def encode(self, builder):
builder.start("title", dict())
builder.data(self.title)
builder.end("title")
if self.abstract is not None:
builder.start("description", dict())
builder.data(self.abstract)
builder.end("description")
builder.start("keywords", dict())
for kw in self.keywords:
builder.start("string", dict())
builder.data(kw)
builder.end("string")
builder.end("keywords")
if self.native_bbox is not None:
builder.start("nativeBoundingBox", dict())
bbox_xml(builder, self.native_bbox)
builder.end("nativeBoundingBox")
if self.latlon_bbox is not None:
builder.start("latLonBoundingBox", dict())
bbox_xml(builder, self.latlon_bbox)
builder.end("latLonBoundingBox")
builder.start("srs", dict())
builder.data(self.projection)
builder.end("srs")
builder.start("enabled", dict())
if self.enabled:
builder.data("true")
else:
builder.data("false")
builder.end("enabled")
builder.start("metadata", dict())
for k, v in self.extra_config.iteritems():
builder.start("entry", {'key': k})
builder.data(v)
builder.end("entry")
builder.end("metadata")
builder.start("dimensions", dict())
for dim in self.dimensions:
coverage_dimension_xml(builder, dim)
builder.end("dimensions")
builder.start("nativeFormat", dict())
builder.data(self.native_format)
builder.end("nativeFormat")
builder.start("supportedFormats", dict())
for format in self.supported_formats:
builder.start("string", dict())
builder.data(format)
builder.end("string")
builder.end("supportedFormats")
# TODO: Grid should probably be its own object type
# builder.start("grid", {'dimension': '2'})
# builder.data(self.grid)
# builder.end("grid")
if self.default_interpolation_method is not None:
builder.start("defaultInterpolationMethod", dict())
builder.data(self.default_interpolation_method)
builder.end("defaultInterpolationMethod")
builder.start("interpolationMethods", dict())
for method in self.interpolation_methods:
builder.start("string", dict())
builder.data(method)
builder.end("string")
builder.end("interpolationMethods")
builder.start("requestSRS", dict())
builder.start("string", dict())
builder.data(self.request_srs)
builder.end("string")
builder.end("requestSRS")
builder.start("responseSRS", dict())
builder.start("string", dict())
builder.data(self.response_srs)
builder.end("string")
builder.end("responseSRS")
builder.start("metadataLinks", dict())
for link in self.metadata_links:
mimetype, mdtype, url = link
builder.start("metadataLink", dict())
builder.start("type", dict())
builder.data(mimetype)
builder.end("type")
builder.start("metadataType", dict())
builder.data(mdtype)
builder.end("metadataType")
builder.start("content", dict())
builder.data(url)
builder.end("content")
builder.end("metadataLink")
builder.end("metadataLinks")
def encode(self, builder):
builder.start("name", dict())
builder.data(self.name)
builder.end("name")
builder.start("title", dict())
builder.data(self.title)
builder.end("title")
if self.abstract is not None:
builder.start("abstract", dict())
builder.data(self.abstract)
builder.end("abstract")
builder.start("keywords", dict())
for kw in self.keywords:
builder.start("string", dict())
builder.data(kw)
builder.end("string")
builder.end("keywords")
if self.native_bbox is not None:
builder.start("nativeBoundingBox", dict())
bbox_xml(builder, self.native_bbox)
builder.end("nativeBoundingBox")
if self.latlon_bbox is not None:
builder.start("latLonBoundingBox", dict())
bbox_xml(builder, self.latlon_bbox)
builder.end("latLonBoundingBox")
# builder.start("nativeCRS", {'class': 'projected'})
# builder.data(self.native_crs)
# builder.end("nativeCRS")
builder.start("srs", dict())
builder.data(self.projection)
builder.end("srs")
builder.start("enabled", dict())
if self.enabled:
builder.data("true")
else:
builder.data("false")
builder.end("enabled")
builder.start("metadata", dict())
for k, v in self.extra_config.iteritems():
builder.start("entry", {"key": k})
builder.data(v)
builder.end("entry")
builder.end("metadata")
builder.start("store", {"class": "coverageStore"})
builder.start("name", dict())
builder.data(self.store.name)
builder.end("name")
atom_link_xml(builder, self.store.href)
builder.end("store")
if self.projection_policy is not None:
builder.start("projectionPolicy", dict())
builder.data(self.projection_policy)
builder.end("projectionPolicy")
builder.start("metadataLinks", dict())
for link in self.metadata_links:
mimetype, mdtype, url = link
builder.start("metadataLink", dict())
builder.start("type", dict())
builder.data(mimetype)
builder.end("type")
builder.start("metadataType", dict())
builder.data(mdtype)
builder.end("metadataType")
builder.start("content", dict())
builder.data(url)
builder.end("content")
builder.end("metadataLink")
builder.end("metadataLinks")
# builder.start("attributes")
# for att in self.attributes:
# builder.start("attribute", dict())
# builder.start("name", dict())
# builder.data(att)
# builder.end("name")
# builder.end("attribute")
# builder.end("attributes")
"""
Removes a featureType from the GeoServer Catalog. This is a dumb
method, ie it does not remove any dependent resources in GeoServer.
To remove all dependent resource call delete_all
"""
self.catalog.delete(self)