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deedle_command.cpp
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deedle_command.cpp
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//
// deedle_command.c
// deedlecore
//
// Created by Justin Jack on 9/17/18.
// Copyright © 2018 Justin Jack. All rights reserved.
//
#include "deedle_command.h"
#ifdef __APPLE__
#include <sys/select.h>
#include <sys/time.h>
#include <sys/types.h>
#endif
void voicemail_change(int extension, int messages_waiting, int vm_new, int vm_new_urgent, int vm_old, int vm_old_urgent) {
vm_request.vm_new = vm_new;
vm_request.vm_new_urgent = vm_new_urgent;
vm_request.vm_old = vm_old;
vm_request.vm_waiting = messages_waiting;
vm_request.vm_old_urgent = vm_old_urgent;
vm_request.collect_me = 1;
}
SOCKET deedle_command_connect( unsigned long ip, unsigned short port ) {
char ipaddress[50] = {0};
if (db_inet_ntop(AF_INET, &ip, ipaddress, 50)) {
return tcpconnect(ipaddress, port, 0);
}
printf("deedle_command.c > deedle_command_connect(): db_inet_ntop() failed.\n");
return 0;
}
DEEDLE_COMMAND *init_deedle_command( void ) {
memset(&gvm_request, 0, sizeof(GROUP_VOICEMAIL_REQUEST));
memset(&vm_request, 0, sizeof(GROUP_VOICEMAIL_REQUEST));
return (DEEDLE_COMMAND *)calloc(sizeof(DEEDLE_COMMAND), 1);
}
int start_deedle_command_thread( DEEDLE_COMMAND *config ) {
int i = 0;
if (!config) return 0;
/* Check configuration options here */
/* Get the IP Address to which we need to connect */
if (config->configuration.deedlex_ip == 0) {
for (i = 0; i < config->configuration.deedle_server_count; i++) {
config->configuration.deedlex_ip =
db_get_host_ip_address(config->configuration.deedle_server_ip_list[i]);
if (config->configuration.deedlex_ip != 0) {
break;
}
}
if (config->configuration.deedlex_ip == 0) {
printf("No IP address configured for DEEDLEX\n");
return 0;
}
}
if (config->configuration.deedlex_port == 0) {
printf("Please specify the PORT on which DEEDLEX is listenting.\n");
return 0;
}
config->deedle_thread_running = 1;
if (db_create_thread(&deedle_command_thread, (void *)config, &config->command_thread) ) {
return 1;
}
/* Thread creation failed */
config->deedle_thread_running = 0;
return 0;
}
void dc_socket_failure( DEEDLE_COMMAND *config ) {
printf("Deedle Command socket failure...\n");
config->socket_error_condition = 1;
config->socket_retry = 0;
}
int stop_deedle_command_thread( DEEDLE_COMMAND *config ) {
if (config->deedle_thread_running == 0) {
return 1;
}
config->deedle_thread_running = 0;
if (config->command_thread) {
db_thread_join(&config->command_thread);
}
printf("Stopped deedle command thread!\n");
return 1;
}
void send_to_deedlex( DEEDLE_COMMAND *config, char *buffer_to_send, size_t length ) {
int result = 0;
if (!config) return;
if (length == 0) return;
if (config->socket_error_condition == 1) {
printf("* Cancelling \"send_to_deedlex\" due to command socket being in an error state.\n");
if (!config->deedle_thread_running) {
printf("\tstart_deedle_command_thread()\n");
start_deedle_command_thread(config);
}
return;
}
if (config->socket) {
result = (int)send(config->socket, buffer_to_send, (int)length, 0);
if (result <= 0) {
printf("send_to_deedlex() failed..\n");
dc_socket_failure(config);
} else {
// printf("Sent \"%.*s\" (%d bytes)\n\n", (int)length, buffer_to_send, result);
config->socket_error_condition = 0;
}
}
}
size_t make_call_list(SIGNAL *signal, char **calllist) {
char *cl_string = 0;
CALLINFO *call_list = 0;
size_t call_count = 0, i = 0;
const char call_obj[] = "{\"callid\":\"%s\", \"incoming\":%d ,\"intercom\":%d ,\"duration\":%zu, \"caller_name\":\"%s\", \"status\":\"%s\", \"talking_to\":\"%s\", \"did\":\"%s\", \"call_missed\":%d, \"uniqueid\":\"%s\" }";
char call[sizeof(call_obj) + 500];
if (!signal) return 0;
*calllist = 0;
call_count = signal->get_call_list(&call_list);
if (call_count > 0) {
cl_string = (char *)calloc( ( (strlen(call_obj)+1000) * call_count), 1);
