def main(self):
mylagger = Lagger(0.1)
mysourcestream = RateControlledFileReader("streamingfile.mpg", "bytes", rate=1280000, chunksize=100000) #ReducedConsoleReader()
mychunkifier = Chunkifier(5000000)
mydistributor = ChunkDistributor("chunks/")
myfilewriter = WholeFileWriter()
mytorrentmakerthread = TorrentMaker( "http://localhost:6969/announce", "chunks/" )
mytorrentmaker = pipeline( mytorrentmakerthread )
myoutputconsole = consoleEchoer()
"""
mysourcestream -> mychunkifier -> mydistributor -> myfilewriter -> mytorrentmaker -> myoutputconsole
"""
self.link( (mysourcestream, "outbox"), (mychunkifier, "inbox") )
self.link( (mychunkifier, "outbox"), (mydistributor, "inbox") )
self.link( (mydistributor, "outbox"), (myfilewriter, "inbox") )
#self.link( (myfilewriter, "outbox"), (mydistributor, "filecompletion") )
#self.link( (mydistributor, "torrentmaker"), (mytorrentmaker, "inbox") )
self.link ( (myfilewriter, "outbox"), (mytorrentmaker, "inbox") )
self.link( (mytorrentmaker, "outbox"), (myoutputconsole, "inbox") )
self.addChildren(mylagger, mysourcestream, mychunkifier,
mydistributor, myfilewriter, mytorrentmaker,
myoutputconsole)
yield Axon.Ipc.newComponent(*(self.children))
while 1:
self.pause()
yield 1
def main(self):
mylagger = Lagger(0.1)
mysourcestream = RateControlledFileReader(
"streamingfile.mpg", "bytes", rate=1280000,
chunksize=100000) #ReducedConsoleReader()
mychunkifier = Chunkifier(5000000)
mydistributor = ChunkDistributor("chunks/")
myfilewriter = WholeFileWriter()
mytorrentmakerthread = TorrentMaker(
"http://localhost:6969/announce", "chunks/")
mytorrentmaker = pipeline(mytorrentmakerthread)
myoutputconsole = consoleEchoer()
"""
mysourcestream -> mychunkifier -> mydistributor -> myfilewriter -> mytorrentmaker -> myoutputconsole
"""
self.link((mysourcestream, "outbox"), (mychunkifier, "inbox"))
self.link((mychunkifier, "outbox"), (mydistributor, "inbox"))
self.link((mydistributor, "outbox"), (myfilewriter, "inbox"))
#self.link( (myfilewriter, "outbox"), (mydistributor, "filecompletion") )
#self.link( (mydistributor, "torrentmaker"), (mytorrentmaker, "inbox") )
self.link((myfilewriter, "outbox"), (mytorrentmaker, "inbox"))
self.link((mytorrentmaker, "outbox"), (myoutputconsole, "inbox"))
self.addChildren(mylagger, mysourcestream, mychunkifier,
mydistributor, myfilewriter, mytorrentmaker,
myoutputconsole)
yield Axon.Ipc.newComponent(*(self.children))
while 1:
self.pause()
yield 1
def __init__(self):
super(testHarness, self).__init__() # I wonder if this can get forced to be called automagically?
import random
self.serverport = random.randint(4000,8000)
self.server = SimpleServer(protocol=FortuneCookieProtocol, port=self.serverport)
self.client = None
self.display = consoleEchoer()
def main(self):
chargen = Chargen("testTest!")
display = consoleEchoer()
self.link((chargen, "outbox"), (display, "inbox"))
self.addChildren(chargen, display)
yield Axon.Ipc.newComponent(*(self.children))
while 1:
self.pause()
yield 1
def main(self):
chargen= Chargen("testTest!")
