class TimeExtensionDecoder(kvp.Decoder):
start = kvp.Parameter(num="?", type=parse_iso8601)
end = kvp.Parameter(num="?", type=parse_iso8601)
relation = kvp.Parameter(
num="?",
type=enum(("intersects", "contains", "disjoint", "equals"), False),
default="intersects")
class LayerMapperConfigReader(config.Reader):
section = "services.ows.wms"
limit_products = config.Option(type=int)
limit_mode = config.Option(type=enum('hide', 'outlines'), default='hide')
min_render_zoom = config.Option(type=int)
fill_opacity = config.Option(type=float)
color = config.Option(type=str, default='grey')
class GeoExtensionDecoder(kvp.Decoder):
box = kvp.Parameter(num="?", type=parse_bbox)
radius = kvp.Parameter(num="?", type=float)
geometry = kvp.Parameter(num="?", type=GEOSGeometry)
lon = kvp.Parameter(num="?", type=float)
lat = kvp.Parameter(num="?", type=float)
relation = kvp.Parameter(num="?",
type=enum(("intersects", "contains", "disjoint"),
False),
default="intersects")
uid = kvp.Parameter(num="?")
break
yield data
if delete:
os.remove(filename)
def pos_int(value):
value = int(value)
if value < 0:
raise ValueError("Negative values are not allowed.")
return value
containment_enum = enum(
("overlaps", "contains"), False
)
def parse_format(string):
parts = string.split(";")
params = dict(
param.strip().split("=", 1) for param in parts[1:]
)
return parts[0], params
class WCS20GetEOCoverageSetKVPDecoder(kvp.Decoder):
eo_ids = kvp.Parameter("eoid", type=typelist(str, ","), num=1, locator="eoid")
subsets = kvp.Parameter("subset", type=parse_subset_kvp, num="*")
containment = kvp.Parameter(type=containment_enum, num="?")
count = kvp.Parameter(type=pos_int, num="?", default=sys.maxint)
class SubsetConfigReader(config.Reader):
section = "services.owscommon"
time_interval_interpretation = config.Option(default="closed",
type=enum(("closed", "open"),
False))
count_all_coverages + num_collections
), pretty_print=True
),
encoder.content_type
)
def pos_int(value):
value = int(value)
if value < 0:
raise ValueError("Negative values are not allowed.")
return value
containment_enum = enum(
("overlaps", "contains"), False
)
sections_enum = enum(
("DatasetSeriesDescriptions", "CoverageDescriptions", "All"), False
)
class WCS20DescribeEOCoverageSetKVPDecoder(kvp.Decoder, SectionsMixIn):
eo_ids = kvp.Parameter("eoid", type=typelist(str, ","), num=1, locator="eoid")
subsets = kvp.Parameter("subset", type=parse_subset_kvp, num="*")
containment = kvp.Parameter(type=containment_enum, num="?")
count = kvp.Parameter(type=pos_int, num="?", default=sys.maxint)
sections = kvp.Parameter(type=typelist(sections_enum, ","), num="?")
class WCS20DescribeEOCoverageSetXMLDecoder(xml.Decoder, SectionsMixIn):
"geotiff:tileheight to be set.", "geotiff:tiling"
)
return {
"compression": compression,
"jpeg_quality": jpeg_quality,
"predictor": predictor,
"interleave": decoder.interleave,
"tiling": tiling,
"tileheight": tileheight,
"tilewidth": tilewidth
}
compression_enum = enum(
("None", "PackBits", "Huffman", "LZW", "JPEG", "Deflate"), True, CompressionInvalid
)
predictor_enum = enum(("None", "Horizontal", "FloatingPoint"), True, PredictorInvalid)
interleave_enum = enum(("Pixel", "Band"), True, InterleavingInvalid)
def parse_multiple_16(raw):
value = int(raw)
if value < 0:
raise ValueError("Value must be a positive integer.")
elif (value % 16) != 0:
raise ValueError("Value must be a multiple of 16.")
