def test_full_convert(self):
'''
full round the houses process back to input value through all converts
'''
framerate=30.0
timecode='00:10:13:22'
a=r9Audio.timecode_to_milliseconds(timecode, smpte=True, framerate=framerate)
assert r9Core.floatIsEqual(a, 613733.333333, 0.0001)
b=r9Audio.milliseconds_to_frame(a, framerate=framerate)
assert r9Core.floatIsEqual(b, 18412.0, 0.0001)
c=r9Audio.frame_to_milliseconds(b, framerate=framerate)
assert r9Core.floatIsEqual(c, 613733.333333, 0.0001)
d=r9Audio.milliseconds_to_Timecode(c, smpte=False, framerate=framerate)
assert d=='00:10:13:733' # note converted to non-smpte
e=r9Audio.timecode_to_frame(d, smpte=False, framerate=framerate)
assert r9Core.floatIsEqual(e, 18411.99, 0.0001)
f=r9Audio.frame_to_timecode(e, smpte=True, framerate=framerate)
assert f=='00:10:13:22'
assert f==timecode
def test_full_convert(self):
'''
full round the houses process back to input value through all converts
'''
framerate = 30.0
timecode = '00:10:13:22'
a = r9Audio.timecode_to_milliseconds(timecode,
smpte=True,
framerate=framerate)
assert r9Core.floatIsEqual(a, 613733.333333, 0.0001)
b = r9Audio.milliseconds_to_frame(a, framerate=framerate)
assert r9Core.floatIsEqual(b, 18412.0, 0.0001)
c = r9Audio.frame_to_milliseconds(b, framerate=framerate)
assert r9Core.floatIsEqual(c, 613733.333333, 0.0001)
d = r9Audio.milliseconds_to_Timecode(c,
smpte=False,
framerate=framerate)
assert d == '00:10:13:733' # note converted to non-smpte
e = r9Audio.timecode_to_frame(d, smpte=False, framerate=framerate)
assert r9Core.floatIsEqual(e, 18411.99, 0.0001)
f = r9Audio.frame_to_timecode(e, smpte=True, framerate=framerate)
assert f == '00:10:13:22'
assert f == timecode
def test_stringReplace(self):
a = 'this is a test of String replacement PPP'
assert r9Core.stringReplace(
a, {'String': 'rhubarb'
}) == 'this is a test of rhubarb replacement PPP'
assert r9Core.stringReplace(
a,
{'PPP': 'P.P.P'}) == 'this is a test of String replacement P.P.P'
assert r9Core.stringReplace(
a, {}) == 'this is a test of String replacement PPP'
def test_filterListByString(self):
testlist = ['big', 'fat', 'round', 'fluffy', 'redbigfat', 'flufgrub']
assert r9Core.filterListByString(testlist, 'Ff',
matchcase=False) == ['fluffy']
assert r9Core.filterListByString(testlist, 'Ff', matchcase=True) == []
assert r9Core.filterListByString(
testlist, 'big,ff',
matchcase=False) == ['big', 'fluffy', 'redbigfat']
assert r9Core.filterListByString(testlist, 'Big,ff',
matchcase=True) == ['fluffy']
def test_prioritizeList(self):
inputList=['aa','vv','gg','ee','yy','ab','ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority)==['ac','vv','aa','gg','ee','yy','ab']
inputList=['|dd|aa','vv','gg','ee','dd:yy','|ss|ab','|zz|xx|cc|ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority)==['|zz|xx|cc|ac','vv','|dd|aa','gg','ee','dd:yy','|ss|ab']
inputList=['|dd|aa','vv','gg','ee','dd:yy','|ss|ab','|zz|xx|cc|ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority, prioritysOnly=True)==['|zz|xx|cc|ac','vv']
def test_prioritizeList(self):
inputList=['aa','vv','gg','ee','yy','ab','ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority)==['ac','vv','aa','gg','ee','yy','ab']
