SmallRye Common 2.10.0 · io.smallrye.common.version.VersionIterator

Method Summary

Modifier and Type	Method and Description
public default boolean	Returns: `true` if the segment matches the given string; `false` otherwise alphaPartEquals(String the string to compare (must not be `null`) str, boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison ignoreCase) Determine whether the current alphabetical part is equal to the given test string.
public default boolean	Returns: `true` if the segment matches the given string; `false` otherwise alphaPartEquals(String the string to compare (must not be `null`) str, int the offset into the string to compare offs, int the length to compare len, boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison ignoreCase) Determine whether the current alphabetical part is equal to the given test string.
public StringBuilder	Returns: the current alphabetical part appendAlphaPartTo(StringBuilder the StringBuilder to append target) Append the current alphabetical part to the given string builder.
public StringBuilder	Returns: the current numeric part as a `String` appendNumberPartTo(StringBuilder the StringBuilder to append target) Get the current numeric part, appending it to the given builder.
public StringBuilder	Returns: the same string builder (not `null`) appendPartTo(StringBuilder the string builder (must not be `null`) b) Append this version part to the given string builder.
public default int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given string compareAlphaPart(String the string to compare against (must not be `null`) str, boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison ignoreCase) Compare two alphabetical parts lexicographically.
public int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given string compareAlphaPart(String the string to compare against (must not be `null`) str, int the offset into the string to compare offs, int the length to compare len, boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison ignoreCase) Compare two alphabetical parts lexicographically.
public int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the other iterator's part compareAlphaPart(VersionIterator the other iterator (must not be `null`) other, boolean a boolean to ignore case in the compare ignoreCase) Compare two alphabetical parts lexicographically.
public int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value compareNumberPart(int the number to compare against value) Compare two numerical parts (using an unsigned comparison).
public int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value compareNumberPart(long the number to compare against value) Compare two numerical parts (using an unsigned comparison).
public default int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value compareNumberPart(String the number to compare against value) Compare two numerical parts (using an unsigned comparison).
public int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value compareNumberPart(String the number to compare against value, int the offset into the string to compare offs, int the length to compare len) Compare two numerical parts (using an unsigned comparison).
public int	Returns: `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the other iterator's part compareNumberPart(VersionIterator the other iterator (must not be `null`) other) Compare two numerical parts (using an unsigned comparison).
public String	Returns: the current alphabetical part getAlphaPart() Get the current alphabetical part.
public default BigInteger	Returns: the current numeric part as a `BigInteger` getNumberPartAsBigInteger() Get the current numeric part, as a `BigInteger`.
public int	Returns: the current numeric part as an `int` getNumberPartAsInt() Get the current numeric part, as an `int`.
public long	Returns: the current numeric part as a `long` getNumberPartAsLong() Get the current numeric part, as a `long`.
public default String	Returns: the current numeric part as a `String` getNumberPartAsString() Get the current numeric part, as a `String`.
public int	Returns: the code point of the current separator getSeparatorCodePoint() Get the code point of the current separator.
public boolean	Returns: `true` if more tokens remain, `false` otherwise hasNext() Determine whether a subsequent token exists in this version.
public boolean	Returns: `true` if the token is an alphabetical part, `false` otherwise isAlphaPart() Determine if the current token is an alphabetical part.
public boolean	Returns: `true` if the token is an empty separator, `false` otherwise isEmptySeparator() Determine if the current token is an empty (or zero-length alphabetical-to-numeric or numeric-to-alphabetical) separator.
public boolean	Returns: `true` if the token is a non-empty separator, `false` otherwise isNonEmptySeparator() Determine if the current token is a non-empty separator.
public boolean	Returns: `true` if the token is a numeric part, `false` otherwise isNumberPart() Determine if the current token is a numeric part.
public default boolean	Returns: `true` if the token is a part, `false` otherwise isPart() Determine if the current token is some kind of part (alphabetical or numeric).
public default boolean	Returns: `true` if the token is a separator, `false` otherwise isSeparator() Determine if the current token is some kind of separator (a character or a zero-length alphabetical-to-numeric or numeric-to-alphabetical transition).
public int	Returns: the length of the current token length() Get the length of the current token.
public void	next() Move to the next token.
public default boolean	Returns: `true` if the values are equal, or `false` otherwise numberPartEquals(int the unsigned value value) Determine whether the current numeric part equals the given value (which is treated as unsigned).
public default boolean	Returns: `true` if the values are equal, or `false` otherwise numberPartEquals(long the unsigned value value) Determine whether the current numeric part equals the given value (which is treated as unsigned).

