after(E) -
Method in interface org.apache.directory.shared.ldap.cursor.Cursor
Prepares this Cursor, so a subsequent call to Cursor#previous() with a
true return value, will have positioned the Cursor on a dataSet element
equal to or less than the element argument but not greater.
after(E) -
Method in class org.apache.directory.shared.ldap.cursor.EmptyCursor
Prepares this Cursor, so a subsequent call to Cursor#previous() with a
true return value, will have positioned the Cursor on a dataSet element
equal to or less than the element argument but not greater.
after(E) -
Method in class org.apache.directory.shared.ldap.cursor.ListCursor
Prepares this Cursor, so a subsequent call to Cursor#previous() with a
true return value, will have positioned the Cursor on a dataSet element
equal to or less than the element argument but not greater.
Prepares this Cursor, so a subsequent call to Cursor#previous() with a
true return value, will have positioned the Cursor on a dataSet element
equal to or less than the element argument but not greater.
afterLast() -
Method in interface org.apache.directory.shared.ldap.cursor.Cursor
Determines whether or not a call to get() will succeed.
B
before(E) -
Method in interface org.apache.directory.shared.ldap.cursor.Cursor
Prepares this Cursor, so a subsequent call to Cursor#next() with a
true return value, will have positioned the Cursor on a dataSet
element equal to or less than the element argument but not greater.
Prepares this Cursor, so a subsequent call to Cursor#next() with a
true return value, will have positioned the Cursor on a dataSet
element equal to or less than the element argument but not greater.
before(E) -
Method in class org.apache.directory.shared.ldap.cursor.ListCursor
Prepares this Cursor, so a subsequent call to Cursor#next() with a
true return value, will have positioned the Cursor on a dataSet
element equal to or less than the element argument but not greater.
beforeFirst() -
Method in interface org.apache.directory.shared.ldap.cursor.Cursor
A monitor used by Cursors to detect conditions when they should stop
performing some work during advance operations such as next(), previous(),
first() etc, and release resources.