/usr/share/pyshared/insanity/tests/gnltest.py is in python-insanity 0.0+git20110920.4750a8e8-2.
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#
# tests/playbin.py
#
# Copyright (c) 2008, Edward Hervey <bilboed@bilboed.com>
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU Lesser General Public
# License as published by the Free Software Foundation; either
# version 2.1 of the License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Lesser General Public License for more details.
#
# You should have received a copy of the GNU Lesser General Public
# License along with this program; if not, write to the
# Free Software Foundation, Inc., 59 Temple Place - Suite 330,
# Boston, MA 02111-1307, USA.
"""
Tests using GNonlin non-linear set of plugins
"""
import gobject
gobject.threads_init()
from insanity.test import GStreamerTest
from insanity.log import critical, error, warning, debug, info
import gst
import gst.audio
def valtime(someval):
if someval == gst.CLOCK_TIME_NONE:
return -1
return someval / gst.MSECOND
class GnlFileSourceTest(GStreamerTest):
__test_name__ = "gnlfilesource-test"
__test_description__ = """
Tests the behaviour of gnlfilesource on various files.
"""
__test_arguments__ = {
"uri" : ( "URI to test gnlfilesource with",
None, None ),
"start" : ( "start position in milliseconds",
0, None ),
"duration" : ( "duration in milliseconds",
1000, None ) ,
"media-start" : ( "media-start position in milliseconds",
5000, None ),
"media-duration" : ( "media-duration in milliseconds",
None, "Same as duration if not specified" ),
"caps-string" : ( "caps property to use on gnlfilesource as a string",
"audio/x-raw-int;audio/x-raw-float", None)
}
__test_checklist__ = {
"correct-newsegment-format" : "The new-segment was in the correct format (gst.FORMAT_TIME)",
"correct-newsegment-start" : "The new-segment had the correct 'start' value",
"correct-newsegment-stop" : "The new-segment had the correct 'stop' value",
"correct-newsegment-position" : "The new-segment had the correct 'position' value",
"correct-initial-buffer" : "The first buffer received had the proper timestamp",
"correct-final-buffer" : "The last buffer received has proper timestamp and duration",
"first-buffer-after-newsegment" : "The first buffer was seen after a newsegment"
}
__test_extra_infos__ = {
"first-buffer-timestamp" : "The timestamp of the first buffer (in milliseconds)",
"last-buffer-timestamp" : "The timestamp of the last buffer",
"last-buffer-duration" : "The duration of the last buffer",
"last-buffer-stop" : "The stop position of the last buffer"
}
__pipeline_initial_state__ = gst.STATE_PAUSED
@classmethod
def get_file(self):
import os.path
return os.path.abspath(__file__)
def remoteSetUp(self):
self._fakesink = None
self._gotFirstBuffer = False
self._gotLastBuffer = False
self._gotNewSegment = False
self._lastBuffer = None
self._start = self.arguments.get("start", 0) * gst.MSECOND
self._duration = self.arguments.get("duration", 1000) * gst.MSECOND
self._mstart = self.arguments.get("media-start", 5 * 1000) * gst.MSECOND
self._mduration = self.arguments.get("media-duration", self._duration / gst.MSECOND) * gst.MSECOND
warning("Got caps-string:%r", self.arguments.get("caps-string", "audio/x-raw-int;audio/x-raw-float"))
self._caps = gst.Caps(str(self.arguments.get("caps-string", "audio/x-raw-int;audio/x-raw-float")))
GStreamerTest.remoteSetUp(self)
def createPipeline(self):
self.gnlfilesource = gst.element_factory_make("gnlfilesource")
self.gnlfilesource.props.location = self.arguments["uri"]
self.gnlfilesource.props.start = self._start
self.gnlfilesource.props.duration = self._duration
self.gnlfilesource.props.media_start = self._mstart
self.gnlfilesource.props.media_duration = self._mduration
self.gnlfilesource.props.caps = self._caps
self._fakesink = gst.element_factory_make("fakesink")
self.gnlfilesource.connect("pad-added", self._padAddedCb)
self._fakesink.get_pad("sink").add_data_probe(self._dataProbeCb)
p = gst.Pipeline()
p.add(self.gnlfilesource, self._fakesink)
return p
def _padAddedCb(self, source, pad):
source.link(self._fakesink)
def _dataProbeCb(self, pad, data):
if isinstance(data, gst.Buffer):
