def io_in(self, data):
self.buf.extend(data)
if len(self.buf) > MAX_BUF:
self.conn.write(page400())
self.conn.close()
if self.state == 0:
if '\n\n' in self.buf:
head, self.buf = self.buf.split('\n\n', 1)
elif '\r\n\r\n' in self.buf:
head, self.buf = self.buf.split('\r\n\r\n', 1)
else:
return
r = parse_request(head)
if r == False:
self.conn.write(page400())
self.conn.close()
else:
self.method, self.path, self.length = r
self.state = 1
later(0.0, self.io_in, b'')
elif self.state == 1:
if len(self.buf) >= self.length:
self.dispatch()
def io_in(self, data):
self.buf.extend(data)
if len(self.buf) > MAX_BUF:
self.conn.write(page400())
self.conn.close()
if self.state == 0:
if '\n\n' in self.buf:
head, self.buf = self.buf.split('\n\n', 1)
elif '\r\n\r\n' in self.buf:
head, self.buf = self.buf.split('\r\n\r\n', 1)
else:
return
r = parse_request(head)
if r == False:
self.conn.write(page400())
self.conn.close()
else:
self.method, self.path, self.length = r
self.state = 1
later(0.0, self.io_in, b'')
elif self.state == 1:
if len(self.buf) >= self.length:
self.dispatch()
def __init__(self):
self.n = Node(cert='serverside.pem')
self.n.listen(port=10002)
ref = self.n.register(self)
print 'Master at', self.n.refurl(ref)
self.slaves = {}
later(5.0, self.process)
def procfunc(self, arg): print 'procfunc called with array length', len(arg) p = Promise() def fulfill(): r = sum(arg) print 'procfunc sending result', r p._resolve(r) later(2.0, fulfill) return p
def procfunc(self, arg):
print 'procfunc called with array length', len(arg)
p = Promise()
def fulfill():
r = sum(arg)
print 'procfunc sending result', r
p._resolve(r)
later(2.0, fulfill)
return p
def process(self):
slaves = self.slaves.values()
if not slaves:
later(5.0, self.process)
print 'process, but no slaves'
return
somerand = random.randint(10, 200)
data = range(somerand * 720, (somerand + 1) * 720)
pr = Processround(slaves, data, 'procfunc', sum)
p = pr.run()
p._except(self.roundfailed)
p._when(self.roundresult, sum(data))
def notestablished(self, error): later(3.0, self.connect)
def __init__(self):
self.ino = 1
self.pathcache = {1: p('')}
self.filehandles = {}
later(20.0, self.outputstats)
def delay(reason): later(3.0, self.connect)
rpcconn.conn._on('close', delay)
def poll(p):
print 'poll', p.p.poll(), p.p.returncode
later(1.0, poll, p)
def outputstats(self):
print 'STATS'
print ' -> PATHCACHE', self.pathcache
print ' -> FILEHANDLES', self.filehandles
later(20.0, self.outputstats)
def notestablished(self, error):
later(3.0, self.connect)
def done(self, r):
print "done using the object, result:", r
self.donaterunpromise._resolve("Thanks, i am done!.")
later(3, self.retry)
n = Node(cert='clientside.pem')
math = n.establish(sys.argv[1])
def printexception(r):
print 'exc:', r
n.shutdown()
unloop()
def printresult(result):
print 'printresult:', result
def close(r=None):
n.shutdown()
unloop()
math._except(printexception)
p = math.call('new', './module/', 'test')
p._when(printresult)
ap = p.call('add', 4, 5)
ap._when(printresult)
lp = math.call('list')
lp._when(printresult)
later(5.0,close)
loop()
def server_closed(self, e):
print 'server closed.', e
later(5.0, self.connect)
def done(self, r):
print 'done using the object, result:', r
self.donaterunpromise._resolve('Thanks, i am done!.')
later(3, self.retry)
def __init__(self):
self.ino = 1
self.pathcache = {1:p('')}
self.filehandles = {}
later(20.0, self.outputstats)
def server_closed(self, e): print 'server closed.', e later(5.0, self.connect)
def __init__(self, mountdir): self.mountdir = mountdir self.n = Node(cert=None) self.fuse = None later(0.0, self.connect)
def outputstats(self): print 'STATS' print ' -> PATHCACHE', self.pathcache print ' -> FILEHANDLES', self.filehandles later(20.0, self.outputstats)
def works(self, r): print 'reusing worked, result:', r later(3, self.retry)
def roundresult(self, r, should):
print 'roundresult, shouldbe:', r, should, r == should
later(5.0, self.process)
def __init__(self, mountdir):
self.mountdir = mountdir
self.n = Node(cert=None)
self.fuse = None
later(0.0, self.connect)
def roundfailed(self, e):
print 'processround failed:', e
later(5.0, self.process)
def delay(reason):
later(3.0, self.connect)
later(1.0, poll, p)
def closed(e):
print 'subprocess closed', e
#unloop()
def end():
print 'end.'
unloop()
def status(p):
print 'status', p
p = Process(['/bin/nc', '-vvn', '127.0.0.1', '50000'])
p._on('read', incoming)
p._on('readerr', incominge)
p._on('close', closed)
p.write('abcdef\n')
#later(5.0, status, p)
later(1.0, poll, p)
#later(5.0, writeto, p)
#later(5.0, killp, p)
#later(7.0, killp, p)
later(15.0, end)
loop()
print 'sys.exit'
sys.exit(0)
def poll(p): print 'poll', p.p.poll(), p.p.returncode later(1.0, poll, p)
def printexception(r):
print 'exc:', r
n.shutdown()
unloop()
def printresult(result):
print 'printresult:', result
def close(r=None):
n.shutdown()
unloop()
math._except(printexception)
p = math.call('new', './module/', 'test')
p._when(printresult)
ap = p.call('add', 4, 5)
ap._when(printresult)
lp = math.call('list')
lp._when(printresult)
later(5.0, close)
loop()
def works(self, r):
print "reusing worked, result:", r
later(3, self.retry)
def poll(p):
print 'poll', p.p.poll(), p.p.returncode
later(1.0, poll, p)
def closed(e):
print 'subprocess closed', e
#unloop()
def end():
print 'end.'
unloop()
def status(p):
print 'status', p
p = Process(['/bin/nc', '-vvn', '127.0.0.1', '50000'])
p._on('read', incoming)
p._on('readerr', incominge)
p._on('close', closed)
p.write('abcdef\n')
#later(5.0, status, p)
later(1.0, poll, p)
#later(5.0, writeto, p)
#later(5.0, killp, p)
#later(7.0, killp, p)
later(15.0, end)
loop()
print 'sys.exit'
sys.exit(0)
