class dateOnlyInit( unittest.TestCase ):
def setUp( self ):
self.ts = Timestamp( format3 )
def testGetLocalTicks( self ):
assertEquals( 'Ticks' ,
self.ts.getLocalTicks(),
ticks3 )
class utc_true_dst_on( unittest.TestCase ):
"""Tests that specifying the init as UTC works."""
def setUp( self ):
self.ts = Timestamp( utcF1 , True )
def testGetUTCTicks( self ):
assertEquals( 'UTC Ticks' ,
self.ts.getUTCTicks(),
utc1 )
def testGetLocalTicks( self ):
assertEquals( 'Local Ticks' ,
self.ts.getLocalTicks() ,
ticks1 )
def testGetUTCString( self ):
assertEquals( 'Date' ,
self.ts.getUTCString() ,
utcF1 )
def testGetLocalString( self ):
assertEquals( 'Date' ,
self.ts.getLocalString() ,
format1 )
def testAltSeparator( self ):
assertEquals( 'Date' ,
self.ts.getUTCString( '/' ) ,
utcF1alt )
def testGetUTCDay( self ):
assertEquals( 'Day of Month' ,
self.ts.getUTCDay() ,
utcDay1 )
def testGetLocalDay( self ):
assertEquals( 'Day of Month' ,
self.ts.getLocalDay() ,
day1 )
def testGetCVSTime( self ):
assertEquals( 'CVS Time',
self.ts.getLocalCVSTime() ,
cvstime1 )
class utc_false_dst_off( unittest.TestCase ):
"""Tests that specifying the init as UTC works."""
def setUp( self ):
self.ts = Timestamp( format2 , False )
def testGetUTCTicks( self ):
assertEquals( 'UTC Ticks' ,
self.ts.getUTCTicks(),
utc2 )
def testGetLocalTicks( self ):
assertEquals( 'Local Ticks' ,
self.ts.getLocalTicks() ,
ticks2 )
def testGetUTCString( self ):
assertEquals( 'Date' ,
self.ts.getUTCString() ,
utcF2 )
def testGetLocalString( self ):
assertEquals( 'Date' ,
self.ts.getLocalString() ,
format2 )
def testAltSeparator( self ):
assertEquals( 'Date' ,
self.ts.getLocalString('/') ,
format2alt )
def testGetLocalDay( self ):
assertEquals( 'Day of Month' ,
self.ts.getLocalDay() ,
day2 )
def testGetUTCDay( self ):
assertEquals( 'Day of Month' ,
self.ts.getUTCDay() ,
utcDay2 )
class mathOps( unittest.TestCase ):
def setUp( self ):
self.ts1 = Timestamp( format1 )
self.ts2 = Timestamp()
self.ts3 = Timestamp( format1 )
def testAdd( self ):
target = self.ts1.getLocalTicks() + 29000
self.ts1 = self.ts3 + 29000
assertEquals( 'Ticks' ,
self.ts1.getLocalTicks() ,
target )
# Make sure ts3 was unchanged by the operation.
assertEquals( 'Ticks' ,
self.ts3.getLocalTicks() ,
ticks1 )
def testSelfIncrement( self ):
target = self.ts1.getLocalTicks() + 29000
self.ts1 += 29000
assertEquals( 'Ticks' ,
self.ts1.getLocalTicks() ,
target )
def testSubtract( self ):
ticks = self.ts1.getLocalTicks() + 30000
self.ts2 = Timestamp( ticks )
self.ts1 = self.ts2 - 30000
assertEquals( 'Ticks' ,
self.ts1.getLocalTicks(),
ticks1 )
# Make sure ts2 was unchanged by the operation.
assertEquals( 'Ticks' ,
self.ts2.getLocalTicks() ,
ticks )
def testSelfDecrement( self ):
ticks = self.ts1.getLocalTicks() + 30000
self.ts2 = Timestamp( ticks )
self.ts2 -= 30000
assertEquals( 'Ticks',
self.ts2.getLocalTicks() ,
self.ts1.getLocalTicks() )
def testLTOne( self ):
assertEquals( '<' ,
self.ts1 < self.ts2,
True )
def testLTTwo( self ):
assertEquals( '<' ,
self.ts2 < self.ts3,
False )
def testLEOne( self ):
assertEquals( '<=' ,
self.ts1 <= self.ts2,
True )
def testLETwo( self ):
assertEquals( '<=' ,
self.ts2 <= self.ts3,
False )
def testGTOne( self ):
assertEquals( '>' ,
self.ts2 > self.ts1,
True )
def testGTTwo( self ):
assertEquals( '>' ,
self.ts3 > self.ts2,
False )
def testGEOne( self ):
assertEquals( '>=' ,
self.ts2 >= self.ts1,
True )
def testGETwo( self ):
assertEquals( '>=' ,
self.ts3 >= self.ts2,
False )
def testEQOne( self ):
assertEquals( '==' ,
self.ts2 == self.ts1,
False )
def testEQTwo( self ):
assertEquals( '==' ,
self.ts1 == self.ts3,
True )
def testNEOne( self ):
assertEquals( '==' ,
self.ts2 != self.ts1,
True )
def testNETwo( self ):
assertEquals( '==' ,
self.ts1 != self.ts3,
False )
