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An array is **circularly sorted** if the elements are sorted in ascending order, but displaced, or rotated, by any number of steps.
Complete the function/method that determines if the given array of integers is circularly sorted.
## Examples
These arrays are circularly sorted (`true`):
```
[2, 3, 4, 5, 0, 1] --> [0, 1] + [2, 3, 4, 5]
[4, 5, 6, 9, 1] --> [1] + [4, 5, 6, 9]
[10, 11, 6, 7, 9] --> [6, 7, 9] + [10, 11]
[1, 2, 3, 4, 5] --> [1, 2, 3, 4, 5]
[5, 7, 43, 987, -9, 0] --> [-9, 0] + [5, 7, 43, 987]
[1, 2, 3, 4, 1] --> [1] + [1, 2, 3, 4]
```
While these are not (`false`):
```
[4, 1, 2, 5]
[8, 7, 6, 5, 4, 3]
[6, 7, 4, 8]
[7, 6, 5, 4, 3, 2, 1]
```
|
def circularly_sorted(arr):
smallest = arr.index(min(arr))
if arr[smallest:] + arr[:smallest] == sorted(arr):
return True
else:
return False
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
remove=lambda s:' '.join(r for r,_ in __import__('re').findall(r'((!*)\w+\2)',s))
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def rm(word):
left = len(re.search('^!*', word).group())
right = len(re.search('!*$', word).group())
ex = '!' * min(left, right)
return ex + word.strip('!') + ex
def remove(s):
return ' '.join(map(rm, s.split()))
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def remove(s):
return ' '.join(m[0] for m in re.findall(r'((!*)\w+\2)', s))
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def remove(stg):
return " ".join(re.sub(r"(!*)([^!]+)(!*)", equalize, word) for word in stg.split())
def equalize(match):
before, word, after = match.groups()
shortest = min(before, after, key=len)
return f"{shortest}{word}{shortest}"
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def remove(stg):
words = stg.split(" ")
for i, group in enumerate(words):
b, w, a = re.search(r"(!*)([^!]+)(!*)", group).groups()
s = min(a, b, key=len)
words[i] = f"{s}{w}{s}"
return " ".join(words)
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def remove(s):
li = []
for i in s.split():
start = re.search("^!+", i)
end = re.search(r"!+$", i)
i = re.sub(r"^!+", "", re.sub(r"!+$", "", i))
m = min([len(start.group()) if start else 0, len(end.group()) if end else 0])
li.append(('!' * m) + i + ('!' * m))
return " ".join(li)
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def remove(s): return re.sub(r'(!*)([^! ]+)(!*)', repl, s)
def repl(m):
s = '!' * min(map(len,(m[1],m[3])))
return f'{s}{ m[2] }{s}'
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
import re
def remove(s):
return re.sub(r'!*?((!*)\w+\2)!*',r'\1',s)
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
def remove(s):
tmp = s.split(" ")
for i,x in enumerate(tmp):
before = 0
after = 0
while x[0] == "!":
before += 1
x = x[1:]
while x[-1] == "!":
after += 1
x = x[:-1]
count = min(before,after)
bangs = "!" * count
tmp[i] = bangs + x + bangs
return " ".join(tmp)
|
# Description:
Remove the minimum number of exclamation marks from the start/end of each word in the sentence to make their amount equal on both sides.
### Notes:
* Words are separated with spaces
* Each word will include at least 1 letter
* There will be no exclamation marks in the middle of a word
___
## Examples
```
remove("Hi!") === "Hi"
remove("!Hi! Hi!") === "!Hi! Hi"
remove("!!Hi! !Hi!!") === "!Hi! !Hi!"
remove("!!!!Hi!! !!!!Hi !Hi!!!") === "!!Hi!! Hi !Hi!"
```
|
def f(w):
l,r = 0, 0
word = ''
length = len(w)
n = 0
while n!=length:
if w[n] == '!':
if not word: l += 1
else: r += 1
elif w[n].isalpha():
word += w[n]
n += 1
return l,r, word
def remove(s):
l = []
for x in s.split():
a, b, word = f(x)
size = min(a,b)
l.append(f"{'!'*size}{word}{'!'*size}")
return ' '.join(l)
|
Implement a function which multiplies two numbers.
|
def multiply(x, y):
return x * y
|
Implement a function which multiplies two numbers.
|
multiply = lambda x, y: x * y
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return a * b
|
Implement a function which multiplies two numbers.
|
from operator import mul as multiply
|
Implement a function which multiplies two numbers.
|
def multiply(is_this, a_joke): return is_this*a_joke
|
Implement a function which multiplies two numbers.
|
multiply = lambda a,b: a*b
|
Implement a function which multiplies two numbers.
