def main(argv):
for mibname in argv[1:]:
load(mibname)
traps.start_straps()
scheduler.sleep(2)
trapreceiver = traps.TrapDispatcher(_handler)
asyncio.register(trapreceiver)
def _control(self, val):
try:
self.sPDUOutletControlMSPOutletCommand = val
except:
pass # agent does not respond to this
scheduler.sleep(5)
self.refresh()
def start_proc_manager(config, logfile):
from pycopia import proctools
from pycopia import scheduler
from pycopia import asyncio
asyncio.start_sigio()
pm = proctools.get_procmanager()
for name, serverlist in config.VHOSTS.items():
for servername in serverlist:
print "Starting %s for %s." % (servername, name)
p = pm.spawnpipe("%s/fcgi_server -n %s" %
(config.LIBEXEC, servername),
persistent=True,
logfile=logfile)
asyncio.poller.register(p)
scheduler.sleep(1.0) # give it time to init...
if config.USEFRONTEND:
lighttpd = proctools.which("lighttpd")
pm.spawnpipe("%s -D -f %s" % (lighttpd, LTCONFIG),
persistent=True,
logfile=logfile)
try:
while 1:
asyncio.poller.loop()
for proc in pm.getprocs():
if proc.readable():
print proc.read(4096)
except KeyboardInterrupt:
asyncio.poller.unregister_all()
for proc in pm.getprocs():
proc.kill()
proc.wait()
if os.path.exists(config.PIDFILE):
os.unlink(config.PIDFILE)
def accept(self, timeout=60):
tries = timeout / 6
count = 0
self.socket.setblocking(0)
while 1:
try:
conn, self.otheraddr = self.socket.accept()
except socket.error as why:
if why.errno == EINTR:
continue
if why.errno == EAGAIN:
if timeout > 0 and count > tries:
self.socket.setblocking(1)
raise TimeoutError("did not accept() in time.")
count += 1
scheduler.sleep(6)
continue
else:
raise
else:
break
self.socket.setblocking(1)
conn.setblocking(1)
self.file = conn.makefile()
self.conn = conn
return self.file
def _control(self, val):
try:
self.outletControlAction = val
except:
pass # agent does not respond to this
scheduler.sleep(5)
self.refresh()
def __init__(self, port=9025, logfile=None, parser=None):
self.port = port
self.socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.socket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
self.file = None
self.conn = None
self.envelopes = []
self.hostname = socket.gethostname()
self._client = None
self._callback = None
self._reset()
while 1:
try:
self.socket.bind(("", self.port))
break
except socket.error as msg:
print("couldn't bind port",
self.port,
" - ",
msg,
"retrying...",
file=sys.stderr)
scheduler.sleep(5)
self.socket.listen(50)
self.conversation = None
self.logfile = logfile
self.parser = parser
def _symbols(self, c, fsm):
d = self._device
val = self._symbolmapping[c]
code = val & 0x1ff
shifted = val & SHIFT
alt = val & ALT
meta = val & META
compose = val & COMPOSE
if compose:
d.write(EV_KEY, KEY_COMPOSE, 1)
if shifted:
d.write(EV_KEY, KEY_LEFTSHIFT, 1)
if alt:
d.write(EV_KEY, KEY_LEFTALT, 1)
if meta:
d.write(EV_KEY, KEY_LEFTMETA, 1)
self._presskey(code)
if meta:
d.write(EV_KEY, KEY_LEFTMETA, 0)
if alt:
d.write(EV_KEY, KEY_LEFTALT, 0)
if shifted:
d.write(EV_KEY, KEY_LEFTSHIFT, 0)
if compose:
d.write(EV_KEY, KEY_COMPOSE, 0)
scheduler.sleep(0.1)
def ping(host, retries=3, timeout=5, delay=1, size=64, hops=30):
"""Perform a typical "ping" to a destinatino host.
Prints time statistics until interrupted.
