import sys
import re
import math
vars = {}
lines = open(sys.argv[1], "r").read().split("\n")
lines = list(map(lambda el: el.lstrip(), lines))
i = 0
jumps = {}
lastBefJmp = 0


def sostT(text, vars):
    matches = re.findall(r"(?<=\$)(.*)(?=\$)", text)
    for match in matches:
        if match in vars.keys():
            text = text.replace("$"+match+"$", str(vars[match]))
    return text
def cast(to,val):
    if to == "INT":
        return int(val)
    elif to == "DEC":
        return float(val)
    elif to == "LST":
        return list(val)
    elif to == "STR":
        return str(val)


try:
    for i in range(len(lines)):
        if len(lines[i].strip()) == 0:
            continue
        ag = lines[i].split(" ")
        if len(ag[0]):
            if ag[0][0] == ":":
                jumps[ag[0][1:]] = i
    i = 0
    while lines[i].strip() != "END" or i > len(lines):
        if len(lines[i].strip()) == 0:
            i += 1
            continue
        if lines[i][0] == "#":
            i += 1
            continue
        ag = lines[i].split(" ")
        if ag[0] == "INT":
            vars[ag[1]] = 0
        elif ag[0] == "SET":
            vars[ag[1]] = int(ag[2])
        elif ag[0] == "DEC":
            if len(ag) == 3:
                if ag[2].isnumeric():
                    n = int(ag[2])
                else:
                    n = int(vars[ag[2]])
            else:
                n = 1
            vars[ag[1]] = int(vars[ag[1]])-n
        elif ag[0] == "INC":
            if len(ag) == 3:
                if ag[2].isnumeric():
                    n = int(ag[2])
                else:
                    n = int(vars[ag[2]])
            else:
                n = 1
            vars[ag[1]] = int(vars[ag[1]])+n
        elif ag[0] == "CP":
            vars[ag[1]] = vars[ag[2]]
        elif ag[0] == "MOD":
            if str(ag[1]).isnumeric():
                m = float(ag[1])
            else:
                m = float(vars[ag[1]])
            if str(ag[2]).isnumeric():
                modTerm = float(ag[2])
            else:
                modTerm = float(vars[ag[2]])
            vars[ag[3]] = m % modTerm
        elif ag[0] == "JMP":
            lastBefJmp = i
            i = jumps[ag[1]]
        elif ag[0] == "JLE":
            lastBefJmp = i
            if str(ag[3]).isnumeric():
                athr = float(ag[3])
            else:
                athr = float(vars[ag[3]])
            if vars[ag[2]] <= athr:
                i = jumps[ag[1]]
        elif ag[0] == "JME":
            lastBefJmp = i
            if str(ag[3]).isnumeric():
                athr = float(ag[3])
            else:
                athr = float(vars[ag[3]])
            if vars[ag[2]] >= athr:
                i = jumps[ag[1]]
        elif ag[0] == "JE":
            lastBefJmp = i
            if str(ag[3]).isnumeric():
                athr = float(ag[3])
            else:
                athr = float(vars[ag[3]])
            if vars[ag[2]] == athr:
                i = jumps[ag[1]]
        elif ag[0] == "JL":
            lastBefJmp = i
            if str(ag[3]).isnumeric():
                athr = float(ag[3])
            else:
                athr = float(vars[ag[3]])
            if vars[ag[2]] < athr:
                i = jumps[ag[1]]
        elif ag[0] == "JM":
            lastBefJmp = i
            if str(ag[3]).isnumeric():
                athr = float(ag[3])
            else:
                athr = vars[ag[3]]
            if vars[ag[2]] > athr:
                i = jumps[ag[1]]
        elif ag[0] == "OUT":
            print(sostT(" ".join(ag[1:]), vars).replace("\\n", "\n"), end='')
        elif ag[0] == "IN":
            print(sostT(" ".join(ag[3:]), vars).replace("\\n", "\n"), end='')
            vars[ag[2]] = int(input(""))
        elif ag[0] == "RET":
            i = lastBefJmp
        elif ag[0] == "ADD":
            vars[ag[3]] = vars[ag[1]] + vars[ag[2]]
        elif ag[0] == "SUB":
            vars[ag[3]] = vars[ag[1]] - vars[ag[2]]
        elif ag[0] == "MUL":
            vars[ag[3]] = vars[ag[1]] * vars[ag[2]]
        elif ag[0] == "DIV":
            vars[ag[3]] = vars[ag[1]] / vars[ag[2]]
        elif ag[0] == "EL":
            vars[ag[3]] = vars[ag[1]] ** vars[ag[2]]
        elif ag[0] == "FLO":
            vars[ag[2]] =  int(vars[ag[1]])
        elif ag[0] == "CEL":
            vars[ag[2]] =  math.ceil(vars[ag[1]])
        i += 1
except Exception as e:
    print(vars)
    print(jumps)
    raise e
# print(lines)