TestMu 2025 - The Largest Virtual Software Testing Conference is Back | 50,000+ Attendees

How to use list_snapshots method in tempest

Best Python code snippet using tempest_python

dataset.py

1DEFAULT_NUM = 0.982class Dataset:3    def __init__(self, size_window_left=None, size_window_right=None):4        self.output_file = None5        self.size_window_left = size_window_left6        self.size_window_right = size_window_right7        self.file_swarm = None8        self.file_swarm_lines = None9        self.current_file_swarm_line = None10    def load_samples(self, swarm_file):11        try:12            self.file_swarm = open(swarm_file, 'r')13            self.file_swarm_lines = self.file_swarm.readline()14            self.current_file_swarm_line = self.file_swarm_lines15        except FileNotFoundError:16            print("File swarm not found!")17            exit()18    def load_next_peer(self):19        list_peer_snapshots = []20        while True:21            if self.file_swarm_lines[0] == "#":22                self.file_swarm_lines = self.file_swarm.readline()23                continue #skipt #commented line24            line_loaded = self.file_swarm_lines.split(' ')25            line_file_read = [int(line_loaded[2]), int(line_loaded[0]), 1]26            list_peer_snapshots.append(line_file_read)27            self.file_swarm_lines = self.file_swarm.readline()28            try:29                if self.file_swarm_lines == "":30                    return list_peer_snapshots, 031                if int(self.file_swarm_lines.split(' ')[2]) != line_file_read[0]:32                    return list_peer_snapshots, 133            except IndexError:34                return list_peer_snapshots, 135    def load_next_peer_mif(self):36        POS_PEER = 037        POS_SNAPSHOT = 138        list_peer_snapshots = []39        while True:40            if self.current_file_swarm_line[0] == "#":41                self.current_file_swarm_line = self.file_swarm.readline()42                continue #skip it #commented line43            # peer snapshot44            line_split = self.current_file_swarm_line.split(' ')45            peer = int(line_split[POS_PEER])       #46            snapshot = int(line_split[POS_SNAPSHOT])   #47            line_file_read = [peer, snapshot, 1] #TODO: check48            list_peer_snapshots.append(line_file_read)49            self.current_file_swarm_line = self.file_swarm.readline()50            try:51                if self.current_file_swarm_line == "":52                    return list_peer_snapshots, 053                #if the next line is about another peer, get out54                if int(self.current_file_swarm_line.split(' ')[POS_PEER]) != peer:55                    return list_peer_snapshots, 156            except IndexError:57                return list_peer_snapshots, 158    def load_next_peer2(self):59        list_peer_snapshots = []60        while True:61            self.file_swarm_lines = self.file_swarm.readline()62            # linha comentada63            if self.file_swarm_lines[0] == "#":64                self.file_swarm_lines = self.file_swarm.readline()65                continue #skipt #commented line66            #linha vazia/ bugada67            try:68                if self.file_swarm_lines == "":69                    return list_peer_snapshots, 070                if int(self.file_swarm_lines.split(' ')[2]) != line_file_read[0]:71                    return list_peer_snapshots, 172            except IndexError:73                return list_peer_snapshots, 174            # linha ok75            line_loaded = self.file_swarm_lines.split(' ')76            line_file_read = [int(line_loaded[2]), int(line_loaded[0]), 1]77            list_peer_snapshots.append(line_file_read)78    @staticmethod79    def fill_gaps_per_peer(list_snapshots):80        #print('snapshots input : {}'.format(list_snapshots))81        list_snapshots.sort(key=lambda x: x[1])82        if not len(list_snapshots[-1]) != 0:83            return 084        iterator, iterator_list, temporary_list = list_snapshots[0][1], 0, []85        while iterator < int(list_snapshots[-1][1]):86            if list_snapshots[iterator_list][1] != iterator:87                temporary_list.append([int(list_snapshots[1][0]), int(iterator), 0])88            else:89                temporary_list.append(list_snapshots[iterator_list])90                iterator_list += 191            iterator += 192        temporary_list.append(list_snapshots[-1])93        #print('snapshots output: {}'.format(temporary_list))94        #sys.exit()95        return temporary_list96    def filling_borders(self, list_snapshots):97        window_left = [[list_snapshots[0][0], -1, 0]] * self.size_window_left98        window_right = [[list_snapshots[0][0], -1, 0]] * self.size_window_left99        return window_left + list_snapshots + window_right100    def create_windows(self, list_snapshots):101        list_x, list_y, list_support = [], [], []102        try:103            for i in range(self.size_window_left, len(list_snapshots) - self.size_window_right):104                list_x.append(list_snapshots[(i - self.size_window_left):(i + self.size_window_right + 1)])105                list_y.append(list_snapshots[i][2])106                list_support.append(list_snapshots[i])107            return list_x, list_y, list_support108        except IndexError:109            return [], []110    @staticmethod111    def get_samples_vectorized(sample, out):112        sample_vectorized = []113        for i in range(len(sample)):114            sample_vectorized.append(float(sample[i][2]))115        return sample_vectorized, float(out)116    def create_sample_training(self, list_snapshots):117        sample_x, sample_y = [], []118        list_x, list_y, list_support = self.create_windows(list_snapshots)119        for i in range(len(list_x)):120            x, y = self.get_samples_vectorized(list_x[i], list_y[i])121            sample_x.append(x)122            sample_y.append(float(y))123        return sample_x, sample_y, list_support124    def get_training_samples(self, list_snapshots):125        x, y, support_samples = self.create_sample_training(list_snapshots)126        for i in range(len(x)):127            true_position_left = False128            for j in range(2):129                if x[i][self.size_window_left-j-1] > DEFAULT_NUM:130                    true_position_left = True131            true_position_right = False132            for j in range(2):133                if x[i][self.size_window_left + j+1] > DEFAULT_NUM:134                    true_position_right = True135            if (not true_position_left) or (not true_position_right):136                y[i] = float(0)137            if x[i][self.size_window_left-1] > DEFAULT_NUM and x[i][self.size_window_left+1] > DEFAULT_NUM:138                y[i] = float(1)139            x[i][self.size_window_left] = float(0)140            x[i] = [float(i) for i in x[i]]141        return x, y, support_samples142    def get_predict_samples(self, list_snapshots):143        x, y, support_samples = self.create_sample_training(list_snapshots)144        for i in range(len(x)):145            x[i][self.size_window_left] = float(0)146            x[i] = [float(i) for i in x[i]]147        return x, y, support_samples148    def create_file_results(self, file_results):149        self.output_file = open(file_results, 'w')150    def write_swarm(self, values):151        for i in values:152            output_result_format = str(i[1]) + ' ' + str(i[0]) + ' ' + str(i[2]) + '\n'...