debug("buffer %s", gst.TIME_ARGS(data.timestamp))
if not self._gotFirstBuffer:
self.extraInfo("first-buffer-timestamp", valtime(data.timestamp))
self.validateStep("correct-initial-buffer", data.timestamp == self._mstart)
self.validateStep("first-buffer-after-newsegment", self._gotNewSegment)
self._gotFirstBuffer = True
self._lastBuffer = data
# we're returning False, we'll only let the events pass (like EOS)
return False
elif data.type == gst.EVENT_NEWSEGMENT:
if not self._gotNewSegment:
debug("newsegment")
self.extraInfo("newsegment-values", data.parse_new_segment())
# make sure the newsegment is valid
update, rate, format, start, stop, position = data.parse_new_segment()
self.validateStep("correct-newsegment-format", format == gst.FORMAT_TIME)
self.validateStep("correct-newsegment-start", start == self._mstart)
self.validateStep("correct-newsegment-stop",stop == self._mstart + self._mduration)
self.validateStep("correct-newsegment-position", position == self._start)
if self._gotFirstBuffer:
gobject.idle_add(self.stop)
self._gotNewSegment = True
else:
gobject.idle_add(self.stop)
elif data.type == gst.EVENT_EOS:
if self._lastBuffer:
buf = self._lastBuffer
self.extraInfo("last-buffer-timestamp", valtime(buf.timestamp))
self.extraInfo("last-buffer-duration", valtime(buf.duration))
if buf.timestamp != gst.CLOCK_TIME_NONE and buf.duration != gst.CLOCK_TIME_NONE:
self.extraInfo("last-buffer-stop", valtime(buf.duration + buf.timestamp))
self.validateStep("correct-final-buffer",
buf.timestamp + buf.duration == self._mstart + self._mduration)
else:
self.validateStep("correct-final-buffer", False)
return True
class GnlFullFileSourceTest(GnlFileSourceTest):
__test_name__ = "full-gnlfilesource-test"
__test_description__ = ""
__test_arguments__ = {}
__test_checklist__ = {
"correct-last-buffer" : "The last buffer ends at stop"
}
__test_extra_infos__ = {
"last-buffer-timestamp" : "The timestamp of the last buffer",
"last-buffer-duration" : "The duration of the last buffer",
"last-buffer-diff" : "Difference between end of last buffer and expected"
}
__pipeline_initial_state__ = gst.STATE_PLAYING
@classmethod
def get_file(self):
import os.path
return os.path.abspath(__file__)
def remoteSetUp(self):
self._lastBuffer = None
GnlFileSourceTest.remoteSetUp(self)
def _dataProbeCb(self, pad, data):
if isinstance(data, gst.Buffer):
gst.warning("Saw buffer %s (dur:%s) => %s" % (gst.TIME_ARGS(data.timestamp),
gst.TIME_ARGS(data.duration),
gst.TIME_ARGS(data.timestamp+data.duration)))
self._lastBuffer = data
return GnlFileSourceTest._dataProbeCb(self, pad, data)
def createPipeline(self):
db = SingleDecodeBin(caps=gst.Caps(self._caps),
uri=self.arguments["uri"])
self.gnlfilesource = gst.element_factory_make("gnlsource")
self.gnlfilesource.props.start = self._start
self.gnlfilesource.props.duration = self._duration
self.gnlfilesource.props.media_start = self._mstart
self.gnlfilesource.props.media_duration = self._mduration
self.gnlfilesource.add(db)
self._fakesink = gst.element_factory_make("fakesink")
self.gnlfilesource.connect("pad-added", self._padAddedCb)
self._fakesink.get_pad("sink").add_data_probe(self._dataProbeCb)
p = gst.Pipeline()
p.add(self.gnlfilesource, self._fakesink)
return p
def pipelineReachedInitialState(self):
return False
def handleBusMessage(self, message):
if message.type == gst.MESSAGE_SEGMENT_DONE:
debug("Segment done")
self._analyze()
self.stop()
def _analyze(self):
if self._lastBuffer:
self.extraInfo("last-buffer-timestamp",
self._lastBuffer.timestamp)
self.extraInfo("last-buffer-duration",
self._lastBuffer.duration)
self.extraInfo("last-buffer-diff",
(self._lastBuffer.timestamp+self._lastBuffer.duration) - (self._mstart+self._mduration))
self.validateStep("correct-last-buffer",
self._lastBuffer.timestamp+self._lastBuffer.duration==self._mstart+self._mduration)
import gobject
import gst
def is_raw(caps):
""" returns True if the caps are RAW """
rep = caps.to_string()
valid = ["video/x-raw", "audio/x-raw", "text/plain", "text/x-pango-markup"]
for val in valid:
if rep.startswith(val):
return True
return False
class SingleDecodeBin(gst.Bin):
"""
A variant of decodebin.
