id
stringlengths
35
39
content
stringlengths
44
3.85k
max_stars_repo_path
stringlengths
52
57
refactory_data_question_5_correct_5_349
def top_k(lst, k): list = [] while len(list) < k: a = max(lst) lst.remove(a) list.append(a) return list
./refactory/data/question_5/code/correct/correct_5_349.py
refactory_data_question_5_correct_5_267
def top_k(lst, k): new, a = [], lst[0] while lst: for i in range(len(lst)): new.append(max(lst)) lst.remove(max(lst)) return new[:k] pass
./refactory/data/question_5/code/correct/correct_5_267.py
refactory_data_question_5_correct_5_200
def top_k(lst, k): sorted_list = [] biggest = [] while lst: largest = 0 for i in lst: if i >= largest: largest = i lst.remove(largest) sorted_list.append(largest) # from biggest to smallest for j in range (k): biggest.append(sorted_list[j]) return biggest pass
./refactory/data/question_5/code/correct/correct_5_200.py
refactory_data_question_5_correct_5_275
def top_k(lst, k): sorted_lst = [] while lst: biggest = lst[0] for n in range(len(lst)): if lst[n] >= biggest: biggest = lst[n] lst.remove(biggest) sorted_lst.append(biggest) return sorted_lst[0:k]
./refactory/data/question_5/code/correct/correct_5_275.py
refactory_data_question_5_correct_5_361
def top_k(lst, k): sort = [] while lst: big = max(lst) sort.append(big) lst.remove(big) output = [] for i in range(k): output.append(sort[i]) return output
./refactory/data/question_5/code/correct/correct_5_361.py
refactory_data_question_5_correct_5_129
def top_k(lst, k): sort = [] while lst: largest = lst[0] for i in lst: if i > largest: largest = i sort.append(largest) lst.remove(largest) top = sort[:k] return top
./refactory/data/question_5/code/correct/correct_5_129.py
refactory_data_question_5_correct_5_387
def top_k(lst, k): x = [] for i in range(k): a = 0 for ele in lst: if ele >= a: a = ele lst.remove(a) x.append(a) return x
./refactory/data/question_5/code/correct/correct_5_387.py
refactory_data_question_5_correct_5_279
def top_k(lst, k): new = [] for i in range(k): largest = max(lst) new += [largest] lst.remove(largest) return new
./refactory/data/question_5/code/correct/correct_5_279.py
refactory_data_question_5_correct_5_318
def top_k(lst, k): # Fill in your code here sort_lst = [] while lst: biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) sort_lst.append(biggest) return sort_lst[:k]
./refactory/data/question_5/code/correct/correct_5_318.py
refactory_data_question_5_correct_5_117
def sort(lst): newlst=[] while lst: minimum=lst[0] for x in lst: if x>minimum: minimum=x newlst.append(minimum) lst.remove(minimum) return newlst def top_k(lst, k): lst=sort(lst) return lst[:k] # Fill in your code here
./refactory/data/question_5/code/correct/correct_5_117.py
refactory_data_question_5_correct_5_311
def top_k(lst, k): # Fill in your code here result = [] while lst: minimum = lst[0] # arbitrary number in list for x in lst: if x > minimum: minimum = x result.append(minimum) lst.remove(minimum) return result[:k]
./refactory/data/question_5/code/correct/correct_5_311.py
refactory_data_question_5_correct_5_225
def top_k(lst, k): a=[] while lst: largest = lst[0] for i in lst: if i > largest: largest = i lst.remove(largest) a.append(largest) return a[:k]
./refactory/data/question_5/code/correct/correct_5_225.py
refactory_data_question_5_correct_5_204
def top_k(lst, k): sort = [] counter = 0 while counter != k: sort.append(max(lst)) lst.remove(max(lst)) counter += 1 return sort
./refactory/data/question_5/code/correct/correct_5_204.py
refactory_data_question_5_correct_5_310
