def menuscreen(pdb):
"""
Creates the main menu look with all the available options which the program can take.
Prompts the user to select an option from the available options in the Menu.
Argument: pdb file to update it when file is changed"""
#Required module
from mainframe import mainframe
# Main line parts
a = " PDB FILE ANALYZER "
b = " Select an option from below:"
c = "1) Open a PDB File"
d = "2) Information"
e = "3) Show histogram of amino acids"
f = "4) Display Secondary Structure"
g = "5) Export PDB File"
h = "6) Exit"
i = "Current PDB: "
# creating the lines ensuring they are equal with length 80
ln1 = (" " + ("*" * 80))
ln2 = (" " + "*" + a + (" " * (80 - len(a) - 2)) + "*")
ln3 = (" " + ("*" * 80))
ln4 = (" " + "*" + b + (" " * (80 - len(b) - 2)) + "*")
ln5 = (" " + "*" + (" " * 78) + "*")
ln6 = (" " + "*" + " " + c + (" " * (80 - len(c) - 5 - 35)) +
"(O)" + (" " * 30) + "*")
ln7 = (" " + "*" + " " + d + (" " * (80 - len(d) - 5 - 35)) +
"(I)" + (" " * 30) + "*")
ln8 = (" " + "*" + " " + e + (" " * (80 - len(e) - 5 - 35)) +
"(H)" + (" " * 30) + "*")
ln9 = (" " + "*" + " " + f + (" " * (80 - len(f) - 5 - 35)) +
"(S)" + (" " * 30) + "*")
ln10 = (" " + "*" + " " + g + (" " * (80 - len(g) - 5 - 35)) +
"(X)" + (" " * 30) + "*")
ln11 = (" " + "*" + " " + h + (" " * (80 - len(h) - 5 - 35)) +
"(Q)" + (" " * 30) + "*")
ln12 = (" " + "*" + (" " * 78) + "*")
ln13 = (" " + "*" + (" " * (80 - len(i) - len(pdb) - 3)) + i + pdb +
" *")
ln14 = (" " + ("*" * 80))
lines = [
ln1, ln2, ln3, ln4, ln5, ln6, ln7, ln8, ln9, ln10, ln11, ln12, ln13,
ln14
]
print("\n")
# Read all lines to recreate menu
for line in lines:
print(line)
# prompt user to select an option
opt = input(" :")
opt = opt.upper()
# Call the mainframe function which takes in the options and executes them
mainframe(opt, pdb)
from softioc import builder
from mainframe import mainframe
import time
import threading
from datetime import datetime
builder.SetDeviceName("tpc_grid_leak")
#create mainframe object, set telnet port
mf = mainframe(9038)
#_____________________________________________________________________________
def do_monit():
while True:
time.sleep(3)
#print "before: ", datetime.now()
mf.do_read()
#print "after: ", datetime.now()
#_____________________________________________________________________________
def loop_monit():
#initialize lecroy mainframe from config file
mf.init_config()
#periodically read measured current and voltage
tid = threading.Thread(target=do_monit)
tid.start()
import wx
import mainframe
#app=wx.App()
#frame=wx.Frame(parent=None,title='ssss')
#frame.Show()
#app.MainLoop()
if __name__=='__main__':
app=wx.App()
frame=mainframe.mainframe()
frame.Show(True)
app.MainLoop()
usernam=raw_input('enter the username')
passwor=getpass.getpass("enter password")
que1="select COUNT(1) from authentication where username='******' and password='******'" % (usernam,passwor)
try:
cursor.execute(que1)
res=cursor.fetchone()[0]
except:
print 'error'
if(res==1):
print 'login sucess'
que2="select access from authentication where username='******' and password='******'" % (usernam,passwor)
cursor.execute(que2)
res2=cursor.fetchone()[0]
if(res2=='admin'):
mf=mainframe()
n=raw_input("enter text for values and plot for graph of the cloud result")
if(n=="text"):
mf.printplot()
elif(n=="plot"):
mf.plotgraph()
else:
cpuneeded=int(raw_input("enter the cpu needed"))
memneeded=int(raw_input("enter the memory needed"))
netneeded=int(raw_input("enter the network needed"))
mf=mainframe()
mt=mf.T
def create(self):
db=mys.connect(host='localhost',database='cloud',user='******',password='******')
cursor=db.cursor()
mf=mainframe()
mt=mf.T
#print mt
tru=[]
tru1=[]
for i in range(0,10):
#tru.append([]
sum=0
usum=0
for j in range(0,4):
sum=sum+mt[i][j]
for k in range(4,8):
usum=usum+mt[i][k]
tru.append(sum*2)
tru1.append(usum*2)
#print tru,tru1
pi=attack()
t=pi.action()
sum=[]
sec=[]
for p in range(0,10):
que="select sec from security where cloudid='%d'" %(p)
cursor.execute(que)
res=int(cursor.fetchone()[0])
sec.append(res)
for k in range(0,10):
temp=0
ct=0
for ts in t:
query="select rating from userfeedback where cloudserviceid='%d' and userid='%d'" % (k,ts)
cursor.execute(query)
rs=int(cursor.fetchone()[0])
temp=temp+rs
ct=ct+1
res2=float(temp)/float(ct)
sum.append(res2)
#print sum
#print sum
#sum2=[1,1.5,2,2.5,3,3.5,4,4.5,5]
#print sum2
tl=minweight()
ret=tl.minmax(sum)
sec1=tl.minmax(sec)
#print sec1
#print ret
#tru=[0.3223603221798172, 0.99, 0.3450511449365403, 0.3192616712523298, 0.11932801544333009, 0.21607115913730365, 0.17092327150084316, 0.01, 0.02322091062394603, 0.47714609035235644]
#tru1=[0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01]
#tru=[0.5647694979969955, 0.99, 0.40789496745117676, 0.37726996745117675, 0.13983420443164749, 0.25472396094141214, 0.2011072076865298, 0.01, 0.025703555332999495, 0.5647694979969955]
#tru1=[0.01, 0.99, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01, 0.01]
atp=result()
favail=[]
futil=[]
ffeed=[]
fsec=[]
for i in range(0,10):
tp=atp.rangecalculator("D:\\cloud\\availability.txt",tru[i])
favail.append(tp)
for i in range(0,10):
tp1=atp.rangecalculator("D:\\cloud\\utilisation.txt",tru1[i])
futil.append(tp1)
for i in range(0,10):
tp2=atp.rangecalculator("D:\\cloud\\feedback.txt",ret[i])
ffeed.append(tp2)
for i in range(0,10):
tp3=atp.rangecalculator("D:\\cloud\\security.txt",sec1[i])
fsec.append(tp3)
fsum=[]
#print favail,futil,ffeed,fsec
for i in range(0,10):
tp4=atp.computeresult(ffeed[i],favail[i],futil[i],fsec[i])
#print tp4
fsum.append(tp4)
#if fsum[0]=='HIGH':
#print fsum[0]
#print fsum
#maxi=max(fsum)
#print fsum
for i in range(0,10):
bl="insert into trustcloud values('%d','%s')" % (int(i),fsum[i])
cursor.execute(bl)
db.commit()
#print 'commited'
#System.out.println("commited");'''
'''mi=minweight()
