61d06b2d2f
* Use different formatter for different currency * Add functional tests for currency fraction digit format * Revert "Add functional tests for currency fraction digit format" This reverts commit bd8aab33847425f4dcfd0d76ce310c918729b2fd. * Add TestCurrencyFormattingLogic in UnitConverterViewModelUnitTests * Fix InitializeMultipleConverterTest * Add comment for a line of code * Add default case for switch in ConvertToLocalizedString * Remove trailing decimal Disable decimal input if maxFractionDigits is 0 Fix input may be blocked after switched active * Fix: UpdateIsDecimalEnabled should do nothing for non-currency converter * Remove unnecessary SetValue method * Add a comment * Add functional UI Tests for currency converter Reset currency before tests Fix: input is blocked after switching to currency with less fractional digits * Set Priority=0 for currency format related tests * Truncate digits in display value after switcing To fix incorrect result after switching currency with less fractional digits
302 lines
16 KiB
C#
302 lines
16 KiB
C#
// Copyright (c) Microsoft Corporation. All rights reserved.
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// Licensed under the MIT License.
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using CalculatorUITestFramework;
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using Microsoft.VisualStudio.TestTools.UnitTesting;
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using OpenQA.Selenium;
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using System;
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namespace CalculatorUITests
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{
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[TestClass]
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public class CurrencyConverterFunctionalTests
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{
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private static UnitConverterPage page = new UnitConverterPage();
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public TestContext TestContext { get; set; }
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/// <summary>
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/// Initializes the WinAppDriver web driver session.
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/// </summary>
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/// <param name="context"></param>
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[ClassInitialize]
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public static void ClassInitialize(TestContext context)
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{
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// Create session to launch a Calculator window
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WinAppDriver.Instance.SetupCalculatorSession(context);
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}
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/// <summary>
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/// Closes the app and WinAppDriver web driver session.
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/// </summary>
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[ClassCleanup]
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public static void ClassCleanup()
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{
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// Tear down Calculator session.
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WinAppDriver.Instance.TearDownCalculatorSession();
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}
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/// <summary>
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/// Ensures the calculator is in a cleared state
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/// </summary>
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[TestInitialize]
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public void TestInit()
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{
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CalculatorApp.EnsureCalculatorHasFocus();
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page.EnsureCalculatorIsCurrencyMode();
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page.EnsureCalculatorResultTextIsZero();
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page.EnsureSameUnitsAreSelected();
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}
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[TestCleanup]
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public void TestCleanup()
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{
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page.ClearAll();
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}
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private string NormalizeCurrencyText(string realValue, int fractionDigits)
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{
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if (!realValue.Contains('.')) return realValue;
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var parts = realValue.Split('.');
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if (parts[1].Length < fractionDigits)
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{
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parts[1] += new string('0', fractionDigits - parts[1].Length);
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}
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else
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{
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parts[1] = parts[1].Substring(0, fractionDigits);
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}
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return $"{parts[0]}.{parts[1]}".TrimEnd('.');
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}
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#region Basic UI Functionality via Mouse Input Tests
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/// <summary>
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/// These automated tests verify clicking each of the buttons in the Calculator UI and getting an expected result
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(0)]
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public void MouseInput_EnterInputAndCheckTheResult()
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{
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//Verifies the 2 is entered and clear is functional
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 2 button
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}
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/// <summary>
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/// These automated tests verify clicking each of the buttons in the Calculator UI and getting an expected result
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(1)]
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public void MouseInput_EnterInputWithFullDecimalAndClear()
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{
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//Verifies the 20.42 is entered and clear is functional
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 2 button
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page.UnitConverterOperators.NumberPad.Num0Button.Click();
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Assert.AreEqual("20", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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Assert.AreEqual("20", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 2 button
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page.UnitConverterOperators.NumberPad.DecimalButton.Click();
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Assert.AreEqual("20.00", page.UnitConverterResults.GetCalculationResult1Text()); //verifies decimal button
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Assert.AreEqual("20", page.UnitConverterResults.GetCalculationResult2Text()); //verifies decimal button
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page.UnitConverterOperators.NumberPad.Num4Button.Click();
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Assert.AreEqual("20.40", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 4 button
