Uses of Class
net.sf.qualitycheck.ArgumentsChecked

Packages that use ArgumentsChecked

net.sf.qualitycheck

Uses of ArgumentsChecked in net.sf.qualitycheck

Methods in net.sf.qualitycheck with annotations of type ArgumentsChecked

static byte	NumberInRange.checkByte(Number number) Checks if a given number is in the range of a byte.
static double	NumberInRange.checkDouble(Number number) Checks if a given number is in the range of a double.
static float	NumberInRange.checkFloat(Number number) Checks if a given number is in the range of a float.
static int	NumberInRange.checkInteger(Number number) Checks if a given number is in the range of an integer.
static int	NumberInRange.checkLong(Number number) Checks if a given number is in the range of a long.
static short	NumberInRange.checkShort(Number number) Checks if a given number is in the range of a short.
static <T> void	ConditionalCheck.contains(boolean condition, Collection<T> haystack, T needle) Ensures that an element needle is contained in a collection haystack.
static <T> void	ConditionalCheck.contains(boolean condition, Collection<T> haystack, T needle, String name) Ensures that an element needle is contained in a collection haystack.
static <T> T	Check.contains(Collection<T> haystack, T needle) Ensures that an element needle is contained in a collection haystack.
static <T> T	Check.contains(Collection<T> haystack, T needle, String name) Ensures that an element needle is contained in a collection haystack.
static <T> T	ConditionalCheck.equals(boolean condition, T expected, T check) Ensures that a passed object is equal to another object.
static <T> void	ConditionalCheck.equals(boolean condition, T expect, T check, String msg) Ensures that a passed object is equal to another object.
static <T> T	Check.equals(T expected, T check) Ensures that a passed object is equal to another object.
static <T extends Comparable<T>> T	Check.equals(T expected, T check) Ensures that a passed Comparable is equal to another Comparable.
static <T> T	Check.equals(T expected, T check, String message) Ensures that a passed object is equal to another object.
static <T extends Comparable<T>> T	Check.equals(T expected, T check, String message) Ensures that a passed Comparable is equal to another Comparable.
static <T extends Comparable<T>> void	ConditionalCheck.greaterOrEqualThan(boolean condition, T expected, T check) Ensures that a passed Comparable is greater than or equal to Comparable.
static <T extends Comparable<T>> void	ConditionalCheck.greaterOrEqualThan(boolean condition, T expected, T check, String message) Ensures that a passed Comparable is greater than or equal to another Comparable.
static <T extends Comparable<T>> T	Check.greaterOrEqualThan(T expected, T check) Ensures that a passed Comparable is greater or equal compared to another Comparable.
static <T extends Comparable<T>> T	Check.greaterOrEqualThan(T expected, T check, String message) Ensures that a passed Comparable is greater or equal compared to another Comparable.
static <T extends Comparable<T>> void	ConditionalCheck.greaterThan(boolean condition, T expected, T check) Ensures that a passed Comparable is greater to another Comparable.
static <T extends Comparable<T>> void	ConditionalCheck.greaterThan(boolean condition, T expected, T check, String message) Ensures that a passed Comparable is greater than another Comparable.
static byte	Check.greaterThan(byte expected, byte check) Ensures that a passed byte is greater to another byte.
static byte	Check.greaterThan(byte expected, byte check, String message) Ensures that a passed byte is greater than another byte.
static char	Check.greaterThan(char expected, char check) Ensures that a passed char is greater to another char.
static char	Check.greaterThan(char expected, char check, String message) Ensures that a passed char is greater than another char.
static double	Check.greaterThan(double expected, double check) Ensures that a passed double is greater to another double.
static double	Check.greaterThan(double expected, double check, String message) Ensures that a passed double is greater than another double.
static float	Check.greaterThan(float expected, float check) Ensures that a passed float is greater to another float.
static float	Check.greaterThan(float expected, float check, String message) Ensures that a passed float is greater than another float.
static int	Check.greaterThan(int expected, int check) Ensures that a passed int is greater to another int.
static int	Check.greaterThan(int expected, int check, String message) Ensures that a passed int is greater than another int.
static long	Check.greaterThan(long expected, long check) Ensures that a passed long is greater to another long.
static long	Check.greaterThan(long expected, long check, String message) Ensures that a passed long is greater than another long.
static short	Check.greaterThan(short expected, short check) Ensures that a passed short is greater to another short.
static short	Check.greaterThan(short expected, short check, String message) Ensures that a passed short is greater than another short.
static <T extends Comparable<T>> T	Check.greaterThan(T expected, T check) Ensures that a passed Comparable is greater to another Comparable.
static <T extends Comparable<T>> T	Check.greaterThan(T expected, T check, String message) Ensures that a passed Comparable is greater than another Comparable.
static void	ConditionalCheck.hasAnnotation(boolean condition, Class<?> clazz, Class<? extends Annotation> annotation) Ensures that a passed class has an annotation of a specific type
