class TestHAP_WSClient(unittest.TestCase):
def setUp(self):
self._logger = logging.getLogger(self.__class__.__name__)
def tearDown(self):
pass
def testReportActivity(self):
self._client = HAP_WSClient("http://localhost:8080/sis/HAPEndpoint",
"127.0.0.1", 5577)
n1 = HAPNeighbourStatisticsDTO(1024, "192.168.0.75", 1024)
n2 = HAPNeighbourStatisticsDTO(2048, "192.168.0.83", 2048)
nstats = [n1, n2]
self._client.report_activity(nstats)
self._client = None
def testOwnIPCanBeNone(self):
self._client = HAP_WSClient("http://localhost:8080/sis/HAPEndpoint",
None, 5588)
n1 = HAPNeighbourStatisticsDTO(1024, "192.168.0.75", 1024)
n2 = HAPNeighbourStatisticsDTO(2048, "192.168.0.83", 2048)
nstats = [n1, n2]
self._client.report_activity(nstats)
self._client = None
class TestHAP_WSClient(unittest.TestCase):
def setUp(self):
self._logger = logging.getLogger(self.__class__.__name__)
def tearDown(self):
pass
def testReportActivity(self):
self._client = HAP_WSClient("http://localhost:8080/sis/HAPEndpoint",
"127.0.0.1", 5577)
n1 = HAPNeighbourStatisticsDTO(1024, "192.168.0.75", 1024)
n2 = HAPNeighbourStatisticsDTO(2048, "192.168.0.83", 2048)
nstats = [n1, n2]
self._client.report_activity(nstats)
self._client = None
def testOwnIPCanBeNone(self):
self._client = HAP_WSClient("http://localhost:8080/sis/HAPEndpoint",
None, 5588)
n1 = HAPNeighbourStatisticsDTO(1024, "192.168.0.75", 1024)
n2 = HAPNeighbourStatisticsDTO(2048, "192.168.0.83", 2048)
nstats = [n1, n2]
self._client.report_activity(nstats)
self._client = None
def testOwnIPCanBeNone(self):
self._client = HAP_WSClient("http://localhost:8080/sis/HAPEndpoint",
None, 5588)
n1 = HAPNeighbourStatisticsDTO(1024, "192.168.0.75", 1024)
n2 = HAPNeighbourStatisticsDTO(2048, "192.168.0.83", 2048)
nstats = [n1, n2]
self._client.report_activity(nstats)
self._client = None
def __init__(self, client_config):
# neighbours is a multidimensional dictionary, where the first dimension's key
# is the download for which upload/download statistics are gathered, and the second
# dimension is the peer identifier. it stores and updates total upload and download
# for traffic for active and non-active neighbours
# example: neighbours[{torrend_id}][{peer_id}]['upload']
# peer_id is comprised of ip address and port!
self._neighbours = {}
self._neighbour_ips = []
self._client_config = client_config
self._hap_client = HAP_WSClient(client_config.get_sis_hap_url(), None,
client_config.get_port())
self._last_report_sent = time.time() - client_config.get_hap_interval()
self._logger = logging.getLogger("Status.HAP")
self._last_period_peer_total = {}
def testOwnIPCanBeNone(self):
self._client = HAP_WSClient("http://localhost:8080/sis/HAPEndpoint",
None, 5588)
n1 = HAPNeighbourStatisticsDTO(1024, "192.168.0.75", 1024)
n2 = HAPNeighbourStatisticsDTO(2048, "192.168.0.83", 2048)
nstats = [n1, n2]
self._client.report_activity(nstats)
self._client = None
def __init__(self, client_config):