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Assert.AreEqual("20.40", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 4 button
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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Assert.AreEqual("20.43", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 3 button
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Assert.AreEqual("20.43", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 3 button
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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page.UnitConverterOperators.ClearButton.Click();
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Assert.AreEqual("0", page.UnitConverterResults.GetCalculationResult1Text()); //verifies Clear button
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Assert.AreEqual("0", page.UnitConverterResults.GetCalculationResult2Text()); //verifies Clear button
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}
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/// <summary>
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/// These automated tests verify clicking each of the buttons in the Calculator UI and getting an expected result
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(1)]
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public void MouseInput_EnterInputWithFullDecimalAndClearWithBackspace()
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{
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//Verifies the 20.42 is entered and clear is functional
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 2 button
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page.UnitConverterOperators.NumberPad.Num0Button.Click();
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Assert.AreEqual("20", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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Assert.AreEqual("20", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 2 button
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page.UnitConverterOperators.NumberPad.DecimalButton.Click();
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Assert.AreEqual("20.00", page.UnitConverterResults.GetCalculationResult1Text()); //verifies decimal button
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Assert.AreEqual("20", page.UnitConverterResults.GetCalculationResult2Text()); //verifies decimal button
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page.UnitConverterOperators.NumberPad.Num4Button.Click();
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Assert.AreEqual("20.40", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 4 button
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Assert.AreEqual("20.40", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 4 button
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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Assert.AreEqual("20.43", page.UnitConverterResults.GetCalculationResult1Text()); //verifies 3 button
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Assert.AreEqual("20.43", page.UnitConverterResults.GetCalculationResult2Text()); //verifies 3 button
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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page.UnitConverterOperators.BackSpaceButton.Click();
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page.UnitConverterOperators.BackSpaceButton.Click();
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page.UnitConverterOperators.BackSpaceButton.Click();
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page.UnitConverterOperators.BackSpaceButton.Click();
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page.UnitConverterOperators.BackSpaceButton.Click();
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Assert.AreEqual("0", page.UnitConverterResults.GetCalculationResult1Text()); //verifies Backspace button clicks
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Assert.AreEqual("0", page.UnitConverterResults.GetCalculationResult2Text()); //verifies Backspace button clicks
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}
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/// <summary>
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/// These automated tests verify the currency has been formatted to 3 fractional digits
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(0)]
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public void MouseInput_SelectCurrencyWith3FractionalDigitsEnterInputAndCheckTheFormat()
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{
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var currency = (string)TestContext.Properties["CurrencyWith3FractionalDigits"];
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var fractionDigits = 3;
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//Verifies fraction digits in given currency
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page.SelectUnits1(currency);
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Assert.AreEqual(currency.Replace(" - ", " "), page.UnitConverterOperators.Units1.Text); // Text is the AccessibleName of Unit
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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Assert.AreEqual(NormalizeCurrencyText("2", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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page.UnitConverterOperators.NumberPad.DecimalButton.Click();
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Assert.AreEqual(NormalizeCurrencyText("2.", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies decimal button
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page.UnitConverterOperators.NumberPad.Num4Button.Click();
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Assert.AreEqual(NormalizeCurrencyText("2.4", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 4 button
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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Assert.AreEqual(NormalizeCurrencyText("2.43", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 3 button
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page.UnitConverterOperators.NumberPad.Num5Button.Click();
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Assert.AreEqual(NormalizeCurrencyText("2.435", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 5 button
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page.UnitConverterOperators.NumberPad.Num6Button.Click();
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Assert.AreEqual(NormalizeCurrencyText("2.4356", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 6 button
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}
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/// <summary>
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/// These automated tests verify the currency has been formatted to no fractional digit
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(0)]
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public void MouseInput_SelectCurrencyWithoutFractionalDigitEnterInputAndCheckTheFormat()
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{
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var currency = (string)TestContext.Properties["CurrencyWithoutFractionalDigits"];
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var fractionDigits = 0;
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//Verifies fraction digits in given currency
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page.SelectUnits1(currency);
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Assert.AreEqual(currency.Replace(" - ", " "), page.UnitConverterOperators.Units1.Text); // Text is the AccessibleName of Unit
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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Assert.AreEqual(NormalizeCurrencyText("2", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 2 button
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page.UnitConverterOperators.NumberPad.DecimalButton.Click(); // It should be disabled, so no decimal will be displayed
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Assert.AreEqual(NormalizeCurrencyText("2", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies decimal button