static Annotation	Check.hasAnnotation(Class<?> clazz, Class<? extends Annotation> annotation) Ensures that a passed class has an annotation of a specific type
static <T> T	ConditionalCheck.instanceOf(boolean condition, Class<?> type, Object obj) Ensures that a passed argument is a member of a specific type.
static <T> T	ConditionalCheck.instanceOf(boolean condition, Class<?> type, Object obj, String name) Ensures that a passed argument is a member of a specific type.
static <T> T	Check.instanceOf(Class<?> type, Object obj) Ensures that a passed argument is a member of a specific type.
static <T> T	Check.instanceOf(Class<?> type, Object obj, String name) Ensures that a passed argument is a member of a specific type.
static boolean	NumberInRange.isInRange(Number number, BigDecimal min, BigDecimal max) Test if a number is in an arbitrary range.
static boolean	NumberInRange.isInRange(Number number, BigInteger min, BigInteger max) Test if a number is in an arbitrary range.
static void	ConditionalCheck.isNumber(boolean condition, String value) Ensures that a String argument is a number.
static <T extends Number> void	ConditionalCheck.isNumber(boolean condition, String value, Class<T> type) Ensures that a String argument is a number.
static void	ConditionalCheck.isNumber(boolean condition, String value, String name) Ensures that a string argument is a number according to Integer.parseInt
static <T extends Number> void	ConditionalCheck.isNumber(boolean condition, String value, String name, Class<T> type) Ensures that a String argument is a number.
static int	Check.isNumber(String value) Ensures that a String argument is a number.
static <T extends Number> T	Check.isNumber(String value, Class<T> type) Ensures that a String argument is a number.
static int	Check.isNumber(String value, String name) Ensures that a string argument is a number according to Integer.parseInt
static <T extends Number> T	Check.isNumber(String value, String name, Class<T> type) Ensures that a String argument is a number.
static <T extends CharSequence> void	ConditionalCheck.isNumeric(boolean condition, T value) Ensures that a readable sequence of char values is numeric.
static <T extends CharSequence> void	ConditionalCheck.isNumeric(boolean condition, T value, String name) Ensures that a readable sequence of char values is numeric.
static <T extends CharSequence> T	Check.isNumeric(T value) Ensures that a readable sequence of char values is numeric.
static <T extends CharSequence> T	Check.isNumeric(T value, String name) Ensures that a readable sequence of char values is numeric.
static <T extends Comparable<T>> void	ConditionalCheck.lesserThan(boolean condition, T expected, T check) Ensures that a passed Comparable is less than another Comparable.
static <T extends Comparable<T>> void	ConditionalCheck.lesserThan(boolean condition, T expected, T check, String message) Ensures that a passed Comparable is less than another Comparable.
static byte	Check.lesserThan(byte expected, byte check) Ensures that a passed byte is less than another byte.
static byte	Check.lesserThan(byte expected, byte check, String message) Ensures that a passed byte is less than another byte.
static char	Check.lesserThan(char expected, char check) Ensures that a passed char is less than another char.
static char	Check.lesserThan(char expected, char check, String message) Ensures that a passed char is less than another char.
static double	Check.lesserThan(double expected, double check) Ensures that a passed double is less than another double.
static double	Check.lesserThan(double expected, double check, String message) Ensures that a passed double is less than another double.
static float	Check.lesserThan(float expected, float check) Ensures that a passed float is less than another float.
static float	Check.lesserThan(float expected, float check, String message) Ensures that a passed float is less than another float.
static int	Check.lesserThan(int expected, int check) Ensures that a passed int is less than another int.
static int	Check.lesserThan(int expected, int check, String message) Ensures that a passed int is less than another int.
static long	Check.lesserThan(long expected, long check) Ensures that a passed long is less than another long.
static long	Check.lesserThan(long expected, long check, String message) Ensures that a passed long is less than another long.
static short	Check.lesserThan(short expected, short check) Ensures that a passed short is less than another short.
static short	Check.lesserThan(short expected, short check, String message) Ensures that a passed short is less than another short.
static <T extends Comparable<T>> T	Check.lesserThan(T expected, T check) Ensures that a passed Comparable is less than another Comparable.
static <T extends Comparable<T>> T	Check.lesserThan(T expected, T check, String message) Ensures that a passed Comparable is less than another Comparable.
static <T extends CharSequence> void	ConditionalCheck.matchesPattern(boolean condition, Pattern pattern, T chars) Ensures that a readable sequence of char values matches a specified pattern.
static <T extends CharSequence> void	ConditionalCheck.matchesPattern(boolean condition, Pattern pattern, T chars, String name) Ensures that a readable sequence of char values matches a specified pattern.
static <T extends CharSequence> T	Check.matchesPattern(Pattern pattern, T chars) Ensures that a readable sequence of char values matches a specified pattern.
