def test_glbl_reload(self):
# fresh start, test default values
for k, v in glbl_dict.items():
assert self._glbl[k] == v
# update value
self._glbl["dk_window"] = 20
self._glbl["auto_dark"] = False
self._glbl["_dark_dict_list"] = [{
"acq_time": 0.1,
"exposure": 0.5,
"timestamp": time.time(),
"uid": str(uuid.uuid4()),
}]
# after update, local yaml should exist
assert os.path.isfile(self._glbl["glbl_yaml_path"])
reload_glbl_dict = _reload_glbl()
# test contents of reload dict
for k, v in self._glbl.items():
assert reload_glbl_dict[k] == v
# test equality of glbl objects after setting contents
reload_glbl = GlblYamlDict("glbl", **glbl_dict)
_set_glbl(reload_glbl, reload_glbl_dict)
assert reload_glbl == self._glbl
robot=robot
)
# cache previous glbl state
reload_glbl_dict = _reload_glbl()
from xpdacq.glbl import glbl
# reload beamtime
from xpdacq.beamtimeSetup import (start_xpdacq, _start_beamtime,
_end_beamtime)
bt = start_xpdacq()
if bt is not None:
print("INFO: Reload beamtime objects:\n{}\n".format(bt))
if reload_glbl_dict is not None:
_set_glbl(glbl, reload_glbl_dict)
# import necessary modules
from xpdacq.xpdacq import *
from xpdacq.beamtime import *
from xpdacq.utils import import_sample_info
# instantiate xrun without beamtime, like bluesky setup
xrun = CustomizedRunEngine(None)
xrun.md['beamline_id'] = glbl['beamline_id']
xrun.md['group'] = glbl['group']
xrun.md['facility'] = glbl['facility']
beamline_config = _load_beamline_config(glbl['blconfig_path'])
xrun.md['beamline_config'] = beamline_config
# insert header to db, either simulated or real