inputList=['|dd|aa','vv','gg','ee','dd:yy','|ss|ab','|zz|xx|cc|ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority)==['|zz|xx|cc|ac','vv','|dd|aa','gg','ee','dd:yy','|ss|ab']
inputList=['|dd|aa','vv','gg','ee','dd:yy','|ss|ab','|zz|xx|cc|ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority, prioritysOnly=True)==['|zz|xx|cc|ac','vv']
def test_full_convert(self):
'''
full round the houses process back to input value through all converts
'''
framerate = 30.0
timecode = '00:10:13:22'
a = r9Audio.timecode_to_milliseconds(timecode,
smpte=True,
framerate=framerate)
print a
assert r9Core.floatIsEqual(a, 613733, 0.0001)
b = r9Audio.milliseconds_to_frame(a, framerate=framerate)
print b
assert r9Core.floatIsEqual(b, 18412.0, 0.0001)
c = r9Audio.frame_to_milliseconds(b, framerate=framerate)
print c
assert r9Core.floatIsEqual(c, 613733.0, 0.0001)
d = r9Audio.milliseconds_to_Timecode(c,
smpte=False,
framerate=framerate)
print d
assert d == '00:10:13:733' # note converted to non-smpte
e = r9Audio.timecode_to_frame(d, smpte=False, framerate=framerate)
print e
assert r9Core.floatIsEqual(e, 18412.0, 0.0001)
f = r9Audio.frame_to_timecode(e, smpte=True, framerate=framerate)
print e
assert f == '00:10:13:22'
assert f == timecode
# try again with single tests
assert r9Audio.timecode_to_frame('06:10:29:29',
smpte=True,
framerate=framerate) == 666899.0
assert r9Audio.frame_to_timecode(666899.0) == '06:10:29:29'
assert r9Audio.timecode_to_milliseconds('06:10:29:29') == 22229966
assert r9Audio.milliseconds_to_Timecode(22229966) == '06:10:29:29'
assert r9Audio.frame_to_milliseconds(666899.0) == 22229966
assert r9Audio.milliseconds_to_frame(22229966) == 666899.0
assert r9Audio.timecode_to_frame('06:10:29:29',
smpte=True,
framerate=29.97) == 666232.13
def test_timeIsInRange(self):
assert r9Core.timeIsInRange((0,100),(9,80))
assert not r9Core.timeIsInRange((10,100),(9,80))
assert not r9Core.timeIsInRange((-100,10),(9,80))
assert r9Core.timeIsInRange((-100,10),(-100,0))
assert r9Core.timeIsInRange((-100,None),(9,80))
assert r9Core.timeIsInRange((0,None),(9,80))
assert not r9Core.timeIsInRange((0,None),(-5,80))
assert r9Core.timeIsInRange((None,100),(9,80))
assert not r9Core.timeIsInRange((None,100),(9,101))
assert r9Core.timeIsInRange((None,100),(-5,0))
def test_timeIsInRange(self):
assert r9Core.timeIsInRange((0,100),(9,80))
assert not r9Core.timeIsInRange((10,100),(9,80))
assert not r9Core.timeIsInRange((-100,10),(9,80))
assert r9Core.timeIsInRange((-100,10),(-100,0))
assert r9Core.timeIsInRange((-100,None),(9,80))
assert r9Core.timeIsInRange((0,None),(9,80))
assert not r9Core.timeIsInRange((0,None),(-5,80))
assert r9Core.timeIsInRange((None,100),(9,80))
assert not r9Core.timeIsInRange((None,100),(9,101))
assert r9Core.timeIsInRange((None,100),(-5,0))
def test_prioritizeList(self):
inputList=['aa','vv','gg','ee','yy','ab','ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority)==['ac','vv','aa','gg','ee','yy','ab']
inputList=['|dd|aa','vv','gg','ee','dd:yy','|ss|ab','|zz|xx|cc|ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority)==['|zz|xx|cc|ac','vv','|dd|aa','gg','ee','dd:yy','|ss|ab']
inputList=['|dd|aa','vv','gg','ee','dd:yy','|ss|ab','|zz|xx|cc|ac']
