smb-v10-message-structure

SMB 1.0 CIFS wire messages are marshaled and unmarshaled using command Request/Response structs and a centralized command-casting dispatcher, ensuring exact little-endian framing for protocol compliance.

SMB command handling is structured by modeling SMB_COM_* commands with dedicated Request/Response structs and a centralized dispatcher, utilizing a two-switch wiring pattern to route request and response paths.

AndX chaining in SMB v1.0 is handled through structured Request/Response variants that link multiple commands sequentially, allowing the dispatcher to parse and build chained payloads within a single wire message.

NT_TRANSACT subcommand payloads in CIFS are built and parsed using dedicated builders and parsers that ensure lazy initialization of parameters and data, properly framing the subcommand within the SMB message.

Yes, the SMB v1.0 message structure framework ensures lazy initialization of parameters and data, deferring their creation until needed to optimize marshaling and match exact SMB wire-format specifications.

SMB 1.0 wire messages fail to parse correctly if the little-endian marshaling or exact framing is mismatched; the framework's lazy initialization and two-switch dispatcher wiring ensure proper struct alignment.