Method Detail

alphaPartEquals back to summary

alphaPartEquals	back to summary
public default boolean alphaPartEquals(String str, boolean ignoreCase) throws IllegalStateException Determine whether the current alphabetical part is equal to the given test string. If the iterator is not positioned on an alphabetical part (i.e. `isAlphaPart()` returns `false`), then an exception is thrown. Parameters str:String the string to compare (must not be `null`) ignoreCase:boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison Returns:boolean `true` if the segment matches the given string; `false` otherwise Exceptions IllegalStateException: if the current token is not an alphabetical part

public default boolean alphaPartEquals(String str, boolean ignoreCase) throws IllegalStateException

Determine whether the current alphabetical part is equal to the given test string. If the iterator is not positioned on an alphabetical part (i.e. isAlphaPart() returns false), then an exception is thrown.

Parameters

str:String: the string to compare (must not be null)
ignoreCase:boolean: true to perform a case-insensitive comparison, or false to perform a case-sensitive comparison

Returns:boolean

true if the segment matches the given string; false otherwise

Exceptions

IllegalStateException:: if the current token is not an alphabetical part

alphaPartEquals back to summary

alphaPartEquals	back to summary
public default boolean alphaPartEquals(String str, int offs, int len, boolean ignoreCase) throws IllegalStateException, StringIndexOutOfBoundsException Determine whether the current alphabetical part is equal to the given test string. If the iterator is not positioned on an alphabetical part (i.e. `isAlphaPart()` returns `false`), then an exception is thrown. Parameters str:String the string to compare (must not be `null`) offs:int the offset into the string to compare len:int the length to compare ignoreCase:boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison Returns:boolean `true` if the segment matches the given string; `false` otherwise Exceptions IllegalStateException: if the current token is not an alphabetical part StringIndexOutOfBoundsException: if the given offset or length fall outside of the string

public default boolean alphaPartEquals(String str, int offs, int len, boolean ignoreCase) throws IllegalStateException, StringIndexOutOfBoundsException

Parameters

str:String: the string to compare (must not be null)
offs:int: the offset into the string to compare
len:int: the length to compare
ignoreCase:boolean: true to perform a case-insensitive comparison, or false to perform a case-sensitive comparison

Returns:boolean

true if the segment matches the given string; false otherwise

Exceptions

IllegalStateException:: if the current token is not an alphabetical part
StringIndexOutOfBoundsException:: if the given offset or length fall outside of the string

appendAlphaPartTo back to summary

appendAlphaPartTo	back to summary
public StringBuilder appendAlphaPartTo(StringBuilder target) throws IllegalStateException Append the current alphabetical part to the given string builder. If the iterator is not positioned on an alphabetical part (i.e. `isAlphaPart()` returns `false`), then an exception is thrown. Parameters target:StringBuilder the StringBuilder to append Returns:StringBuilder the current alphabetical part Exceptions IllegalStateException: if the current token is not an alphabetical part

public StringBuilder appendAlphaPartTo(StringBuilder target) throws IllegalStateException

Append the current alphabetical part to the given string builder. If the iterator is not positioned on an alphabetical part (i.e. isAlphaPart() returns false), then an exception is thrown.

Parameters

target:StringBuilder: the StringBuilder to append

Returns:StringBuilder

the current alphabetical part

Exceptions

IllegalStateException:: if the current token is not an alphabetical part

appendNumberPartTo back to summary

appendNumberPartTo	back to summary
public StringBuilder appendNumberPartTo(StringBuilder target) throws IllegalStateException Get the current numeric part, appending it to the given builder. If the iterator is not positioned on a numeric part (i.e. `isNumberPart()` returns `false`), then an exception is thrown. Any redundant leading zeros are removed. Parameters target:StringBuilder the StringBuilder to append Returns:StringBuilder the current numeric part as a `String` Exceptions IllegalStateException: if the current token is not a numeric part

public StringBuilder appendNumberPartTo(StringBuilder target) throws IllegalStateException

Get the current numeric part, appending it to the given builder. If the iterator is not positioned on a numeric part (i.e. isNumberPart() returns false), then an exception is thrown. Any redundant leading zeros are removed.