def top_k(lst, k): # Fill in your code here data_list = lst new_list = [] while data_list: minimum = data_list[0] # arbitrary number in list for x in data_list: if x > minimum: minimum = x new_list.append(minimum) data_list.remove(minimum) return new_list[:k]
./refactory/data/question_5/code/correct/correct_5_310.py
refactory_data_question_5_correct_5_008
def top_k(lst, k): stop = False result = [] while k>0: highest = 0 index = 0 for i in range(0,len(lst)): if lst[i]>highest: index = i highest = lst[i] result = result + [highest] lst.pop(index) k = k - 1 return result
./refactory/data/question_5/code/correct/correct_5_008.py
refactory_data_question_5_correct_5_171
def top_k(lst, k): final = [] while lst: biggest = lst[0] for i in lst: if i>biggest: biggest = i lst.remove(biggest) final.append(biggest) return final[:k]
./refactory/data/question_5/code/correct/correct_5_171.py
refactory_data_question_5_correct_5_090
def top_k(lst, k): result = [] while lst: biggest = lst[0] for number in lst: if number > biggest: biggest = number lst.remove(biggest) result.append(biggest) return result[:k]
./refactory/data/question_5/code/correct/correct_5_090.py
refactory_data_question_5_correct_5_176
def top_k(lst, k): def sort(lst2): holder=[] if lst==[]: return [] for x in lst: if holder==[]: holder=x elif x>holder: holder=x lst.remove(holder) return [holder]+sort(lst) counter=k final=[] new_lst=sort(list) while counter>0: a=new_lst.pop(0) final.append(a) counter-=1 return final
./refactory/data/question_5/code/correct/correct_5_176.py
refactory_data_question_5_correct_5_149
def top_k(lst, k): def sortme(lst): sort=[] while lst: largest=lst[0] for i in lst: if i>largest: largest=i lst.remove(largest) sort.append(largest) return sort return sortme(lst)[:k]
./refactory/data/question_5/code/correct/correct_5_149.py
refactory_data_question_5_correct_5_400
def top_k(lst, k): l = [] if k > len(lst): return False elif k == 1: return lst else: while len(l) < k: a = max(lst) lst.remove(a) l.append(a) return l # Fill in your code here pass
./refactory/data/question_5/code/correct/correct_5_400.py
refactory_data_question_5_correct_5_144
def top_k(lst, k): sort = [] while lst: largest = lst[0] for e in lst: if e > largest: largest = e lst.remove(largest) sort.append(largest) return sort[:k]
./refactory/data/question_5/code/correct/correct_5_144.py
refactory_data_question_5_correct_5_140
def top_k(lst, k): new_list = [] while len(new_list) != k: largest = lst[0] for i in lst: if largest < i: largest = i else: continue new_list += [largest] lst.remove(largest) return new_list
./refactory/data/question_5/code/correct/correct_5_140.py
refactory_data_question_5_correct_5_093
def top_k(lst, k): # Fill in your code here sort = [] while lst: largest = lst[0] for i in range(len(lst)): if lst[i] > largest: largest = lst[i] sort.append(largest) lst.remove(largest) return sort[:k]
./refactory/data/question_5/code/correct/correct_5_093.py
refactory_data_question_5_correct_5_155
def top_k(lst, k): result = 0 new_list = [] while result < k: temp = max(lst) new_list.append(temp) lst.remove(temp) result = result + 1 return new_list
./refactory/data/question_5/code/correct/correct_5_155.py
refactory_data_question_5_correct_5_138
def top_k(lst, k): rs=[] for qwerty in range(0,k): biggest=lst[0] for k in lst: if biggest<k: biggest=k rs.append(biggest) lst.remove(biggest) return rs
./refactory/data/question_5/code/correct/correct_5_138.py
refactory_data_question_5_correct_5_170
