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Mk II Function Point Analysis 131 Unadjusted [12] ISO/ IEC 20968:2002 Software engineering Mk II Function Point Analysis Counting Practices Manual NESMA FPA Method 21 Unadjusted [13] ISO/IEC 24570:2005 Software engineering NESMA functional size measurement method version 21 Definitions and counting guidelines for the application of Function Point Analysis The major steps in the methods as per their official specifications are described next Because Mk II is no longer regularly used, no description has been provided For analysis purposes the ISBSG combines IFPUG and NESMA sized projects, because these two methods are similar

DateTime StartTime; DateTime EndTime; TimeSpan Interval; StartTime = DateTime.Now; ' do critical task that needs timing EndTime = DateTime.Now; Interval = EndTime - StartTime; Keep in mind that what is being clocked with these statements is only the time it takes to execute the code. If another process is started, as happens with the Process.Start() method, then you are not timing the execution of that process and how long it takes to complete. This kind of timing is appropriate for White Box testing of certain actions that you know the application code itself will undertake. Say, for example, that the code you are interested in is the time it takes to open a database connection or to open and read the contents of a file. In this case, using the code in the previous snippets would be appropriate. This method of timing can help establish the approximate time, given the correct platform and configuration, that it would take to perform these tasks. Then, perhaps, a comparison could be made to other ways of performing that same task. Listing 5-7 uses this simple timing process to clock the execution of a subroutine to find Hrefs. Listing 5-7. Timing the Execution of an Algorithm VB .NET Imports System.Text.RegularExpressions Private Sub Button1_Click(ByVal sender As System.Object, _ ByVal e As System.EventArgs) Handles Button1.Click Dim StartTime As DateTime Dim EndTime As DateTime Dim Interval As TimeSpan Dim numHrefs As Int16 StartTime = DateTime.Now 'capture current seconds numHrefs = FindHref(txtSource.text) 'routine being timed EndTime = DateTime.Now lblHrefs.Text = numHrefs.ToString Interval = EndTime StartTime ' calculate time elapsed lblTime.Text = Interval.ToString() End Sub Public Function FindHref(ByVal strSource As String) As Integer Dim r As Regex Dim m As Match Dim iCount As Integer

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Timer ICs: The NE555 The discussion of op-amp based timing circuits presented in the previous sections served the purpose of introducing a large family of integrated circuits that can provide exible timing waveforms These fall for our purposes into one of two classes: pulse generators, and clock waveform generators s 13 and 14 delve into a more detailed analysis of digital timing circuits, a family to which the circuits of the previous sections belong This section will now introduce a multipurpose integrated circuit that can perform both the monostable and astable multivibrator functions The main advantage of the integrated circuit implementation of these circuits (as opposed to the discrete op-amp version previously discussed) lies in the greater accuracy and repeatability one can obtain with ICs, their ease of application, and the exibility provided in the integrated circuit packages The NE555 is a timer circuit capable of producing accurate time delays (pulses) or oscillation In the time-delay, or monostable, mode, the time delay or pulse duration is controlled by an external RC network In the astable, or clock generator, mode, the frequency is controlled by two external resistors and one capacitor Figure 1561 depicts typical circuits for monostable and astable operation of the NE555 Note that the threshold level and the trigger level can also be externally controlled For the monostable circuit, the pulse width can be computed from the following equation: T = 11R1 C (1554)

For the astable circuit, the positive pulse width can be computed from the following equation: T+ = 069(R1 + R2 )C (1555)

VCC 1 2 Trig 3 Out 4 5 001 F NE555 monostable multivibrator NE555 astable multivibrator NE555 6 C Reset 4 5 Cont NE555 pin-out Out 3 8 R1 7 Trig 2 NE555 6 Thresh Out 4 5 3 7 Disch 2 NE555 6 7 Ground 1 8 VCC 1 8

001 F

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