#ifndef rpc_h
#define rpc_h
+#include "types.h"
#include <sys/socket.h>
#include <netinet/in.h>
-#include <list>
-#include <map>
-#include <stdio.h>
#include "thr_pool.h"
#include "marshall.h"
#include "connection.h"
-#ifdef DMALLOC
-#include "dmalloc.h"
-#endif
-
class rpc_const {
public:
static const unsigned int bind = 1; // handler number reserved for bind
//manages per rpc info
struct caller {
- caller(unsigned int xxid, unmarshall *un);
- ~caller();
+ caller(int _xid, unmarshall *_un) : xid(_xid), un(_un) {}
- unsigned int xid;
+ int xid;
unmarshall *un;
int intret;
- bool done;
- std::mutex m;
- std::condition_variable c;
+ bool done = false;
+ mutex m;
+ cond c;
};
void get_refconn(connection **ch);
- void update_xid_rep(unsigned int xid);
+ void update_xid_rep(int xid);
sockaddr_in dst_;
unsigned int clt_nonce_;
unsigned int srv_nonce_;
bool bind_done_;
- unsigned int xid_;
+ int xid_;
int lossytest_;
bool retrans_;
bool reachable_;
connection *chan_;
- std::mutex m_; // protect insert/delete to calls[]
- std::mutex chan_m_;
+ mutex m_; // protect insert/delete to calls[]
+ mutex chan_m_;
bool destroy_wait_;
- std::condition_variable destroy_wait_c_;
+ cond destroy_wait_c_;
- std::map<int, caller *> calls_;
- std::list<unsigned int> xid_rep_window_;
+ map<int, caller *> calls_;
+ list<int> xid_rep_window_;
struct request {
request() { clear(); }
void clear() { buf.clear(); xid = -1; }
bool isvalid() { return xid != -1; }
- std::string buf;
+ string buf;
int xid;
};
struct request dup_req_;
int xid_rep_done_;
public:
- rpcc(sockaddr_in d, bool retrans=true);
+ rpcc(const string & d, bool retrans=true);
~rpcc();
struct TO {
void set_reachable(bool r) { reachable_ = r; }
void cancel();
-
- int islossy() { return lossytest_ > 0; }
- int call1(unsigned int proc,
- marshall &req, unmarshall &rep, TO to);
+ int islossy() { return lossytest_ > 0; }
- bool got_pdu(connection *c, char *b, int sz);
+ int call1(proc_t proc,
+ marshall &req, unmarshall &rep, TO to);
+ bool got_pdu(connection *c, char *b, size_t sz);
template<class R>
- int call_m(unsigned int proc, marshall &req, R & r, TO to);
+ int call_m(proc_t proc, marshall &req, R & r, TO to);
template<class R, typename ...Args>
- inline int call(unsigned int proc, R & r, const Args&... args);
+ inline int call(proc_t proc, R & r, const Args&... args);
template<class R, typename ...Args>
- inline int call_timeout(unsigned int proc, TO to, R & r, const Args&... args);
+ inline int call_timeout(proc_t proc, TO to, R & r, const Args&... args);
};
template<class R> int
-rpcc::call_m(unsigned int proc, marshall &req, R & r, TO to)
+rpcc::call_m(proc_t proc, marshall &req, R & r, TO to)
{
unmarshall u;
int intret = call1(proc, req, u, to);
if (intret < 0) return intret;
u >> r;
if (u.okdone() != true) {
- fprintf(stderr, "rpcc::call_m: failed to unmarshall the reply."
- "You are probably calling RPC 0x%x with wrong return "
- "type.\n", proc);
+ cerr << "rpcc::call_m: failed to unmarshall the reply. You are probably " <<
+ "calling RPC 0x" << hex << proc << " with the wrong return type." << endl;
VERIFY(0);
return rpc_const::unmarshal_reply_failure;
}
}
template<class R, typename... Args> inline int
-rpcc::call(unsigned int proc, R & r, const Args&... args)
+rpcc::call(proc_t proc, R & r, const Args&... args)
{
return call_timeout(proc, rpcc::to_max, r, args...);
}
template<class R, typename... Args> inline int
-rpcc::call_timeout(unsigned int proc, const rpcc::TO to, R & r, const Args&... args)
+rpcc::call_timeout(proc_t proc, const rpcc::TO to, R & r, const Args&... args)
{
marshall m{args...};
return call_m(proc, m, r, to);
// has been sent; in that case buf points to a copy of the reply,
// and sz holds the size of the reply.
