int mISDN_initialize(void)
{
char filename[256];
- int ver;
/* try to open raw socket to check kernel */
mISDNsocket = socket(PF_ISDN, SOCK_RAW, ISDN_P_BASE);
// set debug printout function
myfn.prt_debug = my_mISDNlib_debug;
- ver = init_layer3(4, &myfn); // buffer of 4
+ init_layer3(4, &myfn); // buffer of 4
/* open debug, if enabled and not only stack debugging */
if (options.deb) {
upqueue_avail = 0;
}
-int load_timer(struct lcr_timer *timer, void *instance, int index);
+static int load_timer(struct lcr_timer *timer, void *instance, int index);
/*
* constructor
*/
-PmISDN::PmISDN(int type, mISDNport *mISDNport, char *portname, struct port_settings *settings, int channel, int exclusive, int mode) : Port(type, portname, settings)
+PmISDN::PmISDN(int type, mISDNport *mISDNport, char *portname, struct port_settings *settings, struct interface *interface, int channel, int exclusive, int mode) : Port(type, portname, settings, interface)
{
p_m_mISDNport = mISDNport;
p_m_portnum = mISDNport->portnum;
p_m_mute = 0;
p_m_txdata = 0;
p_m_delay = 0;
+ p_m_tx_dejitter = 0;
+ p_m_preload = ISDN_LOAD;
+ p_m_disable_dejitter = 0;
p_m_echo = 0;
p_m_tone = 0;
p_m_rxoff = 0;
- p_m_joindata = 0;
p_m_inband_send_on = 0;
p_m_inband_receive_on = 0;
p_m_dtmf = !mISDNport->ifport->nodtmf;
+ p_m_dtmf_threshold = mISDNport->ifport->dtmf_threshold;
memset(&p_m_timeout, 0, sizeof(p_m_timeout));
add_timer(&p_m_timeout, mISDN_timeout, this, 0);
- p_m_remote_ref = 0; /* channel shall be exported to given remote */
- p_m_remote_id = 0; /* remote admin socket */
SCPY(p_m_pipeline, mISDNport->ifport->interface->pipeline);
/* audio */
struct mISDNhead *ctrl = (struct mISDNhead *)buffer;
unsigned int *d = (unsigned int *)(buffer+MISDN_HEADER_LEN);
int ret;
+ int len = 8;
if (sock < 0)
return;
+ if (c1 == DTMF_TONE_START && c2 == 0) {
+ len = 4;
+ }
+
ctrl->prim = PH_CONTROL_REQ;
ctrl->id = 0;
*d++ = c1;
*d++ = c2;
- ret = sendto(sock, buffer, MISDN_HEADER_LEN+sizeof(int)*2, 0, NULL, 0);
+ ret = sendto(sock, buffer, MISDN_HEADER_LEN+len, 0, NULL, 0);
if (ret <= 0)
PERROR("Failed to send to socket %d\n", sock);
chan_trace_header(mISDNport, isdnport, "BCHANNEL control", DIRECTION_OUT);
int ret;
struct sockaddr_mISDN addr;
+ memset(&addr, 0, sizeof(addr));
+
if (mISDNport->b_sock[i].inuse) {
PERROR("Error: Socket already created for index %d\n", i);
return(0);
ph_control(mISDNport, port, handle, (port->p_m_txdata)?DSP_TXDATA_ON:DSP_TXDATA_OFF, 0, "DSP-TXDATA", port->p_m_txdata);
if (port->p_m_delay && mode == B_MODE_TRANSPARENT)
ph_control(mISDNport, port, handle, DSP_DELAY, port->p_m_delay, "DSP-DELAY", port->p_m_delay);
+ if (port->p_m_tx_dejitter && mode == B_MODE_TRANSPARENT)
+ ph_control(mISDNport, port, handle, DSP_TX_DEJITTER, port->p_m_tx_dejitter, "DSP-TX_DEJITTER", port->p_m_tx_dejitter);
if (port->p_m_tx_gain && mode == B_MODE_TRANSPARENT)
ph_control(mISDNport, port, handle, DSP_VOL_CHANGE_TX, port->p_m_tx_gain, "DSP-TX_GAIN", port->p_m_tx_gain);
if (port->p_m_rx_gain && mode == B_MODE_TRANSPARENT)
// if (port->p_m_txmix && mode == B_MODE_TRANSPARENT)
// ph_control(mISDNport, port, handle, DSP_MIX_ON, 0, "DSP-MIX", 1);
if (port->p_m_dtmf && mode == B_MODE_TRANSPARENT)
- ph_control(mISDNport, port, handle, DTMF_TONE_START, 0, "DSP-DTMF", 1);
+ ph_control(mISDNport, port, handle, DTMF_TONE_START, port->p_m_dtmf_threshold, "DSP-DTMF", 1);
if (port->p_m_crypt && mode == B_MODE_TRANSPARENT)
ph_control_block(mISDNport, port, handle, DSP_BF_ENABLE_KEY, port->p_m_crypt_key, port->p_m_crypt_key_len, "DSP-CRYPT", port->p_m_crypt_key_len);
}
See above.
After deactivating bchannel, and if not used, the bchannel becomes idle again.
-Also the bchannel may be exported, but only if the state is or becomes idle:
-
-- B_STATE_EXPORTING
-The bchannel assignment has been sent to the remove application.
-
-- B_STATE_REMOTE
-The bchannel assignment is acknowledged by the remote application.
-
-- B_STATE_IMPORTING
-The bchannel is re-imported by mISDN port object.
-
-- B_STATE_IDLE
-See above.
-After re-importing bchannel, and if not used, the bchannel becomes idle again.
-
-
A bchannel can have the following events:
- B_EVENT_USE
- B_EVENT_DEACTIVATED
The bchannel becomes inactive.
-- B_EVENT_EXPORTED
-The bchannel is now used by remote application.
-
-- B_EVENT_IMPORTED
-The bchannel is not used by remote application.
-
-- B_EVENT_EXPORTREQUEST
-The bchannel shall be exported to the remote application.
-
-- B_EVENT_IMPORTREQUEST
-The bchannel is released from the remote application.
-
All actions taken on these events depend on the current bchannel's state and if it is linked to a Port class.
-if an export request is receive by remote application, p_m_remote_* is set.
-the b_remote_*[index] indicates if and where the channel is exported to. (set from the point on, where export is initiated, until imported is acknowledged.)
-- set on export request from remote application (if port is assigned)
-- set on channel use, if requested by remote application (p_m_remote_*)
-- cleared on drop request
-
-the bchannel will be exported with ref and stack given. remote application uses the ref to link bchannel to the call.
-the bchannel will be imported with stack given only. remote application must store stack id with the bchannel process.
-the bchannel import/export is acknowledged with stack given.
-
-if exporting, b_remote_*[index] is set to the remote socket id.
-if importing has been acknowledged. b_remote_*[index] is cleared.
