Best Python code snippet using elementium_python
pres_distribut.py
Source: pres_distribut.py
...27 plt.figure('comparaison',figsize=(16,10))28 plt.subplot(121)29 #plt.grid(True)30 plt.title('gamma')31 l_v_2020=conv_num(read.__next__()) #lecture gamma32 l_d_2020=conv_num(read.__next__())33 l_t_2020=conv_num(read.__next__())34 plt.plot(l_v_2020,label='v')35 plt.plot(l_d_2020,label='d')36 plt.plot(l_t_2020,label='t')37 date_corona()38 plt.legend()39 plt.subplot(222)40 plt.grid(True)41 plt.title('shift')42 l_v_2020=conv_num(read.__next__()) #lecture Cab43 l_d_2020=conv_num(read.__next__())44 l_t_2020=conv_num(read.__next__())45 v_2019=np.array(conv_num(read.__next__())) #lecture shift fit 201946 d_2019=np.array(conv_num(read.__next__()))47 t_2019=np.array(conv_num(read.__next__()))48 v_2020=np.array(conv_num(read.__next__())) #lecture shift fit 202049 d_2020=np.array(conv_num(read.__next__()))50 t_2020=np.array(conv_num(read.__next__()))51 plt.plot(l_v_2020,label='v cor')52 #plt.plot(v_2019-v_2020,label='v fit')53 plt.plot(l_t_2020,label='t cor')54 #plt.plot(t_2019-t_2020,label='t fit')55 date_corona()56 plt.legend()57 plt.subplot(224)58 plt.title('shift (distance)')59 plt.grid(True)60 plt.plot(l_d_2020,label='cor')61 #plt.plot(d_2019-d_2020,label='fit')62 date_corona()63 plt.legend()64 plt.figure('valeur fit x0',figsize=(16,10))65 plt.subplot(121)66 plt.grid(True)67 plt.title('valeur x0')68 plt.plot(v_2019,label='v 2019')69 plt.plot(v_2020,label='v 2020')70 plt.plot(t_2019,label='t 2019')71 plt.plot(t_2020,label='t 2020')72 date_corona()73 plt.legend()74 plt.subplot(122)75 plt.title('valeur x0 (distance)')76 plt.grid(True)77 plt.plot(d_2019,label='2019')78 plt.plot(d_2020,label='2020')79 date_corona()80 plt.legend()81 plt.figure("sert a rien")82 plt.subplot(222)83 plt.grid(True)84 plt.title('A_2020/A_2019')85 plt.plot(conv_num(read.__next__()),label='v')86 plt.plot(conv_num(read.__next__()),label='d')87 plt.plot(conv_num(read.__next__()),label='t')88 date_corona()89 plt.legend()90 #ajouté91 plt.subplot(224)92 plt.grid(True)93 plt.title('A_0/A_max')94 plt.plot(conv_num(read.__next__()),label='v 2019') #lecture amplitude 201995 plt.plot(conv_num(read.__next__()),label='d 2019')96 plt.plot(conv_num(read.__next__()),label='t 2019')97 plt.plot(conv_num(read.__next__()),label='v 2020')98 plt.plot(conv_num(read.__next__()),label='d 2020')99 plt.plot(conv_num(read.__next__()),label='t 2020')100 date_corona()101 plt.legend()102 plt.figure('valeur sigma',figsize=(16,10))103 v_2019=np.array(conv_num(read.__next__()))104 d_2019=np.array(conv_num(read.__next__()))105 t_2019=np.array(conv_num(read.__next__()))106 v_2020=np.array(conv_num(read.__next__()))107 d_2020=np.array(conv_num(read.__next__()))108 t_2020=np.array(conv_num(read.__next__()))109 plt.subplot(121)110 plt.grid(True)111 plt.title('valeur sigma')112 plt.plot(v_2019,label='v 2019')113 plt.plot(v_2020,label='v 2020')114 plt.plot(t_2019,label='t 2019')115 plt.plot(t_2020,label='t 2020')116 date_corona()117 plt.legend()118 plt.subplot(122)119 plt.grid(True)120 plt.title('valeur sigma (distance)')121 plt.plot(d_2019,label='2019')122 plt.plot(d_2020,label='2020')...
class_network_iterator.py
Source: class_network_iterator.py
...7 def __iter__(self):8 print('ÐÑзÑÐ²Ð°Ñ __iter__')9 self._index = 010 return self11 def __next__(self):12 print('ÐÑзÑÐ²Ð°Ñ __next__')13 if self._index < len(self.addresses):14 current_address = self.addresses[self._index]15 self._index += 116 return current_address17 else:18 raise StopIteration19net1 = Network('10.1.1.192/28')20for i in net1:21 print(i)22'''23ÐÑзÑÐ²Ð°Ñ __iter__24ÐÑзÑÐ²Ð°Ñ __next__2510.1.1.193...
9.7.1.c.py
Source: 9.7.1.c.py
1# encoding: utf-82g = ((i + 2) ** 2 for i in range(2, 27))3print(g.__next__())4print(g.__next__())5print(g.__next__())6print(g.__next__())7print(g.__next__())8print(g.__next__())9print(g.__next__())10print(g.__next__())11print(g.__next__())12print(g.__next__())13print(g.__next__())14print(g.__next__())15print(g.__next__())16print(g.__next__())17print(g.__next__())18print(g.__next__())19print(g.__next__())20print(g.__next__())21print(g.__next__())22print(g.__next__())23print(g.__next__())24print(g.__next__())25print(g.__next__())26print(g.__next__())27print(g.__next__())...
斐波那契生成器.py
Source: 斐波那契生成器.py
...12 print(x)13 except StopIteration as e:14 print('Generator return value is %s '%e.value)15 break16# print(f.__next__())17# print(f.__next__())18# print(f.__next__())19# print(f.__next__())20# print(f.__next__())21# print(f.__next__())22# print(f.__next__())23# print(f.__next__())24# print(f.__next__())25# print(f.__next__())26# print(f.__next__())...
Check out the latest blogs from LambdaTest on this topic:
I routinely come across test strategy documents when working with customers. They are lengthy—100 pages or more—and packed with monotonous text that is routinely reused from one project to another. Yawn once more— the test halt and resume circumstances, the defect management procedure, entrance and exit criteria, unnecessary generic risks, and in fact, one often-used model replicates the requirements of textbook testing, from stress to systems integration.
Hey LambdaTesters! We’ve got something special for you this week. ????
One of the most important tasks of a software developer is not just writing code fast; it is the ability to find what causes errors and bugs whenever you encounter one and the ability to solve them quickly.
Sometimes, in our test code, we need to handle actions that apparently could not be done automatically. For example, some mouse actions such as context click, double click, drag and drop, mouse movements, and some special key down and key up actions. These specific actions could be crucial depending on the project context.
The QA testing profession requires both educational and long-term or experience-based learning. One can learn the basics from certification courses and exams, boot camp courses, and college-level courses where available. However, developing instinctive and practical skills works best when built with work experience.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!