# Basic use cases and unit tests
# ==============================================================================
#
def TEST_serialization():
from testdata import TestData
ref_name = "my study case"
studyData = TestData()
studyData.setName(ref_name)
print "serialize data ..."
serialString = serialize(studyData)
print "unserialize data ..."
unserialData = unserialize(serialString)
res_name = unserialData.getName()
print res_name
if (ref_name != res_name):
return False
unserialData.log()
unserialData.setName("an other name")
return True
if __name__ == "__main__":
import unittester
unittester.run("salome/kernel/__init__", "TEST_serialization")
return True
def TEST_lookup():
symbol_dic = TEST_getTestDictionnary()
name = 'lithium'
symbol = 'Li'
# use a dictionary as initialization argument
look = Lookup(symbol_dic)
print look.get_key(name) # [Li']
if look.get_key(name) != symbol:
print "get "+str(look.get_key(name))+" while "+str(symbol)+" was expected"
return False
print look.get_value(symbol) # lithium
# use a list of pairs instead of a dictionary as initialization argument
# (will be converted to a dictionary by the class internally)
age_list = [['Fred', 23], ['Larry', 28], ['Ene', 23]]
look2 = Lookup(age_list)
print look2.get_keys(23) # ['Ene', 'Fred']
if look2.get_keys(23)[0] != 'Ene' or look2.get_keys(23)[1] != 'Fred':
print "get "+str(look2.get_keys(23))+" while ['Ene', 'Fred'] was expected"
return False
print look2.get_value('Fred') # 23
return True
if __name__ == '__main__':
import unittester
unittester.run("diclookup", "TEST_find_value")
unittester.run("diclookup", "TEST_lookup")
print "########## find 1"
rootpath=TESTDOCDIR
listfiles=findFiles(rootpath)
for filename in listfiles:
print filename
print "########## find 2"
excludes=[os.path.join(TESTDOCDIR,"doc")]
listfiles=findFiles(rootpath,excludes)
for filename in listfiles:
print filename
return True
# This is the test callback function
def visitfile_withargs(file, rootid):
print 'visiting file %s (rootid=%s)'%(file,str(rootid))
def visitfile_withoutargs(file):
print 'visiting file %s'%(file)
def TEST_walktree():
#walktree(TESTDOCDIR, visitfile_withargs, rootid=2)
walktree(TESTDOCDIR, visitfile_withoutargs)
return True
if __name__ == "__main__":
import unittester
unittester.run("syshelper", "TEST_findFiles")
unittester.run("syshelper", "TEST_walktree")
def TEST_keyOf():
codes = Enumerate([
'KERNEL', # This should take the value 0
'GUI', # This should take the value 1
'GEOM', # ...
'MED',
'SMESH'
])
if (codes.keyOf(codes.KERNEL) != 'KERNEL'
or codes.keyOf(codes.GUI) != 'GUI'
or codes.keyOf(codes.GEOM) != 'GEOM'
or codes.keyOf(codes.MED) != 'MED'
or codes.keyOf(codes.SMESH) != 'SMESH'):
return False
return True
if __name__ == "__main__":
import unittester
unittester.run("enumerate", "TEST_simple")
unittester.run("enumerate", "TEST_createFromList")
unittester.run("enumerate", "TEST_createFromString")
unittester.run("enumerate", "TEST_contains")
unittester.run("enumerate", "TEST_isValid")
unittester.run("enumerate", "TEST_offset")
unittester.run("enumerate", "TEST_listvalues")
unittester.run("enumerate", "TEST_keyOf")
def TEST_serialize():
import salome.kernel
ref_testdata = TestData()
ref_testdata.setName("The firts name")
res_testdata = salome.kernel.unserialize(
salome.kernel.serialize(ref_testdata))
print res_testdata.getName()
if res_testdata.getName() != ref_testdata.getName():
return False
# Is the unserialized data still functional?
try:
res_testdata.setName("An other name")
print res_testdata.getName()
except:
print e
return False
return True
if __name__ == "__main__":
from unittester import run
run("salome/kernel/testdata", "TEST_getName")
run("salome/kernel/testdata", "TEST_useBadKey")
run("salome/kernel/testdata", "TEST_useBadType")
run("salome/kernel/testdata", "TEST_useBadRange")
run("salome/kernel/testdata", "TEST_serialize")
print filename
print "########## find 2"
excludes = [os.path.join(TESTDOCDIR, "doc")]
listfiles = findFiles(rootpath, excludes)
for filename in listfiles:
print filename
return True
# This is the test callback function
def visitfile_withargs(file, rootid):
print 'visiting file %s (rootid=%s)' % (file, str(rootid))
def visitfile_withoutargs(file):
print 'visiting file %s' % (file)
def TEST_walktree():
#walktree(TESTDOCDIR, visitfile_withargs, rootid=2)
walktree(TESTDOCDIR, visitfile_withoutargs)
return True
if __name__ == "__main__":
import unittester
unittester.run("syshelper", "TEST_findFiles")
unittester.run("syshelper", "TEST_walktree")
print err
return True
def TEST_serialize():
import salome.kernel
ref_testdata = TestData()
ref_testdata.setName("The firts name")
res_testdata = salome.kernel.unserialize(salome.kernel.serialize(ref_testdata))
print res_testdata.getName()
if res_testdata.getName() != ref_testdata.getName():