def top_k(lst, k): new = [] i = 1 while i <= k: element = find_largest(lst) new.append(element) lst.remove(element) i = i+1 return new def find_largest(lst): largest = lst[0] for element in lst: if element > largest: largest = element return largest
./refactory/data/question_5/code/correct/correct_5_170.py
refactory_data_question_5_correct_5_321
def top_k(lst, k): new_lst=[] def bubble_sort(lst): swap = True while swap: swap = False for i in range(len(lst)-1): if lst[i]<lst[i+1]: lst[i],lst[i+1]=lst[i+1],lst[i] swap =True return lst sorted_lst = bubble_sort(lst) while k: new_lst.append(sorted_lst.pop(0)) k-=1 return new_lst
./refactory/data/question_5/code/correct/correct_5_321.py
refactory_data_question_5_correct_5_273
def top_k(lst, k): product = [] while k > 0: product += [max(lst)] k = k -1 lst.remove(max(lst)) return product
./refactory/data/question_5/code/correct/correct_5_273.py
refactory_data_question_5_correct_5_260
def top_k(lst, k): af_sort = [] while lst: biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) af_sort.append(biggest) return af_sort[0:k]
./refactory/data/question_5/code/correct/correct_5_260.py
refactory_data_question_5_correct_5_336
def biggest(lst): big=lst[0] for i in range (len(lst)): if lst[i]>big: big=lst[i] else: continue return big def top_k(lst, k): l=len(lst) new_list=[] for i in range (l): new_list.append(biggest(lst)) lst.remove(biggest(lst)) return new_list[:k]
./refactory/data/question_5/code/correct/correct_5_336.py
refactory_data_question_5_correct_5_076
def top_k(lst, k): """ sorts list in descending order returns the greatest k number of values (last k elements) """ def merge(left,right): merged = [] while left and right: if left[0] > right[0]: merged.append(left.pop(0)) else: merged.append(right.pop(0)) return merged + left + right def merge_sort(lst): if len(lst) == 1: return lst if len(lst) == 2: if lst[0] > lst[1]: return lst else: return lst[::-1] #reverse list else: a = len(lst)//2 return merge(merge_sort(lst[:a]),merge_sort(lst[a:])) lst = merge_sort(lst) return lst[:k]
./refactory/data/question_5/code/correct/correct_5_076.py
refactory_data_question_5_correct_5_119
def top_k(lst, k): def sorter(lst): newlst = [] while lst: current = lst[0] for element in lst: if element > current: current = element newlst.append(current) lst.remove(current) return newlst return sorter(lst)[:k]
./refactory/data/question_5/code/correct/correct_5_119.py
refactory_data_question_5_correct_5_163
def top_k(lst, k): n= [] while lst: big = lst[0] for ele in lst: if ele>big: big = ele if len(n)==k: break else: n.append(big) lst.remove(big) return n pass
./refactory/data/question_5/code/correct/correct_5_163.py
refactory_data_question_5_correct_5_331
def top_k(lst, k): count=0 newlst=[] while lst: newlst+=[max(lst)] lst.remove(max(lst)) for i in range(k): lst.append(newlst[i]) return lst
./refactory/data/question_5/code/correct/correct_5_331.py
refactory_data_question_5_correct_5_271
def top_k(lst, n): for j in range(len(lst)): maxi=lst[j] for k in range(j+1,len(lst)): if lst[k]>maxi: maxi=lst[k] lst[j],lst[k]=lst[k],lst[j] result=lst[0:n] return result
./refactory/data/question_5/code/correct/correct_5_271.py
refactory_data_question_5_correct_5_385
def top_k(lst, k): newlst=[] while lst: largest=lst[0] for i in lst: if largest<i: largest=i newlst.append(largest) lst.remove(largest) return newlst[:k]
./refactory/data/question_5/code/correct/correct_5_385.py
refactory_data_question_5_correct_5_415
def top_k(lst, k): new_lst = [] counter = 1 while counter <= k: highest = lst[0] # arbitrary number in list for x in lst: if x > highest: highest = x new_lst.append(highest) lst.remove(highest) counter +=1 return new_lst
