@Test public void testCalculateCrcCccitt() { testCalculateCrcCccitt(0x0000, ""); testCalculateCrcCccitt(0x2672, "1"); testCalculateCrcCccitt(0x31c3, "123456789"); testCalculateCrcCccitt(0x69df, "The generating polynomial used is the CRC-CCITT commonly expressed as x^16 + x^12 + x^5 + 1. An initial seed value of zero shall be used."); testCalculateCrcCccitt(0xd4f9, "MsgCRC ::= OCTET STRING (SIZE(2)) -- created with the CRC-CCITT polynomial"); }
public static int calculateCrcCccitt(byte[] msg) { return msg != null ? calculateCrcCccitt(msg, 0, msg.length) : 0; }
CrcCccitt { public static int calculateCrcCccitt(byte[] msg) { return msg != null ? calculateCrcCccitt(msg, 0, msg.length) : 0; } }
CrcCccitt { public static int calculateCrcCccitt(byte[] msg) { return msg != null ? calculateCrcCccitt(msg, 0, msg.length) : 0; }  }
CrcCccitt { public static int calculateCrcCccitt(byte[] msg) { return msg != null ? calculateCrcCccitt(msg, 0, msg.length) : 0; }  static boolean isValidMsgCRC(byte[] msgIncludingMsgCRC); static boolean isValidMsgCRC(byte[] msgIncludingMsgCRC, int offset, int count); static void setMsgCRC(byte[] msg); static int calculateCrcCccitt(byte[] msg); static int calculateCrcCccitt(byte[] msg, int offset, int count); }
CrcCccitt { public static int calculateCrcCccitt(byte[] msg) { return msg != null ? calculateCrcCccitt(msg, 0, msg.length) : 0; }  static boolean isValidMsgCRC(byte[] msgIncludingMsgCRC); static boolean isValidMsgCRC(byte[] msgIncludingMsgCRC, int offset, int count); static void setMsgCRC(byte[] msg); static int calculateCrcCccitt(byte[] msg); static int calculateCrcCccitt(byte[] msg, int offset, int count);  }