# neighbours is a multidimensional dictionary, where the first dimension's key
# is the download for which upload/download statistics are gathered, and the second
# dimension is the peer identifier. it stores and updates total upload and download
# for traffic for active and non-active neighbours
# example: neighbours[{torrend_id}][{peer_id}]['upload']
# peer_id is comprised of ip address and port!
self._neighbours = {}
self._neighbour_ips = []
self._client_config = client_config
self._hap_client = HAP_WSClient(client_config.get_sis_hap_url(), None,
client_config.get_port())
self._last_report_sent = time.time()-client_config.get_hap_interval()
self._logger = logging.getLogger("Status.HAP")
self._last_period_peer_total = {}
class ClientHAPHandler(PeerCallbackInterface):
def __init__(self, client_config):
# neighbours is a multidimensional dictionary, where the first dimension's key
# is the download for which upload/download statistics are gathered, and the second
# dimension is the peer identifier. it stores and updates total upload and download
# for traffic for active and non-active neighbours
# example: neighbours[{torrend_id}][{peer_id}]['upload']
# peer_id is comprised of ip address and port!
self._neighbours = {}
self._neighbour_ips = []
self._client_config = client_config
self._hap_client = HAP_WSClient(client_config.get_sis_hap_url(), None,
client_config.get_port())
self._last_report_sent = time.time()-client_config.get_hap_interval()
self._logger = logging.getLogger("Status.HAP")
self._last_period_peer_total = {}
def state_callback(self, ds):
torrent_id = common_utils.get_id(ds.get_download().get_def())
if not ds.get_peerlist() is None:
for peer in ds.get_peerlist():
self._update_volume(torrent_id, peer['ip'], peer['dtotal'], peer['utotal'])
# only send the report if a waiting period of hap_interval seconds passed by
if not abs(self._last_report_sent - time.time()) >= self._client_config.get_hap_interval():
return
neighbour_stats = []
new_last_period_peer_total = {}
for peer in self._neighbour_ips:
(download_volume, upload_volume) = self.aggregate_total_peer_traffic(peer)
if download_volume == 0 and upload_volume == 0:
continue
if self._last_period_peer_total.has_key(peer):
# we have old statistics for this peer
old_dl, old_ul = self._last_period_peer_total[peer]
if download_volume - old_dl == 0 and upload_volume - old_ul == 0:
continue
neighbour_stats.append(HAPNeighbourStatisticsDTO(download_volume-old_dl, peer, upload_volume-old_ul))
new_last_period_peer_total[peer] = (download_volume, upload_volume)
else:
# the peer must have joined during the current period
neighbour_stats.append(HAPNeighbourStatisticsDTO(download_volume, peer, upload_volume))
new_last_period_peer_total[peer] = (download_volume, upload_volume)
# dont send a report if there are no neighbour stats
if len(neighbour_stats) == 0:
self._start_next_cycle(new_last_period_peer_total)
return
self._logger.info("Sending statistics to HAP...")
self._hap_client.report_activity(neighbour_stats)
self._start_next_cycle(new_last_period_peer_total)
def _start_next_cycle(self, new_last_period_peer_total):
self._last_report_sent = time.time()
self._last_period_peer_total = new_last_period_peer_total
# reset neighbours as well
self._neighbours = {}
self._neighbour_ips = []
def _update_volume(self, torrent_id, peer_id, download, upload):
'''Updates upload and download statistics for a given peer ID.
Total upload and download are stored in KBytes.
Arguments:
torrent_id -- Torrent ID in hexadecimal format
peer_id -- Peer ID that adheres to the format '<IP>'
download -- Current total download for given torrent and peer in bytes
upload -- Current total upload for given torrent and peer in bytes
'''
if not peer_id in self._neighbour_ips:
self._neighbour_ips.append(peer_id)
if not self._neighbours.has_key(torrent_id):
self._neighbours[torrent_id] = {}
if not self._neighbours[torrent_id].has_key(peer_id):
self._neighbours[torrent_id][peer_id] = { 'upload' : 0,
'download' : 0 }
self._neighbours[torrent_id][peer_id]['upload'] = int(upload / 1024.0)
self._neighbours[torrent_id][peer_id]['download'] = int(download / 1024.0)
def aggregate_total_peer_traffic(self, peer_id):
'''Calculates the total amount of upload and download traffic in KBytes for the peer
identified by peer_id.
Arguments:
peer_id -- The peer's ID (in this case, this should be the peer's
IP address)
Returns:
A 2-tuple of the form (total_download, total_upload) where both values
are given in KBytes.
