def setup_method(self, method):
self.container = Factory.build('Box', '1')
self.container.key = 'my.test.container'
self.firstChild = self.container.addChildElement(Factory.build('Textbox',
'2'))
self.firstChild.key = 'my.test.firstChild'
def setup_class(self):
self.element = Factory.build("box", name="Test")
self.flowContainer = self.element.addChildElement(
Factory.build("flow", name="flow"))
self.flowContainer.addChildElement(
Factory.build("Button", name="Button"))
self.flowContainer.addChildElement(Factory.build("box", name="box"))
def test_childAddingBehavior(self):
link = Factory.build("a")
if self.element.allowsChildren == True:
assert self.element.addChildElement(link) != False
link.remove()
else:
assert self.element.addChildElement(link) == False
def test_addOptions(self):
assert self.element.options() == self.options
newOption = Factory.build("Option", "Option4")
newOption.setValue("Value4")
newOption.setText("Text4")
self.element.addChildElement(newOption)
self.options['Value4'] = "Text4"
assert self.element.options() == self.options
self.element.addOptions({"Value5":"Text5",
"Value6":"Text6"})
self.options["Value5"] = "Text5"
self.options["Value6"] = "Text6"
assert self.element.options() == self.options
self.element.addOption("NewOption")
assert self.element.options()['NewOption'] == 'NewOption'
self.element.addOptions(("Value7", "Value8", "Value9"))
assert self.element.options()['Value7'] == "Value7"
assert self.element.options()['Value8'] == "Value8"
assert self.element.options()['Value9'] == "Value9"
self.element.addOptions((('Value10', 'Key10'), ('Value11', 'Key11'), ('Value12', 'Key12')))
assert self.element.options()['Key10'] == "Value10"
assert self.element.options()['Key11'] == "Value11"
assert self.element.options()['Key12'] == "Value12"
def test_addOptions(self):
assert self.element.options() == self.options
newOption = Factory.build("Option", "Option4")
newOption.setValue("Value4")
newOption.setText("Text4")
self.element.addChildElement(newOption)
self.options['Value4'] = "Text4"
assert self.element.options() == self.options
self.element.addOptions({"Value5": "Text5", "Value6": "Text6"})
self.options["Value5"] = "Text5"
self.options["Value6"] = "Text6"
assert self.element.options() == self.options
self.element.addOption("NewOption")
assert self.element.options()['NewOption'] == 'NewOption'
self.element.addOptions(("Value7", "Value8", "Value9"))
assert self.element.options()['Value7'] == "Value7"
assert self.element.options()['Value8'] == "Value8"
assert self.element.options()['Value9'] == "Value9"
self.element.addOptions(
(('Value10', 'Key10'), ('Value11', 'Key11'), ('Value12', 'Key12')))
assert self.element.options()['Key10'] == "Value10"
assert self.element.options()['Key11'] == "Value11"
assert self.element.options()['Key12'] == "Value12"
def test_childAddingBehavior(self):
link = Factory.build("a")
if self.element.allowsChildren == True:
assert self.element.addChildElement(link) != False
link.remove()
else:
assert self.element.addChildElement(link) == False
def setup_method(self, element):
self.element = Factory.build("MultiSelect", "Test")
self.option1 = Factory.build("Option", "Option1")
self.option1.setValue("Value1")
self.option1.setText("Text1")
self.option2 = Factory.build("Option", "Option2")
self.option2.setValue("Value2")
self.option2.setText("Text2")
self.option3 = Factory.build("Option", "Option3")
self.option3.setValue("Value3")
self.option3.setText("Text3")
self.element.addChildElement(self.option1)
self.element.addChildElement(self.option2)
self.element.addChildElement(self.option3)
self.options = {"Value1":"Text1",
"Value2":"Text2",
"Value3":"Text3"}
def test_tabs(self):
tab1 = self.element.addChildElement(Factory.build('Tab', 'Tab1'))
tab2 = self.element.addChildElement(Factory.build('Tab', 'Tab2'))
tab3 = self.element.addChildElement(Factory.build('Tab', 'Tab3'))
assert tab1.isSelected
assert not tab2.isSelected
assert not tab3.isSelected
tab2.select()
assert not tab1.isSelected
assert tab2.isSelected
assert not tab3.isSelected
tab3.select()
assert not tab1.isSelected
