def test_add_handler(self):
async_client = AsyncClient()
data = self.request_params()
self.assertRaises(InterfaceError, async_client.add_handler, **data)
data['success_callback'] = lambda **kwargs: kwargs
data['fail_callback'] = lambda **kwargs: kwargs
async_client.add_handler(**data)
self.assertEquals(async_client._data_queue[0], data)
self.assertEquals(async_client._num_urls, 1)
self.assertEquals(async_client._remaining, 1)
def test_add_handler(self):
async_client = AsyncClient()
data = self.request_params()
self.assertRaises(InterfaceError, async_client.add_handler, **data)
data['success_callback'] = lambda **kwargs: kwargs
data['fail_callback'] = lambda **kwargs: kwargs
async_client.add_handler(**data)
self.assertEquals(async_client._data_queue[0], data)
self.assertEquals(async_client._num_urls, 1)
self.assertEquals(async_client._remaining, 1)
def test_AsyncClient_contextmanager(self):
with AsyncClient(success_callback=self.success_callback,
fail_callback=self.fail_callback) as async_client_global:
params = self.random_dict(10)
url = build_url("get")
self.assertEquals(async_client_global.get(url, params=params), async_client_global)
self.assertEquals(len(async_client_global._data_queue), 1)
# Test process_func
def process_func(num_processed, remaining, num_urls,
success_len, error_len):
print("\nProcess {0} {1} {2} {3} {4}".format(num_processed, remaining, num_urls,
success_len, error_len))
self.assertEquals(num_urls, 2)
def fail_callback(request, errno, errmsg, async_client, opener):
self.assertTrue(isinstance(request, Request))
self.assertTrue(isinstance(async_client, AsyncClient))
self.assertEquals(async_client, async_client_global)
self.assertEquals(errno, 6)
self.assertEquals(errmsg, "Couldn't resolve host '{0}'".format(request.url[7:]))
async_client_global.get("http://fwbefrubfbrfybghbfb4gbyvrv.com", params=params,
fail_callback=fail_callback)
self.assertEquals(len(async_client_global._data_queue), 2)
def test_async_get(self):
async_client_global = AsyncClient(
success_callback=self.success_callback,
fail_callback=self.fail_callback)
params = self.random_dict(10)
url = build_url("get")
self.assertEquals(async_client_global.get(url, params=params),
async_client_global)
self.assertEquals(len(async_client_global._data_queue), 1)
# Test process_func
def process_func(num_processed, remaining, num_urls, success_len,
error_len):
self.assertEquals(num_urls, 2)
def fail_callback(request, errno, errmsg, async_client, opener):
self.assertTrue(isinstance(request, Request))
self.assertTrue(isinstance(async_client, AsyncClient))
self.assertEquals(async_client, async_client_global)
self.assertEquals(errno, 6)
self.assertEquals(
errmsg, "Could not resolve host: {0}".format(request.url[7:]))
async_client_global.get("http://fwbefrubfbrfybghbfb4gbyvrv.com",
params=params,
fail_callback=fail_callback)
self.assertEquals(len(async_client_global._data_queue), 2)
async_client_global.start(process_func)
def test_setup_opener(self):
async_client = AsyncClient()
data = self.random_dict(10)
data['url'] = build_url("get")
data['method'] = 'get'
opener = async_client.get_opener()
self.assertEquals(getattr(opener, 'success_callback', None), None)
self.assertEquals(getattr(opener, 'fail_callback', None), None)
self.assertEquals(getattr(opener, 'request', None), None)
data['success_callback'] = lambda **kwargs: kwargs
data['fail_callback'] = lambda **kwargs: kwargs
async_client.configure_opener(opener, data)
self.assertTrue(isinstance(opener.request, Request))
self.assertTrue(isinstance(opener.success_callback, FunctionType))
self.assertTrue(isinstance(opener.fail_callback, FunctionType))
def test_async_get(self):
