def setUp(self, properties=None):
"""Start Pool DS and register extensions.
"""
db = PyTango.Database()
# Discover the Pool launcher script
poolExec = whichexecutable.whichfile("Pool")
# register Pool server
pool_ds_name = "Pool/" + self.pool_ds_name
pool_free_ds_name = get_free_server(PyTango.Database(),
pool_ds_name)
self._starter = ProcessStarter(poolExec, pool_free_ds_name)
# register Pool device
dev_name_parts = self.pool_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.pool_name = get_free_device(db, prefix, start_from)
self._starter.addNewDevice(self.pool_name, klass='Pool')
# Add properties
if properties is not None:
for key, values in properties.items():
db.put_device_property(self.pool_name,
{key: values})
# start Pool server
self._starter.startDs()
# register extensions so the test methods can use them
self.pool = PyTango.DeviceProxy(self.pool_name)
def setUp(self, pool_name):
"""Start MacroServer DS.
"""
try:
db = PyTango.Database()
# Discover the MS launcher script
msExec = whichexecutable.whichfile("MacroServer")
# register MS server
ms_ds_name = "MacroServer/" + self.ms_ds_name
ms_free_ds_name = get_free_server(db, ms_ds_name)
self._msstarter = ProcessStarter(msExec, ms_free_ds_name)
# register MS device
dev_name_parts = self.ms_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.ms_name = get_free_device(
db, prefix, start_from)
self._msstarter.addNewDevice(self.ms_name, klass='MacroServer')
# register Door device
dev_name_parts = self.door_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.door_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.door_name, klass='Door')
db.put_device_property(self.ms_name, {'PoolNames': pool_name})
# start MS server
self._msstarter.startDs()
self.door = PyTango.DeviceProxy(self.door_name)
except Exception, e:
# force tearDown in order to eliminate the MacroServer
print e
self.tearDown()
def taurus_test_ds():
"""
A pytest fixture that launches TangoSchemeTest for the test
It provides the device name as the fixture value.
Usage::
from taurus.core.tango.test import taurus_test_ds
def test_foo(taurus_test_ds):
import taurus
d = taurus.Device(taurus_test_ds)
assert d["string_scalar"].rvalue == "hello world"
"""
ds_name = 'TangoSchemeTest/unittest/temp-{:08d}'.format(
randint(0, 99999999))
# get path to DS and executable
device = getResourcePath('taurus.core.tango.test.res', 'TangoSchemeTest')
# create starter for the device server
_starter = ProcessStarter(device, 'TangoSchemeTest/unittest')
# register
_starter.addNewDevice(ds_name, klass='TangoSchemeTest')
# start device server
_starter.startDs()
yield ds_name
d = PyTango.DeviceProxy(ds_name)
d.Reset()
_starter.stopDs(hard_kill=True)
# remove server
_starter.cleanDb(force=True)
def setUp(self):
"""Start Pool DS and register extensions.
"""
# Discover the Pool launcher script
poolExec = whichexecutable.whichfile("Pool")
# register Pool server
pool_ds_name = "Pool/" + self.pool_ds_name
pool_free_ds_name = get_free_server(PyTango.Database(),
pool_ds_name)
self._starter = ProcessStarter(poolExec, pool_free_ds_name)
# register Pool device
dev_name_parts = self.pool_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.pool_name = get_free_device(
PyTango.Database(), prefix, start_from)
self._starter.addNewDevice(self.pool_name, klass='Pool')
# start Pool server
self._starter.startDs()
# register extensions so the test methods can use them
self.pool = PyTango.DeviceProxy(self.pool_name)
def setUpClass(cls):
""" Create and run a TangoSchemeTest device server
"""
# get path to DS and executable
device = getResourcePath('taurus.core.tango.test.res',
'TangoSchemeTest')
# create starter for the device server
cls._starter = ProcessStarter(device, 'TangoSchemeTest/unittest')
# register
cls._starter.addNewDevice(cls.DEV_NAME, klass='TangoSchemeTest')
# start device server
cls._starter.startDs()
def setUp(self):
'''
Requisites:
- instantiate the widget
- make sure that the the timeout server is ready
'''
# Call base class setup (instantiate the widget,...)
BaseWidgetTestCase.setUp(self)
# get path to DS and executable
timeoutExec = getResourcePath('taurus.qt.qtgui.button.test.res',
'Timeout')
# create starter for the Timeout server
self._starter = ProcessStarter(timeoutExec, 'Timeout/unittest')
# register timeoutserver #TODO: guarantee that devname is not in use
devname = 'unittests/timeout/temp-1'
self._starter.addNewDevice(devname, klass='Timeout')
# start Timeout server
self._starter.startDs()
# Configure the widget
self._widget.setModel(devname)
class BasePoolTestCase(object):
"""Abstract class for pool DS testing.