-
*/
/*
class PmISDN *b_port = mISDNport->b_port[i];
int state = mISDNport->b_state[i];
int timer = -1; // no change
- unsigned int p_m_remote_ref = 0;
- unsigned int p_m_remote_id = 0;
+#if 0
int p_m_tx_gain = 0;
int p_m_rx_gain = 0;
char *p_m_pipeline = NULL;
unsigned char *p_m_crypt_key = NULL;
int p_m_crypt_key_len = 0;
int p_m_crypt_key_type = 0;
- unsigned int portid = (mISDNport->portnum<<8) + i+1+(i>=15);
if (b_port) {
- p_m_remote_id = b_port->p_m_remote_id;
- p_m_remote_ref = b_port->p_m_remote_ref;
p_m_tx_gain = b_port->p_m_tx_gain;
p_m_rx_gain = b_port->p_m_rx_gain;
p_m_pipeline = b_port->p_m_pipeline;
p_m_crypt_key_len = b_port->p_m_crypt_key_len;
p_m_crypt_key_type = /*b_port->p_m_crypt_key_type*/1;
}
+#endif
switch(event) {
case B_EVENT_USE:
FATAL("bchannel must be linked to a Port class\n");
switch(state) {
case B_STATE_IDLE:
- if (p_m_remote_ref) {
- /* export bchannel */
- message_bchannel_to_remote(p_m_remote_id, p_m_remote_ref, BCHANNEL_ASSIGN, portid, p_m_tx_gain, p_m_rx_gain, p_m_pipeline, p_m_crypt_key, p_m_crypt_key_len, p_m_crypt_key_type, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "assign");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_EXPORTING;
- mISDNport->b_remote_id[i] = p_m_remote_id;
- mISDNport->b_remote_ref[i] = p_m_remote_ref;
- } else {
- /* create stack and send activation request */
- if (_bchannel_create(mISDNport, i)) {
- _bchannel_activate(mISDNport, i, 1, 0);
- state = B_STATE_ACTIVATING;
- timer = B_TIMER_ACTIVATING;
- }
+ /* create stack and send activation request */
+ if (_bchannel_create(mISDNport, i)) {
+ _bchannel_activate(mISDNport, i, 1, 0);
+ state = B_STATE_ACTIVATING;
+ timer = B_TIMER_ACTIVATING;
}
break;
case B_STATE_ACTIVATING:
- case B_STATE_EXPORTING:
/* do nothing, because it is already activating */
break;
- case B_STATE_DEACTIVATING:
- case B_STATE_IMPORTING:
- /* do nothing, because we must wait until we can reactivate */
- break;
-
default:
/* problems that might ocurr:
* B_EVENT_USE is received when channel already in use.
- * bchannel exported, but not freed by other port
*/
PERROR("Illegal event %d at state %d, please correct.\n", event, state);
}
break;
- case B_EVENT_EXPORTREQUEST:
- /* special case where the bchannel is requested by remote */
- if (!p_m_remote_ref) {
- PERROR("export request without remote channel set, please correct.\n");
- break;
- }
- switch(state) {
- case B_STATE_IDLE:
- /* in case, the bchannel is exported right after seize_bchannel */
- /* export bchannel */
- /* p_m_remote_id is set, when this event happens. */
- message_bchannel_to_remote(p_m_remote_id, p_m_remote_ref, BCHANNEL_ASSIGN, portid, p_m_tx_gain, p_m_rx_gain, p_m_pipeline, p_m_crypt_key, p_m_crypt_key_len, p_m_crypt_key_type, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "assign");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_EXPORTING;
- mISDNport->b_remote_id[i] = p_m_remote_id;
- mISDNport->b_remote_ref[i] = p_m_remote_ref;
- break;
-
- case B_STATE_ACTIVATING:
- case B_STATE_EXPORTING:
- /* do nothing, because it is already activating */
- break;
-
- case B_STATE_DEACTIVATING:
- case B_STATE_IMPORTING:
- /* do nothing, because we must wait until we can reactivate */
- break;
-
- case B_STATE_ACTIVE:
- /* bchannel is active, so we deactivate */
- _bchannel_activate(mISDNport, i, 0, 0);
- state = B_STATE_DEACTIVATING;
- timer = B_TIMER_DEACTIVATING;
- break;
-
- default:
- /* problems that might ocurr:
- * ... when channel already in use.
- * bchannel exported, but not freed by other port
- */
- PERROR("Illegal event %d at state %d, please correct.\n", event, state);
- }
- break;
-
- case B_EVENT_IMPORTREQUEST:
- /* special case where the bchannel is released by remote */
- if (p_m_remote_ref) {
- PERROR("import request with remote channel set, please correct.\n");
- break;
- }
- switch(state) {
- case B_STATE_IDLE:
- case B_STATE_ACTIVE:
- /* bchannel is not exported */
- break;
-
- case B_STATE_ACTIVATING:
- case B_STATE_EXPORTING:
- /* do nothing because we must wait until bchanenl is active before deactivating */
- break;
-
- case B_STATE_REMOTE:
- /* bchannel is exported, so we re-import */
- message_bchannel_to_remote(mISDNport->b_remote_id[i], 0, BCHANNEL_REMOVE, portid, 0,0,0,0,0,0, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "remove");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_IMPORTING;
- break;
-
- case B_STATE_DEACTIVATING:
- case B_STATE_IMPORTING:
- /* we may have taken an already deactivating bchannel, but do not require it anymore, so we do nothing */
- break;
-
- default:
- PERROR("Illegal event %d at state %d, please correct.\n", event, state);
- }
- break;
case B_EVENT_ACTIVATED:
timer = 0;
switch(state) {
case B_STATE_ACTIVATING:
- if (b_port && !p_m_remote_id) {
+ if (b_port) {
/* bchannel is active and used by Port class, so we configure bchannel */
_bchannel_configure(mISDNport, i);
state = B_STATE_ACTIVE;
b_port->p_m_load = 0;
+ b_port->update_load();
} else {
- /* bchannel is active, but exported OR not used anymore (or has wrong stack config), so we deactivate */
+ /* bchannel is active, but not used anymore (or has wrong stack config), so we deactivate */
_bchannel_activate(mISDNport, i, 0, 0);
state = B_STATE_DEACTIVATING;
timer = B_TIMER_DEACTIVATING;
}
break;
- case B_EVENT_EXPORTED:
- switch(state) {
- case B_STATE_EXPORTING:
- if (b_port && p_m_remote_ref && p_m_remote_ref==mISDNport->b_remote_ref[i]) {
- /* remote export done */
- state = B_STATE_REMOTE;
- } else {
- /* bchannel is now exported, but we need bchannel back
- * OR bchannel is not used anymore
- * OR bchannel has been exported to an obsolete ref,
- * so reimport, to later export to new remote */
- message_bchannel_to_remote(mISDNport->b_remote_id[i], 0, BCHANNEL_REMOVE, portid, 0,0,0,0,0,0, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "remove");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_IMPORTING;
- }
- break;
-
- default:
- PERROR("Illegal event %d at state %d, please correct.\n", event, state);
- }
- break;
-
case B_EVENT_DROP:
if (!b_port)
FATAL("bchannel must be linked to a Port class\n");
break;
case B_STATE_ACTIVATING:
- case B_STATE_EXPORTING:
/* do nothing because we must wait until bchanenl is active before deactivating */
break;
timer = B_TIMER_DEACTIVATING;
break;
- case B_STATE_REMOTE:
- /* bchannel is exported, so we re-import */
- message_bchannel_to_remote(mISDNport->b_remote_id[i], 0, BCHANNEL_REMOVE, portid, 0,0,0,0,0,0, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "remove");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_IMPORTING;
- break;
-
case B_STATE_DEACTIVATING:
- case B_STATE_IMPORTING:
/* we may have taken an already deactivating bchannel, but do not require it anymore, so we do nothing */
