public static byte[] TwoDimensionCodes(ICommandEmitter e) =>
ByteSplicer.Combine(
e.PrintLine("PDF417:"),
e.Print2DCode(TwoDimensionCodeType.PDF417, websiteString),
e.PrintLine(),
e.PrintLine("PDF417 (TINY):"),
e.Print2DCode(TwoDimensionCodeType.PDF417, websiteString, Size2DCode.TINY),
e.PrintLine(),
e.PrintLine("PDF417 (LARGE):"),
e.Print2DCode(TwoDimensionCodeType.PDF417, websiteString, Size2DCode.LARGE),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 1:"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MODEL1, websiteString),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 2:"),
e.PrintQRCode(websiteString),
e.PrintLine(),
e.PrintLine("QRCODE MICRO:"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MICRO, websiteString),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 1 (TINY):"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MODEL1, websiteString, Size2DCode.TINY),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 1 (LARGE):"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MODEL1, websiteString, Size2DCode.LARGE),
e.PrintLine()
);
public static void PrintReceipt(Horeka.Data.Occupancy occupancy)
{
try
{
if (occupancy != null)
{
bool portExists = SerialPort.GetPortNames().Any(x => x == "COM7");
if (portExists)
{
printer = new SerialPrinter("COM7", 115200);
e = new EPSON();
Setup();
printer.Write(Receipt.GetReceiptHeader(e, occupancy));
WriteProducts(occupancy);
printer.Write(Receipt.GetReceiptFooter(e));
Setup();
printer.Write(e.PartialCutAfterFeed(10));
}
else
{
throw new IOException("Port does not exist.");
}
}
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
}
public static byte[] TextStyles(ICommandEmitter e)
{
return(ByteSplicer.Combine(
e.SetStyles(PrintStyle.None),
e.Print("Default: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.FontB),
e.Print("Font B: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.Bold),
e.Print("Bold: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.Underline),
e.Print("Underline: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.DoubleWidth),
e.Print("DoubleWidth: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.DoubleHeight),
e.Print("DoubleHeight: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.FontB | PrintStyle.DoubleHeight | PrintStyle.DoubleWidth | PrintStyle.Underline |
PrintStyle.Bold),
e.Print("All Styles: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.None),
e.ReverseMode(true),
e.PrintLine("REVERSE MODE: The quick brown fox jumped over the lazy dogs."),
e.SetStyles(PrintStyle.FontB | PrintStyle.DoubleHeight | PrintStyle.DoubleWidth),
e.PrintLine("REVERSE MODE: The quick brown fox jumped over the lazy dogs."),
e.SetStyles(PrintStyle.None),
e.ReverseMode(false),
e.SetStyles(PrintStyle.None),
e.RightCharacterSpacing(5),
e.PrintLine("Right space 5: The quick brown fox jumped over the lazy dogs."),
e.RightCharacterSpacing(0),
e.SetStyles(PrintStyle.None),
e.UpsideDownMode(true),
e.PrintLine("Upside Down Mode: The quick brown fox jumped over the lazy dogs."),
e.UpsideDownMode(false)
));
}
public static byte[][] TwoDimensionCodes(ICommandEmitter e) => new byte[][]
{
e.PrintLine("PDF417:"),
e.Print2DCode(TwoDimensionCodeType.PDF417, websiteString),
e.PrintLine(),
e.PrintLine("PDF417 (TINY):"),
e.Print2DCode(TwoDimensionCodeType.PDF417, websiteString, Size2DCode.TINY),
e.PrintLine(),
e.PrintLine("PDF417 (LARGE):"),
e.Print2DCode(TwoDimensionCodeType.PDF417, websiteString, Size2DCode.LARGE),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 1:"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MODEL1, websiteString),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 2:"),
e.PrintQRCode(websiteString),
e.PrintLine(),
e.PrintLine("QRCODE MICRO:"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MICRO, "github.com/lukevp"),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 1 (TINY):"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MODEL1, websiteString, Size2DCode.TINY),
e.PrintLine(),
e.PrintLine("QRCODE MODEL 1 (LARGE):"),
e.Print2DCode(TwoDimensionCodeType.QRCODE_MODEL1, websiteString, Size2DCode.LARGE),
e.PrintLine()
};
public void PrintQRCode_Failure(string emitter, TwoDimensionCodeType codeType)
{
var type = Assembly.LoadFrom("ESCPOS_NET").GetType($"ESCPOS_NET.Emitters.{emitter}", true);
ICommandEmitter e = (ICommandEmitter)Activator.CreateInstance(type);
Assert.Throws <ArgumentException>(() => e.PrintQRCode(WEBSITE_STRING, codeType));
}
public static byte[] Images(ICommandEmitter e)
{
Stopwatch s = Stopwatch.StartNew();
return(ByteSplicer.Combine(
e.CenterAlign(),
e.PrintLine("Test PNG images with widths 100 - 600 px at native resolution"),
e.PrintLine("-- pd-logo-100.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-100.png"), true),
e.PrintLine("-- pd-logo-200.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-200.png"), true),
e.PrintLine("-- pd-logo-300.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true),
e.PrintLine("-- pd-logo-400.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-400.png"), true),
e.PrintLine("-- pd-logo-500.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-500.png"), true),
e.PrintLine("-- pd-logo-600.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-600.png"), true),
//e.PrintImage(File.ReadAllBytes("abe-lincoln.png"), true, 257),
e.PrintLine("Test resizing 600 px image to 300px"),
e.PrintLine("-- pd-logo-600.png /300 --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-600.png"), true, 300),
e.PrintLine("Test image with taller height than width"),
e.PrintLine("-- abe-lincoln.png /300 --"),
e.PrintImage(File.ReadAllBytes("images/abe-lincoln.png"), true, 300),
e.PrintLine("Test 300px image resized to all remainders of 8 to ensure overflow checking"),
e.PrintLine("-- pd-logo-300.png /296 (0 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 296),
e.PrintLine("-- pd-logo-300.png /297 (1 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 297),
e.PrintLine("-- pd-logo-300.png /298 (2 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 298),
