selenium test automation framework design

Namevaluepair, one is to encapsulate the request parameters in the way of Jsonobject, so the code is implemented for both methods. The 3.3 Interface Implementation (Glist_api.java) takes "create G-single" as an example to implement the interface: 3.4 Prepare the test data (Testdata.java) to prepare the test data for the interface. 3.5 test Data parameterization

The click Element keyword is used to simulate clicking an element on the app interface, which receives a parameter [locator], where locator refers to the way the interface element is positioned.Example 1: Use the click Element keyword to simulate clicking on a button, where locator uses name to locate the element that needs to be clicked, and still uses the app interface previously used to do the operation example.Open application Http://localhost:4723/wd/hub platformname=android platformversion

): # Determine if the folder named "Tupian" is not present Os.mkdir (Tupian) # does not exist, then a folder named "Tupian" is created# Write pictures in batches and saveFor I in Tu: Try Jpg_url = i[' data-original '] # The address of the picture to get name = i[' Alt '] R = Requests.get (Jpg_url) # Write the content and put it in the Tupian folder f = open (Os.path.join (Tupian, '%s.jpg '%name), ' WB ') F.write (r.content) F.clos

Recently, an automated e-mail system is being implemented in which Outlook clients can accept HTML messages. However, because the report I do uses fusioncharts, the Fusioncharts framework is a JS chart library, all charts are rendered through JavaScript, Because Outlook cannot support JS, you can only send a screenshot of the finished chart page into an HTML page. The screenshot of the code is as follows: From datetime import datetime import JSON imp

Introduced In this article, we will introduce the open source Web-api automated Testing Framework--karateKarate was built on the basis of another BDD test framework cucumber, and shared some of the same ideas. One of these is the use of the Gherkin file, which describes the features being testedUnlike cucumber, test ca

manual check of the file, only the first test is checked) Third, Excel table style Iv. Implementation Code 1. Test framework Code View Plaincopy to Clipboardprint? #**************************************************************** # testframe.py # author:anndy # version:1.1.1 # Description: Automated test Platform #

Starttest {public static void start () {mapDebugging this class requires a problem, perhaps the younger brother's Java Foundation or not solid, the problem is as follows:The JVM exits when the number of dead threads equals the number of startup threads. while (Remotethreadstatusmonitor.getdeadthreadcount ()!=threadcount) {//must be added to this thread's sleep method, otherwise the main thread will not end. try {thread.sleep;} catch (Interruptedexception e) {e.printstacktrace ()}} In this co

Introduced In this article, we will introduce the open source Web-api automated Testing Framework--karateKarate was built on the basis of another BDD test framework cucumber, and shared some of the same ideas. One of these is the use of the Gherkin file, which describes the features being testedUnlike cucumber, test ca

Directory structureui_auto_test --src --pages --base_page.py --login_page.pylogin_page.py# conding:utf8from .base_page import BasePagefrom .home_page import HomePageclass LoginBage(BasePage): def username_filed(self): return self.by_css(‘#username‘) def password_filed(self): return self.by_css(‘#password_input‘) def login_button(self): return self.by_css(‘#tcloud_login_button‘) def password_fail_text(self,text): return self.

This article only describes the main design parts of the COM application framework, and more, more detailed documentation is available in the download package for documentation and source code. First, design instructions The COM application framework is designed to use COM technology for standard Microsoft Windows mu

I have previously reproduced an article-an overview of the smartphone audio system, which describes the design of the mobile phone audio system. In fact, it is a simple practice, and there are great limitations in the application. So what should a sound audio framework look like? In the past two days, based on some clues of the android4.0 source code, we found the relevant hardware materials and extracted t