def totalAll(varConfFile, doGen = False):
myDir = varConfFile.split("/")[0]
lexec = Executor.Local(-multiprocessing.cpu_count())
# lexec = Executor.Local(-10)
N0, numGens, reps, dataDir = \
myUtils.getVarConf(varConfFile)
models = list(N0.keys())
models.sort()
for model in models:
Ns = N0[model]
Ns.sort()
for N in Ns:
#print("%s/%d%s.conf" % (myDir, N, model))
cfg = myUtils.getConfig("%s/%d%s.conf" % (myDir, N, model))
startGen = cfg.gens - numGens
ageM, ageF = myUtils.getAgeFecund(cfg)
if doGen:
gen(model, N, ageM, ageF, reps)
else:
nongen(model, N, ageM, ageF, reps, startGen)
lexec.wait(True)
def __init__(self, ip, def_perms=Permissions.Guest):
# установка адреса, порта, главного сокета
self.HOST = ip
self.PORT = 9090
self.sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.sock.bind((self.HOST, self.PORT))
self.sock.listen(10)
# инициализация списков юзеров, блокировок
self.blacklist = []
self.users = []
# создание потока приема новых пользователей
self.th = threading.Thread(target=self.acceptor)
self.th.start()
# создание обработчика команд
self.executor = Executor(self)
# установка стандартных прав при входе на сервер
Permissions.Default = def_perms
self.users.append(ConsoleUser(self))
def __init__(self):
super(main, self).__init__()
self.logger = logging.getLogger(self.__class__.__name__)
self.logger.info('initializing Self-Adaptive System')
KB = KnowledgeBase.KnowledgeBase()
KB.loadGoalModel('car-wheel.json')
E = Executor.Executor(KB)
P = Planner.Planner(KB, E)
A = Analyzer.Analyzer(KB, P)
M = Monitor.Monitor(KB)
def createROMLevel(self, lvl, ie):
ROMs = {}
runs = self.getRunSet(lvl)
for run, vrs in runs.iteritems():
print '\nStarting run:', run
chlist, ident = self.makeCase(run)
runfile = ie.writeInput(self.unc_inp_file, chlist, ident)
inp_file = GetPot(Filename=runfile)
exdict = {}
for i in range(len(run)):
exdict[run[i]] = vrs[i]
ex = Executor.ExecutorFactory('SC', exdict, inp_file)
ex.run()
os.system('rm ' + runfile)
ROMs[ident] = ex.ROM
return ROMs
def createROMs(self):
self.ROMs = {}
ident = self.todo.keys()[0]
print '\nStarting run:', ident
inp_file = GetPot(Filename=self.unc_inp_file)
ex_type = inp_file('Problem/executor', '')
print 'ex type:', ex_type
ex = Executor.ExecutorFactory(ex_type, self.varDict, inp_file)
ex.run(verbose=self.verbose)
try:
self.ROMs[ident] = ex.ROM
print 'sampled mean:', ex.ROM.moment(1)
except AttributeError:
pass #MC doesn't store a rom at this point
self.ex = ex
#xs={}
#for key,value in self.varDict.iteritems():
# xs[key]=1
#print 'sampled:',ex.ROM.sample(xs,verbose=False)
return ex
def script(name,
stdInput=None,
fileInput=DEFAULT_FILE_INFO,
stdOutput=None,
fileOutput=DEFAULT_FILE_INFO):
with fileInput.exists():
fileInput.write(fileInput.data)
with fileOutput.exists():
with Executor.run(name) as process:
stdout, stderr = process.communicate(stdInput)
assert not stderr, 'There is some errors while script {} was executing: {}'.format(
name, stderr)
assert process.returncode == 0, 'Script {} finished with exit code {}'.format(
name, process.returncode)
assert stdOutput is None or stdout.strip(
) == stdOutput, 'Script {} output does not match expected.\nExpected: {}\nGot: {}'.format(
name, stdOutput, stdout)
if fileOutput != DEFAULT_FILE_INFO:
fileOutputData = fileOutput.read()
assert fileOutputData.strip(
) == fileOutput.data, 'Script {} file {} output does not match expected.\nExpected: {}\nGot: {}'.format(
name, fileOutput.name, fileOutput.data, fileOutputData)
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4171 + int(index)) * 10
ip = str(90 + int(index))
sshPort = str(startPort + 1)
dbPort = str(startPort + 2)
adminPort = str(startPort + 3)
#初始化实例
executor = Executor(
'value-atlas', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
dbPort: "1234",
adminPort: "2345"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