display = consoleEchoer()
self.link((chargen,"outbox"), (display,"inbox"))
self.addChildren(chargen, display)
yield Axon.Ipc.newComponent(*(self.children))
while 1:
self.pause()
yield 1
def __init__(self, noServer = False, serverPort = None, **dictArgs):
"""particleTypes = dictionary mapping names to particle classes
All remaining named arguments are passed onto the TopologyViewerComponent
"""
from Kamaelia.SingleServer import SingleServer
from Kamaelia.Util.ConsoleEcho import consoleEchoer
pipe = [chunks_to_lines(),
lines_to_tokenlists(),
TopologyViewerComponent(**dictArgs),
consoleEchoer() ]
if not noServer:
if serverPort == None:
serverPort = 1500
pipe.insert(0, SingleServer(port=serverPort))
super(TopologyViewerServer, self).__init__(*pipe)
def __init__(self, noServer=False, serverPort=None, **dictArgs):
"""particleTypes = dictionary mapping names to particle classes
All remaining named arguments are passed onto the TopologyViewerComponent
"""
from Kamaelia.SingleServer import SingleServer
from Kamaelia.Util.ConsoleEcho import consoleEchoer
pipe = [
chunks_to_lines(),
lines_to_tokenlists(),
TopologyViewerComponent(**dictArgs),
consoleEchoer()
]
if not noServer:
if serverPort == None:
serverPort = 1500
pipe.insert(0, SingleServer(port=serverPort))
super(TopologyViewerServer, self).__init__(*pipe)
from Axon.Scheduler import scheduler
from Kamaelia.Util.ConsoleEcho import consoleEchoer
from InfiniteChooser import InfiniteChooser
# test = "RateControlledReadFileAdapter"
test = "PerFileRateReadMultiFileAdapter"
# test = "FixedRateReadMultiFileAdapter"
if test == "RateControlledReadFileAdapter":
pipeline( RateControlledReadFileAdapter("./Carousel.py",
readmode = "lines",
rate=20,
chunksize=1),
consoleEchoer()
).activate()
elif test == "PerFileRateReadMultiFileAdapter":
def filelist():
# while 1:
yield ( "./Carousel.py", {"rate":500, "chunkrate":1} )
yield ( "./Carousel.py", {"rate":400, "chunkrate":20} )
yield ( "./Carousel.py", {"rate":1000, "chunkrate":100} )
pipeline( JoinChooserToCarousel(
InfiniteChooser(filelist()),
RateControlledReadFileAdapter_Carousel(readmode="bytes")
),
consoleEchoer()
).activate()
x += dx
y += dy
z += dz
if abs(x) > 5: dx = -dx
if abs(y) > 5: dy = -dy
if abs(z + 20) > 10: dz = -dz
print x, y, abs(x), abs(y)
from Kamaelia.Util.ConsoleEcho import consoleEchoer
from Kamaelia.Util.Graphline import Graphline
Graphline(CUBEC=Object3D(pos=Vector(0, 0, -12), name="Center cube"),
CUBET=Object3D(pos=Vector(0, 4, -20), name="Top cube"),
CUBER=Object3D(pos=Vector(4, 0, -22), name="Right cube"),
CUBEB=Object3D(pos=Vector(0, -4, -18), name="Bottom cube"),
CUBEL=Object3D(pos=Vector(-4, 0, -15), name="Left cube"),
ROTATOR=CubeRotator(),
MOVER=CubeMover(),
ECHO=consoleEchoer(),
linkages={
("CUBEC", "outbox"): ("ECHO", "inbox"),
("CUBET", "outbox"): ("ECHO", "inbox"),
("CUBER", "outbox"): ("ECHO", "inbox"),
("CUBEB", "outbox"): ("ECHO", "inbox"),
("CUBEL", "outbox"): ("ECHO", "inbox"),
("ROTATOR", "outbox"): ("CUBEC", "3dcontrol"),
("MOVER", "outbox"): ("CUBEC", "3dcontrol"),
}).run()
Axon.Scheduler.scheduler.run.runThreads()
def main(self):
yield 1
yield 1
# check the first thing the introspector sends is a "DEL ALL" command
expectedmsgs = ['DEL ALL']
self.ut.assert_(self.dataReady("inbox"),
"Receiving initial message from Introspector")
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs,
"Didn't expect message: " + line)
expectedmsgs.remove(line)
yield 1
self.ut.assert_(
expectedmsgs == [],
"All messages received, post Introspector and IntrospectorExaminer creation"
