def __get_value(cself, key):
pyKey = CPyString.toPyWithoutTakingOwnership(key)
try:
with CPyString.fromPyOpt(CPyObjectProxy.toPyObj(None, cself)[pyKey]) as py_obj:
return py_obj.release_djinni_string()
except Exception as _djinni_py_e:
CPyException.setExceptionFromPy(_djinni_py_e)
return ffi.NULL
def __get_value(cself, key):
pyKey = CPyString.toPyWithoutTakingOwnership(key)
assert pyKey is not None
try:
_ret = CPyPrimitive.fromPy(CPyObjectProxy.toPyObj(None, cself)[pyKey])
return _ret
except Exception as _djinni_py_e:
CPyException.setExceptionFromPy(_djinni_py_e)
return ffi.NULL
def __get_value(cself, key):
pyKey = CPyString.toPyWithoutTakingOwnership(key)
try:
with CPyString.fromPyOpt(
CPyObjectProxy.toPyObj(None, cself)[pyKey]) as py_obj:
return py_obj.release_djinni_string()
except Exception as _djinni_py_e:
CPyException.setExceptionFromPy(_djinni_py_e)
return ffi.NULL
def __get_value(cself, key):
pyKey = CPyString.toPyWithoutTakingOwnership(key)
assert pyKey is not None
try:
_ret = CPyPrimitive.fromPy(CPyObjectProxy.toPyObj(None, cself)[pyKey])
return _ret
except Exception as _djinni_py_e:
CPyException.setExceptionFromPy(_djinni_py_e)
return ffi.NULL
def __get_value(cself, key):
pyKey = CPyString.toPyWithoutTakingOwnership(key)
assert pyKey is not None
try:
with CPyString.fromPy(CPyObjectProxy.toPyObj(None, cself)[pyKey]) as py_obj:
_ret = py_obj.release_djinni_string()
assert _ret != ffi.NULL
return _ret
except Exception as _djinni_py_e:
CPyException.setExceptionFromPy(_djinni_py_e)
return ffi.NULL
def __get_value(cself, key):
pyKey = CPyString.toPyWithoutTakingOwnership(key)
assert pyKey is not None
try:
with CPyString.fromPy(CPyObjectProxy.toPyObj(
None, cself)[pyKey]) as py_obj:
_ret = py_obj.release_djinni_string()
assert _ret != ffi.NULL
return _ret
except Exception as _djinni_py_e:
CPyException.setExceptionFromPy(_djinni_py_e)
return ffi.NULL