* Only outputs one stream
* Doesn't contain any internal queue
"""
__gsttemplates__ = (
gst.PadTemplate ("sinkpadtemplate",
gst.PAD_SINK,
gst.PAD_ALWAYS,
gst.caps_new_any()),
gst.PadTemplate ("srcpadtemplate",
gst.PAD_SRC,
gst.PAD_SOMETIMES,
gst.caps_new_any())
)
def __init__(self, caps=None, uri=None, *args, **kwargs):
gst.Bin.__init__(self, *args, **kwargs)
if not caps:
caps = gst.caps_new_any()
self.caps = caps
self.typefind = gst.element_factory_make("typefind", "internal-typefind")
self.add(self.typefind)
self.uri = uri
if self.uri and gst.uri_is_valid(self.uri):
self.urisrc = gst.element_make_from_uri(gst.URI_SRC, uri, "urisrc")
self.log("created urisrc %s / %r" % (self.urisrc.get_name(),
self.urisrc))
self.add(self.urisrc)
self.urisrc.link(self.typefind)
else:
self._sinkpad = gst.GhostPad("sink", self.typefind.get_pad("sink"))
self._sinkpad.set_active(True)
self.add_pad(self._sinkpad)
self.typefind.connect("have_type", self._typefindHaveTypeCb)
self._srcpad = None
self._dynamics = []
self._validelements = [] #added elements
self._factories = self._getSortedFactoryList()
## internal methods
def _controlDynamicElement(self, element):
self.log("element:%s" % element.get_name())
self._dynamics.append(element)
element.connect("pad-added", self._dynamicPadAddedCb)
element.connect("no-more-pads", self._dynamicNoMorePadsCb)
def _getSortedFactoryList(self):
"""
Returns the list of demuxers, decoders and parsers available, sorted
by rank
"""
def _myfilter(fact):
if fact.get_rank() < 64 :
return False
klass = fact.get_klass()
if not ("Demuxer" in klass or "Decoder" in klass or "Parse" in klass):
return False
return True
reg = gst.registry_get_default()
res = [x for x in reg.get_feature_list(gst.ElementFactory) if _myfilter(x)]
res.sort(lambda a, b: int(b.get_rank() - a.get_rank()))
return res
def _findCompatibleFactory(self, caps):
"""
Returns a list of factories (sorted by rank) which can take caps as
input. Returns empty list if none are compatible
"""
self.debug("caps:%s" % caps.to_string())
res = []
for factory in self._factories:
for template in factory.get_static_pad_templates():
if template.direction == gst.PAD_SINK:
intersect = caps.intersect(template.static_caps.get())
if not intersect.is_empty():
res.append(factory)
break
self.debug("returning %r" % res)
return res
def _closeLink(self, element):
"""
Inspects element and tries to connect something on the srcpads.
If there are dynamic pads, it sets up a signal handler to
continue autoplugging when they become available.
"""
to_connect = []
dynamic = False
templates = element.get_pad_template_list()
for template in templates:
if not template.direction == gst.PAD_SRC:
continue
if template.presence == gst.PAD_ALWAYS:
pad = element.get_pad(template.name_template)
to_connect.append(pad)
elif template.presence == gst.PAD_SOMETIMES:
pad = element.get_pad(template.name_template)
if pad:
to_connect.append(pad)
else:
dynamic = True
else:
self.log("Template %s is a request pad, ignoring" % pad.name_template)
if dynamic:
self.debug("%s is a dynamic element" % element.get_name())
self._controlDynamicElement(element)
for pad in to_connect:
self._closePadLink(element, pad, pad.get_caps())
def _tryToLink1(self, source, pad, factories):
"""
Tries to link one of the factories' element to the given pad.
