def testCanonicalise(self):
def assertCanon(reference, worksheetNames, expected):
ref = FLReferenceParseNode(None, [reference, '!', sentinel.onlyChild])
ref.canonicalise(worksheetNames)
self.assertEquals(ref.children[0], expected)
assertCanon('foo', ['foO'], 'foO')
assertCanon('foo', [], 'foo')
assertCanon("'''s'", ["'S"], "'''S'")
assertCanon("foo ", [], 'foo ')
ref = FLReferenceParseNode(None, ['A1'])
ref.canonicalise([])
self.assertEquals(ref.worksheetReference, None)
def testCanonicalise(self):
def assertCanon(reference, worksheetNames, expected):
ref = FLReferenceParseNode(None,
[reference, '!', sentinel.onlyChild])
ref.canonicalise(worksheetNames)
self.assertEquals(ref.children[0], expected)
assertCanon('foo', ['foO'], 'foO')
assertCanon('foo', [], 'foo')
assertCanon("'''s'", ["'S"], "'''S'")
assertCanon("foo ", [], 'foo ')
ref = FLReferenceParseNode(None, ['A1'])
ref.canonicalise([])
self.assertEquals(ref.worksheetReference, None)
def testInit(self):
self.assertRaises(AssertionError, FLReferenceParseNode, sentinel.type,
[sentinel.firstChild, sentinel.secondChild])
self.assertRaises(AssertionError, FLReferenceParseNode, sentinel.type,
[sentinel.child] * 4)
ref = FLReferenceParseNode(sentinel.type, [sentinel.firstChild])
self.assertEquals(ref.type, sentinel.type)
self.assertEquals(ref.children, [sentinel.firstChild])
ref = FLReferenceParseNode(
sentinel.type,
[sentinel.firstChild, sentinel.secondChild, sentinel.thirdChild])
self.assertEquals(ref.type, sentinel.type)
self.assertEquals(
ref.children,
[sentinel.firstChild, sentinel.secondChild, sentinel.thirdChild])
def testWorksheetReferenceProperty(self):
ref = FLReferenceParseNode(None, [sentinel.onlyChild])
self.assertEquals(ref.worksheetReference, None)
ref = FLReferenceParseNode(
None, ["'Thin Lizzy' ", sentinel.second, sentinel.third])
self.assertEquals(ref.children[0], "'Thin Lizzy' ")
self.assertEquals(ref.worksheetReference, 'Thin Lizzy')
# loses the whitespace information
ref.worksheetReference = None
self.assertEquals(ref.children, [sentinel.third])
# therefore no whitespace information here
ref.worksheetReference = "Ben Folds' Five "
self.assertEquals(ref.children,
["'Ben Folds'' Five '", '!', sentinel.third])
self.assertEquals(ref.worksheetReference, "Ben Folds' Five ")
ref.children[0] = "'with trailing whitespace' "
ref.worksheetReference = "Shihad"
self.assertEquals(ref.children, ["Shihad ", '!', sentinel.third])
def testWorksheetReferenceProperty(self):
ref = FLReferenceParseNode(None, [sentinel.onlyChild])
self.assertEquals(ref.worksheetReference, None)
ref = FLReferenceParseNode(None, ["'Thin Lizzy' ", sentinel.second, sentinel.third])
self.assertEquals(ref.children[0], "'Thin Lizzy' ")
self.assertEquals(ref.worksheetReference, 'Thin Lizzy')
# loses the whitespace information
ref.worksheetReference = None
self.assertEquals(ref.children, [sentinel.third])
# therefore no whitespace information here
ref.worksheetReference = "Ben Folds' Five "
self.assertEquals(ref.children, ["'Ben Folds'' Five '", '!', sentinel.third])
self.assertEquals(ref.worksheetReference, "Ben Folds' Five ")
ref.children[0] = "'with trailing whitespace' "
ref.worksheetReference = "Shihad"
self.assertEquals(ref.children, ["Shihad ", '!', sentinel.third])
def canonicalise(self, wsNames):
self.localReference = self.localReference.upper()
FLReferenceParseNode.canonicalise(self, wsNames)
def __init__(self, children):
FLReferenceParseNode.__init__(self, ParseNode.FL_COLUMN_REFERENCE, children)
def assertCanon(reference, worksheetNames, expected):
ref = FLReferenceParseNode(None,
[reference, '!', sentinel.onlyChild])
ref.canonicalise(worksheetNames)
self.assertEquals(ref.children[0], expected)
def assertCanon(reference, worksheetNames, expected):
ref = FLReferenceParseNode(None, [reference, '!', sentinel.onlyChild])
ref.canonicalise(worksheetNames)
self.assertEquals(ref.children[0], expected)
def __init__(self, children):
FLReferenceParseNode.__init__(self, ParseNode.FL_NAMED_ROW_REFERENCE,
children)
def __init__(self, children):
FLReferenceParseNode.__init__(self, ParseNode.FL_NAMED_ROW_REFERENCE, children)