if (cl_string) {
cl_string[0] = '[';
for (i = 0; i < call_count; i++) {
if (call_list[i].is_intercom && call_list[i].is_intercom) {
char did[100];
sprintf(did, "%d", signal->user_info.extension);
sprintf(call, call_obj,
call_list[i].callid,
call_list[i].is_incoming,
call_list[i].is_intercom,
time(0) - call_list[i].call_start_time,
call_list[i].talking_to_name,
signal->status_to_text(call_list[i].status),
call_list[i].talking_to_number,
did,
call_list[i].call_missed,
call_list[i].uniqueid);
} else {
sprintf(call, call_obj,
call_list[i].callid,
call_list[i].is_incoming,
call_list[i].is_intercom,
time(0) - call_list[i].call_start_time,
call_list[i].talking_to_name,
signal->status_to_text(call_list[i].status),
call_list[i].talking_to_number,
call_list[i].did,
call_list[i].call_missed,
call_list[i].uniqueid);
}
if (i > 0) strcat(cl_string, ",");
strcat(cl_string, call);
}
strcat(cl_string, "]");
}
} else {
cl_string = (char *)malloc(3);
if (cl_string) {
cl_string[0] = '[';
cl_string[1] = ']';
cl_string[2] = '\0';
*calllist = cl_string;
return 2;
}
}
if (cl_string != 0) {
*calllist = cl_string;
return strlen(cl_string);
}
return 0;
}
char *make_status_string(DEEDLE_COMMAND *config) {
static char *connect_string = 0;
static size_t connect_string_size = 0;
char *cl_string = 0;
size_t size_needed = 0, cl_length;
// Base size: 400
if (config->signal) {
cl_length = make_call_list(config->signal, &cl_string);
size_needed = 1200 + strlen(config->iplist) + cl_length;
if (config->rtp) {
size_needed+=strlen(config->rtp->json_audio_device_list());
} else {
size_needed+=10;
}
} else {
cl_length = 2;
cl_string = (char *)calloc(3, 1);
cl_string[0] = '[';
cl_string[1] = ']';
cl_string[2] = 0;
size_needed = 1204 + cl_length;
}
if (size_needed > connect_string_size) {
if (connect_string) {
free(connect_string);
connect_string = 0;
}
connect_string = (char *)calloc(size_needed+100, 1);
if (!connect_string) {
if (cl_string) {
free(cl_string);
}
return (char*)"";
}
connect_string_size = size_needed+100;
}
sprintf(connect_string, "deedlecore:\
type=logon&\
extension=%d&\
sip_server=%s&\
sip_registered=%d&\
error_status=%s&\
version=%s&\
iplist=[]&\
call_list=%s&\
input_device=%d&\
output_device=%d&\
ring_device=%d&\
dnd=%d&\
device_list=%s&\
ringing=%d&\
ringer_on=%d&\
ringer_volume=%d&\
caller_id=%s&\
vm_waiting=no&\
vm_old=0&\
vm_new=0&\
vm_old_urgent=0&\
vm_new_urgent=0&\
gvm_waiting=no&\
gvm_old=0&\
gvm_new=0&\
gvm_old_urgent=0&\
gvm_new_urgent=0",
config->extension,
config->configuration.signal_server_list[config->active_SIP_server], // here
(( config->signal )?config->signal->isregistered():0),
((config->signal)?config->signal->string_error_condition:""),
config->build_version,
cl_string,
((config->rtp)?config->rtp->active_input_device():-1),
((config->rtp)?config->rtp->active_output_device():-1),
((config->rtp)?config->rtp->active_ring_device():-1),
((config->signal)?config->signal->do_not_disturb:0),
((config->rtp)?config->rtp->json_audio_device_list():"[]"),
((config->rtp)?config->rtp->is_ringing():0),
((config->rtp)?config->rtp->is_ringer_on():0),
((config->rtp)?config->rtp->get_ring_volume():0),
((config->signal)?config->signal->user_info.callerid:""));
if (cl_string) {
free(cl_string);
}
return connect_string;
}
void deedle_hangup_all( DEEDLE_COMMAND *config ) {
CALLINFO *callinfo = 0, *calllist = 0;
size_t call_count = 0, i = 0;
if (!config->signal) return;
call_count = config->signal->get_call_list(&callinfo);
if (call_count > 0) {
for (i = 0; i < call_count; i++) {
calllist = &callinfo[i];
config->signal->hangup(calllist->callid);
}
}
}
void deedle_send_call_list( DEEDLE_COMMAND *config ) {
CALLINFO *callinfo = 0, *calllist = 0;
size_t call_count = 0, i = 0;
char call_change_string[3000];
if (!config->signal) return;
call_count = config->signal->get_call_list(&callinfo);
if (call_count > 0) {
