def identifier_check(cself, data, r, jret): try: _ret = CPyPrimitive.fromPy( ClientInterfaceHelper.selfToPy(cself).identifier_check( CPyBinary.toPy(data), CPyPrimitive.toPy(r), CPyPrimitive.toPy(jret))) return _ret except Exception as _djinni_py_e: CPyException.setExceptionFromPy(_djinni_py_e) return ffi.NULL
def python_create_my_record(id, info, store, hash): py_rec = MyRecord( CPyPrimitive.toPy(id), CPyString.toPy(info), CPyObjectProxy.toPyObj(SetStringHelper.c_data_set, store), CPyObjectProxy.toPyObj(MapStringInt32THelper.c_data_set, hash)) return CPyRecord.fromPy(MyRecord.c_data_set, py_rec) #to do: can be optional?
def check_map_list_record(m): _ret_c = lib.cw__test_helpers_check_map_list_record( CPyRecord.fromPy(MapListRecord.c_data_set, m)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def method_changing_nothing(self): _ret_c = lib.cw__my_cpp_interface_method_changing_nothing( self._cpp_impl) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def check_nested_collection(nc): _ret_c = lib.cw__test_helpers_check_nested_collection( CPyRecord.fromPy(NestedCollection.c_data_set, nc)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def check_primitive_list(pl): _ret_c = lib.cw__test_helpers_check_primitive_list( CPyRecord.fromPy(PrimitiveList.c_data_set, pl)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def update_static_counter_to(init): _ret_c = lib.cw__foo_static_update_static_counter_to( CPyPrimitive.fromPy(init)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def int32_inverse(self, x): _ret_c = lib.cw__foo_interface_int32_inverse(self._cpp_impl, CPyPrimitive.fromPy(x)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def python_create_foo_client_returned_record(record_id, content, some_record): py_rec = FooClientReturnedRecord( CPyPrimitive.toPy(record_id), CPyString.toPy(content), CPyRecord.toPy(FooSomeOtherRecord.c_data_set, some_record)) return CPyRecord.fromPy(FooClientReturnedRecord.c_data_set, py_rec) #to do: can be optional?
def python_create_foo_client_returned_record(record_id, content, some_record): py_rec = FooClientReturnedRecord( CPyPrimitive.toPy(record_id), CPyString.toPy(content), CPyRecord.toPy(FooSomeOtherRecord.c_data_set, some_record), ) return CPyRecord.fromPy(FooClientReturnedRecord.c_data_set, py_rec) # to do: can be optional?
def check_empty_map(m): _ret_c = lib.cw__test_helpers_check_empty_map( CPyObjectProxy.fromPy(MapStringInt64THelper.c_data_set, MapStringInt64TProxy(m))) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def cause_changes_int_returned(self, i, f, s, binar, b, d): with CPyString.fromPy(s) as pys_s,\ CPyBinary.fromPy(binar) as pybin_binar: _ret_c = lib.cw__foo_receiver_cause_changes_int_returned(self._cpp_impl, CPyPrimitive.fromPy(i), CPyPrimitive.fromPy(f), pys_s.release_djinni_string(), pybin_binar.release_djinni_binary(), CPyPrimitive.fromPy(b), CPyDate.fromPy(d)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def method_returning_some_type(self, key): with CPyString.fromPy(key) as pys_key: _ret_c = lib.cw__my_cpp_interface_method_returning_some_type( self._cpp_impl, pys_key.release_djinni_string()) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def __get_value(cself, key): pyKey = CPyPrimitive.toPy(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 = CPyPrimitive.toPy(key) assert pyKey is not None try: _ret = CPyObject.fromPy(ListDateHelper.c_data_set, CPyObjectProxy.toPyObj(None, cself)[pyKey]) 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 = CPyPrimitive.toPy(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_record(cself, record_id, utf8string, misc): try: _ret = CPyRecord.fromPy( ClientReturnedRecord.c_data_set, ClientInterfaceHelper.selfToPy(cself).get_record( CPyPrimitive.toPy(record_id), CPyString.toPy(utf8string), CPyString.toPyOpt(misc))) assert _ret != ffi.NULL return _ret except Exception as _djinni_py_e: CPyException.setExceptionFromPy(_djinni_py_e) return ffi.NULL
def cause_changes_int_returned(self, i, f, s, binar, b, d): with CPyString.fromPy(s) as pys_s,\ CPyBinary.fromPy(binar) as pybin_binar: _ret_c = lib.cw__foo_receiver_cause_changes_int_returned( self._cpp_impl, CPyPrimitive.fromPy(i), CPyPrimitive.fromPy(f), pys_s.release_djinni_string(), pybin_binar.release_djinni_binary(), CPyPrimitive.fromPy(b), CPyDate.fromPy(d)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def __get_value(cself, key): pyKey = CPyPrimitive.toPy(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 python_create_record_with_derivings(eight,sixteen,thirtytwo,sixtyfour,fthirtytwo,fsixtyfour,d,s): py_rec = RecordWithDerivings( CPyPrimitive.toPy(eight), CPyPrimitive.toPy(sixteen), CPyPrimitive.toPy(thirtytwo), CPyPrimitive.toPy(sixtyfour), CPyPrimitive.toPy(fthirtytwo), CPyPrimitive.toPy(fsixtyfour), CPyDate.toPy(d), CPyString.toPy(s)) return CPyRecord.fromPy(RecordWithDerivings.c_data_set, py_rec) #to do: can be optional?
def python_create_all_datatypes(booleanData, integer8Data, integer16Data, integer32Data, integer64Data, float32Data, float64Data, stringData, binaryData, dateData, listData, setData, mapData, optionalData): py_rec = AllDatatypes( CPyPrimitive.toPy(booleanData), CPyPrimitive.toPy(integer8Data), CPyPrimitive.toPy(integer16Data), CPyPrimitive.toPy(integer32Data), CPyPrimitive.toPy(integer64Data), CPyPrimitive.toPy(float32Data), CPyPrimitive.toPy(float64Data), CPyString.toPy(stringData), CPyBinary.toPy(binaryData), CPyDate.toPy(dateData), CPyObject.toPy(ListBoolHelper.c_data_set, listData), CPyObjectProxy.toPyObj(SetBoolHelper.c_data_set, setData), CPyObjectProxy.toPyObj(MapInt8TBoolHelper.c_data_set, mapData), CPyBoxedBool.toPyOpt(optionalData)) return CPyRecord.fromPy(AllDatatypes.c_data_set, py_rec) #to do: can be optional?
def python_create_assorted_primitives(b,eight,sixteen,thirtytwo,sixtyfour,fthirtytwo,fsixtyfour,o_b,o_eight,o_sixteen,o_thirtytwo,o_sixtyfour,o_fthirtytwo,o_fsixtyfour): py_rec = AssortedPrimitives( CPyPrimitive.toPy(b), CPyPrimitive.toPy(eight), CPyPrimitive.toPy(sixteen), CPyPrimitive.toPy(thirtytwo), CPyPrimitive.toPy(sixtyfour), CPyPrimitive.toPy(fthirtytwo), CPyPrimitive.toPy(fsixtyfour), CPyBoxedBool.toPyOpt(o_b), CPyBoxedI8.toPyOpt(o_eight), CPyBoxedI16.toPyOpt(o_sixteen), CPyBoxedI32.toPyOpt(o_thirtytwo), CPyBoxedI64.toPyOpt(o_sixtyfour), CPyBoxedF32.toPyOpt(o_fthirtytwo), CPyBoxedF64.toPyOpt(o_fsixtyfour)) return CPyRecord.fromPy(AssortedPrimitives.c_data_set, py_rec) #to do: can be optional?