return value
class WCS20GeoTIFFEncodingExtensionKVPDecoder(kvp.Decoder):
compression = kvp.Parameter("geotiff:compression", num="?", type=compression_enum)
class EarthObservationExtensionDecoder(kvp.Decoder):
productType = kvp.Parameter(num="?", type=str)
doi = kvp.Parameter(num="?", type=str)
platform = kvp.Parameter(num="?", type=str)
platformSerialIdentifier = kvp.Parameter(num="?", type=str)
instrument = kvp.Parameter(num="?", type=str)
sensorType = kvp.Parameter(
num="?",
type=enum(('OPTICAL', 'RADAR', 'ALTIMETRIC', 'ATMOSPHERIC', 'LIMB'),
False))
compositeType = kvp.Parameter(num="?", type=str)
processingLevel = kvp.Parameter(num="?", type=str)
orbitType = kvp.Parameter(num="?", type=str)
spectralRange = kvp.Parameter(num="?", type=str)
wavelength = kvp.Parameter(num="?", type=parse_float_range)
hasSecurityConstraints = kvp.Parameter(num="?",
type=enum(('TRUE', 'FALSE'), False))
dissemination = kvp.Parameter(num="?", type=str)
recordSchema = kvp.Parameter(num="?", type=str)
parentIdentifier = kvp.Parameter(num="?", type=str)
productionStatus = kvp.Parameter(num="?", type=str)
acquisitionType = kvp.Parameter(num="?",
type=enum(
('NOMINAL', 'CALIBRATION', 'OTHER'),
False))
orbitNumber = kvp.Parameter(num="?", type=parse_int_range)
orbitDirection = kvp.Parameter(num="?",
type=enum(('ASCENDING', 'DESCENDING'),
False))
track = kvp.Parameter(num="?", type=str)
frame = kvp.Parameter(num="?", type=str)
swathIdentifier = kvp.Parameter(num="?", type=str)
cloudCover = kvp.Parameter(num="?", type=parse_int_range)
snowCover = kvp.Parameter(num="?", type=parse_int_range)
lowestLocation = kvp.Parameter(num="?", type=parse_float_range)
highestLocation = kvp.Parameter(num="?", type=parse_float_range)
productVersion = kvp.Parameter(num="?", type=str)
productQualityStatus = kvp.Parameter(num="?",
type=enum(('NOMINAL', 'DEGRADED'),
False))
productQualityDegradationTag = kvp.Parameter(num="?", type=str)
processorName = kvp.Parameter(num="?", type=str)
processingCenter = kvp.Parameter(num="?", type=str)
creationDate = kvp.Parameter(num="?", type=parse_datetime_range)
modificationDate = kvp.Parameter(num="?", type=parse_datetime_range)
processingDate = kvp.Parameter(num="?", type=parse_datetime_range)
sensorMode = kvp.Parameter(num="?", type=str)
archivingCenter = kvp.Parameter(num="?", type=str)
processingMode = kvp.Parameter(num="?", type=str)
availabilityTime = kvp.Parameter(num="?", type=parse_datetime_range)
acquisitionStation = kvp.Parameter(num="?", type=str)
acquisitionSubType = kvp.Parameter(num="?", type=str)
startTimeFromAscendingNode = kvp.Parameter(num="?", type=parse_int_range)
completionTimeFromAscendingNode = kvp.Parameter(num="?",
type=parse_int_range)
illuminationAzimuthAngle = kvp.Parameter(num="?", type=parse_float_range)
illuminationZenithAngle = kvp.Parameter(num="?", type=parse_float_range)
illuminationElevationAngle = kvp.Parameter(num="?", type=parse_float_range)
polarisationMode = kvp.Parameter(num="?",
type=enum(
('S', 'D', 'T', 'Q', 'UNDEFINED'),
False))
polarizationChannels = kvp.Parameter(num="?", type=str)
antennaLookDirection = kvp.Parameter(num="?", type=str)
minimumIncidenceAngle = kvp.Parameter(num="?", type=parse_float_range)
maximumIncidenceAngle = kvp.Parameter(num="?", type=parse_float_range)
dopplerFrequency = kvp.Parameter(num="?", type=parse_float_range)
incidenceAngleVariation = kvp.Parameter(num="?", type=parse_float_range)
if not data:
break
yield data
if delete:
os.remove(filename)
def pos_int(value):
value = int(value)
if value < 0:
raise ValueError("Negative values are not allowed.")