e.PrintLine("-- pd-logo-300.png /299 (3 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 299),
e.PrintLine("-- pd-logo-300.png /300 (4 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 300),
e.PrintLine("-- pd-logo-300.png /301 (5 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 301),
e.PrintLine("-- pd-logo-300.png /302 (6 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 302),
e.PrintLine("-- pd-logo-300.png /303 (7 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, 303),
e.PrintLine("Test 300px image in JPG format"),
e.PrintLine("-- pd-logo-300.jpg --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.jpg"), true),
e.PrintLine("Test 300px image in BMP format"),
e.PrintLine("-- pd-logo-300.jpg --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.bmp"), true),
e.PrintLine("Test 300px image in GIF format"),
e.PrintLine("-- pd-logo-300.jpg --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.gif"), true),
e.PrintLine("Test full color image converted to black and white"),
e.PrintLine("-- kitten.jpg --"),
e.PrintImage(File.ReadAllBytes("images/kitten.jpg"), true, 400),
e.PrintLine("Time taken: " + s.ElapsedMilliseconds + "ms")
));
}
public static byte[] Images(ICommandEmitter e, bool isLegacy)
{
return(ByteSplicer.Combine(
e.CenterAlign(),
e.PrintLine("Test PNG images with widths 100 - 600 px,"),
e.PrintLine("at native resolution"),
e.PrintLine("-- pd-logo-100.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-100.png"), true, isLegacy),
e.PrintLine("-- pd-logo-200.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-200.png"), true, isLegacy),
e.PrintLine("-- pd-logo-300.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy),
e.PrintLine("-- pd-logo-400.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-400.png"), true, isLegacy),
e.PrintLine("-- pd-logo-500.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-500.png"), true, isLegacy),
e.PrintLine("-- pd-logo-600.png --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-600.png"), true, isLegacy),
e.PrintLine("Test resizing 600 px image to 300px"),
e.PrintLine("-- pd-logo-600.png /300 --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-600.png"), true, isLegacy, 300),
e.PrintLine("Test image with taller height than width"),
e.PrintLine("-- abe-lincoln.png /300 --"),
e.PrintImage(File.ReadAllBytes("images/abe-lincoln.png"), true, isLegacy, 300),
e.PrintLine("Test 300px image resized to all remainders of 8,"),
e.PrintLine("to ensure overflow checking"),
e.PrintLine("-- pd-logo-300.png /296 (0 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 296),
e.PrintLine("-- pd-logo-300.png /297 (1 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 297),
e.PrintLine("-- pd-logo-300.png /298 (2 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 298),
e.PrintLine("-- pd-logo-300.png /299 (3 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 299),
e.PrintLine("-- pd-logo-300.png /300 (4 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 300),
e.PrintLine("-- pd-logo-300.png /301 (5 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 301),
e.PrintLine("-- pd-logo-300.png /302 (6 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 302),
e.PrintLine("-- pd-logo-300.png /303 (7 remainder) --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true, isLegacy, 303),
e.PrintLine("Test 300px image in JPG format"),
e.PrintLine("-- pd-logo-300.jpg --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.jpg"), true, isLegacy),
e.PrintLine("Test 300px image in BMP format"),
e.PrintLine("-- pd-logo-300.jpg --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.bmp"), true, isLegacy),
e.PrintLine("Test 300px image in GIF format"),
e.PrintLine("-- pd-logo-300.jpg --"),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.gif"), true, isLegacy),
e.PrintLine("Test full color image converted"),
e.PrintLine("to black and white and interpolated"),
e.PrintLine("-- kitten.jpg --"),
e.PrintImage(File.ReadAllBytes("images/kitten.jpg"), true, isLegacy, 500),
e.PrintLine("-- portal companion cube.jpg --"),
e.PrintImage(File.ReadAllBytes("images/Portal_Companion_Cube.jpg"), true, isLegacy, 500)));
}
public static byte[] BarcodeStyles(ICommandEmitter e) =>
ByteSplicer.Combine(
//TODO: test all widths and put bar in front in label
e.PrintLine("Thinnest Width:"),
e.SetBarcodeHeightInDots(300),
e.SetBarWidth(BarWidth.Thinnest),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Thin Width:"),
e.SetBarcodeHeightInDots(300),
e.SetBarWidth(BarWidth.Thin),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Default Width:"),
e.SetBarcodeHeightInDots(300),
e.SetBarWidth(BarWidth.Default),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Thicker Width:"),
e.SetBarcodeHeightInDots(300),
e.SetBarWidth(BarWidth.Thick),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Thickest Width:"),
e.SetBarcodeHeightInDots(300),
e.SetBarWidth(BarWidth.Thickest),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Short (50 dots):"),
e.SetBarcodeHeightInDots(50),
e.SetBarWidth(BarWidth.Default),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Tall (255 dots):"),
e.SetBarcodeHeightInDots(255),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Label Above:"),
e.SetBarcodeHeightInDots(50),
e.SetBarLabelPosition(BarLabelPrintPosition.Above),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Label Above and Below:"),
e.SetBarLabelPosition(BarLabelPrintPosition.Both),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Label Below:"),
e.SetBarLabelPosition(BarLabelPrintPosition.Below),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905"),
e.PrintLine("Font B Label Below:"),
e.SetBarLabelFontB(true),
e.PrintBarcode(BarcodeType.UPC_A, "012345678905")
);
public static byte[][] LineSpacing(ICommandEmitter e) => new byte[][]
{
e.SetLineSpacingInDots(200),
e.PrintLine("This is the default spacing."),
e.SetLineSpacingInDots(15),
e.PrintLine("This has 200 dots of spacing above."),
e.ResetLineSpacing(),
e.PrintLine("This has 15 dots of spacing above."),
e.PrintLine("This has the default spacing.")
