49 	struct vtc_sess		*vsp;  member
57 	struct vtc_sess *vsp;  in Sess_New()  local
59 	ALLOC_OBJ(vsp, VTC_SESS_MAGIC);  in Sess_New()
60 	AN(vsp);  in Sess_New()
61 	vsp->vl = vl;  in Sess_New()
62 	REPLACE(vsp->name, name);  in Sess_New()
63 	vsp->repeat = 1;  in Sess_New()
64 	return (vsp);  in Sess_New()
70 	struct vtc_sess *vsp;  in Sess_Destroy()  local
72 	TAKE_OBJ_NOTNULL(vsp, vspp, VTC_SESS_MAGIC);  in Sess_Destroy()
73 	REPLACE(vsp->name, NULL);  in Sess_Destroy()
74 	FREE_OBJ(vsp);  in Sess_Destroy()
78 Sess_GetOpt(struct vtc_sess *vsp, char * const **avp)  in Sess_GetOpt()  argument
83 	CHECK_OBJ_NOTNULL(vsp, VTC_SESS_MAGIC);  in Sess_GetOpt()
89 		vsp->rcvbuf = atoi(av[1]);  in Sess_GetOpt()
94 		vsp->repeat = atoi(av[1]);  in Sess_GetOpt()
98 		vsp->keepalive = 1;  in Sess_GetOpt()
106 sess_process(struct vtclog *vl, struct vtc_sess *vsp,  in sess_process()  argument
111 	CHECK_OBJ_NOTNULL(vsp, VTC_SESS_MAGIC);  in sess_process()
113 	rv = http_process(vl, vsp, spec, sock, sfd, addr, vsp->rcvbuf);  in sess_process()
121 	struct vtc_sess *vsp;  in sess_thread()  local
129 	vsp = ta.vsp;  in sess_thread()
130 	CHECK_OBJ_NOTNULL(vsp, VTC_SESS_MAGIC);  in sess_thread()
131 	vl = vtc_logopen("%s", vsp->name);  in sess_thread()
134 	assert(vsp->repeat > 0);  in sess_thread()
136 		vsp->repeat, vsp->keepalive ? " using keepalive" : "");  in sess_thread()
137 	for (i = 0; i < vsp->repeat; i++) {  in sess_thread()
139 		if (! vsp->keepalive)  in sess_thread()
140 			fd = sess_process(vl, ta.vsp, ta.spec, fd, ta.asocket, ta.listen_addr);  in sess_thread()
142 			while (fd >= 0 && i++ < vsp->repeat)  in sess_thread()
143 				fd = sess_process(vl, ta.vsp, ta.spec, fd,  in sess_thread()
156     struct vtc_sess *vsp,  in Sess_Start_Thread()  argument
168 	CHECK_OBJ_NOTNULL(vsp, VTC_SESS_MAGIC);  in Sess_Start_Thread()
175 	ta->vsp = vsp;  in Sess_Start_Thread()