break;
_bchannel_destroy(mISDNport, i);
state = B_STATE_IDLE;
if (b_port) {
- /* bchannel is now deactivate, but is requied by Port class, so we reactivate / export */
- if (p_m_remote_ref) {
- message_bchannel_to_remote(p_m_remote_id, p_m_remote_ref, BCHANNEL_ASSIGN, portid, p_m_tx_gain, p_m_rx_gain, p_m_pipeline, p_m_crypt_key, p_m_crypt_key_len, p_m_crypt_key_type, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "assign");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_EXPORTING;
- mISDNport->b_remote_id[i] = p_m_remote_id;
- mISDNport->b_remote_ref[i] = p_m_remote_ref;
- } else {
- if (_bchannel_create(mISDNport, i)) {
- _bchannel_activate(mISDNport, i, 1, 0);
- state = B_STATE_ACTIVATING;
- timer = B_TIMER_ACTIVATING;
- }
+ /* bchannel is now deactivate, but is requied by Port class, so we reactivate */
+ if (_bchannel_create(mISDNport, i)) {
+ _bchannel_activate(mISDNport, i, 1, 0);
+ state = B_STATE_ACTIVATING;
+ timer = B_TIMER_ACTIVATING;
}
}
break;
}
break;
- case B_EVENT_IMPORTED:
- switch(state) {
- case B_STATE_IMPORTING:
- state = B_STATE_IDLE;
- mISDNport->b_remote_id[i] = 0;
- mISDNport->b_remote_ref[i] = 0;
- if (b_port) {
- /* bchannel is now imported, but is requied by Port class, so we reactivate / export */
- if (p_m_remote_ref) {
- message_bchannel_to_remote(p_m_remote_id, p_m_remote_ref, BCHANNEL_ASSIGN, portid, p_m_tx_gain, p_m_rx_gain, p_m_pipeline, p_m_crypt_key, p_m_crypt_key_len, p_m_crypt_key_type, 0);
- chan_trace_header(mISDNport, b_port, "MESSAGE_BCHANNEL (to remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "assign");
- add_trace("channel", NULL, "%d.%d", portid>>8, portid&0xff);
- end_trace();
- state = B_STATE_EXPORTING;
- mISDNport->b_remote_id[i] = p_m_remote_id;
- mISDNport->b_remote_ref[i] = p_m_remote_ref;
- } else {
- if (_bchannel_create(mISDNport, i)) {
- _bchannel_activate(mISDNport, i, 1, 0);
- state = B_STATE_ACTIVATING;
- timer = B_TIMER_ACTIVATING;
- }
- }
- }
- break;
-
- default:
- /* ignore, because not assigned */
- ;
- }
- break;
-
case B_EVENT_TIMEOUT:
timer = 0;
switch(state) {
p_m_b_exclusive = 0;
}
-/* process bchannel export/import message from join */
-void message_bchannel_from_remote(class JoinRemote *joinremote, int type, unsigned int handle)
-{
- class Endpoint *epoint;
- class Port *port;
- class PmISDN *isdnport;
- struct mISDNport *mISDNport;
- int i, ii;
-
- switch(type) {
- case BCHANNEL_REQUEST:
- /* find the port object for the join object ref */
- if (!(epoint = find_epoint_id(joinremote->j_epoint_id))) {
- PDEBUG(DEBUG_BCHANNEL, "join %d has no endpoint (anymore)\n", joinremote->j_serial);
- return;
- }
- if (!epoint->ep_portlist) {
- PDEBUG(DEBUG_BCHANNEL, "join %d has no port (anymore in portlist)\n", joinremote->j_serial);
- return;
- }
- if (epoint->ep_portlist->next) {
- PERROR("join %d has enpoint %d with more than one port. this shall not happen to remote joins.\n", joinremote->j_serial, epoint->ep_serial);
- }
- if (!(port = find_port_id(epoint->ep_portlist->port_id))) {
- PDEBUG(DEBUG_BCHANNEL, "join %d has no port (anymore as object)\n", joinremote->j_serial);
- return;
- }
- if ((port->p_type&PORT_CLASS_MASK) != PORT_CLASS_mISDN) {
- PERROR("join %d has port %d not of mISDN type. This shall not happen.\n", joinremote->j_serial, port->p_serial);
- }
- isdnport = (class PmISDN *)port;
-
- /* assign */
- if (isdnport->p_m_remote_id) {
- PERROR("join %d recevied bchannel request from remote, but channel is already assinged.\n", joinremote->j_serial);
- break;
- }
- mISDNport = isdnport->p_m_mISDNport;
- i = isdnport->p_m_b_index;
- chan_trace_header(mISDNport, isdnport, "MESSAGE_BCHANNEL (from remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "export request");
- end_trace();
- isdnport->p_m_remote_ref = joinremote->j_remote_ref;
- isdnport->p_m_remote_id = joinremote->j_remote_id;
- if (mISDNport && i>=0) {
- bchannel_event(mISDNport, i, B_EVENT_EXPORTREQUEST);
- }
- break;
-
- case BCHANNEL_RELEASE:
- case BCHANNEL_ASSIGN_ACK:
- case BCHANNEL_REMOVE_ACK:
- /* find mISDNport for stack ID */
- mISDNport = mISDNport_first;
- while(mISDNport) {
- i = 0;
- ii = mISDNport->b_num;
- while(i < ii) {
- if ((unsigned int)(mISDNport->portnum<<8)+i+1+(i>=15) == handle)
- break;
- i++;
- }
- if (i != ii)
- break;
- mISDNport = mISDNport->next;
- }
- if (!mISDNport) {
- PERROR("received assign/remove ack for bchannel's handle=%x, but handle does not exist in any mISDNport structure.\n", handle);
- break;
- }
-
- if (type!=BCHANNEL_RELEASE) {
- /* ack */
- chan_trace_header(mISDNport, mISDNport->b_port[i], "MESSAGE_BCHANNEL (from remote application)", DIRECTION_NONE);
- add_trace("type", NULL, (type==BCHANNEL_ASSIGN_ACK)?"assign_ack":"remove_ack");
- end_trace();
- bchannel_event(mISDNport, i, (type==BCHANNEL_ASSIGN_ACK)?B_EVENT_EXPORTED:B_EVENT_IMPORTED);
- } else {
- /* release */
- isdnport = mISDNport->b_port[i];
- chan_trace_header(mISDNport, isdnport, "MESSAGE_BCHANNEL (from remote application)", DIRECTION_NONE);
- add_trace("type", NULL, "import request");
- end_trace();
- if (isdnport) {
- isdnport->p_m_remote_ref = 0;
- isdnport->p_m_remote_id = 0;
- }
- bchannel_event(mISDNport, i, B_EVENT_IMPORTREQUEST);
- }
- break;
- default:
- PERROR("received wrong bchannel message type %d from remote\n", type);
- }
-}
-
/*
* handler
* levels
there are two levels:
-ISDN_LOAD will give the load that have to be kept in dsp.
-ISDN_MAXLOAD will give the maximum load before dropping.
+p_m_preload will give the load that have to be kept in dsp.
+ISDN_MAXLOAD (2*p_m_preload) will give the maximum load before dropping.
* procedure for low priority data
see txfromup() for procedure
in short: remote data is ignored during high priority tones
* procedure for high priority data
-whenever load is below ISDN_LOAD, load is filled up to ISDN_LOAD
+whenever load is below p_m_preload, load is filled up to p_m_preload
if no more data is available, load becomes empty again.
'load' variable:
-0 ISDN_LOAD ISDN_MAXLOAD
+0 p_m_preload ISDN_MAXLOAD
+--------------------+----------------------+
| | |
+--------------------+----------------------+
-on empty load or on load below ISDN_LOAD, the load is inceased to ISDN_LOAD:
-0 ISDN_LOAD ISDN_MAXLOAD
+on empty load or on load below p_m_preload, the load is inceased to p_m_preload:
+0 p_m_preload ISDN_MAXLOAD
+--------------------+----------------------+
|TTTTTTTTTTTTTTTTTTTT| |
+--------------------+----------------------+
-on empty load, remote-audio causes the load with the remote audio to be increased to ISDN_LOAD.
-0 ISDN_LOAD ISDN_MAXLOAD
+on empty load, remote-audio causes the load with the remote audio to be increased to p_m_preload.
