folder(working_path, tmp_dir)
if not environ.get("uno_path"):
environ["uno_path"] = uno_path
office_binary_path = config.get("app:main", "office_binary_path")
if not environ.get("office_binary_path"):
environ["office_binary_path"] = office_binary_path
if uno_path not in sys.path:
sys.path.append(uno_path)
fundamentalrc_file = "%s/fundamentalrc" % office_binary_path
if path.exists(fundamentalrc_file) and "URE_BOOTSTRAP" not in environ:
putenv("URE_BOOTSTRAP", "vnd.sun.star.pathname:%s" % fundamentalrc_file)
if start_openoffice:
default_language = config.get(
"app:main", "openoffice_user_interface_language", False, {"openoffice_user_interface_language": "en"}
)
openoffice.loadSettings(
hostname, openoffice_port, working_path, office_binary_path, uno_path, default_language, environment_dict
)
openoffice.start()
openoffice.acquire()
hostname, port = openoffice.getAddress()
kw = dict(
uno_path=config.get("app:main", "uno_path"), office_binary_path=config.get("app:main", "office_binary_path")
)
if not mimemapper.isLoaded():
mimemapper.loadFilterList(hostname, port, **kw)
openoffice.release()
return openoffice
def testWithoutOpenOffice(self):
"""Test when the openoffice is stopped"""
error_msg = "couldn\'t connect to socket (Success)\n"
hostname, host = openoffice.getAddress()
openoffice.stop()
python = path.join(self.office_binary_path, "python")
command = [path.exists(python) and python or "python",
pkg_resources.resource_filename(self.package_namespace,
"/helper/unomimemapper.py"),
"--uno_path=%s" % self.uno_path,
"--office_binary_path=%s" % self.office_binary_path,
"--hostname=%s" % self.hostname,
"--port=%s" % self.openoffice_port]
stdout, stderr = Popen(command,
stdout=PIPE,
stderr=PIPE).communicate()
self.assertEquals(stdout, '')
self.assertTrue(stderr.endswith(error_msg), stderr)
openoffice.start()
def testWithoutOpenOffice(self):
"""Test when the openoffice is stopped"""
error_msg = "couldn\'t connect to socket (Success)\n"
hostname, host = openoffice.getAddress()
openoffice.stop()
python = path.join(self.office_binary_path, "python")
command = [
path.exists(python) and python or "python",
pkg_resources.resource_filename(self.package_namespace,
"/helper/unomimemapper.py"),
"--uno_path=%s" % self.uno_path,
"--office_binary_path=%s" % self.office_binary_path,
"--hostname=%s" % self.hostname,
"--port=%s" % self.openoffice_port
]
stdout, stderr = Popen(command, stdout=PIPE, stderr=PIPE).communicate()
self.assertEquals(stdout, '')
self.assertTrue(stderr.endswith(error_msg), stderr)
openoffice.start()
def _callUnoConverter(self, *feature_list, **kw):
""" """
if not openoffice.status():
openoffice.start()
command_list = self._getCommand(*feature_list, **kw)
stdout, stderr = self._subprocess(command_list)
if not stdout and stderr:
first_error = stderr
logger.error(stderr)
self.document.restoreOriginal()
openoffice.restart()
kw['document_url'] = self.document.getUrl()
command = self._getCommand(*feature_list, **kw)
stdout, stderr = self._subprocess(command)
if not stdout and stderr:
second_error = "\nerror of the second run: " + stderr
logger.error(second_error)
raise Exception(first_error + second_error)
return stdout, stderr
def setUp(self):
if not openoffice.status():
openoffice.start()
def setUp(self):
if not openoffice.status():
openoffice.start()