class Table(TableInterface):
_parse = None # Parse
def __init__(self, parse):
if isinstance(parse, types.StringTypes):
self._parse = Parse(parse)
elif isinstance(parse, Parse):
self._parse = parse
def tableAt(self, i, j, k):
at = self._parse.at(i, j, k).parts
return Table(at)
def stringAt(self, i, j, k):
p2 = self._parse.at(i, j, k)
if p2.parts or not p2.body:
return "null"
return p2.text()
def toTable(self):
return self
def parseTable(parse):
return Table(parse)
parseTable = staticmethod(parseTable)
def equals(expected, actual):
if expected is None:
return actual is None
return expected == actual
equals = staticmethod(equals)
def __eq__(self, other):
if not isinstance(other, Table):
return False
return self._parse == other._parse
def __ne__(self, other):
if isinstance(other, Table):
return False
return self._parse != other._parse
def toString(self):
return self._parse.toString()
def __str__(self):
return str(self._parse)
def testIndexing(self):
p = Parse("leader<table><tr><td>one</td><td>two</td><td>three</td></tr><tr><td>four</td></tr></table>trailer")
self.assertEquals("one", p.at(0, 0, 0).body)
self.assertEquals("two", p.at(0, 0, 1).body)
self.assertEquals("three", p.at(0, 0, 2).body)
self.assertEquals("three", p.at(0, 0, 3).body)
self.assertEquals("three", p.at(0, 0, 4).body)
self.assertEquals("four", p.at(0, 1, 0).body)
self.assertEquals("four", p.at(0, 1, 1).body)
self.assertEquals("four", p.at(0, 2, 0).body)
self.assertEquals(1, p.size())
self.assertEquals(2, p.parts.size())
self.assertEquals(3, p.parts.parts.size())
self.assertEquals("one", p.leaf().body)
self.assertEquals("four", p.parts.last().leaf().body)
class Table(TableInterface):
_parse = None # Parse
def __init__(self, parse):
if isinstance(parse, types.StringTypes):
self._parse = Parse(parse)
elif isinstance(parse, Parse):
self._parse = parse
def tableAt(self, i, j, k):
at = self._parse.at(i, j, k).parts
return Table(at)
def stringAt(self, i, j, k):
p2 = self._parse.at(i, j, k)
if p2.parts or not p2.body:
return "null"
return p2.text()
def toTable(self):
return self
def parseTable(parse):
return Table(parse)
parseTable = staticmethod(parseTable)
def equals(expected, actual):
if expected is None:
return actual is None
return expected == actual
equals = staticmethod(equals)
def __eq__(self, other):
if not isinstance(other, Table):
return False
return self._parse == other._parse
def __ne__(self, other):
if isinstance(other, Table):
return False
return self._parse != other._parse
def toString(self):
return self._parse.toString()
def __str__(self):
return str(self._parse)
def testIndexing(self):
p = Parse(
"leader<table><tr><td>one</td><td>two</td><td>three</td></tr><tr><td>four</td></tr></table>trailer"
)
self.assertEquals("one", p.at(0, 0, 0).body)
self.assertEquals("two", p.at(0, 0, 1).body)
self.assertEquals("three", p.at(0, 0, 2).body)
self.assertEquals("three", p.at(0, 0, 3).body)
self.assertEquals("three", p.at(0, 0, 4).body)
self.assertEquals("four", p.at(0, 1, 0).body)
self.assertEquals("four", p.at(0, 1, 1).body)
self.assertEquals("four", p.at(0, 2, 0).body)
self.assertEquals(1, p.size())
self.assertEquals(2, p.parts.size())
self.assertEquals(3, p.parts.parts.size())
self.assertEquals("one", p.leaf().body)
self.assertEquals("four", p.parts.last().leaf().body)
def ResultingHTML(self):
table = Parse(self.OriginalHTML)
row = table.at(0, self.Row - 1)
cell = row.at(0, self.Column - 1)
if (self.OverwriteCellBody is not None):
cell.body = self.OverwriteCellBody
if (self.AddToCellBody is not None):
cell.addToBody(self.AddToCellBody)
if (self.OverwriteCellTag is not None):
cell.tag = self.OverwriteCellTag
if (self.OverwriteEndCellTag is not None):
cell.end = self.OverwriteEndCellTag
if (self.AddToCellTag is not None):
cell.addToTag(self.stripDelimiters(self.AddToCellTag))
if (self.OverwriteRowTag is not None):
row.tag = self.OverwriteRowTag
if (self.OverwriteEndRowTag is not None):
row.end = self.OverwriteEndRowTag
if (self.AddToRowTag is not None):
row.addToTag(self.stripDelimiters(self.AddToRowTag))
if (self.OverwriteTableTag is not None):
table.tag = self.OverwriteTableTag
if (self.OverwriteEndTableTag is not None):
table.end = self.OverwriteEndTableTag
if (self.AddToTableTag is not None):
table.addToTag(self.stripDelimiters(self.AddToTableTag))
if (self.AddCellFollowing is not None):
self.addParse(cell, self.AddCellFollowing, ["td"])
if (self.RemoveFollowingCell is not None):
self.removeParse(cell)
if (self.AddRowFollowing is not None):
self.addParse(row, self.AddRowFollowing, ["tr", "td"])
if (self.RemoveFollowingRow is not None):
self.removeParse(row)
if (self.AddTableFollowing is not None):
self.addParse(table, self.AddTableFollowing,
["table", "tr", "td"])
return self.GenerateOutput(table)
def ResultingHTML(self):
table = Parse(self.OriginalHTML)
row = table.at(0, self.Row - 1)
cell = row.at(0, self.Column - 1)
if (self.OverwriteCellBody is not None):
cell.body = self.OverwriteCellBody
if (self.AddToCellBody is not None):
cell.addToBody(self.AddToCellBody)
if (self.OverwriteCellTag is not None):
cell.tag = self.OverwriteCellTag
if (self.OverwriteEndCellTag is not None):
cell.end = self.OverwriteEndCellTag
if (self.AddToCellTag is not None):
cell.addToTag(self.stripDelimiters(self.AddToCellTag))
if (self.OverwriteRowTag is not None):
row.tag = self.OverwriteRowTag
if (self.OverwriteEndRowTag is not None):
row.end = self.OverwriteEndRowTag
if (self.AddToRowTag is not None):
row.addToTag(self.stripDelimiters(self.AddToRowTag))
if (self.OverwriteTableTag is not None):
table.tag = self.OverwriteTableTag
if (self.OverwriteEndTableTag is not None):
table.end = self.OverwriteEndTableTag
if (self.AddToTableTag is not None):
table.addToTag(self.stripDelimiters(self.AddToTableTag))
if (self.AddCellFollowing is not None):
self.addParse(cell, self.AddCellFollowing, ["td"])
if (self.RemoveFollowingCell is not None):
self.removeParse(cell)
if (self.AddRowFollowing is not None):
self.addParse(row, self.AddRowFollowing, ["tr", "td"])
if (self.RemoveFollowingRow is not None):
self.removeParse(row)
if (self.AddTableFollowing is not None):
self.addParse(table, self.AddTableFollowing, ["table", "tr", "td"])
return self.GenerateOutput(table)
