#
# Utah Scientific MXLATOR Configuration Data
#
#


[CONFIG_DEFINITION_DATA_START]

[FLASH_VERSION_DATA_START]
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  FILE_FORMAT_MX: @00.01
#  CUSTOMER_NAME:  @xxxxxxxxxxxxxxxxxxxx
#  SYSTEM_NAME:    @xxxxxxxxxxxxxxxxxxxx
#  FILE_DATE:      @MM/DD/YYYY
#  FILE_REVISION:  @??

FILE_FORMAT_MX:	 @01.04
CUSTOMER_NAME:	 @USI-DEFAULT
SYSTEM_NAME:	 @DEFAULT
FILE_DATE:	 @10/30/2006
FILE_REVISION:	 @01


[MX_BUS_DATA_START]
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#  # The purpose of this section is to provide readback information to the SC-4 controller for
#  # ALL non-MX routers on the system.  Therefore, keep the output numbers in blocks of 16
#  # MX level number cannot be duplicated (within each section)
#  #
#  ENABLED:           @TRUE or FALSE
#  READ_BACK_STATUS:  @0 or 1 or STATUS
#  READ_BACK:         @<read back value in hex 0x... >
#  DISCONNECT_INPUT:  @<input designated as disconnect>
#  LEVEL_MAPPING:     @<mx level number>,<output start number>,<output length number>

ENABLED:		 @FALSE
READ_BACK_STATUS:	 @1
READ_BACK:		 @0x0060
DISCONNECT_INPUT:	 @30
LEVEL_MAPPING:		 @0, 0, 144
LEVEL_MAPPING:		 @1, 0, 144
LEVEL_MAPPING:		 @2, 0, 144
LEVEL_MAPPING:		 @3, 0, 144
LEVEL_MAPPING:		 @4, 0, 144
LEVEL_MAPPING:		 @5, 0, 144
LEVEL_MAPPING:		 @6, 0, 144


[SC_BUS_DATA_START]
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#  # Input and Output offsets are simply added to the incoming I/O values from the MX bus
#  # MX level number cannot be duplicated (within each section)
#  #
#
#  ENABLED:              @TRUE or FALSE
#  MX_SC_MAPPING:        @<MX level>,<SC level>,<MX output start>,<MX output length>,<SC output offset>,<SC input offset>
#  REFRESH_LEVEL:        @<level (0 thru 7)>
#  REFRESH_DECADE:       @<decade (0 thru 31)>
#  USI_SOURCE:           @<RCP | MX>

ENABLED:		 @FALSE
MX_SC_MAPPING:		 @4, 0, 0, 144, 0, 0
MX_SC_MAPPING:		 @5, 1, 0, 144, 0, 0
MX_SC_MAPPING:		 @6, 2, 0, 144, 0, 0
REFRESH_LEVEL:		 @0
REFRESH_LEVEL:		 @1
REFRESH_LEVEL:		 @2
REFRESH_DECADE:		 @0
REFRESH_DECADE:		 @1
REFRESH_DECADE:		 @2
REFRESH_DECADE:		 @3
REFRESH_DECADE:		 @4
REFRESH_DECADE:		 @5
REFRESH_DECADE:		 @6
REFRESH_DECADE:		 @7
REFRESH_DECADE:		 @8
REFRESH_DECADE:		 @9
REFRESH_DECADE:		 @10
REFRESH_DECADE:		 @11
REFRESH_DECADE:		 @12
REFRESH_DECADE:		 @13
REFRESH_DECADE:		 @14
USI_SOURCE:		 @MX

[DB_BUS_DATA_START]
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#  # Input and Output offsets are simply added to the incoming I/O values from the MX bus
#  # MX level number cannot be duplicated (within each section)
#  #
#
#  ENABLED:           @TRUE or FALSE
#  320_OUTPUTS:       @TRUE or FALSE     *TRUE = 7 levels 320 outputs / FALSE = 8 levels 160 outputs
#  25_DATA_BITS:      @TRUE or FALSE     *TRUE = 25 bit data bus / FALSE = 24 bit data bus(old stuff)
#  MX_DB_MAPPING:     @<MX level>,<DB level>,<MX output start>,<MX output length>,<DB output offset>,<DB input offset>
#  REFRESH_LEVEL:     @<level (0 thru 7)>
#  REFRESH_DECADE:    @<decade (0 thru 31)>
#  USI_SOURCE:        @<RCP | MX>

