def testConvertWithOpenOfficeStopped(self):
"""Test convert with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), "doc")
doc_exported = handler.convert("odt")
self._assert_document_output(doc_exported, "application/vnd.oasis.opendocument.text")
def testConvertWithOpenOfficeStopped(self):
"""Test convert with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), 'doc')
doc_exported = handler.convert("odt")
self._assert_document_output(
doc_exported, "application/vnd.oasis.opendocument.text")
def testGetMetadataWithOpenOfficeStopped(self):
"""Test getMetadata with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.odt").read())
handler = Handler(self.tmp_url, decodestring(data), "odt")
metadata = handler.getMetadata()
self.assertEquals(metadata.get("Title"), "title")
self.assertEquals(metadata.get("MIMEType"), "application/vnd.oasis.opendocument.text")
def testSetMetadataWithOpenOfficeStopped(self):
"""Test setMetadata with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), 'doc')
new_data = handler.setMetadata({"Title": "cloudooo Test -"})
new_handler = Handler(self.tmp_url, new_data, 'doc')
metadata = new_handler.getMetadata()
self.assertEquals(metadata.get('Title'), "cloudooo Test -")
def testGetMetadataWithOpenOfficeStopped(self):
"""Test getMetadata with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.odt").read())
handler = Handler(self.tmp_url, decodestring(data), 'odt')
metadata = handler.getMetadata()
self.assertEquals(metadata.get('Title'), 'title')
self.assertEquals(metadata.get('MIMEType'),
'application/vnd.oasis.opendocument.text')
def testSetMetadataWithOpenOfficeStopped(self):
"""Test setMetadata with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), "doc")
new_data = handler.setMetadata({"Title": "cloudooo Test -"})
new_handler = Handler(self.tmp_url, new_data, "doc")
metadata = new_handler.getMetadata()
self.assertEquals(metadata.get("Title"), "cloudooo Test -")
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 testMonitorWithOpenOfficeStopped(self):
"""Tests if the monitor continues to run even with openoffice stopped"""
openoffice.stop()
self.monitor = MonitorMemory(openoffice, 2, 400)
self.monitor.start()
try:
sleep(self.interval)
self.assertTrue(self.monitor.is_alive())
finally:
self.monitor.terminate()
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 testMonitorWithOpenOfficeStopped(self):
"""Tests if the monitor continues to run even with openoffice stopped"""
openoffice.stop()
self.monitor = MonitorMemory(openoffice, 2, 400)
self.monitor.start()
try:
sleep(self.interval)
self.assertTrue(self.monitor.is_alive())
finally:
self.monitor.terminate()
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 stopProcesses(signum, frame): monitor.stop() openoffice.stop()
def stopFakeEnvironment(stop_openoffice=True):
"""Stop Openoffice """
if stop_openoffice:
openoffice.stop()
return True
def stopFakeEnvironment(stop_openoffice=True):
"""Stop Openoffice """
if stop_openoffice:
openoffice.stop()
return True
