In this article we are going to delve into Episode filesystem, a topic that has sparked interest and debate in society in recent times. This is a relevant topic that has captured the attention of experts, researchers and the general public. Episode filesystem has generated conflicting opinions, has been a topic of discussion in different areas and has aroused growing interest in the community. Throughout this article we will explore different aspects related to Episode filesystem, from its origin and evolution, to its impact on current society. We hope that this article serves as a useful and enlightening source of information for all those interested in learning more about Episode filesystem.
| Developer(s) | Transarc |
|---|---|
| Full name | Episode |
| Introduced | 1992 |
| Structures | |
| Directory contents | 8KB blocks with hash table |
| File allocation | inode-based |
| Limits | |
| Max filename length | 256 bytes |
| Features | |
| Forks | No |
| Attributes | POSIX |
| File system permissions | POSIX ACLs |
| Transparent compression | No |
| Transparent encryption | No |
| Other | |
| Supported operating systems | AIX, Solaris, z/OS |
Episode is a POSIX compliant file system most commonly known for its use in DCE/DFS file servers. It was designed to achieve the goals of portability, scaling, and to make more efficient use of available system bandwidth. It used a variety of methods to achieve these goals, one of which was its use of metadata logging, designed to enhance the file system's performance.
The Episode file system is the basis for the IBM z/OS POSIX-compatible file system called zFS.