from Memory import * from Reader import * from Executor import * memory = Memory() reader = Reader(memory) executor = Executor(memory) memory.consolePrintMemory() reader.launch() executor.executor() memory.consolePrintMemory()
index = sys.argv[2]
#设置端口和ip
startPort = (4040 + int(index)) * 10
ip = str(120 + int(index))
sshPort = str(startPort + 1)
ftpPort = str(startPort + 2)
#初始化实例
executor = Executor(
'value-cw', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
ftpPort: "21"
},
"volumeMap": {
"/home/res/eduos/cw": "/home/cw",
"/home/res/paper": "/home/paper",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
if cmd == 'create':
time.sleep(5)
os.system("ssh [email protected] -p %s 'sh /root/install.sh'" % (sshPort, ))
if cmd == 'create' or cmd == 'restart':
time.sleep(5)
executor.app_restart(index)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4110 + int(index)) * 10
ip = str(160 + int(index))
sshPort = str(startPort + 1)
#初始化实例
executor = Executor(
'value-db', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"/home/mysql/mysql" + str(index): "/home/mysql",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
import time
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = 40025 + int(index)
ip = str(90 + int(index))
sshPort = str(startPort )
#初始化实例
elmExe = Executor('elm-as', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"/new_home/res/elm": "/home/res/elm",
"/new_home/res/logs/elm/"+index: "/home/software/apache-tomcat-8.0.3/logs",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
elmExe.execute(cmd, index)
#如果是新增或重启容器，则还要重启应用
if cmd == 'create' or cmd == 'restart':
time.sleep(5)
elmExe.app_restart(index)
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4071 + int(index)) * 10
ip = str(50 + int(index))
sshPort = str(startPort + 1)
#初始化实例
circleExe = Executor(
'circle-as', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"/home/res/circle": "/home/res/circle",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
circleExe.execute(cmd, index)
circleIp = circleExe.get_ip()
#如果是新增或重启容器，则还要重启应用
if cmd == 'create' or cmd == 'restart':
time.sleep(5)
circleExe.app_restart(index)
if cmd == 'create':
slb = Slb(1)
slb.slb_add_ip(circleIp, "circle")
if cmd == 'remove':
#!/usr/bin/python
#coding:utf-8
import sys
import time
from Executor import *
#获取参数
cmd = sys.argv[1]
#初始化实例
executor = Executor(
'jenkins', {
"ip": "3",
"sshPort": "40001",
"portMap": {
"127.0.0.1:40001:22",
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd)
if cmd == 'restart':
time.sleep(2)
executor.app_restart("0")
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
#设置端口和ip
ip = 2
sshPort = "40011"
#初始化实例
executor = Executor('value-dnsmasq', {
"ip": ip,
})
print(executor.get_ip())
from Slb import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4080 + int(index)) * 10
ip = str(170 + int(index))
sshPort = str(startPort + 1)
tomcatPort = str(startPort + 2)
#初始化实例
executor = Executor(
'value-solr', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
"127.0.0.1:" + tomcatPort: "8080"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
#如果是新增或重启容器，则还要重启应用
if cmd == 'create' or cmd == 'restart':
time.sleep(5)
executor.app_restart(index)
#设置端口和ip
startPort = (4141 + int(index)) * 10
ip = str(60 + int(index))
sshPort = str(startPort + 1)
serverPort = str(startPort + 2)
debugPort = str(startPort + 3)
if cmd == 'create':
hostIp = os.environ.get('HOST_IP')
os.system("mkdir -p /home/res/eduos/fsc/" + index)
os.system("echo " + hostIp + ":" + serverPort + " > /home/res/eduos/fsc/" +
index + "/ip.txt")
executor = Executor(
'eduos-fsc', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
serverPort: "10081",
debugPort: "9999"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys",
"/home/res/eduos/fsc/app": "/home/fsc",
"/home/res/eduos/fsc/" + index + "/ip.txt": "/root/ip.txt",
}
})
executor.execute(cmd, index)
def main(args):
grammar = Executor(GlobalGrammar(args[0]))
grammar.apply_to_inputs(args[1])
class Server:
alreadyBanned = ServerError("IP already banned!")
