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ServerConnector.py
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ServerConnector.py
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from DataStore import DataStore
from controller import controller
import httplib, json, socket
class ServerConnector:
def __init__(self):
value = {
"Command": "INIT",
"Token": "8051bf89-e115-4147-8e5a-ff9d6f39f0d7"
}
headers = {
'Content-type': 'application/json',
'Accept': 'application/json',
}
jvalue = json.dumps(value)
conn = httplib.HTTPConnection('107.20.243.77', 80)
conn.request('POST', '/api/hermes', jvalue, headers)
response = conn.getresponse()
ret = json.loads(str((response.status, response.reason, response.read())[2]))
conn.close()
DS = DataStore()
ctrl = controller()
myFile = open('output.txt', 'w')
myFile.write(str(ret))
myFile.close()
looptime = ret['ServerState']['ServerTiers']['DB']['ServerStartTurnTime']
coef = (ret["ServerState"]["CostPerServer"] / ret["ServerState"]["ProfitConstant"])
DS.setCoef(coef)
infra = False
p = None
research = None
didGrid = False
progression = [None, "GRID", "GREEN", None ]
#while ret['ServerState']['TurnNo'] < 10080:
while True:
x = 0
while x <=looptime-1:
value = {
"Command": "PLAY",
"Token": "8051bf89-e115-4147-8e5a-ff9d6f39f0d7"
}
headers = {
'Content-type': 'application/json',
'Accept': 'application/json',
}
jvalue = json.dumps(value)
conn = httplib.HTTPConnection('107.20.243.77', 80)
conn.request('POST', '/api/hermes', jvalue, headers)
response = conn.getresponse()
ret = json.loads(str((response.status, response.reason, response.read())[2]))
#Get demand from server
demand = [ret['ServerState']['ServerTiers']['DB']['ServerRegions']['NA']['NoOfTransactionsInput']]
demand.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['EU']['NoOfTransactionsInput'])
demand.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['AP']['NoOfTransactionsInput'])
config = [ret['ServerState']['ServerTiers']['WEB']['ServerRegions']['NA']['NodeCount']]
config.append(ret['ServerState']['ServerTiers']['WEB']['ServerRegions']['EU']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['WEB']['ServerRegions']['AP']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['JAVA']['ServerRegions']['NA']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['JAVA']['ServerRegions']['EU']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['JAVA']['ServerRegions']['AP']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['NA']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['EU']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['AP']['NodeCount'])
DS.avgDemand(demand)
DS.setConfig(config)
conn.close()
x+=1
lastProfit = ret["ServerState"]["ProfitEarned"]
GridCost = ret["ServerState"]["ResearchUpgradeLevels"][1]["UpgradeCost"]
GridTurns = ret["ServerState"]["ResearchUpgradeLevels"][1]["NoOfTurnsRequired"]
GridTotalCost = GridTurns * GridCost
if ret['ServerState']['TurnNo'] <= 9000 and ret["ServerState"]["ProfitAccumulated"] >= GridTotalCost/10 and GridCost < (lastProfit - (lastProfit/3)):
didGrid = True
try:
if ret["ServerState"]["ResearchUpgradeState"]["GRID"] == -1:
#research = "GREEN"
pass
except:
research = "GRID"
#p = research
#Calculate free space
#AVERAGE CAPACITY
# capacity = [ ( ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] ) / 2]
# capacity.append(( ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] ) / 2)
# capacity.append(( ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] ) / 2)
#97%
capacity = [ ( ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit']+ ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] ) / 3]
capacity.append(( ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] + ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] ) / 3)
capacity.append(( ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] + ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit']) / 3)
#93%
# capacity = [ ( ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit']+ ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] ) / 3]
# capacity.append(( ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] + ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] ) / 3)
# capacity.append(( ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'] + ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'] + ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit']) / 3)
#100% CAPACITY
# capacity = [ ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit']]
# capacity.append(ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'])
# capacity.append(ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][0]['UpperLimit'])
# #90% CAPACITY
# capacity = [ ret['ServerState']['ServerTiers']['WEB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit']]
# capacity.append(ret['ServerState']['ServerTiers']['JAVA']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'])
# capacity.append(ret['ServerState']['ServerTiers']['DB']['ServerPerformance']['CapactityLevels'][1]['UpperLimit'])
DS.setCapacity(capacity)