Parameters

target:StringBuilder: the StringBuilder to append

Returns:StringBuilder

the current numeric part as a String

Exceptions

IllegalStateException:: if the current token is not a numeric part

appendPartTo back to summary

appendPartTo	back to summary
public StringBuilder appendPartTo(StringBuilder b) Append this version part to the given string builder. This is used to produce a canonical representation of an input string. Parameters b:StringBuilder the string builder (must not be `null`) Returns:StringBuilder the same string builder (not `null`)

public StringBuilder appendPartTo(StringBuilder b)

Append this version part to the given string builder. This is used to produce a canonical representation of an input string.

Parameters

b:StringBuilder: the string builder (must not be null)

Returns:StringBuilder

the same string builder (not null)

compareAlphaPart back to summary

compareAlphaPart	back to summary
public default int compareAlphaPart(String str, boolean ignoreCase) throws IllegalStateException Compare two alphabetical parts lexicographically. This iterator must be positioned at an alphabetical part or an exception is thrown. Parameters str:String the string to compare against (must not be `null`) ignoreCase:boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given string Exceptions IllegalStateException: if this iterator is not positioned on an alphabetical part

public default int compareAlphaPart(String str, boolean ignoreCase) throws IllegalStateException

Compare two alphabetical parts lexicographically. This iterator must be positioned at an alphabetical part or an exception is thrown.

Parameters

str:String: the string to compare against (must not be null)
ignoreCase:boolean: true to perform a case-insensitive comparison, or false to perform a case-sensitive comparison

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the given string

Exceptions

IllegalStateException:: if this iterator is not positioned on an alphabetical part

compareAlphaPart back to summary

compareAlphaPart	back to summary
public int compareAlphaPart(String str, int offs, int len, boolean ignoreCase) throws IllegalStateException, StringIndexOutOfBoundsException Compare two alphabetical parts lexicographically. This iterator must be positioned at an alphabetical part or an exception is thrown. Parameters str:String the string to compare against (must not be `null`) offs:int the offset into the string to compare len:int the length to compare ignoreCase:boolean `true` to perform a case-insensitive comparison, or `false` to perform a case-sensitive comparison Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given string Exceptions IllegalStateException: if this iterator is not positioned on an alphabetical part StringIndexOutOfBoundsException: if the given offset or length fall outside of the string

public int compareAlphaPart(String str, int offs, int len, boolean ignoreCase) throws IllegalStateException, StringIndexOutOfBoundsException

Compare two alphabetical parts lexicographically. This iterator must be positioned at an alphabetical part or an exception is thrown.

Parameters

str:String: the string to compare against (must not be null)
offs:int: the offset into the string to compare
len:int: the length to compare
ignoreCase:boolean: true to perform a case-insensitive comparison, or false to perform a case-sensitive comparison

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the given string

Exceptions

IllegalStateException:: if this iterator is not positioned on an alphabetical part
StringIndexOutOfBoundsException:: if the given offset or length fall outside of the string

compareAlphaPart back to summary

compareAlphaPart	back to summary
public int compareAlphaPart(VersionIterator other, boolean ignoreCase) throws IllegalStateException Compare two alphabetical parts lexicographically. Both this and the other iterator must be positioned at alphabetical parts or an exception is thrown. Parameters other:VersionIterator the other iterator (must not be `null`) ignoreCase:boolean a boolean to ignore case in the compare Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the other iterator's part Exceptions IllegalStateException: if this or the other iterator are not positioned on an alphabetical part

public int compareAlphaPart(VersionIterator other, boolean ignoreCase) throws IllegalStateException

Compare two alphabetical parts lexicographically. Both this and the other iterator must be positioned at alphabetical parts or an exception is thrown.

