static void doTx(mrp_attribute_state *st,
int vector)
{
chanend c_tx = avb_control_get_mac_tx();
int merged = 0;
char *msg = &send_buf[0]+sizeof(mrp_ethernet_hdr)+sizeof(mrp_header);
char *end = send_ptr;
while (!merged &&
msg < end &&
(*msg != 0 || *(msg+1) != 0)) {
mrp_msg_header *hdr = (mrp_msg_header *) &msg[0];
merged = merge_msg(msg, st, vector);
msg = msg + sizeof(mrp_msg_header) + attribute_length_length(hdr);
}
if (!merged) {
create_empty_msg(st->attribute_type, 0);
(void) merge_msg(msg, st, vector);
}
send(c_tx);
}
static void test_lapdm_polling()
{
printf("I do some very simple LAPDm test.\n");
int rc;
struct lapdm_polling_state test_state;
struct osmo_phsap_prim pp;
/* Configure LAPDm on both sides */
struct lapdm_channel bts_to_ms_channel;
struct lapdm_channel ms_to_bts_channel;
memset(&bts_to_ms_channel, 0, sizeof(bts_to_ms_channel));
memset(&ms_to_bts_channel, 0, sizeof(ms_to_bts_channel));
memset(&test_state, 0, sizeof(test_state));
test_state.bts = &bts_to_ms_channel;
test_state.ms = &ms_to_bts_channel;
/* BTS to MS in polling mode */
lapdm_channel_init(&bts_to_ms_channel, LAPDM_MODE_BTS);
lapdm_channel_set_flags(&bts_to_ms_channel, LAPDM_ENT_F_POLLING_ONLY);
lapdm_channel_set_l1(&bts_to_ms_channel, NULL, &test_state);
lapdm_channel_set_l3(&bts_to_ms_channel, bts_to_ms_tx_cb, &test_state);
/* MS to BTS in direct mode */
lapdm_channel_init(&ms_to_bts_channel, LAPDM_MODE_MS);
lapdm_channel_set_l1(&ms_to_bts_channel, ms_to_bts_l1_cb, &test_state);
lapdm_channel_set_l3(&ms_to_bts_channel, ms_to_bts_tx_cb, &test_state);
/*
* We try to send messages from the MS to the BTS to the MS..
*/
/* 1. Start with MS -> BTS, BTS should have a pending message */
printf("Establishing link.\n");
lapdm_rslms_recvmsg(create_cm_serv_req(), &ms_to_bts_channel);
/* 2. Poll on the BTS for sending out a confirmation */
printf("\nConfirming\n");
ASSERT(test_state.bts_read == 1)
rc = lapdm_phsap_dequeue_prim(&bts_to_ms_channel.lapdm_dcch, &pp);
CHECK_RC(rc);
ASSERT(pp.oph.msg->data == pp.oph.msg->l2h);
send(pp.oph.msg, &ms_to_bts_channel);
msgb_free(pp.oph.msg);
ASSERT(test_state.ms_read == 1);
/* 3. Send some data to the MS */
printf("\nSending back to MS\n");
lapdm_rslms_recvmsg(create_mm_id_req(), &bts_to_ms_channel);
rc = lapdm_phsap_dequeue_prim(&bts_to_ms_channel.lapdm_dcch, &pp);
CHECK_RC(rc);
send(pp.oph.msg, &ms_to_bts_channel);
msgb_free(pp.oph.msg);
ASSERT(test_state.ms_read == 2);
/* verify that there is nothing more to poll */
rc = lapdm_phsap_dequeue_prim(&bts_to_ms_channel.lapdm_dcch, &pp);
ASSERT(rc < 0);
/* 3. And back to the BTS */
printf("\nSending back to BTS\n");
ASSERT(test_state.ms_read == 2);
lapdm_rslms_recvmsg(create_dummy_data_req(), &ms_to_bts_channel);
/* 4. And back to the MS, but let's move data/l2h apart */
ASSERT(test_state.bts_read == 2)
ASSERT(test_state.ms_read == 2);
rc = lapdm_phsap_dequeue_prim(&bts_to_ms_channel.lapdm_dcch, &pp);
CHECK_RC(rc);
send(pp.oph.msg, &ms_to_bts_channel);
ASSERT(test_state.ms_read == 2);
msgb_free(pp.oph.msg);
/* verify that there is nothing more to poll */
rc = lapdm_phsap_dequeue_prim(&bts_to_ms_channel.lapdm_dcch, &pp);
ASSERT(rc < 0);
/* check sending an empty L3 message fails */
rc = lapdm_rslms_recvmsg(create_empty_msg(), &bts_to_ms_channel);
ASSERT(rc == -1);
ASSERT(test_state.ms_read == 2);
/* clean up */
lapdm_channel_exit(&bts_to_ms_channel);
lapdm_channel_exit(&ms_to_bts_channel);
}