)
components, postboxes, linkages = self.i.introspect()
# check no linkages found
self.ut.assert_(
linkages == {
(i.id, "o", "outbox"): (self.id, "i", "inbox")
}, "runtime, found linkage from i/outbox to self/inbox")
# check the components found are self and i, only
self.ut.assert_(
len(components) == 2,
"Runtime, found components: only 2 components")
for c in [i, self]:
self.ut.assert_(
components[c.id] == c.name,
"Runtime, found component: component " + str(c.id) +
" with name " + str(components[c.id]))
# check the postboxes found are the 4 belonging to i only and 1 to self
for p in [(self.id, "i", "inbox"), (i.id, "i", "inbox"),
(i.id, "i", "control"), (i.id, "o", "outbox"),
(i.id, "o", "signal")]:
self.ut.assert_(p in postboxes,
"Runtime, found postbox: " + str(p))
postboxes.remove(p)
self.ut.assert_(
len(postboxes) == 0,
"Runtime, only the intended postboxes found")
# check the first stream of data to come out of Introspector
yield 1
yield 1
_s = '"' + str(self.id) + '"'
_i = '"' + str(i.id) + '"'
_si = '"' + str((self.id, "i", "inbox")) + '"'
_ii = '"' + str((i.id, "i", "inbox")) + '"'
_ic = '"' + str((i.id, "i", "control")) + '"'
_io = '"' + str((i.id, "o", "outbox")) + '"'
_is = '"' + str((i.id, "o", "signal")) + '"'
expectedmsgs = [
'ADD NODE ' + _i + ' "' + str(i.name) +
'" randompos component', 'ADD NODE ' + _s + ' "' +
str(self.name) + '" randompos component',
'ADD NODE ' + _ii + ' "inbox" randompos inbox',
'ADD NODE ' + _ic + ' "control" randompos inbox',
'ADD NODE ' + _io + ' "outbox" randompos outbox',
'ADD NODE ' + _is + ' "signal" randompos outbox',
'ADD NODE ' + _si + ' "inbox" randompos inbox',
'ADD LINK ' + _i + ' ' + _ii, 'ADD LINK ' + _i + ' ' + _io,
'ADD LINK ' + _i + ' ' + _is, 'ADD LINK ' + _i + ' ' + _ic,
'ADD LINK ' + _s + ' ' + _si, 'ADD LINK ' + _io + ' ' + _si
]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs,
"Didn't expect message: " + line)
expectedmsgs.remove(line)
yield 1
self.ut.assert_(
expectedmsgs == [],
"All messages received, post Introspector and IntrospectorExaminer creation"
)
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation."
)
# create and activate another component
e = consoleEchoer()
e.activate()
# check for new messages
yield 1
yield 1
_e = '"' + str(e.id) + '"'
_ei = '"' + str((e.id, "i", "inbox")) + '"'
_ec = '"' + str((e.id, "i", "control")) + '"'
_eo = '"' + str((e.id, "o", "outbox")) + '"'
_es = '"' + str((e.id, "o", "signal")) + '"'
expectedmsgs = [
'ADD NODE ' + _e + ' "' + str(e.name) +
'" randompos component',
'ADD NODE ' + _ei + ' "inbox" randompos inbox',
'ADD NODE ' + _ec + ' "control" randompos inbox',
'ADD NODE ' + _eo + ' "outbox" randompos outbox',
'ADD NODE ' + _es + ' "signal" randompos outbox',
'ADD LINK ' + _e + ' ' + _ei, 'ADD LINK ' + _e + ' ' + _eo,
'ADD LINK ' + _e + ' ' + _es, 'ADD LINK ' + _e + ' ' + _ec
]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs,
"Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(
expectedmsgs == [],
"All messages received, post consoleEchoer creation")
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation."
)
# create link to console echoer
i.link((i, "signal"), (e, "inbox"))
# check for new messages
yield 1
yield 1
expectedmsgs = ['ADD LINK ' + _is + ' ' + _ei]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs,
"Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(
expectedmsgs == [],
"All messages received, post linking Introspector/signal to consoleEchoer/inbox"
)
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation."
