get_notification_data

svc=resource/get_notification_data&params={"itemId":<long>,
					   						"col":[<long>]}

[
	{
		"id":<long>,	/* notification ID */
		"n":"<text>",	/* name */
		"txt":"<text>",	/* notification text */
		"ta":<uint>,	/* activation time (Unix format) */
		"td":<uint>,	/* deactivation time (Unix format) */
		"ma":<uint>,	/* maximum number of alarms (0 — unlimited) */
		"mmtd":<uint>,	/* maximum time interval between messages, s */
		"cdt":<uint>,	/* timeout of alarm, sec */
		"mast":<uint>,	/* minimum duration of the alarm state, s */
		"mpst":<uint>,	/* minimum duration of previous state, s */
		"cp":<uint>,	/* period of control relative to current time, s */
		"fl":<uint>,	/* notification flags (see below) */
		"tz":<uint>,	/* time zone */
		"la":"<text>",	/* user language (two-letter code) */
		"ac":<uint>,	/* alarms count */
		"d":"<text>",		/* notification description */
		"sch":{		/* time limitation */
			"f1":<uint>,	/* the beginning of the interval 1 (minutes from midnight) */
			"f2":<uint>,	/* the beginning of the interval 2 (minutes from midnight) */
			"t1":<uint>,	/* the end of the interval 1 (minutes from midnight) */
			"t2":<uint>,	/* the end of the interval 2 (minutes from midnight) */
			"m":<uint>,	/* the mask of days of month [1: 2||0, 31: 2||30] */
			"y":<uint>,	/* the mask of months [Jan: 2||0, Dec: 2||11] */
			"w":<uint>,	/* the mask of days of week [Mon: 2||0, Sun: 2||6] */
			"fl":<int>	/* schedule flags */
		},
		"ctrl_sch":{	/* the schedule of maximum alarms count intervals */
			"f1":<uint>,	/* the beginning of the interval 1 (minutes from midnight) */
			"f2":<uint>,	/* the beginning of the interval 2 (minutes from midnight) */
			"t1":<uint>,	/* the end of the interval 1 (minutes from midnight) */
			"t2":<uint>,	/* the end of the interval 2 (minutes from midnight) */
		 	"m":<uint>,	/* the mask of days of month [1: 2||0, 31: 2||30] */
		 	"y":<uint>,	/* the mask of months [Jan: 2||0, Dec: 2||11] */
		 	"w":<uint>	/* the mask of days of week [Mon: 2||0, Sun: 2||6] */
			"fl":<int> /* schedule flags */
		},
		"un":[<long>],	/* array of IDs of units/unit groups */
		"act":[			/* actions */
			{
				"t":"<text>",		/* action type (see below) */
				"p":{			/* parameters */
					"blink": "<text>",	/* mini-map blinking when triggered */ 
					"color": "<text>",	/* online notification colour */
					"url": "<text>",		/* URL address of the notification sound */
					...
				},
				...
			}
		],
		"trg":{			/* control */
			"t":"<text>",		/* control type (see below) */
			"p":{			/* parameters */
				"<text>":"<text>",		/* parameter name: value */
				...
			}
		},
		"ct":<uint>,        /* creation time */
		"mt":<uint>         /* last modification time */
	}
]

{
	"t":"email",		/* action type */
	"p":{
		"email_to":"<text>",	/* email address */
		"html":"<text>",		/* use HTML tags: 0 — no, 1 — yes */
		"img_attach":"<text>",	/* attach image from notification: 1 — yes, 0 — no */
		"subj":"<text>"		/* text of message */
	}
}

{
	"t":"sms",		/* action type */
	"p":{
		"phones":"<text>"		/* list of phone numbers (separated by semicolons) */
	}
}

{
	"t":"message",		/* action type */
	"p":{
		"color":"<text>",		/* notification colour */
		"name":"<text>",		/* notification name */
		"url":"<text>"		/* URL address of the notification sound */
	}
}

{
	"t":"mobile_apps",		/* action type */
	"p":{
		"apps":"{\"<text>\":[	/* mobile app name */
				<uint>	/* user ID */
		]}"
	}
}

{
	"t":"push_messages",	/* action type */
	"p":{
		"url":"<text>",		/* server name (port may be defined), start it with "http(s)" */
		"get":<bool>		/* request type: 1 — GET, 0 — POST */		
	}
}

{
	"t":"messenger_messages",	/* action type */
	"p":{
		"chat_id":"<text>",		/* channel ID in Telegram */
		"token":"<text>"		/* user token in Telegram */		
	}
}