def python_create_my_record(test, test1, test2, test3, test3_1, test4, test4_1, test5, test6, test7, test8, test9, test10, test10_1, test11, test13, test14, test15, test16, test17): py_rec = MyRecord( CPyPrimitive.toPy(test), CPyBoxedU32.toPyOpt(test1), CPyObject.toPy(ListUint32THelper.c_data_set, test2), CPyString.toPy(test3), CPyString.toPyOpt(test3_1), CPyDate.toPy(test4), CPyBoxedDate.toPyOpt(test4_1), CPyBinary.toPy(test5), CPyObject.toPy(ListBinaryHelper.c_data_set, test6), CPyObjectProxy.toPyObj(SetInt32THelper.c_data_set, test7), CPyObjectProxy.toPyObj(MapInt32TStringHelper.c_data_set, test8), CPyRecord.toPy(Rc.c_data_set, test9), CPyRecord.toPyOpt(Rc.c_data_set, test10), CPyObject.toPy(ListRecordRcHelper.c_data_set, test10_1), CPyEnum.toPy(MyEnum, test11), CPyEnum.toPyOpt(MyEnum, test13), CPyBoxedI16.toPyOpt(test14), CPyObject.toPy(ListEnumMyEnumHelper.c_data_set, test15), CPyObjectProxy.toPyObj(SetEnumMyEnumHelper.c_data_set, test16), CPyObjectProxy.toPyObj(MapEnumMyEnumInt16THelper.c_data_set, test17)) return CPyRecord.fromPy(MyRecord.c_data_set, py_rec) #to do: can be optional?
def python_create_record_with_derivings(key1,key2): py_rec = RecordWithDerivings( CPyPrimitive.toPy(key1), CPyString.toPy(key2)) return CPyRecord.fromPy(RecordWithDerivings.c_data_set, py_rec) #to do: can be optional?
def get_static_counter(): _ret_c = lib.cw__foo_static_get_static_counter() CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def python_create_foo_extensible_record(number1,string1): py_rec = FooExtensibleRecord( CPyPrimitive.toPy(number1), CPyString.toPy(string1)) return CPyRecord.fromPy(FooExtensibleRecord.c_data_set, py_rec) #to do: can be optional?
def check_nested_collection(nc): _ret_c = lib.cw__test_helpers_check_nested_collection(CPyRecord.fromPy(NestedCollection.c_data_set, nc)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def check_map_list_record(m): _ret_c = lib.cw__test_helpers_check_map_list_record(CPyRecord.fromPy(MapListRecord.c_data_set, m)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def __python_add(cself, el): CPyObjectProxy.toPyObj(None, cself).add(CPyPrimitive.toPy(el))
def python_create_some_const_record(number1,number2): py_rec = SomeConstRecord( CPyPrimitive.toPy(number1), CPyPrimitive.toPy(number2)) return CPyRecord.fromPy(SomeConstRecord.c_data_set, py_rec) #to do: can be optional?
def on_changes_int_returned(cself, i, f, s, binar, b, d): try: _ret = CPyPrimitive.fromPy(FooListenerHelper.selfToPy(cself).on_changes_int_returned(CPyPrimitive.toPy(i), CPyPrimitive.toPy(f), CPyString.toPy(s), CPyBinary.toPy(binar), CPyPrimitive.toPy(b), CPyDate.toPy(d))) return _ret except Exception as _djinni_py_e: CPyException.setExceptionFromPy(_djinni_py_e) return ffi.NULL
def __add(cself, key, value): CPyObjectProxy.toPyObj( None, cself)[CPyPrimitive.toPy(key)] = CPyPrimitive.toPy(value)
def get_private_int32(self): _ret_c = lib.cw__foo_interface_get_private_int32(self._cpp_impl) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def __python_add(cself, el): CPyObject.toPy(None, cself).append(CPyPrimitive.toPy(el))
def python_create_extended_record(foo): py_rec = ExtendedRecord( CPyPrimitive.toPy(foo)) return CPyRecord.fromPy(ExtendedRecord.c_data_set, py_rec) #to do: can be optional?
def return_one(self): _ret_c = lib.cw__return_one_return_one(self._cpp_impl) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def python_create_record_with_nested_derivings(key,rec): py_rec = RecordWithNestedDerivings( CPyPrimitive.toPy(key), CPyRecord.toPy(RecordWithDerivings.c_data_set, rec)) return CPyRecord.fromPy(RecordWithNestedDerivings.c_data_set, py_rec) #to do: can be optional?