for (i = 0; i < call_count; i++) {
calllist = &callinfo[i];
if (calllist->is_incoming) {
if (calllist->is_intercom) {
sprintf(call_change_string, "deedlecore:type=call_change&callid=%s&talking_to=%s&intercom=1&did=%d&status=%s&caller_name=%s\r\n",
calllist->callid,
calllist->talking_to_number,
config->signal->user_info.extension,
config->signal->status_to_text(calllist->status),
calllist->talking_to_name
);
} else {
sprintf(call_change_string, "deedlecore:type=call_change&callid=%s&talking_to=%s&intercom=0&did=%s&status=%s&caller_name=%s\r\n",
calllist->callid,
calllist->talking_to_number,
calllist->did,
config->signal->status_to_text(calllist->status),
calllist->talking_to_name
);
}
} else {
if (calllist->is_intercom) {
sprintf(call_change_string, "deedlecore:type=call_change&callid=%s&talking_to=%s&intercom=1&did=%s&status=%s&caller_name=%s\r\n",
calllist->callid,
calllist->talking_to_number,
((strlen(calllist->did) > 0)?calllist->did:config->signal->user_info.callerid),
config->signal->status_to_text(calllist->status),
calllist->talking_to_name
);
} else {
sprintf(call_change_string, "deedlecore:type=call_change&callid=%s&talking_to=%s&intercom=0&did=%s&status=%s&caller_name=%s\r\n",
calllist->callid,
calllist->talking_to_number,
((strlen(calllist->did) > 0)?calllist->did:config->signal->user_info.callerid),
config->signal->status_to_text(calllist->status),
calllist->talking_to_name
);
}
}
send_to_deedlex(config, call_change_string, strlen(call_change_string));
}
free(callinfo);
} else {
printf("* No calls on which we can report status.\n\n");
}
}
#ifdef __APPLE__
void *deedle_command_thread(void *param) {
#else
DWORD deedle_command_thread(void *param) {
#endif
DEEDLE_COMMAND *config = (DEEDLE_COMMAND *)param;
char *status_string = 0;
fd_set fdsr;
int readcount = 0, bytes = 0;
struct timeval tmo = { 0, 20000 };
char buffer[500];
time_t last_contact_time = 0, call_list_timer = 0;
int ka_sent = 0;
time_t extension_get_timer = 0;
printf("Entering deedle_command_thread.\n");
config->socket = deedle_command_connect(config->configuration.deedlex_ip, config->configuration.deedlex_port);
if (config->socket) {
char advice[500];
sprintf(advice, "deedlecore:type=advise&extension=%d\r\n", config->extension);
send_to_deedlex(config, advice, strlen(advice));
status_string = make_status_string(config);
send_to_deedlex(config, status_string, strlen(status_string));
last_contact_time = time(0);
} else {
config->socket_error_condition = 1;
}
if (config->rtp) {
config->rtp->set_ringer_off();
}
// loop
call_list_timer = time(0) + 7;
while (config->deedle_thread_running == 1) {
if (config->signal) {
if (config->advice_needed == 1) {
char advice[500];
sprintf(advice, "deedlecore:type=advise&extension=%d\r\n", config->extension);
send_to_deedlex(config, advice, strlen(advice));
status_string = make_status_string(config);
send_to_deedlex(config, status_string, strlen(status_string));
config->advice_needed = 0;
}
if (vm_request.collect_me == 1) {
char vm_message[3000];
vm_request.collect_me = 0;
sprintf(vm_message, "deedlecore:type=voicemail&vm_waiting=%d&vm_new=%d&vm_new_urgent=%d&vm_old=%d&vm_old_urgent=%d",
vm_request.vm_waiting,
vm_request.vm_new,
vm_request.vm_new_urgent,
vm_request.vm_old,
vm_request.vm_old_urgent);
send_to_deedlex(config, vm_message, strlen(vm_message));
check_group_voicemail(config->signal, (char *)"deedleserver2.com", 300, NULL, (char *)"Oicu812!");
}
if (gvm_request.collect_me == 1) {
char vm_message[3000];
sprintf(vm_message, "deedlecore:type=groupvoicemail&vm_waiting=%d&vm_new=%d&vm_new_urgent=%d&vm_old=%d&vm_old_urgent=%d",
gvm_request.vm_waiting,
gvm_request.vm_new,
gvm_request.vm_new_urgent,
gvm_request.vm_old,
gvm_request.vm_old_urgent);
send_to_deedlex(config, vm_message, strlen(vm_message));
gvm_request.collect_me = 0;
}
} else {
char get_my_info[500];
if ( config->shutdown_deedlecore_flag == 0) { // If we're NOT shutting down...