+0 p_m_preload ISDN_MAXLOAD
+--------------------+----------------------+
|TTTTTTTTTTTTTTTTTTTTRRRRR |
+--------------------+----------------------+
*/
void PmISDN::update_load(void)
{
- /* don't trigger load event if: */
- if (!p_tone_name[0] && !p_m_crypt_msg_loops && !p_m_inband_send_on)
- return;
-
/* don't trigger load event if event already active */
if (p_m_loadtimer.active)
return;
schedule_timer(&p_m_loadtimer, 0, 0); /* no delay the first time */
}
-int load_timer(struct lcr_timer *timer, void *instance, int index)
+static int load_timer(struct lcr_timer *timer, void *instance, int index)
{
class PmISDN *isdnport = (class PmISDN *)instance;
p_m_last_tv_msec = current_time.tv_usec/1000;
/* process only if we have samples and we are active */
- if (elapsed && p_m_mISDNport->b_state[p_m_b_index] == B_STATE_ACTIVE) {
+ if (p_m_mISDNport->b_state[p_m_b_index] != B_STATE_ACTIVE)
+ return;
+
+ if (elapsed) {
/* update load */
if (elapsed < p_m_load)
p_m_load -= elapsed;
p_m_load = 0;
/* to send data, tone must be on */
- if ((p_tone_name[0] || p_m_crypt_msg_loops || p_m_inband_send_on) /* what tones? */
- && (p_m_load < ISDN_LOAD) /* not too much load? */
+ if ((p_tone_name[0] || p_dov_tx || p_m_crypt_msg_loops || p_m_inband_send_on) /* what tones? */
+ && (p_m_load < p_m_preload) /* not too much load? */
&& (p_state==PORT_STATE_CONNECT || p_m_mISDNport->tones || p_m_inband_send_on)) { /* connected or inband-tones? */
- int tosend = ISDN_LOAD - p_m_load, length;
+ int tosend = p_m_preload - p_m_load, length;
unsigned char buf[MISDN_HEADER_LEN+tosend];
struct mISDNhead *frm = (struct mISDNhead *)buf;
unsigned char *p = buf+MISDN_HEADER_LEN;
tosend -= length;
}
+ /* copy dov */
+ if (p_dov_tx) {
+ tosend -= dov_tx(p, tosend);
+ }
+
/* copy tones */
if (p_tone_name[0] && tosend) {
tosend -= read_audio(p, tosend);
}
/* send data */
- if (ISDN_LOAD - p_m_load - tosend > 0) {
+ if (p_m_preload - p_m_load - tosend > 0) {
frm->prim = PH_DATA_REQ;
frm->id = 0;
- ret = sendto(p_m_mISDNport->b_sock[p_m_b_index].fd, buf, MISDN_HEADER_LEN+ISDN_LOAD-p_m_load-tosend, 0, NULL, 0);
+ ret = sendto(p_m_mISDNport->b_sock[p_m_b_index].fd, buf, MISDN_HEADER_LEN+p_m_preload-p_m_load-tosend, 0, NULL, 0);
if (ret <= 0)
- PERROR("Failed to send to socket %d (samples = %d)\n", p_m_mISDNport->b_sock[p_m_b_index].fd, ISDN_LOAD-p_m_load-tosend);
- p_m_load += ISDN_LOAD - p_m_load - tosend;
+ PERROR("Failed to send to socket %d (samples = %d)\n", p_m_mISDNport->b_sock[p_m_b_index].fd, p_m_preload-p_m_load-tosend);
+ p_m_load += p_m_preload - p_m_load - tosend;
}
}
}
- if (p_tone_name[0] || p_m_crypt_msg_loops || p_m_inband_send_on || p_m_load) {
- schedule_timer(&p_m_loadtimer, 0, ISDN_TRANSMIT*125);
- }
+ schedule_timer(&p_m_loadtimer, 0, PORT_TRANSMIT * 125);
}
/* handle timeouts */
void PmISDN::bchannel_receive(struct mISDNhead *hh, unsigned char *data, int len)
{
unsigned int cont = *((unsigned int *)data);
- unsigned char *data_temp;
- unsigned int length_temp;
struct lcr_msg *message;
unsigned char *p;
int l;
end_trace();
if (!p_m_dtmf)
return;
- message = message_create(p_serial, ACTIVE_EPOINT(p_epointlist), PORT_TO_EPOINT, MESSAGE_DTMF);
- message->param.dtmf = cont & DTMF_TONE_MASK;
- PDEBUG(DEBUG_PORT, "PmISDN(%s) PH_CONTROL INDICATION DTMF digit '%c'\n", p_name, message->param.dtmf);
- message_put(message);
+ if (p_type == PORT_TYPE_POTS_FXS_IN && p_state == PORT_STATE_IN_OVERLAP) {
+ class Pfxs *pfxs = (class Pfxs *)this;
+ if (!pfxs->p_m_fxs_allow_dtmf) {
+ PDEBUG(DEBUG_PORT, "PmISDN(%s) DTMF for FXS currently disabled\n", p_name);
+ return;
+ }
+ SCCAT(p_dialinginfo.id, cont & DTMF_TONE_MASK);
+ message = message_create(p_serial, ACTIVE_EPOINT(p_epointlist), PORT_TO_EPOINT, MESSAGE_INFORMATION);
+ message->param.information.id[0] = cont & DTMF_TONE_MASK;
+ PDEBUG(DEBUG_PORT, "PmISDN(%s) PH_CONTROL INDICATION INFORMATION digit '%s'\n", p_name, message->param.information.id);
+ message_put(message);
+ } else {
+ message = message_create(p_serial, ACTIVE_EPOINT(p_epointlist), PORT_TO_EPOINT, MESSAGE_DTMF);
+ message->param.dtmf = cont & DTMF_TONE_MASK;
+ PDEBUG(DEBUG_PORT, "PmISDN(%s) PH_CONTROL INDICATION DTMF digit '%c'\n", p_name, message->param.dtmf);
+ message_put(message);
+ }
return;
}
switch(cont) {
// printf(".");fflush(stdout);return;
if (p_record)
record(data, len, 1); // from up
+ if (p_tap)
+ tap(data, len, 1); // from up
return;
}
if (hh->prim != PH_DATA_IND && hh->prim != DL_DATA_IND) {
return;
}
+ /* dov is processed */
+ if (p_dov_rx)
+ dov_rx(data, len);
+
/* inband is processed */
if (p_m_inband_receive_on)
inband_receive(data, len);
+ /* send to remote, if bridged */
+ bridge_tx(data, len);
+
/* calls will not process any audio data unless
* the call is connected OR tones feature is enabled.
