HanXinModes

Inheritance: java.lang.Object, java.lang.Enum

public enum HanXinModes extends Enum<HanXinModes>

Han Xin Code encoding mode. It is recommended to use Auto with ASCII / Chinese characters or Unicode for Unicode characters.

Fields

Field	Description
AUTO	Sequence of Numeric, Text, ECI, Binary Bytes and 4 GB18030 modes changing automatically.
BINARY	Binary byte mode encodes binary data in any form and encodes them in their binary byte.
COMMON_CHINESE_REGION_ONE	Every common Chinese Character in Region One is represented by 12 bits.
COMMON_CHINESE_REGION_TWO	Every common Chinese Character in Region Two is represented by 12 bits.
ECI	Extended Channel Interpretation (ECI) mode
GB_18030_FOUR_BYTE	Every GB18030 4-byte Region character is represented by 21 bits.
GB_18030_TWO_BYTE	Every GB18030 2-byte Region character is represented by 15 bits.
GS_1	GS1 mode indicates the data represented in Han Xin Code is GS1 data of GS1 system defined by GS1 General Specification.
NUMERIC	Numeric mode encodes data from decimal digit set (digits 0-9, byte values 30HEX to 39HEX).
TEXT	Text mode encodes data from common symbols defined in ISO/IEC 646, i.e.
UNICODE	Unicode mode designs a way to represent any text data reference to UTF8 encoding/charset in Han Xin Code.
URI	URI mode indicates the data represented in Han Xin Code is Uniform Resource Identifier (URI) reference to RFC 3986.

Methods

Method	Description
valueOf(Class arg0, String arg1)
compareTo(E arg0)
equals(Object arg0)
getClass()
getDeclaringClass()
getValue()
hashCode()
name()
notify()
notifyAll()
ordinal()
toString()
valueOf(String name)
values()
wait()
wait(long arg0)
wait(long arg0, int arg1)

AUTO

public static final HanXinModes AUTO

Sequence of Numeric, Text, ECI, Binary Bytes and 4 GB18030 modes changing automatically.

BINARY

public static final HanXinModes BINARY

Binary byte mode encodes binary data in any form and encodes them in their binary byte. Every byte in Binary Byte mode is represented by 8 bits.

COMMON_CHINESE_REGION_ONE

public static final HanXinModes COMMON_CHINESE_REGION_ONE

Every common Chinese Character in Region One is represented by 12 bits. Common Chinese Characters in Region one includes characters whose first byte value is in the range of B0HEX to D7HEX and second byte value is in the range of A1HEX to FEHEX (3760 characters), and characters whose first byte value is in the range of A1HEX to A3HEX, and second byte value is in the range of A1HEX to FEHEX (282 characters), and characters whose byte values are in the range of A8A1HEX to A8C0HEX (32 characters).

COMMON_CHINESE_REGION_TWO

public static final HanXinModes COMMON_CHINESE_REGION_TWO

Every common Chinese Character in Region Two is represented by 12 bits. Common Chinese Characters in Region Two which includes character whose first byte value is in the range of D8HEX to F7HEX, and second byte value is in the range of A1HEX to FEHEX.

ECI

public static final HanXinModes ECI

Extended Channel Interpretation (ECI) mode

GB_18030_FOUR_BYTE

public static final HanXinModes GB_18030_FOUR_BYTE

Every GB18030 4-byte Region character is represented by 21 bits. GB18030 4-byte Region encodes data from all characters in GB18030 four-byte region (i.e., characters whose first byte value is in the range of 81HEX to FEHEX, and second byte value is in the range of 30HEX to 39HEX, and third byte value is in the range of 81HEX to FEHEX, and fourth byte value is in the range of 30HEXto 39HEX).

GB_18030_TWO_BYTE

public static final HanXinModes GB_18030_TWO_BYTE

Every GB18030 2-byte Region character is represented by 15 bits. The GB18030 2-byte Region encodes data from all characters (including the common Chinese Characters in Regions One and Two) in GB18030 double-byte region, (i.e., Chinese characters whose first byte value is in the range of 81HEX to FEHEX and second byte value is in the range of 40HEX to 7EHEX or 80HEX to FEHEX).

GS_1

public static final HanXinModes GS_1

GS1 mode indicates the data represented in Han Xin Code is GS1 data of GS1 system defined by GS1 General Specification. Example of input string: “(01)03453120000011(17)191125(10)ABCD1234(21)10”.

NUMERIC

public static final HanXinModes NUMERIC

Numeric mode encodes data from decimal digit set (digits 0-9, byte values 30HEX to 39HEX). Normally, 3 data characters are represented by 10 bit.

TEXT

public static final HanXinModes TEXT

Text mode encodes data from common symbols defined in ISO/IEC 646, i.e. byte values 00 HEX to 1B HEX and 20 HEX to 7F HEX.

UNICODE

public static final HanXinModes UNICODE

Unicode mode designs a way to represent any text data reference to UTF8 encoding/charset in Han Xin Code.

URI

public static final HanXinModes URI

URI mode indicates the data represented in Han Xin Code is Uniform Resource Identifier (URI) reference to RFC 3986.

valueOf(Class arg0, String arg1)

public static T <T>valueOf(Class<T> arg0, String arg1)

Parameters:

Parameter	Type	Description
arg0	java.lang.Class
arg1	java.lang.String

Returns: T

compareTo(E arg0)

public final int compareTo(E arg0)

Parameters:

Parameter	Type	Description
arg0	E

Returns: int

equals(Object arg0)

public final boolean equals(Object arg0)

Parameters:

Parameter	Type	Description
arg0	java.lang.Object

Returns: boolean

getClass()

public final native Class<?> getClass()

Returns: java.lang.Class

getDeclaringClass()

public final Class<E> getDeclaringClass()

Returns: java.lang.Class

getValue()

public int getValue()

Returns: int

hashCode()

public final int hashCode()

Returns: int

name()

public final String name()

Returns: java.lang.String

notify()

public final native void notify()

notifyAll()

public final native void notifyAll()

ordinal()

public final int ordinal()

Returns: int

toString()

public String toString()

Returns: java.lang.String

valueOf(String name)

public static HanXinModes valueOf(String name)

Parameters:

Parameter	Type	Description
name	java.lang.String

Returns: com.aspose.barcode.generation.HanXinModes

values()

public static HanXinModes[] values()

Returns: com.aspose.barcode.generation.HanXinModes[]

wait()

public final void wait()

wait(long arg0)

public final native void wait(long arg0)

Parameters:

Parameter	Type	Description
arg0	long

wait(long arg0, int arg1)

public final void wait(long arg0, int arg1)

Parameters:

Parameter	Type	Description
arg0	long
arg1	int