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java.lang.Objectorg.codehaus.groovy.runtime.DateGroovyMethods
public class DateGroovyMethods
This class defines new groovy methods which appear on normal JDK Date and Calendar classes inside the Groovy environment.
Constructor Summary | |
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DateGroovyMethods()
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Method Summary | |
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static Calendar |
clearTime(Calendar self)
Clears the time portion of this Calendar instance; useful utility where it makes sense to compare month/day/year only portions of a Calendar. |
static Date |
clearTime(Date self)
Clears the time portion of this Date instance; Util where it makes sense to compare month/day/year only portions of a Date |
static Date |
clearTime(Date self)
Clears the time portion of this java.sql.Date instance; useful utility where it makes sense to compare month/day/year only portions of a Date |
static String |
format(Calendar self,
String pattern)
Shortcut for SimpleDateFormat to output a String representation
of this calendar instance. |
static String |
format(Date self,
String format)
Create a String representation of this date according to the given format pattern. |
static String |
format(Date self,
String format,
TimeZone tz)
Create a String representation of this date according to the given format pattern and timezone. |
static int |
getAt(Calendar self,
int field)
Support the subscript operator for a Calendar. |
static int |
getAt(Date self,
int field)
Support the subscript operator for a Date. |
static String |
getDateString(Date self)
Return a string representation of the 'day' portion of this date according to the locale-specific DateFormat.SHORT default format. |
static String |
getDateTimeString(Date self)
Return a string representation of the date and time time portion of this Date instance, according to the locale-specific format used by DateFormat . |
static String |
getTimeString(Date self)
Return a string representation of the time portion of this date according to the locale-specific DateFormat.MEDIUM default format. |
static int |
minus(Calendar self,
Calendar then)
Subtract another date from this one and return the number of days of the difference. |
static int |
minus(Date self,
Date then)
Subtract another Date from this one and return the number of days of the difference. |
static Date |
minus(Date self,
int days)
Subtract a number of days from this date and returns the new date. |
static Date |
minus(Date self,
int days)
Subtract a number of days from this date and returns the new date. |
static Timestamp |
minus(Timestamp self,
int days)
Subtract a number of days from this Timestamp and returns the new Timestamp object. |
static Calendar |
next(Calendar self)
Increment a Calendar by one day. |
static Date |
next(Date self)
Increment a Date by one day. |
static Date |
next(Date self)
Increment a java.sql.Date by one day. |
static Date |
plus(Date self,
int days)
Add a number of days to this date and returns the new date. |
static Date |
plus(Date self,
int days)
Add a number of days to this date and returns the new date. |
static Timestamp |
plus(Timestamp self,
int days)
Add number of days to this Timestamp and returns the new Timestamp object. |
static Calendar |
previous(Calendar self)
Decrement a Calendar by one day. |
static Date |
previous(Date self)
Decrement a Date by one day. |
static Date |
previous(Date self)
Decrement a java.sql.Date by one day. |
static void |
putAt(Calendar self,
int field,
int value)
Support the subscript operator for mutating a Calendar. |
static void |
putAt(Date self,
int field,
int value)
Support the subscript operator for mutating a Date. |
static void |
set(Calendar self,
Map<Object,Integer> updates)
Support mutating a Calendar with a Map. |
static void |
set(Date self,
Map<Object,Integer> updates)
Support mutating a Date with a Map. |
static Calendar |
toCalendar(Date self)
Convert a Date to a Calendar. |
static Calendar |
updated(Calendar self,
Map<Object,Integer> updates)
Support creating a new Date having similar properties to an existing Date (which remains unaltered) but with some fields updated according to a Map of changes. |
static Date |
updated(Date self,
Map<Object,Integer> updates)
Support creating a new Date having similar properties to an existing Date (which remains unaltered) but with some fields updated according to a Map of changes. |
Methods inherited from class java.lang.Object |
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clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
Constructor Detail |
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public DateGroovyMethods()
Method Detail |
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public static int getAt(Date self, int field)
self
- a Datefield
- a Calendar field, e.g. MONTH
Calendar
public static Calendar toCalendar(Date self)
self
- a Date
public static int getAt(Calendar self, int field)
self
- a Calendarfield
- a Calendar field, e.g. MONTH
Calendar
public static void putAt(Calendar self, int field, int value)
import static java.util.Calendar.* def cal = Calendar.instance cal[DAY_OF_WEEK] = MONDAY cal[MONTH] = MARCH println cal.time // A Monday in March
self
- A Calendarfield
- A Calendar field, e.g. MONTHvalue
- The value for the given field, e.g. FEBRUARYCalendar.set(int, int)
public static void putAt(Date self, int field, int value)
self
- A Datefield
- A Calendar field, e.g. MONTHvalue
- The value for the given field, e.g. FEBRUARYputAt(java.util.Calendar, int, int)
,
Calendar.set(int, int)
public static void set(Calendar self, Map<Object,Integer> updates)
java.util.Calendar#set(int, int)
.