*/
/* record data */
if (p_record)
record(data, len, 0); // from down
+ if (p_tap)
+ tap(data, len, 0); // from down
/* randomize and listen to crypt message if enabled */
if (p_m_crypt_listen) {
cryptman_listen_bch(data, len);
}
-
- p = data;
-
- /* send data to epoint */
- if (p_m_joindata && ACTIVE_EPOINT(p_epointlist)) { /* only if we have an epoint object */
- length_temp = len;
- data_temp = p;
- while(length_temp) {
- message = message_create(p_serial, ACTIVE_EPOINT(p_epointlist), PORT_TO_EPOINT, MESSAGE_DATA);
- message->param.data.len = (length_temp>sizeof(message->param.data.data))?sizeof(message->param.data.data):length_temp;
- memcpy(message->param.data.data, data_temp, message->param.data.len);
- message_put(message);
- if (length_temp <= sizeof(message->param.data.data))
- break;
- data_temp += sizeof(message->param.data.data);
- length_temp -= sizeof(message->param.data.data);
- }
- }
}
/* if no directory is given (by extension), we use interface.conf or options.conf */
if (!dir || !dir[0]) {
- if (p_m_mISDNport->ifport->tones_dir[0])
- dir = p_m_mISDNport->ifport->tones_dir;
- else if (options.tones_dir[0])
+ if (p_tones_interface[0])
+ dir = p_tones_interface;
+ else
dir = options.tones_dir;
}
set_conf(oldconf, newconf);
break;
- case mISDNSIGNAL_JOINDATA:
- if (p_m_joindata != param->mISDNsignal.joindata) {
- p_m_joindata = param->mISDNsignal.joindata;
- PDEBUG(DEBUG_BCHANNEL, "we change to joindata=%d.\n", p_m_joindata);
- update_rxoff();
- } else
- PDEBUG(DEBUG_BCHANNEL, "we already have joindata=%d.\n", p_m_joindata);
- break;
-
case mISDNSIGNAL_DELAY:
if (p_m_delay != param->mISDNsignal.delay) {
p_m_delay = param->mISDNsignal.delay;
p_m_crypt_msg_current = 0; /* reset */
p_m_crypt_msg_loops = 6; /* enable */
update_rxoff();
- update_load();
#if 0
/* disable txmix, or we get corrupt data due to audio process */
if (p_m_txmix && p_m_b_index>=0 && p_m_mISDNport->b_mode[p_m_b_index] == B_MODE_TRANSPARENT) {
}
+/* MESSAGE_VOOTP */
+void PmISDN::message_vootp(unsigned int epoint_id, int message_id, union parameter *param)
+{
+ struct lcr_msg *message;
+
+ message = message_create(p_serial, ACTIVE_EPOINT(p_epointlist), PORT_TO_EPOINT, MESSAGE_UPDATEBRIDGE);
+ message_put(message);
+
+#if 0
+does not make sense, since remote port may dejitter
+ if (param->vootp.enable) {
+ PDEBUG(DEBUG_ISDN, "PmISDN(%s) received vootp enable order, so we disable de-jitter.\n", p_name);
+ p_m_disable_dejitter = 1;
+ }
+#endif
+ update_rxoff();
+}
+
/*
* endpoint sends messages to the port
*/
int PmISDN::message_epoint(unsigned int epoint_id, int message_id, union parameter *param)
{
- if (Port::message_epoint(epoint_id, message_id, param))
- return(1);
-
+ /* messages also handled by base class */
switch(message_id) {
- case MESSAGE_DATA: /* tx-data from upper layer */
- txfromup(param->data.data, param->data.len);
- return(1);
+ case MESSAGE_VOOTP: /* crypt control command */
+ PDEBUG(DEBUG_ISDN, "PmISDN(%s) received VoOTP encryption\n", p_name);
+ message_vootp(epoint_id, message_id, param);
+ break;
+ }
+ if (Port::message_epoint(epoint_id, message_id, param)) {
+ if (message_id == MESSAGE_BRIDGE)
+ update_rxoff();
+ return 1;
+ }
+
+ /* messages not handled by base class */
+ switch(message_id) {
case MESSAGE_mISDNSIGNAL: /* user command */
PDEBUG(DEBUG_ISDN, "PmISDN(%s) received special ISDN SIGNAL %d.\n", p_name, param->mISDNsignal.message);
message_mISDNsignal(epoint_id, message_id, param);
- return(1);
+ return 1;
case MESSAGE_CRYPT: /* crypt control command */
PDEBUG(DEBUG_ISDN, "PmISDN(%s) received encryption command '%d'.\n", p_name, param->crypt.type);
message_crypt(epoint_id, message_id, param);
- return(1);
+ return 1;
+
+ case MESSAGE_DISABLE_DEJITTER:
+ PDEBUG(DEBUG_ISDN, "PmISDN(%s) received de-jitter disable order.\n", p_name);
+ p_m_disable_dejitter = 1;
+ p_m_preload = param->queue;
+ update_rxoff();
+ return 1;
}
- return(0);
+ return 0;
}
void PmISDN::update_rxoff(void)
{
+ int tx_dejitter = 0;
+
/* call bridges in user space OR crypto OR recording */
- if (p_m_joindata || p_m_crypt_msg_loops || p_m_crypt_listen || p_record || p_m_inband_receive_on) {
+ if (p_bridge || p_m_crypt_msg_loops || p_m_crypt_listen || p_record || p_tap || p_m_inband_receive_on || p_dov_rx) {
/* rx IS required */
if (p_m_rxoff) {
/* turn on RX */
ph_control(p_m_mISDNport, this, p_m_mISDNport->b_sock[p_m_b_index].fd, DSP_RECEIVE_OFF, 0, "DSP-RXOFF", 1);
}
}
- /* recording */
- if (p_record) {
+ /* recording / tapping */
+ if (p_record || p_tap) {
/* txdata IS required */
if (!p_m_txdata) {
/* turn on RX */
ph_control(p_m_mISDNport, this, p_m_mISDNport->b_sock[p_m_b_index].fd, DSP_TXDATA_OFF, 0, "DSP-TXDATA", 0);
}
}
+ /* dejitter on bridge */
+ if (p_bridge && !p_m_disable_dejitter)
+ tx_dejitter = 1;
+ if (p_m_tx_dejitter != tx_dejitter) {
+ p_m_tx_dejitter = tx_dejitter;
+ PDEBUG(DEBUG_BCHANNEL, "we change dejitter mode to %s.\n", (p_m_tx_dejitter) ? "on" : "off");
+ if (p_m_b_index > -1)
+ if (p_m_mISDNport->b_state[p_m_b_index] == B_STATE_ACTIVE && p_m_mISDNport->b_mode[p_m_b_index] == B_MODE_TRANSPARENT)
+ ph_control(p_m_mISDNport, this, p_m_mISDNport->b_sock[p_m_b_index].fd, DSP_TX_DEJITTER, p_m_tx_dejitter, "DSP-TX_DEJITTER", p_m_tx_dejitter);
+ }
}
static int mISDN_upqueue(struct lcr_fd *fd, unsigned int what, void *instance, int i)
struct mbuffer *mb;
struct l3_msg *l3m;
char byte;
- int ret;
+ int __attribute__((__unused__)) ret;
/* unset global semaphore */
upqueue_avail = 0;
mISDNport = mISDNport_first;
while(mISDNport) {
/* handle queued up-messages (d-channel) */
