def get_properties(self):
"""
Return a ceda_di.metadata.product.Properties object populated with the
file's metadata.
:returns: A ceda_di.metadata.product.Properties object
"""
filesystem = super(EXIF, self).get_filesystem(self.fname)
data_format = {
"format": os.path.splitext(self.fname)[1][1:]
}
try:
geospatial = self.get_geospatial()
temporal = self.get_temporal()
except KeyError:
self.logger.warning("Could not extract metadata from EXIF XML: %s"
% self.fname)
temporal = None
geospatial = None
props = product.Properties(filesystem=filesystem,
spatial=geospatial,
temporal=temporal,
data_format=data_format)
return props
def get_properties(self):
"""
Returns ceda_di.metadata.properties.Properties object
containing geospatial and temporal metadata from file.
:returns: Metadata.product.Properties object
"""
geospatial = self.get_geospatial()
temporal = self.get_temporal()
# File system metadata
filesystem = super(SAFESentinelBase, self).get_filesystem(self.fname)
self._update_filesystem_metadata(filesystem)
data_format = {"format": "SAFE"}
# Gather up extra metadata
extra_metadata = {}
for key in ("platform", "product_info", "orbit_info"):
if self.sections.get(key):
extra_metadata[key] = self.sections[key]
# Set extra content from existing content and filename
self._update_extra_metadata(extra_metadata)
props = product.Properties(spatial=geospatial,
temporal=temporal,
filesystem=filesystem,
data_format=data_format,
**extra_metadata)
return props
def get_properties(self):
"""
Returns ceda_di.metadata.properties.Properties object
containing geospatial and temporal metadata from file.
:returns: Metadata.product.Properties object
"""
geospatial = self.get_geospatial()
temporal = self.get_temporal()
filesystem = super(HDF4, self).get_filesystem(self.fname)
data_format = {
"format": "HDF4",
}
instrument = arsf.Hyperspectral.get_instrument(filesystem["filename"])
flight_info = arsf.Hyperspectral.get_flight_info(
filesystem["filename"])
props = product.Properties(spatial=geospatial,
temporal=temporal,
filesystem=filesystem,
data_format=data_format,
instrument=instrument,
flight_info=flight_info)
return props
def get_properties(self):
"""
:return dict: A dictionary containing the GRIB file's properties.
"""
properties = product.Properties(filesystem=self.get_filesystem(
self.fname),
temporal=self.get_temporal(),
data_format=self.get_data_format(),
spatial=self.get_geospatial(),
parameters=self.get_parameters())
return properties
def get_properties(self):
"""
Return a metadata.product.Properties object populated with metadata.
:returns: Properties object populated with metadata
"""
data_format = {"format": ("NetCDF/%s" % self.convention)}
return product.Properties(temporal=self.get_temporal(),
filesystem=self.get_filesystem(self.fpath),
spatial=self.get_geospatial(),
data_format=data_format,
parameters=self.get_parameters())
def get_properties(self):
"""
:return:
"""
properties = product.Properties(
filesystem=self.get_filesystem(self.fname),
temporal=self.get_temporal(),
data_format=self.get_data_format(),
spatial=self.get_geospatial(),
parameters=self.get_parameters()
)
return properties
def get_properties(self):
"""
Return a metadata.product.Properties object populated with metadata.
:returns: Properties object populated with metadata
"""
data_format = {"format": ("NetCDF/%s" % self.convention)}
filesystem = self.get_filesystem(self.fpath)
flight_info = NetCDF_Base.get_flight_info(filesystem["filename"])
return product.Properties(temporal=self.get_temporal(),
filesystem=filesystem,
spatial=self.get_geospatial(),
data_format=data_format,
parameters=self.get_parameters(),
flight_info=flight_info)
def get_properties(self):
"""
return product properties
:return: products properties
"""
geospatial = self.get_geospatial()
temporal = self.get_temporal()
filesystem = self.get_filesystem(self._filenames[0])
parameters = self.get_parameters()
data_format = {"format": get_file_format(self._filenames)}
indexer = get_product_full_name(self._filenames)
index_entry_creation = {"indexer": indexer}
props = product.Properties(spatial=geospatial,
temporal=temporal,
filesystem=filesystem,
data_format=data_format,
parameters=parameters,
index_entry_creation=index_entry_creation)
return props