sa_reply.defs   [plain text]

// 
// sa_reply.defs - SecurityAgent-side Mach RPC interface to Server.
//
#include <mach/std_types.defs>
#include <mach/mach_types.defs>

subsystem secagentreply 1200;
serverprefix sa_reply_server_;
userprefix sa_reply_client_;

import <security_agent_client/sa_types.h>;

//
// Data types
//
type OSStatus = int32;
type AuthorizationResult = int32;

type Data = array [] of char;

type AuthorizationItemSetBlob = Data
	ctype: AuthorizationItemSetPtr;
type AuthorizationItemSetPtr = unsigned32;
type AuthorizationValueVectorBlob = Data
	ctype: AuthorizationValueVectorPtr;
type AuthorizationValueVectorPtr = unsigned32;


#define BLOB(name,type)	name: type##Blob; name##Base: type##Ptr

//
// Staged SecurityAgent reply protocol
//
simpleroutine didCreate(requestport instanceReplyPort: mach_port_t;
	instanceRequestPort: mach_port_make_send_t); // give client send rights to mechanism request port

simpleroutine setResult(requestport instanceReplyPort: mach_port_t;
	status: AuthorizationResult;
	BLOB(hintsIn,AuthorizationItemSet);
	BLOB(contextIn,AuthorizationItemSet));

simpleroutine requestInterrupt(requestport instanceReplyPort: mach_port_t);

simpleroutine didDeactivate(requestport instanceReplyPort: mach_port_t);

simpleroutine reportError(requestport instanceReplyPort: mach_port_t;
	status: OSStatus);
    
simpleroutine didStartTx(clientReplyPort: mach_port_move_send_once_t; 
    result: kern_return_t);
    
// in case we decide to support true synchronous agent client IPCs, this 
// keeps sa_reply routine #s at parity with sa_request routine #s
skip;   // client: txEnd