- if (!mISDNport->isloopback) {
- while ((mb = mdequeue(&mISDNport->upqueue))) {
- l3m = &mb->l3;
- switch(l3m->type) {
- case MPH_ACTIVATE_IND:
- if (mISDNport->l1link != 1) {
- l1l2l3_trace_header(mISDNport, NULL, L1_ACTIVATE_IND, DIRECTION_IN);
- end_trace();
- mISDNport->l1link = 1;
- }
+ while ((mb = mdequeue(&mISDNport->upqueue))) {
+ l3m = &mb->l3;
+ switch(l3m->type) {
+ case MPH_ACTIVATE_IND:
+ if (mISDNport->l1link != 1) {
+ l1l2l3_trace_header(mISDNport, NULL, L1_ACTIVATE_IND, DIRECTION_IN);
+ end_trace();
+ mISDNport->l1link = 1;
+ }
+ break;
+
+ case MPH_DEACTIVATE_IND:
+ if (mISDNport->l1link != 0) {
+ l1l2l3_trace_header(mISDNport, NULL, L1_DEACTIVATE_IND, DIRECTION_IN);
+ end_trace();
+ mISDNport->l1link = 0;
+ }
+ break;
+
+ case MPH_INFORMATION_IND:
+ PDEBUG(DEBUG_ISDN, "Received MPH_INFORMATION_IND for port %d (%s).\n", mISDNport->portnum, mISDNport->ifport->interface->name);
+ switch (l3m->pid) {
+ case L1_SIGNAL_LOS_ON:
+ mISDNport->los = 1;
break;
-
- case MPH_DEACTIVATE_IND:
- if (mISDNport->l1link != 0) {
- l1l2l3_trace_header(mISDNport, NULL, L1_DEACTIVATE_IND, DIRECTION_IN);
- end_trace();
- mISDNport->l1link = 0;
- }
+ case L1_SIGNAL_LOS_OFF:
+ mISDNport->los = 0;
+ break;
+ case L1_SIGNAL_AIS_ON:
+ mISDNport->ais = 1;
break;
+ case L1_SIGNAL_AIS_OFF:
+ mISDNport->ais = 0;
+ break;
+ case L1_SIGNAL_RDI_ON:
+ mISDNport->rdi = 1;
+ break;
+ case L1_SIGNAL_RDI_OFF:
+ mISDNport->rdi = 0;
+ break;
+ case L1_SIGNAL_SLIP_TX:
+ mISDNport->slip_tx++;
+ break;
+ case L1_SIGNAL_SLIP_RX:
+ mISDNport->slip_rx++;
+ break;
+ }
+ break;
- case MPH_INFORMATION_IND:
- PDEBUG(DEBUG_ISDN, "Received MPH_INFORMATION_IND for port %d (%s).\n", mISDNport->portnum, mISDNport->ifport->interface->name);
- switch (l3m->pid) {
- case L1_SIGNAL_LOS_ON:
- mISDNport->los = 1;
- break;
- case L1_SIGNAL_LOS_OFF:
- mISDNport->los = 0;
- break;
- case L1_SIGNAL_AIS_ON:
- mISDNport->ais = 1;
- break;
- case L1_SIGNAL_AIS_OFF:
- mISDNport->ais = 0;
- break;
- case L1_SIGNAL_RDI_ON:
- mISDNport->rdi = 1;
- break;
- case L1_SIGNAL_RDI_OFF:
- mISDNport->rdi = 0;
- break;
- case L1_SIGNAL_SLIP_TX:
- mISDNport->slip_tx++;
- break;
- case L1_SIGNAL_SLIP_RX:
- mISDNport->slip_rx++;
- break;
+ case MT_L2ESTABLISH:
+ l1l2l3_trace_header(mISDNport, NULL, L2_ESTABLISH_IND, DIRECTION_IN);
+ add_trace("tei", NULL, "%d", l3m->pid);
+ end_trace();
+ mISDNport->l2link = 1;
+ if (l3m->pid < 128)
+ mISDNport->l2mask[l3m->pid >> 3] |= (1 << (l3m->pid & 7));
+ if ((!mISDNport->ntmode || mISDNport->ptp) && l3m->pid < 127) {
+ if (mISDNport->l2establish.active) {
+ unsched_timer(&mISDNport->l2establish);
+ PDEBUG(DEBUG_ISDN, "the link became active before l2establish timer expiry.\n");
}
- break;
+ }
+ break;
- case MT_L2ESTABLISH:
- l1l2l3_trace_header(mISDNport, NULL, L2_ESTABLISH_IND, DIRECTION_IN);
+ case MT_L2RELEASE:
+ if (l3m->pid < 128)
+ mISDNport->l2mask[l3m->pid >> 3] &= ~(1 << (l3m->pid & 7));
+ if (!mISDNport->l2establish.active) {
+ l1l2l3_trace_header(mISDNport, NULL, L2_RELEASE_IND, DIRECTION_IN);
add_trace("tei", NULL, "%d", l3m->pid);
end_trace();
- mISDNport->l2link = 1;
- if (l3m->pid < 128)
- mISDNport->l2mask[l3m->pid >> 3] |= (1 << (l3m->pid & 7));
- if ((!mISDNport->ntmode || mISDNport->ptp) && l3m->pid < 127) {
- if (mISDNport->l2establish.active) {
- unsched_timer(&mISDNport->l2establish);
- PDEBUG(DEBUG_ISDN, "the link became active before l2establish timer expiry.\n");
- }
- }
- break;
-
- case MT_L2RELEASE:
- if (l3m->pid < 128)
- mISDNport->l2mask[l3m->pid >> 3] &= ~(1 << (l3m->pid & 7));
- if (!mISDNport->l2establish.active) {
- l1l2l3_trace_header(mISDNport, NULL, L2_RELEASE_IND, DIRECTION_IN);
- add_trace("tei", NULL, "%d", l3m->pid);
- end_trace();
- /* down if not nt-ptmp */
- if (!mISDNport->ntmode || mISDNport->ptp)
- mISDNport->l2link = 0;
- }
- if (!mISDNport->isloopback && (!mISDNport->ntmode || mISDNport->ptp) && l3m->pid < 127) {
- if (!mISDNport->l2establish.active && mISDNport->l2hold) {
- PDEBUG(DEBUG_ISDN, "set timer and establish.\n");
- schedule_timer(&mISDNport->l2establish, 5, 0);
- mISDNport->ml3->to_layer3(mISDNport->ml3, MT_L2ESTABLISH, 0, NULL);
- }
+ /* down if not nt-ptmp */
+ if (!mISDNport->ntmode || mISDNport->ptp)
+ mISDNport->l2link = 0;
+ }
+ if ((!mISDNport->ntmode || mISDNport->ptp) && l3m->pid < 127) {
+ if (!mISDNport->l2establish.active && mISDNport->l2hold) {
+ PDEBUG(DEBUG_ISDN, "set timer and establish.\n");
+ schedule_timer(&mISDNport->l2establish, 5, 0);
+ mISDNport->ml3->to_layer3(mISDNport->ml3, MT_L2ESTABLISH, 0, NULL);
}
- break;
-
- default:
- /* l3-data is sent to LCR */
- stack2manager(mISDNport, l3m->type, l3m->pid, l3m);
}
- /* free message */
- free_l3_msg(l3m);
+ break;
+
+ default:
+ /* l3-data is sent to LCR */
+ stack2manager(mISDNport, l3m->type, l3m->pid, l3m);
}
+ /* free message */
+ free_l3_msg(l3m);
}
mISDNport = mISDNport->next;
}
{
struct mISDNport *mISDNport = (struct mISDNport *)instance;
- if (!mISDNport->isloopback && mISDNport->l2hold && (mISDNport->ptp || !mISDNport->ntmode)) {
+ if (mISDNport->l2hold && (mISDNport->ptp || !mISDNport->ntmode)) {
PDEBUG(DEBUG_ISDN, "the L2 establish timer expired, we try to establish the link portnum=%d.\n", mISDNport->portnum);
mISDNport->ml3->to_layer3(mISDNport->ml3, MT_L2ESTABLISH, 0, NULL);
schedule_timer(&mISDNport->l2establish, 5, 0); /* 5 seconds */
static int b_timer_timeout(struct lcr_timer *timer, void *instance, int i)
{
struct mISDNport *mISDNport = (struct mISDNport *)instance;
-puts("fires");
bchannel_event(mISDNport, i, B_EVENT_TIMEOUT);
// this is no problem.
