def gdbm_view(request):
if request.method == "GET":
search_key = request.GET.get("search_key", None)
host = request.GET.get("host", None)
port = request.GET.get("port", None)
strDb = "XtTradeData"
param_key = {"strDb": strDb}
param_value = {}
if host and port:
r = RPCClient(host=host, port=int(port))
keys = r.request("getAllKeys", param_key).values()[0]
results = []
for item in keys:
if re.search(search_key, item):
param_value = {"strDb": strDb, "strKey": item}
ret = r.request("readData", param_value).values()[0]
results.append([item, json.dumps(ret)])
return render_to_response("demo/gdbm_view.html", locals(), context_instance=RequestContext(request))
elif request.method == "POST":
response = {"success": False, "error": "", "id": None}
try:
response["success"] = True
response["error"] = "执行成功!"
return HttpResponse(json.dumps(response), mimetype="application/json")
except Exception, e:
response["error"] = "系统异常![%s]" % str(e)
logger.error(response["error"] + getTraceBack())
return HttpResponse(json.dumps(response), mimetype="application/json")
def gdbm_view(request):
if request.method == "GET":
search_key = request.GET.get('search_key', None)
host = request.GET.get('host', None)
port = request.GET.get('port', None)
strDb = 'XtTradeData'
param_key = {'strDb': strDb}
param_value = {}
if host and port:
r = RPCClient(host=host, port=int(port))
keys = r.request('getAllKeys', param_key).values()[0]
results = []
for item in keys:
if re.search(search_key, item):
param_value = {'strDb': strDb, 'strKey': item}
ret = r.request('readData', param_value).values()[0]
results.append([item, json.dumps(ret)])
return render_to_response("demo/gdbm_view.html",
locals(),
context_instance=RequestContext(request))
elif request.method == 'POST':
response = {"success": False, "error": "", "id": None}
try:
response["success"] = True
response["error"] = "执行成功!"
return HttpResponse(json.dumps(response),
mimetype="application/json")
except Exception, e:
response["error"] = "系统异常![%s]" % str(e)
logger.error(response["error"] + getTraceBack())
return HttpResponse(json.dumps(response),
mimetype="application/json")
def dispatchFromFile(market, dir):
# 请求交易日
fileName = "%s/%s_tradeDate" % (dir, market)
response = loadFromFile(fileName)
# 写入交易日信息
address = WriterAddress.split(":")
client = RPCClient(address[0], int(address[1]), 100)
for x in response["C"]:
param = {"F": {"M": market, "S": "FFFFFF"}, "C": [{"C": x}]}
r = client.request("writeData", param)
# print "write data ", param
# 更新市场状态
if len(response["C"]) > 1:
r = client.request(
"update", {u"path": "marketStatus/%s" % market, u"data": {u"date": response["C"][-1]["G"], u"status": 2}}
)
print "update market status", param
# 写入日数据信息
if len(response["C"]) > 1:
lastDate = response["C"][-1]["G"]
print lastDate
fileName = "%s/%s_stockList" % (dir, market)
response = loadFromFile(fileName)
print "request by daily ", len(response)
param = {"M": market, "G": lastDate, "C": response}
response = request(WriterAddress, "writeDaily", param)
print "write daily ", response
def dispatchFromFile(market, dir):
# 请求交易日
fileName = "%s/%s_tradeDate" % (dir, market)
response = loadFromFile(fileName)
# 写入交易日信息
address = WriterAddress.split(":")
client = RPCClient(address[0], int(address[1]), 100)
for x in response["C"]:
param = {"F": {"M": market, "S": "FFFFFF"}, "C": [{"C": x}]}
r = client.request("writeData", param)
#print "write data ", param
# 更新市场状态
if len(response["C"]) > 1:
r = client.request(
"update", {
u"path": "marketStatus/%s" % market,
u"data": {
u"date": response["C"][-1]["G"],
u"status": 2
}
})
print "update market status", param
# 写入日数据信息
if len(response["C"]) > 1:
lastDate = response["C"][-1]["G"]
print lastDate
fileName = "%s/%s_stockList" % (dir, market)