)
# disconnect Introspector from consoleEchoer
for l in i.postoffice.linkages:
if ((l.source, l.sourcebox),
(l.sink, l.sinkbox)) == ((i, "signal"), (e, "inbox")):
i.postoffice.deregisterlinkage(thecomponent=None,
thelinkage=l)
# check for new messages
yield 1
yield 1
expectedmsgs = ['DEL LINK ' + _is + ' ' + _ei]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs,
"Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(
expectedmsgs == [],
"All messages received, post unlinking Introspector/signal from consoleEchoer/inbox"
)
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation."
)
# terminate console echoer
e._deliver(message=shutdownMicroprocess(), boxname="control")
yield 1
yield 1
# check for new messages
yield 1
yield 1
expectedmsgs = [
'DEL NODE ' + _e, 'DEL NODE ' + _ei, 'DEL NODE ' + _ec,
'DEL NODE ' + _eo, 'DEL NODE ' + _es
]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs,
"Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(
expectedmsgs == [],
"All messages received, post termination of consoleEchoer")
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation."
)
# terminate
self.i._deliver(message=shutdownMicroprocess(),
boxname="control")
def dumping_client():
return pipeline(
ConsoleReader("Connected to Mixer >> "),
TCPClient("127.0.0.1", controlport),
consoleEchoer(),
)
if self.dataReady("inbox"):
plaintext = self.recv("inbox")
ciphertext = self.encrypt(plaintext)
self.send(ciphertext, "outbox")
yield 1
class Decryptor(BasicEncryption):
def __init__(self, key, algorithm="AES", mode="ECB"):
super(Decryptor, self).__init__(key, algorithm, mode)
def main(self):
while 1:
if self.dataReady("inbox"):
ciphertext = self.recv("inbox")
plaintext = self.decrypt(ciphertext)
self.send(plaintext, "outbox")
yield 1
if __name__ == "__main__":
pipeline(SerialChargen(), Encryptor("1234567812345678"),
Decryptor("1234567812345678"), consoleEchoer()).run()
LineSplit(),
lines_to_tokenlists(),
),
CONTROLLER=pipeline(
source(commands),
LineSplit(),
lines_to_tokenlists(),
),
EXPECTED=pipeline(
source(dataRecorderExpected),
LineSplit(),
lines_to_tokenlists(),
),
MUXER=muxTwo(),
DR=dataRecorder(),
DISPLAY=consoleEchoer(),
TRACE=consoleEchoer(forwarder=True),
RESULT=Comparator(),
linkages={
("SOURCE", "outbox"): ("DR", "inbox"),
("CONTROLLER", "outbox"): ("DR", "control"),
("DR", "outbox"): ("MUXER", "primary"),
("EXPECTED", "outbox"): ("MUXER", "secondary"),
("MUXER", "outbox"): ("RESULT", "inbox"),
("RESULT", "outbox"): ("DISPLAY", "inbox"),
})
NonInteractiveTopologyTester = Graphline(
SOURCE=pipeline(
source(topology),
LineSplit(),
NonInteractiveDataTester = Graphline(
SOURCE = pipeline(source(topology),
LineSplit(),
lines_to_tokenlists(),
),
CONTROLLER = pipeline(source(commands),
LineSplit(),
lines_to_tokenlists(),
),
EXPECTED = pipeline(source(dataRecorderExpected),
LineSplit(),
lines_to_tokenlists(),
),
MUXER = muxTwo(),
DR = dataRecorder(),
DISPLAY = consoleEchoer(),
TRACE = consoleEchoer(forwarder=True),
RESULT = Comparator(),
linkages = {
("SOURCE", "outbox") : ("DR", "inbox"),
("CONTROLLER", "outbox") : ("DR", "control"),
("DR", "outbox") : ("MUXER", "primary"),
("EXPECTED", "outbox") : ("MUXER", "secondary"),
("MUXER", "outbox") : ("RESULT", "inbox"),
("RESULT", "outbox") : ("DISPLAY", "inbox"),
}
)
NonInteractiveTopologyTester = Graphline(
SOURCE = pipeline(source(topology),