Parameters

other:VersionIterator: the other iterator (must not be null)
ignoreCase:boolean: a boolean to ignore case in the compare

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the other iterator's part

Exceptions

IllegalStateException:: if this or the other iterator are not positioned on an alphabetical part

compareNumberPart back to summary

compareNumberPart	back to summary
public int compareNumberPart(int value) throws IllegalStateException Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown. Parameters value:int the number to compare against Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value Exceptions IllegalStateException: if this iterator is not positioned on a numeric part

public int compareNumberPart(int value) throws IllegalStateException

Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown.

Parameters

value:int: the number to compare against

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the given value

Exceptions

IllegalStateException:: if this iterator is not positioned on a numeric part

compareNumberPart back to summary

compareNumberPart	back to summary
public int compareNumberPart(long value) throws IllegalStateException Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown. Parameters value:long the number to compare against Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value Exceptions IllegalStateException: if this iterator is not positioned on a numeric part

public int compareNumberPart(long value) throws IllegalStateException

Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown.

Parameters

value:long: the number to compare against

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the given value

Exceptions

IllegalStateException:: if this iterator is not positioned on a numeric part

compareNumberPart back to summary

compareNumberPart	back to summary
public default int compareNumberPart(String value) throws IllegalStateException Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown. The given string must be numeric according to the rules of this iterator or an exception is thrown. Parameters value:String the number to compare against Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value Exceptions IllegalStateException: if this iterator is not positioned on a numeric part IllegalArgumentException: if the given string is not numeric according to the rules of this iterator

public default int compareNumberPart(String value) throws IllegalStateException

Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown. The given string must be numeric according to the rules of this iterator or an exception is thrown.

Parameters

value:String: the number to compare against

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the given value

Exceptions

IllegalStateException:: if this iterator is not positioned on a numeric part
IllegalArgumentException:: if the given string is not numeric according to the rules of this iterator

compareNumberPart back to summary

compareNumberPart	back to summary
public int compareNumberPart(String value, int offs, int len) throws IllegalStateException Compare two numerical parts (using an unsigned comparison). This iterator must be positioned at a numerical part or an exception is thrown. The given string must be numeric according to the rules of this iterator or an exception is thrown. Parameters value:String the number to compare against offs:int the offset into the string to compare len:int the length to compare Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the given value Exceptions IllegalStateException: if this iterator is not positioned on a numeric part IllegalArgumentException: if the given string is not numeric according to the rules of this iterator

public int compareNumberPart(String value, int offs, int len) throws IllegalStateException

Parameters

value:String: the number to compare against
offs:int: the offset into the string to compare
len:int: the length to compare

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the given value

Exceptions

IllegalStateException:: if this iterator is not positioned on a numeric part
IllegalArgumentException:: if the given string is not numeric according to the rules of this iterator

compareNumberPart back to summary

compareNumberPart	back to summary
public int compareNumberPart(VersionIterator other) Compare two numerical parts (using an unsigned comparison). Both iterators must be positioned at a numerical part or an exception is thrown. Parameters other:VersionIterator the other iterator (must not be `null`) Returns:int `-1`, `0`, or `1` if this segment is less than, equal to, or greater than the other iterator's part Exceptions IllegalStateException: if this or the other iterator are not positioned on an numerical part

public int compareNumberPart(VersionIterator other)

Compare two numerical parts (using an unsigned comparison). Both iterators must be positioned at a numerical part or an exception is thrown.

Parameters

other:VersionIterator: the other iterator (must not be null)

Returns:int

-1, 0, or 1 if this segment is less than, equal to, or greater than the other iterator's part

Exceptions

IllegalStateException:: if this or the other iterator are not positioned on an numerical part

getAlphaPart back to summary

getAlphaPart	back to summary
public String getAlphaPart() throws IllegalStateException Get the current alphabetical part. If the iterator is not positioned on an alphabetical part (i.e. `isAlphaPart()` returns `false`), then an exception is thrown. Returns:String the current alphabetical part Exceptions IllegalStateException: if the current token is not an alphabetical part

public String getAlphaPart() throws IllegalStateException

Get the current alphabetical part. If the iterator is not positioned on an alphabetical part (i.e. isAlphaPart() returns false), then an exception is thrown.

