INVRPT Inventory report message (D11A)

This is the standard EDIFACT D11A spec, with 19 loops and 58 segment positions, as OpenEDI JSON, an ediFabric C# template and an ediFabric Native model. To change it for a trading partner, customize it in the EDI Spec Builder.

Loading the spec…
The spec as an OpenAPI 3 schema with x-openedi-* extensions, for ediFabric Native, ediFabric Cloud and the EDI Spec Builder. Download OpenEDI (86 KB) Generate classes
The ediFabric .NET template, class TSINVRPT. It needs the common segments, composites and codes of EDIFACT D11A, one download for every transaction in the version. Download C# (1 KB) Common files (58 KB)
The intermediary model ediFabric Native loads with set_map. Native supports X12 today, and EDIFACT is coming. Download Native (1 KB)

Use the INVRPT spec in your code

ediFabric .NET

Add the C# template and its common files to your project, or reference the template NuGet package, and read INVRPT files into TSINVRPT objects. See ediFabric .NET.

ediFabric Native

Native supports X12 today, and EDIFACT is coming. When it's available, map version D11A to this Native model with set_map to parse INVRPT files to JSON from Python, Java, C or C#. See ediFabric Native.

OpenEDI

Select Customize in Spec Builder to copy the spec under your own name, change it for your partner, and parse files against it in EdiNation, ediFabric Native or ediFabric Cloud. Read about OpenEDI.

Generate INVRPT classes in Python, Java, Node.js, Go, Rust or C

The OpenEDI file describes each INVRPT as JSON. To work with INVRPT data as typed objects, generate classes from the OpenEDI file in your language; the root class is TSINVRPT. The classes keep the loops, segments, lengths and code lists, but not the EDI data formats. Read more in Generate a class from OpenEDI.

Python: datamodel-code-generator. Node.js: openapi-typescript. Java, Go, Rust and C: OpenAPI Generator.

INVRPT structure

Loops and segments of the standard INVRPT, with their usage and maximum repeats.

IDNameUsageMax use
UNHUNHMandatory1
BGMBGMMandatory1
FTXFTXOptional99
DTMDTMMandatory10
Loop RFFRFFOptional10
RFFRFFMandatory1
DTMDTMOptional1
Loop NADNADOptional20
NADNADMandatory1
LOCLOCOptional5
Loop RFFRFFOptional99
RFFRFFMandatory1
DTMDTMOptional1
Loop CTACTAOptional10
CTACTAMandatory1
COMCOMOptional5
Loop CUXCUXOptional5
CUXCUXMandatory1
DTMDTMOptional1
Loop CPSCPSOptional9999
CPSCPSMandatory1
Loop PACPACOptional999
PACPACMandatory1
PCIPCIOptional1000
Loop QTYQTYOptional9999
QTYQTYMandatory1
GINGINOptional9999
DTMDTMOptional5
Loop LINLINOptional9999999
LINLINMandatory1
PIAPIAOptional10
IMDIMDOptional10
NADNADOptional1
MEAMEAOptional10
ALIALIOptional10
LOCLOCOptional5
DTMDTMOptional5
FTXFTXOptional99
Loop RFFRFFOptional10
RFFRFFMandatory1
DTMDTMOptional1
Loop CTACTAOptional1
CTACTAMandatory1
COMCOMOptional9
Loop INVINVOptional9999
INVINVMandatory1
QTYQTYMandatory9
GINGINOptional9999
LOCLOCOptional5
DTMDTMOptional5
STSSTSOptional9
FTXFTXOptional9
Loop NADNADOptional5
NADNADMandatory1
LOCLOCOptional1
Loop PRIPRIOptional5
PRIPRIMandatory1
CUXCUXOptional1
DTMDTMOptional1
Loop RFFRFFOptional10
RFFRFFMandatory1
DTMDTMOptional1
Loop CPSCPSOptional9999
CPSCPSMandatory1
Loop PACPACOptional9999
PACPACMandatory1
MEAMEAOptional10
QTYQTYOptional10
Loop PCIPCIOptional9999
PCIPCIMandatory1
RFFRFFOptional1
DTMDTMOptional5
GINGINOptional9999
Loop GIRGIROptional99
GIRGIRMandatory1
DTMDTMOptional5
UNTUNTMandatory1