async_client_global = AsyncClient(success_callback=self.success_callback,
fail_callback=self.fail_callback)
params = self.random_dict(10)
url = build_url("get")
self.assertEquals(async_client_global.get(url, params=params), async_client_global)
self.assertEquals(len(async_client_global._data_queue), 1)
# Test process_func
def process_func(num_processed, remaining, num_urls,
success_len, error_len):
print("\nProcess {0} {1} {2} {3} {4}".format(num_processed, remaining, num_urls,
success_len, error_len))
self.assertEquals(num_urls, 2)
def fail_callback(request, errno, errmsg, async_client, opener):
self.assertTrue(isinstance(request, Request))
self.assertTrue(isinstance(async_client, AsyncClient))
self.assertEquals(async_client, async_client_global)
self.assertEquals(errno, 6)
self.assertEquals(errmsg, "Couldn't resolve host '{0}'".format(request.url[7:]))
async_client_global.get("http://fwbefrubfbrfybghbfb4gbyvrv.com", params=params,
fail_callback=fail_callback)
self.assertEquals(len(async_client_global._data_queue), 2)
async_client_global.start(process_func)
def test_AsyncClient_core(self):
async_client = AsyncClient(size=20)
self.assertEquals(async_client._num_conn, 20)
self.assertEquals(async_client._remaining, 0)
self.assertEquals(async_client.success_callback, None)
self.assertEquals(async_client.fail_callback, None)
self.assertEquals(async_client._openers_pool, None)
self.assertEquals(async_client._data_queue, [])
self.assertEquals(async_client.connections_count, 0)
async_client.add_handler(url=build_url("/get"),
method="get",
params={"get1": "get1 value",
"get2": "get2 value"},
success_callback=self.success_callback,
fail_callback=self.fail_callback)
self.assertEquals(len(async_client._data_queue), 1)
self.assertTrue(isinstance(async_client._data_queue[0], dict))
params = self.random_dict(10)
async_client.get(url=build_url("/get"), params=params,
success_callback=self.success_callback,
fail_callback=self.fail_callback)
self.assertTrue(isinstance(async_client._data_queue[1], dict))
self.assertEquals(async_client._data_queue[1]['params'], params)
self.assertEquals(async_client.connections_count, 2)
def success_callback(response, **kwargs):
"""This function call when response successed
"""
print("success callback")
print(response, response.request)
print(response.headers)
print(response.content)
print(kwargs)
def fail_callback(request, opener, **kwargs):
"""Collect errors
"""
print("fail callback")
print(request, opener)
print(kwargs)
# In kwargs we can pass default arguments
# Add pre and post callback call hooks
async_client = AsyncClient(success_callback=success_callback,
fail_callback=fail_callback)
results = []
fails = []
async_client.get('http://h.wrttn.me/get')
async_client.get('http://httpbin.org/get',
success_callback=success_callback, fail_callback=fail_callback)
async_client.start()
def test_get_opener(self):
async_client = AsyncClient()
opener = async_client.get_opener()
self.assertEquals(opener.fp, None)
self.assertNotEqual(opener, None)
client = kw['async_client']
print(client)
if kw.has_key('response'):
print(kw['response'].headers)
print(kw['response'].content)
print("success")
pass
def fail_call_back(**kw):
print('failed')
pass
client = AsyncClient(success_callback=success_call_back,
fail_callback=fail_call_back)
# client.get('https://github.com/lispython/human_curl',)
# client.start()
# client.get('https://blog.csdn.net/wjskeepmaking/article/details/64905745')
# client.method(**{'method':'get', 'url':'https://blog.csdn.net/wjskeepmaking/article/details/64905745'})
client.method(
**{
'method': 'post',
'url':
'https://sellercentral.amazon.com/fba/profitabilitycalculator/getafnfee',