|
def multiply(term_one, term_two):
return term_one * term_two
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
product = a * b
return product
|
Implement a function which multiplies two numbers.
|
def multiply(n1, n2):
return n1*n2
|
Implement a function which multiplies two numbers.
|
__import__('inspect').isfunction, multiply = __import__('inspect').isbuiltin, __import__('operator').mul
|
Implement a function which multiplies two numbers.
|
def multiply(x, y):
if y == 1:
return x
else:
return x + multiply(x, y-1)
|
Implement a function which multiplies two numbers.
|
from operator import mul
def multiply(*args):
return mul(*args)
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
mv = 0
for c in range(b):
mv = sumVal(mv, a)
return mv
def sumVal(a, b):
for c in range(b):
a = add1(a)
return a
def add1(a):
out = ''
binval = dec2bin(a)
carry = 0
convert = True
while len(binval) > 0:
if not convert:
out = binval[-1] + out
else:
if carry == 1:
if binval[-1] == '0':
convert = False
carry = 0
out = '1' + out
else:
out = '0' + out
else:
if binval[-1] == '0':
out = '1' + out
convert = False
else:
out = '0' + out
carry = 1
binval = binval[:-1]
if carry == 1:
out = '1' + out
return bin2dec(out)
def dec2bin(a):
if a == 0:
return '0'
out = ''
while a > 0:
out = str(a%2) + out
a = a //2
return out
def bin2dec(a):
out = 0
while len(a) > 0:
out *= 2
out += int(a[0])
a = a[1:]
return out
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return (a).__mul__(b)
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return a if b == 1 else a + multiply(a, b ^ 1) if b & 1 else multiply(a + a, b >> 1) if b else 0
|
Implement a function which multiplies two numbers.
|
multiply = int.__mul__
|
Implement a function which multiplies two numbers.
|
def multiply(*_):
return _[0]*_[1]
|
Implement a function which multiplies two numbers.
|
from operator import mul #as multiply
multiply = lambda *args, **kwargs: mul(*args, **kwargs)
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return 0 if b == 0 else a if b == 1 else a + multiply(a, b ^ 1) if b & 1 else multiply(a + a, b >> 1)
|
Implement a function which multiplies two numbers.
|
import operator as op
multiply = op.mul
|
Implement a function which multiplies two numbers.
|
#your code hered
def multiply(a,b):
return a*b
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
return round(a * b)
|
Implement a function which multiplies two numbers.
|
def multiply(n,s):
return n*s
|
Implement a function which multiplies two numbers.
|
def multiply(arg_int_a, arg_int_b):
return arg_int_a * arg_int_b
|
Implement a function which multiplies two numbers.
|
def multiply(x, y):
m = x * y
return m
|
Implement a function which multiplies two numbers.
|
#your code here
def multiply (num1, num2):
answer = num1 * num2
return answer
|
Implement a function which multiplies two numbers.
|
from operator import mul
multiply=mul
|
Implement a function which multiplies two numbers.
|
a = 1
b = 4
def multiply(a, b):
return a * b
|
Implement a function which multiplies two numbers.
|
def multiply(number1, number2):
x = number1 * number2
return x
|
Implement a function which multiplies two numbers.
|
from operator import mul
multiply = lambda a,b: mul(a, b)
|
Implement a function which multiplies two numbers.
|
import operator
multiply = operator.mul
|
Implement a function which multiplies two numbers.
|
def multiply(*args):
z = 1
for num in args:
z *= num
return z
|
Implement a function which multiplies two numbers.
|
def multiply(szam1,szam2):
return szam1*szam2
multiply(2,3)
|
Implement a function which multiplies two numbers.
|
def multiply(u,y):
return u*y
|
Implement a function which multiplies two numbers.
|
def multiply(tbilisi,telavi):
return(tbilisi*telavi)
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
m = a * b
return m
|
Implement a function which multiplies two numbers.
|
def multiply(number_1, number_2):
return number_1 * number_2
|
Implement a function which multiplies two numbers.
|
def multiply(*args):
p = 1
for a in args:
p *= a
return p
|
Implement a function which multiplies two numbers.
|
def multiply(x, y):
if x * y:
return x * y
print((multiply(2, 4)))
|
Implement a function which multiplies two numbers.
|
multiply = lambda a, b : a * b
#just learned to use lambda :D
|
Implement a function which multiplies two numbers.
|
#your code here
def multiply(a, b):
return a*b
a =2
b =3
print(multiply(a, b))
|
Implement a function which multiplies two numbers.
|
def multiply(x,v):
return x*v
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
return a * b
print(multiply(7,9))
|
Implement a function which multiplies two numbers.
|
def multiply(n, m):
return n * m
print((multiply(2,5)))
|
Implement a function which multiplies two numbers.
