RCL Script Examples

Listed below are various scripting examples that are pre-installed within TagNet to control Reader operation and GPIO settings. These examples are available by choosing the [Generate from Template] button on the TagNet scripting screen. Templates save you keystrokes when creating scripts and can be modified to suit using examples below. Examples are provided for Server based readers as well as Smart readers running the TagSmart client.

Server Based Reader Control

Example #1 – Typical GPIO, sensor input, signal light output.

Example #2 – No Trigger Input, continuous read, output lights.

Example #3 – No GPIO, continuous read, Server Based Control

Example #4 – Trigger input, signal light output with AUX condition. 

Remote Client Reader Control

Example #5 – Generic script for TagSmart enabled readers

These examples assume a 4 lens Signal light assembly where the order (from bottom of light pole up) is green/amber/red/blue (lights 1 /2 / 3 / 4)

 

Typical GPIO, sensor input, signal light output

Alien (models ALR-9640, 9650, 9770, 9780, 9800, 9900), AWID (models MPR2010AN, MPR3014), Omron (model V740)

Pre-Processor Script

10           CONNECT  SETGPIO(*NEW)

Explanation ** establish a new connection with the reader (opens a socket) and GPIO port

20           WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-ON) 

Explanation ** turn off all signal lights except for blue to indicate that schedule is running.

30   READ  SETHANDLER(*CURRENT) SETPARMS(*CURRENT) SETGPIO(*CURRENT) TRIGGERON(INPUT-1-ON)  SIGNALON(OUTPUT-4-FLASH-ON)

Explanation ** Start the read process when triggered, flash blue light briefly to indicate read cycle has started.

Post-Processor Script

ERROR   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-FLASH-ON)

Explanation ** Flash on red if error in binding function.

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-1-ON)

Explanation ** turn on green. Normally the green light is used to indicate a good condition.

NOMATCH   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-2-ON)

Explanation ** turn on amber. Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

NOTAG          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-ON) GPIOCODE2(OUTPUT-3-OFF) GPIODELAY2(3000)

Explanation ** turn on red light for (3) seconds longer to be more noticeable. Normally the red light is used to indicate that no tag was read during the event cycle.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

Intermec (model IF5, IF30, & IF61) ** Internal GPIO

Pre-Processor Script

10           CONNECT SETTRIGGER(*RESET)

Explanation ** establish a new connection with the reader (opens a socket)

20           WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)   GPIOCODE(OUTPUT-4-ON) 

Explanation ** turn off all signal lights except for blue to indicate that schedule is running.

30   READ  SETHANDLER(*CURRENT) SETPARMS(*CURRENT) TRIGGERON(INPUT-1-ON)  SIGNALON(OUTPUT-4-FLASH-ON)

Explanation ** Start the read process when triggered, flash blue light briefly to indicate read cycle has started.

Post-Processor Script

ERROR   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-FLASH-ON)

Explanation ** Flash on red if error in binding function

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-14-ON)

Explanation ** turn on green. Normally the green light is used to indicate a good condition.

NOMATCH   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-24-ON)

Explanation ** turn on amber. Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

NOTAG          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-34-ON) GPIOCODE2(OUTPUT-4-ON) GPIODELAY2(3000)

Explanation ** turn on red light for (3) seconds longer to be more noticeable. Normally the red light is used to indicate that no tag was read during the event cycle.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-1234-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

 

Symbol (models AR400, XR400, XR440, XR440-XML, XR450)

Pre-Processor Script

10           CONNECT  SETGPIO(*NEW)

Explanation ** establish a new connection with the reader (opens a socket) as well as a new connection to the GPIO port

20           CONFIGURE  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT) FEATURE(SETPARAMETERS)

Explanation ** set the physical reader properties

30           WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-ON) 

Explanation ** turn off all signal lights except for blue to indicate that schedule is running.

40   READ  SETHANDLER(*CURRENT) SETPARMS(*CURRENT) SETGPIO(*CURRENT) TRIGGERON(INPUT-1-ON)  SIGNALON(OUTPUT-4-FLASH-ON)

Explanation ** Start the read process when triggered, flash blue light briefly to indicate read cycle has started.

Post-Processor Script

ERROR   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-FLASH-ON)

Explanation ** Flash on red if error in binding function

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-1-ON)

Explanation ** turn on green. Normally the green light is used to indicate a good condition.