notBanned = ServerError("IP has not banned!")
userNotFound = ServerError("User with nick not found!")
def __init__(self, ip, def_perms=Permissions.Guest):
# установка адреса, порта, главного сокета
self.HOST = ip
self.PORT = 9090
self.sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.sock.bind((self.HOST, self.PORT))
self.sock.listen(10)
# инициализация списков юзеров, блокировок
self.blacklist = []
self.users = []
# создание потока приема новых пользователей
self.th = threading.Thread(target=self.acceptor)
self.th.start()
# создание обработчика команд
self.executor = Executor(self)
# установка стандартных прав при входе на сервер
Permissions.Default = def_perms
self.users.append(ConsoleUser(self))
def acceptor(self):
# метод приема новых юзеров (в отдельном потоке)
while True:
conn, addr = self.sock.accept()
u = User(addr[0], conn, self)
try:
if u.ip not in self.blacklist:
u.accept_success() # если все ок, добавляем пользователя
else:
u.accept_canceled(User.youBannedMessage
) # если забанен, то отменяем вход
except ServerError as se:
print("Error:", se.get_text())
def resend(self, message):
# ретрансляция сообщений всем юзерам
for u in self.users:
try:
u.send(message)
except ServerError as se:
print("Error:", se.get_text())
def manager(self, message, owner):
# распределние приходящей информации на команды или сообщения юзера
if len(message.get_message()) == 0:
return
if message.get_message()[0] == "/":
name = message.text[1:].split()[0]
args = message.text[1:].split()[1:]
self.executor.execute(name, args,
owner) # отправка в обработчик команд
else:
# формирование нормального вида сообщения пользователя и отправка остальным
message = UserMessage(message.get_message(), owner.nick)
self.resend(message)
def get_user_by_nick(self, nick):
# получение объекта юзера по нику
for u in self.users:
if u.nick == nick:
return u
raise Server.userNotFound
def ban(self, ip):
# блокировка ip адреса
if ip in self.blacklist:
raise Server.alreadyBanned
self.blacklist.append(ip)
def unban(self, ip):
# разблокировка ip адреса
if ip not in self.blacklist:
raise Server.notBanned
self.blacklist.remove(ip)
if Percept == 'PomdpSimViewVector':
from Robot import Recognizers_POMDP_Antie_Periph_Sim as RecognizerModule
Recognizer = RecognizerModule.PomdpAntiePeriphSimRecognizer
elif Percept == 'PomdpSimSmallScaleStar':
from Robot import Recognizers_HSSH as RecognizerModule
Recognizer = RecognizerModule.HsshRecognizer
for option in ('FaceDistance', 'FaceUntil', 'FacePast'):
setattr(Options, option, False)
RecognizerModule.Options = Options
logger.shutdownLogger()
logger.initLogger('Follower-' + str(Orientation),
26,
Ablate == [],
LogDir='MarcoLogs')
executor = Executor.InstructionQueueExecutor()
parser = ParseDirections.getDirParser(Directors, Maps, collectStats=False)
class wrapper(object):
def __init__(self, liveFn, cannedFn=''):
self.cannedFn = cannedFn
self.liveFn = liveFn
def __call__(self, input, id):
if id.startswith('INPUT') or CrossValidate:
return self.liveFn(input), None, ''
else:
return self.cannedFn(input, id)
if CrossValidate:
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4020 + int(index)) * 10
ip = str(100 + int(index))
sshPort = str(startPort + 1)
memPort = str(startPort + 2)
twPort = str(startPort + 3)
#初始化实例
executor = Executor(
'value-cs', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
memPort: "11211",
twPort: "22122"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
def createROMs(self):
print ''
print 'Beginning HDMR term calculations...'
