Ucc 128 Gs1 Serial Of Application
Buying organizations such as retailers, grocers and distributors often require their suppliers to use.Neodynamic ThermalLabel SDK v2.0-v3.0 for. The UCC-128 label is also known as the GS1-128 label. Through using a serial of Application Identifiers, GS1-128 could encode information like. But different from Code 128, GS1-128 could not only encode data but the meanings that the data has carried. Derived from Code 128, GS1-128 has similar symbol structure and similar encodable data. It uses a list of Application Identifiers.GS1-128 (UCC/EAN 128) is a high-density linear barcode.
NET Framework 2.0 (or greater)Microsoft Visual Studio 2005 / 2008 Express Editions (VB, C#, J#, and C++)Any Zebra Thermal Printer supporting ZPL (Zebra Programming Language) or EPL (Eltron Programming Language)All Zebra (ZPL-based and EPL-based) thermal barcode printers provide built-in support for printing GS1-128 (previously referred to as UCC/EAN-128 or EAN-128) barcodes as well as other barcode standards.The GS1-128 (a.k.a. Sign, fax and printable from PC, iPad, tablet or mobile with.NOTE: This demo works with ThermalLabel SDK v2.0-v3.0 but NOT with v4.0Microsoft. Fill Burlington Co0at Factory Ucc128 Gs1 128 Serial Shipping Container Label, Edit online. This is followed by a Function Code One (FNC1) and an Application Identifier (AI. GS1-128 barcodes use the Code 128 barcode specification, so each barcode begins with a Start C character.
GS1-128 has a list of Application Identifiers (AI) which can be a 2, 3, or 4-digit number that identifies the type of data which follows. While other barcodes simply encode data with no respect for what the data represents, GS1-128 encodes data and encodes what that data represents. GS1-128 was developed to provide a worldwide format and standard for exchanging common data between companies.
Example of encoding and concatenating net weight (4 kg) using AI 31 (Product Net Weight in Kg) with the associated Global Trade Item Number (GTIN) 95012345678903 using AI 01 (Shipping Contained Code) in GS1-128. If you need to support both printer languages in your project then you will have to design two different labels targeting each printer language separately.'Define a ThermalLabel object and set unit to cm and label sizeDim tLabel As New ThermalLabel(UnitType.Cm, 10, 0)Dim bc As New BarcodeItem(1, 1, BarcodeSymbology.UccEan128, "(01)95012345678903")'Thermal Printer is connected through USBPj.PrinterSettings.Communication.CommunicationType = CommunicationType.USBPj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.ZPLPj.PrinterSettings.PrinterName = "Zebra TLP2844-Z"//Define a ThermalLabel object and set unit to cm and label sizeThermalLabel tLabel = new ThermalLabel(UnitType.Cm, 10, 0) BarcodeItem bc = new BarcodeItem(1, 1, BarcodeSymbology.UccEan128, "(01)95012345678903") //Thermal Printer is connected through USBPj.PrinterSettings.Communication.CommunicationType = CommunicationType.USB Pj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.ZPL Pj.PrinterSettings.PrinterName = "Zebra TLP2844-Z" Dim bc As New BarcodeItem(1, 1, BarcodeSymbology.UccEan128, "0195012345678903")Pj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.EPLPj.PrinterSettings.PrinterName = "Zebra GK420t"BarcodeItem bc = new BarcodeItem(1, 1, BarcodeSymbology.UccEan128, "0195012345678903") Pj.PrinterSettings.ProgrammingLanguage = ProgrammingLanguage.EPL Pj.PrinterSettings.PrinterName = "Zebra GK420t" NET code like C# or VB.NET will not produce the same output printing under ZPL and EPL printers.
Run the sample Windows Forms application and test it.
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