NOMATCH   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-2-ON)

Explanation ** turn on amber. Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

NOTAG          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-ON) GPIOCODE2(OUTPUT-3-OFF) GPIODELAY2(3000)

Explanation ** turn on red light for (3) seconds longer to be more noticeable. Normally the red light is used to indicate that no tag was read during the event cycle.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

No Trigger Input, continuous read, output lights

Alien (models ALR-9640, 9650, 9770, 9780, 9800, 9900), AWID (models MPR2010AN, MPR3014), Omron (model V740)

Pre-Processor Script

10           CONNECT SETGPIO(*NEW)

Explanation ** establish a new connection with the reader and GPIO port

20           WRITEGPIO SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  DWELL(10000) GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-ON) 

Explanation ** set Dwell to 10 seconds and turn off all signal lights except for blue to indicate that schedule is running.

30  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) SETGPIO(*CURRENT)

Explanation ** Start the read process, note absence of any triggers.

Post-Processor Script

ERROR   IGNORE

Explanation ** Do not display any light conditions if error in binding function

MATCH          WRITEGPIO SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-1-ON)

Explanation ** Turn on green. Normally the green light is used to indicate a good condition. Note: the GPIODELAYx command is somewhat redundant here as the reader is continually looping attempting to read tags. Light will stay on briefly based on how quickly the physical reader duration is set at.

NOMATCH          WRITEGPIO SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-2-ON)

Explanation ** Turn on amber. Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

NOTAG   Note: ** no red light is used as it is redundant in a Triggerless environment. When no tags are present only the Blue ‘schedule active’ light will be on, any valid tag that comes within the Antenna field will be immediately be read and will return either a green or amber light.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

Intermec (model IF5, IF30, & IF61) ** Internal GPIO

Pre-Processor Script

10           CONNECT SETTRIGGER(*RESET)

Explanation ** establish a new connection with the reader (opens a socket)

20           WRITEGPIO SETHANDLER(*CURRENT) SETPARMS(*CURRENT) GPIOCODE(OUTPUT-4-ON)  DWELL(10000)

Explanation ** set Dwell to 10 seconds and turn on blue to indicate that schedule is running (unconditionally shuts off all previous light conditions).c

30  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT)

Explanation ** Start the read process, note absence of any triggers.

Post-Processor Script

ERROR   WRITEGPIO  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-FLASH-ON)

Explanation ** Flash on red if error in binding function

MATCH          WRITEGPIO SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-14-ON)

Explanation ** turn on blue and green light simultaneously. Normally the green light is used to indicate a good condition. Note: the GPIODELAYx command is somewhat redundant here as the reader is continually looping attempting to read tags. Light will stay on briefly based on how quickly the physical reader duration is set at.

NOMATCH          WRITEGPIO SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-24-ON)

Explanation ** turn on blue and green light simultaneously Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

NOTAG   Note: ** no red light is used as it is redundant in a Triggerless environment. When no tags are present only the Blue ‘schedule active’ light will be on, any valid tag that comes within the Antenna field will be immediately be read and will return either a green or amber light.

End-Schedule Script

10           CLOSE  SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-1234-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

 

Symbol (models AR400, XR400, XR440, XR440-XML, XR450)

Pre-Processor Script

10           CONNECT SETGPIO(*NEW)

Explanation ** establish a new connection with the reader (opens a socket) and GPIO port

20           CONFIGURE          SETHANDLER(*CURRENT)  SETPARMS(*CURRENT) FEATURE(SETPARAMETERS)

Explanation ** set the physical reader properties

30           WRITEGPIO          SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  DWELL(10000) GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)                  GPIOCODE4(OUTPUT-4-ON) 

Explanation ** set Dwell to 10 seconds and turn off all signal lights except for blue to indicate that schedule is running.

40  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) SETGPIO(*CURRENT)

Explanation ** Start the read process, note absence of any triggers.

Post-Processor Script

ERROR   IGNORE

Explanation ** Do not display any light conditions if error in binding function

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-1-ON)

Explanation ** turn on green. Normally the green light is used to indicate a good condition. Light will stay on briefly based on how quickly the physical reader duration is set at.

NOMATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-2-ON)

Explanation ** turn on amber. Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

NOTAG   Note: ** no red light is used as it is redundant in a Triggerless environment. When no tags are present only the Blue ‘schedule active’ light will be on, any valid tag that comes within the Antenna field will be immediately be read and will return either a green or amber light.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

No GPIO, continuous read, Server Based Control

Note: no post processor or end of schedule Scripts are required in this scenario as there is no GPIO input or output. This example is for maximum efficiency and speed when logging tag events in a continuous read basis.  Typically this script is used in conjunction with the Portal Event Viewer that displays real-time feedback on a close-by monitor, actual tags being read and Item #’s. With this type of rich data based feedback, signal lights become less important and are really not required.