assert not tab2.isSelected
assert tab3.isSelected
def test_build(self):
"""test to ensure using the factory to create a webelement object works"""
createdObject = Factory.build("textbox", "myId", "myName")
self.base.addChildElement(createdObject)
assert createdObject.fullId() == "myPrefix-myId"
assert createdObject.fullName() == "myPrefix-myName"
assert createdObject.parent == self.base
def test_tabs(self):
tab1 = self.element.addChildElement(Factory.build('Tab', 'Tab1'))
tab2 = self.element.addChildElement(Factory.build('Tab', 'Tab2'))
tab3 = self.element.addChildElement(Factory.build('Tab', 'Tab3'))
assert tab1.isSelected
assert not tab2.isSelected
assert not tab3.isSelected
tab2.select()
assert not tab1.isSelected
assert tab2.isSelected
assert not tab3.isSelected
tab3.select()
assert not tab1.isSelected
assert not tab2.isSelected
assert tab3.isSelected
def test_build(self):
"""test to ensure using the factory to create a webelement object works"""
createdObject = Factory.build("textbox", "myId", "myName")
self.base.addChildElement(createdObject)
assert createdObject.fullId() == "myPrefix-myId"
assert createdObject.fullName() == "myPrefix-myName"
assert createdObject.parent == self.base
def setup_method(self, element):
self.element = Factory.build("MultiSelect", "Test")
self.option1 = Factory.build("Option", "Option1")
self.option1.setValue("Value1")
self.option1.setText("Text1")
self.option2 = Factory.build("Option", "Option2")
self.option2.setValue("Value2")
self.option2.setText("Text2")
self.option3 = Factory.build("Option", "Option3")
self.option3.setValue("Value3")
self.option3.setText("Text3")
self.element.addChildElement(self.option1)
self.element.addChildElement(self.option2)
self.element.addChildElement(self.option3)
self.options = {
"Value1": "Text1",
"Value2": "Text2",
"Value3": "Text3"
}
def test_addRows(self):
# Using a list of dictionaries to populate a table is the most straight-forward method, but looses column
# order
self.element.addRows(({'B':'Row1', 'A':'Row1'}, {'B':'Row2', 'A':'Row2'}))
assert self.element.columns == ['A', 'B']
# Using nested tuples when adding rows should allow you to define the order of columns
newTable = Factory.build('Table', 'Test2')
newTable.addRows(((('B','Row1'), ('A','Row1')), (('B','Row2'), ('A','Row2'))))
assert newTable.columns == ['B', 'A']
def test_text(self):
tab = Factory.build("tab", "Test")
assert tab.tabLabel.text() == ""
assert tab.text() == ""
assert tab.text() == tab.tabLabel.text()
tab.setProperty('text', 'heyy')
assert tab.tabLabel.text() == "heyy"
assert tab.text() == "heyy"
assert tab.text() == tab.tabLabel.text()
def test_text(self):
tab = Factory.build("tab", "Test")
assert tab.tabLabel.text() == ""
assert tab.text() == ""
assert tab.text() == tab.tabLabel.text()
tab.setProperty('text', 'heyy')
assert tab.tabLabel.text() == "heyy"
assert tab.text() == "heyy"
assert tab.text() == tab.tabLabel.text()
def test_addProduct(self):
"""test to ensure adding a new webelement to the factory works"""
class FakeWebElement(WebElement):
def __init__(self, id=None, name=None, parent=None):
WebElement.__init__(self, "Id", "Name")
Factory.addProduct(FakeWebElement)
createdObject = Factory.build("fakewebelement")
self.base.addChildElement(createdObject)
assert createdObject.fullId() == "myPrefix-Id"
assert createdObject.fullName() == "myPrefix-Name"
assert createdObject.parent == self.base
def test_addProduct(self):
"""test to ensure adding a new webelement to the factory works"""
class FakeWebElement(WebElement):
def __init__(self, id=None, name=None, parent=None):
WebElement.__init__(self, "Id", "Name")
Factory.addProduct(FakeWebElement)
createdObject = Factory.build("fakewebelement")
self.base.addChildElement(createdObject)
assert createdObject.fullId() == "myPrefix-Id"
assert createdObject.fullName() == "myPrefix-Name"
assert createdObject.parent == self.base
def test_valueChanged(self):
element2 = Factory.build("CheckBox", name="Test2")
self.element.connect('valueChanged', None, element2, 'setValue')
self.element.setValue(True)
assert element2.value() == True
