asebytes

Create a scientific data management tool using Python that leverages the 'asebytes' package for efficient handling of atomic structure data. Your task is to develop a command-line application named 'AtomDataMgmt' that allows users to serialize and deserialize atomic structures into a binary format, facilitating fast storage and retrieval. This application will be particularly useful for researchers working with large datasets of molecular structures.

**Application Requirements:**
- **Serialization Functionality:** Implement a feature that takes input from an ASE Atoms object and serializes it into a binary format using the 'asebytes' package. The serialized data should be stored in a local file system directory specified by the user.
- **Deserialization Functionality:** Provide functionality to read a previously serialized binary file back into an ASE Atoms object, ensuring the integrity and accuracy of the atomic structure data.
- **Directory Management:** Allow users to specify different directories for storing serialized files. Users should also be able to list all the serialized files in a chosen directory.
- **Search Feature:** Integrate a search capability that enables users to find specific atomic structures based on certain criteria such as atom type, number of atoms, etc.
- **User Interface:** Design a simple yet intuitive command-line interface (CLI) for interacting with the application. Commands should include options for serialization, deserialization, listing files, searching, and exiting the program.

**How 'asebytes' Package is Utilized:**
- Use 'asebytes' to efficiently serialize and deserialize ASE Atoms objects. This will ensure that the data is compactly stored and can be quickly accessed when needed, which is crucial for managing large datasets of atomic structures.

Your goal is to create a robust and user-friendly tool that simplifies the process of managing complex atomic structure data, making it easier for scientists and researchers to work with these datasets.