308     memcpy(&be->tunables, &ctx->tunables, sizeof(be->tunables));  in mcplib_backend()
338             be->tunables.tcp_keepalive = lua_toboolean(L, -1);  in mcplib_backend()
343             be->tunables.use_tls = lua_toboolean(L, -1);  in mcplib_backend()
354             be->tunables.backend_failure_limit = limit;  in mcplib_backend()
365             be->tunables.backend_depth_limit = limit;  in mcplib_backend()
374             be->tunables.connect.tv_sec = secondsi;  in mcplib_backend()
375             be->tunables.connect.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend()
381             be->tunables.retry.tv_sec =  in mcplib_backend()
387             be->tunables.retry.tv_sec =  in mcplib_backend()
397             be->tunables.retry.tv_sec = secondsi;  in mcplib_backend()
398             be->tunables.retry.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend()
407             be->tunables.read.tv_sec = secondsi;  in mcplib_backend()
408             be->tunables.read.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend()
414             be->tunables.down = down;  in mcplib_backend()
423             be->tunables.flap.tv_sec = secondsi;  in mcplib_backend()
424             be->tunables.flap.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend()
433             be->tunables.flap_backoff_ramp = ramp;  in mcplib_backend()
440             be->tunables.flap_backoff_max = max;  in mcplib_backend()
506                 && memcmp(&be_orig->be->tunables, &bel->tunables, sizeof(bel->tunables)) == 0) {  in _mcplib_backend_checkcache()
538     memcpy(&be->tunables, &bel->tunables, sizeof(bel->tunables));  in _mcplib_make_backendconn()
545         memcpy(&bec->tunables, &bel->tunables, sizeof(bel->tunables));  in _mcplib_make_backendconn()
572         if (ctx->tunables.tcp_keepalive) {  in _mcplib_make_backendconn()
581         if (be->tunables.use_tls && !ctx->tls_ctx) {  in _mcplib_make_backendconn()
821     p->use_iothread = ctx->tunables.use_iothread;  in mcplib_pool()
994     ctx->tunables.use_iothread = state;  in mcplib_backend_use_iothread()
1010     ctx->tunables.use_tls = state;  in mcplib_backend_use_tls()
1034     ctx->tunables.tcp_keepalive = state;  in mcplib_tcp_keepalive()
1050     ctx->tunables.backend_failure_limit = limit;  in mcplib_backend_failure_limit()
1066     ctx->tunables.backend_depth_limit = limit;  in mcplib_backend_depth_limit()
1079     ctx->tunables.connect.tv_sec = secondsi;  in mcplib_backend_connect_timeout()
1080     ctx->tunables.connect.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend_connect_timeout()
1092     ctx->tunables.retry.tv_sec = secondsi;  in mcplib_backend_retry_waittime()
1093     ctx->tunables.retry.tv_usec = 0;  in mcplib_backend_retry_waittime()
1111     ctx->tunables.read.tv_sec = secondsi;  in mcplib_backend_read_timeout()
1112     ctx->tunables.read.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend_read_timeout()
1125     ctx->tunables.flap.tv_sec = secondsi;  in mcplib_backend_flap_time()
1126     ctx->tunables.flap.tv_usec = MICROSECONDS(subseconds);  in mcplib_backend_flap_time()
1140     ctx->tunables.flap_backoff_ramp = factor;  in mcplib_backend_flap_backoff_ramp()
1152     ctx->tunables.flap_backoff_max = max;  in mcplib_backend_flap_backoff_max()
1172     ctx->tunables.max_ustats = limit;  in mcplib_stat_limit()