'''
total_upload, total_download = 0.0, 0.0
for torrent_id in self._neighbours.keys():
if self._neighbours[torrent_id].has_key(peer_id):
total_upload += self._neighbours[torrent_id][peer_id]['upload']
total_download += self._neighbours[torrent_id][peer_id]['download']
return (total_download, total_upload)
def video_event_callback(self, d, event, params):
pass
class ClientHAPHandler(PeerCallbackInterface):
def __init__(self, client_config):
# neighbours is a multidimensional dictionary, where the first dimension's key
# is the download for which upload/download statistics are gathered, and the second
# dimension is the peer identifier. it stores and updates total upload and download
# for traffic for active and non-active neighbours
# example: neighbours[{torrend_id}][{peer_id}]['upload']
# peer_id is comprised of ip address and port!
self._neighbours = {}
self._neighbour_ips = []
self._client_config = client_config
self._hap_client = HAP_WSClient(client_config.get_sis_hap_url(), None,
client_config.get_port())
self._last_report_sent = time.time() - client_config.get_hap_interval()
self._logger = logging.getLogger("Status.HAP")
self._last_period_peer_total = {}
def state_callback(self, ds):
torrent_id = common_utils.get_id(ds.get_download().get_def())
if not ds.get_peerlist() is None:
for peer in ds.get_peerlist():
self._update_volume(torrent_id, peer['ip'], peer['dtotal'],
peer['utotal'])
# only send the report if a waiting period of hap_interval seconds passed by
if not abs(self._last_report_sent -
time.time()) >= self._client_config.get_hap_interval():
return
neighbour_stats = []
new_last_period_peer_total = {}
for peer in self._neighbour_ips:
(download_volume,
upload_volume) = self.aggregate_total_peer_traffic(peer)
if download_volume == 0 and upload_volume == 0:
continue
if self._last_period_peer_total.has_key(peer):
# we have old statistics for this peer
old_dl, old_ul = self._last_period_peer_total[peer]
if download_volume - old_dl == 0 and upload_volume - old_ul == 0:
continue
neighbour_stats.append(
HAPNeighbourStatisticsDTO(download_volume - old_dl, peer,
upload_volume - old_ul))
new_last_period_peer_total[peer] = (download_volume,
upload_volume)
else:
# the peer must have joined during the current period
neighbour_stats.append(
HAPNeighbourStatisticsDTO(download_volume, peer,
upload_volume))
new_last_period_peer_total[peer] = (download_volume,
upload_volume)
# dont send a report if there are no neighbour stats
if len(neighbour_stats) == 0:
self._start_next_cycle(new_last_period_peer_total)
return
self._logger.info("Sending statistics to HAP...")
self._hap_client.report_activity(neighbour_stats)
self._start_next_cycle(new_last_period_peer_total)
def _start_next_cycle(self, new_last_period_peer_total):
self._last_report_sent = time.time()
self._last_period_peer_total = new_last_period_peer_total
# reset neighbours as well
self._neighbours = {}
self._neighbour_ips = []
def _update_volume(self, torrent_id, peer_id, download, upload):
'''Updates upload and download statistics for a given peer ID.
Total upload and download are stored in KBytes.
Arguments:
torrent_id -- Torrent ID in hexadecimal format
peer_id -- Peer ID that adheres to the format '<IP>'
download -- Current total download for given torrent and peer in bytes
upload -- Current total upload for given torrent and peer in bytes
'''
if not peer_id in self._neighbour_ips:
self._neighbour_ips.append(peer_id)
if not self._neighbours.has_key(torrent_id):
self._neighbours[torrent_id] = {}
if not self._neighbours[torrent_id].has_key(peer_id):
self._neighbours[torrent_id][peer_id] = {
'upload': 0,
'download': 0
}
self._neighbours[torrent_id][peer_id]['upload'] = int(upload / 1024.0)
self._neighbours[torrent_id][peer_id]['download'] = int(download /
1024.0)
def aggregate_total_peer_traffic(self, peer_id):
'''Calculates the total amount of upload and download traffic in KBytes for the peer
identified by peer_id.
Arguments:
peer_id -- The peer's ID (in this case, this should be the peer's
IP address)
Returns:
A 2-tuple of the form (total_download, total_upload) where both values
are given in KBytes.
'''
total_upload, total_download = 0.0, 0.0
for torrent_id in self._neighbours.keys():
if self._neighbours[torrent_id].has_key(peer_id):
total_upload += self._neighbours[torrent_id][peer_id]['upload']
total_download += self._neighbours[torrent_id][peer_id][
'download']
return (total_download, total_upload)
def video_event_callback(self, d, event, params):
pass