assert self.element.value() == True
self.element.setValue(False)
assert element2.value() == False
assert self.element.value() == False
self.element.setValue(True)
assert element2.value() == True
assert self.element.value() == True
element2.setValue(False)
assert element2.value() == False
assert self.element.value() == True
def test_valueChanged(self):
element2 = Factory.build("CheckBox", name="Test2")
self.element.connect('valueChanged', None, element2, 'setValue')
self.element.setValue(True)
assert element2.value() == True
assert self.element.value() == True
self.element.setValue(False)
assert element2.value() == False
assert self.element.value() == False
self.element.setValue(True)
assert element2.value() == True
assert self.element.value() == True
element2.setValue(False)
assert element2.value() == False
assert self.element.value() == True
def test_addRows(self):
# Using a list of dictionaries to populate a table is the most straight-forward method, but looses column
# order
self.element.addRows(({
'B': 'Row1',
'A': 'Row1'
}, {
'B': 'Row2',
'A': 'Row2'
}))
assert self.element.columns == ['A', 'B']
# Using nested tuples when adding rows should allow you to define the order of columns
newTable = Factory.build('Table', 'Test2')
newTable.addRows(
((('B', 'Row1'), ('A', 'Row1')), (('B', 'Row2'), ('A', 'Row2'))))
assert newTable.columns == ['B', 'A']
def getSingleElementGenerationTimes():
generationTimes = DictUtils.OrderedDict()
for product in Factory.products.keys():
if "." in product:
continue
doneSection()
startTime = time.time()
scripts = ScriptContainer()
element = Factory.build(product, 'Test', 'Product')
element.setScriptContainer(scripts)
html = element.toHTML()
html += scripts.toHTML()
generationTime = time.time() - startTime
results['createAllOnce'] += generationTime
generationTimes[generationTime] = (product, len(html))
results['longestCreationTime'] = generationTimes.orderedKeys[-1]
return generationTimes
def test_addOptions(self):
assert self.element.options() == self.options
newOption = Factory.build("Option", "Option4")
newOption.setValue("Value4")
newOption.setText("Text4")
self.element.addChildElement(newOption)
self.options['Value4'] = "Text4"
assert self.element.options() == self.options
self.element.addOptions({"Value5": "Text5", "Value6": "Text6"})
self.options["Value5"] = "Text5"
self.options["Value6"] = "Text6"
assert self.element.options() == self.options
self.element.addOption("NewOption")
assert self.element.options()['NewOption'] == 'NewOption'
def getSingleElementGenerationTimes():
generationTimes = OrderedDict()
for product in Factory.products.keys():
if "." in product:
continue
doneSection()
startTime = time.time()
scripts = ScriptContainer()
element = Factory.build(product, 'Test', 'Product')
element.setScriptContainer(scripts)
html = element.toHtml()
html += scripts.toHtml()
generationTime = time.time() - startTime
results['createAllOnce'] += generationTime
generationTimes[generationTime] = (product, len(html))
results['longestCreationTime'] = generationTimes.orderedKeys[-1]
return generationTimes
def test_addOptions(self):
assert self.element.options() == self.options
newOption = Factory.build("Option", "Option4")
newOption.setValue("Value4")
newOption.setText("Text4")
self.element.addChildElement(newOption)
self.options['Value4'] = "Text4"
assert self.element.options() == self.options
self.element.addOptions({"Value5":"Text5",
"Value6":"Text6"})
self.options["Value5"] = "Text5"
self.options["Value6"] = "Text6"
assert self.element.options() == self.options
self.element.addOption("NewOption")
assert self.element.options()['NewOption'] == 'NewOption'
def getGenerationTimeForAllElementsLooped100Times():
startTime = time.time()
allProducts = Box('AllProducts')
scripts = ScriptContainer()
allProducts.setScriptContainer(scripts)
for x in xrange(100):
doneSection()
for product in Factory.products.keys():
allProducts.addChildElement(Factory.build(product, 'Test', 'Product'))
instantiationTime = time.time() - startTime
results['loopedInit'] = instantiationTime
startTime = time.time()
