def test_size_increased_by_put(self):
buf = status_lib.line_buffer()
self.assertEquals(buf.size(), 0)
buf.put("1")
buf.put("2")
self.assertEquals(buf.size(), 2)
buf.put("3")
self.assertEquals(buf.size(), 3)
def test_size_increased_by_put(self):
buf = status_lib.line_buffer()
self.assertEquals(buf.size(), 0)
buf.put("1")
buf.put("2")
self.assertEquals(buf.size(), 2)
buf.put("3")
self.assertEquals(buf.size(), 3)
def test_is_fifo(self):
buf = status_lib.line_buffer()
lines = ["line #%d" for x in xrange(10)]
for line in lines:
buf.put(line)
results = []
while buf.size():
results.append(buf.get())
self.assertEquals(lines, results)
def test_is_fifo(self):
buf = status_lib.line_buffer()
lines = ["line #%d" for x in xrange(10)]
for line in lines:
buf.put(line)
results = []
while buf.size():
results.append(buf.get())
self.assertEquals(lines, results)
def start(self, job):
""" Initialize the parser for processing the results of
'job'."""
# initialize all the basic parser parameters
self.job = job
self.finished = False
self.line_buffer = status_lib.line_buffer()
# create and prime the parser state machine
self.state = self.state_iterator(self.line_buffer)
self.state.next()
def start(self, job):
""" Initialize the parser for processing the results of
'job'."""
# initialize all the basic parser parameters
self.job = job
self.finished = False
self.line_buffer = status_lib.line_buffer()
# create and prime the parser state machine
self.state = self.state_iterator(self.line_buffer)
self.state.next()
def test_size_decreased_by_get(self):
buf = status_lib.line_buffer()
buf.put("1")
buf.put("2")
buf.put("3")
self.assertEqual(buf.size(), 3)
buf.get()
self.assertEqual(buf.size(), 2)
buf.get()
buf.get()
self.assertEqual(buf.size(), 0)
def test_put_back_is_lifo(self):
buf = status_lib.line_buffer()
lines = ["1", "2", "3"]
for line in lines:
buf.put(line)
results = []
results.append(buf.get())
buf.put_back("1")
buf.put_back("0")
while buf.size():
results.append(buf.get())
self.assertEquals(results, ["1", "0", "1", "2", "3"])
def test_put_back_is_lifo(self):
buf = status_lib.line_buffer()
lines = ["1", "2", "3"]
for line in lines:
buf.put(line)
results = []
results.append(buf.get())
buf.put_back("1")
buf.put_back("0")
while buf.size():
results.append(buf.get())
self.assertEquals(results, ["1", "0", "1", "2", "3"])
def test_put_multiple_same_as_multiple_puts(self):
buf_put, buf_multi = [status_lib.line_buffer() for x in xrange(2)]
lines = ["line #%d" % x for x in xrange(10)]
for line in lines:
buf_put.put(line)
buf_multi.put_multiple(lines)
counter = 0
while buf_put.size():
self.assertEquals(buf_put.size(), buf_multi.size())
line = "line #%d" % counter
self.assertEquals(buf_put.get(), line)
self.assertEquals(buf_multi.get(), line)
counter += 1
def test_put_multiple_same_as_multiple_puts(self):
buf_put, buf_multi = [status_lib.line_buffer()
for x in xrange(2)]
lines = ["line #%d" % x for x in xrange(10)]
for line in lines:
buf_put.put(line)
buf_multi.put_multiple(lines)
counter = 0
while buf_put.size():
self.assertEquals(buf_put.size(), buf_multi.size())
line = "line #%d" % counter
self.assertEquals(buf_put.get(), line)
self.assertEquals(buf_multi.get(), line)
counter += 1
def test_get_single(self):
buf = status_lib.line_buffer()
buf.put("single line")
self.assertEquals(buf.get(), "single line")
self.assertRaises(IndexError, buf.get)
def test_get_empty(self):
buf = status_lib.line_buffer()
self.assertRaises(IndexError, buf.get)
def test_get_single(self):
buf = status_lib.line_buffer()
buf.put("single line")
self.assertEquals(buf.get(), "single line")
self.assertRaises(IndexError, buf.get)
def test_get_empty(self):
buf = status_lib.line_buffer()
self.assertRaises(IndexError, buf.get)
