Crate zerodds_corba_giop 

OMG CORBA 3.3 Part 2 §15 — General Inter-ORB Protocol (GIOP).

Crate zerodds-corba-giop. Safety classification: STANDARD. Spec OMG CORBA 3.3 Part 2 §15 (docs/standards/cache/omg/corba-3.3-part2.pdf, eingepflegt in Sprint-1-Setup-Phase).

Scope

Voller GIOP-Wire-Codec — alle 8 Message-Types fuer GIOP 1.0, 1.1 und 1.2 (inkl. Bidirectional-GIOP). Reuse CDR-1 aus crates/cdr/.

Implementierte Message-Types (Spec §15.4.1-15.4.9):

• Request (Spec §15.4.2) — Client→Server Method-Invocation.
• Reply (Spec §15.4.3) — Server→Client Response inkl. aller 6 Reply-Statuses (NO_EXCEPTION/USER_EXCEPTION/SYSTEM_EXCEPTION/ LOCATION_FORWARD/LOCATION_FORWARD_PERM/NEEDS_ADDRESSING_MODE).
• CancelRequest (Spec §15.4.4) — Client cancelt pending Request.
• LocateRequest (Spec §15.4.5) — Client probt Object-Location.
• LocateReply (Spec §15.4.6) — Server antwortet auf LocateRequest.
• CloseConnection (Spec §15.4.7) — Server schliesst Connection.
• MessageError (Spec §15.4.8) — Wire-Format-Fehler-Indication.
• Fragment (Spec §15.4.9) — Multi-Frame-Message-Body.

GIOP-Versionen:

• 1.0 — Initial-Format. Request/Reply-Header inkl. requesting_principal. Kein Fragment-Support, kein Bidirectional-GIOP.
• 1.1 — byte_order wird zu flags-Octet (Bit 0 = byte_order, Bit 1 = fragment). Fragment fuer Request+Reply. Request-Header bekommt 3-Byte-reserved-Feld.
• 1.2 — Request/Reply-Header neu organisiert: request_id zuerst, service_context zuletzt. TargetAddress-Union ersetzt den object_key. Body 8-Byte-aligned. Fragment fuer alle Message-Types. Bidirectional-GIOP via BiDirIIOPServiceContext.

Was nicht hier ist

• Transport — TCP/UDS-Lieferung in crates/corba-iiop/.
• IOR-Format — Object-Reference-Marshalling in crates/corba-ior/.
• POA — Servant-Dispatch in crates/corba-poa/.
• Codeset-Konversion — crates/cdr/ macht UTF-8/UTF-16 nativ; ISO-Latin-Konversion ist Caller-Layer (selten in modernen CORBA-Deployments).

Beispiel

use zerodds_corba_giop::{MAGIC_BYTES, Version};
assert_eq!(MAGIC_BYTES, *b"GIOP");
let v = Version { major: 1, minor: 2 };
assert_eq!(v.major, 1);

Re-exports

pub use cancel_request::CancelRequest;

pub use close_connection::CloseConnection;

pub use codec::Message;

pub use codec::decode_message;

pub use codec::encode_message;

pub use error::GiopError;

pub use error::GiopResult;

pub use flags::Flags;

pub use fragment::Fragment;

pub use fragment::FragmentHeader;

pub use header::MAGIC;

pub use header::MAGIC_BYTES;

pub use header::MessageHeader;

pub use locate_reply::LocateReply;

pub use locate_reply::LocateStatusType;

pub use locate_request::LocateRequest;

pub use message_error::MessageError;

pub use message_type::MessageType;

pub use reply::Reply;

pub use reply::ReplyStatusType;

pub use request::Request;

pub use request::ResponseFlags;

pub use service_context::ServiceContext;

pub use service_context::ServiceContextList;

pub use service_context::ServiceContextTag;

pub use target_address::ObjectKey;

pub use target_address::TargetAddress;

pub use version::Version;

Modules

cancel_request

CancelRequest-Message — Spec §15.4.4.

close_connection

CloseConnection-Message — Spec §15.4.7.

codec

Top-Level GIOP-Message-Codec — dispatcht auf alle 8 Message-Types.

error

GIOP Wire-Codec-Fehler.

flags

GIOP Flags-Octet — Spec §15.4.1.

fragment

Fragment-Message — Spec §15.4.9.

header

GIOP Message-Header — 12 Bytes, Spec §15.4.1.

locate_reply

LocateReply-Message — Spec §15.4.6.

locate_request

LocateRequest-Message — Spec §15.4.5.

message_error

MessageError-Message — Spec §15.4.8.

message_type

GIOP Message-Type Enum — Spec §15.4.1 Table 15-1.

reply

Reply-Message — Spec §15.4.3.

request

Request-Message — Spec §15.4.2.

service_context

IOP::ServiceContext + ServiceContextList — Spec §15.3.1.

target_address

TargetAddress (GIOP 1.2+) — Spec §15.4.2.2 / §15.4.5.

version

GIOP Version (Spec §15.4.1).