class u_WSlang(libpry.AutoTree):
def setUpAll(self):
self.wsstreamio = WSstreamIO()
self.wstext = WStext()
self.wstext.setLanguage('to')
fh = self.wsstreamio.open('unicode.txt')
self.wsstreamio.load(fh)
self.lines = self.wsstreamio.lines
self.originalEncoding = self.wsstreamio.originalEncoding
def test_loadfile(self):
self.wstext.setWordlist(self.lines)
lineswordcount = 0
for line in self.lines:
for word in line:
lineswordcount += 1
assert lineswordcount > len(self.wstext.wordlist)
class u_WSlang(libpry.AutoTree):
def setUpAll(self):
self.wsstreamio = WSstreamIO()
self.wstext = WStext()
self.wstext.setLanguage('to')
fh = self.wsstreamio.open('unicode.txt')
self.wsstreamio.load(fh)
self.lines = self.wsstreamio.lines
self.originalEncoding = self.wsstreamio.originalEncoding
def test_loadfile(self):
self.wstext.setWordlist(self.lines)
lineswordcount = 0
for line in self.lines:
for word in line:
lineswordcount += 1
assert lineswordcount > len(self.wstext.wordlist)
def test_load(self):
test = WSstreamIO()
fh = test.open(self.filename)
lines = test.load(fh)
assert lines
def test_open(self):
test = WSstreamIO()
fh = test.open(self.filename)
assert fh
def test_open(self):
test = WSstreamIO()
fh = test.open(self.filename)
assert file == type(fh)
assert self.filename == fh.name
def test_load(self):
test = WSstreamIO()
fh = test.open(self.filename)
lines = test.load(fh)
assert lines
def test_open(self):
test = WSstreamIO()
fh = test.open(self.filename)
assert fh
def test_open(self):
test = WSstreamIO()
fh = test.open(self.filename)
assert file == type(fh)
assert self.filename == fh.name
