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virtualMachine.py
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virtualMachine.py
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#Virtual Machine
#coding:UTF-8
from math import *
quad = [['=', 34001, ' ', 4001], ['=', 30001, ' ', 100], ['=', 30002, ' ', 101], ['<=', 100, 101, 20001], ['=', 20001, ' ', 2002], ['/', 32001, 100, 22001], ['=', 22001, ' ', 2001], ['print', ' ', ' ', 2002], ['print', ' ', ' ', 2001]]
memory = [{4001: 'bo', 100: 'a', 101: 'b', 102: 'c', 103: 'g', 104: 'f', 105: 'e', 2001: 'd', 2002: 'h'},
{34001: 'false', 30002: 4, 32001: 4.5, 30001: 3},
{20001: ' 100 - 101', 22001: ' 32001 - 100'}]
countquads = 9;
def virtual_machine (quad):
print "It's inside the machine"
mglobal = memory[0]
mcte = memory[1]
mtemporal = memory[2]
i = 0
while i < countquads:
print "While were at it"
#Logic of this: We get a quad, in form of an array
# quad[i][0] is the operator
# quad[i][1] is the first operand
# quad[i][2] is the second operand
# quad[i][0] is the the result of operand 1 operator operand 2
if quad[i][0] == "+":
print "Addition"
#Defining in which part of the memory we need to get the value from
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][0]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
#Assing the result of the operation in a new variable
res = op1 + op2
#Store the variable with the result
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == "-":
print "Substraction"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 - op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == "*":
print "Multiplication"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 * op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == "/":
print "Divition"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 / op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == ">":
print "Greater than"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 > op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == "<":
print "Less than"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 < op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == ">=":
print "Greater or equal to"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 >= op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == "<=":
print "Less or equal than"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 <= op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == '%':
print ""
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
#Operador 1 del constante ...
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
#Operador 2 del global ...
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = op1 % op2
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == '^':
print "Power"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][2] <= 8001):
op2 = mglobal[quad[i][2]]
elif(quad[i][2] >= 12001 and quad[i][2] <= 28001):
op2 = mtemporal[quad[i][2]]
elif(quad[i][2] >= 30001 and quad[i][2] <= 38001):
op2 = mcte[quad[i][2]]
res = pow(op1,op2)
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == '!':
print "Not"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
res = not op1
mtemporal[quad[i][3]] = res
print mtemporal[quad[i][3]]
i +=1
elif quad[i][0] == '=':
print "Asign"
if(quad[i][1] <= 8001):
op1 = mglobal[quad[i][1]]
if(quad[i][3] <= 8001):
mglobal[quad[i][3]] = op1
print mglobal[quad[i][3]]
if(quad[i][3] >= 12001 and quad[i][3] <= 28001):
mtemporal[quad[i][3]] = op1
print mtemporal[quad[i][3]]
if(quad[i][3] >= 30001 and quad[i][3] <= 38001):
mcte[quad[i][3]] = op1
print mcte[quad[i][3]]
elif(quad[i][1] >= 12001 and quad[i][1] <= 28001):
op1 = mtemporal[quad[i][1]]
if(quad[i][3] <= 8001):
mglobal[quad[i][3]] = op1
print mglobal[quad[i][3]]
if(quad[i][3] >= 12001 and quad[i][3] <= 28001):
mtemporal[quad[i][3]] = op1
print mtemporal[quad[i][3]]
if(quad[i][3] >= 30001 and quad[i][3] <= 38001):
mcte[quad[i][3]] = op1
print mcte[quad[i][3]]
elif(quad[i][1] >= 30001 and quad[i][1] <= 38001):
op1 = mcte[quad[i][1]]
if(quad[i][3] <= 8001):
mglobal[quad[i][3]] = op1
print mglobal[quad[i][3]]
if(quad[i][3] >= 12001 and quad[i][3] <= 28001):
mtemporal[quad[i][3]] = op1
print mtemporal[quad[i][3]]
#Guarda resultado en constante ...
if(quad[i][3] >= 30001 and quad[i][3] <= 38001):
mcte[quad[i][3]] = op1
print mcte[quad[i][3]]
i +=1
elif quad[i][0] == 'print':
print "Print"
if(quad[i][3] <= 8001):
print mglobal[quad[i][3]]
if(quad[i][3] >= 12001 and quad[i][3] <= 28001):
print mtemporal[g]
if(quad[i][3] >= 30001 and quad[i][3] <= 38001):
print mcte[quad[i][3]]
i +=1
def contenidogoto (casilla):
#Obtener Valor de los globales
if(num <= 8001):
goto = mglobal[num]
return goto
#Obtener Valor de los locales
if(num >= 10001 and num <= 18001):
goto = mlocal[num]
return goto
#Obtener Valor de los temporales ...
if(num >= 12001 and num <= 28001):
goto = mtemporal[num]
return goto
#Obtener Valor de los constantes ...
if(num >= 30001 and num <= 38001):
goto = mcte[num]
return goto
i = 0
while (i < len(completo[0])):
cuadru = completo[0][i]
operador = cuadru[0]
num = cuadru[1]
if(operador == 31):
goto = contenidogoto(num)
print "GOTO"
print goto
if(goto == False):
g = cuadru[3]
i += g
#print i
cuadru = completo[0][i+1]
#print cuadru
#Obtener accesos a mandar 1
op1 = cuadru[1] # Obtengo 104
#print op1
#Obtener accesos a mandar 2
op2 = cuadru[2] # Obtengo 103
#print op2
#Obtener accesos a mandar 3
guardo = cuadru[3] #Obtengo 20001
#print guardo
i+=1
else:
op1 = cuadru[1] # Obtengo 104
#print op1
#Obtener accesos a mandar 2
op2 = cuadru[2] # Obtengo 103
#print op2
#Obtener accesos a mandar 3
guardo = cuadru[3] #Obtengo 20001
#print guardo
i+=1
elif(operador == 32):
g = cuadru[3]
i += g
#print i
cuadru = completo[0][i+1]
#print cuadru
#Obtener accesos a mandar 1
op1 = cuadru[1] # Obtengo 104
#print op1
#Obtener accesos a mandar 2
op2 = cuadru[2] # Obtengo 103
#print op2
#Obtener accesos a mandar 3
guardo = cuadru[3] #Obtengo 20001
#print guardo
i+=1
else:
#Obtener accesos a mandar 1
op1 = cuadru[1] # Obtengo 104
#print op1
#Obtener accesos a mandar 2
op2 = cuadru[2] # Obtengo 103
#print op2
#Obtener accesos a mandar 3
guardo = cuadru[3] #Obtengo 20001
#print guardo
#Switch gigante para cada operador
opcion[operador](op1, op2, guardo)
i+=1
print i
virtual_machine(quad)