LineSplit(),
audiencemix = printer() # SimpleFileWriter("bingle.raw")
if livecontrol:
Graphline(CONTROL=SingleServer(port=controlport),
TOKENISER=lines_to_tokenlists(),
MIXER=MatrixMixer(),
AUDIENCEMIX=audiencemix,
linkages={
("CONTROL", "outbox"): ("TOKENISER", "inbox"),
("TOKENISER", "outbox"): ("MIXER", "mixcontrol"),
("MIXER", "mixcontrolresponse"): ("CONTROL", "inbox"),
("MIXER", "outbox"): ("AUDIENCEMIX", "inbox"),
}).run()
else:
Graphline(CONTROL=ConsoleReader("mixer desk >> "),
CONTROL_=consoleEchoer(),
TOKENISER=lines_to_tokenlists(),
MIXER=MatrixMixer(),
AUDIENCEMIX=audiencemix,
linkages={
("CONTROL", "outbox"): ("TOKENISER", "inbox"),
("TOKENISER", "outbox"): ("MIXER", "mixcontrol"),
("MIXER", "mixcontrolresponse"): ("CONTROL_", "inbox"),
("MIXER", "outbox"): ("AUDIENCEMIX", "inbox"),
}).run()
if 0:
audienceout = pipeline(MatrixMixer(),
SingleServer(port=mockserverport)).run()
def dumping_server():
from Movement3D import *
path1 = LinearPath3D([
Vector(3, 3, -20),
Vector(4, 0, -20),
Vector(3, -3, -20),
Vector(0, -4, -20),
Vector(-3, -3, -20),
Vector(-4, 0, -20),
Vector(-3, 3, -20),
Vector(0, 4, -20),
Vector(3, 3, -20)
], 1000)
Display3D.overridePygameDisplay()
ECHO = consoleEchoer().activate()
BUTTON1 = Button3D(caption="<<", msg="Previous",
pos=Vector(-3, 0, -10)).activate()
BUTTON2 = Button3D(caption=">>", msg="Next", pos=Vector(3, 0,
-10)).activate()
BUTTON3 = Button3D(caption="Play", msg="Play", pos=Vector(-1, 0,
-10)).activate()
BUTTON4 = Button3D(caption="Stop", msg="Stop", pos=Vector(1, 0,
-10)).activate()
PATHMOVER = PathMover(path1).activate()
CUBE = SimpleCube().activate()
BUTTON1.link((BUTTON1, "outbox"), (PATHMOVER, "inbox"))
BUTTON2.link((BUTTON2, "outbox"), (PATHMOVER, "inbox"))
BUTTON3.link((BUTTON3, "outbox"), (PATHMOVER, "inbox"))
BUTTON4.link((BUTTON4, "outbox"), (PATHMOVER, "inbox"))
from Kamaelia.UI.Pygame.Ticker import Ticker
from Kamaelia.UI.Pygame.Button import Button
from SimpleCube import *
import sys;
sys.path.append("../pygame/")
from MagnaDoodle import *
sys.path.append("../../MPS/Systems/Paint/")
from Paint import *
Display3D.getDisplayService()[0].overridePygameDisplay()
TEXT = datasource().activate()
TICKER1 = Ticker(position = (400, 300), render_left = 0, render_right=350, render_top=0, render_bottom=250).activate()
TICKER1WRAPPER = PygameWrapperPlane(wrap=TICKER1, pos=Vector(-2, 1,-10), name="1st Wrapper Plane").activate()
TICKER2 = Ticker(position = (400, 300), render_left = 0, render_right=350, render_top=0, render_bottom=250).activate()
TICKER2WRAPPER = PygameWrapperPlane(wrap=TICKER2, pos=Vector(2, 1,-10), name="2nd Wrapper Plane").activate()
BUTTON = Button(caption="This button...",msg="...can be moved AND activated!", key=pygame.K_SPACE).activate()
BUTTONWRAPPER = PygameWrapperPlane(wrap=BUTTON, pos=Vector(0, 1.5,-5), name="2nd Wrapper Plane").activate()
MAGNADOODLE = MagnaDoodle(size=(255,255)).activate()
MAGNADOODLEWRAPPER = PygameWrapperPlane(wrap=MAGNADOODLE, pos=Vector(-2, -2,-10), name="Magna Doodle Wrapper Plane").activate()
ECHO = consoleEchoer().activate()
CUBE = SimpleCube(pos = Vector(2,-2,-10)).activate()
CUBEROTATOR = CubeRotator().activate()
TICKER1WRAPPER.link((TICKER1WRAPPER, "outbox"), (TICKER2, "inbox"))
TICKER2WRAPPER.link((TICKER2WRAPPER, "outbox"), (TICKER2, "inbox"))
BUTTON.link((BUTTON, "outbox"), (TICKER2, "inbox"))
