def enterREPL():
# loop state code
loopStatus = {"loopDepth": 0, "rootLoopLength": 0, "loopCode": []}
while True:
inp = raw_input(str(utils.lines) + "> ").strip()
if inp == "quit":
return
# update line count
utils.lines += 1
# handles loops and executes otherwise
loopStatus = parse.loopCheckThenParse(utils.lines, inp, loopStatus)
def enterREPL():
#loop state code
loopStatus = {'loopDepth': 0, 'rootLoopLength': 0, 'loopCode': []}
while (True):
inp = raw_input(str(utils.lines) + "> ").strip()
if (inp == "quit"):
return
#update line count
utils.lines += 1
#handles loops and executes otherwise
loopStatus = parse.loopCheckThenParse(utils.lines, inp, loopStatus)
def enterREPL():
#loop state code
loopStatus = {'loopDepth': 0, 'rootLoopLength': 0, 'loopCode': []}
#track inputed line count
inpLine = 0
while (True):
#update line count
inpLine += 1
utils.lines = inpLine
#display prompt
inp = raw_input(str(utils.lines) + "> ").strip()
#handles quit directive
if (inp == "quit"):
return
#handles loops and executes otherwise
loopStatus = parse.loopCheckThenParse(utils.lines, inp, loopStatus)
def enterREPL():
#loop state code
loopStatus = {'loopDepth':0,
'rootLoopLength':0,
'loopCode':[]}
#track inputed line count
inpLine = 0
while(True):
#update line count
inpLine += 1
utils.lines = inpLine
#display prompt
inp = raw_input(str(utils.lines) + "> ").strip()
#handles quit directive
if(inp == "quit"):
return
#handles loops and executes otherwise
loopStatus = parse.loopCheckThenParse(utils.lines,inp,loopStatus)