"""
pool_ds_name = getattr(sardanacustomsettings, 'UNITTEST_POOL_DS_NAME')
pool_name = getattr(sardanacustomsettings, 'UNITTEST_POOL_NAME')
def setUp(self):
"""Start Pool DS and register extensions.
"""
# Discover the Pool launcher script
poolExec = whichexecutable.whichfile("Pool")
# register Pool server
pool_ds_name = "Pool/" + self.pool_ds_name
pool_free_ds_name = get_free_server(PyTango.Database(),
pool_ds_name)
self._starter = ProcessStarter(poolExec, pool_free_ds_name)
# register Pool device
dev_name_parts = self.pool_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.pool_name = get_free_device(
PyTango.Database(), prefix, start_from)
self._starter.addNewDevice(self.pool_name, klass='Pool')
# start Pool server
self._starter.startDs()
# register extensions so the test methods can use them
self.pool = PyTango.DeviceProxy(self.pool_name)
def tearDown(self):
"""Remove the Pool instance.
"""
self._starter.cleanDb(force=True)
self._starter = None
self.pool = None
self.pool_name = None
def setUp(self, properties=None):
"""
Start MacroServer DS.
:param properties: dictionary with the macroserver properies.
"""
try:
db = PyTango.Database()
# Discover the MS launcher script
msExec = whichexecutable.whichfile("MacroServer")
# register MS server
ms_ds_name_base = "MacroServer/" + self.ms_ds_name
self.ms_ds_name = get_free_server(db, ms_ds_name_base)
self._msstarter = ProcessStarter(msExec, self.ms_ds_name)
# register MS device
dev_name_parts = self.ms_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.ms_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.ms_name, klass='MacroServer')
# register Door device
dev_name_parts = self.door_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.door_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.door_name, klass='Door')
# Add properties
if properties:
for key, values in list(properties.items()):
db.put_device_property(self.ms_name, {key: values})
# start MS server
self._msstarter.startDs(wait_seconds=20)
self.door = PyTango.DeviceProxy(self.door_name)
except Exception as e:
# force tearDown in order to eliminate the MacroServer
print(e)
self.tearDown()
class BaseMacroServerTestCase(object):
"""Abstract class for macroserver DS testing.
"""
ms_ds_name = getattr(sardanacustomsettings, 'UNITTEST_MS_DS_NAME',
"unittest1")
ms_name = getattr(sardanacustomsettings, 'UNITTEST_MS_NAME',
"macroserver/demo1/1")
door_name = getattr(sardanacustomsettings, 'UNITTEST_DOOR_NAME',
"door/demo1/1")
def setUp(self, properties=None):
"""
Start MacroServer DS.
:param properties: dictionary with the macroserver properies.
"""
try:
db = PyTango.Database()
# Discover the MS launcher script
msExec = whichexecutable.whichfile("MacroServer")
# register MS server
ms_ds_name_base = "MacroServer/" + self.ms_ds_name
self.ms_ds_name = get_free_server(db, ms_ds_name_base)
self._msstarter = ProcessStarter(msExec, self.ms_ds_name)
# register MS device
dev_name_parts = self.ms_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.ms_name = get_free_device(
db, prefix, start_from)
self._msstarter.addNewDevice(self.ms_name, klass='MacroServer')
# register Door device
dev_name_parts = self.door_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.door_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.door_name, klass='Door')
# Add properties
if properties:
for key, values in properties.items():
db.put_device_property(self.ms_name,
{key: values})
# start MS server
self._msstarter.startDs()
self.door = PyTango.DeviceProxy(self.door_name)
except Exception, e:
# force tearDown in order to eliminate the MacroServer
print e
self.tearDown()
def setUp(self):
'''
Requisites:
- instantiate the widget
- make sure that the the timeout server is ready
'''
# Call base class setup (instantiate the widget,...)
BaseWidgetTestCase.setUp(self)
# get path to DS and executable
timeoutExec = getResourcePath('taurus.qt.qtgui.button.test.res',
'Timeout')
# create starter for the Timeout server
self._starter = ProcessStarter(timeoutExec, 'Timeout/unittest')
# register timeoutserver #TODO: guarantee that devname is not in use
devname = 'unittests/timeout/temp-1'
self._starter.addNewDevice(devname, klass='Timeout')
# start Timeout server
self._starter.startDs()
# Configure the widget
self._widget.setModel(devname)
class BaseMacroServerTestCase(object):
"""Abstract class for macroserver DS testing.