{
	"t":"event",		/* action type */
	"p":{
		"flags":"<text>"		/* register as: 0 — event, 1 — violation */
	}
}

{
	"t":"exec_cmd",		/* action type */
	"p":{
		"cmd_type":"<text>",	/* command type */
		"link":"<text>",		/* link type */
		"name":"<text>",		/* command name */
		"param":"<text>"		/* parameters */
	}
}

{
	"t":"user_access",	/* action type */
	"p":{
		"acl_bits":"<text>",	/* 1 — set bit, 0 — remove bit */
		"acl_mask":"<text>",	/* mask of bits which must be changed */
		"units":"<text>",		/* list of unit IDs (separated by commas) */
		"users":"<text>"		/* list of user IDs (separated by commas) */
	}
}

{
	"t":"counter",		/* action type */
	"p":{
		"engine_hours":"<text>",	/* engine hours counter value */
		"flags":"<text>",		/* counter flags (see below) */
		"mileage":"<text>",	/* mileage counter value */
		"traffic":"<text>"	/* GPRS traffic counter value */
	}
}

{
	"t":"store_counter",		/* action type */
	"p":{
		"engine_hours":"<text>",		/* name of parameter for engine hours counter */
		"flags":"<text>",			/* flags (see below) */
		"mileage":"<text>"		/* name of parameter for mileage counter */
	}
}

{
	"t":"status",		/* action type */
	"p":{
		"ui_text":"<text>"	/* status */
	}
}

{
	"t":"group_manipulation",	/* action type */
	"p":{
		"add_to":"<text>",		/* add to specified groups */
		"remove_from":"<text>"		/* remove from specified groups */
	}
}

{
	"t":"email_report",	/* action type */
	"p":{
		"email_to":"<text>",		/* email address */
		"file_type":"<text>",		/* file format (see below) */
		"flags":"<text>",			/* interval flags */
		"params":"<text>",		/* report configuration (XML) */
		"report_guid":"<text>",		/* resource ID */
		"report_id":"<text>",		/* template ID */
		"report_object_guid":"<text>",	/* ID of item for report */
		"report_object_id":"<text>",	/* ID of subitem (0 — if report executed for item) */
		"time_from":"<text>",		/* the beginning of the time interval */
		"time_to":"<text>"		/* the end of the time interval */
	}
}

{
	"t":"route_control",	/* action type */
	"p":{
		"description":"<text>",	/* description */
		"expiration":"<text>",	/* expiration date */
		"flags":"<text>",		/* ride flags */
		"name":"<text>",		/* name */
		"route":"<text>",		/* route ID */
		"schedule":"<text>"	/* schedule ID */
	}
}

{
	"t":"drivers_reset",	/* action type */
	"p":{}
}

{
	"t":"trailers_reset",	/* action type */
	"p":{}
}

"trg":{
	"t":"geozone",		/* control type */
	"p":{
		"sensor_type":"<text>",		/* sensor type */
		"sensor_name_mask":"<text>",	/* sensor name mask */
		"lower_bound":<uint>,		/* sensor value from */
		"upper_bound":<uint>,		/* sensor value to */
		"prev_msg_diff":<uint>, 	/* this flag allows forming boundaries for the current value according to the previous value(prev) in the following way: [prev+lower_bound ; prev+upper_bound]; so boundaries for the current value are always relative to the previous value; 0 — disable the option, 1 — enable the option */
		"merge":<uint>,			/* similar sensors: 0 — calculate separately, 1 — sum up values */
		"reversed":<uint>,		/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"geozone_ids":"<text>",		/* list of geofence IDs (separated by commas) */
		"type":<uint>,			/* control type: 0 — control entries to a geofence, 1 — control exits from a geofence */
		"min_speed":<uint>,		/* minimum speed, km/h */
		"max_speed":<uint>,		/* maximum speed, km/h */
		"include_lbs":<uint>,		/* process LBS messages: 1 — yes, 0 — no */
		"lo":"<text>"			/* logic operator (optional): "AND", "OR" */
	}
}

"trg":{
	"t":"address",		/* control type */
	"p":{
		"sensor_type":"<text>",		/* sensor type */
		"sensor_name_mask":"<text>",	/* sensor name mask */
		"lower_bound":<uint>,		/* sensor value from */
		"upper_bound":<uint>,		/* sensor value to */
		"prev_msg_diff":<uint>, 	/* this flag allows forming boundaries for the current value according to the previous value(prev) in the following way: [prev+lower_bound ; prev+upper_bound]; so boundaries for the current value are always relative to the previous value; 0 — disable the option, 1 — enable the option */
		"merge":<uint>,			/* similar sensors: 0 — calculate separately, 1 — sum up values */
		"reversed":<uint>,		/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"radius":<uint>,		/* trigger radius */ 
		"type":<uint>,			/* control type: 0 — control in the address radius, 1 — control out of the address radius */
		"min_speed":<uint>,		/* minimum speed, km/h */
		"max_speed":<uint>,		/* maximum speed, km/h */
		"country":"<text>",		/* country */
		"region":"<text>",		/* region */
		"city":"<text>",			/* city */
		"street":"<text>",		/* street */
		"house":"<text>",			/* house */
		"include_lbs":<uint>		/* process LBS messages: 1 — yes, 0 — no */
	}
}