return value
containment_enum = enum(("overlaps", "contains"), False)
def parse_format(string):
parts = string.split(";")
params = dict(param.strip().split("=", 1) for param in parts[1:])
return parts[0], params
class WCS20GetEOCoverageSetKVPDecoder(kvp.Decoder):
eo_ids = kvp.Parameter("eoid",
type=typelist(str, ","),
num=1,
locator="eoid")
subsets = kvp.Parameter("subset", type=parse_subset_kvp, num="*")
containment = kvp.Parameter(type=containment_enum, num="?")
"geotiff:tileheight to be set.", "geotiff:tiling"
)
return {
"compression": compression,
"jpeg_quality": jpeg_quality,
"predictor": predictor,
"interleave": decoder.interleave,
"tiling": tiling,
"tileheight": tileheight,
"tilewidth": tilewidth
}
compression_enum = enum(
("None", "PackBits", "Huffman", "LZW", "JPEG", "Deflate")
)
predictor_enum = enum(("None", "Horizontal", "FloatingPoint"))
interleave_enum = enum(("Pixel", "Band"))
def parse_multiple_16(raw):
value = int(raw)
if value < 0:
raise ValueError("Value must be a positive integer.")
elif (value % 16) != 0:
raise ValueError("Value must be a multiple of 16.")
return value
class WCS20GeoTIFFEncodingExtensionKVPDecoder(kvp.Decoder):
number_matched=number_matched
), pretty_print=True
),
encoder.content_type
)
def pos_int(value):
value = int(value)
if value < 0:
raise ValueError("Negative values are not allowed.")
return value
containment_enum = enum(
("overlaps", "contains"), False
)
sections_enum = enum(
("DatasetSeriesDescriptions", "CoverageDescriptions", "All"), False
)
class WCS20DescribeEOCoverageSetKVPDecoder(kvp.Decoder, SectionsMixIn):
eo_ids = kvp.Parameter("eoid", type=typelist(str, ","), num=1, locator="eoid")
subsets = kvp.Parameter("subset", type=parse_subset_kvp, num="*")
containment = kvp.Parameter(type=containment_enum, num="?")
count = kvp.Parameter(type=pos_int, num="?", default=MAXSIZE)
sections = kvp.Parameter(type=typelist(sections_enum, ","), num="?")
class WCS20DescribeEOCoverageSetXMLDecoder(xml.Decoder, SectionsMixIn):
raise InvalidParameterException(
"geotiff:tiling requires geotiff:tilewidth and "
"geotiff:tileheight to be set.", "geotiff:tiling")
return {
"compression": compression,
"jpeg_quality": jpeg_quality,
"predictor": predictor,
"interleave": decoder.interleave,
"tiling": tiling,
"tileheight": tileheight,
"tilewidth": tilewidth
}
compression_enum = enum(
("None", "PackBits", "Huffman", "LZW", "JPEG", "Deflate"))
predictor_enum = enum(("None", "Horizontal", "FloatingPoint"))
interleave_enum = enum(("Pixel", "Band"))
def parse_multiple_16(raw):
value = int(raw)
if value < 0:
raise ValueError("Value must be a positive integer.")
elif (value % 16) != 0:
raise ValueError("Value must be a multiple of 16.")
return value
class WCS20GeoTIFFEncodingExtensionKVPDecoder(kvp.Decoder):
compression = kvp.Parameter("geotiff:compression",