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Thought so, thanks for confirming

Hi rshah,

It means the modbus slave responded with an error packet, but googling reveals there is no exception code 0x80!

This likely means that your serial bus isn't configured correctly (and the CRC error supports that). I would guess your parity setting doesn't match the parity setting of the device, but you should double check the buad rate, data bits, stop bits, etc. against the manual for the device.

The error can be seen in the table name, DATAPOİNTTAGS capitalized incorrectly due to a bug in the JOOQ library. In your other thread I provided instructions on how to set your language to English in the mean time to avoid this issue. In case someone finds it here,

For the moment, you could try putting a file like this into Mango/bin/ext-enabled/

BAT if you're on Windows: set-language.bat

if "%1" == "init" ( rem Startup with the default language set to English set JAVAOPTS=%JAVAOPTS% -Duser.language=en )

SH otherwise: set-language.sh

#!/bin/bash case "$1" in init) # Startup with the default language set to English JAVAOPTS="$JAVAOPTS -Duser.language=en" ;; esac

Then stop Mango, and start it again.

@Jared-Wiltshire @phildunlap

Thanks again for your help!

Thanks! That was quick!

There is an old acronym, PEBKAC....

LOL didn't even think those might be related. K I'll try to get you something, first I have to migrate my db to nosql.

Thank you!

That makes sense, appreciate the help!

Edited the title of the post to make it easier for people to find in the future if searching for something similar.

Thank you, it works in my sandbox Mango environment! :) You just saved me 4 hours of exporting-textediting-deleting-importing-testing nightmare!

Thanks again!

Good solution!

Thanks @JoelHaggar, I knew I'd take a bit of a performance hit but seeing as a lot of our live values are reporting every few minutes to half an hour, I want to believe speed won't be too much of an issue. Thank you all for your input and advice. This forum really is an excellent source of information.

I didn't find this earlier when searching, but this seems to be similar to unable to discover a bacnet device on my network, specifically in the brief window of apparently successful operation when saving or enabling the publisher.

Surprisingly, resolution was found in slightly different Local Device settings, specifically he had to use the broadcast address that was proper for the network and the sink address to bind. So, in this instance, bind address 0.0.0.0 and broadcast address 192.168.1.255

Here is another type of solution that would work for you. https://www.automationdirect.com/stride/index Its a VPN remote access "router" you can access from anywhere or mobile device.

Thanks Phil. I should be all set.

@dovydasz said in permission groups:

So now I created a user 'test' with permissions group 'user1',

Ensure every user has the 'user' permission also.

@dovydasz said in permission groups:

edited my dashboard page "apzvalgine" to "Permissions required: user, user1" in Edit menu items window.

This will control who can see the menu item not who can access the page. You are only required to have one of the permissions to see the menu item.

@Bhanner just looked it over and it doesn't look like there's anything wrong with it. Are you using the latest Chrome and the latest Mango and UI module? Does the tab freeze up every time at the same time? Is it reproducible under a certain set of conditions?

[edit] Its possible this is from a bug where the point value component was fetching events from the API too frequently, maybe try purging old events and upgrading your UI/API module.

Hi psysak,

It's not exactly what you requested, but it's a similar gist for an option. There may be more excel based options - but I like the python based options so that's the main angle I'd come at it from.

Here's a CSV of modbus points (Excel --> Export as CSV, or you can export using another separator you don't use in the data):

Modbus Register,# of Modbus Registers,Description,Format,Properties 43012,2,Record Number (x),UINT32,Read 43014,2,UTC Seconds,UINT32,Read 43016,2,UTC MicroSeconds,UINT32,Read 43018,2,Source 1 Input Data,FLOAT,Read 43020,2,Source 2 Input Data,FLOAT,Read 43022,2,Source 3 Input Data,FLOAT,Read 43024,2,Source 4 Input Data,FLOAT,Read 43026,2,Source 5 Input Data,FLOAT,Read 43028,2,Source 6 Input Data,FLOAT,Read 43030,2,Source 7 Input Data,FLOAT,Read 43032,2,Source 8 Input Data,FLOAT,Read 43034,2,Source 9 Input Data,FLOAT,Read 43036,2,Source 10 Input Data,FLOAT,Read 43038,2,Source 11 Input Data,FLOAT,Read 43040,2,Source 12 Input Data,FLOAT,Read 43042,2,Source 13 Input Data,FLOAT,Read 43044,2,Source 14 Input Data,FLOAT,Read 43046,2,Source 15 Input Data,FLOAT,Read 43048,2,Source 16 Input Data,FLOAT,Read 43088,2,Record Number (x+2),UINT32,Read 43090,2,UTC Seconds,UINT32,Read 43092,2,UTC MicroSeconds,UINT32,Read 43094,2,Source 1 Input Data,FLOAT,Read 43096,2,Source 2 Input Data,FLOAT,Read 43098,2,Source 3 Input Data,FLOAT,Read 43100,2,Source 4 Input Data,FLOAT,Read

And here's my python script that consumes it:

import re modbusDataTypes = {"FLOAT":"FOUR_BYTE_FLOAT", "UINT32":"FOUR_BYTE_INT_UNSIGNED"} xidPrefix = "SJ3_" baseModbusPoint = """{ "xid":"%(xid)s", "name":"%(name)s", "enabled":true, "loggingType":"INTERVAL", "intervalLoggingPeriodType":"MINUTES", "intervalLoggingType":"AVERAGE", "purgeType":"YEARS", "pointLocator":{ "range":"HOLDING_REGISTER", "modbusDataType":"%(modbusDataType)s", "writeType":"NOT_SETTABLE", "additive":0.0, "bit":0, "charset":"ASCII", "multiplier":1.0, "offset":%(offset)s, "registerCount":2, "slaveId":1, "slaveMonitor":false }, "eventDetectors":[ ], "plotType":"SPLINE", "unit":"", "templateXid":"Numeric_Default", "chartColour":"black", "chartRenderer":{ "type":"IMAGE", "timePeriodType":"DAYS", "numberOfPeriods":1 }, "dataSourceXid":"DS_849061", "defaultCacheSize":1, "deviceName":"test_mod 502", "discardExtremeValues":false, "discardHighLimit":1.7976931348623157E308, "discardLowLimit":-1.7976931348623157E308, "intervalLoggingPeriod":1, "intervalLoggingSampleWindowSize":0, "overrideIntervalLoggingSamples":false, "purgeOverride":false, "purgePeriod":1, "readPermission":"", "setPermission":"", "textRenderer":{ "type":"ANALOG", "useUnitAsSuffix":true, "unit":"", "renderedUnit":"", "format":"0.00" }, "tolerance":0.0 }""" modbusRegisterMap = open("simpleModbusCSV.csv") outputFile = open("modbusGeneratorOut.json", "w+") outputFile.write("{") outputFile.write("\"dataPoints\":[") for line in modbusRegisterMap : fields = line.split(",") if not len(fields) > 1 or re.search("^4",fields[0]) is None : continue holdingOffset = re.search("4([0-9]+)", fields[0]).group(1) outputFile.write(baseModbusPoint % {"name": fields[2],"xid": xidPrefix+fields[2].replace(" ", "_"), "offset": holdingOffset, "modbusDataType":modbusDataTypes[fields[3]],}) outputFile.write("]}") outputFile.close() modbusRegisterMap.close()

You can see all i'm doing is setting the name, xid, offset, and modbusDataType for the points and writing out a {"dataPoints":[ ... ]} list to modbusGeneratorOut.json

Thank you! It's working now :)