class TestStarting(BaseTestServeDevices):
DEVICES = [
device(TestCamera, '127.0.0.1', 8001, {'buffer_length': 0}),
device(TestFilterWheel, '127.0.0.1', 8003,
{'filters': [(0, 'GFP', 525), (1, 'RFP'), (2, 'Cy5')]}),
]
def test_standard(self):
"""Simplest case, start and exit, given enough time to start all devices"""
time.sleep(2)
self.assertTrue(self.p.is_alive(), "service dies at start")
def test_immediate_interrupt(self):
"""Check issues on SIGTERM before starting all devices"""
pass
class TestClashingArguments(BaseTestServeDevices):
"""Device server and device constructor arguments do not clash"""
DEVICES = [
device(DeviceWithPort, '127.0.0.1', 8000, {'port' : 7000}),
]
def test_port_conflict(self):
time.sleep(2)
client = microscope.clients.Client('PYRO:[email protected]:8000')
self.assertEqual(client.port, 7000)
#!/usr/bin/python
"""Configuratin file for microscope.deviceserver.
Import device classes, then define entries in DEVICES as:
devices(CLASS, HOST, PORT, other_args)
"""
# Function to create record for each device.
from microscope.devices import device
# Import device modules/classes here.
import microscope.testsuite.devices as testdevices
DEVICES = [
device(
testdevices.TestCamera,
'127.0.0.1',
8000,
),
device(testdevices.TestLaser, '127.0.0.1', 8001),
]
from microscope.devices import device
from microscope.mirror.alpao import AlpaoDeformableMirror
from microscope.cameras.ximeaCam import XimeaCamera
from microAO.aoDev import AdaptiveOpticsDevice
mirror_args = [AlpaoDeformableMirror, '192.168.1.20', 8007]
camera_args = [XimeaCamera, '192.168.1.20', 8008]
DEVICES = [
device(*mirror_args, serial_number='BIL103'),
device(*camera_args),
device(AdaptiveOpticsDevice,
'192.168.1.20',
8009,
camera_uri=camera_args,
mirror_uri=mirror_args)
]
from microscope.devices import device
from microscope.mirror.alpao import AlpaoDeformableMirror
from microscope.cameras.pvcam import PVCamera
DEVICES = [
device(PVCamera, '192.168.1.20', 8009),
device(XimeaCamera, '192.168.1.20', 8008)
]
from microscope.devices import device
from microscope.mirror.alpao import AlpaoDeformableMirror
from microscope.cameras.ximeaCam import XimeaCamera
from microscope.cameras.pvcam import PVCamera
DEVICES = [
device(AlpaoDeformableMirror, '192.168.1.20', 8007,
serial_number='BIL103'),
device(XimeaCamera, '192.168.1.20', 8008)
#device(PVCamera, '192.168.1.20', 8009 )
]
"""Config file for devicebase.
Import device classes, then define entries in DEVICES as:
devices(CLASS, HOST, PORT, other_args)
"""
# Function to create record for each device.
from microscope.devices import device
# Import device modules/classes here.
from microscope.testsuite.devices import TestCamera
from microscope.testsuite.devices import TestDeformableMirror
from microAO.aoDev import AdaptiveOpticsDevice
DEVICES = [
device(TestCamera, '127.0.0.1', 8005),
device(TestDeformableMirror, '127.0.0.1', 8006),
device(AdaptiveOpticsDevice,
'127.0.0.1',
8007,
camera_uri='PYRO:[email protected]:8005',
mirror_uri='PYRO:[email protected]:8006')
]
# Import required device classes
from microscope.cameras.andorsdk3 import AndorSDK3
# host is the IP address (or hostname) from where the device will be
# accessible. If everything is on the same computer, then host will
# be '127.0.0.1'. If devices are to be available on the network,
# then it will be the IP address on that network.
host = '10.6.19.30'
# Each element in the DEVICES list identifies a device that will be
# served on the network. Each device is defined like so:
#
# device(cls, host, port, conf)
# cls: class of the device that will be served
# host: ip or hostname where the device will be accessible.
# This will be the same value for all devices.
# port: port number where the device will be accessible.
# Each device must have its own port.
# conf: a dict with the arguments to construct the device
# instance. See the individual class documentation.
#
DEVICES = [
device(
AndorSDK3, host, 8001, uid="VSC-01604"
) # {'transform': (0, 1, 1)}), # timeout=1, buffer_length=, index=0,
# device(TestCamera, host, 8005, otherargs=1,),
# device(TestCamera, host, 8006, otherargs=1,),
]
from microscope.devices import device from microscope.mirror.alpao import AlpaoDeformableMirror DEVICES = [ device(AlpaoDeformableMirror, '129.67.77.21', 8007, serial_number='BIL103'), ]
"""Config file for devicebase.
Import device classes, then define entries in DEVICES as:
devices(CLASS, HOST, PORT, other_args)
"""
## Function to create record for each device.
from microscope.devices import device
## Import device modules/classes here.
from microscope.lights.deepstar import DeepstarLaser
# from microscope.lasers.deepstar import DeepstarLaser
from microscope.lasers.obis import ObisLaser
DEVICES = [
device(DeepstarLaser, '10.6.19.21', 9011, conf={'com': 'COM9', 'baud': 9600, 'timeout': 0.5}), # Deepstar 488
# device(ObisLaser, '10.6.19.21', 9012, conf={'com': 'COM6', 'baud': 115200, 'timeout': 2.0}), # Obis 561
# device(ObisLaser, '10.6.19.21', 9013, conf={'com': 'COM7', 'baud': 115200, 'timeout': 2.0}), # Obis 642
]
#!/usr/bin/python
"""Config file for devicebase.
Import device classes, then define entries in DEVICES as:
devices(CLASS, HOST, PORT, other_args)
"""
# Function to create record for each device.
from microscope.devices import device
# Import device modules/classes here.
from microscope.cameras import testcamera
from microscope import filterwheel
DEVICES = [
device(testcamera.TestCamera, '127.0.0.1', 8001, otherargs=1,),
device(filterwheel.TestFilterwheel, '127.0.0.1', 8003,
filters=[(0, 'GFP', 525), (1, 'RFP'), (2, 'Cy5')]),
]