ENABLED:		 @FALSE
320_OUTPUTS:		 @TRUE
25_DATA_BITS:		 @FALSE
MX_DB_MAPPING:		 @0, 0, 0, 144, 0, 0
MX_DB_MAPPING:		 @1, 1, 0, 144, 0, 0
MX_DB_MAPPING:		 @2, 2, 0, 144, 0, 0
REFRESH_LEVEL:		 @0
REFRESH_LEVEL:		 @1
REFRESH_LEVEL:		 @2
REFRESH_DECADE:		 @0
REFRESH_DECADE:		 @1
REFRESH_DECADE:		 @2
REFRESH_DECADE:		 @3
REFRESH_DECADE:		 @4
REFRESH_DECADE:		 @5
REFRESH_DECADE:		 @6
REFRESH_DECADE:		 @7
REFRESH_DECADE:		 @8
REFRESH_DECADE:		 @9
REFRESH_DECADE:		 @10
REFRESH_DECADE:		 @11
REFRESH_DECADE:		 @12
REFRESH_DECADE:		 @13
REFRESH_DECADE:		 @14
USI_SOURCE:		 @MX

[ESBC_BUS_DATA_START]
#NOTE! Up to 6 es bus control routers can be defined(limited by serial ports used). Simply duplicate the ESBC_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  # Most ES-BUS applications require both serial port types and mapping types to be configured, along with the RCP3_BUS_DATA_START
#  # SERIAL_PORT is logical and SERIAL_PORT_TR is physical (used for pathfinding)
#  # The MX_ESBC_LCL_MAPPING applies to the SERIAL_PORT_TR
#  # The MX_ESBC_MAPPING applies to the SERIAL_PORT
#  #
#
#  ENABLED:             @TRUE or FALSE
#  SERIAL_PORT:         @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#  SERIAL_PORT_TR:      @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (9600,8,1,O,N is default)
#  MX_ESBC_MAPPING:     @<MX level>,<ESBC level>,<MX output start>,<MX output length>,<ESBC output offset>,<ESBC input offset>,<ESBC non-confirm mx source>
#  MX_ESBC_LCL_MAPPING: @<MX level>,<ESBC level>,<MX output start>,<MX output length>,<ESBC output offset>,<ESBC input offset>,<ESBC non-confirm es source>
#  USI_SOURCE:          @<RCP | MX>
#  #
#  # ES Bus configuration options:
#  # There are three interface applications
#  #   ESTRC This will simply confirm for the ES protocol (ES TRIB).
#  #         Useful if confirm all is not desirable on ES controllers
#  #   ESTR  This will allow ES devices to control a USI router (ES TRIB).
#  #         The non-USI controller must perform all confirms/refreshes.
#  #   ESBC  This is the bridge application between USI and ES devices.
#  #         ESBC will bridge for a ES physical router present.
#  #         ESBC LCL will bridge for a USI physical router present. (requires two serial ports)
#  #   ESBCM This is the BusControl Master, USI controls an ES devices. No ES control
#  #

ENABLED:		     @FALSE
SERIAL_PORT:		     @2, 38400, 8, 1, O, N
MX_ESBC_MAPPING:	     @3, 1, 0, 100, 0, 0
MX_ESBC_MAPPING:	     @4, 2, 200, 10, -5, 57
USI_SOURCE:		 @MX

[ESBC_BUS_DATA_START]
#NOTE! Up to 6 es bus control routers can be defined(limited by serial ports used). Simply duplicate the ESBC_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  # Most ES-BUS applications require both serial port types and mapping types to be configured, along with the RCP3_BUS_DATA_START
#  # SERIAL_PORT is logical and SERIAL_PORT_TR is physical (used for pathfinding)
#  # The MX_ESBC_LCL_MAPPING applies to the SERIAL_PORT_TR
#  # The MX_ESBC_MAPPING applies to the SERIAL_PORT
#  #
#
#  ENABLED:             @TRUE or FALSE
#  SERIAL_PORT:         @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#  SERIAL_PORT_TR:      @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (9600,8,1,O,N is default)
#  MX_ESBC_MAPPING:     @<MX level>,<ESBC level>,<MX output start>,<MX output length>,<ESBC output offset>,<ESBC input offset>,<ESBC non-confirm mx source>
#  MX_ESBC_LCL_MAPPING: @<MX level>,<ESBC level>,<MX output start>,<MX output length>,<ESBC output offset>,<ESBC input offset>,<ESBC non-confirm es source>
#  USI_SOURCE:          @<RCP | MX>
#  #
#  # ES Bus configuration options:
#  # There are three interface applications
#  #   ESTRC This will simply confirm for the ES protocol (ES TRIB).
#  #         Useful if confirm all is not desirable on ES controllers
#  #   ESTR  This will allow ES devices to control a USI router (ES TRIB).
#  #         The non-USI controller must perform all confirms/refreshes.
#  #   ESBC  This is the bridge application between USI and ES devices.
#  #         ESBC will bridge for a ES physical router present.
#  #         ESBC LCL will bridge for a USI physical router present. (requires two serial ports)
#  #   ESBCM This is the BusControl Master, USI controls an ES devices. No ES control
#  #

