def CheckNoOtherReaders():
win32trace.write("Hi")
time.sleep(0.05)
if win32trace.read() != "Hi":
# Reset everything so following tests still fail with this error!
win32trace.TermRead()
win32trace.TermWrite()
raise RuntimeError("An existing win32trace reader appears to be " \
"running - please stop this process and try again")
def CheckNoOtherReaders():
win32trace.write("Hi")
time.sleep(0.05)
if win32trace.read() != "Hi":
# Reset everything so following tests still fail with this error!S
win32trace.TermRead()
win32trace.TermWrite()
raise RuntimeError, "An existing win32trace reader appears to be " \
"running - please stop this process and try again"
def testTermSematics(self):
win32trace.InitWrite()
win32trace.write('Ta da')
# if we both Write and Read are terminated at the same time,
# we lose the data as the win32 object is closed. Note that
# if another writer is running, we do *not* lose the data - so
# test for either the correct data or an empty string
win32trace.TermWrite()
win32trace.InitRead()
self.failUnless(win32trace.read() in ['Ta da', ''])
win32trace.TermRead()
# we keep the data because we init read before terminating write
win32trace.InitWrite()
win32trace.write('Ta da')
win32trace.InitRead()
win32trace.TermWrite()
self.assertEquals('Ta da', win32trace.read())
win32trace.TermRead()
def testTermSematics(self):
win32trace.InitWrite()
win32trace.write('Ta da')
# if we both Write and Read are terminated at the same time,
# we lose the data as the win32 object is closed. Note that
# if another writer is running, we do *not* lose the data - so
# test for either the correct data or an empty string
win32trace.TermWrite()
win32trace.InitRead()
self.failUnless(win32trace.read() in ['Ta da', ''])
win32trace.TermRead()
# we keep the data because we init read before terminating write
win32trace.InitWrite()
win32trace.write('Ta da')
win32trace.InitRead()
win32trace.TermWrite()
self.assertEquals('Ta da', win32trace.read())
win32trace.TermRead()
def testInitTermWrite(self):
with pytest.raises(win32trace.error):
win32trace.write('Hei')
win32trace.InitWrite()
win32trace.write('Johan Galtung')
win32trace.TermWrite()
with pytest.raises(win32trace.error):
win32trace.write('Hei')
def testRoundTrip(self):
win32trace.write('Syver Enstad')
syverEnstad = win32trace.read()
self.assertEquals('Syver Enstad', syverEnstad)
def testInitTermWrite(self):
self.assertRaises(win32trace.error, win32trace.write, 'Hei')
win32trace.InitWrite()
win32trace.write('Johan Galtung')
win32trace.TermWrite()
self.assertRaises(win32trace.error, win32trace.write, 'Hei')
def trace(*args): win32trace.write(string.join(map(str, args), " ") + "\n")
def testInitTermWrite(self):
self.assertRaises(win32trace.error, win32trace.write, 'Hei')
win32trace.InitWrite()
win32trace.write('Johan Galtung')
win32trace.TermWrite()
self.assertRaises(win32trace.error, win32trace.write, 'Hei')
def run(self):
self.writeCount = 0
for each in range(self.BucketCount):
win32trace.write(str(each))
self.writeCount = self.BucketCount
def testBlockingReadUnicode(self):
win32trace.write('\xa9opyright Syver Enstad')
# str objects are always returned in py2k (latin-1 encoding was used
# on unicode objects)
self.assertEquals('\xa9opyright Syver Enstad', win32trace.blockingread())
def testBlockingReadUnicode(self):
win32trace.write('\xa9opyright Syver Enstad')
# str objects are always returned in py2k (latin-1 encoding was used
# on unicode objects)
self.assertEquals('\xa9opyright Syver Enstad',
win32trace.blockingread())
def testRoundTripUnicode(self):
win32trace.write('\xa9opyright Syver Enstad')
syverEnstad = win32trace.read()
# str objects are always returned in py2k (latin-1 encoding was used
# on unicode objects)
self.assertEquals('\xa9opyright Syver Enstad', syverEnstad)
def testInitTermWrite(self):
self.assertRaises(win32trace.error, win32trace.write, "Hei")
win32trace.InitWrite()
win32trace.write("Johan Galtung")
win32trace.TermWrite()
self.assertRaises(win32trace.error, win32trace.write, "Hei")
def testBlockingRead(self):
win32trace.write("Syver Enstad")
self.assertEqual("Syver Enstad", win32trace.blockingread())
def testRoundTrip(self):
win32trace.write("Syver Enstad")
syverEnstad = win32trace.read()
self.assertEqual("Syver Enstad", syverEnstad)
def trace(*args):
win32trace.write(' '.join(map(str, args)) + "\n")
def trace(*args): win32trace.write(string.join(map(str, args), " ") + "\n")
def testRoundTripUnicode(self):
win32trace.write('\xa9opyright Syver Enstad')
syverEnstad = win32trace.read()
# str objects are always returned in py2k (latin-1 encoding was used
# on unicode objects)
self.assertEquals('\xa9opyright Syver Enstad', syverEnstad)
def testBlockingRead(self):
win32trace.write('Syver Enstad')
self.assertEquals('Syver Enstad', win32trace.blockingread())
def testBlockingRead(self):
win32trace.write('Syver Enstad')
self.assertEquals('Syver Enstad', win32trace.blockingread())
def testBlockingRead(self):
win32trace.write('Syver Enstad')
assert 'Syver Enstad' == win32trace.blockingread()
def testRoundTrip(self):
win32trace.write('Syver Enstad')
syverEnstad = win32trace.read()
self.assertEquals('Syver Enstad', syverEnstad)
def testHugeChunks(self):
data = "*" * 1023 + "\n"
while len(data) <= self.BiggestChunk:
win32trace.write(data)
data = data + data
def testRoundTrip(self):
win32trace.write('Syver Enstad')
syverEnstad = win32trace.read()
assert 'Syver Enstad' == syverEnstad
def run(self):
self.writeCount = 0
for each in range(self.BucketCount):
win32trace.write(str(each))
self.writeCount = self.BucketCount
def testHugeChunks(self):
data = "*" * 1023 + "\n"
while len(data) <= self.BiggestChunk:
win32trace.write(data)
data = data + data
def trace(*args):
win32trace.write(" ".join(map(str, args)) + "\n")
def testInitTermWrite(self):
self.assertRaises(win32trace.error, win32trace.write, "Hei")
win32trace.InitWrite()
win32trace.write("Johan Galtung")
win32trace.TermWrite()
self.assertRaises(win32trace.error, win32trace.write, "Hei")
