This process is same like 850 file or if differs,Please describe as flowchart to process of 860 file.
My question is :-
How to process to parse 860 file?
what are the changes requested in 860 file?
The 860 is a Purchase Order Change. It is basically just that: an amendment or change to a Purchase Order. You didn't specify inbound or outbound, so I will try to keep it generic.
When the 850 is sent, the purchaser might go back and realize the PO needs to be changed. Perhaps a line item needs a quantity adjustment (20 EA instead of 10 EA). Perhaps a line item was omitted. The 860 could be used as a Cancellation, Add, Delete, Change, Replace, or Duplicate. The partner's implementation guide should give you a clue as to how it is used.
You would parse it just like any other EDI document, except you need to look at the different segments and elements. The BCH01 will tell you what kind of Change it is. In some cases, I've seen it where it replaces the PO exclusively, and you are able to drop the original PO and put this in the place (the structure is very similar to the 850, with some segment changes). In other cases, I would just print the 860 off to a human readable format (HTML), and give it to the business unit, because I didn't want to change open orders.
In some scenarios, the life cycle might look like this:
send 850
receive 997
receive 855 (PO Ack)
send 997
send 860 (need to change the PO)
receive 997
receive 865 (PO Change Acknowledgement)
send 997
And then:
receive 856 (Advance Ship Notice)
send 997
receive 810 (Invoice)
send 997
Related
Is there an EDI x12 segment that has no character limit? We often use the MSG segment for open text fields but this is capped at 256 characters, so we’re looking for an alternative that can handle 500+ characters.
The short answer
The MTX Text segment allows you to send messages of up to 4096 characters long, which is the longest available in X12. You can’t just swap out an MSG segment for an MTX segment, though. You can only use MTX if it’s included in the transaction set, and that depends on which X12 'release' (version) you're using.
For the 005010 release (one of the more popular ones), here are the transaction sets that MTX appears in:
105 Business Entity Filings
113 Election Campaign and Lobbyist Reporting
150 Tax Rate Notification
155 Business Credit Report
179 Environmental Compliance Reporting
194 Grant or Assistance Application
251 Pricing Support
274 Healthcare Provider Information
284 Commercial Vehicle Safety Reports
500 Medical Event Reporting
620 Excavation Communication
625 Well Information
650 Maintenance Service Order
805 Contract Pricing Proposal
806 Project Schedule Reporting
814 General Request, Response or Confirmation
832 Price/Sales Catalog
836 Procurement Notices
840 Request for Quotation
843 Response to Request for Quotation
850 Purchase Order
855 Purchase Order Acknowledgment
860 Purchase Order Change Request - Buyer Initiated
865 Purchase Order Change Acknowledgment/Request - Seller Initiated
Some additional clarification
Technically, character limits don't apply to X12 segments – what you're referring to is an X12 element. A segment is just a container for elements, and the element you're referring to is the element referenced in MSG01 (the first element of the MSG segment).
Each X12 element references an ID number. For each element, the ID number points to a dictionary that specifies the name, description, type, minimum length, and maximum length. In the case of MSG01, it points to data element [933][1].
Data element 933 – the one you're currently using – actually has a character limit of 264 characters (more than 256 characters, but not by much). Note: the link above is to the 005010 X12 release, but I checked backed to 003010 and up to 008030 and it seems to be 264 characters all the way through.
Now, back to your original question: is there a data element that allows for a larger character payload?
The answer is that there are 8 data elements that accept a payload larger than 264 characters.
Two of them are binary data types, which we can likely eliminate off the bat:
785. Binary Data. A string of octets which can assume any binary pattern from hexadecimal 00 to FF. Note: The maximum length is dependent upon the maximum data value that can be entered in DE 784, which value is 999,999,999,999,999. Max characters: 999999999999999.
1700. Transformed Data. Binary or filtered data having one or more security policy options applied; transformed data may represent compressed, encrypted, or compressed and encrypted plaintext. Max characters: 10000000000000000.
The rest are strings, which is promising:
364. Communication Number. Complete communications number including country or area code when applicable. Max characters: 2048.
1565. Look-up Value. Value used to identify a certificate containing a public key. Max characters: 4096.
1566. Keying Material. Additional material required for decrypting the one-time key. Max characters: 512.
1567. One-time Encryption Key. Hexadecimally filtered encrypted one-time key. Max characters: 512.
1573. Encoded Security Value. Encoded representation of the Security Value specified by the Security Value Qualifier. Max characters: 1.00E+16.
And, last but not least:
1551. Textual Data. To transmit large volumes of message text. Max characters: 4096.
Looks like a winner!
Note that element 1551 appears in only one segment: MTX, which was introduced in the 003060 X12 release. And in the initial 003060 release, it was only included in one X12 Transaction Set: 194 Grant or Assistance Application (which makes sense – a longer field was needed for grant applications).
It seems that as new releases were developed, the MTX segment made its way into more and more transaction sets – likely for exactly the reason you're asking. In 003070, it was included in 5 transaction sets; in 004010, 15; in 005010, 24, and so on.
The MTX segment uses element 1551 in both MTX02 and MTX03, so you can get double the length by using both of them. Note that there's a 'relational condition': If MTX-03 is present, then MTX-02 is required (in other words, you can't use MTX03 if you don't use MTX02 first).