"""
pinger = get_pinger(retries, timeout, delay, size, hops)
sum = 0
Nxmit = 0
Nrecv = 0
_min = sys.maxint
_max = 0
print "Pinging %s with %d bytes of data." % (host, size)
try:
while 1: # escape with SIGINT (^C)
Nxmit = Nxmit + 1
host, rttime = pinger.ping(host)[0]
if rttime >= 0:
sum += rttime
Nrecv = Nrecv + 1
_min = min(_min, rttime)
_max = max(_max, rttime)
print "%-16s %d ms" % (host, rttime)
scheduler.sleep(pinger.delay)
except KeyboardInterrupt:
print "%d packets transmitted, %d packets received, %d%% packet loss" % (Nxmit, Nrecv, 100-(Nxmit/Nrecv*100))
print "round-trip min/avg/max = %d/%d/%d ms" % (_min, sum/Nrecv, _max)
def _control(self, val):
try:
self.sPDUOutletControlMSPOutletCommand = val
except:
pass # agent does not respond to this
scheduler.sleep(5)
self.refresh()
def start_proc_manager(config, logfile):
from pycopia import proctools
from pycopia import scheduler
from pycopia import asyncio
asyncio.start_sigio()
pm = proctools.get_procmanager()
for name, serverlist in config.VHOSTS.items():
for servername in serverlist:
print "Starting %s for %s." % (servername, name)
p = pm.spawnpipe("%s/fcgi_server -n %s" % (config.LIBEXEC, servername), persistent=True, logfile=logfile)
asyncio.poller.register(p)
scheduler.sleep(1.0) # give it time to init...
if config.USEFRONTEND:
lighttpd = proctools.which("lighttpd")
pm.spawnpipe("%s -D -f %s" % (lighttpd, LTCONFIG), persistent=True, logfile=logfile)
try:
while 1:
asyncio.poller.loop()
for proc in pm.getprocs():
if proc.readable():
print proc.read(4096)
except KeyboardInterrupt:
asyncio.poller.unregister_all()
for proc in pm.getprocs():
proc.kill()
proc.wait()
if os.path.exists(config.PIDFILE):
os.unlink(config.PIDFILE)
def _symbols(self, c, fsm):
d = self._device
val = self._symbolmapping[c]
code = val & 0x1ff
shifted = val & SHIFT
alt = val & ALT
meta = val & META
compose = val & COMPOSE
if compose:
d.write(EV_KEY, KEY_COMPOSE, 1)
if shifted:
d.write(EV_KEY, KEY_LEFTSHIFT, 1)
if alt:
d.write(EV_KEY, KEY_LEFTALT, 1)
if meta:
d.write(EV_KEY, KEY_LEFTMETA, 1)
self._presskey(code)
if meta:
d.write(EV_KEY, KEY_LEFTMETA, 0)
if alt:
d.write(EV_KEY, KEY_LEFTALT, 0)
if shifted:
d.write(EV_KEY, KEY_LEFTSHIFT, 0)
if compose:
d.write(EV_KEY, KEY_COMPOSE, 0)
scheduler.sleep(0.1)
def accept(self, timeout=60):
tries = timeout/6
count = 0
self.socket.setblocking(0)
while 1:
try:
conn, self.otheraddr = self.socket.accept()
except socket.error as why:
if why.errno == EINTR:
continue
if why.errno == EAGAIN:
if timeout > 0 and count > tries:
self.socket.setblocking(1)
raise TimeoutError("did not accept() in time.")
count += 1
scheduler.sleep(6)
continue
else:
raise
else:
break
self.socket.setblocking(1)
conn.setblocking(1)
self.file = conn.makefile()
self.conn = conn
return self.file
def main(argv):
for mibname in argv[1:]:
load(mibname)
traps.start_straps()
scheduler.sleep(2)
trapreceiver = traps.TrapDispatcher(_handler)
asyncio.register(trapreceiver)
def ping(host, retries=3, timeout=5, delay=1, size=64, hops=30):
"""Perform a typical "ping" to a destinatino host.
Prints time statistics until interrupted.