response = loadFromFile(fileName)
print "request by daily ", len(response)
param = {"M": market, "G": lastDate, "C": response}
response = request(WriterAddress, "writeDaily", param)
print "write daily ", response
def call(rpcname, rpcparams):
try:
#client = RPCClient(rpcparams["ip"],rpcparams["port"],"json", 60)
client = RPCClient("192.168.1.111", 64350, "json", 60)
except:
rpcResult = {
"content": [],
"error": {
"ErrorID": -101,
"ErrorMsg": u'与mobileService连接超时'
}
}
logger.error(traceback.format_exc())
return rpcResult
if rpcparams.has_key("ip"):
del rpcparams["ip"]
if rpcparams.has_key("port"):
del rpcparams["port"]
#登录时对参数的处理
if rpcname == "login":
rpcparams["strIPAddress"] = rpcparams["request_IP"]
del rpcparams["request_IP"]
#调用接口的容错处理
try:
rpcparams["strPassword"] = generate_password(
rpcparams["strPassword"])
rpcResult = client.request("login", rpcparams)
except:
rpcResult = {
"content": [],
"error": {
"ErrorID": -102,
"ErrorMsg": u'与mobileService连接超时'
}
}
logger.error(traceback.format_exc())
#调用其它接口
else:
try:
rpcResult = client.request(rpcname, rpcparams)
except:
rpcResult = {
"content": [],
"error": {
"ErrorID": -103,
"ErrorMsg": u'与mobileService连接超时'
}
}
logger.error(traceback.format_exc())
# time.sleep(2)
#print traceback.format_exc()
return rpcResult
def dispatchFromNet(market):
# 请求交易日
param = {
"market": market,
"stock": "FFFFFF",
"metaId": 2,
"period": 86400000L,
"timeTag": 0x1F3FFFFF830L,
"compress": False
}
response = request(ReaderAddress, "requestByCount", param)
# 写入交易日信息
address = WriterAddress.split(":")
client = RPCClient(address[0], int(address[1]), 100)
for x in response["C"]:
param = {"F": {"M": market, "S": "FFFFFF"}, "C": [{"C": x}]}
r = client.request("writeData", param)
#print "write data ", param
# 更新市场状态
if len(response["C"]) > 1:
r = client.request(
"update", {
u"path": u"marketStatus/%s" % market,
u"data": {
u"date": response["C"][-1]["G"],
u"status": 2
}
})
print "update market status", param
# 写入日数据信息
if len(response["C"]) > 1:
lastDate = response["C"][-1]["G"]
print lastDate
param = {
"market": "SF",
"stock": "XXXXXX",
"metaId": 2000,
"period": 86400000L,
"timeTag": lastDate,
"seq": 0L,
"compress": False
}
response = request(ReaderAddress, "requestByDaily", param)
print "request by daily ", len(response)
param = {"M": market, "G": lastDate, "C": response}
response = request(WriterAddress, "writeDaily", param)
print "write daily ", response
def sync_request(func_name, params, gateway=TT_GATEWAY):
"""
基础RPC请求方法
:param func_name:
:param params:
:param gateway:
:return:
"""
s_client = RPCClient(TT_IP, TT_PORT, 10)
return s_client.request(gateway, {"function": func_name, "param": params, "session": TT_SESSION_KEY})
def sync_request(func_name, params, gateway=TT_GATEWAY):
"""
基础RPC请求方法
:param func_name:
:param params:
:param gateway:
:return:
"""
s_client = RPCClient(TT_IP, TT_PORT, 10)
return s_client.request(gateway, {
"function": func_name,
"param": params,
"session": TT_SESSION_KEY
})
param = {
"market": market,
"stock": "FFFFFF",
"metaId": 2,
"period": 86400000L,
"timeTag": 0x1F3FFFFF830L,
"compress": False,
}
response = request(ReaderAddress, "requestByCount", param)
# 写入交易日信息
address = WriterAddress.split(":")
client = RPCClient(address[0], int(address[1]), 100)
for x in response["C"]:
param = {"F": {"M": market, "S": "FFFFFF"}, "C": [{"C": x}]}
r = client.request("writeData", param)
# print "write data ", param
# 更新市场状态
if len(response["C"]) > 1:
r = client.request(
"update", {u"path": u"marketStatus/%s" % market, u"data": {u"date": response["C"][-1]["G"], u"status": 2}}
)
print "update market status", param
# 写入日数据信息
if len(response["C"]) > 1:
lastDate = response["C"][-1]["G"]
print lastDate
param = {
"market": "SF",
"stock": "XXXXXX",