self.ROMs = {}
ie = InputEditor.HDMR_IO()
#reference run
chlist, ident = self.makeCase({})
runfile = ie.writeInput(self.unc_inp_file, chlist, ident)
inp_file = GetPot(Filename=runfile)
ex = Executor.ExecutorFactory('SC', {}, inp_file)
ex.run(verbose=False)
os.system('rm ' + runfile)
self.ROMs[ident] = ex.ROM
# rest of runs
numruns = {}
for i in range(1, self.hdmr_level + 1):
nr = 0
print '\n===================================='
print ' STARTING %i-INPUT INTERACTIONS' % i
print '====================================\n'
new = self.createROMLevel(i, ie)
for key, value in new.iteritems():
nr += 1
self.ROMs[key] = value
print '\nnumber of order %i runs: %i' % (i, nr)
numruns[i] = nr
xs = {}
for key, value in self.varDict.iteritems():
xs[key] = 1
#for key,value in self.ROMs.iteritems():
# print 'mean',key,':',value.moment(1)
print '\nROMs per level:'
for key, value in numruns.iteritems():
print ' ', key, value
#for rom in self.ROMs.values():
# pk.dump(rom.serializable(),file('hdmr_'+rom.case()+'.pk','w'))
self.HDMR_ROM = ROM.HDMR_ROM(self.ROMs, self.varDict)
print 'Total Det. Runs:', self.HDMR_ROM.numRunsToCreate()
print 'HDMR sampled', self.HDMR_ROM.sample(xs, self.hdmr_level)[1]
#store output
case = 'hdmr'
case += '_' + self.input_file('Sampler/SC/indexSet', '')
case += '_N' + str(len(self.varDict))
case += '_H' + str(self.hdmr_level)
#case+= '_L'+self.input_file('Sampler/SC/expOrd','')
mean = self.HDMR_ROM.moment(self.hdmr_level, r=1, verbose=False)
if self.input_file('HDMR/anova', 0) > 0:
secm, contribs = self.HDMR_ROM.moment(self.hdmr_level,
r=2,
anova=True)
anovaFileName = case + '.anova'
anovaFile = file(anovaFileName, 'w')
anovaFile.writelines('Variables,Contribution,Percent\n')
for i, j in contribs.iteritems():
name = '-'.join(i.split('_')[1:])
value = str(j**2 / secm)
anovaFile.writelines(name + ',' + str(j**2) + ',' + value +
'\n')
anovaFile.close()
print 'ANOVA analysis written to', anovaFileName
else:
secm = self.HDMR_ROM.moment(self.hdmr_level, r=2, verbose=False)
outFile = file(case + '.out', 'a')
outFile.writelines('\nRuns,SC Level,Mean\n')
outFile.writelines(str(self.HDMR_ROM.numRunsToCreate()) + ',')
outFile.writelines(self.input_file('Sampler/SC/expOrd', '') + ',')
outFile.writelines('%1.15e,%1.15e \n' % (mean, secm - mean * mean))
outFile.close()
index = sys.argv[2]
#设置端口和ip
startPort = 41060 + 2*int(index)-1
ip = str(70 + int(index))
sshPort = str(startPort)
ftpPort = str(startPort + 1)
#初始化实例
executor = Executor('value-cw', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
ftpPort: "21"
},
"volumeMap": {
"/new_home/res/eduos/cw": "/home/cw",
"/new_home/res/paper": "/home/paper",
"/new_home/res/logs/cw/"+index: "/home/logs",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
if cmd == 'create':
time.sleep(3)
os.system("ssh [email protected] -p %s 'sh /root/install.sh'" % (sshPort,))
if cmd == 'create' or cmd == 'restart':
time.sleep(3)
executor.app_restart(index)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4150 + int(index)) * 10
ip = str(70 + int(index))
sshPort = str(startPort + 1)
redisPort = str(startPort + 2)
#初始化实例
executor = Executor(
'value-redis', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
redisPort: "6379"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
cmd = sys.argv[1]
index = sys.argv[2]