ENABLED:		     @FALSE
SERIAL_PORT:		     @1, 38400, 8, 1, O, N
SERIAL_PORT_TR:		     @6, 38400, 8, 1, O, N
MX_ESBC_LCL_MAPPING:	     @3, 1, 0, 144, 0, 0
USI_SOURCE:		 @MX

[ESBCM_BUS_DATA_START]
#NOTE! Up to 6 es bus control routers can be defined(limited by serial ports used). Simply duplicate the ESBCM_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  # Most ES-BUS applications require both serial port types and mapping types to be configured, along with the RCP3_BUS_DATA_START
#  # SERIAL_PORT is logical and SERIAL_PORT_TR is physical (used for pathfinding)
#  # The MX_ESBCM_LCL_MAPPING applies to the SERIAL_PORT_TR
#  # The MX_ESBCM_MAPPING applies to the SERIAL_PORT
#  #
#
#  ENABLED:             @TRUE or FALSE
#  SERIAL_PORT:         @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (9600,8,1,O,N is default)
#  MX_ESBCM_MAPPING:     @<MX level>,<ESBCM level>,<MX output start>,<MX output length>,<ESBCM output offset>,<ESBCM input offset>,<ESBCM non-confirm mx source>
#  USI_SOURCE:          @<RCP | MX>
#  #
#  # ES Bus configuration options:
#  # There are three interface applications
#  #   ESTRC This will simply confirm for the ES protocol (ES TRIB).
#  #         Useful if confirm all is not desirable on ES controllers
#  #   ESTR  This will allow ES devices to control a USI router (ES TRIB).
#  #         The non-USI controller must perform all confirms/refreshes.
#  #   ESBC  This is the bridge application between USI and ES devices.
#  #         ESBC will bridge for an ES physical router present.
#  #         ESBC LCL will bridge for a USI physical router present. (requires two serial ports)
#  #   ESBCM This is the BusControl Master, USI controls an ES devices. No ES control
#  #

ENABLED:		     @FALSE
USI_SOURCE:		 @MX

[ESTRC_BUS_DATA_START]
#  #
#  # This section will rarely be used. Most applications ENABLED: will be set to FALSE
#  #
#NOTE! Up to 6 estrc bus control routers can be defined(limited by serial ports used). Simply duplicate the ESTRC_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:             @TRUE or FALSE
#  SERIAL_PORT:         @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one   (Odd is default)
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (None is default)
#  #
#  # ES Bus configuration options:
#  # There are three interface applications
#  #   ESTRC This will simply confirm for the ES protocol (ES TRIB).
#  #         Useful if confirm all is not desirable on ES controllers
#  #   ESTR  This will allow ES devices to control a USI router (ES TRIB).
#  #         The non-USI controller must perform all confirms/refreshes.
#  #   ESBC  This is the bridge application between USI and ES devices.
#  #         ESBC will bridge for a ES physical router present.
#  #         ESBC LCL will bridge for a USI physical router present. (requires two serial ports)
#  #   ESBCM This is the BusControl Master, USI controls an ES devices. No ES control
#  #