upqueue_avail = 1;
char byte = 0;
- int ret;
+ int __attribute__((__unused__)) ret;
ret = write(upqueue_pipe[1], &byte, 1);
}
return 0;
struct mISDN_devinfo devinfo;
int port = 0, ret;
+ memset(&devinfo, 0, sizeof(devinfo));
+
/* resolve name */
while (port < cnt) {
devinfo.id = port;
return (port);
}
+#ifdef ISDN_P_FXS_POTS
+/* handle frames from pots */
+static int pots_sock_callback(struct lcr_fd *fd, unsigned int what, void *instance, int i)
+{
+ struct mISDNport *mISDNport = (struct mISDNport *)instance;
+ unsigned char buffer[2048+MISDN_HEADER_LEN];
+ struct mISDNhead *hh = (struct mISDNhead *)buffer;
+ unsigned int cont;
+ int ret;
+
+ ret = recv(fd->fd, buffer, sizeof(buffer), 0);
+ if (ret < 0) {
+ PERROR("read error frame, errno %d\n", errno);
+ return 0;
+ }
+ if (ret < (int)MISDN_HEADER_LEN) {
+ PERROR("read short frame, got %d, expected %d\n", ret, (int)MISDN_HEADER_LEN);
+ return 0;
+ }
+ switch(hh->prim) {
+ case PH_CONTROL_IND:
+ cont = *((unsigned int *)(buffer + MISDN_HEADER_LEN));
+ /* l1-control is sent to LCR */
+ if (mISDNport->ntmode)
+ stack2manager_fxs(mISDNport, cont);
+ else
+ PERROR("FXO not supported!\n");
+ break;
+ case PH_ACTIVATE_REQ:
+ break;
+
+ default:
+ PERROR("child message not handled: prim(0x%x) socket(%d) msg->len(%d)\n", hh->prim, fd->fd, ret-MISDN_HEADER_LEN);
+ }
+
+ return 0;
+}
+#endif
+
/*
* global function to add a new card (port)
*/
int force_nt = ifport->nt;
int l1hold = ifport->l1hold;
int l2hold = ifport->l2hold;
- int loop = 0;
int ss5 = ifport->ss5;
int i, cnt;
int pri, bri, pots;
struct mISDN_devinfo devinfo;
unsigned int protocol, prop;
-#if defined WITH_GSM_BS && defined WITH_GSM_MS
- loop = ifport->gsm_ms | ifport->gsm_bs;
-#else
-#ifdef WITH_GSM_BS
- loop = ifport->gsm_bs;
-#endif
-#ifdef WITH_GSM_MS
- loop = ifport->gsm_ms;
-#endif
-#endif
-//printf("%s == %s\n", ifport->portname, options.loopback_int);
- if (!strcmp(ifport->portname, options.loopback_lcr))
- loop = 1;
-
- if (loop) {
- if (mISDNloop_open())
- return NULL;
- }
+ memset(&devinfo, 0, sizeof(devinfo));
/* check port counts */
ret = ioctl(mISDNsocket, IMGETCOUNT, &cnt);
if (port < 0) {
port = mISDN_getportbyname(mISDNsocket, cnt, ifport->portname);
if (port < 0) {
- if (loop)
- PERROR_RUNTIME("Port name '%s' not found, did you load loopback interface?.\n", ifport->portname);
- else
- PERROR_RUNTIME("Port name '%s' not found, use 'misdn_info' tool to list all existing ports.\n", ifport->portname);
+ PERROR_RUNTIME("Port name '%s' not found, use 'misdn_info' tool to list all existing ports.\n", ifport->portname);
return(NULL);
}
// note: 'port' has still the port number
pri = 1;
nt = 1;
}
-#ifdef ISDN_P_FXS
- if (devinfo.Dprotocols & (1 << ISDN_P_FXS)) {
+#ifdef ISDN_P_FXS_POTS
+ if (devinfo.Dprotocols & (1 << ISDN_P_FXO_POTS)) {
pots = 1;
te = 1;
}
-#endif
-#ifdef ISDN_P_FXO
- if (devinfo.Dprotocols & (1 << ISDN_P_FXO)) {
+ if (devinfo.Dprotocols & (1 << ISDN_P_FXS_POTS)) {
pots = 1;
nt = 1;
}
#endif
if (force_nt && !nt) {
- PERROR_RUNTIME("Port %d does not support NT-mode\n", port);
+ if (!pots)
+ PERROR_RUNTIME("Port %d does not support NT-mode\n", port);
+ else
+ PERROR_RUNTIME("Port %d does not support FXS-mode\n", port);
return(NULL);
}
if (bri && pri) {
PERROR_RUNTIME("Port %d supports BRI and PRI?? What kind of controller is that?. (Can't use this!)\n", port);
return(NULL);
}
- if (pots && !bri && !pri) {
- PERROR_RUNTIME("Port %d supports POTS, LCR does not!\n", port);
- return(NULL);
- }
- if (!bri && !pri) {
- PERROR_RUNTIME("Port %d does not support BRI nor PRI!\n", port);
+ if (!bri && !pri && !pots) {
+ PERROR_RUNTIME("Port %d does not support BRI nor PRI nor POTS!\n", port);
return(NULL);
}
if (!nt && !te) {
/* if TE an NT is supported (and not forced to NT), turn off NT */
if (te && nt)
nt = 0;
+ if (pots && te) {
+ PERROR_RUNTIME("Port %d uses FXO-mode, but not supported by LCR!\n", port);
+ return(NULL);
+ }
/* check for double use of port */
if (nt) {
mISDNportp = &((*mISDNportp)->next);
mISDNport = (struct mISDNport *)MALLOC(sizeof(struct mISDNport));
add_timer(&mISDNport->l2establish, l2establish_timeout, mISDNport, 0);
- if (loop | ss5) {
- /* loop/ss5 link is always active */
+ if (ss5) {
+ /* ss5 link is always active */
mISDNport->l1link = 1;
mISDNport->l2link = 1;
} else {
mISDNport->l1link = -1;
mISDNport->l2link = -1;
}
-#ifdef WITH_GSM_BS
- mISDNport->gsm_bs = ifport->gsm_bs;
-#endif
-#ifdef WITH_GSM_MS
- mISDNport->gsm_ms = ifport->gsm_ms;
-#endif
- mISDNport->isloopback = loop;
pmemuse++;
*mISDNportp = mISDNport;
}
/* allocate ressources of port */
- protocol = (nt)?L3_PROTOCOL_DSS1_NET:L3_PROTOCOL_DSS1_USER;
- prop = (1 << MISDN_FLG_L2_CLEAN);
- if (ptp) // ptp forced
- prop |= (1 << MISDN_FLG_PTP);
- if (nt) // supports hold/retrieve on nt-mode
- prop |= (1 << MISDN_FLG_NET_HOLD);
- if (l1hold) // supports layer 1 hold
- prop |= (1 << MISDN_FLG_L1_HOLD);
- if (l2hold) // supports layer 2 hold
- prop |= (1 << MISDN_FLG_L2_HOLD);
- /* open layer 3 and init upqueue */
- if (loop) {
- unsigned long on = 1;
- struct sockaddr_mISDN addr;
-
- if (devinfo.nrbchan < 8) {
- printf("loop port %d has a low number of bchannels. (only %d) remember that all interfaces that requires a loopback could run out of channels\n", port, devinfo.nrbchan);
-// mISDNport_close(mISDNport);
-// return(NULL);
- }
-
- if ((mISDNport->lcr_sock = socket(PF_ISDN, SOCK_DGRAM, (bri) ? ISDN_P_TE_S0 : ISDN_P_TE_E1)) < 0) {
- PERROR_RUNTIME("loop port %d failed to open socket.\n", port);
+ if (!pots) {
+ /* ISDN */
+ protocol = (nt)?L3_PROTOCOL_DSS1_NET:L3_PROTOCOL_DSS1_USER;
+ prop = (1 << MISDN_FLG_L2_CLEAN);
+ if (ptp) // ptp forced
+ prop |= (1 << MISDN_FLG_PTP);
+ if (nt) // supports hold/retrieve on nt-mode
+ prop |= (1 << MISDN_FLG_NET_HOLD);
+ if (l1hold) // supports layer 1 hold
+ prop |= (1 << MISDN_FLG_L1_HOLD);
+ if (l2hold) // supports layer 2 hold
+ prop |= (1 << MISDN_FLG_L2_HOLD);
+ /* open layer 3 and init upqueue */
+ /* queue must be initializes, because l3-thread may send messages during open_layer3() */
+ mqueue_init(&mISDNport->upqueue);
+ mISDNport->ml3 = open_layer3(port, protocol, prop , do_layer3, mISDNport);
+ if (!mISDNport->ml3) {
+ mqueue_purge(&mISDNport->upqueue);
+ PERROR_RUNTIME("open_layer3() failed for port %d\n", port);
+ start_trace(port,
+ ifport->interface,
+ NULL,
+ NULL,
+ DIRECTION_NONE,
+ CATEGORY_CH,
+ 0,
+ "PORT (open failed)");