TEXT.link((TEXT, "outbox"), (TICKER1, "inbox"))
CUBEROTATOR.link((CUBEROTATOR,"outbox"), (CUBE, "control3d"))
Axon.Scheduler.scheduler.run.runThreads()
def main(self):
while 1:
try:
if self.dataReady("inbox"):
(data, mac) = self.recv("inbox")
checksum = self.decryptobj.decrypt(mac)
if checksum == self.calcHash(data):
self.send(data, "outbox")
else: # we have a hash failure
raise IntegrityError # This mechanism needs improvement
except IntegrityError:
print "Integrity Error"
yield 1
if __name__ == "__main__":
pipeline(
SerialChargen(),
MAC_Stamper("1234567812345678", mode="CBC"),
DisruptiveComponent(),
MAC_Checker("1234567812345678", mode="CBC"),
consoleEchoer()
).run()
def main(self):
yield 1
yield 1
# check the first thing the introspector sends is a "DEL ALL" command
expectedmsgs = ["DEL ALL"]
self.ut.assert_(self.dataReady("inbox"), "Receiving initial message from Introspector")
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs, "Didn't expect message: " + line)
expectedmsgs.remove(line)
yield 1
self.ut.assert_(
expectedmsgs == [], "All messages received, post Introspector and IntrospectorExaminer creation"
)
components, postboxes, linkages = self.i.introspect()
# check no linkages found
self.ut.assert_(
linkages == {(i.id, "o", "outbox"): (self.id, "i", "inbox")},
"runtime, found linkage from i/outbox to self/inbox",
)
# check the components found are self and i, only
self.ut.assert_(len(components) == 2, "Runtime, found components: only 2 components")
for c in [i, self]:
self.ut.assert_(
components[c.id] == c.name,
"Runtime, found component: component " + str(c.id) + " with name " + str(components[c.id]),
)
# check the postboxes found are the 4 belonging to i only and 1 to self
for p in [
(self.id, "i", "inbox"),
(i.id, "i", "inbox"),
(i.id, "i", "control"),
(i.id, "o", "outbox"),
(i.id, "o", "signal"),
]:
self.ut.assert_(p in postboxes, "Runtime, found postbox: " + str(p))
postboxes.remove(p)
self.ut.assert_(len(postboxes) == 0, "Runtime, only the intended postboxes found")
# check the first stream of data to come out of Introspector
yield 1
yield 1
_s = '"' + str(self.id) + '"'
_i = '"' + str(i.id) + '"'
_si = '"' + str((self.id, "i", "inbox")) + '"'
_ii = '"' + str((i.id, "i", "inbox")) + '"'
_ic = '"' + str((i.id, "i", "control")) + '"'
_io = '"' + str((i.id, "o", "outbox")) + '"'
_is = '"' + str((i.id, "o", "signal")) + '"'
expectedmsgs = [
"ADD NODE " + _i + ' "' + str(i.name) + '" randompos component',
"ADD NODE " + _s + ' "' + str(self.name) + '" randompos component',
"ADD NODE " + _ii + ' "inbox" randompos inbox',
"ADD NODE " + _ic + ' "control" randompos inbox',
"ADD NODE " + _io + ' "outbox" randompos outbox',
"ADD NODE " + _is + ' "signal" randompos outbox',
"ADD NODE " + _si + ' "inbox" randompos inbox',
"ADD LINK " + _i + " " + _ii,
"ADD LINK " + _i + " " + _io,
"ADD LINK " + _i + " " + _is,
"ADD LINK " + _i + " " + _ic,
"ADD LINK " + _s + " " + _si,
"ADD LINK " + _io + " " + _si,
]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs, "Didn't expect message: " + line)
expectedmsgs.remove(line)
yield 1
self.ut.assert_(
expectedmsgs == [], "All messages received, post Introspector and IntrospectorExaminer creation"
)
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation.",
)
# create and activate another component
e = consoleEchoer()
e.activate()
# check for new messages
yield 1
