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from testsupport import *
ZopeTestCase.installProduct('ZCatalog')
ZopeTestCase.installProduct('ZWiki')
from Products.ZWiki.Outline import Outline
#or to test it alone, just set up your pythonpath and do
#from Outline import Outline
def test_suite():
suite = unittest.TestSuite()
suite.addTest(unittest.makeSuite(Tests))
return suite
class Tests(unittest.TestCase):
def setUp(self):
self.outline = Outline(
{
'RootPage':[],
'ChildPage':['RootPage'],
'GrandChildPage':['ChildPage'],
'SingletonPage':[],
'TestPage':[],
})
def test_init(self):
o = Outline({1:[],2:[],3:[]})
self.assertEquals(o.nodeCount(),3)
def test_parentmap(self):
o = self.outline
parentmap = o.parentmap()
self.assertEquals(len(parentmap.keys()),5)
self.assertEquals(parentmap['RootPage'],[])
self.assertEquals(parentmap['ChildPage'],['RootPage'])
self.assertEquals(parentmap['GrandChildPage'],['ChildPage'])
self.assertEquals(parentmap['SingletonPage'],[])
self.assertEquals(parentmap['TestPage'],[])
def test_childmap(self):
o = self.outline
childmap = o.childmap()
self.assertEquals(len(childmap.keys()),5)
self.assertEquals(childmap['RootPage'],['ChildPage'])
self.assertEquals(childmap['ChildPage'],['GrandChildPage'])
self.assertEquals(childmap['GrandChildPage'],[])
self.assertEquals(childmap['SingletonPage'],[])
self.assertEquals(childmap['TestPage'],[])
def test_roots(self):
o = self.outline
self.assertEquals(o.roots(),['RootPage','SingletonPage','TestPage'])
def test_nodes(self):
o = self.outline
self.assertEquals(o.nodes(),
['ChildPage','GrandChildPage','RootPage',
'SingletonPage','TestPage'])
def test_flat(self):
o = self.outline
self.assertEquals(o.flat(),
['RootPage','ChildPage','GrandChildPage',
'SingletonPage','TestPage'])
def test_nesting(self):
o = self.outline
self.assertEquals(o.nesting(),
[
['RootPage',
['ChildPage',
'GrandChildPage']],
'SingletonPage',
'TestPage',
])
def test_next(self):
o = self.outline
self.assertEquals(o.next('RootPage'),'ChildPage')
self.assertEquals(o.next('GrandChildPage'),'SingletonPage')
self.assertEquals(o.next('TestPage'),None)
def test_previous(self):
o = self.outline
self.assertEquals(o.previous('RootPage'),None)
self.assertEquals(o.previous('ChildPage'),'RootPage')
self.assertEquals(o.previous('SingletonPage'),'GrandChildPage')
def test_ancestors(self):
o = self.outline
self.assertEquals(o.ancestors('RootPage'),[['RootPage']])
self.assertEquals(o.ancestors('ChildPage'),[['RootPage','ChildPage']])
self.assertEquals(o.ancestors('GrandChildPage'),
[['RootPage',['ChildPage','GrandChildPage']]])
def test_ancestorsAndSiblings(self):
o = self.outline
self.assertEquals(o.ancestorsAndSiblings('RootPage'),
[['RootPage']])
self.assertEquals(o.ancestorsAndSiblings('ChildPage'),
[['RootPage', 'ChildPage']])
self.assertEquals(o.ancestorsAndSiblings('GrandChildPage'),
[['RootPage',['ChildPage','GrandChildPage']]])
def test_ancestorsAndChildren(self):
o = self.outline
self.assertEquals(o.ancestorsAndChildren('RootPage'),
[['RootPage','ChildPage']])
self.assertEquals(o.ancestorsAndChildren('ChildPage'),
[['RootPage', ['ChildPage','GrandChildPage']]])
self.assertEquals(o.ancestorsAndChildren('GrandChildPage'),
[['RootPage',['ChildPage','GrandChildPage']]])
def test_offspring(self):
o = self.outline
self.assertEquals(o.offspring(['RootPage']),
[['RootPage',['ChildPage','GrandChildPage']]])
self.assertEquals(o.offspring(['ChildPage']),
[['ChildPage','GrandChildPage']])
self.assertEquals(o.offspring(['GrandChildPage']),
['GrandChildPage'])
self.assertEquals(o.offspring(['RootPage'],depth=1),
[['RootPage','ChildPage']])
self.assertEquals(o.offspring(['RootPage'],depth=2),
[['RootPage',['ChildPage','GrandChildPage']]])
def test_parents(self):
o = self.outline
self.assertEquals(o.parents('RootPage'),[])
self.assertEquals(o.parents('ChildPage'),['RootPage'])
def test_siblings(self):
o = self.outline
self.assertEquals(o.siblings('RootPage'),['SingletonPage','TestPage'])
self.assertEquals(o.siblings('ChildPage'),[])
def test_children(self):
o = self.outline
self.assertEquals(o.children('RootPage'),['ChildPage'])
self.assertEquals(o.children('GrandChildPage'),[])
def test_add(self):
o = self.outline
self.assert_(not o.hasNode('NewPageOne'))
o.add('NewPageOne')
self.assert_(o.hasNode('NewPageOne'))
def test_delete(self):
o = self.outline
count = o.nodeCount()
o.delete('TestPage')
self.assertEquals(o.nodeCount(),count-1)
# any children should be reparented
self.assertEquals(o.nesting(),
[
['RootPage',
['ChildPage',
'GrandChildPage']],
'SingletonPage',
])
o.delete('ChildPage')
self.assertEquals(o.nesting(),
[
['RootPage',
'GrandChildPage'],
'SingletonPage',
])
parentmap = o.parentmap()
self.assertEquals(len(parentmap.keys()),3)
self.assertEquals(parentmap['RootPage'],[])
self.assertEquals(parentmap['GrandChildPage'],['RootPage'])
self.assertEquals(parentmap['SingletonPage'],[])
childmap = o.childmap()
self.assertEquals(len(childmap.keys()),3)
self.assertEquals(childmap['RootPage'],['GrandChildPage'])
self.assertEquals(childmap['GrandChildPage'],[])
self.assertEquals(childmap['SingletonPage'],[])
o.delete('RootPage')
self.assertEquals(o.nesting(),
[
'GrandChildPage',
'SingletonPage',
])
parentmap = o.parentmap()
self.assertEquals(len(parentmap.keys()),2)
self.assertEquals(parentmap['GrandChildPage'],[])
self.assertEquals(parentmap['SingletonPage'],[])
childmap = o.childmap()
self.assertEquals(len(childmap.keys()),2)
self.assertEquals(childmap['GrandChildPage'],[])
self.assertEquals(childmap['SingletonPage'],[])
def test_replace(self):
o = self.outline
self.assert_(o.hasNode('TestPage'))
self.assert_(not o.hasNode('RenamedPage'))
children = o.children('TestPage')
o.replace('TestPage','RenamedPage')
self.assert_(not o.hasNode('TestPage'))
self.assert_(o.hasNode('RenamedPage'))
self.assertEquals(o.children('RenamedPage'),children)
def test_reparent(self):
o = self.outline
self.assertEquals(o.parents('ChildPage'),['RootPage'])
o.reparent('ChildPage',['TestPage'])
self.assertEquals(o.parents('ChildPage'),['TestPage'])
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