#ifndef rsm_protocol_h
#define rsm_protocol_h
+#include "types.h"
#include "rpc/rpc.h"
-class rsm_client_protocol {
- public:
- enum status : status_t {OK, ERR, NOTPRIMARY, BUSY};
- enum rpc_numbers : proc_t {
- invoke = 0x9001,
- members,
- };
+namespace rsm_client_protocol {
+ enum status : rpc_protocol::status {OK, ERR, NOTPRIMARY, BUSY};
+ REMOTE_PROCEDURE_BASE(0x9000);
+ REMOTE_PROCEDURE(1, invoke, (string &, rpc_protocol::proc_id_t, string));
+ REMOTE_PROCEDURE(2, members, (vector<string> &, int));
};
struct viewstamp {
- viewstamp (unsigned int _vid = 0, unsigned int _seqno = 0) : vid(_vid), seqno(_seqno) {}
unsigned int vid;
unsigned int seqno;
inline void operator++(int) { seqno++; }
-};
-
-class rsm_protocol {
- public:
- enum status : status_t { OK, ERR, BUSY};
- enum rpc_numbers : proc_t {
- invoke = 0x10001,
- transferreq,
- transferdonereq,
- joinreq,
- };
- struct transferres {
- std::string state;
- viewstamp last;
- };
-
- struct joinres {
- std::string log;
- };
+ MEMBERS(vid, seqno)
+ LEXICOGRAPHIC_COMPARISON(viewstamp)
};
-inline bool operator==(viewstamp a, viewstamp b) {
- return a.vid == b.vid && a.seqno == b.seqno;
-}
-
-inline bool operator>(viewstamp a, viewstamp b) {
- return (a.vid > b.vid) || ((a.vid == b.vid) && a.seqno > b.seqno);
-}
+MARSHALLABLE_STRUCT(viewstamp)
-inline bool operator!=(viewstamp a, viewstamp b) {
- return a.vid != b.vid || a.seqno != b.seqno;
-}
+namespace rsm_protocol {
+ enum status : rpc_protocol::status { OK, ERR, BUSY};
-inline marshall& operator<<(marshall &m, viewstamp v) {
- return m << v.vid << v.seqno;
-}
+ struct transferres {
+ string state;
+ viewstamp last;
-inline unmarshall& operator>>(unmarshall &u, viewstamp &v) {
- return u >> v.vid >> v.seqno;
-}
+ MEMBERS(state, last)
+ };
-inline marshall & operator<<(marshall &m, rsm_protocol::transferres r) {
- return m << r.state << r.last;
-}
-
-inline unmarshall & operator>>(unmarshall &u, rsm_protocol::transferres &r) {
- return u >> r.state >> r.last;
-}
-
-inline marshall & operator<<(marshall &m, rsm_protocol::joinres r) {
- return m << r.log;
-}
+ REMOTE_PROCEDURE_BASE(0xa000);
+ REMOTE_PROCEDURE(1, invoke, (int &, rpc_protocol::proc_id_t, viewstamp, string));
+ REMOTE_PROCEDURE(2, transferreq, (transferres &, string, viewstamp, unsigned));
+ REMOTE_PROCEDURE(3, transferdonereq, (int &, string, unsigned));
+ REMOTE_PROCEDURE(4, joinreq, (string &, string, viewstamp));
+};
-inline unmarshall & operator>>(unmarshall &u, rsm_protocol::joinres &r) {
- return u >> r.log;
-}
+MARSHALLABLE_STRUCT(rsm_protocol::transferres)
-class rsm_test_protocol {
- public:
- enum status : status_t {OK, ERR};
- enum rpc_numbers : proc_t {
- net_repair = 0x12001,
- breakpoint = 0x12002,
- };
+namespace rsm_test_protocol {
+ enum status : rpc_protocol::status {OK, ERR};
+ REMOTE_PROCEDURE_BASE(0x12000);
+ REMOTE_PROCEDURE(1, net_repair, (status &, int));
+ REMOTE_PROCEDURE(2, breakpoint, (status &, int));
};
#endif