And depending on the transaction set, the MTX segment may be able to be repeated as well.
Long story short: if the MTX segment is in the transaction set / release you're using, you're likely in luck.
Hope this helps.
Use multiple MSGs and trim the data at each to the maximum allowed. You usually have free text segments set with repetitions > 1, so you should be okay. That's how everybody does it.
I need to work on a Bluetooth hardware and need to send the bytes data. I know the format but not sure about the last byte:-
[0x6E,0x01,0x00,0x24,0x93]
The last byte is the - byte5(verify). The preceding bytes add up, but I am not sure how value 93 came up.
Is there any specific logic that needs to be added for this.
We are trying to design our standard 856 for customers that are not on EDI yet.
I've been researching where to put the carrier information.
Seems like some people recommend putting the tracking # here:
REF*CN*1Z6Y654R1359137591~
I've seen "CN" for Carrier Number, and I've seen other use "ZH".
Where would I put the fact that it's FedEx, USP, USPS, etc...
Would that just be another reference with a different code?
I'm trying to find how most people already do it.
I've found several 856 implementation guides, but it's not clear where they put the carrier name especially.
As Artem has mentioned, the 5th element of the TD5 segment is the usual place for a carrier name.
As for a tracking number, I've not seen this in the TD5 segment before. You could use the REF segment with a qualifier of 2I which is the qualifier which specifically means "Tracking Number".
I have a SOC1 abend when executing mt cobol program. Any ideas?
I get these messages in the JESMSGLG
10.18.45 JOB07120 IGD17296I DYNAMIC VOLUME COUNT (DVC=5) WAS USED TO 433
433 EXTEND DATA SET VALSD.ALT.CACD602.RF0020RC.LONENSEL.#C
10.18.48 JOB07120 IGD17296I DYNAMIC VOLUME COUNT (DVC=5) WAS USED TO 467
467 EXTEND DATA SET VALSD.ALT.CACD602.RF0020RC.LONENSEL.#C
10.18.51 JOB07120 IGD17296I DYNAMIC VOLUME COUNT (DVC=5) WAS USED TO 544
544 EXTEND DATA SET VALSD.ALT.CACD602.RF0020RC.LONENSEL.#C
10.18.54 JOB07120 IGD17296I DYNAMIC VOLUME COUNT (DVC=5) WAS USED TO 597
597 EXTEND DATA SET VALSD.ALT.CACD602.RF0020RC.LONENSEL.#C
10.18.59 JOB07120 IEC028I 837-08,IFG0554A,OCACD602,COLST51P,LONENSEL,6355,TSOD05, 688
688 VALSD.ALT.CACD602.RF0020RC.LONENSEL.#C
EDIT: When I use less input (= less output) I don't get the abend.
I can't see from the image, but like the guys before stated, disk space appears to be your problem. Try to allocate a small size on the primary allocation, and more on secondary. My recollection of this problem is that the primary allocation needs one chunk of space of specified size, but secondary allocations are split. This becomes more important when disc space is limited. Try running an idcams listcat to check for space. Then if necessary include a vol=ser parameter into your JCL. It might also be a good idea to include some file status checking into Cobol program. This makes issues like this far easier to resolve.
I'm working with a ELM327 and I'd like to be able to set the header and data portions of CAN messages to be sent. I see that there is a code for setting the header for messages
SH xxyyzz
But I'm having trouble finding out how to set the data portion and control when the message gets sent.
Do these both occur when I send a ASCII request for a PID with extra characters for the data field?
And would that use the header that was set by the SH command?
Is there a better way to do this?
Datasheet: http://elmelectronics.com/DSheets/ELM327DS.pdf
If you're using the ELM327, and you're on a protocol such as J1850 vpw, or J1850 pwm (older than 2003 CAN vehicles).. Then you will use this to set the header.
The header will consist of xx yy zz
xx = priority of message (i.e. 68)
yy = Target address of module you want to talk to (i.e. 5A)
zz = Sender address, which can usually be F1
So your command would look like this ATSH 68 5A F1
This sets the header.. Now you want to send data. Any data you send from now on will use that header, and send the data to that module.
So if you wanted to get the RPM's, you can just send 01 0C
You will get something like 41 0C 23. The last data byte is the value of RPM's. You will have to figure out the formula to convert this into a human readable format though.. A lot of information can be found here..
https://en.wikipedia.org/wiki/OBD-II_PIDs
By the way, if you're communicating on a CAN network, you would just use the module ID as the header.. ATSH 7E0, then send your data. all vehicles 2008+ are CAN.. some 2003-2007 are also.
This might be an old question, but I just found an online link which describes in detail how to send arbitrary CAN messages using the ELM327. So anyone (like me) coming past that question can still find a valid answer.
Look here for details on send arbitrary CAN messages with the ELM327:
https://www.elmelectronics.com/wp-content/uploads/2017/11/AppNote07.pdf
Best
If you're using an ELM327 chipset, you need to call ATSH or AT SH, to set the header first. Then send the message separately (The data bytes).
https://www.sparkfun.com/datasheets/Widgets/ELM327_AT_Commands.pdf