ENABLED:		     @FALSE
SERIAL_PORT:		     @6, 38400, 8, 1, O , N

[ESTR_BUS_DATA_START]
#NOTE! Up to 6 es bus control routers can be defined(limited by serial ports used). Simply duplicate the ESTR_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#
#  ENABLED:             @TRUE or FALSE
#  SERIAL_PORT:         @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (9600,8,1,O,N is default)
#  MX_ESTR_MAPPING:     @<MX level>,<ESTR level>,<MX output start>,<MX output length>,<ESTR output offset>,<ESTR input offset>
#  USI_SOURCE:          @<RCP | MX>
#  #
#  # ES Bus configuration options:
#  # There are three interface applications
#  #   ESTRC This will simply confirm for the ES protocol (ES TRIB).
#  #         Useful if confirm all is not desirable on ES controllers
#  #   ESTR  This will allow ES devices to control a USI router (ES TRIB).
#  #         The non-USI controller must perform all confirms/refreshes.
#  #   ESBC  This is the bridge application between USI and ES devices.
#  #         ESBC will bridge for a ES physical router present.
#  #         ESBC LCL will bridge for a USI physical router present. (requires two serial ports)
#  #   ESBCM This is the BusControl Master, USI controls an ES devices. No ES control
#  #

ENABLED:		     @FALSE
SERIAL_PORT:		     @6, 38400, 8, 1, O, N
MX_ESTR_MAPPING:	     @3, 1, 0, 144, 0, 0
USI_SOURCE:		 @MX

[RCP3_BUS_DATA_START]
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  IP:                @<ip "XXX.XXX.XXX.XXX">      * this is the IP of the USI controller (SC4 or other)

ENABLED:		 @FALSE
IP:				 @192.168.005.230
REFRESH_TIME:		 @150
REFRESH_BLOCK:		 @3

[PROSAN_BUS_DATA_START]
#NOTE! Up to 6 Prosan bus control routers can be defined(limited by serial ports used). Simply duplicate the PROSAN_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  SERIAL_PORT:       @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one   (Odd is default)
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (None is default)
#  NUMBER_FORMAT:     @<2 or 3>   *number of input or output digits supported in protocol
#  MX_PROSAN_MAPPING: @<MX level>,<PROSAN level>,<MX output start>,<MX output length>,<PROSAN output offset>,<PROSAN input offset>
#  USI_SOURCE:          @<RCP | MX>
#
#NOTE! The prosan router has levels 'A' thru 'H'
#      The prosan router input/output 1 is the first bus (MX uses 0 as the first bus)
#      The input/output offset must map the 0 and 1 relative offset. The offset will almost always be odd
#      The following will map the first input, output and level of Prosan to the first input, output and level of MX
#      MX_PROSAN_MAPPING:   0,A,0,64,1,1
#

ENABLED:		 @FALSE
SERIAL_PORT:		 @1, 9600, 8, 1, O , N
NUMBER_FORMAT:		 @2
MX_PROSAN_MAPPING:	 @3, G, 0, 64, 1, 1
USI_SOURCE:		 @MX

[DATATEK_BUS_DATA_START]
#NOTE! Up to 6 Datatek bus control routers can be defined(limited by serial ports used). Simply duplicate the DATATEK_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  SERIAL_PORT:       @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one   (Odd is default)
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (None is default)
#  MX_DATATEK_MAPPING: @<MX level>,<DATATEK level(0 relative)>,<MX output start>,<MX output length>,<DATATEK output offset>,<DATATEK input offset>
#  USI_SOURCE:          @<RCP | MX>
#

ENABLED:		 @FALSE
SERIAL_PORT:		 @2, 9600, 8, 1, O , N
MX_DATATEK_MAPPING:	 @0, 0, 0, 250, 0, 0
MX_DATATEK_MAPPING:	 @1, 1, 0, 250, 0, 0
MX_DATATEK_MAPPING:	 @2, 2, 0, 250, 0, 0
MX_DATATEK_MAPPING:	 @3, 3, 0, 250, 0, 0
USI_SOURCE:		 @MX

[DATATEKBC_BUS_DATA_START]
#NOTE! Up to 6 Datatek bus control routers can be defined(limited by serial ports used). Simply duplicate the DATATEKBC_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  SERIAL_PORT:       @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one   (Odd is default)
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (None is default)
#  MX_DATATEK_MAPPING: @<MX level>,<DATATEK level(0 relative)>,<MX output start>,<MX output length>,<DATATEK output offset>,<DATATEK input offset>|,<Unknown status>|
#  MX_DATATEK_LCL_MAPPING: @<MX level>,<DATATEK level(0 relative)>,<MX output start>,<MX output length>,<DATATEK output offset>,<DATATEK input offset>|,<Unknown status>|
#  USI_SOURCE:          @<RCP | MX>
#
#  The MX_DATATEK_MAPPING mapping is for physical routers on the Datatek system.
#       The unknown source is sent to the USI as status for MX_DATATEK_MAPPING.
#  The MX_DATATEK_LCL_MAPPING mapping is for physical routers on the USI system.
#       The unknown source is sent to the Datatek as status for MX_DATATEK_LCL_MAPPING.
#