};
public static byte[] LineSpacing(ICommandEmitter e)
{
return(ByteSplicer.Combine(
e.SetLineSpacingInDots(200),
e.PrintLine("This is the default spacing."),
e.SetLineSpacingInDots(15),
e.PrintLine("This has 200 dots of spacing above."),
e.ResetLineSpacing(),
e.PrintLine("This has 15 dots of spacing above."),
e.PrintLine("This has the default spacing.")
));
}
public static byte[] BarcodeTypes(ICommandEmitter e)
{
return(ByteSplicer.Combine(
e.SetBarcodeHeightInDots(600),
e.SetBarWidth(BarWidth.Thinnest),
e.SetBarLabelPosition(BarLabelPrintPosition.Below),
e.PrintLine("CODABAR_NW_7:"),
e.PrintBarcode(BarcodeType.CODABAR_NW_7, "A31117013206375B"),
e.PrintLine("CODE128:"),
e.PrintBarcode(BarcodeType.CODE128, "ESC_POS_NET"),
e.PrintLine(),
e.PrintLine("CODE128 Type C:"),
e.PrintBarcode(BarcodeType.CODE128, "123456789101", BarcodeCode.CODE_C),
e.PrintLine(),
e.PrintLine("CODE39:"),
e.PrintBarcode(BarcodeType.CODE39, "*ESC-POS-NET*"),
e.PrintLine(),
e.PrintLine("CODE93:"),
e.PrintBarcode(BarcodeType.CODE93, "*ESC_POS_NET*"),
e.PrintLine(),
e.PrintLine("GS1_128:"),
e.PrintBarcode(BarcodeType.GS1_128, "(01)9501234567890*"),
e.PrintLine(),
e.PrintLine("GS1_DATABAR_EXPANDED:"),
e.PrintBarcode(BarcodeType.GS1_DATABAR_EXPANDED, "0001234567890"),
e.PrintLine(),
e.PrintLine("GS1_DATABAR_LIMITED:"),
e.PrintBarcode(BarcodeType.GS1_DATABAR_LIMITED, "0001234567890"),
e.PrintLine(),
e.PrintLine("GS1_DATABAR_OMNIDIRECTIONAL:"),
e.PrintBarcode(BarcodeType.GS1_DATABAR_OMNIDIRECTIONAL, "0001234567890"),
e.PrintLine(),
e.PrintLine("GS1_DATABAR_TRUNCATED:"),
e.PrintBarcode(BarcodeType.GS1_DATABAR_TRUNCATED, "0001234567890"),
e.PrintLine(),
e.PrintLine("ITF:"),
e.PrintBarcode(BarcodeType.ITF, "1234567895"),
e.PrintLine(),
e.PrintLine("JAN13_EAN13:"),
e.PrintBarcode(BarcodeType.JAN13_EAN13, "5901234123457"),
e.PrintLine(),
e.PrintLine("JAN8_EAN8:"),
e.PrintBarcode(BarcodeType.JAN8_EAN8, "96385074"),
e.PrintLine(),
e.PrintLine("UPC_A:"),
e.PrintBarcode(BarcodeType.UPC_A, "042100005264"),
e.PrintLine(),
e.PrintLine("UPC_E:"),
e.PrintBarcode(BarcodeType.UPC_E, "425261"),
e.PrintLine()
));
}
public static byte[] Printing(ICommandEmitter e) =>
ByteSplicer.Combine(
e.Print("Multiline Test: Windows...\r\nOSX...\rUnix...\n"),
//TODO: sanitize test.
e.PrintLine("Feeding 250 dots."),
e.FeedDots(250),
e.PrintLine("Feeding 3 lines."),
e.FeedLines(3),
e.PrintLine("Done Feeding."),
e.PrintLine("Reverse Feeding 6 lines."),
e.FeedLinesReverse(6),
e.PrintLine("Done Reverse Feeding.")
);
public void VerifyQRCodeIsSameAsCallingFromEmitter(string emitter)
{
var type = Assembly.LoadFrom("ESCPOS_NET").GetType($"ESCPOS_NET.Emitters.{emitter}", true);
ICommandEmitter e = (ICommandEmitter)Activator.CreateInstance(type);
//Use Print Command so Buffer is updated internally
var directPrinter = new DirectPrinter(e, null);
directPrinter.PrintQRCode("ABC");
byte[] expected = e.PrintQRCode("ABC");
Assert.Equal(expected, directPrinter.Buffer);
}
public void VerifyInternalBufferIsUpdated(string emitter)
{
var type = Assembly.LoadFrom("ESCPOS_NET").GetType($"ESCPOS_NET.Emitters.{emitter}", true);
ICommandEmitter e = (ICommandEmitter)Activator.CreateInstance(type);
//Use Print Command so Buffer is updated internally
var directPrinter = new DirectPrinter(e, null);
directPrinter.Print("ABC").Print("DEF");
byte[] result = { 65, 66, 67, 68, 69, 70 };
Assert.Equal(result, directPrinter.Buffer);
}
public static byte[] GetReceiptFooter(ICommandEmitter e) =>
ByteSplicer.Combine(
e.LeftAlign(),
e.PrintLine("SUBTOTAL"),
e.PrintLine(),
e.PrintLine(),
e.CenterAlign(),
e.SetStyles(PrintStyle.None),
e.PrintLine($"{DateTime.Today.ToShortDateString()}"),
e.PrintLine("Made With Love"),
e.PrintLine("Tibo Van De Sijpe"),
e.PrintLine("Bram Van den Abbeele"),
e.PrintLine("Pierre Vanvolsem")
);
public void VerifyInternalBufferIsCleared(string emitter)
{
var type = Assembly.LoadFrom("ESCPOS_NET").GetType($"ESCPOS_NET.Emitters.{emitter}", true);
ICommandEmitter e = (ICommandEmitter)Activator.CreateInstance(type);
//Use Print Command so Buffer is updated internally
var directPrinter = new DirectPrinter(e, null);
directPrinter.Print("ABC").Print("DEF");
//Clear Buffer and adds different bytes