if (time(0) - extension_get_timer > 5) {
if (config->extension == 0) {
sprintf(get_my_info, "deedlecore:type=getextension&code=%s\r\n", config->product_code);
send_to_deedlex(config, get_my_info, strlen(get_my_info));
}
extension_get_timer = time(0) + 5;
}
}
}
// Every 7 seconds send a call list if there ARE calls...
if (time(0) > call_list_timer) {
char *timed_call_list = 0, *tcl_bfr_to_send = 0;
size_t tcl_size = 0;
if (config->signal) {
tcl_size = make_call_list(config->signal, &timed_call_list);
}
if (tcl_size > 0) {
if (!JSTRING::matches(timed_call_list, (char *)"[]")) {
tcl_bfr_to_send = (char *)calloc( tcl_size + 40 , 1);
if (tcl_bfr_to_send) {
sprintf(tcl_bfr_to_send, "deedlecore:type=call_list&call_list=%s\r\n", timed_call_list);
send_to_deedlex(config, tcl_bfr_to_send, strlen(tcl_bfr_to_send));
free(tcl_bfr_to_send);
}
}
}
if (timed_call_list) {
free(timed_call_list);
}
call_list_timer = time(0) + 7;
}
/*
Ideas:
Send call list every N seconds when calls are active.
CyberOnline can infer that there are no calls if it
has gone N seconds without getting a call list update...
*/
if (!config->socket_error_condition && config->socket) {
FD_ZERO(&fdsr);
FD_SET(config->socket, &fdsr);
tmo.tv_sec = 0;
tmo.tv_usec = 20000;
readcount = select(((int)config->socket + 1), &fdsr, 0, 0, &tmo);
if (readcount > 0) {
memset(buffer, 0, 500);
bytes = (int)recv(config->socket, buffer, 500, 0);
if (bytes > 0) {
struct JSTRING::jsstring **cmdlist = 0;
int cmd_itr = 0;
char *command = 0;
size_t command_length = 0;
last_contact_time = time(0);
ka_sent = 0;
// printf("RX: %.*s\n\n", bytes, buffer);
if (!strncmp(buffer, "\r\n\r\n", 4)) {
send(config->socket, "\r\n", 2, 0);
} else {
cmdlist = JSTRING::split(buffer, '\n');
if (cmdlist) {
while (cmdlist[cmd_itr] != 0) {
command = JSTRING::trim(cmdlist[cmd_itr]->ptr, cmdlist[cmd_itr]->length, &command_length);
// printf("\tProcessing: %.*s\n", (int)cmdlist[cmd_itr]->length, cmdlist[cmd_itr]->ptr);
if (!strncmp(command, "status", 6)) {
if (config->signal) {
config->signal->do_not_disturb = 0;
}
status_string = make_status_string(config);
send_to_deedlex(config, status_string, strlen(status_string));
deedle_send_call_list(config);
} else if (!strncmp(command, "version", 7)) {
char version_req[400];
sprintf(version_req, "%s\r\n", config->build_version);
send_to_deedlex(config, version_req, strlen(version_req));
} else if (!strncmp(command, "!quit!", 6)) {
config->shutdown_deedlecore_flag = 1;
} else if (!strncmp(command, "h:all", 5)) {
printf("Hangup All\n");
deedle_hangup_all(config);
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "ro", 2)) {
printf("GOT RINGER ON COMMAND!\n\n");
if (config->rtp) config->rtp->set_ringer_on();
if (config->signal) {
config->signal->do_not_disturb = 0;
}
} else if (!strncmp(command, "rf", 2)) {
printf("GOT RINGER OFF COMMAND!\n\n");
if (config->rtp) config->rtp->set_ringer_off();
} else if (!strncmp(command, "checkvm", 7)) {
check_group_voicemail(config->signal, (char *)"deedleserver2.com", 300, 0, (char *)"Oicu812!");
} else if (!strncmp(command, "dnd:", 4)) { // Set Do-Not-Disturb
char *szdnd = 0, *szdndend=0;
size_t lendnd = 0;
szdnd = JSTRING::headervalue(command, '\n', &lendnd);
szdnd = JSTRING::trim(szdnd, &lendnd, &lendnd);
