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test_version.py
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test_version.py
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################################################
# py.test module for testing the Version class
################################################
from .version import Version
import pytest
def test_sanity():
pytest.raises(TypeError, Version )
pytest.raises(ValueError, Version, 0)
pytest.raises(ValueError, Version, [])
pytest.raises(ValueError, Version, '')
pytest.raises(ValueError, Version, '1')
pytest.raises(ValueError, Version, '1.')
pytest.raises(ValueError, Version, 'a.b')
pytest.raises(ValueError, Version, 'blah')
def test_general():
MIN_ELEM = Version._min_elements
# versions must have at least one element > 0
pytest.raises(ValueError, Version, MIN_ELEM * (0,) )
# elements must be integers or convertible to int
pytest.raises(ValueError, Version, (MIN_ELEM * [1]) + ['a'] )
# elements must be >= 0
pytest.raises(ValueError, Version, (MIN_ELEM * [1]) + [-1] )
# cutting off / filling missing elements
MAX_ELEM = 4
assert Version( (MAX_ELEM + 1) * (1,) , max_elements = MAX_ELEM ) == MAX_ELEM * (1,)
assert Version( (MAX_ELEM + 1) * '1.' , max_elements = MAX_ELEM ) == MAX_ELEM * (1,)
# getitem / getslice
NUM_ELEM = MIN_ELEM+2
assert Version( list(range(NUM_ELEM)) )[NUM_ELEM-1] == NUM_ELEM-1
assert Version( list(range(NUM_ELEM)) )[1:NUM_ELEM-1] == tuple(range(1,NUM_ELEM-1))
# strict vs non-strict
assert str( Version( (NUM_ELEM * '1.')+'1-01' )) == (NUM_ELEM * '1.')+'1-01'
assert str( Version( (NUM_ELEM * '1.')+'1-01', strict=True )) == (NUM_ELEM * '1.')+'1.1'
# None, [], '' comparisons
assert Version('HEAD') != None
assert Version('HEAD') != []
assert Version('HEAD') != ''
def test_eq():
eq = [
( (2,2,3,1) , (2,2,3,1) ),
( [2,2,3,1] , [2,2,3,1] ),
( '2.2.3.1' , '2.2.3.1' ),
( (2,2,3,1) , [2,2,3,1] ),
( (2,2,3,1) , '2.2.3.1' ),
( [2,2,3,1] , '2.2.3.1' ),
( (1,1) , [1,1,0,0] ),
( (1,1) , '1.1.0.0' ),
( '1.1' , '1.1.0.0' ),
( '1.1' , '1.1.0.' ),
( '1.1' , '1.1.0' ),
( 'v01-02' , (1,2,0,0) ),
( '1.2-3_4' , (1,2,3,4) ),
( 'HEAD' , 'HEAD' ),
( 'head' , 'Head' ),
]
for case in eq:
assert Version(case[0]) == Version(case[1]), 'Version(%s) should equal Version(%s)' % case
assert Version(case[0]) == case[1], 'Version(%s) should equal %s' % case
assert case[0] == Version(case[1]), '%s should equal Version(%s)' % case
def test_ne():
ne = [
( (2,2,3,1) , (2,2,3,2) ),
( [2,2,3,1] , [2,2,3,2] ),
( '2.2.3.1' , '2.2.3.2' ),
( (2,2,3,1) , [2,2,3,2] ),
( (2,2,3,1) , '2.2.3.2' ),
( [2,2,3,1] , '2.2.3.2' ),
( (1,1) , [1,2,0,0] ),
( (1,1) , '1.2.0.0' ),
( '1.1' , '1.2.0.0' ),
( '1.1' , '1.2.0.' ),
( '1.1' , '1.2.0' ),
( 'v01-02' , (1,3,0,0) ),
( '1.2.3-4' , (1,2,3,5) ),
( 'head' , (1,2,3,4) ),
( 'head' , [1,2,3,4] ),
( 'head' , '1.2.3.4' ),
]
for case in ne:
assert Version(case[0]) != Version(case[1]), 'Version(%s) should not equal Version(%s)' % case
assert Version(case[0]) != case[1], 'Version(%s) should not equal %s' % case
assert case[0] != Version(case[1]), '%s should not equal Version(%s)' % case
def test_lt_gt():
lt_gt = [
( (2,2,3,1) , (2,2,3,2) ),
( [2,2,3,1] , [2,2,3,2] ),
( '2.2.3.1' , '2.2.3.2' ),
( (2,2,3,1) , [2,3,4,2] ),
( (2,2,3,1) , '2.3.4.2' ),
( [2,2,3,1] , '2.3.4.2' ),
( (0,9) , [1,0,0,0] ),
( (0,9) , '1.0.0.0' ),
( '0.9' , '1.0.0.0' ),
( '0.9' , '1.0.0.' ),
( '0.9' , '1.0.0' ),
( 'v01-02' , (1,3,0,0) ),
( '1.2.3-4' , (1,2,3,5) ),
( '0.9.9.9' , (1,0,0) ),
( '0.0.9.9' , (0,1,0) ),
( '0.0.0.9' , (0,0,1) ),
( (1,2,3,4) , 'head' ),
( [1,2,3,4] , 'head' ),
( '1.2.3.4' , 'head' ),
]
for case in lt_gt:
# less than
assert Version(case[0]) < Version(case[1]), 'Version(%s) should be less than Version(%s)' % case
