def set_codetext(self): dataDir = Settings.dataDir + 'WorkingWithBarcode/UtilityFeatures/CodeText/' # Instantiate barcode object bb = BarCodeBuilder() # Set the code text for the barcode bb.setCodeText("Aspose-123") # Set the symbology type to Code128 symbology = Symbology bb.setSymbologyType(symbology.Code128) # Set the width of the bars to 0.5 millimeter bb.setxDimension(0.5) # save the barcode image to file bb.save(dataDir + "codetext.out.jpg") # Print message print "Barcode image generated successfully."
def set_codetext(self): dataDir = Settings.dataDir + 'WorkingWithBarcode/UtilityFeatures/CodeText/' # Instantiate barcode object bb = BarCodeBuilder() # Set the code text for the barcode bb.setCodeText("Aspose-123") # Set the symbology type to Code128 symbology= Symbology bb.setSymbologyType(symbology.Code128) # Set the width of the bars to 0.5 millimeter bb.setxDimension(0.5) # save the barcode image to file bb.save(dataDir + "codetext.out.jpg") # Print message print "Barcode image generated successfully."
def __init__(self): dataDir = Settings.dataDir + 'WorkingWithBarcode/AdvanceBarcodeFeatures/ManageDimension/' # Instantiate barcode object bb = BarCodeBuilder() # Set up code text (data to be encoded) bb.setCodeText("1234567") # Set the symbology type to Code128 symbology= Symbology bb.setSymbologyType(symbology.Code128) # Save the image to file bb.save(dataDir + "barcode.jpg") # Set the x-dimension for the bars of the barcode bb.setxDimension(0.5) # Save the image to file bb.save(dataDir + "barcodeXDimensionChanged.jpg") # Instantiate barcode object bb1 = BarCodeBuilder() # Set the code text of the barcode bb1.setCodeText("12345678") # Set the symbology type to code128 bb1.setSymbologyType(symbology.Pdf417) # Set the x-dimension for the bars of the barcode bb1.setxDimension(0.5) # Save the image to file bb1.save(dataDir + "barcodeYDimensionChanged.jpg") # Display Status. print "BarCodes with different dimensions have been created successfully."
def __init__(self): dataDir = Settings.dataDir + 'WorkingWith2DBarcodes/Basic2DBarcodeFeatures/Creating2DBarcode' # Instantiate barcode object builder = BarCodeBuilder() symbology= Symbology builder.setSymbologyType(symbology.Pdf417) # Width of each module builder.setxDimension(0.6) # Height of each module builder.setyDimension(1.2) builder.setCodeText("this is some test code text. \n Second line \n third line.") # Save the image to your system and set its image format to Jpeg builder.save(dataDir + "Creating2DBarcode.jpg") # Display Status print "Created 2D Barcode Successfully."
def __init__(self): dataDir = Settings.dataDir + 'WorkingWithBarcode/AdvanceBarcodeFeatures/ManageDimension/' # Instantiate barcode object bb = BarCodeBuilder() # Set up code text (data to be encoded) bb.setCodeText("1234567") # Set the symbology type to Code128 symbology = Symbology bb.setSymbologyType(symbology.Code128) # Save the image to file bb.save(dataDir + "barcode.jpg") # Set the x-dimension for the bars of the barcode bb.setxDimension(0.5) # Save the image to file bb.save(dataDir + "barcodeXDimensionChanged.jpg") # Instantiate barcode object bb1 = BarCodeBuilder() # Set the code text of the barcode bb1.setCodeText("12345678") # Set the symbology type to code128 bb1.setSymbologyType(symbology.Pdf417) # Set the x-dimension for the bars of the barcode bb1.setxDimension(0.5) # Save the image to file bb1.save(dataDir + "barcodeYDimensionChanged.jpg") # Display Status. print "BarCodes with different dimensions have been created successfully."
def __init__(self): dataDir = Settings.dataDir + 'WorkingWith2DBarcodes/Basic2DBarcodeFeatures/Creating2DBarcode' # Instantiate barcode object builder = BarCodeBuilder() symbology = Symbology builder.setSymbologyType(symbology.Pdf417) # Width of each module builder.setxDimension(0.6) # Height of each module builder.setyDimension(1.2) builder.setCodeText( "this is some test code text. \n Second line \n third line.") # Save the image to your system and set its image format to Jpeg builder.save(dataDir + "Creating2DBarcode.jpg") # Display Status print "Created 2D Barcode Successfully."