if (lendnd > 0 && config->signal) {
szdndend = &szdnd[lendnd];
switch (strtoul(szdnd, &szdndend, 10)) {
case 0:
config->signal->do_not_disturb = 0;
break;
case 1:
config->signal->do_not_disturb = 1;
break;
default:
break;
}
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "ext:", 4)) {// Get notified about what our extension is
char ext[500] = {0};
char *szext = 0;
size_t lenextension = 0;
int extension = 0;
szext = JSTRING::headervalue(command, '\n', &lenextension);
szext = JSTRING::trim(szext, &lenextension, &lenextension);
if (lenextension > 0) {
if (lenextension < 500) {
sprintf(ext, "%.*s", (int)lenextension, szext);
if (!strncmp(ext, "lock", 4)) {
return 0;
}
}
}
if (strlen(ext) > 0) {
szext = &ext[lenextension];
extension = (int)strtoul(ext, &szext, 10);
// printf("Our extension is: %d\n", extension);
if (extension > 0 && extension < 0xffffffff) {
if (config->extension == 0) {
config->extension = extension;
}
}
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "digit:", 6)) {
// Dial a digit
char callid[500] = {0};
char *szcallid = 0;
size_t lencallid = 0;
szcallid = JSTRING::headervalue(command, '\n', &lencallid);
szcallid = JSTRING::trim(szcallid, &lencallid, &lencallid);
if (lencallid > 0) {
if (lencallid < 500) {
sprintf(callid, "%.*s", (int)lencallid, szcallid);
}
}
if (strlen(callid) > 0) {
if (config->signal) config->signal->digit(callid[0]);
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "hold:", 5)) {
char callid[500] = {0};
char *szcallid = 0;
size_t lencallid = 0;
szcallid = JSTRING::headervalue(command, '\n', &lencallid);
szcallid = JSTRING::trim(szcallid, &lencallid, &lencallid);
if (lencallid > 0) {
if (lencallid < 500) {
sprintf(callid, "%.*s", (int)lencallid, szcallid);
}
}
if (strlen(callid) > 0) {
if (config->signal) {
printf("Putting callid \"%s\" on hold.\n", callid);
config->signal->hold(callid);
} else {
printf("Failed to put callid \"%s\" on hold.\n", callid);
}
} else {
printf("Failed to put callid \"%s\" on hold.\n", callid);
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "unhold:", 7)) {
char callid[500] = {0};
char *szcallid = 0;
size_t lencallid = 0;
szcallid = JSTRING::headervalue(command, '\n', &lencallid);
szcallid = JSTRING::trim(szcallid, &lencallid, &lencallid);
if (lencallid > 0) {
if (lencallid < 500) {
sprintf(callid, "%.*s", (int)lencallid, szcallid);
}
}
if (strlen(callid) > 0) {
if (config->signal) config->signal->unhold(callid);
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "t:", 2)) { // t:<call-id>:xfer-destination
int xfer_itr = 1;
struct JSTRING::jsstring **cmd_split = 0;
char xfer_callid[500] = {0};
char xfer_destination[500] = {0};
cmd_split = JSTRING::split(command, ':');
if (cmd_split) {
while (cmd_split[xfer_itr] != 0) {
if (cmd_split[xfer_itr]->length > 0 && cmd_split[xfer_itr]->length < 500) {
switch (xfer_itr) {
case 1:
sprintf(xfer_callid, "%.*s", (int)cmd_split[xfer_itr]->length, cmd_split[xfer_itr]->ptr);
break;
case 2:
sprintf(xfer_destination, "%.*s", (int)cmd_split[xfer_itr]->length, cmd_split[xfer_itr]->ptr);
break;
default:
break;
}
}
xfer_itr++;
}
JSTRING::freesplit(cmd_split);
}
if (strlen(xfer_callid) > 0 && strlen(xfer_destination) > 0) {
if (config->signal) config->signal->transfer(xfer_callid, xfer_destination);