'data':
'{"productInfoMapping":{"asin":"B06W9KM4WG","dimensionUnit": "inches","encryptedMarketplaceId": "","subCategory": "","weight": 1.25,"title": "BEXEL Super Alkaline AA Batteries 24 PACK","weightUnit": "pounds", "isWhiteGloveRequired": false,"imageUrl": "https://images-na.ssl-images-amazon.com/images/I/21qMWE048eL._SCLZZZZZZZ__SL120_.jpg","binding": "consumer_electronics","productGroup": "","height": 3.4646,"thumbStringUrl": "https://images-na.ssl-images-amazon.com/images/I/21qMWE048eL._SCLZZZZZZZ__SL80_.jpg","width": 2.3622,"length": 1.9685,"originalUrl": "", "link": "http://www.amazon.com/gp/product/B06W9KM4WG/ref=silver_xx_cont_revecalc", "dimensionUnitString": "inches", "gl": "gl_electronics", "isAsinLimits": true, "weightUnitString": "pounds"},"afnPriceStr":7.25,"mfnPriceStr":0,"mfnShippingPriceStr":0,"currency":"USD","marketPlaceId":"ATVPDKIKX0DER","hasFutureFee":false,"futureFeeDate":"2018-02-25 00:00:00","hasTaxPage":true} ',
'headers': {
'Content-Type':
'application/json;charset=UTF-8',
def success_callback(response, **kwargs):
"""This function call when response successed
"""
print("success callback")
print(response, response.request)
print(response.headers)
print(response.content)
print(kwargs)
def fail_callback(request, opener, **kwargs):
"""Collect errors
"""
print("fail callback")
print(request, opener)
print(kwargs)
# In kwargs we can pass default arguments
# Add pre and post callback call hooks
with AsyncClient(success_callback=success_callback,
fail_callback=fail_callback) as async_client:
async_client.get('http://h.wrttn.me/get')
async_client.get('http://httpbin.org/get',
success_callback=success_callback,
fail_callback=fail_callback)
# async client start when exit
if response.status_code != 200:
bad_response_count += 1
return
success_count += 1
def fail_callback(request, opener, **kwargs):
"""Collect errors
"""
global fail_count
fail_count += 1
with AsyncClient(success_callback=success_callback,
fail_callback=fail_callback,
size=1000) as async_client:
for x in range(10):
test_data = {
"name": choice(["orders", "posts", "comments"]),
"value": choice([2, 1]),
"timestamp": datetime.utcnow(),
"filters": {
"status": ["Completed", "Test"]
}
}
async_client.post(url=client.get_url('incr'),
data=client.serialize(**test_data),
headers=list(client.headers.items()))
"""
print("success callback")
print(response, response.request)
print(response.headers)
print(response.content)
print(kwargs)
def fail_callback(request, opener, **kwargs):
"""Collect errors
"""
print("fail callback")
print(request, opener)
print(kwargs)
# In kwargs we can pass default arguments
# Add pre and post callback call hooks
async_client = AsyncClient(success_callback=success_callback,
fail_callback=fail_callback)
results = []
fails = []
async_client.get('http://h.wrttn.me/get')
async_client.get('http://httpbin.org/get',
success_callback=success_callback,
fail_callback=fail_callback)
async_client.start()
def fail_call(response, **kwargs):
print(response.content)
def get_ip():
host_name = socket.gethostname()
ip = socket.gethostbyname(host_name)
print(ip)
#get_ip()
url = 'https://blog.csdn.net/fly_zhyu/article/details/76408158'
client = AsyncClient(success_callback=success_call, fail_callback=fail_call)
request = Request(network_interface=get_ip(), method='GET', url=url)
print(request.response)
request.send()
response = request.response
print(response.content)
print(request.make_response())
# request._network_interface='172.17.35.241'
# #
# opener = pycurl.Curl()
# da = {'network_interface': get_ip(),}
#
# client.add_handler(**da)
# #client.configure_opener(opener, data=da)
# client.get(url)
# client.start()