priority=['ac','vv']
assert r9Core.prioritizeNodeList(inputList, priority, prioritysOnly=True)==['|zz|xx|cc|ac','vv']
inputList=['AA','SS','FF','GGG','|shoulders|Head','CTRL_M_Head','CTRL_M_HeadPlate','CTRL_Mid_MiddleSpine','CTRL_Mid_MiddleSpine_01','CTRL_Mid_MiddleSpine_02','Mid_Middle','ccc','vvvv']
priority=['Head','CTRL_Mid_MiddleSpine']
assert r9Core.prioritizeNodeList(inputList, priority, prioritysOnly=True)== ['|shoulders|Head', 'CTRL_M_Head', 'CTRL_M_HeadPlate', 'CTRL_Mid_MiddleSpine', 'CTRL_Mid_MiddleSpine_01', 'CTRL_Mid_MiddleSpine_02']
def setup(self):
cmds.file(os.path.join(r9Setup.red9ModulePath(), 'tests', 'testFiles',
'FilterNode_baseTests.ma'),
open=True,
f=True)
self.filterNode = r9Core.FilterNode(['World_Root'])
assert self.filterNode.rootNodes == ['World_Root']
def test_prioritizeList(self):
inputList = ['aa', 'vv', 'gg', 'ee', 'yy', 'ab', 'ac']
priority = ['ac', 'vv']
assert r9Core.prioritizeNodeList(inputList, priority) == ['ac', 'vv', 'aa', 'gg', 'ee', 'yy', 'ab']
inputList = ['|dd|aa', 'vv', 'gg', 'ee', 'dd:yy', '|ss|ab', '|zz|xx|cc|ac']
priority = ['ac', 'vv']
assert r9Core.prioritizeNodeList(inputList, priority) == ['|zz|xx|cc|ac', 'vv', '|dd|aa', 'gg', 'ee', 'dd:yy', '|ss|ab']
inputList = ['|dd|aa', 'vv', 'gg', 'ee', 'dd:yy', '|ss|ab', '|zz|xx|cc|ac']
priority = ['ac', 'vv']
assert r9Core.prioritizeNodeList(inputList, priority, prioritysOnly=True) == ['|zz|xx|cc|ac', 'vv']
inputList = ['AA', 'SS', 'FF', 'GGG', '|shoulders|Head', 'CTRL_M_Head', 'CTRL_M_HeadPlate', 'CTRL_Mid_MiddleSpine', 'CTRL_Mid_MiddleSpine_01', 'CTRL_Mid_MiddleSpine_02', 'Mid_Middle', 'ccc', 'vvvv']
priority = ['Head', 'CTRL_Mid_MiddleSpine']
assert r9Core.prioritizeNodeList(inputList, priority, prioritysOnly=True) == ['|shoulders|Head', 'CTRL_M_Head', 'CTRL_M_HeadPlate', 'CTRL_Mid_MiddleSpine', 'CTRL_Mid_MiddleSpine_01', 'CTRL_Mid_MiddleSpine_02']
def test_decodeString(self):
assert isinstance(r9Core.decodeString('{"ssss":30}'), dict)
assert isinstance(r9Core.decodeString('["ssss",30]'), list)
assert isinstance(r9Core.decodeString('(1,2,3)'), tuple)
assert isinstance(r9Core.decodeString('True'), bool)
assert not r9Core.decodeString('None')
assert isinstance(r9Core.decodeString('ehhehhehe'), str)
assert isinstance(r9Core.decodeString('5.0'), float)
assert isinstance(r9Core.decodeString('5'), int)
def test_decodeString(self):
assert isinstance(r9Core.decodeString('{"ssss":30}'), dict)
assert isinstance(r9Core.decodeString('["ssss",30]'), list)
assert isinstance(r9Core.decodeString('(1,2,3)'), tuple)
assert isinstance(r9Core.decodeString('True'), bool)
assert not r9Core.decodeString('None')
assert isinstance(r9Core.decodeString('ehhehhehe'), str)
assert isinstance(r9Core.decodeString('5.0'), float)
assert isinstance(r9Core.decodeString('5'), int)
def test_floatIsEqual(self):
assert not r9Core.floatIsEqual(1, 0.5, tolerance=0.5, allowGimbal=True)
assert r9Core.floatIsEqual(1, 0.51, tolerance=0.5, allowGimbal=True)
assert r9Core.floatIsEqual(0.1, 0.091, tolerance=0.01, allowGimbal=True)
assert r9Core.floatIsEqual(1, 181, tolerance=0.01, allowGimbal=True)
assert r9Core.floatIsEqual(1, 91, tolerance=0.01, allowGimbal=True)
