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Clear out junk files and repair common Windows errorsFree Scan →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Yes—you can share one C# renderer and card layout for Arabic and French job images, while passing language-appropriate text settings into each draw operation. For Arabic, GDI+ offers a right-to-left reading-order flag; for French, use the ordinary left-to-right direction. That flag alone does not establish correct Arabic shaping, punctuation handling, font coverage, or finished-image quality, so verify the actual output with your text and fonts.
Keep the renderer shared and make text layout configurable
Separate the card’s geometry and drawing operations from the settings used to lay out its text. Microsoft’s StringFormat API reference describes layout properties such as alignment, and Graphics.DrawString has overloads that accept formatting. A renderer can therefore receive the text, its layout rectangle, and an appropriate formatting configuration without duplicating the whole image pipeline.
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For an Arabic text run, the documented GDI+ control is StringFormatFlags.DirectionRightToLeft, set on the StringFormat passed to DrawString. Microsoft describes this as drawing text with right-to-left reading order in its bi-directional support guidance. For French, use left-to-right reading order. Choose direction for the language or run being drawn; do not switch the entire image to RTL just because one locale is Arabic.
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This API control establishes a reading-order option, not a guarantee that every Arabic string will render correctly. The cited documentation does not establish Arabic glyph shaping, the treatment of mixed Arabic and Latin punctuation, automatic font selection, or the quality of a finished raster image for a particular renderer. Validate those behaviors using real job titles, employer names, punctuation, numerals, deployed fonts, and the final image dimensions.
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Choose numeral display separately from reading direction
StringFormat also provides digit-substitution behavior. Microsoft documents National and Traditional modes in its digit-substitution reference. Decide explicitly which numeral display the card design requires; do not treat RTL reading order as a decision about numerals.
Design for the text rectangle and overflow
DrawString draws within a layout rectangle. Microsoft notes that text which does not fit can be truncated at the nearest word. Each card should therefore have deliberate text bounds and an overflow policy, rather than relying on the renderer to make long titles fit automatically.
- Set a text rectangle appropriate to the card’s usable area.
- Check representative short and long job titles and employer names in both languages.
- Decide how the design handles overflow, such as adjusting layout or reducing text, and inspect the resulting image.
- Test the actual fonts and output dimensions used in deployment, including mixed-script strings where they occur.
Check the operating-system boundary before choosing GDI+
GDI+ via System.Drawing.Common is not a portable choice for modern .NET deployments. Microsoft’s StringFormat reference states that in .NET 6 and later, the package is supported only on Windows. If the application must run cross-platform, Microsoft’s compatibility guidance lists SkiaSharp, ImageSharp, Aspose.Drawing, and Microsoft.Maui.Graphics as migration alternatives. The available guidance does not compare those libraries’ Arabic rendering quality, so evaluate the required text behavior in the library and environment you choose.
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