directPrinter.ClearAll();
directPrinter.Print("GHI").Print("JKL");
byte[] result = { 71, 72, 73, 74, 75, 76 };
Assert.Equal(result, directPrinter.Buffer);
}
public void PrintQRCode_Success(string emitter, TwoDimensionCodeType?codeType)
{
var type = Assembly.LoadFrom("ESCPOS_NET").GetType($"ESCPOS_NET.Emitters.{emitter}", true);
ICommandEmitter e = (ICommandEmitter)Activator.CreateInstance(type);
byte[] bytes;
if (codeType is TwoDimensionCodeType codeTypeValue)
{
bytes = e.PrintQRCode(WEBSITE_STRING, codeTypeValue);
}
else
{
bytes = e.PrintQRCode(WEBSITE_STRING);
}
Assert.True(bytes.Length > 0);
}
public static byte[] Receipt(ICommandEmitter e)
{
return(ByteSplicer.Combine(
e.CenterAlign(),
e.PrintImage(File.ReadAllBytes("images/pd-logo-300.png"), true),
e.PrintLine(),
e.SetBarcodeHeightInDots(360),
e.SetBarWidth(BarWidth.Default),
e.SetBarLabelPosition(BarLabelPrintPosition.None),
e.PrintBarcode(BarcodeType.ITF, "0123456789"),
e.PrintLine(),
e.PrintLine("B&H PHOTO & VIDEO"),
e.PrintLine("420 NINTH AVE."),
e.PrintLine("NEW YORK, NY 10001"),
e.PrintLine("(212) 502-6380 - (800)947-9975"),
e.SetStyles(PrintStyle.Underline),
e.PrintLine("www.bhphotovideo.com"),
e.SetStyles(PrintStyle.None),
e.PrintLine(),
e.LeftAlign(),
e.PrintLine("Order: 123456789 Date: 02/01/19"),
e.PrintLine(),
e.PrintLine(),
e.SetStyles(PrintStyle.FontB),
e.PrintLine("1 TRITON LOW-NOISE IN-LINE MICROPHONE PREAMP"),
e.PrintLine(" TRFETHEAD/FETHEAD 89.95 89.95"),
e.PrintLine("----------------------------------------------------------------"),
e.RightAlign(),
e.PrintLine("SUBTOTAL 89.95"),
e.PrintLine("Total Order: 89.95"),
e.PrintLine("Total Payment: 89.95"),
e.PrintLine(),
e.LeftAlign(),
e.SetStyles(PrintStyle.Bold | PrintStyle.FontB),
e.PrintLine("SOLD TO: SHIP TO:"),
e.SetStyles(PrintStyle.FontB),
e.PrintLine(" LUKE PAIREEPINART LUKE PAIREEPINART"),
e.PrintLine(" 123 FAKE ST. 123 FAKE ST."),
e.PrintLine(" DECATUR, IL 12345 DECATUR, IL 12345"),
e.PrintLine(" (123)456-7890 (123)456-7890"),
e.PrintLine(" CUST: 87654321"),
e.PrintLine(),
e.PrintLine()
));
}
public static byte[] TextStyles(ICommandEmitter e) =>
ByteSplicer.Combine(
e.SetStyles(PrintStyle.None),
e.Print("Default: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.FontB),
e.Print("Font B: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.Bold),
e.Print("Bold: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.Underline),
e.Print("Underline: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.DoubleWidth),
e.Print("DoubleWidth: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.DoubleHeight),
e.Print("DoubleHeight: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.FontB | PrintStyle.DoubleHeight | PrintStyle.DoubleWidth | PrintStyle.Underline | PrintStyle.Bold),
e.Print("All Styles: The quick brown fox jumped over the lazy dogs.\n"),
e.SetStyles(PrintStyle.None)
);
public static byte[] GetReceiptHeader(ICommandEmitter e, Horeka.Data.Occupancy occupancy) =>
ByteSplicer.Combine(
e.CenterAlign(),
e.PrintLine("HOREKA APPLICATIE"),
e.PrintLine(),
e.PrintLine(),
e.PrintLine("Odisee Brussel"),
e.PrintLine("Warmoesberg 26"),
e.PrintLine("Belgium, Brussels, 1000"),
e.PrintLine("0496/12.12.12"),
e.SetStyles(PrintStyle.Underline),
e.PrintLine("www.odisee.be"),
e.SetStyles(PrintStyle.None),
e.PrintLine(),
e.LeftAlign(),
e.PrintLine($"Order: {occupancy.ID}"),
e.PrintLine(),
e.PrintLine()
);
public static byte[][] CodePages(ICommandEmitter e, CodePage codePage)
{
List <byte[]> test = new List <byte[]>();
test.Add(e.LeftAlign());
test.Add(e.PrintLine("Empty space = space or non-printable character."));
test.Add(e.PrintLine("Each row represents the first hex digit."));
test.Add(e.PrintLine("Each column represents the second hex digit."));
test.Add(e.PrintLine("For example, row 7, column A, represents"));
test.Add(e.PrintLine("the character with hex 0x7A."));
test.Add(e.PrintLine());
test.Add(e.PrintLine("Character Table for Code Page:"));
test.Add(e.PrintLine(codePage + " (Page " + ((int)codePage) + ")"));
test.Add(e.PrintLine("=========================="));
test.Add(e.PrintLine());
test.Add(e.PrintLine(" 0 1 2 3 4 5 6 7 8 9 A B C D E F "));
// Set CodePage to test codepage.