./refactory/data/question_5/code/correct/correct_5_415.py
refactory_data_question_5_correct_5_232
def top_k(lst, k): for start in range(len(lst)-1): maximum = start for i in range(start, len(lst)): if lst[i] > lst[maximum]: maximum = i lst[maximum], lst[start] = lst[start], lst[maximum] return lst[:k]
./refactory/data/question_5/code/correct/correct_5_232.py
refactory_data_question_5_correct_5_086
def top_k(lst, k): new_lst = [] while len(new_lst) != k: new_lst.append(max(lst)) lst.remove(max(lst)) return new_lst
./refactory/data/question_5/code/correct/correct_5_086.py
refactory_data_question_5_correct_5_124
def top_k(lst, k): # Fill in your code here def ins_sort(a): i = 1 while i < len(a): j = i while j>0 and a[j-1] > a[j]: a[j], a[j-1] = a[j-1], a[j] j-=1 i+=1 return a[::-1] lst_sorted = ins_sort(lst) return lst_sorted[:k]
./refactory/data/question_5/code/correct/correct_5_124.py
refactory_data_question_5_correct_5_038
def top_k(lst, k): tmp = [] while len(lst) > 0: tmp.append(max(lst)) lst.remove(max(lst)) return tmp[:k]
./refactory/data/question_5/code/correct/correct_5_038.py
refactory_data_question_5_correct_5_148
def top_k(lst, k): if lst==[]: return [] sort=[] while lst: largest = lst[0] for i in lst: if i > largest: largest = i lst.remove(largest) sort.append(largest) return sort[:k] pass
./refactory/data/question_5/code/correct/correct_5_148.py
refactory_data_question_5_correct_5_359
def top_k(lst,k): result=[] while lst: minimum=lst[0] for i in lst: if i<minimum: minimum=i result.append(minimum) lst.remove(minimum) result=result[::-1] return result[:k]
./refactory/data/question_5/code/correct/correct_5_359.py
refactory_data_question_5_correct_5_344
def top_k(lst, k): #assumes not nested lists new = [] count = 0 while count < k: largest = lst[0] for ele in lst: if ele > largest: largest = ele lst.remove(largest) new.append(largest) count = count + 1 return new
./refactory/data/question_5/code/correct/correct_5_344.py
refactory_data_question_5_correct_5_234
def top_k(lst, k): results = [] for i in range(k): results.append(max(lst)) lst.remove(max(lst)) return results
./refactory/data/question_5/code/correct/correct_5_234.py
refactory_data_question_5_correct_5_001
def top_k(lst, k): res = [] for i in range(k): res.append(max(lst)) lst.remove(max(lst)) return res
./refactory/data/question_5/code/correct/correct_5_001.py
refactory_data_question_5_correct_5_329
def top_k(lst, k): swap = True while swap: swap = False for i in range(len(lst)-1): if lst[i] < lst[i+1]: lst[i], lst[i+1] = lst[i+1], lst[i] swap = True #lst order done return lst[:k]
./refactory/data/question_5/code/correct/correct_5_329.py
refactory_data_question_5_correct_5_037
def top_k(lst, k): sort_list = [] counter = 0 while counter < k: sort_list.append(max(lst)) lst.remove(max(lst)) counter = counter + 1 return sort_list
./refactory/data/question_5/code/correct/correct_5_037.py
refactory_data_question_5_correct_5_280
def top_k(lst, k): sort = [] i = 0 while i < k: smallest = lst[0] for element in lst: if element > smallest: smallest = element lst.remove(smallest) sort.append(smallest) i += 1 return sort
./refactory/data/question_5/code/correct/correct_5_280.py
refactory_data_question_5_correct_5_088
def top_k(lst, k): final = [] while len(final) != k: a = max(lst) final.append(a) lst.remove(a) return final
./refactory/data/question_5/code/correct/correct_5_088.py
refactory_data_question_5_correct_5_352
def top_k(lst, k): res=[] while len(res)<k: res.append(max(lst)) lst.remove(max(lst)) return res