Alien (models ALR-9640, 9770, 9780, 9800, 9650, 9900), AWID (models MPR2010AN, MPR3014), Omron (model V740)

Pre-Processor Script

10          CONNECT SETVIEWER(*NEW)

Explanation ** establish a new connection with the reader and the PEV client (opens a socket to each). Note: this is important as without the Connect and Read statements every read will attempt to open a new connection and will slow the read cycle and logging considerably.

20          READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT)

 

Intermec (model IF5, IF30, & IF61)

Pre-Processor Script

10          CONNECT SETVIEWER(*NEW)

Explanation ** establish a new connection with the reader and the PEV client (opens a socket to each). Note: this is important as without the Connect and Read statements every read will attempt to open a new connection and will slow the read cycle and logging considerably.

20  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) 

Symbol (models AR400, XR400, and XR440, XR450)

Pre-Processor Script

10          CONNECT SETVIEWER(*NEW)

Explanation ** establish a new connection with the reader and the PEV client (opens a socket to each). Note: this is important as without the Connect and Read statements every read will attempt to open a new connection and will slow the read cycle and logging considerably.

20           CONFIGURE          SETHANDLER(*CURRENT)  SETPARMS(*CURRENT) FEATURE(SETPARAMETERS)

Explanation ** set the physical reader properties

30  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) 

Explanation ** invoke the Read event cycle using the duration in the physical reader properties.

 

Trigger input, signal light output with AUX condition

Note: the AUX1, AUX2, AUX3 are special reserved conditions unique to a custom binding function when more than the (3) standard conditions are required (match, no-match, no-tag). See SQL Template Binding Function 

Alien (models ALR-9640, 9650, 9770, 9780, 9800, 9900),  AWID (models MPR2010AN, MPR3014),  Omron (model V740)

Pre-Processor Script

10           CONNECT  SETGPIO(*NEW)

Explanation ** establish a new connection with the reader (opens a socket) and GPIO port

20           WRITEGPIO          SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-ON) 

Explanation ** turn off all signal lights except for blue to indicate that schedule is running.

30  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) SETGPIO(*CURRENT)  TRIGGERON(INPUT-1-ON)

Explanation ** listen on input from sensor plugged into Input1, when triggered execute results based on Post-processor script shown below

Post-Processor Script

AUX1          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-2-FLASH)  GPIOCODE2(OUTPUT-2-FLASH) GPIOCODE3(OUTPUT-2-FLASH) 

Explanation ** Flash light 2 (amber) three times. 

AUX2          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-2-ON)  GPIOCODE2(OUTPUT-3-ON) GPIOCODE3(OUTPUT-2-OFF) GPIODELAY3(3000) GPIOCODE4(OUTPUT-3-OFF)

Explanation ** turn on lights 2 & 3 for (3) seconds

AUX3          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-ON)  GPIOCODE2(OUTPUT-2-ON) GPIOCODE3(OUTPUT-1-OFF) GPIODELAY3(3000) GPIOCODE4(OUTPUT-2-OFF)

Explanation ** turn on lights 1 & 2 for (3) seconds

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-1-ON)  GPIOCODE2(OUTPUT-1-OFF) GPIODELAY2(3000)

Explanation ** turn on light #1 for (3) seconds.

NOMATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-ON)  GPIOCODE2(OUTPUT-3-OFF) GPIODELAY2(3000)

Explanation ** turn on light #3 for (3) seconds.

NOTAG          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-2-ON)  GPIOCODE2(OUTPUT-2-OFF) GPIODELAY2(3000)

Explanation ** turn on light #2 for (3) seconds.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

Intermec (model IF5, IF30, & IF61)

Pre-Processor Script

10           CONNECT SETTRIGGER(*RESET)

Explanation ** establish a new connection with the reader (opens a socket)

20           WRITEGPIO SETHANDLER(*CURRENT) SETPARMS(*CURRENT) GPIOCODE(OUTPUT-4-ON) 

Explanation ** turn off all signal lights except for blue to indicate that schedule is running.

