Пример #1
0
class ShaperMixin(object):
    def setUp(self):       
        self.shaper_conf = {
            (self.server_addr[0],) : {'upload': 256, 'download': 1024, 'delay': 5},
            (self.client_addr[0],) : {'upload': 128, 'download': 512, 'delay': 30},
        }
        self.sh = Shaper()
        self.sh.set_shaping(self.shaper_conf)
    
    def tearDown(self):
        self.sh.teardown_all()
    
    def estimate_transfer_time(self, filesize, a, b):
        """
        Determines how long the transfer of filesize bytes from A to B should take.
        units for filesize are bytes, a and b are IP addresses
        """
        up = self.shaper_conf[(a,)]['upload']
        down = self.shaper_conf[(b,)]['download']
        return eta(filesize, up, down)
        
    def estimate_delay(self, a, b):
        da = self.shaper_conf[(a,)]['delay']
        db = self.shaper_conf[(b,)]['delay']
        return da+db
Пример #2
0
class ShaperMixin(object):
    def setUp(self):
        self.shaper_conf = {
            (self.server_addr[0], ): {
                'upload': 256,
                'download': 1024,
                'delay': 5
            },
            (self.client_addr[0], ): {
                'upload': 128,
                'download': 512,
                'delay': 30
            },
        }
        self.sh = Shaper()
        self.sh.set_shaping(self.shaper_conf)

    def tearDown(self):
        self.sh.teardown_all()

    def estimate_transfer_time(self, filesize, a, b):
        """
        Determines how long the transfer of filesize bytes from A to B should take.
        units for filesize are bytes, a and b are IP addresses
        """
        up = self.shaper_conf[(a, )]['upload']
        down = self.shaper_conf[(b, )]['download']
        return eta(filesize, up, down)

    def estimate_delay(self, a, b):
        da = self.shaper_conf[(a, )]['delay']
        db = self.shaper_conf[(b, )]['delay']
        return da + db
Пример #3
0
            'jitter': 5
        },
        ("127.0.0.3", ): {
            'upload': 256,
            'download': 512,
            'delay': 20
        },
        ("127.0.0.4", ): {
            'upload': 256,
            'download': 512,
            'delay': 20
        },
    }

    sh = Shaper()
    sh.set_shaping(ps)

    #print sh.ip_handles

    #sh.teardown_all()

    #up, down = sh.get_traffic("127.0.0.2")
    #print up, down

    # Please be aware that second call to set_shaping with the same IP will not change the settings

    # How to generate large range of IP adresses:
    #ps = {tuple([ "127.0.0.%d" % x for x in range(1,250) ]) : {'upload': 256, 'download': 1024, 'delay': 25},
    #      }
#
#    sh.set_shaping(ps)
Пример #4
0
import logging
logging.basicConfig(level=logging.INFO, datefmt='%H:%M:%S',
                    format='%(asctime)s %(name)s %(levelname)s: %(message)s')

from shapy import register_settings
register_settings('settings')
from shapy.emulation.shaper import Shaper

if __name__ == '__main__':
    ps = {("127.0.0.2",) : {'upload': 1024, 'download': 1024, 'delay': 5, 'jitter': 5},
          ("127.0.0.3",) : {'upload': 256, 'download': 512, 'delay': 20},
          ("127.0.0.4",) : {'upload': 256, 'download': 512, 'delay': 20},
          }

    sh = Shaper()
    sh.set_shaping(ps)

    #print sh.ip_handles
    
    #sh.teardown_all()
    
    #up, down = sh.get_traffic("127.0.0.2")
    #print up, down
    
    
    # Please be aware that second call to set_shaping with the same IP will not change the settings

    # How to generate large range of IP adresses:    
    #ps = {tuple([ "127.0.0.%d" % x for x in range(1,250) ]) : {'upload': 256, 'download': 1024, 'delay': 25},
    #      }
#