def main(fichier):
s=stack.create()
ind_char=stack.create()
ind_ligne=stack.create()
nb_ligne=0
in_channel = open(fichier, 'r')
chaine="debut"
while(chaine != ''):
chaine=in_channel.readline()
nb_ligne=nb_ligne+1
for i in range(len(chaine)):
if(chaine[i]=="(" or chaine[i]=="[" or chaine[i]=="{") :
stack.push(chaine[i],s)
stack.push(i,ind_char)
stack.push(nb_ligne,ind_ligne)
elif(chaine[i]==")" or chaine[i]=="]" or chaine[i]=="}"):
if(not (stack.is_empty(s))):
if (stack.top(s)==getOpening(chaine[i])):
stack.pop(s)
else:
print("Closed parenthese",chaine[i]," at line ",nb_ligne," char ",i," don't match the open parenthese ",stack.top(s)," at line ",stack.top(ind_ligne)," char ",stack.top(ind_char))
else:
print("No open parenthese matching parenthese ",chaine[i]," at line ",nb_ligne," char ",i)
chaine=in_channel.readline()
if(not stack.is_empty(s)):
print("Parenthese ",stack.top(s)," at line ",stack.top(nb_ligne)," char ",stack.top(nb_char)," has no matching closed parenthese.")
def bracket(str):
dict = {'(':')','{':'}','[':']'}
ouv = stack.create()
fer = stack.create()
for i in range(len(str)):
if(str[i]=='(' or str[i]=='[' or str[i]=='{'):
ouv+=[str[i]]
elif(str[i]==")" or str[i]=="]" or str[i]=='}'):
fer+=[str[i]]
if(dict[stack.pop(ouv)]!=stack.pop(fer)):
return False
if(len(ouv)!=0 or len(fer)!=0):
return False
return True
def verif_parentheses(chaine):
s=stack.create()
for i in range(len(chaine)):
"""
print(s)
"""
if(chaine[i]=="(" or chaine[i]=="[" or chaine[i]=="{") :
stack.push(chaine[i],s)
elif(chaine[i]==")" or chaine[i]=="]" or chaine[i]=="}"):
if(not (stack.is_empty(s)) and stack.top(s)==getOpening(chaine[i])):
stack.pop(s)
else:
return -1
if(stack.is_empty(s)):
return 1
else:
return 0
def bracket(str):
dict = {'(':')','{':'}','[':']'}
ouv = stack.create()
fer = stack.create()
ouvLines = stack.create()
ferLines = stack.create()
ouvChars = stack.create()
ferChars = stack.create()
line = 1
char = 0
inComment = False
inString = False
for i in range(len(str)):
if(inComment and str[i]!="\n"):
continue
elif(inComment and str[i]=="\n"):
inComment = False
if(str[i]=="\n"):
line += 1
char = 0
if(str[i]=="#"):
inComment = True
char += 1
if(str[i]=='(' or str[i]=='[' or str[i]=='{'):
ouv+=[str[i]]
ouvLines+=[line]
ouvChars+=[char]
elif(str[i]==")" or str[i]=="]" or str[i]=='}'):
fer+=[str[i]]
ferLines+=[line]
ferChars+=[char]
if(len(ouv)!=0):
o = stack.pop(ouv)
f = stack.pop(fer)
ol = stack.pop(ouvLines)
fl = stack.pop(ferLines)
oc = stack.pop(ouvChars)
fc = stack.pop(ferChars)
else:
f = stack.pop(fer)
fl = stack.pop(ferLines)
fc = stack.pop(ferChars)
return "No open parenthese matching parenthese "+f+" at line "+builtins.str(fl)+" char "+builtins.str(fc)+"."
if(dict[o]!=f):
return "Closed parenthese "+f+" at line "+builtins.str(fl)+" char "+builtins.str(fc)+" don't match the open parenthese "+o+" at line "+builtins.str(ol)+" char "+builtins.str(oc)+"."
if(len(ouv)!=0 and len(fer)==0):
o = stack.pop(ouv)
ol = stack.pop(ouvLines)
oc = stack.pop(ouvChars)
return "Parenthese "+o+" at line "+builtins.str(ol)+" char "+builtins.str(oc)+" has no matching closed parenthese."
return "Well parenthesed."
def parentheses_checker1(file):
"""
Returns the phrase 'Well parenthesed' if each open parenthesis has
the matching close one.
