TFORMer SDK：条码标签打印 SDK

我們提供以下 TFORMer SDK 授權。請注意，Windows 和 UNIX/Linux 平台使用不同的授權。所列價格為自動續訂的年度訂閱費用。請聯絡我們以了解更多資訊，我們很樂意為您提供個人化報價。

(*) 適用於 Windows、macOS 和 Linux。請在表單中註明您所使用的平台。

Microsoft^® Windows

All current 32 and 64 bit Microsoft Windows systems:

• Windows Server 2016 / 2019 / 2022
• Windows 10 / 11
• Ready for Terminal Server / Citrix environments

UNIX®, Linux®, macOS®

• For more supported platforms, please refer to our download section or request a new build.

V 9.0.0

New Features

• 64-Bit Version & Updated Connectivity
  TFORMer Designer is now available as a fully native 64-bit application, providing improved stability and performance for complex layouts and large print jobs. For backward compatibility, also a 32-bit version is installed.
• 64-bit ODBC Support
  Added 64-bit ODBC support to ensure seamless integration with modern database environments. Enhanced connectivity for Microsoft Office 365 / Excel, enabling easier data import from contemporary 64-bit Office installations.
• Thumbnail Preview
  Added Thumbnail preview in template selection for faster visual identification of layouts.
• Improved Layout Precision
  The maximum zoom level has been increased to 1000%, allowing highly accurate fine-tuning of templates, micro-adjustments, and precise alignment of layout elements.
• Modernized User Interface
  
  • Comprehensive GUI facelift for a cleaner, more modern look.
  • Improved 4K and high-DPI display support ensures crisp rendering and an optimal editing experience on modern monitors.
  • Refined icons, dialogs, and workspace ergonomics for a smoother workflow.
  • Reworked start page featuring category tiles, a recent files list, and additional usability improvements.
  • Improved window split ratio for the Expression Editing area (default 60/40) for better usability.
• New Options
  
  • New option “Format TFORMer files for readability” to store TFORMer files (TFF, TFR, XMD) in a merge-tool-friendly format.
  • New option minify for SVG compression (available via TFORMer.xml).
• Product Structure Clean-Up
  Version 9 marks the retirement of Quick Print and the separation of SDK components from the TFORMer Designer setup and license, making the product structure cleaner and more modular.
• New Licensing
  The online activation process has been revised and expanded. Activated licenses are now continuously synchronized with the TEC-IT license server. The advantage for users: Subscriptions and active devices can be managed via an online portal. Offline activation is supported as well.
• Barcode SDK
  • New barcode properties including: ITF-14 bearer bar settings and customizable quiet zones.
  • Using the barcode kernel TBarCode V11.17.4.

Templates

• MAT Labels
  Updated the ROHS logo in all MAT labels (KLT, Master, VDA, BOSCH, etc.).
• GS1 Data Matrix Label
  Added the GS1 Non-Standard Heterogeneous (Fixed), Data Matrix template under (2) Transportation - GS1 Logistic Labels.
• FORD GTL
  Added FORD GTL (2017) Container and Container Half-Height templates.
• Swiss QRBill
  Added Swiss QRBill v2.3, including an A4 variant. Compatibility templates for v2.2 are provided for TFORMer SDK 8.9.2.

Bug Fixes

• Fixed TFO-13471: A comment block at the end of an expression caused an error.
• Fixed TFPrint Unicode issue (Windows): TFPrint command-line arguments could not contain multibyte characters.
• Fixed TFO-13945: Misleading error message when a compiled validation rule was invalid (e.g. a referenced data field was renamed or a data field referenced itself).
• Fixed TFO-13757: “Barcode Does Not Fit” error with centered barcodes when optimal resolution was enabled.

Known Issues

• PDF / PostScript Output
  Non-TrueType fonts like Script are printed as Arial.
• HTML Output
  The use of rotated text is not possible.
• Arabic Fonts
  Arabic fonts are not directly supported.
• High Zoom Levels in Layout View
  When using label or report formats with extensive vertical dimensions, applying high zoom values may cause display or rendering issues.
• 16-Digit Serial Numbers
  Limited support for 16-digit serial numbers when using the data type Floating Point. Due to the limited precision of IEEE-754 floating-point numbers, integers can only be represented exactly up to 15–16 decimal digits. As a result, rounding errors and reduced precision may occur with 16-digit values.