int SRLockClient::start_client () {
SRClientContext ctx;
char temp_char;
ctx.ib_port = SERVER_IB_PORT;
srand (generate_random_seed()); // initialize random seed
TEST_NZ (establish_tcp_connection(SERVER_ADDR.c_str(), SERVER_TCP_PORT, &(ctx.sockfd)));
DEBUG_COUT("[Comm] Client connected to LM on sock " << ctx.sockfd);
TEST_NZ (ctx.create_context());
DEBUG_COUT("[Info] Context Created " << ctx.sockfd);
TEST_NZ (RDMACommon::connect_qp (&(ctx.qp), ctx.ib_port, ctx.port_attr.lid, ctx.sockfd));
DEBUG_COUT("[Conn] QP connected!");
start_operation(ctx);
// Sync so server will know that client is done mucking with its memory
DEBUG_COUT("[Info] Client is done, and is ready to destroy its resources!");
TEST_NZ (sock_sync_data (ctx.sockfd, 1, "W", &temp_char)); /* just send a dummy char back and forth */
TEST_NZ(ctx.destroy_context());
}
int IPCohort::start_server () {
IPCohortContext ctx;
char temp_char;
TEST_NZ (establish_tcp_connection(TRX_MANAGER_ADDR.c_str(), TRX_MANAGER_TCP_PORT, &ctx.sockfd));
TEST_NZ (ctx.create_context());
srand (time(NULL)); // initialize random seed
start_benchmark(ctx);
/* Sync so server will know that client is done mucking with its memory */
DEBUG_COUT("[Info] Cohort client is done, and is ready to destroy its resources!");
TEST_NZ (sock_sync_data (ctx.sockfd, 1, "W", &temp_char)); /* just send a dummy char back and forth */
TEST_NZ(ctx.destroy_context());
}
