def get_config():
"""Get relevant options from LabConfig, substituting defaults where appropriate and
return as a dict"""
global _cached_config
# Cache the config so it is not loaded multiple times per process:
if _cached_config is not None:
return _cached_config
labconfig = LabConfig()
config = {}
try:
config['zlock_host'] = labconfig.get('servers', 'zlock')
except (labconfig.NoOptionError, labconfig.NoSectionError):
msg = "No zlock server specified in labconfig"
raise RuntimeError(msg)
try:
config['zlock_port'] = labconfig.get('ports', 'zlock')
except (labconfig.NoOptionError, labconfig.NoSectionError):
config['zlock_port'] = zprocess.zlock.DEFAULT_PORT
# We hard-code the zlog host and port, since zlog always runs on the computer with
# the top-level process
config['zlog_host'] = 'localhost'
config['zlog_port'] = zprocess.zlog.DEFAULT_PORT
try:
config['zprocess_remote_port'] = labconfig.get('ports',
'zprocess_remote')
except (labconfig.NoOptionError, labconfig.NoSectionError):
config['zprocess_remote_port'] = zprocess.remote.DEFAULT_PORT
try:
shared_secret_file = labconfig.get('security', 'shared_secret')
except (labconfig.NoOptionError, labconfig.NoSectionError):
config['shared_secret'] = None
config['shared_secret_file'] = None
else:
config['shared_secret'] = open(shared_secret_file).read().strip()
config['shared_secret_file'] = shared_secret_file
try:
config['allow_insecure'] = labconfig.getboolean(
'security', 'allow_insecure')
except (labconfig.NoOptionError, labconfig.NoSectionError):
# Default will be set to False once the security rollout is complete:
config['allow_insecure'] = True
try:
config['logging_maxBytes'] = labconfig.getint('logging', 'maxBytes')
except (labconfig.NoOptionError, labconfig.NoSectionError):
config['logging_maxBytes'] = 1024 * 1024 * 50
try:
config['logging_backupCount'] = labconfig.getint(
'logging', 'backupCount')
except (labconfig.NoOptionError, labconfig.NoSectionError):
config['logging_backupCount'] = 1
_cached_config = config
return config
h5_file, camera_name, 'device_properties')
port = labscript_utils.properties.get(
h5_file, camera_name, 'connection_table_properties')['BIAS_port']
print('Getting imaqdx_properties from device_properties:')
imaqdx_properties = device_properties['added_properties']
# print(imaqdx_properties)
# Get server settings
server_kwargs = {}
for option in ['image_path', 'named_exposures', 'imageify']:
if lc.get('imaqdx_server', option, fallback=None):
if option is 'image_path':
val = lc.get('imaqdx_server', option)
else:
val = lc.getboolean('imaqdx_server', option)
server_kwargs[option] = val
print(f'Overriding {option} with {val}.')
# Get the serial number
serial_number = _ensure_str(device_properties['serial_number'])
print(f'Instantiating IMAQdx_Camera (SN = {serial_number}).')
camera = IMAQdx_Camera(sn=serial_number)
if len(imaqdx_properties):
print('Setting IMAQdx properties:')
for key, val in imaqdx_properties.items():
print('{:}: {:}'.format(key, val))
print('\n')
camera.set_attributes_dict(imaqdx_properties)
print(f'Starting camera server on port {port}...')
key=lambda callback: getattr(callback, 'priority', DEFAULT_PRIORITY))
return callbacks
exp_config = LabConfig()
if not exp_config.has_section('BLACS/plugins'):
exp_config.add_section('BLACS/plugins')
modules = {}
for module_name in os.listdir(PLUGINS_DIR):
if os.path.isdir(os.path.join(
PLUGINS_DIR, module_name)) and module_name != '__pycache__':
# is it a new plugin?
# If so lets add it to the config
if not module_name in [
name for name, val in exp_config.items('BLACS/plugins')
]:
exp_config.set('BLACS/plugins', module_name,
str(module_name in default_plugins))
# only load activated plugins
if exp_config.getboolean('BLACS/plugins', module_name):
try:
module = importlib.import_module('blacs.plugins.' +
module_name)
except Exception:
logger.exception('Could not import plugin \'%s\'. Skipping.' %
module_name)
else:
modules[module_name] = module
