def connectDeviceHive(device_hive_url, factory):
"""
Connects a DeviceHive client.
@type device_hive_url: C{str}
@param device_hive_url:
@type factory: C{object}
@param factory: a factory object which implements C{IProtoFactory} interface.
"""
url, host, port = parse_url(device_hive_url)
factory.url = url
factory.host = host
factory.port = port
return reactor.connectTCP(host, port, factory)
def connectDeviceHive(device_hive_url, factory):
"""
Connects a DeviceHive client.
@type device_hive_url: C{str}
@param device_hive_url:
@type factory: C{object}
@param factory: a factory object which implements C{IProtoFactory} interface.
"""
url, host, port = parse_url(device_hive_url)
factory.url = url
factory.host = host
factory.port = port
return reactor.connectTCP(host, port, factory)
def api_received(self, wsurl, server_time):
log.msg('The call to "/info" api has finished successfully.')
try :
self.server_time = parse_date(server_time)
except ValueError :
log.msg('Failed to parse a date-time string "{0}" returned from "/info" api call.'.format(server_time))
self.server_time = datetime.utcnow()
if wsurl is not None :
wsurl = wsurl.strip().replace('ws://', 'http://', 1).replace('wss://', 'https://', 1)
if wsurl.startswith('http://') or wsurl.startswith('https://') :
self.ws_url, self.ws_host, self.ws_port = parse_url(wsurl)
self.handler.on_apimeta(wsurl, self.server_time)
self.connect_ws()
return
self.handler.on_apimeta(wsurl, self.server_time)
self.connect_poll()
def api_received(self, wsurl, server_time):
log.msg('The call to "/info" api has finished successfully.')
try:
self.server_time = parse_date(server_time)
except ValueError:
log.msg(
'Failed to parse a date-time string "{0}" returned from "/info" api call.'
.format(server_time))
self.server_time = datetime.utcnow()
if wsurl is not None:
wsurl = wsurl.strip().replace('ws://', 'http://',
1).replace('wss://', 'https://', 1)
if wsurl.startswith('http://') or wsurl.startswith('https://'):
self.ws_url, self.ws_host, self.ws_port = parse_url(wsurl)
self.handler.on_apimeta(wsurl, self.server_time)
self.connect_ws()
return
self.handler.on_apimeta(wsurl, self.server_time)
self.connect_poll()
def connectDeviceHive(device_hive_url, factory):
"""
Connects a DeviceHive client.
@type device_hive_url: C{str}
@param device_hive_url:
@type factory: C{object}
@param factory: a factory object which implements C{IProtoFactory} interface.
"""
url, host, port = parse_url(device_hive_url)
factory.url = url
factory.host = host
factory.port = port
if url.startswith('http://'):
log.msg('Establishing NON-SECURE connection with {0}.'.format(url))
reactor.connectTCP(host, port, factory)
else:
ccf = ssl.ClientContextFactory()
ccf.method = SSL.SSLv23_METHOD
log.msg('Establishing SECURE connection with {0}.'.format(url))
reactor.connectSSL(host, port, factory, ccf)
def connectDeviceHive(device_hive_url, factory):
"""
Connects a DeviceHive client.
@type device_hive_url: C{str}
@param device_hive_url:
@type factory: C{object}
@param factory: a factory object which implements C{IProtoFactory} interface.
"""
url, host, port = parse_url(device_hive_url)
factory.url = url
factory.host = host
factory.port = port
if url.startswith('http://'):
log.msg('Establishing NON-SECURE connection with {0}.'.format(url))
reactor.connectTCP(host, port, factory)
else:
ccf = ssl.ClientContextFactory()
ccf.method = SSL.SSLv23_METHOD
log.msg('Establishing SECURE connection with {0}.'.format(url))
reactor.connectSSL(host, port, factory, ccf)
def test_normal_parse_url(self):
url, host, port = utils.parse_url('http://example.com/api/')
self.assertEquals('http://example.com/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(80, port)
def test_redef_ssl_port_parse_url(self):
url, host, port = utils.parse_url('https://example.com:9191/api/')
self.assertEquals('https://example.com:9191/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(9191, port)
def test_default_ssl_port_parse_url(self):
url, host, port = utils.parse_url('https://example.com/api')
self.assertEquals('https://example.com/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(443, port)
def test_def_port_parse_url(self):
url, host, port = utils.parse_url('http://example.com:8181/api')
self.assertEquals('http://example.com:8181/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(8181, port)
def test_normal_parse_url(self):
url, host, port = utils.parse_url('http://example.com/api/')
self.assertEquals('http://example.com/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(80, port)
def test_redef_ssl_port_parse_url(self):
url, host, port = utils.parse_url('https://example.com:9191/api/')
self.assertEquals('https://example.com:9191/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(9191, port)
def test_default_ssl_port_parse_url(self):
url, host, port = utils.parse_url('https://example.com/api')
self.assertEquals('https://example.com/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(443, port)
def test_def_port_parse_url(self):
url, host, port = utils.parse_url('http://example.com:8181/api')
self.assertEquals('http://example.com:8181/api/', url)
self.assertEquals('example.com', host)
self.assertEquals(8181, port)