def test_selectGroups02(self):
mdOptions = options.Options()
mdOptions.compilerGroupName = "compiler1"
mdOptions.optimizationGroupName = "*"
mdOptions.parallelGroupName = "*"
mdOptions.overrideFile = "testNOREALFILE"
groupList = []
group1 = overrides.OverrideGroup()
group1.compiler = "compiler1"
group1.optimization = "*"
group1.parallel = "*"
group1["test"] = "value1"
group1["group1Only"] = "group1OnlyValue"
groupList.append(group1)
group2 = overrides.OverrideGroup()
group2.compiler = "compiler1"
group2.optimization = "optimization1"
group2.parallel = "*"
group2["test"] = "value2"
group2["group2Only"] = "group2OnlyValue"
groupList.append(group2)
finalGroup = overrides.selectGroups(groupList, mdOptions)
self.assertEquals(fullCount(finalGroup), 2, "After selectGroups() override count was wrong")
self.assertNotEquals(finalGroup, None, "selectGroups() failed to return a group")
self.assertEquals("test" in finalGroup, True, "After selectGroups() did not returned correct value")
self.assertEquals(finalGroup["test"], "value1", "After selectGroups() did not returned correct value")
self.assertEquals("group1Only" in finalGroup, True, "After selectGroups() did not returned correct value")
self.assertEquals(finalGroup["group1Only"], "group1OnlyValue", "After selectGroups() did not returned correct value")
def test_selectGroups03(self):
#regression test whether selectGroups alters original groups
mdOptions = options.Options()
mdOptions.compilerGroupName = "compiler1"
mdOptions.optimizationGroupName = "optimization1"
mdOptions.parallelGroupName = "*"
mdOptions.overrideFile = "testNOREALFILE"
groupList = []
group1 = overrides.OverrideGroup()
group1.compiler = "compiler1"
group1.optimization = "*"
group1.parallel = "*"
group1["test"] = "value1"
group1["group1Only"] = "group1OnlyValue"
groupList.append(group1)
group2 = overrides.OverrideGroup()
group2.compiler = "compiler1"
group2.optimization = "optimization1"
group2.parallel = "*"
group2["test"] = "value2"
group2["group2Only"] = "group2OnlyValue"
groupList.append(group2)
finalGroup = overrides.selectGroups(groupList, mdOptions)
self.assertEquals(
fullCount(group1), 2,
"After selectGroups(), group1 was incorrectly altered")
self.assertEquals(
"test" in group1, True,
"After selectGroups(), group1 was incorrectly altered")
self.assertEquals(
group1["test"], "value1",
"After selectGroups(), group1 was incorrectly altered")
self.assertEquals(
"group1Only" in group1, True,
"After selectGroups(), group1 was incorrectly altered")
self.assertEquals(
group1["group1Only"], "group1OnlyValue",
"After selectGroups(), group1 was incorrectly altered")
self.assertEquals(
fullCount(group2), 2,
"After selectGroups(), group2 was incorrectly altered")
self.assertEquals(
"test" in group2, True,
"After selectGroups(), group2 was incorrectly altered")
self.assertEquals(
group2["test"], "value2",
"After selectGroups(), group2 was incorrectly altered")
self.assertEquals(
"group2Only" in group2, True,
"After selectGroups(), group2 was incorrectly altered")
self.assertEquals(
group2["group2Only"], "group2OnlyValue",
"After selectGroups(), group2 was incorrectly altered")
def test_selectGroups01(self):
mdOptions = options.Options()
mdOptions.compilerGroupName = "compiler1"
mdOptions.optimizationGroupName = "optimization1"
mdOptions.parallelGroupName = "*"
mdOptions.overrideFile = "testNOREALFILE"
groupList = []
group1 = overrides.OverrideGroup()
group1.compiler = "compiler1"
group1.optimization = "*"
group1.parallel = "*"
group1["test"] = "value1"
group1["group1Only"] = "group1OnlyValue"
groupList.append(group1)
group2 = overrides.OverrideGroup()
group2.compiler = "compiler1"
group2.optimization = "optimization1"
group2.parallel = "*"
group2["test"] = "value2"
group2["group2Only"] = "group2OnlyValue"
groupList.append(group2)
finalGroup = overrides.selectGroups(groupList, mdOptions)
self.assertNotEquals(finalGroup, None,
"selectGroups() failed to return a group")
self.assertEquals(fullCount(finalGroup), 3,
"After selectGroups() override count was wrong")
self.assertEquals(
"test" in finalGroup, True,
"After selectGroups() did not returned correct value")
self.assertEquals(
finalGroup["test"], "value2",
"After selectGroups() did not returned correct value")
self.assertEquals(
"group1Only" in finalGroup, True,
"After selectGroups() did not returned correct value")
self.assertEquals(
finalGroup["group1Only"], "group1OnlyValue",
"After selectGroups() did not returned correct value")
self.assertEquals(