Returns:String

the current alphabetical part

Exceptions

IllegalStateException:: if the current token is not an alphabetical part

getNumberPartAsBigInteger back to summary

getNumberPartAsBigInteger	back to summary
public default BigInteger getNumberPartAsBigInteger() throws IllegalStateException Get the current numeric part, as a `BigInteger`. If the iterator is not positioned on a numeric part (i.e. `isNumberPart()` returns `false`), then an exception is thrown. Returns:BigInteger the current numeric part as a `BigInteger` Exceptions IllegalStateException: if the current token is not a numeric part

public default BigInteger getNumberPartAsBigInteger() throws IllegalStateException

Get the current numeric part, as a BigInteger. If the iterator is not positioned on a numeric part (i.e. isNumberPart() returns false), then an exception is thrown.

Returns:BigInteger

the current numeric part as a BigInteger

Exceptions

IllegalStateException:: if the current token is not a numeric part

getNumberPartAsInt back to summary

getNumberPartAsInt	back to summary
public int getNumberPartAsInt() throws IllegalStateException Get the current numeric part, as an `int`. If the iterator is not positioned on a numeric part (i.e. `isNumberPart()` returns `false`), then an exception is thrown. If the value overflows the maximum value for an `int`, then only the low-order 32 bits of the version number value are returned. Returns:int the current numeric part as an `int` Exceptions IllegalStateException: if the current token is not a numeric part

public int getNumberPartAsInt() throws IllegalStateException

Get the current numeric part, as an int. If the iterator is not positioned on a numeric part (i.e. isNumberPart() returns false), then an exception is thrown. If the value overflows the maximum value for an int, then only the low-order 32 bits of the version number value are returned.

Returns:int

the current numeric part as an int

Exceptions

IllegalStateException:: if the current token is not a numeric part

getNumberPartAsLong back to summary

getNumberPartAsLong	back to summary
public long getNumberPartAsLong() throws IllegalStateException Get the current numeric part, as a `long`. If the iterator is not positioned on a numeric part (i.e. `isNumberPart()` returns `false`), then an exception is thrown. If the value overflows the maximum value for a `long`, then only the low-order 64 bits of the version number value are returned. Returns:long the current numeric part as a `long` Exceptions IllegalStateException: if the current token is not a numeric part

public long getNumberPartAsLong() throws IllegalStateException

Get the current numeric part, as a long. If the iterator is not positioned on a numeric part (i.e. isNumberPart() returns false), then an exception is thrown. If the value overflows the maximum value for a long, then only the low-order 64 bits of the version number value are returned.

Returns:long

the current numeric part as a long

Exceptions

IllegalStateException:: if the current token is not a numeric part

getNumberPartAsString back to summary

getNumberPartAsString	back to summary
public default String getNumberPartAsString() throws IllegalStateException Get the current numeric part, as a `String`. If the iterator is not positioned on a numeric part (i.e. `isNumberPart()` returns `false`), then an exception is thrown. Any redundant leading zeros are removed. Returns:String the current numeric part as a `String` Exceptions IllegalStateException: if the current token is not a numeric part

public default String getNumberPartAsString() throws IllegalStateException

Get the current numeric part, as a String. If the iterator is not positioned on a numeric part (i.e. isNumberPart() returns false), then an exception is thrown. Any redundant leading zeros are removed.

Returns:String

the current numeric part as a String

Exceptions

IllegalStateException:: if the current token is not a numeric part

getSeparatorCodePoint back to summary

getSeparatorCodePoint	back to summary
public int getSeparatorCodePoint() Get the code point of the current separator. If the iterator is not positioned on a non-empty separator (i.e. `isNonEmptySeparator()` returns `false`), then an exception is thrown. Returns:int the code point of the current separator Exceptions IllegalStateException: if the current token is not a non-empty separator

public int getSeparatorCodePoint()

Get the code point of the current separator. If the iterator is not positioned on a non-empty separator (i.e. isNonEmptySeparator() returns false), then an exception is thrown.

Returns:int

the code point of the current separator

Exceptions

IllegalStateException:: if the current token is not a non-empty separator

hasNext back to summary

hasNext	back to summary
public boolean hasNext() Determine whether a subsequent token exists in this version. Returns:boolean `true` if more tokens remain, `false` otherwise

public boolean hasNext()

Determine whether a subsequent token exists in this version.

Returns:boolean: true if more tokens remain, false otherwise

isAlphaPart back to summary

isAlphaPart	back to summary
public boolean isAlphaPart() Determine if the current token is an alphabetical part. Returns:boolean `true` if the token is an alphabetical part, `false` otherwise

public boolean isAlphaPart()

Determine if the current token is an alphabetical part.

