else:
motorNames += " " + motorName
motorPositions += " " + str(round(position, 3))
dictMetadata["MX_motors_name"] = motorNames
dictMetadata["MX_motors_value"] = motorPositions
# Detector distance
distance = self.esrf_multi_collect.get_detector_distance()
if distance is not None:
dictMetadata["MX_detectorDistance"] = distance
# Aperture
if self.esrf_multi_collect.bl_control.beam_info is not None and self.esrf_multi_collect.bl_control.beam_info.aperture_hwobj is not None:
aperture = self.esrf_multi_collect.bl_control.beam_info.aperture_hwobj.getPosition(
)
dictMetadata["MX_aperture"] = aperture
return dictMetadata
if __name__ == '__main__':
metadataManagerName = 'id30a1/metadata/ingest'
metaExperimentName = 'id30a1/metadata/experiment'
client = MetadataManagerClient(metadataManagerName, metaExperimentName)
client.start('/data/visitor/mx415/id30a2/20160909/RAW_DATA', 'mx415',
'sample2', 'dataset_20160909_1')
client.appendFile(
'/data/visitor/mx415/id30a2/20160909/RAW_DATA/t1/test1.txt')
client.appendFile(
'/data/visitor/mx415/id30a2/201600909/RAW_DATA/t1/test2.txt')
client.printStatus()
client.end()
distance = self.esrf_multi_collect.get_detector_distance()
if distance is not None:
dictMetadata["MX_detectorDistance"] = distance
# Aperture
if (
self.esrf_multi_collect.bl_control.beam_info is not None
and self.esrf_multi_collect.bl_control.beam_info.aperture_hwobj is not None
):
aperture = (
self.esrf_multi_collect.bl_control.beam_info.aperture_hwobj.getPosition()
)
dictMetadata["MX_aperture"] = aperture
return dictMetadata
if __name__ == "__main__":
metadataManagerName = "id30a1/metadata/ingest"
metaExperimentName = "id30a1/metadata/experiment"
client = MetadataManagerClient(metadataManagerName, metaExperimentName)
client.start(
"/data/visitor/mx415/id30a1/20161014/RAW_DATA",
"mx415",
"sample1",
"dataset_20161014_1",
)
client.appendFile("/data/visitor/mx415/id30a1/20161014/RAW_DATA/t1/test1.txt")
client.appendFile("/data/visitor/mx415/id30a1/20161014/RAW_DATA/t1/test2.txt")
client.printStatus()
client.end()