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page.UnitConverterOperators.NumberPad.Num4Button.Click(); // As decimal is disabled, 4 won't be part of fraction digits
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Assert.AreEqual(NormalizeCurrencyText("24", fractionDigits), page.UnitConverterResults.GetCalculationResult1Text()); //verifies 4 button
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}
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/// <summary>
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/// These automated tests verify the currency format is updated after switching
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(0)]
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public void MouseInput_SwitchCurrencyWithDifferentFractionalDigitsAndCheckTheFormat()
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{
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var currencyWith3FractionalDigits = (string)TestContext.Properties["CurrencyWith3FractionalDigits"];
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var currencyWithoutFractionalDigits = (string)TestContext.Properties["CurrencyWithoutFractionalDigits"];
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//Verifies fraction digits in given currency
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page.SelectUnits1(currencyWith3FractionalDigits);
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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page.UnitConverterOperators.NumberPad.DecimalButton.Click();
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page.UnitConverterOperators.NumberPad.Num4Button.Click();
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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page.UnitConverterOperators.NumberPad.Num5Button.Click();
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Assert.AreEqual("2.435", page.UnitConverterResults.GetCalculationResult1Text());
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page.SelectUnits1(currencyWithoutFractionalDigits);
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult1Text());
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// The digits will be truncated forever, even if swiching back
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page.SelectUnits1(currencyWith3FractionalDigits);
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult1Text());
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}
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/// <summary>
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/// These automated tests verify input is not blocked after swiching to currency with less fractional digits
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(0)]
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public void MouseInput_SwitchCurrencyWithLessFractionalDigitsAndEnterInput()
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{
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var currencyWith3FractionalDigits = (string)TestContext.Properties["CurrencyWith3FractionalDigits"];
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var currencyWithoutFractionalDigits = (string)TestContext.Properties["CurrencyWithoutFractionalDigits"];
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//Verifies fraction digits in given currency
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page.SelectUnits1(currencyWith3FractionalDigits);
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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page.UnitConverterOperators.NumberPad.DecimalButton.Click();
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page.UnitConverterOperators.NumberPad.Num4Button.Click();
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page.UnitConverterOperators.NumberPad.Num3Button.Click();
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page.UnitConverterOperators.NumberPad.Num5Button.Click();
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Assert.AreEqual("2.435", page.UnitConverterResults.GetCalculationResult1Text());
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page.SelectUnits1(currencyWithoutFractionalDigits);
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Assert.AreEqual("2", page.UnitConverterResults.GetCalculationResult1Text());
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page.UnitConverterOperators.NumberPad.Num4Button.Click(); // Enter new number will replace the previous value
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Assert.AreEqual("4", page.UnitConverterResults.GetCalculationResult1Text());
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page.SelectUnits1(currencyWith3FractionalDigits);
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Assert.AreEqual("4", page.UnitConverterResults.GetCalculationResult1Text());
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}
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/// <summary>
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/// These automated tests verify the result consists after swiching currency
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/// Via mouse input, all basic UI functionality is checked
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/// </summary>
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[TestMethod]
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[Priority(0)]
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public void MouseInput_SwitchCurrencyWithLessFractionalDigitsAndCheckIfTheResultIsConsistent()
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{
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var currencyWith3FractionalDigits = (string)TestContext.Properties["CurrencyWith3FractionalDigits"];
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var currencyWithoutFractionalDigits = (string)TestContext.Properties["CurrencyWithoutFractionalDigits"];
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page.SelectUnits1(currencyWith3FractionalDigits);
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page.SelectUnits2(currencyWith3FractionalDigits);
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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page.UnitConverterOperators.NumberPad.Num0Button.Click();
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page.UnitConverterOperators.NumberPad.Num0Button.Click();
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page.UnitConverterOperators.NumberPad.DecimalButton.Click();
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page.UnitConverterOperators.NumberPad.Num9Button.Click();
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page.UnitConverterOperators.NumberPad.Num9Button.Click();
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page.UnitConverterOperators.NumberPad.Num9Button.Click();
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Assert.AreEqual("200.999", page.UnitConverterResults.GetCalculationResult1Text());
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Assert.AreEqual("200.999", page.UnitConverterResults.GetCalculationResult2Text());
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page.SelectUnits1(currencyWithoutFractionalDigits);
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Assert.AreEqual("200", page.UnitConverterResults.GetCalculationResult1Text());
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var result = page.UnitConverterResults.GetCalculationResult2Text();
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page.UnitConverterOperators.ClearButton.Click();
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page.UnitConverterOperators.NumberPad.Num2Button.Click();
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page.UnitConverterOperators.NumberPad.Num0Button.Click();
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page.UnitConverterOperators.NumberPad.Num0Button.Click();
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Assert.AreEqual("200", page.UnitConverterResults.GetCalculationResult1Text());
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Assert.AreEqual(result, page.UnitConverterResults.GetCalculationResult2Text());
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}
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#endregion
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}
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}
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