"""
ms_ds_name = getattr(sardanacustomsettings, 'UNITTEST_MS_DS_NAME',
"unittest1")
ms_name = getattr(sardanacustomsettings, 'UNITTEST_MS_NAME',
"macroserver/demo1/1")
door_name = getattr(sardanacustomsettings, 'UNITTEST_DOOR_NAME',
"door/demo1/1")
def setUp(self, properties=None):
"""
Start MacroServer DS.
:param properties: dictionary with the macroserver properies.
"""
try:
db = PyTango.Database()
# Discover the MS launcher script
msExec = whichexecutable.whichfile("MacroServer")
# register MS server
ms_ds_name_base = "MacroServer/" + self.ms_ds_name
self.ms_ds_name = get_free_server(db, ms_ds_name_base)
self._msstarter = ProcessStarter(msExec, self.ms_ds_name)
# register MS device
dev_name_parts = self.ms_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.ms_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.ms_name, klass='MacroServer')
# register Door device
dev_name_parts = self.door_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.door_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.door_name, klass='Door')
# Add properties
if properties:
for key, values in properties.items():
db.put_device_property(self.ms_name, {key: values})
# start MS server
self._msstarter.startDs()
self.door = PyTango.DeviceProxy(self.door_name)
except Exception, e:
# force tearDown in order to eliminate the MacroServer
print e
self.tearDown()
def setUp(self, properties=None):
"""
Start MacroServer DS.
:param properties: dictionary with the macroserver properies.
"""
try:
db = PyTango.Database()
# Discover the MS launcher script
msExec = whichexecutable.whichfile("MacroServer")
# register MS server
ms_ds_name_base = "MacroServer/" + self.ms_ds_name
self.ms_ds_name = get_free_server(db, ms_ds_name_base)
self._msstarter = ProcessStarter(msExec, self.ms_ds_name)
# register MS device
dev_name_parts = self.ms_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.ms_name = get_free_device(
db, prefix, start_from)
self._msstarter.addNewDevice(self.ms_name, klass='MacroServer')
# register Door device
dev_name_parts = self.door_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.door_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.door_name, klass='Door')
# Add properties
if properties:
for key, values in properties.items():
db.put_device_property(self.ms_name,
{key: values})
# start MS server
self._msstarter.startDs()
self.door = PyTango.DeviceProxy(self.door_name)
except Exception, e:
# force tearDown in order to eliminate the MacroServer
print e
self.tearDown()
class TaurusCommandButtonTest2(BaseWidgetTestCase, unittest.TestCase):
_klass = TaurusCommandButton
initkwargs = dict(command='TimeoutCmd')
def setUp(self):
'''
Requisites:
- instantiate the widget
- make sure that the the timeout server is ready
'''
# Call base class setup (instantiate the widget,...)
BaseWidgetTestCase.setUp(self)
# get path to DS and executable
timeoutExec = getResourcePath('taurus.qt.qtgui.button.test.res',
'Timeout')
# create starter for the Timeout server
self._starter = ProcessStarter(timeoutExec, 'Timeout/unittest')
# register timeoutserver #TODO: guarantee that devname is not in use
devname = 'unittests/timeout/temp-1'
self._starter.addNewDevice(devname, klass='Timeout')
# start Timeout server
self._starter.startDs()
# Configure the widget
self._widget.setModel(devname)
def tearDown(self):
'''Stop the timeout server and undo changes to the database'''
self._widget.setModel(None)
# remove timeoutserver
self._starter.cleanDb(force=True)
def testTimeOutError(self):
'''Check that the timeout property works'''
# lets use commands that take at least 200ms in returning
self._widget.setParameters([.2])
# With a long timeout it should work...
self._widget.setTimeout(10)
ret = self._widget._onClicked()
msg = 'expected return None when timeout >> command response time'
self.assertIsNone(ret, msg)
#...but with a shorter timeout we expect a timeout exception
self._widget.setTimeout(.1)
self.assertRaises(CommunicationFailed, self._widget._onClicked)
class TaurusCommandButtonTest2(BaseWidgetTestCase, unittest.TestCase):
_klass = TaurusCommandButton
initkwargs = dict(command='TimeoutCmd')
def setUp(self):
'''
Requisites:
- instantiate the widget
- make sure that the the timeout server is ready
'''