"""
pinger = get_pinger(retries, timeout, delay, size, hops)
sum = 0
Nxmit = 0
Nrecv = 0
_min = sys.maxint
_max = 0
print "Pinging %s with %d bytes of data." % (host, size)
try:
while 1: # escape with SIGINT (^C)
Nxmit = Nxmit + 1
host, rttime = pinger.ping(host)[0]
if rttime >= 0:
sum += rttime
Nrecv = Nrecv + 1
_min = min(_min, rttime)
_max = max(_max, rttime)
print "%-16s %d ms" % (host, rttime)
scheduler.sleep(pinger.delay)
except KeyboardInterrupt:
print "%d packets transmitted, %d packets received, %d%% packet loss" % (Nxmit, Nrecv, 100-(Nxmit/Nrecv*100))
print "round-trip min/avg/max = %d/%d/%d ms" % (_min, sum/Nrecv, _max)
def _control(self, val):
try:
self.outletControlAction = val
except:
pass # agent does not respond to this
scheduler.sleep(5)
self.refresh()
def start_slogsink(port=514):
from pycopia import scheduler
if port != 514:
cmd = "daemonize slogsink %d" % port
else:
cmd = "daemonize slogsink"
rv = os.system(cmd)
scheduler.sleep(2)
return rv
def start_slogsink(port=514):
from pycopia import scheduler
if port != 514:
cmd = "daemonize slogsink %d" % port
else:
cmd = "daemonize slogsink"
rv = os.system(cmd)
scheduler.sleep(2)
return rv
def SendMail(body, from_, subject, To=DEFAULTACCOUNT, headers=None,
retries=3):
while retries > 0:
try:
return ezmail.ezmail(body, To=To, From=from_, subject=subject,
extra_headers=headers)
except ezmail.MailError: # server might be busy
scheduler.sleep(1)
retries -= 1
def run_modules(self, modlist):
"""run_modules(modlist)
Runs the run_module() function on the supplied list of modules (or module
names). """
for mod in modlist:
self.run_module(mod)
# give things time to "settle" from previous suite. Some spawned
# processes may delay exiting and hold open TCP ports, etc.
scheduler.sleep(2)
def _persistent_callback(self, deadproc):
if not deadproc.exitstatus: # abnormal exit
deadproc.log("*** process '%s' died: %s (restarting).\n" % (deadproc.cmdline, deadproc.exitstatus))
scheduler.sleep(1.0)
new = self.clone(deadproc)
new.logfile = deadproc.logfile
if new._async:
self.poller.register(new)
else:
deadproc.log("*** process '%s' normal exit (NOT restarting).\n" % (deadproc.cmdline,))
def get_dispatcher(*handlers):
"""Return a TrapDispatcher instance ready to respond to traps.
"""
from pycopia import scheduler
from pycopia import asyncio
start_straps()
scheduler.sleep(2)
dispatcher = TrapDispatcher(list(handlers))
asyncio.register(dispatcher)
return dispatcher
def _specials(self, c, fsm):
if c == "t":
self._device.write(EV_KEY, KEY_TAB, 0)
elif c == "n":
self._device.write(EV_KEY, KEY_ENTER, 0)
elif c == "r":
self._device.write(EV_KEY, KEY_KPENTER, 0)
elif c == "b":
self._device.write(EV_KEY, KEY_BACKSPACE, 0)
elif c == "e":
self._device.write(EV_KEY, KEY_ESC, 0)
scheduler.sleep(0.1)
def _specials(self, c, fsm):
if c == "t":
self._device.write(EV_KEY, KEY_TAB, 0)
elif c == "n":
self._device.write(EV_KEY, KEY_ENTER, 0)
elif c == "r":
self._device.write(EV_KEY, KEY_KPENTER, 0)
elif c == "b":
self._device.write(EV_KEY, KEY_BACKSPACE, 0)
elif c == "e":
self._device.write(EV_KEY, KEY_ESC, 0)
scheduler.sleep(0.1)
def _connect(self, addr, retries):
retry = 0
while retry < retries:
try:
self.sock.connect(addr)
except socket.error as msg:
if msg[0] == ECONNREFUSED: # might be busy
scheduler.sleep(2)
continue
else:
raise
else:
return
retry += 1
def _connect(self, addr, retries):
retry = 0
while retry < retries:
try:
self.sock.connect(addr)
except socket.error as msg:
if msg[0] == ECONNREFUSED: # might be busy
scheduler.sleep(2)
continue
else:
raise
else:
return
retry += 1
def _SoonerUpdate(self, zfile, wipe, flash):
if self.GetState() != BOOTLOADER:
self.Reboot(bootloader=True)
retries = 3
while retries:
scheduler.sleep(2)
try:
self.WaitForBootloader()
except AdbError: # may or may not get this error first time.
retries -= 1
else:
break
else:
raise AdbError("Did not detect bootloader after reboot.")
else:
self.WaitForBootloader() # make sure we are truly in bootloader
if self.GetState() != BOOTLOADER:
raise AdbError("Did not enter bootloader from update.")
