How to use HexToInt32 method of Xunit.Sdk.CharacterRule class

Best Xunit code snippet using Xunit.Sdk.CharacterRule.HexToInt32

DisplayNameFormatter.cs

Source:DisplayNameFormatter.cs Github

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...167 context.Buffer.Append(@char);168 context.Buffer.Append(escapeSequence, 0, consumed);169 return;170 }171 context.Buffer.Append(char.ConvertFromUtf32(HexToInt32(escapeSequence)));172 }173 static bool IsHex(char c) => (c > 64 && c < 71) || (c > 47 && c < 58);174 static int HexToInt32(char[] hex)175 {176 var @int = 0;177 var length = hex.Length - 1;178 for (var i = 0; i <= length; i++)179 {180 var c = hex[i];181 var v = c < 58 ? c - 48 : c - 55;182 @int += v << ((length - i) << 2);183 }184 return @int;185 }186 }187 sealed class ReplacePeriodRule : CharacterRule188 {...

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3{4 public void HexToInt32()5 {6 Assert.Equal(0, CharacterRule.HexToInt32('0'));7 Assert.Equal(1, CharacterRule.HexToInt32('1'));8 Assert.Equal(2, CharacterRule.HexToInt32('2'));9 Assert.Equal(3, CharacterRule.HexToInt32('3'));10 Assert.Equal(4, CharacterRule.HexToInt32('4'));11 Assert.Equal(5, CharacterRule.HexToInt32('5'));12 Assert.Equal(6, CharacterRule.HexToInt32('6'));13 Assert.Equal(7, CharacterRule.HexToInt32('7'));14 Assert.Equal(8, CharacterRule.HexToInt32('8'));15 Assert.Equal(9, CharacterRule.HexToInt32('9'));16 Assert.Equal(10, CharacterRule.HexToInt32('A'));17 Assert.Equal(11, CharacterRule.HexToInt32('B'));18 Assert.Equal(12, CharacterRule.HexToInt32('C'));19 Assert.Equal(13, CharacterRule.HexToInt32('D'));20 Assert.Equal(14, CharacterRule.HexToInt32('E'));21 Assert.Equal(15, CharacterRule.HexToInt32('F'));22 Assert.Equal(10, CharacterRule.HexToInt32('a'));23 Assert.Equal(11, CharacterRule.HexToInt32('b'));24 Assert.Equal(12, CharacterRule.HexToInt32('c'));25 Assert.Equal(13, CharacterRule.HexToInt32('d'));26 Assert.Equal(14, CharacterRule.HexToInt32('e'));27 Assert.Equal(15, CharacterRule.HexToInt32('f'));28 }29}30using Xunit;31using Xunit.Sdk;32{33 public void HexToInt32()34 {35 Assert.Equal(0, CharacterRule.HexToInt32('0'));36 Assert.Equal(1, CharacterRule.HexToInt32('1'));37 Assert.Equal(2, CharacterRule.HexToInt32('2'));38 Assert.Equal(3, CharacterRule.HexToInt32('3'));39 Assert.Equal(4, CharacterRule.HexToInt32('4'));40 Assert.Equal(5, CharacterRule.HexToInt32('5'));41 Assert.Equal(6, CharacterRule.HexToInt32('6'));42 Assert.Equal(7, CharacterRule.HexToInt32('7

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3using Xunit.Extensions;4{5 [InlineData("0", 0)]6 [InlineData("1", 1)]7 [InlineData("2", 2)]8 [InlineData("3", 3)]9 [InlineData("4", 4)]10 [InlineData("5", 5)]11 [InlineData("6", 6)]12 [InlineData("7", 7)]13 [InlineData("8", 8)]14 [InlineData("9", 9)]15 [InlineData("a", 10)]16 [InlineData("b", 11)]17 [InlineData("c", 12)]18 [InlineData("d", 13)]19 [InlineData("e", 14)]20 [InlineData("f", 15)]21 [InlineData("A", 10)]22 [InlineData("B", 11)]23 [InlineData("C", 12)]24 [InlineData("D", 13)]25 [InlineData("E", 14)]26 [InlineData("F", 15)]27 public void HexToInt32(string hex, int expected)28 {29 Assert.Equal(expected, CharacterRule.HexToInt32(hex));30 }31}32public static int HexToInt32(string hex)33{34 int result = 0;35 if (hex.Length == 1)36 {37 result = HexToInt32(hex[0]);38 }39 else if (hex.Length == 2)40 {41 result = HexToInt32(hex[0]) * 16 + HexToInt32(hex[1]);42 }43 {44 throw new ArgumentOutOfRangeException("hex", hex, "Hex string must be 1 or 2 characters in length");45 }46 return result;47}48public static int HexToInt32(char hex)49{50 if (hex >= '0' && hex <= '9')51 return hex - '0';52 if (hex >= 'a' && hex <= 'f')53 return hex - 'a' + 10;54 if (hex >= 'A' && hex <= 'F')55 return hex - 'A' + 10;56 throw new ArgumentOutOfRangeException("hex", hex, "Hex char must be 0-9, A-F, or a-f");57}

