For optimizing the power consumption you can put the NB1601 / NB800 into a deep sleep state over our SDK API.
In the Deep Sleep State the CPU is basicly not running. The only component still running is our Power Managment Chip and will consum a very low current (<1mA). Please keep in mind you still need to have power supply attached to the router in the deep sleep State.
The Feature was introduce with NRSW Version 4.4.0.104 and newer. Please check our NRSW Releases Page for the most current download link.
You need an NB1601 Router or a NB800 HW Rev. B Router to use this Feature.
The minimum Sleep time is defined as 60sec.
The basic Usage of the API is defined as follows:
nb_syslog("Sleep for 1 hour"); // we will set the wakeup time in 9- nb_wakeup(3600); nb_syslog("Triggering deep sleep mode by SDK SKript NOW"); res = nb_poweroff(); if (res != 0) { nb_syslog("failed unexpectedly"); }
You can use this example code and a period timer every X hours.
For easy triggering of the Sleep mode you can used this extended sms-control skript. Please combine it with the sms-received trigger. The Command you would need to send is: “sleep 10”
Where 10 is the Time in Minute after it will wake up again.
/* DESC: This script will execute commands received by SMS. * Copyright (C) 2012 NetModule AG, Switzerland */ INTERVAL = 10; /* only run every 10 seconds */ MAXMSG = 5; /* process max. 5 msgs */ MAXAGE = 300; /* message mustn't be older than 5 mins */ MAXLINES = 32; /* max. number of lines in msg (incl. header) */ AUTH = 1; /* perform authentication */ ADMPWD = ""; /* password used for authentication */ IGNORECASE = 1; /* ignore upper-/lower-case */ SENDERS = mkarray(/* "+123456789" */); /* allowed senders */ /* check if we should perform authentication */ if (argc == 2 && argv[1] == "noauth") { AUTH = 0; } /* retrieve password */ if (AUTH) { if (strlen(ADMPWD) == 0) { /* use configured admin password */ ADMPWD = nb_config_get("admin.password"); if (strlen(ADMPWD) > 0) { nb_syslog("using admin password for authentication"); } else { /* not there -> use a default password instead */ nb_syslog("using default password for authentication"); ADMPWD = "admin01"; } } if (IGNORECASE) ADMPWD = tolower(ADMPWD); } /* parse message */ string parse (string msg) { /* read by line */ lnr = 0; ishdr = 1; tlnr = 0; allowed = (length(SENDERS) == 0) ? 1 : 0; lp = msg; for (lnr = 0; lnr < MAXLINES && strlen(lp) > 0; lnr++) { pos = strchr(lp, "\n"); if (is_void(pos)) pos = strlen(lp); line = left(lp, pos); lp = substr(lp, pos + 1); if (strlen(line) == 0) { /* saw header separator */ ishdr = 0; continue; } if (ishdr) { /* saw header line */ if (left(line, 5) == "Sent:") { /* check age of message */ sentdate = trim(substr(line, 5)); sent = strptime(sentdate, "%Y-%m-%d %H:%M:%S"); if (!is_void(sent)) { /* got a valid sent date */ now = localtime(time()); age = mktime(now) - mktime(sent); nb_syslog("message has been sent %ds ago", age); if (age > MAXAGE) { nb_syslog("rejecting too old message"); return ""; } } else { nb_syslog("time check has been omitted"); } } else if (left(line, 5) == "From:") { from = substr(line, 6); if (length(SENDERS) > 0) { for (s = 0; s < length(SENDERS); s++) { sender = SENDERS[s]; if (left(from, strlen(sender)) == sender) { allowed = 1; break; } } } if (allowed == 0) { nb_syslog("rejecting message from unknown sender %s", from); return ""; } else { nb_syslog("sender %s can pass", from); } } } else { /* saw text line */ if (IGNORECASE) line = tolower(line); if (AUTH && tlnr == 0) { /* first line of message must contain the password */ if (left(line, strlen(ADMPWD)) != ADMPWD) { nb_syslog("authentication failed"); return ""; } else { nb_syslog("authentication succeeded"); } } else if ((AUTH && tlnr == 1) || (!AUTH && tlnr == 0)) { /* this line must contain the command */ if (left(line, 6) == "reboot") { return "reboot"; } else if (left(line, 7) == "connect") { return "connect"; } else if (left(line, 10) == "disconnect") { return "disconnect"; } else if (left(line, 6) == "status") { return "status"; } else if (left(line, 6) == "output") { return left(line, 13); } else if (left(line, 5) == "sleep") { return left(line, 13); } } else { break; } tlnr++; } } nb_syslog("no command detected"); return ""; } int setdio (string cmd) { newstate = substr(cmd, 9, 3); port = substr(cmd, 7, 1); if (port != "1" && port != "2") { nb_syslog("invalid DIO port %s\n", port); return -1; } if (newstate == "on") { st = 1; } else if (newstate == "off") { st = 0; } else { nb_syslog("invalid new DIO state %s\n", newstate); return -1; } rc = nb_dio_set(sprintf("out%s", port), st); if (rc) { nb_syslog("Unable to set state %s for DIO output port %s\n", newstate, port); return -1; } else { nb_syslog("Setting state %s for DIO output port %s\n", newstate, port); return 0; } } int setsleep (int minutes) { nb_syslog("Sleep for %i minutes",minutes); // we will set the wakeup time in 9- nb_wakeup(minutes*60); nb_syslog("Triggering deep sleep mode by sms"); res = nb_poweroff(); if (res != 0) { nb_syslog("failed unexpectedly"); } } /* check if we got stressed */ LASTFILE = "/tmp/sms-control.last"; last = 0; fp = fopen(LASTFILE, "r"); if (fp) { /* we have been run at least one time */ str = fread(fp, 32); if (str) last = (int) str; fclose(fp); } now = mktime(localtime(time())); elapsed = now - last; if (elapsed > 0 && elapsed < INTERVAL) { nb_syslog("we have ben run %d seconds ago. skipping.", elapsed); exit(0); } /* record timestamp */ fp = fopen(LASTFILE, "w+"); if (fp) { str = sprintf("%d", now); fwrite(fp, str); fclose(fp); } /* read inbox */ msgs = nb_sms_list(); nr_msgs = length(msgs); if (nr_msgs == 0) { nb_syslog("there are no messages in your inbox"); exit(0); } nb_syslog("you have %d message(s) in your inbox", nr_msgs); /* track states */ reboot = 0; connecting = 0; disconnecting = 0; /* only process latest messages */ start = nr_msgs - MAXMSG; if (start < 0) start = 0; for (i=start; i<nr_msgs; i++) { msg = nb_sms_retrieve(msgs[i]); if (!msg) continue; nb_syslog("processing message %d of %d (ID %s)", i, nr_msgs, msgs[i]); cmd = parse(msg); if (cmd == "reboot") { nb_syslog("reboot command received"); reboot = 1; } else if (cmd == "connect") { nb_syslog("connect command received"); if (connecting) { nb_syslog("already connecting"); } else { /* enable first wanlink */ nb_config_set("wanlink.0.mode=1"); connecting = 1; } } else if (cmd == "disconnect") { nb_syslog("disconnect command received"); if (disconnecting) { nb_syslog("already disconnecting"); } else { /* disable first wanlink */ nb_config_set("wanlink.0.mode=0"); disconnecting = 1; } } else if (cmd == "status") { nb_syslog("status command received"); rcpt = nb_sms_header(msgs[i], "From"); if (rcpt) { id = nb_sms_send(rcpt, nb_status_summary()); if (!id) { nb_syslog("unable to send status message to %s", rcpt); } else { nb_syslog("successfully queued status message to %s (ID %s)", rcpt, id); } } } else if (left(cmd,6) == "output") { nb_syslog("dio out command received"); setdio(cmd); } else if (left(cmd,5) == "sleep") { nb_syslog("dio out command received"); setsleep(right(cmd,strlen(cmd)-5)); } else { nb_syslog("ignoring invalid message"); } /* delete message */ ret = nb_sms_delete(msgs[i]); if (ret == 0) nb_syslog("deleted message %s", msgs[i]); } if (reboot == 1) { /* trigger reboot */ nb_syslog("rebooting system"); nb_reboot(); } exit(0);