./refactory/data/question_5/code/correct/correct_5_352.py
refactory_data_question_5_correct_5_326
def top_k(lst,k): sort = [] while lst: biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) sort.append(biggest) new_sort = [] for i in range (k): new_sort += [sort[i]] return new_sort
./refactory/data/question_5/code/correct/correct_5_326.py
refactory_data_question_5_correct_5_027
def top_k(lst, k): sortedlst = [] while len(sortedlst) != k: largest = lst[0] for el in lst: if el > largest: largest = el sortedlst.append(largest) lst.remove(largest) return sortedlst
./refactory/data/question_5/code/correct/correct_5_027.py
refactory_data_question_5_correct_5_081
def top_k(lst, k): # Fill in your code here new = [] for i in range(k): a = max(lst) lst.remove(a) new.append(a) return new
./refactory/data/question_5/code/correct/correct_5_081.py
refactory_data_question_5_correct_5_106
def top_k(lst, k): if lst == []: return lst def sorting(nlist): if nlist == []: return nlist lower = [] higher = [] plist = [] pivot = nlist[0] for e in nlist: if e < pivot: lower.append(e) elif e == pivot: plist.append(e) elif e > pivot: higher.append(e) higher = sorting(higher) lower = sorting(lower) return lower + plist + higher sort_list = sorting(lst) sort_list = sort_list[::-1] return sort_list[:k]
./refactory/data/question_5/code/correct/correct_5_106.py
refactory_data_question_5_correct_5_177
def top_k(lst, k): sort = [] while lst: largest = lst[0] for element in lst: if element > largest: largest = element lst.remove(largest) sort.append(largest) return sort[0:k]
./refactory/data/question_5/code/correct/correct_5_177.py
refactory_data_question_5_correct_5_199
def top_k(lst, k): sorted_list = [] biggest = [] while lst: largest = 0 for i in lst: if i >= largest: largest = i lst.remove(largest) sorted_list.append(largest) # from biggest to smallest for j in range (k): biggest.append(sorted_list[j]) return biggest pass
./refactory/data/question_5/code/correct/correct_5_199.py
refactory_data_question_5_correct_5_166
def top_k(lst, k): new_lst = [] while lst: largest = lst[0] for numbers in lst: if numbers > largest: largest = numbers new_lst.append(largest) lst.remove(largest) return new_lst[:k]
./refactory/data/question_5/code/correct/correct_5_166.py
refactory_data_question_5_correct_5_041
def top_k(lst, k): new_lst = [] while lst: maxi = lst[0] for item in lst: if item > maxi: maxi = item new_lst.append(maxi) lst.remove(maxi) return new_lst[0:k]# Fill in your code here
./refactory/data/question_5/code/correct/correct_5_041.py
refactory_data_question_5_correct_5_386
def top_k(lst, k): num, result = max(lst), [] while len(result) < k: if num in lst: result.append(num) lst.remove(num) elif num not in lst: num -= 1 continue return result
./refactory/data/question_5/code/correct/correct_5_386.py
refactory_data_question_5_correct_5_196
def top_k(lst, k): if lst == [] or k == 0: return [] else: final = [] while lst: element = max(lst) final += [element,] lst.remove(element) if len(final) == k: break return final
./refactory/data/question_5/code/correct/correct_5_196.py
refactory_data_question_5_correct_5_209
def top_k(lst, k): newlist = [] while len(newlist)<k: newlist.append(max(lst)) lst.remove(max(lst)) return newlist
./refactory/data/question_5/code/correct/correct_5_209.py
refactory_data_question_5_correct_5_226
def top_k(lst, k): sort = [] while lst: largest = lst[0] for element in lst: if element > largest: largest = element lst.remove(largest) sort.append(largest) return sort[:k]