"trg":{
	"t":"speed",		/* control type */
	"p":{
		"lower_bound":"<text>",	/* sensor value from */
		"max_speed":"<text>",	/* maximum speed, km/h */
		"merge":"<text>",		/* similar sensors: 0 — calculate separately, 1 — sum up values */
		"min_speed":"<text>",	/* minimum speed, km/h */
		"prev_msg_diff":"<text>", /* this flag allows forming boundaries for the current value according to the previous value(prev) in the following way: [prev+lower_bound ; prev+upper_bound]; so boundaries for the current value are always relative to the previous value; 0 — disable the option, 1 — enable the option */
		"reversed":"<text>",	/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"sensor_name_mask":"<text>",	/* sensor name mask */
		"sensor_type":"<text>",	/* sensor type */
		"upper_bound":"<text>"	/* sensor value to */
	}
}

"trg":{
	"t":"alarm",		/* control type */
	"p":{}
}

"trg":{
	"t":"digital_input",	/* control type */
	"p":{
		"input_index":"<text>",	/* digital input (1-32) */
		"type":"<text>"  		/* control type: 0 — check for activation, 1 — check for deactivation */
	}
}

"trg":{
	"t":"msg_param",	/* control type */
	"p":{
		"kind":"<text>",		/* parameter control type (see below) */
		"lower_bound":"<text>",	/* parameter value from */
		"param":"<text>",		/* parameter name */
		"text_mask":"<text>",	/* text mask */
		"type":"<text>",		/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"upper_bound":"<text>"	/* parameter value to */
	}
}

"trg":{
	"t":"sensor_value",		/* control type */
	"p":{
		"lower_bound":"<text>",		/* sensor value from */
		"merge":"<text>",			/* similar sensors: 0 — calculate separately, 1 — sum up values */
		"prev_msg_diff":"<text>",         /* this flag allows forming boundaries for the current value according to the previous value(prev) in the following way: [prev+lower_bound ; prev+upper_bound]; so boundaries for the current value are always relative to the previous value; 0 — disable the option, 1 — enable the option */
		"sensor_name_mask":"<text>",	/* sensor name mask */
		"sensor_type":"<text>",		/* sensor type */
		"type":"<text>",			/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"upper_bound":"<text>"		/* sensor value to */
	}
}

"trg":{
	"t":"outage",		/* control type */
	"p":{
		"time":"<text>",		/* time interval, s */
		"type":"<text>",		/* control type: 0 — coordinates loss, 1 — connection loss */
		"include_lbs":<uint>,	/* process LBS messages: 1 — yes, 0 — no  */
		"check_restore":<uint>,	/* notify when: 0 — connection lost, 1 — connection lost and restored, 2 — connection restored */
		"geozones_type":"<text>", /* control type: 0 — out of geofence, 1 — in geofence */ 
		"geozones_list":"<text>"  /* the list of geofence IDs (separated by commas) */
	}
}

"trg":{
	"t":"speed",		/* control type */
	"p":{
		"lower_bound":"<text>",		/* sensor value from */
		"max_speed":"<text>",		/* maximum speed, km/h */
		"merge":"<text>",			/* similar sensors: 0 — calculate separately, 1 — sum up values */
		"min_idle_time":"<text>",		/* minimum idle time, min */
		"min_speed":"<text>",		/* minimum speed, km/h */
		"prev_msg_diff":"<text>",         /* this flag allows forming boundaries for the current value according to the previous value(prev) in the following way: [prev+lower_bound ; prev+upper_bound]; so boundaries for the current value are always relative to the previous value; 0 — disable the option, 1 — enable the option */
		"reversed":"<text>",		/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"sensor_name_mask":"<text>",	/* sensor name mask */
		"sensor_type":"<text>",		/* sensor type */
		"upper_bound":"<text>",		/* sensor value to */
		"geozones_type":"<text>", 	/* control type: 0 — out of geofence, 1 — in geofence */ 
		"geozones_list":"<text>"  	/* the list of geofence IDs (separated by commas) */
	}
}