assert Version(case[0]) < case[1], 'Version(%s) should be less than %s' % case
# Not really easy to support this direction in python3!
# assert case[0] < Version(case[1]), '%s should be less than Version(%s)' % case
# greater than
assert Version(case[1]) > Version(case[0]), 'Version(%s) should be greater than Version(%s)' % (case[1], case[0])
assert Version(case[1]) > case[0], 'Version(%s) should be greater than %s' % (case[1], case[0])
# Not really easy to support this direction in python3!
# assert case[1] > Version(case[0]), '%s should be greater than Version(%s)' % case
def test_cmd_outputs():
from .util import OSDetect
sl_ver = OSDetect().isSL()
if sl_ver:
import os.path
from subprocess import getoutput
ilcHome='/afs/desy.de/group/it/ilcsoft/'
prdHome='/opt/products/'
if os.path.isdir( ilcHome ):
Version( getoutput( ilcHome + 'CMake/2.4.6/bin/cmake --version' ).replace('patch ','')) == '2.4.6'
Version( getoutput( ilcHome + 'QT/4.2.2/bin/qmake -v' )).versions[-1] == '4.2.2'
if sl_ver[0] == 3:
assert Version( getoutput( ilcHome+'java/1.5.0/bin/java -version' ) , max_elements = 3) == '1.5.0'
assert Version( getoutput( ilcHome+'java/1.5.0/bin/java -version' ) )[:3] == Version('1.5.0')
assert Version( getoutput( '/usr/bin/qmake -v' ) ).versions[-1] == '3.1.2'
assert Version( getoutput( 'java -version' ) ) == Version('1.4.2.15')
assert Version( getoutput( 'java -version' ) )[:3] == Version('1.4.2')
assert Version( getoutput( 'java -version' ) , max_elements = 3) == '1.4.2'
if sl_ver[0] == 4:
assert Version( getoutput( ilcHome+'java/1.6.0/bin/java -version' )) == '1.6.0.04'
assert Version( getoutput( ilcHome+'java/1.6.0/bin/java -version' ) , max_elements = 3) == '1.6.0'
assert Version( getoutput( ilcHome+'java/1.6.0/bin/java -version' ) )[:3] == Version('1.6.0')
assert Version( getoutput( '/usr/bin/qmake -v' ) ).versions[-1] == '3.3.3'
assert Version( getoutput( 'java -version' ) ) == Version('1.5.0.14')
assert Version( getoutput( 'java -version' ) )[:3] == Version('1.5.0')
assert Version( getoutput( 'java -version' ) , max_elements = 3) == '1.5.0'
if os.path.isdir( prdHome ):
assert Version( getoutput( prdHome+'java/1.4.2/bin/java -version' ), max_elements = 3) == '1.4.2'
assert Version( getoutput( prdHome+'java/1.4.2/bin/java -version' ))[:3] == Version('1.4.2')
if sl_ver[0] == 3:
assert Version( getoutput( prdHome+'java/1.4.2/bin/java -version' )) == '1.4.2.15'
if sl_ver[0] == 4:
assert Version( getoutput( prdHome+'java/1.4.2/bin/java -version' )) == '1.4.2.16'