def test_subcribe_depth_market_data():
"""
测试订阅行情
"""
f1 = []
def OnRspSubMarketData(**kwargs):
print 'OnRspSubMarketData() is called'
f1.append(1)
f2 = []
def OnRtnDepthMarketData(**kwargs):
print 'OnRtnDepthMarketData() is called'
f2.append(1)
# 创建md对象
global frontAddress, mdFrontAddress, brokerID, userID, password
md = Md(mdFrontAddress, brokerID, userID, password)
md.bind(callback.OnRspSubMarketData, OnRspSubMarketData)
md.bind(callback.OnRtnDepthMarketData, OnRtnDepthMarketData)
md.SubscribeMarketData([getDefaultInstrumentID()])
sleep(1)
print 'len(f1) =', len(f1)
assert len(f1) > 0
assert len(f2) > 0
def test_md_process_create_and_clean():
"""
测试Md对象的创建和清理
"""
global frontAddress, mdFrontAddress, brokerID, userID, password
process = psutil.Process()
# 创建后可以找到一个trader进程
md = Md(mdFrontAddress, brokerID, userID, password)
pid = md.getConverterPid()
assert pid and pid != 0
assert pid in [child.pid for child in process.children()]
# 将变量指向None迫使垃圾回收,确认进程被清理了
md = None
sleep(1)
assert pid not in [child.pid for child in process.children()]
def test_md_process_create_and_clean():
"""
测试Md对象的创建和清理
"""
global frontAddress, mdFrontAddress, brokerID, userID, password
process = psutil.Process()
# 创建后可以找到一个trader进程
md = Md(mdFrontAddress, brokerID, userID, password)
pid = md.getConverterPid()
assert pid and pid != 0
assert pid in [child.pid for child in process.children()]
# 将变量指向None迫使垃圾回收,确认进程被清理了
md = None
sleep(1)
assert pid not in [child.pid for child in process.children()]
def test_subcribe_depth_market_data():
"""
测试订阅行情
"""
f1 = []
def OnRspSubMarketData(**kwargs):
print 'OnRspSubMarketData() is called'
f1.append(1)
f2 = []
def OnRtnDepthMarketData(**kwargs):
print 'OnRtnDepthMarketData() is called'
f2.append(1)
# 创建md对象
global frontAddress, mdFrontAddress, brokerID, userID, password
md = Md(mdFrontAddress, brokerID, userID, password)
md.bind(callback.OnRspSubMarketData, OnRspSubMarketData)
md.bind(callback.OnRtnDepthMarketData, OnRtnDepthMarketData)
md.SubscribeMarketData([getDefaultInstrumentID()])
sleep(1)
print 'len(f1) =', len(f1)
assert len(f1) > 0
assert len(f2) > 0
