# ---------------------------------------------------------


# calctestsuite.rb


# Tester Name:  Tobias Mayer


# Project Name: TSRAPI Example


# Create Date:  25 August 2005


# © Quality Forge, 2004-2005


# ---------------------------------------------------------





require 'wincalc'





=begin


-----------------------------------------------------------------------


A set of simple Windows Calculator Tests


This example shows the use of a domain-specific class, WinCalc


to create a higher level abstraction of the RubySmith calls.


See the file wincalc.rb for the definition of WinCalc.


-----------------------------------------------------------------------


=end


class CalcTestSuite < WinCalc





  # TestSmith uses this variable name to display the report in the TestSmith report window


  @@REPORT_NAME = "reports\\rCalcTestSuite"


  # close the calculator at the end?


  @@CLOSE = false





  def initialize(winid)


    super(winid)


  end





  def run(data = nil)


    result = initSession(@@REPORT_NAME)


    return result unless (result == 0)





    begin


      result = openCalc()


      return result unless (result == 0)





      # run each test


      test1()


      test2()


      test3()


      test4()


      test5()





      # optionally close or clear the Calculator application


      if (@@CLOSE)


        closeCalc()  # close it


      else


        funcKey('C')  # clear it


      end


      exit_ok = exitSession()


      if (!exit_ok)


        # handle error, e.g.


        puts lastTSError() # last error generated by TSAPI


      end


      # full test ran without exceptions, so


      return self.exitCode


    rescue UninitializedException => ue


      # handle error, e.g.


      puts ue


      return -1


    end


  end # run method





protected





  # Calculate 1234 + 5678 and validate the result.


  def test1()


    @cmd = 1


    remark("Test1: Calculate 1234 + 5678 and validate the result.")


    numKey(1); numKey(2); numKey(3); numKey(4)


    funcKey('+')


    numKey(5); numKey(6); numKey(7); numKey(8)


    funcKey('=')


    expectedResult = 6912.0  # 1234 + 5678 as a float


    # validate and print result


    printResult("Test1", expectedResult)


  end





  # Calculate 99 - 100 and validate the result.


  def test2()


    @cmd = 2


    remark("Test2: Calculate 99 - 100 and validate the result.")


    numKey(9); numKey(9)


    funcKey('-')


    numKey(1); numKey(0); numKey(0);


    funcKey('=')


    expectedResult = -1.0  # 99 - 100 as a float


    # validate and print result


    printResult("Test2", expectedResult)


  end





  # Calculate 1359 * 2468 and validate the result.


  # Note: this test uses the 'WinCalc#input' method


  # to send in complete integer numbers with a single method call


  def test3()


    @cmd = 3


    remark("Test3: Calculate 1359 * 2468 and validate the result.")


    input(1359)


    funcKey('*')


    input(2468)


    funcKey('=')


    expectedResult = 3354012.0  # 1359 * 2468 as a float


    # validate and print result


    printResult("Test3", expectedResult)


  end





  # Calculate 55.66 + 77.88 and validate the result.


  # Note: this test uses the 'WinCalc#input' method


  # to send in complete float numbers with a single method call


  def test4()


    @cmd = 4


    remark("Test4: Calculate 55.66 + 77.88 and validate the result.")


    input(55.66)


    funcKey('+')


    input(77.88)


    funcKey('=')


    expectedResult = 133.54  # 55.66 + 77.88


    # validate and print result


    printResult("Test4", expectedResult)


  end





  # Calculate 20 / 5 and validate the result.


  # Note: this test is intended to fail;


  # the 'expectedResult' value is incorrect


  def test5()


    @cmd = 5


    remark("Test5: Calculate 20 / 5 and validate the result.")


    numKey(2); numKey(0)


    funcKey('/')


    numKey(5);


    funcKey('=')


    expectedResult = 5.0  # incorrect result


    # validate and print result


    printResult("Test5", expectedResult)


  end





  # Validate the result and write an appropriate message


  # to the TestSmith report.


  # This method is called by each test method.


  def printResult(testName, expectedResult)


    actualResult = getDisplayedValue()


    if (expectedResult == actualResult)


      printOk(testName + ": Validation Passed", @cmd)


    else


      printErr(testName + ": Validation Failed: expected = " + expectedResult.to_s + \


                          ", actual = " + actualResult.to_s, @cmd)


    end


  end





  # Write a remark to the TestSmith report


  # This method is called by each test method.


  def remark(text)


    noop("remark='" + text + "' suppress=all", @cmd)


  end








end # class CalcTest1





# ====================================================================


# TEST


begin


  objCalcTestSuite = CalcTestSuite.new(1)


  exitCode = objCalcTestSuite.run()


  puts "exitCode: " + exitCode.to_s


  # show the TestSmith report in a new browser window


  # objCalcTestSuite.displayReport()


rescue Exception => ex


  puts ex


end


# ====================================================================