# Call base class setup (instantiate the widget,...)
BaseWidgetTestCase.setUp(self)
# get path to DS and executable
timeoutExec = getResourcePath('taurus.qt.qtgui.button.test.res',
'Timeout')
# create starter for the Timeout server
self._starter = ProcessStarter(timeoutExec, 'Timeout/unittest')
# register timeoutserver #TODO: guarantee that devname is not in use
devname = 'unittests/timeout/temp-1'
self._starter.addNewDevice(devname, klass='Timeout')
# start Timeout server
self._starter.startDs()
# Configure the widget
self._widget.setModel(devname)
def tearDown(self):
'''Stop the timeout server and undo changes to the database'''
self._widget.setModel(None)
# remove timeoutserver
self._starter.cleanDb(force=True)
def testTimeOutError(self):
'''Check that the timeout property works'''
# lets use commands that take at least 200ms in returning
self._widget.setParameters([.2])
# With a long timeout it should work...
self._widget.setTimeout(10)
ret = self._widget._onClicked()
msg = 'expected return None when timeout >> command response time'
self.assertIsNone(ret, msg)
#...but with a shorter timeout we expect a timeout exception
self._widget.setTimeout(.1)
self.assertRaises(CommunicationFailed, self._widget._onClicked)
class BaseMacroServerTestCase(object):
"""Abstract class for macroserver DS testing.
"""
ms_ds_name = getattr(sardanacustomsettings, 'UNITTEST_MS_DS_NAME',
"unittest1")
ms_name = getattr(sardanacustomsettings, 'UNITTEST_MS_NAME',
"macroserver/demo1/1")
door_name = getattr(sardanacustomsettings, 'UNITTEST_DOOR_NAME',
"door/demo1/1")
def setUp(self, properties=None):
"""
Start MacroServer DS.
:param properties: dictionary with the macroserver properies.
"""
try:
db = PyTango.Database()
# Discover the MS launcher script
msExec = whichexecutable.whichfile("MacroServer")
# register MS server
ms_ds_name_base = "MacroServer/" + self.ms_ds_name
self.ms_ds_name = get_free_server(db, ms_ds_name_base)
self._msstarter = ProcessStarter(msExec, self.ms_ds_name)
# register MS device
dev_name_parts = self.ms_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.ms_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.ms_name, klass='MacroServer')
# register Door device
dev_name_parts = self.door_name.split('/')
prefix = '/'.join(dev_name_parts[0:2])
start_from = int(dev_name_parts[2])
self.door_name = get_free_device(db, prefix, start_from)
self._msstarter.addNewDevice(self.door_name, klass='Door')
# Add properties
if properties:
for key, values in list(properties.items()):
db.put_device_property(self.ms_name, {key: values})
# start MS server
self._msstarter.startDs(wait_seconds=20)
self.door = PyTango.DeviceProxy(self.door_name)
except Exception as e:
# force tearDown in order to eliminate the MacroServer
print(e)
self.tearDown()
def tearDown(self):
"""Remove the MacroServer instance and its properties file.
"""
self._msstarter.cleanDb(force=True)
self._msstarter = None
self.macroserver = None
self.door = None
db = PyTango.Database()
prop = db.get_device_property(self.ms_name, "EnvironmentDb")
ms_properties = prop["EnvironmentDb"]
if not ms_properties:
dft_ms_properties = os.path.join(
MacroServerClass.DefaultEnvBaseDir,
MacroServerClass.DefaultEnvRelDir)
ds_inst_name = self.ms_ds_name.split("/")[1]
ms_properties = dft_ms_properties % {
"ds_exec_name": "MacroServer",
"ds_inst_name": ds_inst_name
}
ms_properties = os.path.normpath(ms_properties)
extensions = [".bak", ".dat", ".dir"]
for ext in extensions:
name = ms_properties + ext
if not os.path.exists(name):
continue
try:
os.remove(name)
except Exception as e:
msg = "Not possible to remove macroserver environment file"
print(msg)
print(("Details: %s" % e))