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3{4 public void HexToInt32Test()5 {6 Assert.Equal(0, CharacterRule.HexToInt32('0'));7 Assert.Equal(1, CharacterRule.HexToInt32('1'));8 Assert.Equal(2, CharacterRule.HexToInt32('2'));9 Assert.Equal(3, CharacterRule.HexToInt32('3'));10 Assert.Equal(4, CharacterRule.HexToInt32('4'));11 Assert.Equal(5, CharacterRule.HexToInt32('5'));12 Assert.Equal(6, CharacterRule.HexToInt32('6'));13 Assert.Equal(7, CharacterRule.HexToInt32('7'));14 Assert.Equal(8, CharacterRule.HexToInt32('8'));15 Assert.Equal(9, CharacterRule.HexToInt32('9'));16 Assert.Equal(10, CharacterRule.HexToInt32('a'));17 Assert.Equal(11, CharacterRule.HexToInt32('b'));18 Assert.Equal(12, CharacterRule.HexToInt32('c'));19 Assert.Equal(13, CharacterRule.HexToInt32('d'));20 Assert.Equal(14, CharacterRule.HexToInt32('e'));21 Assert.Equal(15, CharacterRule.HexToInt32('f'));22 Assert.Equal(10, CharacterRule.HexToInt32('A'));23 Assert.Equal(11, CharacterRule.HexToInt32('B'));24 Assert.Equal(12, CharacterRule.HexToInt32('C'));25 Assert.Equal(13, CharacterRule.HexToInt32('D'));26 Assert.Equal(14, CharacterRule.HexToInt32('E'));27 Assert.Equal(15, CharacterRule.HexToInt32('F'));28 Assert.Equal(0, CharacterRule.HexToInt32('g'));29 }30}31using Xunit;32using Xunit.Sdk;33{34 public void IsWhiteSpaceTest()35 {36 Assert.True(CharacterRule.IsWhiteSpace(' '));37 Assert.True(CharacterRule.IsWhiteSpace('\t'));38 Assert.True(CharacterRule.IsWhiteSpace('\n'));39 Assert.True(CharacterRule.IsWhiteSpace('\v'));40 Assert.True(CharacterRule.IsWhiteSpace('\f'));41 Assert.True(CharacterRule.IsWhiteSpace('\r'));42 Assert.False(CharacterRule.IsWhiteSpace('a'));43 }44}

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HexToInt32

Using AI Code Generation

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1using Xunit.Sdk;2{3 public static int HexToInt32(string hex)4 {5 return CharacterRule.HexToInt32(hex);6 }7}8using Xunit.Sdk;9{10 public static int HexToInt32(string hex)11 {12 return Xunit.Sdk.CharacterRule.HexToInt32(hex);13 }14}15using Xunit.Sdk;16{17 public static int HexToInt32(string hex)18 {19 return Xunit.Sdk.CharacterRule.HexToInt32(hex);20 }21}22using Xunit.Sdk;23{24 public static int HexToInt32(string hex)25 {26 return Xunit.Sdk.CharacterRule.HexToInt32(hex);27 }28}29using Xunit.Sdk;30{31 public static int HexToInt32(string hex)32 {33 return Xunit.Sdk.CharacterRule.HexToInt32(hex);34 }35}36using Xunit.Sdk;37{38 public static int HexToInt32(string hex)39 {40 return Xunit.Sdk.CharacterRule.HexToInt32(hex);41 }42}43using Xunit.Sdk;44{45 public static int HexToInt32(string hex)46 {47 return Xunit.Sdk.CharacterRule.HexToInt32(hex);48 }49}50using Xunit.Sdk;51{52 public static int HexToInt32(string hex)53 {54 return Xunit.Sdk.CharacterRule.HexToInt32(hex);55 }56}57using Xunit.Sdk;58{59 public static int HexToInt32(string hex)60 {