return False
# Is the unserialized data still functional?
try:
res_testdata.setName("An other name")
print res_testdata.getName()
except:
print e
return False
return True
if __name__ == "__main__":
from unittester import run
run("salome/kernel/testdata","TEST_getName")
run("salome/kernel/testdata","TEST_useBadKey")
run("salome/kernel/testdata","TEST_useBadType")
run("salome/kernel/testdata","TEST_useBadRange")
run("salome/kernel/testdata","TEST_serialize")
print e
return True
def TEST_defaultValues():
typemap = {}
typemap["stringdata"] = TypeString
typemap["integerdata"] = TypeInteger
ref_value = "my initial value"
defaultmap = {}
defaultmap["stringdata"] = ref_value
data = DataModeler(typemap=typemap, defaultmap=defaultmap)
print data.stringdata
if data.stringdata != ref_value:
return False
else:
return True
if __name__ == "__main__":
from unittester import run
run("salome/kernel/datamodeler", "TEST_usecase")
run("salome/kernel/datamodeler", "TEST_addAttribute")
run("salome/kernel/datamodeler", "TEST_badAttributeName")
run("salome/kernel/datamodeler", "TEST_badAttributeType")
run("salome/kernel/datamodeler", "TEST_badAttributeRange")
run("salome/kernel/datamodeler", "TEST_voidAttributeAllowed")
run("salome/kernel/datamodeler", "TEST_defaultValues")
return False
except Exception, e:
print e
return True
def TEST_defaultValues():
typemap={}
typemap["stringdata"] = TypeString
typemap["integerdata"] = TypeInteger
ref_value = "my initial value"
defaultmap={}
defaultmap["stringdata"] = ref_value
data = DataModeler(typemap=typemap,defaultmap=defaultmap)
print data.stringdata
if data.stringdata != ref_value:
return False
else:
return True
if __name__ == "__main__":
from unittester import run
run("salome/kernel/datamodeler","TEST_usecase")
run("salome/kernel/datamodeler","TEST_addAttribute")
run("salome/kernel/datamodeler","TEST_badAttributeName")
run("salome/kernel/datamodeler","TEST_badAttributeType")
run("salome/kernel/datamodeler","TEST_badAttributeRange")
run("salome/kernel/datamodeler","TEST_voidAttributeAllowed")
run("salome/kernel/datamodeler","TEST_defaultValues")
# Basic use cases and unit test functions
# ==============================================================================
#
def somethingGoesWrong():
raise UiException("Something goes wrong")
def TEST_uimessage():
try:
somethingGoesWrong()
return False
except UiException, err:
print 'ERROR: %s' % str(err)
if (str(err) == "Something goes wrong"):
return True
else:
return False
def TEST_specificException():
print DevelException("err")
print AdminException("err")
print UserException("err")
return True
if __name__ == "__main__":
import unittester
unittester.run("uiexception", "TEST_uimessage")
unittester.run("uiexception", "TEST_specificException")
if codes.listvalues() != [20, 21, 22, 23, 24]:
return False
return True
def TEST_keyOf():
codes = Enumerate([
'KERNEL', # This should take the value 0
'GUI', # This should take the value 1
'GEOM', # ...
'MED',
'SMESH'])
if ( codes.keyOf(codes.KERNEL) != 'KERNEL' or
codes.keyOf(codes.GUI) != 'GUI' or
codes.keyOf(codes.GEOM) != 'GEOM' or
codes.keyOf(codes.MED) != 'MED' or
codes.keyOf(codes.SMESH) != 'SMESH'):
return False
return True
if __name__ == "__main__":
import unittester
unittester.run("enumerate", "TEST_simple")
unittester.run("enumerate", "TEST_createFromList")
unittester.run("enumerate", "TEST_createFromString")
unittester.run("enumerate", "TEST_contains")
unittester.run("enumerate", "TEST_isValid")
unittester.run("enumerate", "TEST_offset")
unittester.run("enumerate", "TEST_listvalues")
unittester.run("enumerate", "TEST_keyOf")
#
# ==============================================================================
# Basic use cases and unit tests
# ==============================================================================
#
def TEST_serialization():
from testdata import TestData
ref_name = "my study case"
studyData = TestData()
studyData.setName(ref_name)
print "serialize data ..."
serialString = serialize(studyData)
print "unserialize data ..."
unserialData = unserialize(serialString)
res_name = unserialData.getName()
print res_name
if ( ref_name != res_name ):
return False
unserialData.log()
unserialData.setName("an other name")
return True
if __name__ == "__main__":
import unittester
unittester.run("salome/kernel/__init__","TEST_serialization")
#
# ==============================================================================
# Basic use cases and unit test functions
# ==============================================================================
#
def somethingGoesWrong():
raise UiException("Something goes wrong")
def TEST_uimessage():
try:
somethingGoesWrong()
return False
except UiException, err:
print 'ERROR: %s' % str(err)
if ( str(err) == "Something goes wrong" ):
return True
else:
return False
def TEST_specificException():
print DevelException("err")
print AdminException("err")
print UserException("err")
return True
if __name__ == "__main__":
import unittester
unittester.run("uiexception","TEST_uimessage")
unittester.run("uiexception","TEST_specificException")
import GEOM
from salome.geom import geomBuilder
geompy = geomBuilder.New(salome.myStudy)
box = geompy.MakeBoxDXDYDZ(200, 200, 200)
id = geompy.addToStudy( box, 'box' )
return id
def TEST_objectsManipulation():
myEntry = TEST_createObject()
mySObject = IDToSObject(myEntry)
entry = SObjectToID(mySObject)
if str(entry) != str(myEntry):
return False
myObject = IDToObject(myEntry)
print myObject
if myObject is None:
return False
return True
if __name__ == "__main__":
import unittester
unittester.run("services","TEST_getComponent")
unittester.run("services","TEST_getComponentList")
unittester.run("services","TEST_objectsManipulation")