try:
for dname, fname in (("recovery", "recovery.img"),
("boot", "boot.img"), ("systemfs",
"system.img")):
data = zfile.read(fname)
self.UploadData(dname, data)
scheduler.sleep(2)
if flash:
data = zfile.read("userdata.img")
self.UploadData("userdata", data)
scheduler.sleep(2)
elif wipe:
self.UploadData("eraseuserdata", " ")
scheduler.sleep(2)
finally:
zfile.close()
self.Reboot()
retries = 5
while retries:
scheduler.sleep(10)
try:
self.WaitForDevice()
except AdbError: # may or may not get this error first time.
retries -= 1
else:
self.GetState()
break
else:
raise AdbError("Did not detect device after update.")
def clear(self):
if self._eqcache:
eqc = self._eqcache
self._eqcache = {}
while eqc:
name, obj = eqc.popitem()
try:
obj.clear()
except:
logging.exception_error("environment clear: {!r}".format(obj))
gc.collect()
for obj in gc.garbage:
try:
obj.close()
except:
logging.exception_warning("environment garbage collect: {!r}".format(obj))
del gc.garbage[:]
scheduler.sleep(2) # some devices need time to fully clear or disconnect
def go(self, callback=None):
"""Start the reboot detection.
If a callback is provided it is called after device is gone through its
unreachable phase and is now reachable again.
Returns a boolean value indication success.
May raise RebootDetectorError if something is not right with the reboot process.
"""
isreachable = False
pinger = self._pinger
state = RebootDetector.UNKNOWN
while True:
if state == RebootDetector.UNKNOWN:
host, isreachable = pinger.reachable(self._target)[0]
if isreachable:
state = RebootDetector.REACHABLE
if callback is not None:
callback()
else:
raise RebootDetectorError("Could not reach host initially.")
elif state == RebootDetector.REACHABLE:
r_retries = pinger.retries
while isreachable:
host, isreachable = pinger.reachable(self._target)[0]
scheduler.sleep(pinger.delay)
r_retries -= 1
if r_retries == 0:
raise RebootDetectorError("Target did not become unreachable.")
else:
state = RebootDetector.NOTREACHABLE
elif state == RebootDetector.NOTREACHABLE:
r_retries = pinger.retries
while not isreachable:
host, isreachable = pinger.reachable(self._target)[0]
scheduler.sleep(pinger.delay)
r_retries -= 1
if r_retries == 0:
raise RebootDetectorError("Target did not become reachable again.")
else:
state = RebootDetector.REACHABLE2
break
return state == RebootDetector.REACHABLE2
def go(self, callback=None):
"""Start the reboot detection.
If a callback is provided it is called after device is gone through its
unreachable phase and is now reachable again.
Returns a boolean value indication success.
May raise RebootDetectorError if something is not right with the reboot process.
"""
isreachable = False
pinger = self._pinger
state = RebootDetector.UNKNOWN
while True:
if state == RebootDetector.UNKNOWN:
host, isreachable = pinger.reachable(self._target)[0]
if isreachable:
state = RebootDetector.REACHABLE
if callback is not None:
callback()
else:
raise RebootDetectorError("Could not reach host initially.")
elif state == RebootDetector.REACHABLE:
r_retries = pinger.retries
while isreachable:
host, isreachable = pinger.reachable(self._target)[0]
scheduler.sleep(pinger.delay)
r_retries -= 1
if r_retries == 0:
raise RebootDetectorError("Target did not become unreachable.")
else:
state = RebootDetector.NOTREACHABLE
elif state == RebootDetector.NOTREACHABLE:
r_retries = pinger.retries
while not isreachable:
host, isreachable = pinger.reachable(self._target)[0]
scheduler.sleep(pinger.delay)
r_retries -= 1
if r_retries == 0:
raise RebootDetectorError("Target did not become reachable again.")