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "a:", 2)) {
char *szcallid = 0;
size_t lencallid = 0;
szcallid = JSTRING::headervalue(command, '\n', &lencallid);
szcallid = JSTRING::trim(szcallid, &lencallid, &lencallid);
if (lencallid > 0) {
char callid[300];
if (lencallid < 300) {
sprintf(callid, "%.*s", (int)lencallid, szcallid);
printf("*** deedle_command.cpp > deedle_command_thread(): Answering Call ID: %s\n", callid);
if (config->signal) config->signal->answer(callid);
}
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "device_refresh", 14)) {
char notify_device_change[1000];
char *dev_list = 0;
if (config->rtp) {
dev_list = config->rtp->json_audio_device_list();
size_t len_dev_length = strlen(config->rtp->json_audio_device_list());
sprintf(notify_device_change, "deedlecore:type=device_change&input_device=%d&output_device=%d&ring_device=%d&device_list=%.*s\r\n",
config->rtp->get_active_input_device(),
config->rtp->get_active_output_device(),
config->rtp->get_active_ring_device(),
((len_dev_length < 700)?(int)len_dev_length:700),
dev_list);
send_to_deedlex(config, notify_device_change, strlen(notify_device_change));
} else {
send_to_deedlex(config, (char *)"Phone is not connected.\r\n", strlen("Phone is not connected.\r\n"));
}
} else if (!strncmp(command, "o:", 2)) {
JSTRING *js = new JSTRING(command);
char *rdline = 0, *dn_start = 0, *dn_end = 0;
size_t rdit = 0, rdlinelen = 0, hv_len;
int device_number = 0;
printf("Device Change Request: %s\n", command);
for (rdit = 0; rdit <= js->linecount; rdit++) {
rdline = js->line((int)rdit, &rdlinelen);
if (rdlinelen > 0) {
rdline = JSTRING::trim(rdline, &rdlinelen, &rdlinelen);
if (rdlinelen > 0) {
dn_start = JSTRING::headervalue(rdline, '\n', &hv_len);
if (hv_len > 0) {
dn_start = JSTRING::trim(dn_start, &hv_len, &hv_len);
if (hv_len > 0) {
dn_end = &dn_start[hv_len];
device_number = (int)strtol(dn_start, &dn_end, 10);
}
}
switch (rdline[0]) {
case 'o':
printf("*** Setting OUTPUT device to: %d\n", device_number);
if (config->rtp) {
config->rtp->set_output_device(device_number);
}
break;
case 'i':
printf("*** Setting INPUT device to: %d\n", device_number);
if (config->rtp)
config->rtp->set_input_device(device_number);
break;
case 'r':
printf("*** Setting RING device to: %d\n", device_number);
if (config->rtp)
config->rtp->set_ring_device(device_number);
break;
default:
break;
}
}
}
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "h:", 2)) {
DIALOG *d = 0;
char *szcallid = 0;
size_t lencallid = 0;
szcallid = JSTRING::headervalue(command, '\n', &lencallid);
szcallid = JSTRING::trim(szcallid, &lencallid, &lencallid);
if (lencallid > 0 && config->signal) {
char callid[300];
if (lencallid < 300) {
sprintf(callid, "%.*s", (int)lencallid, szcallid);
printf("*** deedle_command.cpp > deedle_command_thread(): Hanging up Call ID: %s\n", callid);
d = config->signal->get_dialog(callid);
if (d) {
if (!strncmp(d->callinfo.talking_to_number, "*98", 3)) {
/* Right here, we need to check to see if this was a call to *98. If it WAS, we need
to check group voice mail again! */
check_group_voicemail(config->signal, (char *)"deedleserver2.com", 300, 0, (char *)"Oicu812!");
}
}
config->signal->hangup(callid);
}
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else if (!strncmp(command, "srv:", 4)) {