aciconfigdb_test.py

Source: aciconfigdb_test.py

...45        self.fake_out = FakeStdio()46        sys.stdout = self.fake_out47    def tearDown(self):48        sys.stdout = self.stdout49    def test_basic_list_snapshots(self):50        """51        Test the basic snapshot52        """53        # Set the arguments to just list the snapshot versions54        self.args.list_snapshots = True55        # Call the tool to list the snapshots56        aciconfigdb.main(self.args)57        # Check the output58        self.assertEquals(self.fake_out.output[0], 'Versions')59        self.assertEquals(self.fake_out.output[1], '\n')60    def test_basic_snapshot_v1(self):61        """62        Test the basic snapshot63        """...

Blogs

Check out the latest blogs from LambdaTest on this topic:

How To Use driver.FindElement And driver.FindElements In Selenium C#

One of the essential parts when performing automated UI testing, whether using Selenium or another framework, is identifying the correct web elements the tests will interact with. However, if the web elements are not located correctly, you might get NoSuchElementException in Selenium. This would cause a false negative result because we won’t get to the actual functionality check. Instead, our test will fail simply because it failed to interact with the correct element.

How To Handle Multiple Windows In Selenium Python

Automating testing is a crucial step in the development pipeline of a software product. In an agile development environment, where there is continuous development, deployment, and maintenance of software products, automation testing ensures that the end software products delivered are error-free.

How to Position Your Team for Success in Estimation

Estimates are critical if you want to be successful with projects. If you begin with a bad estimating approach, the project will almost certainly fail. To produce a much more promising estimate, direct each estimation-process issue toward a repeatable standard process. A smart approach reduces the degree of uncertainty. When dealing with presales phases, having the most precise estimation findings can assist you to deal with the project plan. This also helps the process to function more successfully, especially when faced with tight schedules and the danger of deviation.

[LambdaTest Spartans Panel Discussion]: What Changed For Testing & QA Community And What Lies Ahead

The rapid shift in the use of technology has impacted testing and quality assurance significantly, especially around the cloud adoption of agile development methodologies. With this, the increasing importance of quality and automation testing has risen enough to deliver quality work.

How To Use Playwright For Web Scraping with Python

In today’s data-driven world, the ability to access and analyze large amounts of data can give researchers, businesses & organizations a competitive edge. One of the most important & free sources of this data is the Internet, which can be accessed and mined through web scraping.

Automation Testing Tutorials

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.