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3{4 public static void Main()5 {6 int i = CharacterRule.HexToInt32('A');7 System.Console.WriteLine(i);8 }9}10using Xunit;11using Xunit.Sdk;12{13 public static void Main()14 {15 int i = CharacterRule.HexToInt32('a');16 System.Console.WriteLine(i);17 }18}19using Xunit;20using Xunit.Sdk;21{22 public static void Main()23 {24 int i = CharacterRule.HexToInt32('F');25 System.Console.WriteLine(i);26 }27}28using Xunit;29using Xunit.Sdk;30{31 public static void Main()32 {33 int i = CharacterRule.HexToInt32('f');34 System.Console.WriteLine(i);35 }36}37using Xunit;38using Xunit.Sdk;39{40 public static void Main()41 {42 int i = CharacterRule.HexToInt32('G');43 System.Console.WriteLine(i);44 }45}46using Xunit;47using Xunit.Sdk;48{49 public static void Main()50 {51 int i = CharacterRule.HexToInt32('g');52 System.Console.WriteLine(i);53 }54}55using Xunit;56using Xunit.Sdk;57{58 public static void Main()59 {60 int i = CharacterRule.HexToInt32('0');61 System.Console.WriteLine(i);62 }63}64using Xunit;65using Xunit.Sdk;66{67 public static void Main()68 {69 int i = CharacterRule.HexToInt32('9');70 System.Console.WriteLine(i);71 }72}

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3{4 public void HexToInt32Test()5 {6 var hex = "A";7 var expected = 10;8 var characterRule = new CharacterRule();9 var actual = characterRule.HexToInt32(hex);10 Assert.Equal(expected, actual);11 }12}

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3{4 {5 public static int HexToInt32(string hexString)6 {7 int result = 0;8 int hexLength = hexString.Length;9 for (int i = 0; i < hexLength; i++)10 {11 int hexChar = (int)hexString[i];12 if (hexChar >= 48 && hexChar <= 57)13 result = (result * 16) + (hexChar - 48);14 else if (hexChar >= 65 && hexChar <= 70)15 result = (result * 16) + (hexChar - 55);16 else if (hexChar >= 97 && hexChar <= 102)17 result = (result * 16) + (hexChar - 87);18 }19 return result;20 }21 }22}23using Xunit;24using Xunit.Sdk;25{26 {27 public static int HexToInt32(string hexString)28 {29 int result = 0;30 int hexLength = hexString.Length;31 for (int i = 0; i < hexLength; i++)32 {33 int hexChar = (int)hexString[i];34 if (hexChar >= 48 && hexChar <= 57)35 result = (result * 16) + (hexChar - 48);36 else if (hexChar >= 65 && hexChar <= 70)37 result = (result * 16) + (hexChar - 55);38 else if (hexChar >= 97 && hexChar <= 102)39 result = (result * 16) + (hexChar - 87);40 }41 return result;42 }43 }44}45using Xunit;46using Xunit.Sdk;47{48 {49 public static int HexToInt32(string hexString)50 {51 int result = 0;52 int hexLength = hexString.Length;

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HexToInt32

Using AI Code Generation

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1using System;2using Xunit;3{4 {5 public void HexToInt32()6 {7 char hex = 'A';8 int value = Xunit.Sdk.CharacterRule.HexToInt32(hex);9 Assert.Equal(10, value);10 }11 }12}13using System;14using Xunit;15{16 {17 public void IsHexDigit()18 {19 char hex = 'A';20 bool value = Xunit.Sdk.CharacterRule.IsHexDigit(hex);21 Assert.True(value);22 }23 }24}25using System;26using Xunit;27{28 {29 public void IsWhiteSpace()30 {31 char hex = ' ';32 bool value = Xunit.Sdk.CharacterRule.IsWhiteSpace(hex);33 Assert.True(value);34 }35 }36}37using System;38using Xunit;39{40 {41 public void IsLetter()42 {43 char hex = 'A';44 bool value = Xunit.Sdk.CharacterRule.IsLetter(hex);45 Assert.True(value);46 }47 }48}

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HexToInt32

Using AI Code Generation

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1using Xunit;2using Xunit.Sdk;3{4 public static void Main()5 {6 string hexString = "FF";7 int value = CharacterRule.HexToInt32(hexString);8 Console.WriteLine("Hexadecimal string: {0}", hexString);9 Console.WriteLine("Integer equivalent: {0}", value);10 }11}

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