How to use end_recursive method in autotest

Best Python code snippet using autotest_python

0114.py

Source:0114.py Github

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...5 self.target = target6 self.current_state = 07 self.count = 08 def front_run(self):9 self.end_recursive()10 return self.count11 def end_run(self):12 self.front_recursive()13 return self.count14 15 def front_recursive(self):16 data = self.nums[0]17 print("extracted data : ", data, self.nums)18 test = self.current_state + data19 if test > self.target :20 print("front excess : ", self.current_state, self.nums)21 return -122 elif test == self.target:23 self.current_state += self.nums.pop(0)24 self.count += 125 print("collision : ", self.current_state, self.nums)26 return 027 else:28 self.current_state += self.nums.pop(0)29 self.count += 130 self.front_recursive()31 self.end_recursive()32 def end_recursive(self):33 data = self.nums[-1]34 print("extracted data : ", data, self.nums)35 test = self.current_state + data36 if test > self.target :37 print("excess : ", self.current_state, self.nums)38 return -139 elif test == self.target:40 self.current_state += self.nums.pop(-1)41 self.count += 142 print("collision : ", self.current_state, self.nums)43 return 044 else:45 self.current_state += self.nums.pop(-1)46 self.count += 147 self.end_recursive()48 self.front_recursive()49class Solution(object):50 def minOperations(self, nums, x):51 """52 :type nums: List[int]53 :type x: int54 :rtype: int55 """56 sto = copy.deepcopy(nums)57 58 s = sol(nums, x)59 front_result = s.front_run()60 print("front result : ", front_result)61 print("----------------")...

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app.py

Source:app.py Github

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1#2# KenBox WebApp3#4from KenBox import KenBox5from flask import Flask, render_template, request6import time7app = Flask(__name__)8@app.route('/', methods=['GET','POST'])9def index():10 children = None11 12 myKenBox = KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox(KenBox())))))))))))))))))))))))))))))))))))))))))13 start_recursive = time.time()14 children_recur = myKenBox.getNumberOfChildBoxesRecursive()15 end_recursive = time.time()16 17 start_iterative = time.time()18 children_iter = myKenBox.getNumberOfChildBoxesIterative()19 end_iterative = time.time()20 21 time_recur = (end_recursive - start_recursive)22 time_iter = (end_iterative - start_iterative)23 perc_faster = (time_recur - time_iter) / time_iter * 10024 25 results = {26 'children_recur': children_recur,27 'time_recur': end_recursive - start_recursive,28 'children_iter': children_iter,29 'time_iter': end_iterative - start_iterative,30 'perc_faster': perc_faster31 }32 return render_template('index.html'33 ,children_recur=children_recur34 ,time_recur=time_recur35 ,children_iter=children_iter36 ,time_iter=time_iter37 ,perc_faster=perc_faster38 ,results=results)39if __name__ == '__main__':...

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main.py

Source:main.py Github

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1from flask import Flask2import time3import os4app = Flask(__name__)5@app.route("/")6def hello():7 # compare two different approaches of calculating fibonacci numbers8 9 n = 3010 start_recursive = time.time()11 r_result = recursive_fibonacci(n)12 end_recursive = time.time()13 start_dynamic = time.time()14 d_result = dynamic_fibonacci(n)15 end_dynamic = time.time()16 time_r = (end_recursive - start_recursive)17 time_d = (end_dynamic - start_dynamic) 18 19 html = f"""20 <!HTML>21 <head>22 <title>Fibonacci comparison</title>23 </head>24 <body>25 <p>Time it took to calculate {n}th Fibonacci number using recursion:<b> {round(time_r, 3)} seconds.</b></p>26 <br/>27 <p>Time it took to calculate {n}th Fibonacci number using dynamic proramming:<b> {round(time_d, 7)} seconds.</b></p>28 <footer>29 <p><a href="https://github.com/ConstantKrieg/docker-flask-demo">Project GitHub</a></p>30 </footer>31 </body>32 """33 return html34def dynamic_fibonacci(n):35 l = []36 l.append(0) 37 l.append(1)38 l.append(1)39 for i in range(3, n+1):40 l.append(l[i-1] + l[i-2])41 return l[n] 42def recursive_fibonacci(n):43 if n==1:44 return 045 elif n==2:46 return 147 else:48 return recursive_fibonacci(n-1)+recursive_fibonacci(n-2)...

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