"group2Only" in finalGroup, True,
"After selectGroups() did not returned correct value")
self.assertEquals(
finalGroup["group2Only"], "group2OnlyValue",
"After selectGroups() did not returned correct value")
self.assertEquals(
"test" in finalGroup, True,
"After selectGroups() did not returned correct value")
self.assertEquals(
finalGroup["test"], "value2",
"After selectGroups() did not returned correct value")
def test_selectGroups11(self):
mdOptions = options.Options()
mdOptions.compilerGroupName = "compilerDOESNOTEXIST"
mdOptions.optimizationGroupName = "optimizationDOESNOTEXIST"
mdOptions.parallelGroupName = "parallelDOESNOTEXIST"
mdOptions.overrideFile = "testNOREALFILE"
groupList = []
group1 = overrides.OverrideGroup()
group1.compiler = "compiler1"
group1.optimization = "*"
group1.parallel = "*"
group1["test"] = "value1"
group1["group1Only"] = "group1OnlyValue"
groupList.append(group1)
group2 = overrides.OverrideGroup()
group2.compiler = "compiler1"
group2.optimization = "optimization1"
group2.parallel = "*"
group2["test"] = "value2"
group2["group2Only"] = "group2OnlyValue"
groupList.append(group2)
group3 = overrides.OverrideGroup()
group3.compiler = "compiler1"
group3.optimization = "optimization1"
group3.parallel = "parallel1"
group3["test"] = "value3"
group3["group2and3"] = "group2and3Value"
group3["group3Only"] = "group3OnlyValue"
groupList.append(group3)
finalGroup = overrides.selectGroups(groupList, mdOptions)
self.assertEquals(
finalGroup, None,
"selectGroups() should have failed to return a group")
def test_selectGroups03(self):
#regression test whether selectGroups alters original groups
mdOptions = options.Options()
mdOptions.compilerGroupName = "compiler1"
mdOptions.optimizationGroupName = "optimization1"
mdOptions.parallelGroupName = "*"
mdOptions.overrideFile = "testNOREALFILE"
groupList = []
group1 = overrides.OverrideGroup()
group1.compiler = "compiler1"
group1.optimization = "*"
group1.parallel = "*"
group1["test"] = "value1"
group1["group1Only"] = "group1OnlyValue"
groupList.append(group1)
group2 = overrides.OverrideGroup()
group2.compiler = "compiler1"
group2.optimization = "optimization1"
group2.parallel = "*"
group2["test"] = "value2"
group2["group2Only"] = "group2OnlyValue"
groupList.append(group2)
finalGroup = overrides.selectGroups(groupList, mdOptions)
self.assertEquals(fullCount(group1), 2, "After selectGroups(), group1 was incorrectly altered")
self.assertEquals("test" in group1, True, "After selectGroups(), group1 was incorrectly altered")
self.assertEquals(group1["test"], "value1", "After selectGroups(), group1 was incorrectly altered")
self.assertEquals("group1Only" in group1, True, "After selectGroups(), group1 was incorrectly altered")
self.assertEquals(group1["group1Only"], "group1OnlyValue", "After selectGroups(), group1 was incorrectly altered")
self.assertEquals(fullCount(group2), 2, "After selectGroups(), group2 was incorrectly altered")
self.assertEquals("test" in group2, True, "After selectGroups(), group2 was incorrectly altered")
self.assertEquals(group2["test"], "value2", "After selectGroups(), group2 was incorrectly altered")
self.assertEquals("group2Only" in group2, True, "After selectGroups(), group2 was incorrectly altered")
self.assertEquals(group2["group2Only"], "group2OnlyValue", "After selectGroups(), group2 was incorrectly altered")
def test_selectGroups11(self):
mdOptions = options.Options()
mdOptions.compilerGroupName = "compilerDOESNOTEXIST"
mdOptions.optimizationGroupName = "optimizationDOESNOTEXIST"
mdOptions.parallelGroupName = "parallelDOESNOTEXIST"
mdOptions.overrideFile = "testNOREALFILE"
groupList = []
group1 = overrides.OverrideGroup()
group1.compiler = "compiler1"
group1.optimization = "*"
group1.parallel = "*"
group1["test"] = "value1"
group1["group1Only"] = "group1OnlyValue"
groupList.append(group1)
group2 = overrides.OverrideGroup()
group2.compiler = "compiler1"
group2.optimization = "optimization1"
group2.parallel = "*"
group2["test"] = "value2"
group2["group2Only"] = "group2OnlyValue"
groupList.append(group2)
group3 = overrides.OverrideGroup()
group3.compiler = "compiler1"
group3.optimization = "optimization1"
group3.parallel = "parallel1"
group3["test"] = "value3"
group3["group2and3"] = "group2and3Value"
group3["group3Only"] = "group3OnlyValue"
groupList.append(group3)
finalGroup = overrides.selectGroups(groupList, mdOptions)
self.assertEquals(finalGroup, None, "selectGroups() should have failed to return a group")