static <T extends CharSequence> T	Check.matchesPattern(Pattern pattern, T chars, String name) Ensures that a readable sequence of char values matches a specified pattern.
static <T extends Iterable<?>> void	ConditionalCheck.noNullElements(boolean condition, T iterable) Ensures that an iterable reference is neither null nor contains any elements that are null.
static <T> void	ConditionalCheck.noNullElements(boolean condition, T[] array) Ensures that an array does not contain null.
static <T> void	ConditionalCheck.noNullElements(boolean condition, T[] array, String name) Ensures that an array does not contain null.
static <T extends Iterable<?>> void	ConditionalCheck.noNullElements(boolean condition, T iterable, String name) Ensures that an iterable reference is neither null nor contains any elements that are null.
static <T extends Iterable<?>> T	Check.noNullElements(T iterable) Ensures that an iterable reference is neither null nor contains any elements that are null.
static <T> T[]	Check.noNullElements(T[] array) Ensures that an array does not contain null.
static <T> T[]	Check.noNullElements(T[] array, String name) Ensures that an array does not contain null.
static <T extends Iterable<?>> T	Check.noNullElements(T iterable, String name) Ensures that an iterable reference is neither null nor contains any elements that are null.
static void	Check.notEmpty(boolean expression) Ensures that a passed parameter of the calling method is not empty, using the passed expression to evaluate the emptiness.
static void	ConditionalCheck.notEmpty(boolean condition, boolean expression) Ensures that a passed parameter of the calling method is not empty, using the passed expression to evaluate the emptiness.
static void	ConditionalCheck.notEmpty(boolean condition, boolean expression, String name) Ensures that a passed parameter of the calling method is not empty, using the passed expression to evaluate the emptiness.
static void	Check.notEmpty(boolean expression, String name) Ensures that a passed parameter of the calling method is not empty, using the passed expression to evaluate the emptiness.
static <T extends CharSequence> void	ConditionalCheck.notEmpty(boolean condition, T chars) Ensures that a passed string as a parameter of the calling method is not empty.
static <T extends Collection<?>> void	ConditionalCheck.notEmpty(boolean condition, T collection) Ensures that a passed collection as a parameter of the calling method is not empty.
static <T extends Map<?,?>> void	ConditionalCheck.notEmpty(boolean condition, T map) Ensures that a passed map as a parameter of the calling method is not empty.
static <T> void	ConditionalCheck.notEmpty(boolean condition, T[] array) Ensures that a passed map as a parameter of the calling method is not empty.
static <T> void	ConditionalCheck.notEmpty(boolean condition, T[] array, String name) Ensures that a passed map as a parameter of the calling method is not empty.
static <T> void	ConditionalCheck.notEmpty(boolean condition, T reference, boolean expression, String name) Ensures that an object reference passed as a parameter to the calling method is not empty.
static <T extends CharSequence> void	ConditionalCheck.notEmpty(boolean condition, T chars, String name) Ensures that a passed string as a parameter of the calling method is not empty.
static <T extends Collection<?>> void	ConditionalCheck.notEmpty(boolean condition, T collection, String name) Ensures that a passed collection as a parameter of the calling method is not empty.
static <T extends Map<?,?>> void	ConditionalCheck.notEmpty(boolean condition, T map, String name) Ensures that a passed map as a parameter of the calling method is not empty.
static <T extends CharSequence> T	Check.notEmpty(T chars) Ensures that a passed string as a parameter of the calling method is not empty.
static <T extends Collection<?>> T	Check.notEmpty(T collection) Ensures that a passed collection as a parameter of the calling method is not empty.
static <T extends Map<?,?>> T	Check.notEmpty(T map) Ensures that a passed map as a parameter of the calling method is not empty.
static <T> T[]	Check.notEmpty(T[] array) Ensures that a passed map as a parameter of the calling method is not empty.
static <T> T[]	Check.notEmpty(T[] array, String name) Ensures that a passed map as a parameter of the calling method is not empty.
static <T> T	Check.notEmpty(T reference, boolean expression, String name) Ensures that an object reference passed as a parameter to the calling method is not empty.
static <T extends CharSequence> T	Check.notEmpty(T chars, String name) Ensures that a passed string as a parameter of the calling method is not empty.
static <T extends Collection<?>> T	Check.notEmpty(T collection, String name) Ensures that a passed collection as a parameter of the calling method is not empty.
static <T extends Map<?,?>> T	Check.notEmpty(T map, String name) Ensures that a passed map as a parameter of the calling method is not empty.
static void	ConditionalCheck.stateIsTrue(boolean condition, boolean expression, Class<? extends RuntimeException> clazz) Ensures that a given state is true and allows to specify the class of exception which is thrown in case the state is not true.
static void	Check.stateIsTrue(boolean expression, Class<? extends RuntimeException> clazz) Ensures that a given state is true and allows to specify the class of exception which is thrown in case the state is not true.