./refactory/data/question_5/code/correct/correct_5_226.py
refactory_data_question_5_correct_5_244
def top_k(lst,k): sort = [] while lst: largest = lst[0] for element in lst: if largest < element: largest = element lst.remove(largest) sort.append(largest) return sort[0:k]
./refactory/data/question_5/code/correct/correct_5_244.py
refactory_data_question_5_correct_5_360
def sort_list(lst): if len(lst) < 2: return lst for i in range(len(lst)-1): min = i for j in range(i+1, len(lst)): if lst[min] > lst[j]: min = j lst[i], lst[min] = lst[min], lst[i] lst.reverse() return lst def top_k(lst, k): ans = sort_list(lst) return ans[0:k]# Fill in your code here
./refactory/data/question_5/code/correct/correct_5_360.py
refactory_data_question_5_correct_5_169
def top_k(lst, k): result = [] for x in range(k): result.append(max(lst)) lst.remove(max(lst)) return result
./refactory/data/question_5/code/correct/correct_5_169.py
refactory_data_question_5_correct_5_145
def top_k(lst, k): sort = [] while lst: largest = lst[0] for element in lst: if element > largest: largest = element lst.remove(largest) sort.append(largest) return sort[:k]
./refactory/data/question_5/code/correct/correct_5_145.py
refactory_data_question_5_correct_5_315
def top_k(lst, k): def sortedd(lst): for j in range(len(lst)-1): for i in range(len(lst)-1): if lst[i] < lst[i+1]: lst[i], lst[i+1] = lst[i+1], lst[i] return lst return sortedd(lst)[:k]
./refactory/data/question_5/code/correct/correct_5_315.py
refactory_data_question_5_correct_5_338
def top_k(lst, k): result = [] for x in range(k): result.append(max(lst)) lst.remove(max(lst)) return result
./refactory/data/question_5/code/correct/correct_5_338.py
refactory_data_question_5_correct_5_122
def top_k(lst, k): # Fill in your code here sort = [] while lst: # a is not [] largest = lst[0] for element in lst: if element > largest: largest = element lst.remove(largest) sort.append(largest) return sort[:k]
./refactory/data/question_5/code/correct/correct_5_122.py
refactory_data_question_5_correct_5_073
def top_k(lst, k): newlst = [] for i in range(k): newlst.append(max(lst)) lst.remove(max(lst)) return newlst
./refactory/data/question_5/code/correct/correct_5_073.py
refactory_data_question_5_correct_5_005
def top_k(lst, k): ls=[] for i in range(k): ls.append(max(lst)) lst.remove(max(lst)) return ls
./refactory/data/question_5/code/correct/correct_5_005.py
refactory_data_question_5_correct_5_243
def top_k(lst, k): if lst == [] or k == 0: return [] sort = [] while lst: largest = lst[0] for element in lst: if element > largest: largest = element lst.remove(largest) sort.append(largest) if len(sort) > k-1: break return sort
./refactory/data/question_5/code/correct/correct_5_243.py
refactory_data_question_5_correct_5_255
def top_k(lst, k): list = [] while len(list) < k: a = max(lst) lst.remove(a) list.append(a) return list
./refactory/data/question_5/code/correct/correct_5_255.py
refactory_data_question_5_correct_5_043
def top_k(lst, k): sort = [] if k==0 or lst==[]: return [] while lst: biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) sort.append(biggest) if len(sort)==k: break return sort
./refactory/data/question_5/code/correct/correct_5_043.py
refactory_data_question_5_correct_5_381
def top_k(lst, k): newlst=[] while lst: largest=lst[0] for i in lst: if largest<i: largest=i newlst.append(largest) lst.remove(largest) return newlst[:k]
./refactory/data/question_5/code/correct/correct_5_381.py
refactory_data_question_5_correct_5_304