|
def multiply(num1,num2):
a = num1 * num2
return a
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
print(a,b)
return a*b
|
Implement a function which multiplies two numbers.
|
def multiply(x:int, y:int) -> int:
return x*y
|
Implement a function which multiplies two numbers.
|
def multiply(numbers, argumentol):
results = numbers * argumentol
return results
|
Implement a function which multiplies two numbers.
|
# from operator import mul as multiply
def multiply(a, b) -> int:
return a*b
|
Implement a function which multiplies two numbers.
|
def multiply(a, b) -> int:
return a * b
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
return a * b
multiply(2, 2)
|
Implement a function which multiplies two numbers.
|
def multiply(n, b):
a = n * b
return a
|
Implement a function which multiplies two numbers.
|
def multiply(a: int, b: int) -> int:
return a*b
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
a_start = a
for s in range(0, b-1):
a += a_start
return a
|
Implement a function which multiplies two numbers.
|
def multiply(x,y):
c = x*y
return c
|
Implement a function which multiplies two numbers.
|
def multiply(first_number, second_number):
return first_number * second_number
#your code here
|
Implement a function which multiplies two numbers.
|
multiply = lambda n, m: n * m
|
Implement a function which multiplies two numbers.
|
def multiply(*args):
c = 1
for i in args:
c = c * i
print(str(c))
return c
multiply(2,4,3)
|
Implement a function which multiplies two numbers.
|
from operator import mul
def multiply(*args: int) -> int:
return mul(*args)
|
Implement a function which multiplies two numbers.
|
def multiply(q,w):
return q*w#your code here
|
Implement a function which multiplies two numbers.
|
def multiply(a,s):
return a * s
|
Implement a function which multiplies two numbers.
|
def multiply(v1,v2):
return v1 * v2
|
Implement a function which multiplies two numbers.
|
#your code here
def multiply(a,b):
print(a*b)
return a*b
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
print(a)
print(b)
return a*b
print(multiply(3,4))
|
Implement a function which multiplies two numbers.
|
def multiply(value1, value2):
return (value1 * value2)#your code here
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return a * b
#Completed by Ammar on 13/8/2019 at 04:00PM.
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return a*b #I solved this Kata on 7/27/2019 08:28 PM...#Hussam'sCodingDiary
|
Implement a function which multiplies two numbers.
|
#your code here
def multiply (nr1, nr2):
return nr1 * nr2
|
Implement a function which multiplies two numbers.
|
multiply = lambda x, y: x * y
"""
def multiply(a,b):
if a is int or a is float and b is int or b is float:
return a * b
else:
raise TypeError("NaN")
"""
|
Implement a function which multiplies two numbers.
|
multiply = lambda *a : ( (lambda ft, op: ft.reduce(op.mul, a)) (*[__import__(x) for x in ['functools', 'operator']]))
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
"""Performs a multiplciaton, with numbers a and b."""
# multiplication
cal = float(a) * float(b)
return cal
|
Implement a function which multiplies two numbers.
|
multiply = lambda n,m: m*n
|
Implement a function which multiplies two numbers.
|
def multiply(thing1, thing2):
return thing1 * thing2
|
Implement a function which multiplies two numbers.
|
def multiply (num1, num2):
return num1 * num2
print(multiply(3, 4))
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return a*b
"""multiply two arguments , and return the
multiplication of the two arguments"""
|
Implement a function which multiplies two numbers.
|
def multiply (n, n_1):
return n * n_1
|
Implement a function which multiplies two numbers.
|
multiply = lambda a, b: b * a
|
Implement a function which multiplies two numbers.
|
multiply = lambda n1, n2: n1 * n2
|
Implement a function which multiplies two numbers.
|
#your code here
def multiply(a=0, b=0):
return a*b
|
Implement a function which multiplies two numbers.
|
def multiply(n, n_2):
return n*n_2
|
Implement a function which multiplies two numbers.
|
def multiply(a,b):
return sum([a for i in range(b)])
|
Implement a function which multiplies two numbers.
|
def multiply(second,first):
return second*first
|
Implement a function which multiplies two numbers.
|
def multiply (numb1,numb2):
return numb1 * numb2
|
Implement a function which multiplies two numbers.
|
def multiply(a, b):
res = a * b
return res
|
Implement a function which multiplies two numbers.
|
multiply = lambda i,j: i * j
|
Implement a function which multiplies two numbers.
|
def multiply(s,n):
return s*n#your code here
|
Implement a function which multiplies two numbers.
|
multiply = lambda x, y: int.__mul__(x,y)
|
Implement a function which multiplies two numbers.
|
def multiply(num1,num2):
return num1 * num2
print((multiply(5,7)))
|
Implement a function which multiplies two numbers.
|
#your code here
def multiply(a,b):
return a*b #Performed the multiplication and returned the final outcome
|
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