ENABLED:		 @FALSE
SERIAL_PORT:		 @3, 9600, 8, 1, O , N
MX_DATATEK_MAPPING:	 @0, 0, 0, 250, 0, 0
MX_DATATEK_MAPPING:	 @1, 1, 0, 250, 0, 0
MX_DATATEK_MAPPING:	 @2, 2, 0, 250, 0, 0
MX_DATATEK_MAPPING:	 @3, 3, 0, 250, 0, 0
USI_SOURCE:		 @MX

[SIERRA_BUS_DATA_START]
#NOTE! Up to 6 SIERRA bus control routers can be defined(limited by serial ports used). Simply duplicate the SIERRA_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  SERIAL_PORT:       @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol>
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (9600,8,1,O,N is default)
#  COMMAND_START_CHARS: @TRUE or FALSE   True put 2 start characters False put 1 start character. Use TRUE
#  MX_SIERRA_MAPPING: @<MX level 0 relative>,<SIERRA level(1 relative)>,<MX output start>,<MX output length>,<SIERRA output offset>,<SIERRA input offset>
#  USI_SOURCE:          @<RCP | MX>
#
#  NOTE! Sierra is 1 relative, USI is 0 relative, offsets will be an odd number.>
#

ENABLED:		 @FALSE
SERIAL_PORT:		 @2, 9600, 8, 1, O , N
COMMAND_START_CHARS:		 @TRUE
MX_SIERRA_MAPPING:	 @0, 0, 0, 250, 0, 0
USI_SOURCE:		 @MX

[PROBELNS_BUS_DATA_START]
#NOTE! Up to 6 Probel Network Slave routers can be defined. Simply duplicate the PROBELNS_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  IP_PORT_PROTOCOL:  @<IP level port number> Start port for levels.
#  IP_PORT_ERRORS:    @<UDP error port number> Port number for UDP error port.
#  DEFAULT_SOURCE:    @<default source> Source used for status when status not known.
#  MX_PROBEL_MAPPING: @<MX level>,<PROBEL level>,<MX output start>,<MX output length>,<PROBEL output offset>,<PROBEL input offset>
#
#NOTE! The Probel router is 0 relative on levels/sources/destination so is USI
#      The USI numbers go only over RCPx, this means they are index's
#      This does not use the MX bus, no MX connection or configuration required.
#      Only level 0 on Probel will work.
#

ENABLED:		 @FALSE
IP_PORT_PROTOCOL:	 @2000
IP_PORT_ERRORS:		 @2002
DEFAULT_SOURCE:		 @100
MX_PROBEL_MAPPING:	 @0, 0, 0, 250, 0, 0

[PROBELSM_BUS_DATA_START]
#NOTE! Up to 6 Probel Serial Master routers can be defined. Simply duplicate the PROBELSM_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  SERIAL_PORT:       @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol> 
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS   (9600,8,1,O,N is default) 
#  USI_SOURCE:          @<RCP | MX>
#  MX_PROBEL_MAPPING: @<MX level>,<MX output start>,<MX output length>,<PROBEL output offset>,<PROBEL input offset>
#
#NOTE! The Probel router is 0 relative on levels/sources/destination so is USI
#      The Probel serial is one level per serial port.
#

ENABLED:		 @FALSE


[PESASM_BUS_DATA_START]
#NOTE! Up to 6 Pesa Serial Master routers can be defined. Simply duplicate the PESASM_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  ENABLED:           @TRUE or FALSE
#  SERIAL_PORT:       @<port(1 thru 6)>,<baud rate>,<bit lengh>,<stop bits>,<parity>,<flowcontrol> 
#            *parity can only be (O)dd, (E)ven, or (N)one
#            *flowcontrol can only be (N) none, (H) Hardware RTSCTS  
#  USI_SOURCE:          @<RCP | MX>
#  MX_PESA_MAPPING: @<MX level>,<Pesa level>,<MX output start>,<MX output length>,<PESA output offset>,<PESA input offset>
#  PESA_LEVEL_COUNT: @<Number of levels in Pesa (if set to 0, mxlator will calculate this based on status response>
#
#  NOTE! Pesa is 1 relative, USI is 0 relative, input/output offsets will be an odd number.
#        For levels use 0 relative for both (pesa may be labeled 1 relative)
#  NOTE! Pesa serial: common RS232,9600,8,2,N,H
#  NOTE! Pesa serial cable needs the DSR tied to true 
#        and RTS and CTS lines on many models
#  NOTE! Pesa level count will controll how many levels are sent out 
#        the serial port. If this value is configured for 0, the mxlator 
#        will use the number of levels reported on the first status request. 
#