else:
state = RebootDetector.REACHABLE2
break
return state == RebootDetector.REACHABLE2
def clear(self):
if self._eqcache:
eqc = self._eqcache
self._eqcache = {}
while eqc:
name, obj = eqc.popitem()
try:
obj.clear()
except:
logging.exception_error(
"environment clear: {!r}".format(obj))
gc.collect()
for obj in gc.garbage:
try:
obj.close()
except:
logging.exception_warning(
"environment garbage collect: {!r}".format(obj))
del gc.garbage[:]
scheduler.sleep(
2) # some devices need time to fully clear or disconnect
def __init__ (self, port=9025, logfile=None, parser=None):
self.port = port
self.socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.socket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
self.file = None
self.conn = None
self.envelopes = []
self.hostname = socket.gethostname()
self._client = None
self._callback = None
self._reset()
while 1:
try:
self.socket.bind(("", self.port))
break
except socket.error as msg:
print ("couldn't bind port",self.port," - ",msg,"retrying...", file=sys.stderr)
scheduler.sleep(5)
self.socket.listen(50)
self.conversation = None
self.logfile = logfile
self.parser = parser
def __do_command(self, cmdstr, hosts):
for host in hosts:
if isinstance(host, list):
s = []
for hle in host:
s.append(str(hle))
cmdstr += " ".join(s)
else:
cmdstr += " %s" % host
rqst = "-size %d -timeout %d -retries %d -delay %d %s\n" % \
(self.size, self.timeout, self.retries, self.delay, cmdstr)
self._write(rqst)
# now try and get all of pyntping's output
resstr = self._read(4096)
scheduler.sleep(1)
while self.fstat().st_size != 0:
next = self._read(4096)
if next:
resstr += next
scheduler.sleep(1)
# we should have got a tuple of tuples
result = eval(resstr)
return result
def __do_command(self, cmdstr, hosts):
for host in hosts:
if isinstance(host, list):
s = []
for hle in host:
s.append(str(hle))
cmdstr += " ".join(s)
else:
cmdstr += " %s" % host
rqst = "-size %d -timeout %d -retries %d -delay %d %s\n" % \
(self.size, self.timeout, self.retries, self.delay, cmdstr)
self._write(rqst)
# now try and get all of pyntping's output
resstr = self._read(4096)
scheduler.sleep(1)
while self.fstat().st_size != 0:
next = self._read(4096)
if next:
resstr += next
scheduler.sleep(1)
# we should have got a tuple of tuples
result = eval(resstr)
return result
def go(self, callback=None):
isreachable = False
pinger = self._pinger
state = PoweroffDetector.UNKNOWN
while True:
if state == PoweroffDetector.UNKNOWN:
host, isreachable = pinger.reachable(self._target)[0]
if isreachable:
state = PoweroffDetector.REACHABLE
if callback is not None:
callback()
else:
raise RebootDetectorError("Could not reach host initially.")
elif state == PoweroffDetector.REACHABLE:
r_retries = pinger.retries
while isreachable:
host, isreachable = pinger.reachable(self._target)[0]
scheduler.sleep(pinger.delay)
r_retries -= 1
if r_retries == 0:
raise RebootDetectorError("Target did not become unreachable in time.")
else:
return True
def go(self, callback=None):
isreachable = False
pinger = self._pinger
state = PoweroffDetector.UNKNOWN
while True:
if state == PoweroffDetector.UNKNOWN:
host, isreachable = pinger.reachable(self._target)[0]
if isreachable:
state = PoweroffDetector.REACHABLE
if callback is not None:
callback()
else:
raise RebootDetectorError("Could not reach host initially.")
elif state == PoweroffDetector.REACHABLE:
r_retries = pinger.retries
while isreachable:
host, isreachable = pinger.reachable(self._target)[0]
scheduler.sleep(pinger.delay)
r_retries -= 1
if r_retries == 0:
raise RebootDetectorError("Target did not become unreachable in time.")