yield 1
_e = '"' + str(e.id) + '"'
_ei = '"' + str((e.id, "i", "inbox")) + '"'
_ec = '"' + str((e.id, "i", "control")) + '"'
_eo = '"' + str((e.id, "o", "outbox")) + '"'
_es = '"' + str((e.id, "o", "signal")) + '"'
expectedmsgs = [
"ADD NODE " + _e + ' "' + str(e.name) + '" randompos component',
"ADD NODE " + _ei + ' "inbox" randompos inbox',
"ADD NODE " + _ec + ' "control" randompos inbox',
"ADD NODE " + _eo + ' "outbox" randompos outbox',
"ADD NODE " + _es + ' "signal" randompos outbox',
"ADD LINK " + _e + " " + _ei,
"ADD LINK " + _e + " " + _eo,
"ADD LINK " + _e + " " + _es,
"ADD LINK " + _e + " " + _ec,
]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs, "Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(expectedmsgs == [], "All messages received, post consoleEchoer creation")
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation.",
)
# create link to console echoer
i.link((i, "signal"), (e, "inbox"))
# check for new messages
yield 1
yield 1
expectedmsgs = ["ADD LINK " + _is + " " + _ei]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs, "Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(
expectedmsgs == [], "All messages received, post linking Introspector/signal to consoleEchoer/inbox"
)
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation.",
)
# disconnect Introspector from consoleEchoer
for l in i.postoffice.linkages:
if ((l.source, l.sourcebox), (l.sink, l.sinkbox)) == ((i, "signal"), (e, "inbox")):
i.postoffice.deregisterlinkage(thecomponent=None, thelinkage=l)
# check for new messages
yield 1
yield 1
expectedmsgs = ["DEL LINK " + _is + " " + _ei]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs, "Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(
expectedmsgs == [],
"All messages received, post unlinking Introspector/signal from consoleEchoer/inbox",
)
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation.",
)
# terminate console echoer
e._deliver(message=shutdownMicroprocess(), boxname="control")
yield 1
yield 1
# check for new messages
yield 1
yield 1
expectedmsgs = [
"DEL NODE " + _e,
"DEL NODE " + _ei,
"DEL NODE " + _ec,
"DEL NODE " + _eo,
"DEL NODE " + _es,
]
while self.dataReady("inbox"):
data = self.recv("inbox")
data = data.split("\n")
for line in data:
line = line.strip()
if line != "":
self.ut.assert_(line in expectedmsgs, "Didn't expect message: " + line)
expectedmsgs.remove(line)
self.ut.assert_(expectedmsgs == [], "All messages received, post termination of consoleEchoer")
# check thats all
yield 1
yield 1
self.ut.assert_(
not self.dataReady("inbox"),
"No more messages, post Introspector and IntrospectorExaminer creation.",
)
# terminate
self.i._deliver(message=shutdownMicroprocess(), boxname="control")
class Tuple2string(component):
def main(self):
while 1:
yield 1
if self.dataReady("inbox"):
item = self.recv("inbox")
data_id = str(item[0])
data_length = str(len(str(item[1])))
data = str(item[1])
item = "%s %s %s" % (data_id, data_length, data)
self.send(item, "outbox")
class String2tuple(component):
def main(self):
while 1:
yield 1
if self.dataReady("inbox"):
item = self.recv("inbox")
temp_list = str.split(item)
data_id = int(temp_list[0])
data = temp_list[2]
item = (data_id, data)
self.send(item, "outbox")
pipeline(Source(), Annotator(), Tuple2string(), Duplicate(), Throwaway(),
Reorder(), String2tuple(), RecoverOrder(), consoleEchoer()).run()