Returns:boolean: true if the token is an alphabetical part, false otherwise

isEmptySeparator back to summary

isEmptySeparator	back to summary
public boolean isEmptySeparator() Determine if the current token is an empty (or zero-length alphabetical-to-numeric or numeric-to-alphabetical) separator. Note that some version schemes do not have empty separators. Returns:boolean `true` if the token is an empty separator, `false` otherwise

public boolean isEmptySeparator()

Determine if the current token is an empty (or zero-length alphabetical-to-numeric or numeric-to-alphabetical) separator. Note that some version schemes do not have empty separators.

Returns:boolean: true if the token is an empty separator, false otherwise

isNonEmptySeparator back to summary

isNonEmptySeparator	back to summary
public boolean isNonEmptySeparator() Determine if the current token is a non-empty separator. Returns:boolean `true` if the token is a non-empty separator, `false` otherwise

public boolean isNonEmptySeparator()

Determine if the current token is a non-empty separator.

Returns:boolean: true if the token is a non-empty separator, false otherwise

isNumberPart back to summary

isNumberPart	back to summary
public boolean isNumberPart() Determine if the current token is a numeric part. Returns:boolean `true` if the token is a numeric part, `false` otherwise

public boolean isNumberPart()

Determine if the current token is a numeric part.

Returns:boolean: true if the token is a numeric part, false otherwise

isPart back to summary

isPart	back to summary
public default boolean isPart() Determine if the current token is some kind of part (alphabetical or numeric). Returns:boolean `true` if the token is a part, `false` otherwise

public default boolean isPart()

Determine if the current token is some kind of part (alphabetical or numeric).

Returns:boolean: true if the token is a part, false otherwise

isSeparator back to summary

isSeparator	back to summary
public default boolean isSeparator() Determine if the current token is some kind of separator (a character or a zero-length alphabetical-to-numeric or numeric-to-alphabetical transition). Returns:boolean `true` if the token is a separator, `false` otherwise

public default boolean isSeparator()

Determine if the current token is some kind of separator (a character or a zero-length alphabetical-to-numeric or numeric-to-alphabetical transition).

Returns:boolean: true if the token is a separator, false otherwise

length	back to summary
public int length() Get the length of the current token. If there is no current token, zero is returned. Returns:int the length of the current token

length

back to summary

public int length()

Get the length of the current token. If there is no current token, zero is returned.

Returns:int: the length of the current token

next	back to summary
public void next() throws NoSuchElementException, VersionSyntaxException Move to the next token. Exceptions NoSuchElementException: if there are no more tokens to iterate

back to summary

public void next() throws NoSuchElementException, VersionSyntaxException

Move to the next token.

Exceptions

NoSuchElementException:: if there are no more tokens to iterate

numberPartEquals back to summary

numberPartEquals	back to summary
public default boolean numberPartEquals(int value) throws IllegalStateException Determine whether the current numeric part equals the given value (which is treated as unsigned). Parameters value:int the unsigned value Returns:boolean `true` if the values are equal, or `false` otherwise Exceptions IllegalStateException: if the current token is not a numeric part

public default boolean numberPartEquals(int value) throws IllegalStateException

Determine whether the current numeric part equals the given value (which is treated as unsigned).

Parameters

value:int: the unsigned value

Returns:boolean

true if the values are equal, or false otherwise

Exceptions

IllegalStateException:: if the current token is not a numeric part

numberPartEquals back to summary

numberPartEquals	back to summary
public default boolean numberPartEquals(long value) throws IllegalStateException Determine whether the current numeric part equals the given value (which is treated as unsigned). Parameters value:long the unsigned value Returns:boolean `true` if the values are equal, or `false` otherwise Exceptions IllegalStateException: if the current token is not a numeric part

public default boolean numberPartEquals(long value) throws IllegalStateException

Determine whether the current numeric part equals the given value (which is treated as unsigned).

Parameters

value:long: the unsigned value

Returns:boolean

true if the values are equal, or false otherwise

Exceptions

IllegalStateException:: if the current token is not a numeric part

public Interface VersionIterator

Method Summary

Method Detail