def top_k(lst, k): for j in range(len(lst)-1): for i in range(len(lst)-1): if lst[i] < lst[i+1]: lst[i], lst[i+1] = lst[i+1], lst[i] return lst[0:k] pass
./refactory/data/question_5/code/correct/correct_5_304.py
refactory_data_question_5_correct_5_266
def top_k(lst, k): n= [] while lst: big = lst[0] for ele in lst: if ele>big: big = ele if len(n)==k: break else: n.append(big) lst.remove(big) return n pass
./refactory/data/question_5/code/correct/correct_5_266.py
refactory_data_question_5_correct_5_203
def top_k(lst, k): def sort(lst): sort_list = [] while lst: # a is not [] biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) sort_list.append(biggest) return sort_list return sort(lst)[:k]
./refactory/data/question_5/code/correct/correct_5_203.py
refactory_data_question_5_correct_5_082
def top_k(lst, k): new_lst = [] for i in range(k): new_lst.append(max(lst)) lst.remove(max(lst)) return new_lst pass
./refactory/data/question_5/code/correct/correct_5_082.py
refactory_data_question_5_correct_5_071
def top_k(lst, k): sort_list = [] counter = 0 while counter < k: sort_list.append(max(lst)) lst.remove(max(lst)) counter = counter + 1 return sort_list
./refactory/data/question_5/code/correct/correct_5_071.py
refactory_data_question_5_correct_5_238
def top_k(lst, k): lst = sorting(lst) new = [] for i in range(k): new.append(lst[0]) del lst[0] return new def sorting(lst): sorted_lst = [] while lst: smallest = lst[0] for i in lst: if i < smallest: smallest = i lst.remove(smallest) sorted_lst.append(smallest) sorted_lst.reverse() return sorted_lst
./refactory/data/question_5/code/correct/correct_5_238.py
refactory_data_question_5_correct_5_355
def top_k(lst, k): for start in range (len(lst) - 1): for i in range(start, len(lst)): if lst[i] > lst[start]: lst[i], lst[start] = lst[start], lst[i] return lst[:k]
./refactory/data/question_5/code/correct/correct_5_355.py
refactory_data_question_5_correct_5_353
def top_k(lst, k): newlist = [] while lst: biggest = lst[0] for i in lst: if i > biggest: biggest = i else: continue lst.remove(biggest) if len(newlist) == k: break else: newlist.append(biggest) return newlist
./refactory/data/question_5/code/correct/correct_5_353.py
refactory_data_question_5_correct_5_161
def top_k(lst, k): sorted_list = [] while lst: smallest = lst[0] for element in lst: if element < smallest: smallest = element lst.remove(smallest) sorted_list.append(smallest) final = sorted_list[::-1] return final[:k]
./refactory/data/question_5/code/correct/correct_5_161.py
refactory_data_question_5_correct_5_301
def top_k(lst, k): def pos(seq,i): n = len(seq) for j in range(n): if seq[j] == i: return j def largest(seq): largest = seq[0] for i in seq: if i > largest: largest = i return pos(seq,largest) n_list =[] if k ==1: return [lst[largest(lst)]] elif lst == [] or k==0: return [] else: z = lst.pop(largest(lst)) n_list = [z]+ top_k(lst, k-1) return n_list # Fill in your code here pass
./refactory/data/question_5/code/correct/correct_5_301.py
refactory_data_question_5_correct_5_217
def top_k(lst, k): descending_list=[] while lst: largest=lst[0] for i in lst: if i>largest: largest=i descending_list.append(largest) lst.remove(largest) return descending_list[:k]
./refactory/data/question_5/code/correct/correct_5_217.py
refactory_data_question_5_correct_5_104
def top_k(lst, k): new=[] for i in range(k): biggest=lst[0] for element in lst: if element>biggest: biggest=element new.append(biggest) lst.remove(biggest) return new
./refactory/data/question_5/code/correct/correct_5_104.py
refactory_data_question_5_correct_5_398