assert not r9Core.floatIsEqual(1, 91, tolerance=0.01, allowGimbal=False)
assert not r9Core.floatIsEqual(1, -89, tolerance=0.01, allowGimbal=False)
assert r9Core.floatIsEqual(0.05, 90, tolerance=1, allowGimbal=True)
def test_floatIsEqual(self):
assert not r9Core.floatIsEqual(1, 0.5, tolerance=0.5, allowGimbal=True)
assert r9Core.floatIsEqual(1, 0.51, tolerance=0.5, allowGimbal=True)
assert r9Core.floatIsEqual(0.1, 0.091, tolerance=0.01, allowGimbal=True)
assert r9Core.floatIsEqual(1, 181, tolerance=0.01, allowGimbal=True)
assert r9Core.floatIsEqual(1, 91, tolerance=0.01, allowGimbal=True)
assert not r9Core.floatIsEqual(1, 91, tolerance=0.01, allowGimbal=False)
assert not r9Core.floatIsEqual(1, -89, tolerance=0.01, allowGimbal=False)
assert r9Core.floatIsEqual(0.05, 90, tolerance=1, allowGimbal=True)
def setup(self):
cmds.file(os.path.join(r9Setup.red9ModulePath(), 'tests', 'testFiles', 'MetaRig_anim_jump.mb'), open=True, f=True)
self.mRig = r9Meta.getMetaNodes(mTypes=r9Meta.MetaRig)[0]
self.poseFolder = getPoseFolder()
# make our PoseData object with the unitTest config loaded
filterNode = r9Core.FilterNode_Settings()
filterNode.read(red9MetaRigConfig)
self.poseData = r9Pose.PoseData(filterNode)
def test_full_convert(self):
'''
full round the houses process back to input value through all converts
'''
framerate = 30.0
timecode = '00:10:13:22'
a = r9Audio.timecode_to_milliseconds(timecode, smpte=True, framerate=framerate)
print a
assert r9Core.floatIsEqual(a, 613733, 0.0001)
b = r9Audio.milliseconds_to_frame(a, framerate=framerate)
print b
assert r9Core.floatIsEqual(b, 18412.0 , 0.0001)
c = r9Audio.frame_to_milliseconds(b, framerate=framerate)
print c
assert r9Core.floatIsEqual(c, 613733.0, 0.0001)
d = r9Audio.milliseconds_to_Timecode(c, smpte=False, framerate=framerate)
print d
assert d == '00:10:13:733' # note converted to non-smpte
e = r9Audio.timecode_to_frame(d, smpte=False, framerate=framerate)
print e
assert r9Core.floatIsEqual(e, 18412.0, 0.0001)
f = r9Audio.frame_to_timecode(e, smpte=True, framerate=framerate)
print e
assert f == '00:10:13:22'
assert f == timecode
# try again with single tests
assert r9Audio.timecode_to_frame('06:10:29:29', smpte=True, framerate=framerate) == 666899.0
assert r9Audio.frame_to_timecode(666899.0) == '06:10:29:29'
assert r9Audio.timecode_to_milliseconds('06:10:29:29') == 22229966
assert r9Audio.milliseconds_to_Timecode(22229966) == '06:10:29:29'
assert r9Audio.frame_to_milliseconds(666899.0) == 22229966
assert r9Audio.milliseconds_to_frame(22229966) == 666899.0
assert r9Audio.timecode_to_frame('06:10:29:29', smpte=True, framerate=29.97) == 666232.13
def test_validateString(self):
# simple string tester for invalid chrs
try:
assert not r9Core.validateString('hello!')
except ValueError:
assert True
try:
assert not r9Core.validateString('#hello')
except ValueError:
assert True
try:
assert not r9Core.validateString('hello-test')
except ValueError:
assert True
try:
assert not r9Core.validateString('hello test')
except ValueError:
assert True
assert r9Core.validateString('hellotest')
def test_validateString(self):
# simple string tester for invalid chrs
try:
assert not r9Core.validateString('hello!')