def check_primitive_list(pl): _ret_c = lib.cw__test_helpers_check_primitive_list(CPyRecord.fromPy(PrimitiveList.c_data_set, pl)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def get_extensible_record_number2(self): _ret_c = lib.cw__foo_client_interface_get_extensible_record_number2(self._cpp_impl) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def check_empty_map(m): _ret_c = lib.cw__test_helpers_check_empty_map(CPyObjectProxy.fromPy(MapStringInt64THelper.c_data_set, MapStringInt64TProxy(m))) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def python_create_rc(a): py_rec = Rc( CPyPrimitive.toPy(a)) return CPyRecord.fromPy(Rc.c_data_set, py_rec) #to do: can be optional?
def cpp_token_id(t): _ret_c = lib.cw__test_helpers_cpp_token_id(UserTokenHelper.fromPy(t)) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def __python_add(cself, key, value): CPyObjectProxy.toPyObj(None, cself)[CPyString.toPy(key)] = CPyPrimitive.toPy(value)
def on_changes_record_returned(cself, n1, n2): try: _ret = CPyRecord.fromPy(FooSomeOtherRecord.c_data_set, FooListenerHelper.selfToPy(cself).on_changes_record_returned(CPyPrimitive.toPy(n1), CPyPrimitive.toPy(n2))) assert _ret != ffi.NULL return _ret except Exception as _djinni_py_e: CPyException.setExceptionFromPy(_djinni_py_e) return ffi.NULL
def python_create_foo_some_other_record(number1,number2): py_rec = FooSomeOtherRecord( CPyPrimitive.toPy(number1), CPyPrimitive.toPy(number2)) return CPyRecord.fromPy(FooSomeOtherRecord.c_data_set, py_rec) #to do: can be optional?
def __python_add(cself, key, value): CPyObjectProxy.toPyObj( None, cself)[CPyPrimitive.toPy(key)] = CPyObjectProxy.toPyObj( SetStringHelper.c_data_set, value)
def on_changes_int_optional_returned(cself, i, f, s, binar, b, d): try: with CPyBoxedI32.fromPyOpt(FooListenerHelper.selfToPy(cself).on_changes_int_optional_returned(CPyBoxedI32.toPyOpt(i), CPyPrimitive.toPy(f), CPyString.toPyOpt(s), CPyBinary.toPy(binar), CPyPrimitive.toPy(b), CPyDate.toPy(d))) as py_obj: return py_obj.release_djinni_boxed() except Exception as _djinni_py_e: CPyException.setExceptionFromPy(_djinni_py_e) return ffi.NULL
def get_bool(self): _ret_c = lib.cw__foo_primitives_get_bool(self._cpp_impl) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def on_changes_binary_returned(cself, i, f, s, binar, b, d): try: with CPyBinary.fromPy(FooListenerHelper.selfToPy(cself).on_changes_binary_returned(CPyPrimitive.toPy(i), CPyPrimitive.toPy(f), CPyString.toPy(s), CPyBinary.toPy(binar), CPyPrimitive.toPy(b), CPyDate.toPy(d))) as py_obj: _ret = py_obj.release_djinni_binary() assert _ret != ffi.NULL return _ret except Exception as _djinni_py_e: CPyException.setExceptionFromPy(_djinni_py_e) return ffi.NULL
def python_create_foo_constants(some_integer,some_string): py_rec = FooConstants( CPyPrimitive.toPy(some_integer), CPyString.toPy(some_string)) return CPyRecord.fromPy(FooConstants.c_data_set, py_rec) #to do: can be optional?
def return_two(self): _ret_c = lib.cw__return_two_return_two(self._cpp_impl) CPyException.toPyCheckAndRaise(_ret_c) _ret = CPyPrimitive.toPy(_ret_c) assert _ret is not None return _ret
def python_create_client_returned_record(record_id,content,misc): py_rec = ClientReturnedRecord( CPyPrimitive.toPy(record_id), CPyString.toPy(content), CPyString.toPyOpt(misc)) return CPyRecord.fromPy(ClientReturnedRecord.c_data_set, py_rec) #to do: can be optional?