else:
return True
def _stickies(self, c, fsm):
if c == "S" and not self._shift:
self._shift = 1
self._device.write(EV_KEY, KEY_LEFTSHIFT, 1)
elif c == "s" and self._shift:
self._shift = 0
self._device.write(EV_KEY, KEY_LEFTSHIFT, 0)
elif c == "C" and not self._ctrl:
self._ctrl = 1
self._device.write(EV_KEY, KEY_LEFTCTRL, 1)
elif c == "c" and self._ctrl:
self._shift = 0
self._device.write(EV_KEY, KEY_LEFTCTRL, 0)
elif c == "A" and not self._alt:
self._alt = 1
self._device.write(EV_KEY, KEY_LEFTALT, 1)
elif c == "a" and self._alt:
self._alt = 0
self._device.write(EV_KEY, KEY_LEFTALT, 0)
elif c == "M" and not self._meta:
self._meta = 1
self._device.write(EV_KEY, KEY_LEFTMETA, 1)
elif c == "m" and self._meta:
self._meta = 0
self._device.write(EV_KEY, KEY_LEFTMETA, 0)
elif c == "O" and not self._compose:
self._compose = 1
self._device.write(EV_KEY, KEY_COMPOSE, 1)
elif c == "o" and self._compose:
self._compose = 0
self._device.write(EV_KEY, KEY_COMPOSE, 0)
scheduler.sleep(0.1)
def _stickies(self, c, fsm):
if c == "S" and not self._shift:
self._shift = 1
self._device.write(EV_KEY, KEY_LEFTSHIFT, 1)
elif c == "s" and self._shift:
self._shift = 0
self._device.write(EV_KEY, KEY_LEFTSHIFT, 0)
elif c == "C" and not self._ctrl:
self._ctrl = 1
self._device.write(EV_KEY, KEY_LEFTCTRL, 1)
elif c == "c" and self._ctrl:
self._shift = 0
self._device.write(EV_KEY, KEY_LEFTCTRL, 0)
elif c == "A" and not self._alt:
self._alt = 1
self._device.write(EV_KEY, KEY_LEFTALT, 1)
elif c == "a" and self._alt:
self._alt = 0
self._device.write(EV_KEY, KEY_LEFTALT, 0)
elif c == "M" and not self._meta:
self._meta = 1
self._device.write(EV_KEY, KEY_LEFTMETA, 1)
elif c == "m" and self._meta:
self._meta = 0
self._device.write(EV_KEY, KEY_LEFTMETA, 0)
elif c == "O" and not self._compose:
self._compose = 1
self._device.write(EV_KEY, KEY_COMPOSE, 1)
elif c == "o" and self._compose:
self._compose = 0
self._device.write(EV_KEY, KEY_COMPOSE, 0)
scheduler.sleep(0.1)
def _keycode(self, c, fsm):
val = _VALUEMAP[fsm.keyname]
self._presskey(val)
scheduler.sleep(0.1)
if __name__ == "__main__":
from pycopia.OS import Input
class MockDevice(object):
def write(self, evtype, code, value):
print "%s %s %s" % (evtype, code, value)
def close(self):
pass
#fo = MockDevice()
fo = Input.EventDevice("/dev/input/event1")
g = KeyEventGenerator(fo)
scheduler.sleep(2)
g('sent = """')
g(ascii.lowercase)
g("\n")
g(ascii.uppercase)
g("\n")
g(ascii.digits)
g("\n")
# You have to slash escape the "<" and \ itself.
g( r"""!"#$&'()*+,-./:;\<=>?@[\\]^_`{|}~""" )
g("\n")
g("ab\%c<TAB>%Sdef%s%Ci%cghi%%" )
g("\n")
g('"""\n')
fo.close()
expected = (ascii.lowercase + "\n" + ascii.uppercase + "\n" + ascii.digits + "\n" +
def MeasureAllCurrentAsText(self):
scheduler.sleep(0.1)
return [
"3.22272E-3", "2.66413E-3", "1.64231E-2", "1.06339E-3",
"1.64231E-2\n"
]
def MeasureAllCurrent(self):
scheduler.sleep(0.1)
return [3.22272, 2.66412, 16.4231, 1.06339, 16.4231]
def _upper(self, c, fsm):
val = _LETTERS[c.lower()]
self._device.write(EV_KEY, KEY_LEFTSHIFT, 1)
self._presskey(val)
self._device.write(EV_KEY, KEY_LEFTSHIFT, 0)
scheduler.sleep(0.1)
def _digit(self, c, fsm):
val = _DIGITS[c]
self._presskey(val)
scheduler.sleep(0.1)
def Run(self):
self.Initiate()
scheduler.sleep(self._delay)
for n in range(self._number):
self.Respond()
scheduler.sleep(self._delay)
def _lower(self, c, fsm):
val = _LETTERS[c]
self._presskey(val)
scheduler.sleep(0.1)
def _control(self, c, fsm):
val = _LETTERS[chr(ord(c) | 0x60)]
self._device.write(EV_KEY, KEY_LEFTCTRL, 1)
self._presskey(val)
self._device.write(EV_KEY, KEY_LEFTCTRL, 0)
scheduler.sleep(0.1)
def _space(self, c, fsm):
self._presskey(KEY_SPACE)
scheduler.sleep(0.1)
def Sleep(self, Nsecs):
"""Sleep for N seconds.
Sleep method simply sleeps for specified number of seconds.
