def main():
n = Node(cert='serverside.pem')
im = Instamaster()
ref = n.register(im, 'im')
n._on('connection', im.on_new_conn)
n.listen(port=20001)
print 'Instamaster at', n.refurl(ref)
loop()
return 0
def main():
n = Node(cert='serverside.pem')
im = Instamaster()
ref = n.register(im, 'im')
n._on('connection', im.on_new_conn)
n.listen(port=20001)
print 'Instamaster at', n.refurl(ref)
loop()
return 0
def main():
global SDIR
SDIR = sys.argv[1]
secret = sys.argv[2]
if not (os.path.exists(SDIR) and os.path.isdir(SDIR)):
os.mkdir(SDIR)
n = Node(cert=None)
n.listen(port=PORT)
gs = Fileserver()
ref = n.register(gs, cap=secret)
logging.info('gs at {0}'.format(n.refurl(ref)))
loop()
return 0
def main():
global SDIR
SDIR = sys.argv[1]
secret = sys.argv[2]
if not (os.path.exists(SDIR) and os.path.isdir(SDIR)):
os.mkdir(SDIR)
n = Node(cert=None)
n.listen(port=PORT)
gs = Fileserver()
ref = n.register(gs, cap=secret)
logging.info('gs at {0}'.format(n.refurl(ref)))
loop()
return 0
class Master(object):
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 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 roundresult(self, r, should):
print 'roundresult, shouldbe:', r, should, r == should
later(5.0, self.process)
def roundfailed(self, e):
print 'processround failed:', e
later(5.0, self.process)
@expose
def addslave(self, slave, conn):
self.slaves[conn] = slave
def connclosed(reason):
sl = self.slaves.pop(conn, None)
print 'slave {0} gone, as conn {1} is closed.'.format(sl, conn)
conn._on('close', connclosed)
return True
def list(self):
return dict([(k, [v.fpath, v.modname, str(v.ref)]) for k,v in self.apps.items()])
@expose
def get(self, appid):
a = self.apps.get(appid, None)
if a == None:
raise NodeException('Nonexisting app.')
return a.ref
@expose
def restart(self, appid):
a = self.apps.get(appid, None)
if a == None:
raise NodeException('Nonexisting app.')
nmod, nref = load_pwrobj(a.fpath, a.modname)
a.modref = nmod
a.ref = nref
return nref
if __name__ == '__main__':
n = Node(cert=CERT)
n.listen(port=PORT)
appsrvobj = Appserver()
ref = n.register(appsrvobj)
print 'appserver at', n.refurl(ref)
loop()
print url
self.obj = n.establish(url)
r = self.obj.call("add", 10, 31)
r._when(self.done)
return self.donaterunpromise
def done(self, r):
print "done using the object, result:", r
self.donaterunpromise._resolve("Thanks, i am done!.")
later(3, self.retry)
def works(self, r):
print "reusing worked, result:", r
later(3, self.retry)
def err(self, e):
print "reusing error, e:", e
def retry(self):
if self.obj:
r = self.obj.call("add", 40, 31)
r._when(self.works)
r._except(self.err)
ref = n.register(Giftreceiver(), cap="giftreceive")
n.listen(port=10001)
print "giftreceiver ready at", n.refurl(ref)
loop()
self.obj = n.establish(url)
r = self.obj.call('add', 10, 31)
r._when(self.done)
return self.donaterunpromise
def done(self, r):
print 'done using the object, result:', r
self.donaterunpromise._resolve('Thanks, i am done!.')
later(3, self.retry)
def works(self, r):
print 'reusing worked, result:', r
later(3, self.retry)
def err(self, e):
print 'reusing error, e:', e
def retry(self):
if self.obj:
r = self.obj.call('add', 40, 31)
r._when(self.works)
r._except(self.err)
ref = n.register(Giftreceiver(), cap='giftreceive')
n.listen(port=10001)
print 'giftreceiver ready at', n.refurl(ref)
loop()
def list(self):
return dict([(k, [v.fpath, v.modname, str(v.ref)])
for k, v in self.apps.items()])
@expose
def get(self, appid):
a = self.apps.get(appid, None)
if a == None:
raise NodeException('Nonexisting app.')
return a.ref
@expose
def restart(self, appid):
a = self.apps.get(appid, None)
if a == None:
raise NodeException('Nonexisting app.')
nmod, nref = load_pwrobj(a.fpath, a.modname)
a.modref = nmod
a.ref = nref
return nref
if __name__ == '__main__':
n = Node(cert=CERT)
n.listen(port=PORT)
appsrvobj = Appserver()
ref = n.register(appsrvobj)
print 'appserver at', n.refurl(ref)
loop()
import sys
import logging
logging.basicConfig(level=logging.DEBUG)
from pwrcall import loop, unloop, Node, expose
class Math(object):
@expose
def add(self, a, b):
return a + b
n = Node(cert='serverside.pem')
m = Math()
if len(sys.argv) > 1:
ref = n.register(m, cap=sys.argv[1])
else:
ref = n.register(m)
n.listen(port=10000)
print 'math obj ready at', n.refurl(ref)
loop()
import sys import logging logging.basicConfig(level=logging.DEBUG) from pwrcall import loop, unloop, Node, expose class Math(object): @expose def add(self, a, b): return a+b n = Node(cert='serverside.pem') m = Math() if len(sys.argv) > 1: ref = n.register(m, cap=sys.argv[1]) else: ref = n.register(m) n.listen(port=10000) print 'math obj ready at', n.refurl(ref) loop()