test.Add(e.CodePage(codePage));
for (int d1 = 0; d1 < 0x10; d1++)
{
var upperDigit = d1.ToString("x1").ToUpperInvariant();
test.Add(e.Print(upperDigit + " "));
for (int d2 = 0; d2 < 0x10; d2++)
{
var digit = d1 * 0x10 + d2;
if (digit <= 0x20)
{
digit = 0x20;
}
test.Add(e.Print((char)digit + " "));
}
test.Add(e.PrintLine());
}
// Set CodePage back to default
test.Add(e.CodePage(CodePage.PC437_USA_STANDARD_EUROPE_DEFAULT));
test.Add(e.PrintLine());
return(test.ToArray());
}
static void Main(string[] args)
{
Console.WriteLine("ESCPOS_NET Test Application...");
Console.WriteLine("1 ) Test Serial Port");
Console.WriteLine("2 ) Test Network Printer");
Console.Write("Choice: ");
string comPort = "";
string baudRate;
string ip;
string networkPort;
var response = Console.ReadLine();
var valid = new List <string> {
"1", "2"
};
if (!valid.Contains(response))
{
response = "1";
}
int choice = int.Parse(response);
if (choice == 1)
{
if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows))
{
while (!comPort.StartsWith("COM"))
{
Console.Write("COM Port (eg. COM20): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "COM20";
}
}
Console.Write("Baud Rate (eg. 115200): ");
baudRate = Console.ReadLine();
if (string.IsNullOrWhiteSpace(baudRate))
{
baudRate = "115200";
}
printer = new SerialPrinter(comPort, int.Parse(baudRate));
}
else if (RuntimeInformation.IsOSPlatform(OSPlatform.Linux))
{
Console.Write("File / virtual com path (eg. /dev/usb/lp0): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "/dev/usb/lp0";
}
printer = new FilePrinter(comPort);
}
}
else if (choice == 2)
{
Console.Write("IP Address (eg. 192.168.1.240): ");
ip = Console.ReadLine();
if (string.IsNullOrWhiteSpace(ip))
{
ip = "192.168.1.240";
}
Console.Write("TCP Port (eg. 9000): ");
networkPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(networkPort))
{
networkPort = "9000";
}
printer = new NetworkPrinter(ip, int.Parse(networkPort));
}
bool monitor = false;
Console.Write("Turn on Live Status Back Monitoring? (y/n): ");
response = Console.ReadLine().Trim().ToLowerInvariant();
if (response.Length >= 1 && response[0] == 'y')
{
monitor = true;
}
e = new EPSON();
List <string> testCases = new List <string>()
{
"Printing",
"Line Spacing",
"Barcode Styles",
"Text Styles",
"Full Receipt"
};
while (true)
{
int i = 0;
foreach (var item in testCases)
{
i += 1;
Console.WriteLine($"{i} : {item}");
}
Console.WriteLine("99 : Exit");
Console.Write("Execute Test: ");
try
{
choice = Convert.ToInt32(Console.ReadLine());
if (choice != 99 && (choice < 1 || choice > testCases.Count))
{
throw new InvalidOperationException();
}
}
catch
{
Console.WriteLine("Invalid entry. Please try again.");
continue;
}
if (choice == 99)
{
return;
}
Console.Clear();
if (monitor)
{
printer.StartMonitoring();
}
Setup();
printer.Write(e.PrintLine($"== [ Start {testCases[choice - 1]} ] =="));
switch (choice)
{
case 1:
printer.Write(Tests.Printing(e));
break;
case 2:
printer.Write(Tests.LineSpacing(e));
break;
case 3:
printer.Write(Tests.BarcodeStyles(e));
break;
case 4:
printer.Write(Tests.TextStyles(e));
break;
case 5:
printer.Write(Tests.Receipt(e));
break;
default:
Console.WriteLine("Invalid entry.");
break;
}
Setup();
printer.Write(e.PrintLine($"== [ End {testCases[choice - 1]} ] =="));
printer.Write(e.PartialCutAfterFeed(5));
//TestCutter();
//TestMultiLineWrite();
//TestHEBReceipt();
// TODO: write a sanitation check.
// TODO: make DPI to inch conversion function
// TODO: full cuts and reverse feeding not implemented on epson... should throw exception?
// TODO: make an input loop that lets you execute each test separately.
// TODO: also make an automatic runner that runs all tests (command line).
//Thread.Sleep(1000);
}
}
static void Main(string[] args)
{
Console.WriteLine("ESCPOS_NET Test Application...");
Console.WriteLine("1 ) Test Serial Port");
Console.WriteLine("2 ) Test Network Printer");
Console.Write("Choice: ");
string comPort = "";
string baudRate;
string ip;
string networkPort;
var response = Console.ReadLine();
var valid = new List <string> {
"1", "2"
};
if (!valid.Contains(response))
{
response = "1";
}
int choice = int.Parse(response);
if (choice == 1)
{
if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows))
{
while (!comPort.StartsWith("COM"))
{
Console.Write("COM Port (eg. COM5): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "COM5";
}
}
Console.Write("Baud Rate (eg. 115200): ");
baudRate = Console.ReadLine();
if (string.IsNullOrWhiteSpace(baudRate))
{
baudRate = "115200";
}
printer = new SerialPrinter(portName: comPort, baudRate: int.Parse(baudRate));
}
else if (RuntimeInformation.IsOSPlatform(OSPlatform.Linux))
{
Console.Write("File / virtual com path (eg. /dev/usb/lp0): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "/dev/usb/lp0";
}
printer = new FilePrinter(filePath: comPort, false);
}
}
else if (choice == 2)
{
Console.Write("IP Address (eg. 192.168.1.240): ");
ip = Console.ReadLine();
if (string.IsNullOrWhiteSpace(ip))
{
ip = "192.168.1.240";
}
Console.Write("TCP Port (eg. 9000): ");
networkPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(networkPort))
{
networkPort = "9000";
}
