private fun convert_args_to_jni(args: nullable Array[nullable Object]): Pointer import Array[nullable Object].as not nullable, Array[nullable Object].[], Array[nullable Object].length, nullable Object.as(Int), nullable Object.as(Char), nullable Object.as(Bool), nullable Object.as(Float), nullable Object.as(JavaObject), nullable Object.as(String), String.to_cstring, String.length `{
		if(nullable_Array_of_nullable_Object_is_null(args)){
			return NULL;
		}
		Array_of_nullable_Object nit_array = nullable_Array_of_nullable_Object_as_Array_of_nullable_Object(args);
		int nit_array_length = Array_of_nullable_Object_length(nit_array);
		int i;
		jvalue *c_array = malloc(sizeof(jvalue)*(nit_array_length));
		for (i = 0; i < nit_array_length; i ++) {
			nullable_Object nullable_obj = Array_of_nullable_Object__index(nit_array, i);
			if(nullable_Object_is_a_Int(nullable_obj)) {
				int val = nullable_Object_as_Int(nullable_obj);
				c_array[i].i = val;
			} else if (nullable_Object_is_a_Char(nullable_obj)){
				char val = nullable_Object_as_Char(nullable_obj);
				c_array[i].c = val;
			} else if (nullable_Object_is_a_Bool(nullable_obj)){
				int val = nullable_Object_as_Bool(nullable_obj);
				c_array[i].z = val;
			} else if(nullable_Object_is_a_Float(nullable_obj)){
				float val = nullable_Object_as_Float(nullable_obj);
				c_array[i].f = val;
			} else if(nullable_Object_is_a_JavaObject(nullable_obj)){
				jobject val = nullable_Object_as_JavaObject(nullable_obj);
				c_array[i].l = val;
			} else if(nullable_Object_is_a_String(nullable_obj)){
				String val = nullable_Object_as_String(nullable_obj);
				char* c = String_to_cstring(val);
				jstring js = (*self)->NewStringUTF(self, c);
				c_array[i].l = js;
			} else {
				fprintf(stderr, "NOT YET SUPPORTED: nit objects are not supported\n");
				exit(1);
			}
		}
		return c_array;
	`}