def test_resumeProducing(self):
"""
L{MultoPartProducer.resumeProducing} re-commences writing bytes
from the input file to the given L{IConsumer} after it was previously
paused with L{MultiPartProducer.pauseProducing}.
"""
inputFile = BytesIO(b"hello, world!")
consumer = output = BytesIO()
producer = MultiPartProducer({
"field": (
"file name",
"text/hello-world",
FileBodyProducer(
inputFile,
cooperator=self.cooperator))
}, cooperator=self.cooperator, boundary=b"heyDavid")
producer.startProducing(consumer)
self._scheduled.pop(0)()
currentValue = output.getvalue()
self.assertTrue(currentValue)
producer.pauseProducing()
producer.resumeProducing()
self._scheduled.pop(0)()
# make sure we started producing new data after resume
self.assertTrue(len(currentValue) < len(output.getvalue()))
def test_resumeProducing(self):
"""
L{MultoPartProducer.resumeProducing} re-commences writing bytes
from the input file to the given L{IConsumer} after it was previously
paused with L{MultiPartProducer.pauseProducing}.
"""
inputFile = StringIO("hello, world!")
consumer = output = StringIO()
producer = MultiPartProducer(
{
"field":
("file name", "text/hello-world",
FileBodyProducer(inputFile, cooperator=self.cooperator))
},
cooperator=self.cooperator,
boundary="heyDavid")
producer.startProducing(consumer)
self._scheduled.pop(0)()
currentValue = output.getvalue()
self.assertTrue(currentValue)
producer.pauseProducing()
producer.resumeProducing()
self._scheduled.pop(0)()
# make sure we started producing new data after resume
self.assertTrue(len(currentValue) < len(output.getvalue()))
def test_pauseProducing(self):
"""
L{MultiPartProducer.pauseProducing} temporarily suspends writing bytes
from the input file to the given L{IConsumer}.
"""
inputFile = BytesIO(b"hello, world!")
consumer = output = BytesIO()
producer = MultiPartProducer({
"field": (
"file name",
"text/hello-world",
FileBodyProducer(
inputFile,
cooperator=self.cooperator))
}, cooperator=self.cooperator, boundary=b"heyDavid")
complete = producer.startProducing(consumer)
self._scheduled.pop(0)()
currentValue = output.getvalue()
self.assertTrue(currentValue)
producer.pauseProducing()
# Sort of depends on an implementation detail of Cooperator: even
# though the only task is paused, there's still a scheduled call. If
# this were to go away because Cooperator became smart enough to cancel
# this call in this case, that would be fine.
self._scheduled.pop(0)()
# Since the producer is paused, no new data should be here.
self.assertEqual(output.getvalue(), currentValue)
self.assertNoResult(complete)
def test_pauseProducing(self):
"""
L{MultiPartProducer.pauseProducing} temporarily suspends writing bytes
from the input file to the given L{IConsumer}.
"""
inputFile = StringIO("hello, world!")
consumer = output = StringIO()
producer = MultiPartProducer(
{
"field":
("file name", "text/hello-world",
FileBodyProducer(inputFile, cooperator=self.cooperator))
},
cooperator=self.cooperator,
boundary="heyDavid")
complete = producer.startProducing(consumer)
self._scheduled.pop(0)()
currentValue = output.getvalue()
self.assertTrue(currentValue)
producer.pauseProducing()
# Sort of depends on an implementation detail of Cooperator: even
# though the only task is paused, there's still a scheduled call. If
# this were to go away because Cooperator became smart enough to cancel
# this call in this case, that would be fine.
self._scheduled.pop(0)()
# Since the producer is paused, no new data should be here.
self.assertEqual(output.getvalue(), currentValue)
self.assertNoResult(complete)