except ValueError:
assert True
try:
assert not r9Core.validateString('#hello')
except ValueError:
assert True
try:
assert not r9Core.validateString('hello-test')
except ValueError:
assert True
try:
assert not r9Core.validateString('hello test')
except ValueError:
assert True
assert r9Core.validateString('hellotest')
def setup(self):
cmds.file(os.path.join(r9Setup.red9ModulePath(), 'tests', 'testFiles', 'MetaRig_anim_jump.mb'), open=True, f=True)
self.rootNode = '|World_Ctrl'
self.poseFolder = getPoseFolder()
# make our PoseData object with the unitTest config loaded
filterNode = r9Core.FilterNode_Settings()
filterNode.nodeTypes = 'nurbsCurve'
filterNode.incRoots = False
filterNode.filterPriority = ['COG__Ctrl', 'Hips_Ctrl', 'Chest_Ctrl', 'R_Wrist_Ctrl', 'L_Wrist_Ctrl', 'L_Foot_Ctrl', 'R_Foot_Ctrl', 'L_Knee_Ctrl', 'R_Knee_Ctrl']
self.poseData = r9Pose.PoseData(filterNode)
def removeAttrFromHUD(node, attr):
"""
remove attrs from the MetaHUD
"""
currentHUDs = r9Meta.getMetaNodes(mTypes=r9Meta.MetaHUDNode,
mAttrs='mNodeID=CBMonitorHUD')
if currentHUDs:
metaHUD=currentHUDs[0]
if attr:
metaHUD.killHud()
monitoredAttr='%s_%s' % (r9Core.nodeNameStrip(node), attr)
print 'removing attr :', attr, monitoredAttr
try:
metaHUD.removeMonitoredAttr(monitoredAttr)
except:
pass
metaHUD.refreshHud()
def removeAttrFromHUD(node, attr):
"""
remove attrs from the MetaHUD
"""
currentHUDs = r9Meta.getMetaNodes(mTypes=r9Meta.MetaHUDNode,
mAttrs='mNodeID=CBMonitorHUD')
if currentHUDs:
metaHUD = currentHUDs[0]
if attr:
metaHUD.killHud()
monitoredAttr = '%s_%s' % (r9Core.nodeNameStrip(node), attr)
print 'removing attr :', attr, monitoredAttr
try:
metaHUD.removeMonitoredAttr(monitoredAttr)
except:
pass
metaHUD.refreshHud()
def addAttrToHUD(node, attr):
"""
adds node.attr to the HUD using Red9_Meta.MetaHUDNode
"""
currentHUDs = r9Meta.getMetaNodes(mTypes=r9Meta.MetaHUDNode,
mAttrs='mNodeID=CBMonitorHUD')
if not currentHUDs:
metaHUD = r9Meta.MetaHUDNode(name='CBMonitorHUD')
else:
metaHUD = currentHUDs[0]
monitoredAttr='%s_%s' % (r9Core.nodeNameStrip(node), attr)
metaHUD.addMonitoredAttr(monitoredAttr,
value=mc.getAttr('%s.%s' % (node, attr)),
refresh=False)
mc.connectAttr('%s.%s' % (node, attr), '%s.%s' % (metaHUD.mNode, monitoredAttr))
metaHUD.refreshHud()
def addAttrToHUD(node, attr):
"""
adds node.attr to the HUD using Red9_Meta.MetaHUDNode
"""
currentHUDs = r9Meta.getMetaNodes(mTypes=r9Meta.MetaHUDNode,
mAttrs='mNodeID=CBMonitorHUD')
if not currentHUDs:
metaHUD = r9Meta.MetaHUDNode(name='CBMonitorHUD')
else:
metaHUD = currentHUDs[0]
monitoredAttr = '%s_%s' % (r9Core.nodeNameStrip(node), attr)
metaHUD.addMonitoredAttr(monitoredAttr,
value=mc.getAttr('%s.%s' % (node, attr)),
refresh=False)
mc.connectAttr('%s.%s' % (node, attr),
'%s.%s' % (metaHUD.mNode, monitoredAttr))
metaHUD.refreshHud()
def test_stringReplace(self):
a='this is a test of String replacement PPP'
assert r9Core.stringReplace(a, {'String':'rhubarb'}) == 'this is a test of rhubarb replacement PPP'
assert r9Core.stringReplace(a, {'PPP':'P.P.P'}) == 'this is a test of String replacement P.P.P'
assert r9Core.stringReplace(a, {}) == 'this is a test of String replacement PPP'
assert r9Core.timeIsInRange((0,100),(9,80))
assert not r9Core.timeIsInRange((10,100),(9,80))
assert not r9Core.timeIsInRange((-100,10),(9,80))
assert r9Core.timeIsInRange((-100,10),(-100,0))
assert r9Core.timeIsInRange((-100,None),(9,80))
assert r9Core.timeIsInRange((0,None),(9,80))
assert not r9Core.timeIsInRange((0,None),(-5,80))
assert r9Core.timeIsInRange((None,100),(9,80))
assert not r9Core.timeIsInRange((None,100),(9,101))
assert r9Core.timeIsInRange((None,100),(-5,0))
<<<<<<< HEAD