printer = new NetworkPrinter(ipAddress: ip, port: int.Parse(networkPort), reconnectOnTimeout: true);
}
bool monitor = false;
Console.Write("Turn on Live Status Back Monitoring? (y/n): ");
response = Console.ReadLine().Trim().ToLowerInvariant();
if (response.Length >= 1 && response[0] == 'y')
{
monitor = true;
}
e = new EPSON();
var testCases = new Dictionary <Option, string>()
{
{ Option.Printing, "Printing" },
{ Option.LineSpacing, "Line Spacing" },
{ Option.BarcodeStyles, "Barcode Styles" },
{ Option.BarcodeTypes, "Barcode Types" },
{ Option.TwoDimensionCodes, "2D Codes" },
{ Option.TextStyles, "Text Styles" },
{ Option.FullReceipt, "Full Receipt" },
{ Option.CodePages, "Code Pages (Euro, Katakana, Etc)" },
{ Option.Images, "Images" },
{ Option.LegacyImages, "Legacy Images" },
{ Option.LargeByteArrays, "Large Byte Arrays" },
{ Option.CashDrawerPin2, "Cash Drawer Pin2" },
{ Option.CashDrawerPin5, "Cash Drawer Pin5" },
{ Option.Exit, "Exit" }
};
while (true)
{
foreach (var item in testCases)
{
Console.WriteLine($"{(int)item.Key} : {item.Value}");
}
Console.Write("Execute Test: ");
if (!int.TryParse(Console.ReadLine(), out choice) || !Enum.IsDefined(typeof(Option), choice))
{
Console.WriteLine("Invalid entry. Please try again.");
continue;
}
var enumChoice = (Option)choice;
if (enumChoice == Option.Exit)
{
return;
}
Console.Clear();
if (monitor)
{
printer.StartMonitoring();
}
Setup(monitor);
printer?.Write(e.PrintLine($"== [ Start {testCases[enumChoice]} ] =="));
switch (enumChoice)
{
case Option.Printing:
printer.Write(Tests.Printing(e));
break;
case Option.LineSpacing:
printer.Write(Tests.LineSpacing(e));
break;
case Option.BarcodeStyles:
printer.Write(Tests.BarcodeStyles(e));
break;
case Option.BarcodeTypes:
printer.Write(Tests.BarcodeTypes(e));
break;
case Option.TwoDimensionCodes:
printer.Write(Tests.TwoDimensionCodes(e));
break;
case Option.TextStyles:
printer.Write(Tests.TextStyles(e));
break;
case Option.FullReceipt:
printer.Write(Tests.Receipt(e));
break;
case Option.CodePages:
var codePage = CodePage.PC437_USA_STANDARD_EUROPE_DEFAULT;
Console.WriteLine("To run this test, you must select the index of a code page to print.");
Console.WriteLine("The default CodePage is typically CodePage 0 (USA/International).");
Console.WriteLine("Press enter to see the list of Code Pages.");
Console.ReadLine();
List <object> codePages = new List <object>();
foreach (var value in Enum.GetValues(typeof(CodePage)))
{
codePages.Add(value);
}
for (int i = 0; i < codePages.Count; i++)
{
Console.WriteLine(i.ToString() + ": " + codePages[i] + " (Page " + ((int)codePages[i]) + ")");
}
Console.Write("Index for test Code Page (NOT Page #): ");
var page = Console.ReadLine();
try
{
codePage = (CodePage)codePages[int.Parse(page)];
}
catch
{
Console.WriteLine("Invalid code page selected, defaulting to CodePage 0.");
}
printer.Write(Tests.CodePages(e, codePage));
break;
case Option.Images:
printer.Write(Tests.Images(e, false));
break;
case Option.LegacyImages:
printer.Write(Tests.Images(e, true));
break;
case Option.LargeByteArrays:
try
{
printer.Write(Tests.TestLargeByteArrays(e));
}
catch (Exception e)
{
Console.WriteLine($"Aborting print due to test failure. Exception: {e?.Message}, Stack Trace: {e?.GetBaseException()?.StackTrace}");
}
break;
case Option.CashDrawerPin2:
printer.Write(Tests.CashDrawerOpenPin2(e));
break;
case Option.CashDrawerPin5:
printer.Write(Tests.CashDrawerOpenPin5(e));
break;
default:
Console.WriteLine("Invalid entry.");
break;
}
Setup(monitor);
printer?.Write(e.PrintLine($"== [ End {testCases[enumChoice]} ] =="));
printer?.Write(e.PartialCutAfterFeed(5));
// TODO: also make an automatic runner that runs all tests (command line).
}
}
public static byte[] CashDrawerOpenPin2(ICommandEmitter e) =>
ByteSplicer.Combine(
e.CashDrawerOpenPin2(), // Fire this twice ensures it's operation
e.CashDrawerOpenPin2());
public DirectPrinter(ICommandEmitter emitter, IPrinter printer)
{
this.Emitter = emitter;
this.Printer = printer;
}
private static void Main(string[] args)
{
Console.WriteLine("ESCPOS_NET Test Application...");
Console.WriteLine("1 ) Test Serial Port");
Console.WriteLine("2 ) Test Network Printer");
Console.Write("Choice: ");
var comPort = "";
string baudRate;
string ip;
string networkPort;
var response = Console.ReadLine();
var valid = new List <string> {
"1", "2"
};
if (!valid.Contains(response))
{
response = "1";
}
var choice = int.Parse(response);
if (choice == 1)
{
if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows))
{
while (!comPort.StartsWith("COM"))
{
Console.Write("COM Port (eg. COM5): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "COM5";
}
}
Console.Write("Baud Rate (eg. 115200): ");
baudRate = Console.ReadLine();
if (string.IsNullOrWhiteSpace(baudRate))
{
baudRate = "115200";
}
printer = new SerialPrinter(comPort, 115200);
}
else if (RuntimeInformation.IsOSPlatform(OSPlatform.Linux))
{
Console.Write("File / virtual com path (eg. /dev/usb/lp0): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "/dev/usb/lp0";
}
printer = new FilePrinter(comPort);
}
}
else if (choice == 2)
{
Console.Write("IP Address (eg. 192.168.1.240): ");
ip = Console.ReadLine();
if (string.IsNullOrWhiteSpace(ip))
{
ip = "192.168.1.240";