def top_k(lst, k): final = [] while lst: biggest = lst[0] for i in lst: if i>biggest: biggest = i lst.remove(biggest) final.append(biggest) return final[:k]
./refactory/data/question_5/code/correct/correct_5_398.py
refactory_data_question_5_correct_5_185
def sort(lst): sort = [] while lst: largest = lst[0] for element in lst: if element > largest: largest = element lst.remove(largest) sort.append(largest) return sort def top_k(lst, k): sorted_list = sort(lst) result = sorted_list[:k] return result
./refactory/data/question_5/code/correct/correct_5_185.py
refactory_data_question_5_correct_5_259
def top_k(lst, k): newlst = [] while len(newlst) < k: newlst += (lst.pop(lst.index(max(lst))),) return newlst
./refactory/data/question_5/code/correct/correct_5_259.py
refactory_data_question_5_correct_5_412
def top_k(lst, k): sort = [] sort_top_k = [] while lst: biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) sort.append(biggest) if len(sort) < k: k = len(sort) for i in range(k): sort_top_k.append(sort[i]) return sort_top_k
./refactory/data/question_5/code/correct/correct_5_412.py
refactory_data_question_5_correct_5_078
def top_k(lst,k): #k is the number of values in the lst lst2 = [] while lst: a = max(lst) lst2.append(a) lst.remove(a) return lst2[0:k]
./refactory/data/question_5/code/correct/correct_5_078.py
refactory_data_question_5_correct_5_080
def top_k(lst, k): # Fill in your code here sorted = [] while lst: smallest = lst[0] # smallest has to exist within this step for i in lst: if i < smallest: smallest = i # take note: you must not reverse this step sorted.append(smallest) lst.remove(smallest) #ends the while loop, when lst has no elements # and every element is sorted into sorted sorted.reverse() return sorted[0:k]
./refactory/data/question_5/code/correct/correct_5_080.py
refactory_data_question_5_correct_5_048
def top_k(lst, k): sort = [] if k==0 or lst==[]: return [] while lst: biggest = lst[0] for element in lst: if element > biggest: biggest = element lst.remove(biggest) sort.append(biggest) if len(sort)==k: break return sort
./refactory/data/question_5/code/correct/correct_5_048.py
refactory_data_question_5_correct_5_410
def top_k(lst, k): newlst = [] for i in range(k): newlst.append(max(lst)) lst.remove(max(lst)) return newlst
./refactory/data/question_5/code/correct/correct_5_410.py
refactory_data_question_5_correct_5_413
def top_k(lst,k): output = [] for i in range(k): largest = max(lst) lst.remove(largest) output.append(largest) return output
./refactory/data/question_5/code/correct/correct_5_413.py
refactory_data_question_5_correct_5_111
def merge_sort(lst): if len(lst) < 2: return lst mid = len(lst) // 2 left = merge_sort(lst[:mid]) right = merge_sort(lst[mid:]) return merge(left, right) def merge(left, right): results = [] while left and right: if left[0] < right[0]: results.append(left.pop(0)) else: results.append(right.pop(0)) results.extend(left) results.extend(right) return results def top_k(lst, k): result=merge_sort(lst) result.reverse() answer=[] for i in range(0,k): answer=answer+[result[i]] return answer pass
./refactory/data/question_5/code/correct/correct_5_111.py
refactory_data_question_5_correct_5_249
def top_k(lst, k): sort = [] while lst: largest = lst[0] for x in lst: if x > largest: largest = x lst.remove(largest) sort.append(largest) return sort[:k]
./refactory/data/question_5/code/correct/correct_5_249.py
refactory_data_question_5_correct_5_024
def top_k(lst, k): max_lst =[] i = 0 while i < k: max_lst.append(max(lst)) lst.remove(max(lst)) i += 1 return max_lst
./refactory/data/question_5/code/correct/correct_5_024.py