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This module introduces concepts and problems on software construction. It refers to the detailed creation of working, meaningful software through a combination of coding, verification, unit testing, integration testing, and debugging.


The term software construction refers to the detailed creation of working, meaningful software through a combination of coding, verification, unit testing, integration testing, and debugging.

The software construction is linked to all the other software engineering, most strongly to software design and software testing. This is because the software construction process itself involves significant software design and test activity. It also uses the output of design and provides one of the inputs to testing, both design and testing being the activities. Detailed boundaries between design, construction, and testing (if any) will vary depending upon the software life cycle processes that are used in a project.

Software construction activities

Although some detailed design may be performed prior to construction, much design work is performed within the construction activity itself. Thus the software construction is closely linked to the software design.

Throughout construction, software engineers both unit-test and integration-test their work. Thus, the software construction is closely linked to the software testing as well.

Software construction typically produces the highest volume of configuration items that need to be managed in a software project (source files, content, test cases, and so on). Thus, the software construction is also closely linked to the software configuration management.

Software construction fundamentals

The fundamentals of software construction include:

  • Minimizing complexity
  • Anticipating change
  • Constructing for verification
  • Standards in construction

The first three concepts apply to design as well as to construction. The following sections define these concepts and describe how they apply to construction.

Minimizing complexity

A major factor in how people convey intent to computers is the severely limited ability of people to hold complex structures and information in their working memories, especially over long periods of time. This leads to one of the strongest drivers in software construction: minimizing complexity. The need to reduce complexity applies to essentially every aspect of software construction, and is particularly critical to the process of verification and testing of software constructions.

In software construction, reduced complexity is achieved through emphasizing the creation of code that is simple and readable rather than clever.

Anticipating change

Most software will change over time, and the anticipation of change drives many aspects of software construction. Software is unavoidably part of changing external environments, and changes in those outside environments affect software in diverse ways.

Anticipating change is supported by many specific techniques:

  • Communication methods (for example, standards for document formats and contents)
  • Programming languages (for example, language standards for languages like Java and C++)
  • Platforms (for example, programmer interface standards for operating system calls)
  • Tools (for example, diagrammatic standards for notations like UML (Unified Modeling Language))

Questions & Answers

give me coding of these projects
Aman Reply
feasibility study&fact gathering techniques
Nachi Reply
write about software engineering
Mandala Reply
define iterative model. example of iterative model. advantages and disadvantages of iterative model. when to use iterative model
Okello Reply
i try out in netbeans this code:public class Profile { private Profile(int w) { // line 1 System.out.println(w); } public final Profile() { // line 5 System.out.println(10); } public static void main(String args[]) { Profile obj = new Profile(50); } } It is the question 5, and the answer is 50
Jacqueline Reply
how to join conversation
i need help....Discuss the factors that influence the choice of the software development methodology to use when implementing software projects?(20)
tatenda Reply
The success rate of software development projects can be increased by using a methodology that is adequate for the specific characteristics of those projects.  then the focus on RAD,XP,RUP.
hemant hie...it is a presentation i am working on...can you help me wth the introduction....please a powerful one hahahahha
Define and show all Dipthongs and vowels used in english phonetics
Okendro Reply
what is the software engineering
Axmed Reply
software engineering is a organized process of activities for development a use full software . it may consist of : 1:spcecification 2:design 3: implementation 4: evolution:
Please how can I create an application?
Eric Reply
please how can I create an application
How do we create a software
Florence Reply
give a more direct question
Louis Reply
what is semantics?
what r the computer codes
Kawuba Reply
machine code, source code , object code, and byte code etc
what is software
Manobendra Reply
a collection of program executable by code is called software
how can I create a software
Mary Reply
use in any model . then after you create any software
what is capability maturity model integration
what is maturity level
maturity level is organization's process improvement achievement in multiple process areas
how to trubulshoot is configuration ?
priya Reply
Guy's put your answer only
click start then click run then type msconfig then ok

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Source:  OpenStax, Software engineering. OpenStax CNX. Jul 29, 2009 Download for free at http://cnx.org/content/col10790/1.1
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