startPort = (4051 + int(index)) * 10
ip = str(10 + int(index))
sshPort = str(startPort + 1)
nginxPort = str(startPort + 2)
#初始化实例
executor = Executor('value-slb', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
"127.0.0.1:" + nginxPort: "80"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4031 + int(index)) * 10
ip = str(140 + int(index))
sshPort = str(startPort + 1)
trackerPort = str(startPort + 2)
storagePort = str(startPort + 3)
#初始化实例
executor = Executor(
'value-fdfs', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
trackerPort: "22122",
storagePort: str(storagePort)
},
"volumeMap": {
"/home/res/fdfs/fdfs" + index: "/home/fdfs",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
#if cmd == 'create':
# time.sleep(5)
# os.system("ssh [email protected] -p %s 'sh /root/init.sh'" % (sshPort,))
def loadExec(self):
self.ex_type = self.input_file('Problem/executor','not found')
print 'Loading executor',self.ex_type
self.ex=Exec.newExecutor(self.ex_type,self.input_file,self.restart)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4110 + int(index)) * 10
ip = str(160 + int(index))
sshPort = str(startPort + 1)
#初始化实例
executor = Executor('value-db', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"/home/mysql/mysql"+str(index): "/home/mysql",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
import Apparatus
import Procedures_Toolpath
import Procedures_Alignments
import Executor
import EmbeddedHelixTPgen as TPGen
import FlexPrinterApparatus
MyApparatus = Apparatus.apparatus()
MyExecutor = Executor.executor()
MyExecutor.debug = True
materials = [{'PDMS': 'ZZ1'}, {'PDMSred': 'ZZ2'}]
FlexPrinterApparatus.Build_FlexPrinter(materials, MyApparatus)
MyApparatus['devices']['nPDMS']['descriptors'].append('PDMS')
MyApparatus['devices']['nPDMS']['trace_height'] = 0.8
MyApparatus['devices']['nPDMS']['trace_width'] = 0.8
MyApparatus['devices']['aeropump0']['descriptors'].append('PDMS')
MyApparatus['devices']['nPDMSred']['descriptors'].append('PDMSred')
MyApparatus['devices']['nPDMSred']['trace_height'] = 0.3
MyApparatus['devices']['nPDMSred']['trace_width'] = 0.4
MyApparatus['devices']['pump1']['descriptors'].append('PDMSred')
MyApparatus['devices']['gantry']['default']['speed'] = 40
MyApparatus['devices']['gantry']['nPDMS']['speed'] = 5 # Calibration is on so this is overwritten
MyApparatus['devices']['gantry']['nPDMSred']['speed'] = 7 # Calibration is on so this is overwritten
MyApparatus['devices']['aeropump0']['pumpon_time'] = 1 # Calibration is on so this is overwritten
MyApparatus['devices']['aeropump0']['mid_time'] = 1
MyApparatus['devices']['aeropump0']['pumpoff_time'] = 0
MyApparatus['devices']['aeropump0']['pumpres_time'] = 0.3
MyApparatus['devices']['aeropump0']['pressure'] = 250
#coding:utf-8
import sys
import time
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4191 + int(index)) * 10
ip = str(150 + int(index))
sshPort = str(startPort + 1)
serverPort = str(startPort + 2)
#初始化实例
executor = Executor(
'value-nodejs', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
serverPort: "3000"
},
"volumeMap": {
"/home/res/nodejs": "/home/nodejs",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
import time
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4091 + int(index)) * 10
ip = str(40 + int(index))