Graphline(
CONTROL = SingleServer(port=controlport),
TOKENISER = lines_to_tokenlists(),
MIXER = MatrixMixer(),
AUDIENCEMIX = audiencemix,
linkages = {
("CONTROL" , "outbox") : ("TOKENISER" , "inbox"),
("TOKENISER" , "outbox") : ("MIXER" , "mixcontrol"),
("MIXER" , "mixcontrolresponse") : ("CONTROL" , "inbox"),
("MIXER", "outbox") : ("AUDIENCEMIX", "inbox"),
}
).run()
else:
Graphline(
CONTROL = ConsoleReader("mixer desk >> "),
CONTROL_ = consoleEchoer(),
TOKENISER = lines_to_tokenlists(),
MIXER = MatrixMixer(),
AUDIENCEMIX = audiencemix,
linkages = {
("CONTROL" , "outbox") : ("TOKENISER" , "inbox"),
("TOKENISER" , "outbox") : ("MIXER" , "mixcontrol"),
("MIXER" , "mixcontrolresponse") : ("CONTROL_" , "inbox"),
("MIXER", "outbox") : ("AUDIENCEMIX", "inbox"),
}
).run()
if 0:
audienceout = pipeline(
MatrixMixer(),
SingleServer(port=mockserverport)
def main(self):
r = 1.00
f = 0.01
while 1:
yield 1
if r>1.0: f -= 0.001
else: f += 0.001
r += f
self.send( Control3D(Control3D.SCALING, Vector(r, r, r)), "outbox")
from Kamaelia.Util.ConsoleEcho import consoleEchoer
from Kamaelia.Util.Graphline import Graphline
Graphline(
PLANE = TexPlane(pos=Vector(0, 0,-6), tex="Kamaelia.png", name="1st Tex Plane"),
ROTATOR = CubeRotator(),
# MOVER = CubeMover(),
# BUZZER = CubeBuzzer(),
ECHO = consoleEchoer(),
linkages = {
("PLANE", "outbox") : ("ECHO", "inbox"),
# ("ROTATOR", "outbox") : ("PLANE", "control3d"),
# ("MOVER", "outbox") : ("PLANE", "control3d"),
# ("BUZZER", "outbox") : ("CUBER", "control3d"),
} ).run()
Axon.Scheduler.scheduler.run.runThreads()
if __name__ == "__main__":
from Axon.Scheduler import scheduler
from Kamaelia.Util.ConsoleEcho import consoleEchoer
from InfiniteChooser import InfiniteChooser
# test = "RateControlledReadFileAdapter"
test = "PerFileRateReadMultiFileAdapter"
# test = "FixedRateReadMultiFileAdapter"
if test == "RateControlledReadFileAdapter":
pipeline(
RateControlledReadFileAdapter("./Carousel.py", readmode="lines", rate=20, chunksize=1), consoleEchoer()
).activate()
elif test == "PerFileRateReadMultiFileAdapter":
def filelist():
# while 1:
yield ("./Carousel.py", {"rate": 500, "chunkrate": 1})
yield ("./Carousel.py", {"rate": 400, "chunkrate": 20})
yield ("./Carousel.py", {"rate": 1000, "chunkrate": 100})
pipeline(
JoinChooserToCarousel(
InfiniteChooser(filelist()), RateControlledReadFileAdapter_Carousel(readmode="bytes")
),
consoleEchoer(),
# strip the direct reference to component objects from the dictionary, leaving
# just a mapping from 'id' to 'name'
cdict = dict([components[c] for c in components.iterkeys()])
return cdict, postboxes, linkages
def esc(self, s):
s = s.replace('\\', '\\\\')
s = s.replace('"', '\\"')
s = s.replace("'", "\\'")
return s
if __name__ == '__main__':
c1 = Axon.Component.component().activate()
c2 = Axon.Component.component().activate()
c1.link((c1, "outbox"), (c2, "inbox"))
i = Introspector(c1, c2)
i.activate()
from Kamaelia.Util.ConsoleEcho import consoleEchoer
e = consoleEchoer()
e.activate()
i.link((i, "outbox"), (e, "inbox"))
print "You should see the Introspector finds only a 'Component'."
print "With standard inbox, control, signal and outbox postboxes"
print
Axon.Scheduler.scheduler.run.runThreads(slowmo=0)
def dumping_client():
return pipeline(
ConsoleReader("Connected to Mixer >> "),
TCPClient("127.0.0.1", controlport),
consoleEchoer(),
)