char *szvolume = 0, *endvolume = 0;
size_t lenvolume = 0;
int new_volume = 0;
szvolume = JSTRING::headervalue(command, '\n', &lenvolume);
szvolume = JSTRING::trim(szvolume, &lenvolume, &lenvolume);
if (lenvolume > 0 && config->rtp) {
JSTRING::trim(szvolume, &lenvolume, &lenvolume);
if (lenvolume) {
endvolume = &szvolume[lenvolume];
new_volume = (int)strtoul(szvolume, &endvolume, 10);
if (new_volume >= 0 && new_volume <= 100) {
config->rtp->set_ring_volume(new_volume);
}
}
}
send_to_deedlex(config, (char *)"ok\r\n", 4);
} else { // It's inbound data we haven't handled yet
// printf("DEEDLEX says: \"%.*s\"\n\n", bytes, command);
if (command[0] == 'c' && command[1] == ':') {
if (bytes-2 > 0) {
char *numbertocall = 0;
char number_to_call[200];
size_t ntd_length = 0;
numbertocall = JSTRING::trim(&command[2], &ntd_length);
if (ntd_length > 0 && config->signal) {
sprintf(number_to_call, "%.*s", ((ntd_length > 99)?99:(int)ntd_length), numbertocall);
printf("Calling: \"%s\" ( %d bytes)\n", number_to_call, (int)ntd_length);
config->signal->call(number_to_call);
}
}
}
}
cmd_itr++;
}
JSTRING::freesplit(cmdlist);
}
}
// if (!strncmp(buffer, "\r\n\r\n", 4)) {
// send(config->socket, "\r\n", 2, 0);
// } else {
// }
// Done parsing commands here!!
//send(config->socket, quitmsg, strlen(quitmsg), 0);
} else if (bytes == -1) {
printf("Need to check for error conditions!\n");
dc_socket_failure(config);
}
}
}
if (config->socket_error_condition > 0) {
Sleep(20);
if (config->rtp) {
if (config->rtp->is_ringer_on()) {
config->rtp->set_ringer_off();
}
}
if (time(0) > config->socket_retry) {
printf("Attempting to reconnect to DEEDLEX\n");
SOCKET temp_socket = 0;
if (config->socket) {
closesocket(config->socket);
config->socket = 0;
}
temp_socket = deedle_command_connect(config->configuration.deedlex_ip, config->configuration.deedlex_port);
if (temp_socket > 0) {
char advice[500];
config->socket = temp_socket;
config->socket_error_condition = 0;
config->socket_retry = 0;
sprintf(advice, "deedlecore:type=advise&extension=%d\r\n", config->extension);
send_to_deedlex(config, advice, strlen(advice));
status_string = make_status_string(config);
last_contact_time = time(0);
send_to_deedlex(config, status_string, strlen(status_string));
} else {
config->socket_retry = time(0) + 3;
}
}
} else {
if (time(0) - last_contact_time > 20) {
printf("DEEDLEX communication broken. Attempting reconnection.\n");
config->socket_error_condition = 1;
config->socket_retry = 0;
} else if (time(0) - last_contact_time > 17 && !ka_sent) {
bytes = (int)send(config->socket, "deedlecore:type=ka\r\n", 20, 0);
if (bytes <= 0) {
config->socket_error_condition = 1;
config->socket_retry = 0;
} else {
// printf("Keep-alive sent\n");
ka_sent = 1;
}
}
}
}
if (config->socket) {
send(config->socket, "deedlecore:action=close\r\n", 25, 0);
}
if (gvm_request.retrieving_group_voicemail) {
time_t quit_waiting = time(0) + 3;
// printf("deedle_command_thread() waiting for GROUP VOICEMAIL thread to end...\n");
while (time(0) < quit_waiting) {
if (!gvm_request.retrieving_group_voicemail) {
// printf("\ncheck_group_voicemail_thread() exited.\n");
break;
}
sleep(10);
}
}
// printf("Shutting down deedle_command_thread()\n");
closesocket(config->socket);