30  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) TRIGGERON(INPUT-1-ON) SIGNALON(OUTPUT-4-FLASH-ON)

Explanation ** Start the read process when triggered, flash blue light briefly to indicate read cycle has started, when triggered execute results based on Post-processor script below

Post-Processor Script

AUX1          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-4-ON-2-FLASH)  GPIOCODE2(OUTPUT-4-ON-2-FLASH) GPIOCODE3(OUTPUT-4-ON-2-FLASH) 

Explanation ** Flash light 2 (amber) three times. 

AUX2          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-234-ON)  GPIOCODE2(OUTPUT-4-ON) GPIODELAY2(3000)

Explanation ** turn on light 2 & 3 on for (3) seconds

AUX3          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-124-ON) GPIOCODE2(OUTPUT-4-ON) GPIODELAY2(3000)

Explanation ** turn on light 1 & 2 for (3) second delay.

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-14-ON)  GPIOCODE2(OUTPUT-4-ON) GPIODELAY2(3000)

Explanation ** turn on light #1 for (3) seconds.

NOMATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-34-ON)  GPIOCODE2(OUTPUT-4-ON) GPIODELAY2(3000)

Explanation ** turn on light #3 for (3) seconds.

NOTAG          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-24-ON)  GPIOCODE2(OUTPUT-4-ON) GPIODELAY2(3000)

Explanation ** turn on light #2 for (2) seconds.

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  GPIOCODE(OUTPUT-1234-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

Symbol (models AR400, XR400, XR440, XR440-XML, XR450)

Pre-Processor Script

10           CONNECT  SETGPIO(*NEW)

Explanation ** establish a new connection with the reader (opens a socket) and GPIO port

20           CONFIGURE          SETHANDLER(*CURRENT)  SETPARMS(*CURRENT) FEATURE(SETPARAMETERS)

Explanation ** set the physical reader properties

30           WRITEGPIO          SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-ON) 

Explanation ** turn off all signal lights except for blue to indicate that schedule is running.

40  READ SETHANDLER(*CURRENT) SETPARMS(*CURRENT) SETGPIO(*CURRENT)  TRIGGERON(INPUT-1-ON) SIGNALON(OUTPUT-4-FLASH-ON)

Explanation ** listen on input from sensor plugged into Input1, when triggered execute results based on Post-processor script shown below

Post-Processor Script

AUX1          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-2-FLASH)  GPIOCODE2(OUTPUT-2-FLASH) GPIOCODE3(OUTPUT-2-FLASH) 

Explanation ** Flash light 2 (amber) three times. 

AUX2          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-2-ON)  GPIOCODE2(OUTPUT-3-ON) GPIOCODE3(OUTPUT-2-OFF) GPIODELAY3(3000) GPIOCODE4(OUTPUT-3-OFF)

Explanation ** turn on light 2 & 3 on for (3) seconds

AUX3          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-ON)  GPIOCODE2(OUTPUT-2-ON) GPIOCODE3(OUTPUT-1-OFF) GPIODELAY3(3000) GPIOCODE4(OUTPUT-2-OFF)

Explanation ** turn on light 1 & 2 for (3) seconds

MATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-1-ON)  GPIOCODE2(OUTPUT-1-OFF) GPIODELAY2(3000)

Explanation ** turn on light #1 for (3) seconds.

NOMATCH          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-3-ON)  GPIOCODE2(OUTPUT-3-OFF) GPIODELAY2(3000)

Explanation ** turn on light #3 for (3) seconds.

NOTAG          WRITEGPIO          SETHANDLER(*CURRENT)            SETPARMS(*CURRENT)  SETGPIO(*CURRENT) GPIOCODE(OUTPUT-2-ON)  GPIOCODE2(OUTPUT-2-OFF) GPIODELAY2(3000)

Explanation ** turn on light #2 for (3) seconds.

 

End-Schedule Script

10           CLOSE   SETHANDLER(*CURRENT)  SETPARMS(*CURRENT)  SETGPIO(*CURRENT)  GPIOCODE(OUTPUT-1-OFF)  GPIOCODE2(OUTPUT-2-OFF) GPIOCODE3(OUTPUT-3-OFF)  GPIOCODE4(OUTPUT-4-OFF) 

Explanation ** turn off all signal lights to ensure they are off after schedule completes.

 

 

Remote mode running TagSmart Client

Intermec IF5, IF30, & IF61

Symbol XR400, XR440, XR450

Post-Processor Script

MATCH          14          

Explanation ** turn on green. Normally the green light is used to indicate a good condition.

NOMATCH   13 

Explanation ** turn on amber. Normally the amber light is used to indicate a tag was read but business logic shows an error condition.

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