sshPort = str(startPort + 1)
#初始化实例
elmExe = Executor(
'elm-as', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"/home/res/elm": "/home/res/elm",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
elmExe.execute(cmd, index)
#如果是新增或重启容器，则还要重启应用
if cmd == 'create' or cmd == 'restart':
time.sleep(5)
elmExe.app_restart(index)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
#设置端口和ip
ip = 2
sshPort = "40011"
#初始化实例
executor = Executor(
'value-dns', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
#设置端口和ip
ip = 2
sshPort = "40011"
#初始化实例
executor = Executor('value-dns', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd)
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4050 + int(index)) * 10
ip = str(110 + int(index))
sshPort = str(startPort + 1)
rtmpPort = str(startPort + 2)
httpPort = str(startPort + 3)
#初始化实例
executor = Executor('value-sms', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
rtmpPort: "1935",
httpPort: "80"
},
"volumeMap": {
"/home/res/sms": "/home/sms",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
if (int(str(val[0]), 16) > 7):
val = "F" * (8 - len(val)) + val
else:
val = "0" * (8 - len(val)) + val
n = list(int(i, 16) for i in val)
if (n[0] < 8):
return (int(val, 16) % (2**(bits - 1)))
else:
nc = list(15 - i for i in n)
nc[len(nc) - 1] += 1
for i in range(len(nc) - 1, 1, -1):
if (nc[i] == 16):
nc[i] = 0
nc[i - 1] += 1
new_val = "".join(list(hex(i) for i in nc)).replace("0x", "")
return -(int(new_val, 16) % (2**(bits - 1)))
class BuilderState:
NONE = 0
STATIC = 1
CODE = 2
if __name__ == "__main__":
Sim = Simulator("/Users/Seth/Desktop/MIPS Simulator/example.asm", 32)
ex = Executor(Sim.memory.initialize(), Sim.registers)
while (ex.can_execute()):
Sim.registers = ex.execute()
Sim.view()
raw_input("")
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4121 + int(index)) * 10
ip = str(180 + int(index))
sshPort = str(startPort + 1)
serverPort = str(startPort + 2)
httpPort = str(startPort + 3)
#初始化实例
executor = Executor(
'value-metaq', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
serverPort: serverPort,
httpPort: "8120"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
executor.execute(cmd, index)
#!/usr/bin/python
#coding:utf-8
import sys
from Executor import *
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4161 + int(index)) * 10
ip = str(80 + int(index))
sshPort = str(startPort + 1)
ftpPort = str(startPort + 2)
#初始化实例
executor = Executor(
'value-ftp', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22",
ftpPort: "21"
},
"volumeMap": {
"~/authorized_keys": "/root/.ssh/authorized_keys",
"/home/ftp/pureftp" + str(index): "/home/ftp"
}
})
executor.execute(cmd, index)
#获取参数
cmd = sys.argv[1]
index = sys.argv[2]
#设置端口和ip
startPort = (4071 + int(index)) * 10
ip = str(50 + int(index))
sshPort = str(startPort + 1)
#初始化实例
circleExe = Executor('circle-as', {
"ip": ip,
"sshPort": sshPort,
"portMap": {
"127.0.0.1:" + sshPort: "22"
},
"volumeMap": {
"/home/res/circle": "/home/res/circle",
"~/authorized_keys": "/root/.ssh/authorized_keys"
}
})
circleExe.execute(cmd, index)
circleIp = circleExe.get_ip()
#如果是新增或重启容器，则还要重启应用
if cmd == 'create' or cmd == 'restart':
time.sleep(5)
circleExe.app_restart(index)
if cmd == 'create':
slb = Slb(1)
slb.slb_add_ip(circleIp, "circle")
if cmd == 'remove':