assert r9Core.timeIsInRange((40,100),(40,100), start_inRange=True, end_inRange=True)
assert r9Core.timeIsInRange((40,100),(50,99), start_inRange=True, end_inRange=True)
assert not r9Core.timeIsInRange((40,100),(40,101), start_inRange=True, end_inRange=True)
assert r9Core.timeIsInRange((40,100),(50,101), start_inRange=True, end_inRange=False)
assert r9Core.timeIsInRange((40,100),(20,50), start_inRange=False, end_inRange=True)
assert not r9Core.timeIsInRange((40,100),(20,101), start_inRange=False, end_inRange=True)
=======
>>>>>>> d7ab8a039c4da0838a07bf4a9ec3ad957667b21e
class Test_LockNodes(object):
def setup(self):
cmds.file(new=True,f=True)
self.cube=cmds.ls(cmds.polyCube()[0],l=True)[0]
def test_timeIsInRange(self):
assert r9Core.timeIsInRange((0, 100), (9, 80))
assert not r9Core.timeIsInRange((10, 100), (9, 80))
assert not r9Core.timeIsInRange((-100, 10), (9, 80))
assert r9Core.timeIsInRange((-100, 10), (-100, 0))
assert r9Core.timeIsInRange((-100, None), (9, 80))
assert r9Core.timeIsInRange((0, None), (9, 80))
assert not r9Core.timeIsInRange((0, None), (-5, 80))
assert r9Core.timeIsInRange((None, 100), (9, 80))
assert not r9Core.timeIsInRange((None, 100), (9, 101))
assert r9Core.timeIsInRange((None, 100), (-5, 0))
assert r9Core.timeIsInRange((40, 100), (40, 100), start_inRange=True, end_inRange=True)
assert r9Core.timeIsInRange((40, 100), (50, 99), start_inRange=True, end_inRange=True)
assert not r9Core.timeIsInRange((40, 100), (40, 101), start_inRange=True, end_inRange=True)
assert r9Core.timeIsInRange((40, 100), (50, 101), start_inRange=True, end_inRange=False)
assert r9Core.timeIsInRange((40, 100), (20, 50), start_inRange=False, end_inRange=True)
assert not r9Core.timeIsInRange((40, 100), (20, 101), start_inRange=False, end_inRange=True)
def test_nodeNameStrip(self):
assert r9Core.nodeNameStrip('|root|of|systems|ctrl') == 'ctrl'
assert r9Core.nodeNameStrip('|AA:root|AA:of|AA:systems|AA:ctrl') == 'ctrl'
assert r9Core.nodeNameStrip('|BBBB:ctrl') == 'ctrl'
def setup(self):
self.filter = r9Core.FilterNode_Settings()
def test_nodeNameStrip(self):
assert r9Core.nodeNameStrip('|root|of|systems|ctrl') == 'ctrl'
assert r9Core.nodeNameStrip('|AA:root|AA:of|AA:systems|AA:ctrl') == 'ctrl'
assert r9Core.nodeNameStrip('|BBBB:ctrl') == 'ctrl'
def test_filterListByString(self):
testlist=['big','fat','round','fluffy','redbigfat','flufgrub']
assert r9Core.filterListByString(testlist, 'Ff', matchcase=False) == ['fluffy']
assert r9Core.filterListByString(testlist, 'Ff', matchcase=True) == []
assert r9Core.filterListByString(testlist, 'big,ff', matchcase=False) == ['big', 'fluffy', 'redbigfat']
assert r9Core.filterListByString(testlist, 'Big,ff', matchcase=True) == ['fluffy']
def test_timeIsInRange(self):
assert r9Core.timeIsInRange((0,100),(9,80))
assert not r9Core.timeIsInRange((10,100),(9,80))
assert not r9Core.timeIsInRange((-100,10),(9,80))
assert r9Core.timeIsInRange((-100,10),(-100,0))
assert r9Core.timeIsInRange((-100,None),(9,80))
assert r9Core.timeIsInRange((0,None),(9,80))
assert not r9Core.timeIsInRange((0,None),(-5,80))
assert r9Core.timeIsInRange((None,100),(9,80))
assert not r9Core.timeIsInRange((None,100),(9,101))
assert r9Core.timeIsInRange((None,100),(-5,0))
assert r9Core.timeIsInRange((40,100),(40,100), start_inRange=True, end_inRange=True)
assert r9Core.timeIsInRange((40,100),(50,99), start_inRange=True, end_inRange=True)
assert not r9Core.timeIsInRange((40,100),(40,101), start_inRange=True, end_inRange=True)
assert r9Core.timeIsInRange((40,100),(50,101), start_inRange=True, end_inRange=False)
assert r9Core.timeIsInRange((40,100),(20,50), start_inRange=False, end_inRange=True)
assert not r9Core.timeIsInRange((40,100),(20,101), start_inRange=False, end_inRange=True)