+ end_trace();
mISDNport_close(mISDNport);
return(NULL);
}
- /* set nonblocking io */
- if (ioctl(mISDNport->lcr_sock, FIONBIO, &on) < 0) {
- PERROR_RUNTIME("loop port %d failed to set socket into nonblocking io.\n", port);
- mISDNport_close(mISDNport);
- return(NULL);
+ } else {
+#ifdef ISDN_P_FXS_POTS
+ /* POTS */
+ int sock, ret;
+ struct sockaddr_mISDN addr;
+ struct mISDNhead act;
+
+ /* open socket */
+ /* queue must be initializes, because even pots interfaces are checked at mISDN_upqueue loop */
+ mqueue_init(&mISDNport->upqueue);
+ sock = socket(PF_ISDN, SOCK_DGRAM, (nt) ? ISDN_P_FXS_POTS : ISDN_P_FXO_POTS);
+ if (sock < 0) {
+ PERROR_RUNTIME("Cannot open mISDN due to '%s'.\n", strerror(errno));
+ return NULL;
}
/* bind socket to dchannel */
- memset(&addr, 0, sizeof(addr));
addr.family = AF_ISDN;
addr.dev = port;
addr.channel = 0;
- if (bind(mISDNport->lcr_sock, (struct sockaddr *)&addr, sizeof(addr)) < 0) {
- PERROR_RUNTIME("loop port %d failed to bind socket. (errno %d)\n", port, errno);
- mISDNport_close(mISDNport);
- return(NULL);
- }
- } else {
- /* queue must be initializes, because l3-thread may send messages during open_layer3() */
- mqueue_init(&mISDNport->upqueue);
- mISDNport->ml3 = open_layer3(port, protocol, prop , do_layer3, mISDNport);
- if (!mISDNport->ml3) {
- mqueue_purge(&mISDNport->upqueue);
- PERROR_RUNTIME("open_layer3() failed for port %d\n", port);
+ ret = bind(sock, (struct sockaddr *)&addr, sizeof(addr));
+ if (ret < 0) {
+ PERROR_RUNTIME("Error: Failed to bind pots control channel\n");
start_trace(port,
ifport->interface,
NULL,
0,
"PORT (open failed)");
end_trace();
- mISDNport_close(mISDNport);
return(NULL);
}
+ act.prim = PH_ACTIVATE_REQ;
+ act.id = 0;
+ ret = sendto(sock, &act, MISDN_HEADER_LEN, 0, NULL, 0);
+ if (ret <= 0)
+ PERROR("Failed to send to socket %d\n", sock);
+ mISDNport->pots_sock.fd = sock;
+ register_fd(&mISDNport->pots_sock, LCR_FD_READ, pots_sock_callback, mISDNport, i);
+#endif
}
SCPY(mISDNport->name, devinfo.name);
mISDNport->b_num = devinfo.nrbchan;
mISDNport->portnum = port;
mISDNport->ntmode = nt;
+ mISDNport->pots = pots;
mISDNport->tespecial = ifport->tespecial;
mISDNport->pri = pri;
mISDNport->ptp = ptp;
}
/* if ptp, pull up the link */
- if (!mISDNport->isloopback && mISDNport->l2hold && (mISDNport->ptp || !mISDNport->ntmode)) {
+ if (!pots && mISDNport->l2hold && (mISDNport->ptp || !mISDNport->ntmode)) {
mISDNport->ml3->to_layer3(mISDNport->ml3, MT_L2ESTABLISH, 0, NULL);
l1l2l3_trace_header(mISDNport, NULL, L2_ESTABLISH_REQ, DIRECTION_OUT);
add_trace("tei", NULL, "%d", 0);
schedule_timer(&mISDNport->l2establish, 5, 0); /* 5 seconds */
}
- /* for nt-mode ptmp the link is always up */
- if (mISDNport->ntmode && !mISDNport->ptp)
+ /* for POTS or nt-mode ptmp the link is always up */
+ if (pots || (mISDNport->ntmode && !mISDNport->ptp))
mISDNport->l2link = 1;
PDEBUG(DEBUG_BCHANNEL, "using 'mISDN_dsp.o' module\n");
CATEGORY_CH,
0,
"PORT (open)");
- add_trace("mode", NULL, (mISDNport->ntmode)?"network":"terminal");
+ if (!pots)
+ add_trace("mode", NULL, (mISDNport->ntmode)?"network":"terminal");
+ else
+ add_trace("mode", NULL, (mISDNport->ntmode)?"FXS":"FXO");
add_trace("channels", NULL, "%d", mISDNport->b_num);
if (mISDNport->ss5)
add_trace("ccitt#5", NULL, "enabled");
del_timer(&mISDNport->l2establish);
/* close layer 3, if open */
- if (!mISDNport->isloopback && mISDNport->ml3) {
+ if (mISDNport->ml3) {
close_layer3(mISDNport->ml3);
}
- /* close gsm socket, if open */
- if (mISDNport->isloopback && mISDNport->lcr_sock > -1) {
- close(mISDNport->lcr_sock);
+ /* close layer 1, if open */
+ if (mISDNport->pots_sock.fd) {
+ unregister_fd(&mISDNport->pots_sock);
+ close(mISDNport->pots_sock.fd);
}
/* purge upqueue */
- if (!mISDNport->isloopback)
- mqueue_purge(&mISDNport->upqueue);
+ mqueue_purge(&mISDNport->upqueue);
/* remove from list */
mISDNportp = &mISDNport_first;
/*
- * enque data from upper buffer
+ * enque data from remote port
*/
-void PmISDN::txfromup(unsigned char *data, int length)
+int PmISDN::bridge_rx(unsigned char *data, int length)
{
- unsigned char buf[MISDN_HEADER_LEN+((length>ISDN_LOAD)?length:ISDN_LOAD)];
+ unsigned char buf[MISDN_HEADER_LEN+((length>p_m_preload)?length:p_m_preload)];
struct mISDNhead *hh = (struct mISDNhead *)buf;
int ret;
+ if ((ret = Port::bridge_rx(data, length)))
+ return ret;
+
if (p_m_b_index < 0)
- return;
+ return -EIO;
if (p_m_mISDNport->b_state[p_m_b_index] != B_STATE_ACTIVE)
- return;
+ return -EINVAL;
/* check if high priority tones exist
* ignore data in this case
*/
- if (p_tone_name[0] || p_m_crypt_msg_loops || p_m_inband_send_on)
- return;
+ if (p_tone_name[0] || p_dov_tx || p_m_crypt_msg_loops || p_m_inband_send_on)
+ return -EBUSY;
/* preload procedure
* if transmit buffer in DSP module is empty,
* preload it to DSP_LOAD to prevent jitter gaps.
+ *
+ * if load runs empty, preload again.
*/
- if (p_m_load == 0 && ISDN_LOAD > 0) {
+ if (p_m_disable_dejitter && p_m_load == 0 && p_m_preload > 0) {
+//printf("preload=%d\n", p_m_preload);
hh->prim = PH_DATA_REQ;
hh->id = 0;
- memset(buf+MISDN_HEADER_LEN, (options.law=='a')?0x2a:0xff, ISDN_LOAD);
- ret = sendto(p_m_mISDNport->b_sock[p_m_b_index].fd, buf, MISDN_HEADER_LEN+ISDN_LOAD, 0, NULL, 0);
+ memset(buf+MISDN_HEADER_LEN, silence, p_m_preload);
+ ret = sendto(p_m_mISDNport->b_sock[p_m_b_index].fd, buf, MISDN_HEADER_LEN+p_m_preload, 0, NULL, 0);
if (ret <= 0)
PERROR("Failed to send to socket %d\n", p_m_mISDNport->b_sock[p_m_b_index].fd);
- p_m_load += ISDN_LOAD;
- schedule_timer(&p_m_loadtimer, 0, ISDN_TRANSMIT*125);
+ p_m_load += p_m_preload;
+ schedule_timer(&p_m_loadtimer, 0, PORT_TRANSMIT * 125);
}
/* drop if load would exceed ISDN_MAXLOAD
* this keeps the delay not too high
*/
- if (p_m_load+length > ISDN_MAXLOAD)
- return;
+//printf("load=%d len=%d 2*preload=%d\n", p_m_load, length, p_m_preload << 1);
+ if (p_m_disable_dejitter && p_m_preload > 0 && p_m_load+length > (p_m_preload << 1))
+ return -EINVAL;
/* make and send frame */
hh->prim = PH_DATA_REQ;
if (ret <= 0)
PERROR("Failed to send to socket %d\n", p_m_mISDNport->b_sock[p_m_b_index].fd);
p_m_load += length;
+
+ return 0;
}
int PmISDN::inband_send(unsigned char *buffer, int len)
{
PDEBUG(DEBUG_PORT, "turning inband signalling send on.\n");
p_m_inband_send_on = 1;
- /* trigger inband transmit */
- update_load();
}
void PmISDN::inband_send_off(void)
projects / lcr.git / blobdiff