Team B - Python To Pseudocode

# Team B Pseudocode Convertor - Nicole's Team
# CURRENT STATUS: EQUALS SIGN TO ARROWS, CAPS AND OUTPUT WORKING, INDENTATION WORKING, IF LOOPS WORKING BUT LIMITED TO NON-NESTED LOOPS, FOR LOOPS ARE WORKING AND INCLUSIVE OF STEP BUT DOESN'T YET SUPPORT NESTED FOR LOOPS, ACCEPTS WHILE LOOPS WHERE THE CONDITION IS IN THE WHILE STATEMENT (NO BREAKS YET)
# PLEASE TEST WITH SIMPLE ASSIGNMENT, SELECTION AND ITERATION IF YOU WANT TO SEE ACTUAL FUNCTIONING CODE THANKS

total = []
inlooop = []
file_name = input("Please input your file name\n   > ")
print()
python = open(file_name, "r")

reed = python.readlines()
for i in reed:
   total.append(i[:-1])
# print(total)

# MELVYN
def equal2arrowconverter():
    for line in range(0,len(total)):
        List = []
        for i in total[line]:
            if i == "=":
                if total[line][total[line].index(i)+1] != "=" and total[line][total[line].index(i)-1] != "=":
                    List.append(" <- ")
                else:
                    List.append(i)
            else:
                List.append(i)
        List = "".join(List)
        total[line] = List
    return

# NICOLE
def indent():
    for line in total:
        count = 0
        while True:
            if line[4*count:4*count+4] == "    ":
                count += 1
            else:
                break
        total[total.index(line)] = [count,line[4*count:]]
    return total

# BRANDON
def codewordconverter():
    pythonwd = ["print","while","for","if","else:","input","True","False"]
    pseudowd = ["OUTPUT","WHILE","FOR","IF","ELSE","INPUT","TRUE","FALSE"]
    for j in range(0,len(total)):
        line = total[j][1].split()
        for i in range(len(line)):
            for x in range(0,len(pseudowd)):
                if line[i] == pythonwd[x]:
                    line[i] = pseudowd[x]
        line = " ".join(line)
        if "print" in line:
            line = line.replace("print","OUTPUT")
            line = line.replace("("," ")
            line = line.replace(")"," ")
        total[j][1] = line

# JACOB
indenter = []
def indentation_identifier():
    for line in total:
        words = line[1].split()
        if words == []:
            indenter.append([line[0],""])
        else:
            indenter.append([line[0],words[0]])

# JACOB
def for_i_in_range_x_to_y():
    new = []
    can = []
    counting = 0
    unlock = ["#", "#"]
    for v in range(0,len(indenter)):  # line, v
        if unlock[0] == 1:
            if unlock[1] == indenter[v][0]:
                total.insert(v, [indenter[v][0], "END FOR"])
                unlock = ["#", "#"]
        if indenter[v][1] == "FOR":  # v 0
            new.append("FOR")
            can.append(total[v][len(total[v])-1].split(","))
            unlock = [1, indenter[v][0]]
            for q in can:
                for w in q:
                    for j in w:
                        try:
                            y = int(j)
                            counting = counting + 1
                            if counting == 1:
                                new.append(str(y))
                                new.append("->")
                            if counting == 2:
                                new.append(str(y))
                            if counting == 3:
                                new.append("STEP")
                                new.append(str(y))
                        except ValueError:
                            y = 0
            total[v] = [indenter[v][0]," ".join(new)]

# NICOLE
def whilestatement():
    inloop = [0, 0]
    for line in range(0,len(total)):
        if inloop[0] > 0 and inloop[1] == total[line][0]:
            total.insert(line, [inloop[1],"END WHILE"])
            inloop = [inloop[0]-1, 0]
            continue

        if "WHILE" in total[line][1]:
            total[line][1] = total[line][1][:-1]
            total[line][1] = total[line][1].replace("==","=")
            total[line][1] = total[line][1].replace("!=","<>")
            inloop = [inloop[0]+1, total[line][0]]
            continue
    if inloop[0] == 1:
        total.append([inloop[1],"END WHILE"])
    return total

# NICOLE
def ifstatement():
    inloop = [0, 0] # Number of loops that it's in, Number of indents of the latest loop
    for line in range(0,len(total)):
        if inloop[0] > 0:
            if total[line][0] > inloop[1]:
                if total[line][1] != "THEN":
                    total[line][0] = total[line][0]+inloop[0]
                if "IF" not in total[line][1]:
                    continue
            else:
                if "ELSE" not in total[line][1]:
                    total.insert(line, [inloop[1],"ENDIF"])
                    inloop = [inloop[0]-1, 0]
                    continue

        if "IF" in total[line][1]:
            total[line][1] = total[line][1][:-1]
            total[line][1] = total[line][1].replace("==","=")
            total[line][1] = total[line][1].replace("!=","<>")
            inloop = [inloop[0]+1, total[line][0]]
            total.insert(line+1, [int(total[line][0])+1,"THEN"])
            continue

        if "ELSE" in total[line][1]:
            total[line][0] = total[line][0] + inloop[0]

    if inloop[0] == 1:
        total.append([inloop[1],"ENDIF"])
    return total

# NICOLE
def output():
    print("START PROGRAM")
    for line in total:
        out = " "*4*line[0] + line[1]
        print(out)

equal2arrowconverter()
indent()
codewordconverter()
whilestatement()
ifstatement()
indentation_identifier()
for_i_in_range_x_to_y()
output()