The keys can either be the normal fields values provided as
the first parameter to that method or one of the following Strings:
year | Calendar.YEAR |
month | Calendar.MONTH |
date | Calendar.DATE |
hourOfDay | Calendar.HOUR_OF_DAY |
minute | Calendar.MINUTE |
second | Calendar.SECOND |
import static java.util.Calendar.* def cal = Calendar.instance def m = [:] m[YEAR] = 2010 m[MONTH] = DECEMBER m[DATE] = 25 cal.set(m) println cal.time // Christmas 2010 cal.set(year:2011, month:DECEMBER, date:25) println cal.time // Christmas 2010
self
- A Calendarupdates
- A Map of Calendar keys and valuesCalendar.set(int, int)
,
Calendar.set(int, int, int, int, int, int)
public static Calendar updated(Calendar self, Map<Object,Integer> updates)
import static java.util.Calendar.YEAR def now = Calendar.instance def nextYear = now[YEAR] + 1 def oneYearFromNow = now.updated(year: nextYear) println now.time println oneYearFromNow.time
self
- A Calendarupdates
- A Map of Calendar keys and values
Calendar.set(int, int)
,
Calendar.set(int, int, int, int, int, int)
,
set(java.util.Calendar, java.util.Map)
public static void set(Date self, Map<Object,Integer> updates)
import static java.util.Calendar.YEAR def date = new Date() def nextYear = date[YEAR] + 1 date.set(year: nextYear) println date
self
- A Dateupdates
- A Map of Calendar keys and valuesCalendar.set(int, int)
,
set(java.util.Calendar, java.util.Map)
public static Date updated(Date self, Map<Object,Integer> updates)
import static java.util.Calendar.YEAR def today = new Date() def nextYear = today[YEAR] + 1 def oneYearFromNow = today.updated(year: nextYear) println today println oneYearFromNow
self
- A Dateupdates
- A Map of Calendar keys and values
Calendar.set(int, int)
,
set(java.util.Date, java.util.Map)
,
set(java.util.Calendar, java.util.Map)
,
updated(java.util.Calendar, java.util.Map)
public static Date next(Date self)
self
- a Date
public static Calendar next(Calendar self)
self
- a Calendar
public static Calendar previous(Calendar self)
self
- a Calendar
public static Date next(Date self)
self
- a java.sql.Date
public static Date previous(Date self)
self
- a Date
public static Date previous(Date self)
self
- a java.sql.Date
public static Date plus(Date self, int days)
self
- a Datedays
- the number of days to increase
public static Date plus(Date self, int days)
self
- a java.sql.Datedays
- the number of days to increase
public static Timestamp plus(Timestamp self, int days)
self
- a Timestampdays
- the number of days to increase
public static Date minus(Date self, int days)
self
- a Datedays
- the number of days to subtract
public static Date minus(Date self, int days)
self
- a java.sql.Datedays
- the number of days to subtract
public static Timestamp minus(Timestamp self, int days)
self
- a Timestampdays
- the number of days to subtract
public static int minus(Calendar self, Calendar then)
self
- a Calendarthen
- another Calendar
public static int minus(Date self, Date then)
self
- a Datethen
- another Date
public static String format(Date self, String format)
Create a String representation of this date according to the given format pattern.
For example, if the system timezone is GMT,
new Date(0).format('MM/dd/yy')
would return the string
"01/01/70"
. See documentation for SimpleDateFormat
for format pattern use.
Note that a new DateFormat instance is created for every invocation of this method (for thread safety).
self
- a Dateformat
- the format pattern to use according to SimpleDateFormat
SimpleDateFormat
public static String format(Date self, String format, TimeZone tz)
Create a String representation of this date according to the given format pattern and timezone.
For example:
def d = new Date(0)
def tz = TimeZone.getTimeZone('GMT')
println d.format('dd/MMM/yyyy', tz)
would return the string
"01/Jan/1970"
. See documentation for SimpleDateFormat
for format pattern use.
Note that a new DateFormat instance is created for every invocation of this method (for thread safety).
self
- a Dateformat
- the format pattern to use according to SimpleDateFormat
tz
- the TimeZone to use
SimpleDateFormat
public static String getDateString(Date self)
Return a string representation of the 'day' portion of this date
according to the locale-specific DateFormat.SHORT
default format.
For an "en_UK" system locale, this would be dd/MM/yy
.
Note that a new DateFormat instance is created for every invocation of this method (for thread safety).
self
- a Date
DateFormat.getDateInstance(int)
,
DateFormat.SHORT
public static String getTimeString(Date self)
Return a string representation of the time portion of this date
according to the locale-specific DateFormat.MEDIUM
default format.
For an "en_UK" system locale, this would be HH:MM:ss
.
Note that a new DateFormat instance is created for every invocation of this method (for thread safety).
self
- a Date
DateFormat.getTimeInstance(int)
,
DateFormat.MEDIUM
public static String getDateTimeString(Date self)
Return a string representation of the date and time time portion of
this Date instance, according to the locale-specific format used by
DateFormat
. This method uses the DateFormat.SHORT
preset for the day portion and DateFormat.MEDIUM
for the time
portion of the output string.
Note that a new DateFormat instance is created for every invocation of this method (for thread safety).
self
- a Date
DateFormat.getDateTimeInstance(int, int)
public static Date clearTime(Date self)
self
- a Date
public static Date clearTime(Date self)
self
- a java.sql.Date
public static Calendar clearTime(Calendar self)
self
- a Calendar
public static String format(Calendar self, String pattern)
Shortcut for SimpleDateFormat
to output a String representation
of this calendar instance. This method respects the Calendar's assigned
TimeZone
, whereas calling cal.time.format('HH:mm:ss')
would use the system timezone.
Note that Calendar equivalents of date.getDateString()
and variants do not exist because those methods are Locale-dependent.
Although a Calendar may be assigned a Locale
, that information is
lost and therefore cannot be used to control the default date/time formats
provided by these methods. Instead, the system Locale would always be
used. The alternative is to simply call
DateFormat.getDateInstance(int, java.util.Locale)
and pass the same Locale
that was used for the Calendar.
self
- this calendarpattern
- format pattern
DateFormat.setTimeZone(java.util.TimeZone)
,
DateFormat.format(java.util.Date)
,
format(java.util.Date, String)
|
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