"trg":{
	"t":"sms",		/* control type */
	"p":{
		"mask":"<text>"		/* SMS text mask */
	}
}

"trg":{
	"t":"interposition",		/* control type */
	"p":{
		"sensor_name_mask":"<text>",	/* sensor name mask */
		"sensor_type":"<text>",		/* sensor type */
		"lower_bound":"<text>",		/* sensor value from */
		"upper_bound":"<text>"		/* sensor value to */
		"merge":"<text>",			/* similar sensors: 0 — calculate separately, 1 — sum up values */
		"max_speed":"<text>",		/* maximum speed, km/h */
		"min_speed":"<text>",		/* minimum speed, km/h */
		"reversed":"<text>",		/* trigger: 0 — in the specified range, 1 — out of the specified range */
		"prev_msg_diff":"<text>",         /* this flag allows forming boundaries for the current value according to the previous value(prev) in the following way: [prev+lower_bound ; prev+upper_bound]; so boundaries for the current value are always relative to the previous value; 0 — disable the option, 1 — enable the option */
		"radius":"<text>",		/* radius, m */
		"type":"<text>",			/* control type: 0 — control approaching to units, 1 — control moving away from units */
		"unit_guids":"<text>",		/* the list of control unit IDs (separated by commas) */
		"include_lbs":<uint>,		/* process LBS messages: 1 — yes, 0 — no */
		"lo":"<text>"			/* logic operator (optional): "AND", "OR" */
	}
}

"trg":{
	"t":"msgs_counter",		/* control type */
	"p":{
		"flags":"<text>",			/* message type: 1 — data messages, 2 — SMS messages */
		"msgs_limit":"<text>",		/* limit of messages */
		"time_offset":"<text>"		/* reset counter each (limit 24h), s */
	}
}

"trg":{
	"t":"route_control",		/* control type */
	"p":{
		"mask":"<text>",			/* route name mask */
		"round_mask":"<text>",		/* ride name mask */
		"schedule_mask":"<text>",		/* schedule name mask */
		"types":"<text>"			/* route control types (separated by commas) */
	}
}

"trg":{
	"t":"driver",		/* control type */
	"p":{
		"driver_code_mask":"<text>",	/* driver code mask */
		"flags":"<text>"			/* control type: 1 — driver assignment, 2 — driver separation */
	}
}

"trg": {
	"t": "trailer",		/* control type */
	"p": {
		"driver_code_mask": "<text>",	/* trailer code mask */
		"flags": "<text>"			/* control type: 1 — trailer assignment, 2 — trailer separation */
	}
}

"trg":{
	"t":"service_intervals",	/* control type */
	"p":{
		"days":"<text>",			/* days interval */
		"engine_hours":"<text>",		/* engine hours interval, h */
		"flags":"<text>",			/* maintenance control flags (see below) */
		"mask":"<text>",			/* wildcard based mask */
		"mileage":"<text>",		/* mileage interval, km */
		"val":"<text>"			/* notify when: 1 — service term approaches, -1 — service term is expired */
	}
}

"trg":{
	"t":"fuel_filling",	/* control type */
	"p":{
		"sensor_name_mask":"<text>",			/* sensor name mask */
		"geozones_type":<uint>,		/* geofence control type: 0 — disabled or outside geofence, 1 — inside geofence */
		"geozones_list":"<text>",			/* the list of geofence IDs (separated by commas) in the format "resourceID_geozone ID" */
		"realtime_only":<uint>,			/* ignore the recalculation of historical data: 0 — disable, 1 — enable */
	}
}

"trg":{
	"t":"fuel_theft",	/* control type */
	"p":{
		"sensor_name_mask":"<text>",			/* sensor name mask */
		"geozones_type":<uint>,		/* geofence control type: 0 — disabled or outside geofence, 1 — inside geofence */
		"geozones_list":"<text>",			/* the list of geofence IDs (separated by commas) in the format "resourceID_geozone ID" */
		"realtime_only":<uint>,			/* ignore the recalculation of historical data: 0 — disable, 1 — enable */
	}
}

"trg": {
        "t": "health_check",  /* Control type */
        "p": {
            "healthy": <uint>,  /* Shows if the device is healthy: 0 — no, 1 — yes */
            "unhealthy": <uint>,   /* Shows if the device is unhealthy: 0 — no, 1 — yes */
            "needAttention": <uint>,  /* Shows if the device is needs attention: 0 — no, 1 — yes */
            "triggerForEachIncident": <uint>  /* Trigger for each incident: 0 — disabled, 1 — enabled */
        }
    }