html = allProducts.toHtml()
html += scripts.toHtml()
generationTime = (time.time() - startTime)
results['loopedToHtml'] = generationTime
results['loopedToHtmlSize'] = len(html)
results['loopedCreate'] = results['loopedInit'] + results['loopedToHtml']
def getGenerationTimeForAllElementsLooped100Times():
startTime = time.time()
allProducts = Box('AllProducts')
scripts = ScriptContainer()
allProducts.setScriptContainer(scripts)
for x in xrange(100):
doneSection()
for product in Factory.products.keys():
allProducts.addChildElement(
Factory.build(product, 'Test', 'Product'))
instantiationTime = time.time() - startTime
results['loopedInit'] = instantiationTime
startTime = time.time()
html = allProducts.toHtml()
html += scripts.toHtml()
generationTime = (time.time() - startTime)
results['loopedToHtml'] = generationTime
results['loopedToHtmlSize'] = len(html)
results['loopedCreate'] = results['loopedInit'] + results['loopedToHtml']
def setup_method(self, method):
self.element = Factory.build("BreadCrumb", "Test")
self.homeLink = self.element.links[0]
def setup_class(self):
self.element = Factory.build("dropdownmenu", "Test")
def setup_method(self, method):
self.element = Factory.build('ItemPager', 'Test')
self.element.itemsPerPage = 5
self.element.pagesShownAtOnce = 15
self.element.connect('jsIndexChanged', None, self, 'fakeJavascript')
def setup_class(self):
self.element = Factory.build("accordion", "Test")
def setup_method(self, method):
self.element = Factory.build("PreformattedText", "Test")
def setup_class(self):
self.element = Factory.build('JumpToLetter', 'test')
def setup_class(self):
self.element = Factory.build("Link", "TestLink")
def setup_class(self):
self.element = Factory.build('List', 'testList')
def setup_class(self):
self.element = Factory.build("Button", name="Test")
self.submitElement = Factory.build("SubmitButton")
def setup_class(self):
self.element = Factory.build("FormContainer", name="Test")
self.element.addChildElement(Factory.build("Button", name="Button"))
self.element.addChildElement(
Factory.build("Container", name="Container"))
def setup_class(self):
self.element = Factory.build("HiddenIntValue", name="Test")
def setup_class(self):
self.element = Factory.build("Charts-HorizontalBarChart")
def setup_class(self):
self.element = Factory.build("Charts-VerticalBarChart")
def setup_class(self):
self.element = Factory.build("Charts-PieChart3D")
def setup_class(self):
self.element = Factory.build("ResourceFile", "Test")
self.element.setFile("javascript.js")
def setup_class(self):
self.element = Factory.build('SubmitButton', 'test')
def setup_class(self):
self.element = Factory.build("formError", name="TestFormError")
def setup_method(self, obj):
self.element = Factory.build("ToggleButton", "Test")
def setup_method(self, element):
self.element = Factory.build("Image", name="Test")
def setup_method(self, method):
self.element = Factory.build("Label", "Test")
def setup_class(self):
self.element = Factory.build("tab", "Test")
def setup_class(self):
self.element = Factory.build("error", name="Test")
def setup_class(self):
self.element = Factory.build("Charts-LineChart")
def setup_class(self):
self.element = Factory.build("box")
self.element.addChildElement(Factory.build("empty", name="Test"))
def setup_class(self):
self.element = Factory.build("autocomplete", "Test")
def setup_class(self):
self.element = Factory.build("autocomplete", "Test")
def setup_class(self):
self.element = Factory.build("tab", "Test")
def setup_class(self):
self.element = Factory.build('TabContainer', 'Test')
def setup_class(self):
self.element = Factory.build('TabContainer', 'Test')
def setup_class(self):
self.element = Factory.build("dropdownmenu", "Test")
def setup_class(self):
self.element = Factory.build("accordion", "Test")
def setup_class(self):
self.element = Factory.build("FormContainer", name="Test")
self.element.addChildElement(Factory.build("Button", name="Button"))
self.element.addChildElement(Factory.build("Container", name="Container"))
def setup_method(self, method):
self.element = Factory.build('unprintable', 'test')
