def insert_mapping(self):
logger.info("save annotatedVOTable in %s", self.output_path)
with open(self.output_path, 'w') as output_votable:
with open(self.raw_votable_path, 'r') as raw_votable:
for line in raw_votable:
output_votable.write(line)
if line.startswith("<VOTABLE") is True:
output_votable.write(self._get_mapping())
def __init__(self, mango_path, component_path):
'''
Constructor
'''
self.mango_path = mango_path
self.component_path = component_path
self.position_path = os.path.join(component_path,
"mango.MJD.mapping.xml")
logger.info("read component %s", self.position_path)
self.appender = ParameterAppender(PARAM_TABLE_MAPPING.POSITION,
self.mango_path, self.position_path)
#self.appender.add_globals()
self.appender.add_param_parameter()
def __init__(self, output_mapping_path, component_path):
'''
Constructor
:param output_mapping_path: Output file with just the mapping block
:type output_mapping_path: string
:param component_path: Directory with all the mapping components
:type component_path: string
'''
self.output_mapping_path = output_mapping_path
self.component_path = component_path
# get the mapping component attached to this appender
self.position_path = os.path.join(
component_path, "mango.LonLatSkyPosition.mapping.xml")
logger.info("read component %s", self.position_path)
# Build the appender instance
# The appender is in charge of all operations modifying the mapping component
# to build an XML block ready to be inserted to the mapping
self.appender = ParameterAppender(PARAM_TABLE_MAPPING.POSITION,
self.output_mapping_path,
self.position_path)
def build_annotations(self):
# set the source identifier mapping
# This is the only mandatory source parameter
appender = IdentifierAppender(self.mango_path)
appender.append_measure(self.mapping_config)
appender.save(self.output_mapping_path)
# Iterate upon all the parameters to be instanciated
# The is one appender class for each parameter class
for measure in self.mapping_config["parameters"]:
appender = None
if measure["measure"] == "LonLatSkyPosition":
logger.info("Position found")
#FAIT
appender = LonLatPositionAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "Position":
logger.info("Status found")
#FAIT
appender = PositionAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "ProperMotion":
logger.info("Status found")
#FAIT
appender = ProperMotionAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "status":
logger.info("Status found")
#appender = StatusAppender(self.output_mapping_path, self.component_path)
elif measure["measure"] == "Photometry":
logger.info("Photometry found")
#FAIT
appender = PhotometryAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "GenericMeasure":
logger.info("GenericMeasure found")
#FAIT
appender = GenericAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "HardnessRatio":
logger.info("GenericMeasure found")
# FAIT
appender = HardnessRatioAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "DetectionFlag":
logger.info("DetectionFlag found")
appender = DetectionFlagAppender(self.output_mapping_path,
self.component_path)
elif measure["measure"] == "MJD":
logger.info("MJD found")
#appender = MJDAppender(self.output_mapping_path, self.component_path)
if appender is not None:
# Build the mapping block for the current measure
appender.append_measure(measure)
# Save the file with just the mapping block
appender.save(self.output_mapping_path)
# Insert the mapping block in the head of the VOTable
merger = VOTableMerger(self.raw_votable_path, self.output_mapping_path,
self.annot_votable_path)
merger.insert_mapping()