"""
return scheduler.sleep(Nsecs)
def _lower(self, c, fsm):
val = _LETTERS[c]
self._presskey(val)
scheduler.sleep(0.1)
def _upper(self, c, fsm):
val = _LETTERS[c.lower()]
self._device.write(EV_KEY, KEY_LEFTSHIFT, 1)
self._presskey(val)
self._device.write(EV_KEY, KEY_LEFTSHIFT, 0)
scheduler.sleep(0.1)
def _backslash(self, c, fsm):
self._presskey(KEY_BACKSLASH)
scheduler.sleep(0.1)
def _backslash(self, c, fsm):
self._presskey(KEY_BACKSLASH)
scheduler.sleep(0.1)
def _digit(self, c, fsm):
val = _DIGITS[c]
self._presskey(val)
scheduler.sleep(0.1)
def _co_function():
import sys
from pycopia import scheduler
sys.stdout.write("hello from co_function\n")
scheduler.sleep(5)
return None
def loop(self, timeout=-1.0, callback=NULL):
while self._procs:
poller.poll(timeout)
callback(self)
if scheduler.get_scheduler(): # wait for any restarts
scheduler.sleep(1.5)
def _space(self, c, fsm):
self._presskey(KEY_SPACE)
scheduler.sleep(0.1)
def loop(self, timeout=-1.0, callback=NULL):
while self._procs:
poller.poll(timeout)
callback(self)
if scheduler.get_scheduler(): # wait for any restarts
scheduler.sleep(1.5)
def recv(self, stream, crc_mode=1, retry=16, timeout=60, delay=1, quiet=0):
'''
Receive a stream via the XMODEM protocol.
>>> stream = file('/etc/issue', 'wb')
>>> print modem.recv(stream)
2342
Returns the number of bytes received on success or ``None`` in case of
failure.
'''
# initiate protocol
error_count = 0
char = 0
cancel = 0
while True:
# first try CRC mode, if this fails,
# fall back to checksum mode
if error_count >= retry:
self.abort(timeout=timeout)
return None
elif crc_mode and error_count < (retry / 2):
if not self.putc(CRC):
scheduler.sleep(delay)
error_count += 1
else:
crc_mode = 0
if not self.putc(NAK):
scheduler.sleep(delay)
error_count += 1
char = self.getc(1, timeout)
if not char:
error_count += 1
continue
elif char == SOH:
#crc_mode = 0
break
elif char in [STX, CAN]:
break
elif char == CAN:
if cancel:
return None
else:
cancel = 1
else:
error_count += 1
# read data
error_count = 0
income_size = 0
packet_size = 128
sequence = 1
cancel = 0
while True:
while True:
if char == SOH:
packet_size = 128
break
elif char == STX:
packet_size = 1024
break
elif char == EOT:
return income_size
elif char == CAN:
# cancel at two consecutive cancels
if cancel:
return None
else:
cancel = 1
else:
if not quiet:
print >> sys.stderr, \
'recv ERROR expected SOH/EOT, got', ord(char)
error_count += 1
if error_count >= retry:
self.abort()
return None
# read sequence
error_count = 0
cancel = 0
seq1 = ord(self.getc(1))
seq2 = 0xff - ord(self.getc(1))
if seq1 == sequence and seq2 == sequence:
# sequence is ok, read packet
# packet_size + checksum
data = self.getc(packet_size + 1 + crc_mode)
if crc_mode:
csum = (ord(data[-2]) << 8) + ord(data[-1])
data = data[:-2]
logging.debug('CRC (%04x <> %04x)' % (csum, self.calc_crc(data)))
valid = csum == self.calc_crc(data)
else:
csum = data[-1]
data = data[:-1]
logging.debug('checksum (checksum(%02x <> %02x)' % (ord(csum), self.calc_checksum(data)))
valid = ord(csum) == self.calc_checksum(data)
# valid data, append chunk
if valid:
income_size += len(data)
stream.write(data)
self.putc(ACK)
sequence = (sequence + 1) % 0x100
char = self.getc(1, timeout)
continue
else:
# consume data
self.getc(packet_size + 1 + crc_mode)
self.debug('expecting sequence %d, got %d/%d' % \
(sequence, seq1, seq2))
# something went wrong, request retransmission
self.putc(NAK)
def _control(self, c, fsm):
val = _LETTERS[chr(ord(c) | 0x60)]
self._device.write(EV_KEY, KEY_LEFTCTRL, 1)
self._presskey(val)
self._device.write(EV_KEY, KEY_LEFTCTRL, 0)
scheduler.sleep(0.1)