Returns the element that was successfully linked to the pad.
"""
self.debug("source:%s, pad:%s , factories:%r" % (source.get_name(),
pad.get_name(),
factories))
result = None
for factory in factories:
element = factory.create()
if not element:
self.warning("weren't able to create element from %r" % factory)
continue
sinkpad = element.get_pad("sink")
if not sinkpad:
continue
self.add(element)
element.set_state(gst.STATE_READY)
try:
pad.link(sinkpad)
except:
element.set_state(gst.STATE_NULL)
self.remove(element)
continue
self._closeLink(element)
element.set_state(gst.STATE_PAUSED)
result = element
break
return result
def _closePadLink(self, element, pad, caps):
"""
Finds the list of elements that could connect to the pad.
If the pad has the desired caps, it will create a ghostpad.
If no compatible elements could be found, the search will stop.
"""
self.debug("element:%s, pad:%s, caps:%s" % (element.get_name(),
pad.get_name(),
caps.to_string()))
if caps.is_empty():
self.log("unknown type")
return
if caps.is_any():
self.log("type is not know yet, waiting")
return
if caps.intersect(self.caps):
# This is the desired caps
if not self._srcpad:
self._wrapUp(element, pad)
elif is_raw(caps):
self.log("We hit a raw caps which isn't the wanted one")
# FIXME : recursively remove everything until demux/typefind
else:
# Find something
if len(caps) > 1:
self.log("many possible types, delaying")
return
facts = self._findCompatibleFactory(caps)
if not facts:
self.log("unknown type")
return
self._tryToLink1(element, pad, facts)
def _wrapUp(self, element, pad):
"""
Ghost the given pad of element.
Remove non-used elements.
"""
if self._srcpad:
return
self._markValidElements(element)
self._removeUnusedElements(self.typefind)
self.log("ghosting pad %s" % pad.get_name())
self._srcpad = gst.GhostPad("src", pad)
self._srcpad.set_active(True)
self.add_pad(self._srcpad)
self.post_message(gst.message_new_state_dirty(self))
def _markValidElements(self, element):
"""
Mark this element and upstreams as valid
"""
self.log("element:%s" % element.get_name())
if element == self.typefind:
return
self._validelements.append(element)
# find upstream element
pad = list(element.sink_pads())[0]
parent = pad.get_peer().get_parent()
self._markValidElements(parent)
def _removeUnusedElements(self, element):
"""
Remove unused elements connected to srcpad(s) of element
"""
self.log("element:%r" % element)
for pad in element.src_pads():
if pad.is_linked():
peer = pad.get_peer().get_parent()
self._removeUnusedElements(peer)
if not peer in self._validelements:
self.log("removing %s" % peer.get_name())
pad.unlink(pad.get_peer())
peer.set_state(gst.STATE_NULL)
self.remove(peer)
def _cleanUp(self):
self.log("")
if self._srcpad:
self.remove_pad(self._srcpad)
self._srcpad = None
for element in self._validelements:
element.set_state(gst.STATE_NULL)
self.remove(element)
self._validelements = []
## Overrides
def do_change_state(self, transition):
self.debug("transition:%r" % transition)
res = gst.Bin.do_change_state(self, transition)
if transition == gst.STATE_CHANGE_PAUSED_TO_READY:
self._cleanUp()
return res
## Signal callbacks
def _typefindHaveTypeCb(self, typefind, probability, caps):
self.debug("probability:%d, caps:%s" % (probability, caps.to_string()))
self._closePadLink(typefind, typefind.get_pad("src"), caps)
## Dynamic element Callbacks
def _dynamicPadAddedCb(self, element, pad):
self.log("element:%s, pad:%s" % (element.get_name(), pad.get_name()))
if not self._srcpad:
self._closePadLink(element, pad, pad.get_caps())
def _dynamicNoMorePadsCb(self, element):
self.log("element:%s" % element.get_name())
gobject.type_register(SingleDecodeBin)
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