Helper class to make life with card hex data easier.
Namespace:
CardWerk.SmartCard.Util
Assembly: CardWerk.SmartCard (in CardWerk.SmartCard.dll)
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Assembly: CardWerk.SmartCard (in CardWerk.SmartCard.dll)
Public NotInheritable Class CardHex
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public sealed class CardHex
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public ref class CardHex sealed
This language is not supported or no code example is available.
| Name | Description | |
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AND(byte[], byte[]) | ANDs two byte arrays of equal length.. |
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BitWiseAndForArray(byte[], byte[]) | Calculate bitwise AND for two arrays with leading zero padding of the shorter byte array. |
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BitWiseAndForArrayIsNotZero(byte[], byte[]) | Returns true if bitwise AND of two arrays is not equal to 0. |
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Compare(byte[], byte[], int) | Compares objects. |
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Compare(byte[], int, byte[], int, int) | Compares a section of one byte array with the section of a second byte array. |
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DataToTrace(byte[]) | Converts binary data into a string representation based on the Windows 1252 encoding. |
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DataToTrace(byte[], int, int) | Converts binary data into an ASCII string representation. Unprintable characters are replaced by dots. |
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FromBcd(byte[]) | convert BCD encoded byte array to int value |
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FromByte(byte) | Converts a given byte into a string of two hex digits. |
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FromByteArray(byte[], int, int, int) | Interprets a byte array as MSB first (leftmost bit) and then allows extraction, of a int (32 bit) value by byte offset, bit offset and number of bits COUNTING BITS FROM LSB to MSB i.e. right to left. |
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FromByteArray(byte[]) | Converts the entire given byte array into a string of hex digits. |
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FromByteArray(byte[], int, int) | Converts a range from the given byte array into a string of hex digits. |
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FromDigit(char) | Returns the numerical value of the given hex digit character. |
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FromDword(int) | Converts a given 32 bit DWORD into a string of eight hex digits. The most significant nibble will be encoded as the first character, the least significant nibble will be encoded as the eighth character. |
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FromWord(int) | Converts a given 16 bit word into a string of four hex digits. The most significant nibble will be encoded as the first character, the least significant nibble will be encoded as the fourth character. |
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IsDigit(char) | Tests whether the given character is a valid hex digit. |
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IsEqual(byte[], byte[]) | Tests whether two given byte arrays are binary identical. Returns false if either parameter is null. |
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IsEqual(byte[], int, byte[], int, int) | Tests whether two sections of byte arrays are binary identical. |
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IsHex(string) | Checks whether the given string is a valid hex number. |
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ToByteArray(string) | Converts a string of hex digits into a byte array. |
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ToByteArray(string, byte[], int) | Converts a string of hex digits into bytes into a byte array. |
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ToDigit(int) | Converts an int representing a nibble to a hex digit character to a given value. |
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XORN(byte[], byte[]) | XORes an two byte arrays of equal length. |