def process(self):
"""The process we'll be testing against.
If it hasn't been initialized yet, we'll do that with the standard arguments
as specified upon instantiation, or default to .defaultArgs."""
if not self.processInitialized:
dprint("MAKING NEW PROCESS")
self.initProcess(self.argsToRun())
return self._process
def runModules(types, modules):
# NOTE: As a result of design flaws in some of the code in this module,
# we have to iterate through lists in 'modules'. A much better approach
# would be to make the 'Tests' class alterable, design it with
# filters and work with that here.
dprint("types:", types, "modules", modules)
testTypeIndex = 0
for testType in types:
for module in modules[testTypeIndex]:
runModule(testType, module)
testTypeIndex += 1
def _runOneFileTest(self, filePair):
from lib.pmwiki2md import AllConversions as Conversions, Content as Content
conversions = Conversions()
pmwikiFilePath = os.path.join(self.pmwikiConversionsBaseDir,
"testTest.pmwiki")
mdFilePath = self.getMatchingMdFilePathForPmwikiFilePath(
pmwikiFilePath)
testFilePair = TestFilePair(pmwikiFilePath, mdFilePath)
dprint("testFilePair", testFilePair.pmwikiFilePath,
testFilePair.mdFilePath)
return self.assertEqual(
conversions.convert(Content(testFilePair.pmwiki)).string,
testFilePair.md)
def test_addRowAndCell(self):
"""
Tests adding one Row with one Cell."""
from lib.table import Table, Row, Cell
cell = Cell()
row = Row()
table = Table()
table.test = "addRowAndCellTest"
cell.text = "Test"
row.addCell(cell)
table.addRow(
row) #NOTE: BUG found: does something to trip up tableHasRows.
textFoundInTableCell = table.rows[0].cells[0].text
self.assertEqual(textFoundInTableCell, "Test")
dprint("Table address:", table)