In the opposite case, returns the phrase 'Bad parenthesed'.
:param file: file ( .txt, .py, etc.)
:return: 'Well parenthesed'/'Bad parenthesed'
:rtype: str
:UC: file is an external file
:example:
>>> parentheses_checker1('stack.py')
'Well parenthesed'
>>> parentheses_checker1('bad_stack1.py')
'Bad parenthesed'
>>> parentheses_checker1('bad_stack3.py')
'Bad parenthesed'
"""
with open(file) as f:
strInput = f.read()
if strInput:
brackets = [('(', ')'), ('[', ']'), ('{', '}')]
kStart = 0
kEnd = 1
stck = stack.create()
for char in strInput:
for bracketPair in brackets:
if char == bracketPair[kStart]:
stck.append(char)
elif char == bracketPair[kEnd] and len(
stck) > 0 and stck.pop() != bracketPair[kStart]:
return 'Bad parenthesed'
if len(stck) == 0:
return 'Well parenthesed'
return 'Bad parenthesed'
def bracket(str):
dict = {"(": ")", "{": "}", "[": "]"}
ouv = stack.create()
fer = stack.create()
ouvLines = stack.create()
ferLines = stack.create()
ouvChars = stack.create()
ferChars = stack.create()
line = 1
char = 0
for i in range(len(str)):
if str[i] == "\n":
line += 1
char = 0
char += 1
if str[i] == "(" or str[i] == "[" or str[i] == "{":
ouv += [str[i]]
ouvLines += [line]
ouvChars += [char]
elif str[i] == ")" or str[i] == "]" or str[i] == "}":
fer += [str[i]]
ferLines += [line]
ferChars += [char]
if len(ouv) != 0:
o = stack.pop(ouv)
f = stack.pop(fer)
ol = stack.pop(ouvLines)
fl = stack.pop(ferLines)
oc = stack.pop(ouvChars)
fc = stack.pop(ferChars)
else:
f = stack.pop(fer)
fl = stack.pop(ferLines)
fc = stack.pop(ferChars)
return (
"No open parenthese matching parenthese "
+ f
+ " at line "
+ builtins.str(fl)
+ " char "
+ builtins.str(fc)
+ "."
)
if dict[o] != f:
return (
"Closed parenthese "
+ f
+ " at line "
+ builtins.str(fl)
+ " char "
+ builtins.str(fc)
+ " don't match the open parenthese "
+ o
+ " at line "
+ builtins.str(ol)
+ " char "
+ builtins.str(oc)
+ "."
)
if len(ouv) != 0 and len(fer) == 0:
o = stack.pop(ouv)
ol = stack.pop(ouvLines)
oc = stack.pop(ouvChars)
return (
"Parenthese "
+ o
+ " at line "
+ builtins.str(ol)
+ " char "
+ builtins.str(oc)
+ " has no matching closed parenthese."
)
return "Well parenthesed."
def verif_parentheses(chaine):
s=stack.create()
indice=stack.create()
##################################################################################
#
# A queue that enqueues stacks! #################################################
#
##################################################################################
print("\nA queue that enqueues stacks!\n")
# create new queue
queue = q.create()
# enqueue a bunch of stacks!
for i in range(0, 10):
# make new stack
new_stack = s.create()
for j in range(0, 3):
val = i * 3 + j
print("Pushing value : " + str(val))
s.push(new_stack, val)
print(
"Enqueue-ing the stack containing those past 3 values onto the queue!!\n"
)
q.enqueue(queue, new_stack)
print("\nDe-queue-ing the queue!\n")
def create(x):
s = stack.create(x)
return [s, 1, x, False, 0]