struct reply_t {
- reply_t (unsigned int _xid) {
+ reply_t (int _xid) {
xid = _xid;
cb_present = false;
buf = NULL;
sz = 0;
}
- reply_t (unsigned int _xid, char *_buf, int _sz) {
+ reply_t (int _xid, char *_buf, size_t _sz) {
xid = _xid;
cb_present = true;
buf = _buf;
sz = _sz;
}
- unsigned int xid;
+ int xid;
bool cb_present; // whether the reply buffer is valid
char *buf; // the reply buffer
- int sz; // the size of reply buffer
+ size_t sz; // the size of reply buffer
};
- int port_;
+ unsigned int port_;
unsigned int nonce_;
// provide at most once semantics by maintaining a window of replies
// per client that that client hasn't acknowledged receiving yet.
// indexed by client nonce.
- std::map<unsigned int, std::list<reply_t> > reply_window_;
+ map<unsigned int, list<reply_t> > reply_window_;
void free_reply_window(void);
- void add_reply(unsigned int clt_nonce, unsigned int xid, char *b, int sz);
+ void add_reply(unsigned int clt_nonce, int xid, char *b, size_t sz);
rpcstate_t checkduplicate_and_update(unsigned int clt_nonce,
- unsigned int xid, unsigned int rep_xid,
- char **b, int *sz);
+ int xid, int rep_xid,
+ char **b, size_t *sz);
- void updatestat(unsigned int proc);
+ void updatestat(proc_t proc);
// latest connection to the client
- std::map<unsigned int, connection *> conns_;
+ map<unsigned int, connection *> conns_;
// counting
- const int counting_;
- int curr_counts_;
- std::map<int, int> counts_;
+ const size_t counting_;
+ size_t curr_counts_;
+ map<proc_t, size_t> counts_;
int lossytest_;
bool reachable_;
// map proc # to function
- std::map<int, handler *> procs_;
+ map<proc_t, handler *> procs_;
- std::mutex procs_m_; // protect insert/delete to procs[]
- std::mutex count_m_; //protect modification of counts
- std::mutex reply_window_m_; // protect reply window et al
- std::mutex conss_m_; // protect conns_
+ mutex procs_m_; // protect insert/delete to procs[]
+ mutex count_m_; //protect modification of counts
+ mutex reply_window_m_; // protect reply window et al
+ mutex conss_m_; // protect conns_
protected:
struct djob_t {
- djob_t (connection *c, char *b, int bsz):buf(b),sz(bsz),conn(c) {}
+ djob_t (connection *c, char *b, size_t bsz):buf(b),sz(bsz),conn(c) {}
char *buf;
- int sz;
+ size_t sz;
connection *conn;
};
void dispatch(djob_t *);
// internal handler registration
- void reg1(unsigned int proc, handler *);
+ void reg1(proc_t proc, handler *);
ThrPool* dispatchpool_;
tcpsconn* listener_;
public:
- rpcs(unsigned int port, int counts=0);
+ rpcs(unsigned int port, size_t counts=0);
~rpcs();
- inline int port() { return listener_->port(); }
+ inline unsigned int port() { return listener_->port(); }
//RPC handler for clients binding
- int rpcbind(int &r, int a);
+ int rpcbind(unsigned int &r, int a);
void set_reachable(bool r) { reachable_ = r; }
- bool got_pdu(connection *c, char *b, int sz);
+ bool got_pdu(connection *c, char *b, size_t sz);
- template<class F, class C=void> void reg(unsigned int proc, F f, C *c=nullptr);
+ template<class F, class C=void> void reg(proc_t proc, F f, C *c=nullptr);
};
struct ReturnOnFailure {
}
};
-template<class F, class C> void rpcs::reg(unsigned int proc, F f, C *c) {
+template<class F, class C> void rpcs::reg(proc_t proc, F f, C *c) {
reg1(proc, marshalled_func<F, ReturnOnFailure>::wrap(f, c));
}
-void make_sockaddr(const char *hostandport, struct sockaddr_in *dst);
-void make_sockaddr(const char *host, const char *port,
- struct sockaddr_in *dst);
+sockaddr_in make_sockaddr(const string &hostandport);
+sockaddr_in make_sockaddr(const string &host, const string &port);
#endif
projects / invirt/third/libt4.git / blobdiff