def reduc(stack,input1,line):
#print 'lineis',line
inputline[:] = input1[:]
ostack[:]=stack[:]
ol=len(ostack)
rl=len(stack)
if (len(stack)==0):
stack.append(input1[0])
rh1.append(line[0])
stack1.append(symbols[int(input1[0])-1][0]);
del input1[0]
del line[0]
while (len(input1) >= 1):
a = int (stack[len(stack) - 1]) - 1
b = int (input1[0]) - 1
if (flag.flag9 == 1):
data1="Top of Stack"+symbols[a][0];
print '{:>60}'.format(data1)
data2="input1 Symbol"+symbols[b][0];
print '{:>60}'.format(data2)
if (int(matrix[a][b]) == 3):
data3="Relation between "+symbols[a][0]+" and "+ symbols[b][0]+" is Less Than";
print '{:>60}'.format(data3)
elif (int(matrix[a][b]) == 1):
data3="Relation between "+symbols[a][0]+" and "+ symbols[b][0]+" is Equal";
print '{:>60}'.format(data3)
elif (int(matrix[a][b]) == 2):
data3="Relation between "+symbols[a][0]+" and "+ symbols[b][0]+" is Greater Than";
print '{:>60}'.format(data3)
if (matrix[a][b] == '0'):
print "Character Pair Error in line ",flag.lcount," between ",symbols[a][0]," and ",symbols[b][0]
data = "Symbols ignored:"
for ab in range(len(input1)):
data = data+" " + str(symbols[int(input1[ab])-1][0])
print data
diff=len(stack)-rl
data4 = 'Symbols popped: '
for ae in range(diff):
data4= data4+ " "+str(symbols[int(stack[len(stack)-1])-1][0])
stack.pop()
stack1.pop()
data4= data4+" "+str(stack1[len(stack1)-1])
print data4
stack[:]=ostack[:]
data1 = "Stack is: "
for ac in range(len(ostack)):
data1 = data1+" " + str(symbols[int(stack[ac])-1][0])
print data1
break
if (matrix[a][b] == '3' or matrix[a][b] == '1'):
stack.append(input1[0])
stack1.append(symbols[int(input1[0])-1][0]);
rh1.append(line[0])
del line[0]
#print 'stack1',stack1
del input1[0]
if (matrix[a][b] == '2'):
for each in production:
j = 10
l = len(each) - 2
if int(each[l]) == int(each[l]):
for i in range(int(each[0])):
if int(each[l-i]) != int(stack[len(stack)-i-1]):
break
else :
j=i
if (int(each[0])-1) == j:
redno=0
for sublist in production1:
redno=redno+1
if sublist == each:
break
if (flag.flag8 == 1 or flag.flag12 == 1):
data = "Stack Before Reduction: "
for ad in range(len(stack1)):
data = data+" " + str(stack1[ad])
print data
rhs=''
rhs1=''
if redno == 16 or redno == 17 :
LOCAL = []
LST = []
semantics.seman(rhs,redno,rh1)
rh1.append('')
for jj in range(int(each[0])):
rhs=rhs+' '+symbols[int(stack[len(stack)-1])-1][0]
del stack[len(stack)-1]
del stack1[len(stack1)-1]
del rh1[len(rh1)-1]
#print 'rhs1',rhs1,rh1,rhs
stack.append(each[l+1])
#rh1.insert(0,each[l+1])
lhs=''
lhs=symbols[int(each[l+1])-1][0]
stack1.append(symbols[int(each[l+1])-1][0]);
rl=len(stack1)
#print 'redno',redno
if (flag.flag7 == 1):
#print
data = "Reduction # "+str(redno)+" : "+lhs+" <---- "+rhs
print '{:>60}'.format(data)
if (flag.flag10 == 1):
data = "Handle is: "+rhs
print '{:>60}'.format(data)
if (flag.flag8 == 1 or flag.flag12 == 1):
data = "Stack After Reduction: "
for ad in range(len(stack1)):
data = data+" " + str(stack1[ad])
print data
break
def red1(stack,line):
ostack=stack
while (len(stack) > 0):
if (len(stack)==1 and stack[0]=='1'):
break
#print 'prod',production
for each in production:
j = 10
l = len(each) - 2
if int(each[l]) == int(each[l]):
for i in range(int(each[0])):
if int(each[l-i]) != int(stack[len(stack)-i-1]):
break
else :
j=i
if (int(each[0])-1) == j:
redno=0
for sublist in production1:
redno=redno+1
if sublist == each:
break
#print 'redno',redno
if (flag.flag8 == 1 or flag.flag12 == 1):
data = "Stack Before Reduction: "
for ad in range(len(stack1)):
data = data+" " + str(stack1[ad])
print data
rhs=''
rhs1=''
if redno == 16 or redno == 17 :
LOCAL = []
LST = []
semantics.seman(rhs,redno,rh1)
rh1.append('')
for jj in range(int(each[0])):
rhs=rhs+' '+symbols[int(stack[len(stack)-1])-1][0]
rhs1 = rhs1+' '+rh1[0]
del stack[len(stack)-1]
del stack1[len(stack1)-1]
del rh1[len(rh1)-1]
stack.append(each[l+1])
#rh1.append(each[l+1])
lhs=''
lhs=symbols[int(each[l+1])-1][0]
stack1.append(symbols[int(each[l+1])-1][0]);
rl=len(stack1)
#print 'rhs',rhs1,rh1,rhs
if (flag.flag7 == 1):
#print
data = "Reduction # "+str(redno)+" : "+lhs+" <---- "+rhs
print '{:>60}'.format(data)
if (flag.flag10 == 1):
data = "Handle is: "+rhs
print '{:>60}'.format(data)
if (flag.flag8 == 1 or flag.flag12 == 1):
data = "Stack After Reduction: "
for ad in range(len(stack1)):
data = data+" " + str(stack1[ad])
print data
#break
if(stack==ostack):
break