}
Console.Write("TCP Port (eg. 9000): ");
networkPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(networkPort))
{
networkPort = "9000";
}
printer = new NetworkPrinter(ip, int.Parse(networkPort), true);
}
var monitor = false;
Console.Write("Turn on Live Status Back Monitoring? (y/n): ");
response = Console.ReadLine().Trim().ToLowerInvariant();
if (response.Length >= 1 && response[0] == 'y')
{
monitor = true;
}
e = new EPSON();
var testCases = new Dictionary <Option, string>
{
{ Option.Printing, "Printing" },
{ Option.LineSpacing, "Line Spacing" },
{ Option.BarcodeStyles, "Barcode Styles" },
{ Option.BarcodeTypes, "Barcode Types" },
{ Option.TwoDimensionCodes, "2D Codes" },
{ Option.TextStyles, "Text Styles" },
{ Option.FullReceipt, "Full Receipt" },
{ Option.Images, "Images" },
{ Option.LegacyImages, "Legacy Images" },
{ Option.LargeByteArrays, "Large Byte Arrays" },
{ Option.CashDrawerPin2, "Cash Drawer Pin2" },
{ Option.CashDrawerPin5, "Cash Drawer Pin5" },
{ Option.Exit, "Exit" }
};
while (true)
{
foreach (var item in testCases)
{
Console.WriteLine($"{(int) item.Key} : {item.Value}");
}
Console.Write("Execute Test: ");
if (!int.TryParse(Console.ReadLine(), out choice) || !Enum.IsDefined(typeof(Option), choice))
{
Console.WriteLine("Invalid entry. Please try again.");
continue;
}
var enumChoice = (Option)choice;
if (enumChoice == Option.Exit)
{
return;
}
Console.Clear();
if (monitor)
{
printer.StartMonitoring();
}
Setup(monitor);
printer?.Write(e.PrintLine($"== [ Start {testCases[enumChoice]} ] =="));
switch (enumChoice)
{
case Option.Printing:
printer.Write(Tests.Printing(e));
break;
case Option.LineSpacing:
printer.Write(Tests.LineSpacing(e));
break;
case Option.BarcodeStyles:
printer.Write(Tests.BarcodeStyles(e));
break;
case Option.BarcodeTypes:
printer.Write(Tests.BarcodeTypes(e));
break;
case Option.TwoDimensionCodes:
printer.Write(Tests.TwoDimensionCodes(e));
break;
case Option.TextStyles:
printer.Write(Tests.TextStyles(e));
break;
case Option.FullReceipt:
printer.Write(Tests.Receipt(e));
break;
case Option.Images:
printer.Write(Tests.Images(e, false));
break;
case Option.LegacyImages:
printer.Write(Tests.Images(e, true));
break;
case Option.LargeByteArrays:
try
{
printer.Write(Tests.TestLargeByteArrays(e));
}
catch (Exception e)
{
Console.WriteLine(
$"Aborting print due to test failure. Exception: {e?.Message}, Stack Trace: {e?.GetBaseException()?.StackTrace}");
}
break;
case Option.CashDrawerPin2:
printer.Write(Tests.CashDrawerOpenPin2(e));
break;
case Option.CashDrawerPin5:
printer.Write(Tests.CashDrawerOpenPin5(e));
break;
default:
Console.WriteLine("Invalid entry.");
break;
}
Setup(monitor);
printer?.Write(e.PrintLine($"== [ End {testCases[enumChoice]} ] =="));
printer?.Write(e.PartialCutAfterFeed(5));
// TODO: write a sanitation check.
// TODO: make DPI to inch conversion function
// TODO: full cuts and reverse feeding not implemented on epson... should throw exception?
// TODO: make an input loop that lets you execute each test separately.
// TODO: also make an automatic runner that runs all tests (command line).
//Thread.Sleep(1000);
}
}
public static byte[] TestLargeByteArrays(ICommandEmitter e)
{
var kitten = e.PrintImage(File.ReadAllBytes("images/kitten.jpg"), true, true, 500);
var cube = e.PrintImage(File.ReadAllBytes("images/Portal_Companion_Cube.jpg"), true, true, 500);
var expectedResult = ByteSplicer.Combine(
e.CenterAlign(),
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube,
kitten,
cube
);
MemoryPrinter mp = new MemoryPrinter();
mp.Write(expectedResult);
var response = mp.GetAllData();
bool hasErrors = false;
if (expectedResult.Length != response.Length)
{
Console.WriteLine($"Error: MemoryPrinter length mismatch - ${response.Length}, expected ${expectedResult.Length}");
hasErrors = true;
}
else
{
for (int i = 0; i < expectedResult.Length; i++)
{
if (expectedResult[i] != response[i])
{
Console.WriteLine($"Error: MemoryPrinter data mismatch - ${expectedResult[i]}, expected ${response[i]}, at location ${i}");
hasErrors = true;
}
}
}
if (!hasErrors)
{
Console.WriteLine("MemoryPrinter: ALL OK!");
}
else
{
Console.WriteLine("MemoryPrinter: Errors occured during testing, aborting!");
throw new ArgumentException();
}
Random r = new Random();
var filename = $"{r.NextDouble().ToString()}.tmp";
using (FilePrinter fp = new FilePrinter(filename, true))
{
fp.Write(expectedResult);
}
response = File.ReadAllBytes(filename);
hasErrors = false;
if (expectedResult.Length != response.Length)
{
Console.WriteLine($"Error: FilePrinter length mismatch - ${response.Length}, expected ${expectedResult.Length}");
hasErrors = true;
}
else
{
for (int i = 0; i < expectedResult.Length; i++)
{
if (expectedResult[i] != response[i])
{
Console.WriteLine($"Error: FilePrinter data mismatch - ${expectedResult[i]}, expected ${response[i]}, at location ${i}");
hasErrors = true;
}
}
}
if (!hasErrors)
{
Console.WriteLine("FilePrinter: ALL OK!");
}
else
{
Console.WriteLine("FilePrinter: Errors occured during testing, aborting!");
throw new ArgumentException();
}
return(expectedResult);
}
public static byte[] GetReceiptProduct(ICommandEmitter e, Horeka.Data.Sale sale, int i) =>