changes = ctrl.calc(DS)
jsonchange = {"Servers":{
"WEB":{
"ServerRegions":{
"AP":{
"NodeCount":changes[2]
},
"EU":{
"NodeCount":changes[1]
},
"NA":{
"NodeCount":changes[0]
}
}
},
"JAVA":{
"ServerRegions":{
"NA":{
"NodeCount":changes[3]
},
"EU":{
"NodeCount":changes[4]
},
"AP":{
"NodeCount":changes[5]
}
}
},
"DB":{
"ServerRegions":{
"NA":{
"NodeCount":changes[6]
},
"EU":{
"NodeCount":changes[7]
},
"AP":{
"NodeCount":changes[8]
}
}
}
},
"UpgradeInfraStructure": infra,
"UpgradeToResearch": research
}
if research != None:
research = None
value = {
"Command": "CHNG",
"Token": "8051bf89-e115-4147-8e5a-ff9d6f39f0d7",
"ChangeRequest": jsonchange
}
headers = {
'Content-type': 'application/json',
'Accept': 'application/json',
}
jvalue = json.dumps(value)
conn = httplib.HTTPConnection('107.20.243.77', 80)
conn.request('POST', '/api/hermes', jvalue, headers)
response = conn.getresponse()
ret = json.loads(str((response.status, response.reason, response.read())[2]))
# if research != None:
# research = None
# jsonchange = {"Servers":{
# "WEB":{"UpgradeToResearch": "Green"}}}
# value = {
# "Command": "CHNG",
# "Token": "8051bf89-e115-4147-8e5a-ff9d6f39f0d7",
# #"Token": "7440b0b0-c5a2-4ab3-bdc3-8935865bb9d1",
# "ChangeRequest": jsonchange
# }
# headers = {'Content-type': 'application/json','Accept': 'application/json',}
# jvalue = json.dumps(value)
# conn = httplib.HTTPConnection('107.20.243.77', 80)
# #conn = httplib.HTTPConnection('uat.hermes.wha.la', 80)
# conn.request('POST', '/api/hermes', jvalue, headers)
# response = conn.getresponse()
# ret = json.loads(str((response.status, response.reason, response.read())[2]))
#play
value = {
"Command": "PLAY",
"Token": "8051bf89-e115-4147-8e5a-ff9d6f39f0d7"
}
headers = {
'Content-type': 'application/json',
'Accept': 'application/json',
}
jvalue = json.dumps(value)
conn = httplib.HTTPConnection('107.20.243.77', 80)
conn.request('POST', '/api/hermes', jvalue, headers)
response = conn.getresponse()
ret = json.loads(str((response.status, response.reason, response.read())[2]))
#Get demand from server
demand = [ret['ServerState']['ServerTiers']['DB']['ServerRegions']['NA']['NoOfTransactionsInput']]
demand.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['EU']['NoOfTransactionsInput'])
demand.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['AP']['NoOfTransactionsInput'])
config = [ret['ServerState']['ServerTiers']['WEB']['ServerRegions']['NA']['NodeCount']]
config.append(ret['ServerState']['ServerTiers']['WEB']['ServerRegions']['EU']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['WEB']['ServerRegions']['AP']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['JAVA']['ServerRegions']['NA']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['JAVA']['ServerRegions']['EU']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['JAVA']['ServerRegions']['AP']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['NA']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['EU']['NodeCount'])
config.append(ret['ServerState']['ServerTiers']['DB']['ServerRegions']['AP']['NodeCount'])
DS.resetDemand(demand)
DS.setConfig(config)
coef = (ret["ServerState"]["CostPerServer"] / ret["ServerState"]["ProfitConstant"])
DS.setCoef(coef)
# f = open('myfile.txt','w')
# f.write(str(ret)) # python will convert \n to os.linesep
# f.close()
conn.close()
print 'Turn: ' + str(ret['ServerState']['TurnNo'])
print "WEB capacity: " + str(capacity[0])
print "JAVA capacity: " + str(capacity[1])
print "DB capacity: " + str(capacity[2])
print "ServerCost: " + str(ret["ServerState"]["CostPerServer"])
#print didGrid
#if didGrid:
try:
inf = str(ret["ServerState"]["InfraStructureUpgradeState"]["Value"])
if inf >=0:
print "INFRA value: " + inf
except:
pass
try:
grid = str(ret["ServerState"]["ResearchUpgradeState"]["GRID"])
if grid != "-1":
print "---Researching: "+ "GRID" +"---\nTurns Left: " + grid
if int(grid) <= 1441 and int(grid) >= 1430:
#infra = True
pass
else:
infra = False
else:
print "GRID UPGRADE COMPLETE"
except:
pass
try:
green = str(ret["ServerState"]["ResearchUpgradeState"]["GREEN"])
if green != "-1":
print "---Researching: "+ "GREEN" +"---\nTurns Left: " + green
else:
print "GREEN UPGRADE COMPLETE"
except:
pass
print demand
print ' ' + str(config[0]) + ' ' + str(config[1]) + ' ' + str(config[2]) + ' ' + '\n ' + str(config[3]) + ' ' + str(config[4]) + ' ' + str(config[5]) + ' ' + '\n ' + str(config[6]) + ' ' + str(config[7]) + ' ' + str(config[8])
print ''
conn.close()
if __name__ == "__main__":
x = ServerConnector()