Boschmap

The Bosch MAP panels are multi-area intrusion detection systems.

The integration with HSYCO can be accomplished via Ethernet connection.

HSYCO Configuration

Add a BOSCHMAP I/O Server in the I/O Servers section of the Settings and set its parameters:

Communication

• IP Address: IP address of the panel
• IP Port: TCP/IP port to use, leave blank to use default port 6793.

Authentication

• Password: password set on for the BIS user. Leave blank to use the default password.

High Availability

• Shutdown when inactive: defaults to true.

Options

ID	Default	Values	Description
startupevents	false	true	generate IO events also during the driver’s start-up phase
		false	start generating events only after HSYCO is aligned with the current status of the system
pollinterval	30	n > 0	number of seconds between consecutive requests of the open status of points. A low value can overload the panel

boschmap.ini

The boschmap.ini file is a specific configuration file located in the root directory. This file is required to specify which areas and points are configured on the panel and to assign them a name.

Add a new line for each area followed by a new line for each point belonging to that area, using the following format:

<io_server_id>.<area_siid> = <name>
<io_server_id>.<point_siid> = <name>

where <area_siid>/<point_siid> is the security identifier of the area/point as specified in the configuration software of the panel.

For instance:

bsc.1.1.ControlPanelArea.1.1 = Control Panel

bsc.1.1.Area.2.4 = Internal area
	bsc.1.1.Point.01001.006 = Front door
	bsc.1.1.Point.01001.007 = Back door

bsc.1.1.Area.2.5 = External area
	bsc.1.1.Point.01001.008 = Gate

specifies three areas: the Control Panel area with no points, an internal area with two points and an external area with one point.

Datapoints

ID	Value	R/W	Description
connection	online	R	connection established
	offline	R	HSYCO can't connect to the panel
alarm[Note 1]	0	R	no alarm
	1	R	alarm active
armed	0	R	no area armed
	1	R	at least one area armed
trouble[Note 1]	0	R	no trouble
	1	R	trouble active
tamper[Note 1]	0	R	no tamper
	1	R	tamper active
user.tamper[Note 1]	0	R	no user tamper
	1	R	user tamper active
<siid>.name	<name>	R	the name of the area/point is set to <name>
<area_siid>.armed	0	R	area disarmed
		W	disarm the area
	1	R	area all armed, delayed
		W	arm all the area, delayed
	2	R	area all armed, delayed with bypass
		W	arm all the area, instant
	3	R	area all armed, instant
		W	arm the area partially, delayed
	4	R	area al armed, instant with bypass
		W	arm the area partially, instant
	5	R	area partially armed, delayed
		W	custom-arm the area, delayed
	6	R	area partially armed, delayed with bypass
		W	custom-arm the area, instant
	7	R	area partially armed, instant
		W	arm all the area, delay zero
	8	R	area partially armed, instant with bypass
		W	arm the area partially, delay zero
	9	R	area custom armed, delayed
		W	custom-arm the area, delay zero
	10	R	area custom armed, delayed with bypass
	11	R	area custom armed, instant
	12	R	area custom armed, instant with bypass
<area_siid>.clearmem	1	W	clear active events (alarm, trouble etc) in the area
<x>.<y>.area.0.0.clearmem	1	W	clear active events from all level 2 areas (except Control Panel Areas)
<area_siid>.ready.arm.instant	0	R	the area is not ready to be armed instantly
	1	R	the area is ready to be armed instantly
<area_siid>.ready.arm.delay	0	R	the area is not ready to be armed with delay
	1	R	the area is ready to be armed with delay
<area_siid>.ready.disarm	0	R	the area is not ready to be disarmed
	1	R	the area is ready to be disarmed
<area_siid>.force.instant	0	R	the area is not ready to be force armed instantly
	1	R	the area is ready to be force armed instantly
<area_siid>.force.delay	0	R	the area is not ready to be force armed with delay
	1	R	the area is ready to be force armed with delay
<area_siid>.bypassed	0	R	no bypassed devices in this area
	1	R	there are bypassed devices in this area
<area_siid>.alarm	0	R	no active alarm
	1	R	alarm active
<area_siid>.trouble	0	R	no trouble
	1	R	trouble active
<area_siid>.tamper	0	R	no tamper
	1	R	tamper active
<point_siid>.blocked	0	R	point not blocked
	1	R	point blocked
<point_siid>.bypassed	0	R	point not bypassed
		W	unbypass point
	1	R	point bypassed swinger
		W	bypass point
	2	R	point bypassed auto
	3	R	point bypassed force
	4	R	point bypassed manual
<point_siid>.open	0	R	point closed
	1	R	point open
	read	W	request the reading of the point's open state
<point_siid>.alarm[Note 2]	0	R	no alarm
	1	R	alarm
<point_siid>.holdup[Note 2]	0	R	no holdup alarm
	1	R	holdup alarm
<point_siid>.duress[Note 2]	0	R	no duress alarm
	1	R	duress alarm
<point_siid>.tamper[Note 2]	0	R	no tamper alarm
	1	R	tamper alarm
<device_siid>.tamper[Note 2]	0	R	no tamper alarm
	1	R	device tampered
<device_siid>.trouble[Note 2]	0	R	no trouble
	1	R	trouble on device
<device_siid>.alarm[Note 2]	0	R	no alarm
	1	R	alarm on device
<device_siid>.active[Note 2]	0	R	device deactivated
	1	R	device active

Note 1 

These datapoints are only updated after the startup phase, i.e. events are generated only for events occurring after the driver is online.

Note 2 

These datapoints, if their value is 1, generate events at startup even if the startupevents option is set to false.

Release Notes

3.5.0

• added "clearmem" datapoints
• added "armed" datapoint
• improved communication error handling

3.4.0

• initial version release

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