return 0;
}
void group_vm_notify(int extension, int voicemail_waiting, int vm_new, int vm_new_urgent, int vm_old, int vm_old_urgent) {
gvm_request.vm_waiting = voicemail_waiting;
gvm_request.vm_new = vm_new;
gvm_request.vm_new_urgent = vm_new_urgent;
gvm_request.vm_old = vm_old;
gvm_request.vm_old_urgent = vm_old_urgent;
gvm_request.done_getting_vm = 1;
gvm_request.collect_me = 1;
}
void *check_group_voicemail_thread( void *param) {
SIGNAL_SETTINGS gvm_ss;
static SIGNAL *gvm_signal = 0;
time_t timeout = 0;
memset(&gvm_ss, 0, sizeof(SIGNAL_SETTINGS));
if (strlen(gvm_request.voicemail_server) == 0) {
printf("* No voicemail server HOSTNAME or IP Address specified.\n\n");
gvm_request.retrieving_group_voicemail = 0;
return 0;
}
if ( gvm_request.extension <= 0) {
printf("* Voicemail extension must be higher than ZERO.\n\n");
gvm_request.retrieving_group_voicemail = 0;
return 0;
}
if ( strlen(gvm_request.password) == 0 ) {
printf("* Username and password required for voicemail server authentication.\n\n");
gvm_request.retrieving_group_voicemail = 0;
return 0;
}
if (!gvm_request.main_signal) {
printf("* We are not REGISTERed on any SIP servers and cannot check Group Voicemail!\n\n");
gvm_request.retrieving_group_voicemail = 0;
return 0;
}
gvm_ss.do_not_disturb = 1;
gvm_ss.rtp = 0;
gvm_ss.auth.username[0] = 0;
sprintf(gvm_ss.auth.password, "%s", gvm_request.password);
sprintf(gvm_ss.auth.username, "%s", gvm_request.username); // Not needed for deedle
sprintf(gvm_ss.SIP_server_IP, "%s", gvm_request.voicemail_server);
gvm_ss.SIP_server_port = 5060;
gvm_ss.extension = gvm_request.extension;
gvm_ss.callbacks.call_status_change_callback = 0;
gvm_ss.callbacks.registered_callback = 0;
gvm_ss.callbacks.ringing_status_callback = 0;
gvm_ss.callbacks.voicemail_callback = &group_vm_notify;
gvm_signal = new SIGNAL(&gvm_ss);
// printf("- GVM SIGNAL STARTED\n");
if (gvm_signal) {
timeout = time(0) + 5;
while (time(0) < timeout) {
// printf("check_group_voicemail_thread(): gvm_request.done_getting_vm = %d\n\n", gvm_request.done_getting_vm);
// We need to BREAK OUT OF THIS, if we've received our voicemail!
if (gvm_request.done_getting_vm == 1) {
// printf("-- Done getting GROUP voicemail!\n\n");
break;
}
Sleep(1000);
}
delete gvm_signal;
// printf("Unregistering and Leaving check_group_voicemail_thread()\n");
} else {
printf("* check_group_voicemail(): Failed to instanciate a SIGNAL class for GROUP VOICEMAIL.\n");
}
gvm_request.retrieving_group_voicemail = 0;
return 0;
}
void check_group_voicemail( SIGNAL *signal, char *voicemail_server, int extension, char *username, char *password ) {
DB_THREAD check_gvm_thread = 0;
int dbct = 0;
if (gvm_request.retrieving_group_voicemail == 1) {
return;
}
gvm_request.done_getting_vm = 0;
if (!voicemail_server) return;
if (!username) {
gvm_request.username[0] = 0;
} else {
sprintf(gvm_request.username, "%s", username);
}
if (!password) return;
if (extension <= 0) return;
gvm_request.main_signal = signal;
gvm_request.extension = extension;
sprintf(gvm_request.voicemail_server, "%s", voicemail_server);
sprintf(gvm_request.password, "%s", password);
dbct = db_create_thread(&check_group_voicemail_thread, 0, &check_gvm_thread);
if (check_gvm_thread) {
gvm_request.retrieving_group_voicemail = 1;
}
return;
}