ENABLED:		 @FALSE


[GVNMN_BUS_DATA_START]
#NOTE! Up to 6 gvnmn bus control routers can be defined. Simply duplicate the GVNMN_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#
#  ENABLED:             @TRUE or FALSE
#  IP_ONE:              @<IP for primary controller>
#  IP_TWO:              @<IP for secondary controller, not required if it does not exist>
#  MX_GVNMN_MAPPING:     @<MX level>,<GV level>,<MX output start>,<MX output length>,<GVNMN output offset>,<GVNMN input offset>
#  USI_SOURCE:          @<RCP | MX>
#  #

ENABLED:		@FALSE
IP_ONE:	 		@192.168.005.231
IP_TWO:	 		@192.168.005.232
MX_GVNMN_MAPPING: 	@0, 0, 0, 250, 0, 0
USI_SOURCE:		 @MX


[GVNSN_BUS_DATA_START]
#NOTE! Up to 6 gvnsn bus control routers can be defined. Simply duplicate the GVNSN_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#
#  ENABLED:             @TRUE or FALSE
#  PORT:                @<Port to listen on default is 12345>
#  LEVEL_4_ACK:         @<TRUE | FALSE> default is TRUE
#  TIME_OUT:            @<# of seconds with no messages before disconnecting, 0 = disable> default is 0
#  MX_GVNSN_MAPPING:    @<MX level>,<GV level>,<MX output start>,<MX output length>,<GVNSN output offset>,<GVNSN input offset>
#  USI_SOURCE:          @<RCP | MX>
#  # 
ENABLED:		     @FALSE
LEVEL_4_ACK:		 @TRUE
PORT:		     @12345
TIME_OUT:		     @0
USI_SOURCE:		 @MX

[HCPM_BUS_DATA_START]
#NOTE! Up to 6 hcpm bus control routers can be defined. Simply duplicate the HCPM_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#
#  ENABLED:             @TRUE or FALSE
#  IP_ONE:              @<IP for primary controller>
#  IP_TWO:              @<IP for secondary controller, not required if it does not exist>
#  IP_PORT:             @<port number>
#  ACK_WARN_TIME:       @<number of mils before ack warning>
#  ACK_CLOSE_TIME:      @<number of mils before ack waiting closes connection>
#  MX_HCPM_MAPPING:     @<MX level>,<HCP level>,<MX output start>,<MX output length>,<HCPM output offset>,<HCPM input offset>
#  USI_SOURCE:          @<RCP | MX>
#  # 

ENABLED:		     @FALSE


[LAWONM_BUS_DATA_START]
#NOTE! Up to 6 Lawo netwok master bus control routers can be defined. Simply duplicate the LWONM_BUS_DATA_START section 6 times
# the following fields are REQUIRED
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  #
#
#  ENABLED:             @TRUE or FALSE
#  IP_ONE:              @<IP for primary controller>
#  IP_TWO:              @<IP for secondary controller, not required if it does not exist>
#  IP_PORT:             @<port number>
#  MAPPING_TABLE:       @<mapping table index 0 to 15>
#  DATA_REFRESH_TIME:   @<number of mils between refresh requests>
#  MX_LWONM_MAPPING:    @<MX level>,<MX output start>,<MX output length>,<LWONM output offset>,<LWONM input offset>
#  USI_SOURCE:          @<RCP | MX>
#  # 

ENABLED:		     @FALSE


[LOGGING_DATA_START]
#  the format for this section is a FIELD LABEL followed by FIELD DATA
#  the FIELD LABEL must have a ':' as the last character
#  the FIELD DATA  must start with a '@' char and be no longer than 20 characters
#
#  SERVER_NAME:                       @<logging server name>
#  LOGGING_SNIFFER_ENABLED:           @TRUE or FALSE
#  LOG_COMMAND:                       @<logging command line>
#

SERVER_NAME:		 @USI_SYSLOG01
LOGGING_SNIFFER_ENABLED:		 @FALSE




[END_CONFIG_FILE]