def getMappings():
global defaultMapping_
if defaultMapping_ is None:
defaultMapping_ = PureImplementationMappings.PureImplementationMappings()
for _ in BuiltinPureImplementationMappings.generateMappings():
defaultMapping_.addMapping(_)
for _ in PureNumpy.generateMappings():
defaultMapping_.addMapping(_)
for _ in PurePandas().generateMappings():
defaultMapping_.addMapping(_)
for _ in PureComplex.generateMappings():
defaultMapping_.addMapping(_)
for _ in PureScipy().generateMappings():
defaultMapping_.addMapping(_)
for _ in PureMath.generateMappings():
defaultMapping_.addMapping(_)
return defaultMapping_
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import pyfora.PureImplementationMappings as PureImplementationMappings
import pyfora.BuiltinPureImplementationMappings as BuiltinPureImplementationMappings
import pyfora.typeConverters.Numpy as Numpy
defaultMapping_ = PureImplementationMappings.PureImplementationMappings()
defaultMapping_.addMapping(Numpy.PurePythonNumpyArrayMapping())
for mapping in BuiltinPureImplementationMappings.generateMappings():
defaultMapping_.addMapping(mapping)
def getMappings():
return defaultMapping_
def addMapping(mapping):
"""Register an instance of PureImplementationMapping with the default mapping model.
This is the primary way that users can register mappings for libraries that are not part
of the default pyfora mapping libraries.
"""
defaultMapping_.addMapping(mapping)