ByteSplicer.Combine(
e.SetStyles(PrintStyle.FontB),
e.LeftAlign(),
e.PrintLine($"{i}. {sale.Product.Name} - € {sale.Product.Price}")
);
public static byte[][] CashDrawerOpenPin2(ICommandEmitter e) => new byte[][]
{
e.CashDrawerOpenPin2()
};
static void Main(string[] args)
{
Console.WriteLine("Welcome to the ESCPOS_NET Test Application!");
Console.Write("Would you like to see all debug messages? (y/n): ");
var response = Console.ReadLine().Trim().ToLowerInvariant();
var logLevel = LogLevel.Information;
if (response.Length >= 1 && response[0] == 'y')
{
Console.WriteLine("Debugging enabled!");
logLevel = LogLevel.Trace;
}
var factory = LoggerFactory.Create(b => b.AddConsole().SetMinimumLevel(logLevel));
var logger = factory.CreateLogger <Program>();
ESCPOS_NET.Logging.Logger = logger;
Console.WriteLine("1 ) Test Serial Port");
Console.WriteLine("2 ) Test Network Printer");
Console.Write("Choice: ");
string comPort = "";
string baudRate;
string ip;
string networkPort;
response = Console.ReadLine();
var valid = new List <string> {
"1", "2"
};
if (!valid.Contains(response))
{
response = "1";
}
int choice = int.Parse(response);
if (choice == 1)
{
if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows))
{
while (!comPort.StartsWith("COM"))
{
Console.Write("COM Port (enter for default COM5): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "COM5";
}
}
Console.Write("Baud Rate (enter for default 115200): ");
baudRate = Console.ReadLine();
if (string.IsNullOrWhiteSpace(baudRate))
{
baudRate = "115200";
}
printer = new SerialPrinter(portName: comPort, baudRate: 115200);
}
else if (RuntimeInformation.IsOSPlatform(OSPlatform.Linux))
{
Console.Write("File / virtual com path (eg. /dev/usb/lp0): ");
comPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(comPort))
{
comPort = "/dev/usb/lp0";
}
printer = new FilePrinter(filePath: comPort, false);
}
}
else if (choice == 2)
{
Console.Write("IP Address (eg. 192.168.1.240): ");
ip = Console.ReadLine();
if (string.IsNullOrWhiteSpace(ip))
{
ip = "192.168.254.202";
}
Console.Write("TCP Port (enter for default 9100): ");
networkPort = Console.ReadLine();
if (string.IsNullOrWhiteSpace(networkPort))
{
networkPort = "9100";
}
printer = new NetworkPrinter(ipAddress: ip, port: int.Parse(networkPort), reconnectOnTimeout: true);
}
bool monitor = false;
Thread.Sleep(500);
Console.Write("Turn on Live Status Back Monitoring? (y/n): ");
response = Console.ReadLine().Trim().ToLowerInvariant();
if (response.Length >= 1 && response[0] == 'y')
{
monitor = true;
}
e = new EPSON();
var testCases = new Dictionary <Option, string>()
{
{ Option.SingleLinePrinting, "Single Line Printing" },
{ Option.MultiLinePrinting, "Multi-line Printing" },
{ Option.LineSpacing, "Line Spacing" },
{ Option.BarcodeStyles, "Barcode Styles" },
{ Option.BarcodeTypes, "Barcode Types" },
{ Option.TwoDimensionCodes, "2D Codes" },
{ Option.TextStyles, "Text Styles" },
{ Option.FullReceipt, "Full Receipt" },
{ Option.CodePages, "Code Pages (Euro, Katakana, Etc)" },
{ Option.Images, "Images" },
{ Option.LegacyImages, "Legacy Images" },
{ Option.LargeByteArrays, "Large Byte Arrays" },
{ Option.CashDrawerPin2, "Cash Drawer Pin2" },
{ Option.CashDrawerPin5, "Cash Drawer Pin5" },
{ Option.Exit, "Exit" }
};
while (true)
{
foreach (var item in testCases)
{
Console.WriteLine($"{(int)item.Key} : {item.Value}");
}
Console.Write("Execute Test: ");
if (!int.TryParse(Console.ReadLine(), out choice) || !Enum.IsDefined(typeof(Option), choice))
{
Console.WriteLine("Invalid entry. Please try again.");
continue;
}
var enumChoice = (Option)choice;
if (enumChoice == Option.Exit)
{
return;
}
Console.Clear();
if (monitor)
{
printer.StartMonitoring();
}
Setup(monitor);
printer?.Write(e.PrintLine($"== [ Start {testCases[enumChoice]} ] =="));
switch (enumChoice)
{
case Option.SingleLinePrinting:
printer.Write(Tests.SingleLinePrinting(e));
break;
case Option.MultiLinePrinting:
printer.Write(Tests.MultiLinePrinting(e));
break;
case Option.LineSpacing:
printer.Write(Tests.LineSpacing(e));
break;
case Option.BarcodeStyles:
printer.Write(Tests.BarcodeStyles(e));
break;
case Option.BarcodeTypes:
printer.Write(Tests.BarcodeTypes(e));
break;
case Option.TwoDimensionCodes:
printer.Write(Tests.TwoDimensionCodes(e));
break;
case Option.TextStyles:
printer.Write(Tests.TextStyles(e));
break;
case Option.FullReceipt:
printer.Write(Tests.Receipt(e));
break;
case Option.Images:
printer.Write(Tests.Images(e, false));
break;
case Option.LegacyImages:
printer.Write(Tests.Images(e, true));
break;
case Option.LargeByteArrays:
try
{
printer.Write(Tests.TestLargeByteArrays(e));
}
catch (Exception e)
{
Console.WriteLine($"Aborting print due to test failure. Exception: {e?.Message}, Stack Trace: {e?.GetBaseException()?.StackTrace}");
}
break;
case Option.CashDrawerPin2:
printer.Write(Tests.CashDrawerOpenPin2(e));
break;
case Option.CashDrawerPin5:
printer.Write(Tests.CashDrawerOpenPin5(e));
break;
default:
Console.WriteLine("Invalid entry.");
break;
}
Setup(monitor);
printer?.Write(e.PrintLine($"== [ End {testCases[enumChoice]} ] =="));
printer?.Write(e.PartialCutAfterFeed(5));
// TODO: also make an automatic runner that runs all tests (command line).
}
}
