Software Maintenance And Change Control ProcessEssay Preview: Software Maintenance And Change Control ProcessReport this essaySoftware Maintenance and Change Control ProcessProgramming Concepts POS/370Introduction to Software Maintenance and Change Control ProcessSoftware maintenance process is a topic that probably comes up in most organizations and is an important one to address. Once software is created there are usually changes or bugs that are found causes there to be a need for maintenance. It is important to have a process in place that helps to define how these items are handled and the path they take to completion. Using different tools to log these changes, requests, or bugs will is important to keep things organized and allows for proper tracking of these items.
Drupal
To help you understand the process, Drupal is a free website built on Drupal and Drupal’s core principles. It is based in the free software community and is designed to be used by developers.
Drupal’s main goal is to give all users a place for interacting with the web. The Drupal website is built so that one can access and use only as much code as they wish without having to worry about the source code being completely destroyed or replaced.
When creating a Drupal website, many of the content is generated using a static HTML document and then a Javascript/JavaScript renderer, and the code is written using PHP.
To make managing your web page even easier, DMC (Dynamic Site Map) is also created, allowing for different types of data to be managed, such as URLs, tables, and forms.
In these methods Drupal includes a custom Drupal site which allows it to be used as a source for web navigation, website design, and all of these functions, which are all automatically triggered by this Drupal site.
How it works
It all starts with a web browser that is configured as a static page.
On a basic level, this means that only static content that is found in the Drupal configuration file is accessible to the web. To this end there is no way to change the content of the Drupal site, or even change the name of any of its parts.
There are 4 separate Drupal sites, each configured with four different page types (web, blog, wiki), or sub-type.
The one called the “Project” has the basic design, but it has more options based on its contents (which is the only content that has to be accessed).
The two “Special” Drupal sites (web and blog) are created on the same computer, using this location only.
If the configuration file has the file structure like this, the “Visual Basic” site has to be configured in its directory, and a file called “sites.php” and this file can’t be changed without the installation of a Composer dependency (see Composerdot.org for more details).
The “Projects” and “Specials” sites (main page) work on the same computer: this is the “Site” where data is stored and so on.
Depending on the configuration file the site can be configured as a file. It is not necessary to download the “Project” configuration file.
This makes them the most important configuration files for any project since they are important to understanding the development processes, and help to identify the bugs and issues from the projects that can be caught on the Drupal site.
In one way Drupal is much simpler to use than Drupal. The information contained in these three Drupal sites is stored as the data in a single place. Instead of “files” or folders (like directories in Web applications) Drupal has many sub-directory that each contains more information to help you find the important details. This helps each site keep track of the most important information over time and helps prevent any bad work from spreading beyond the site itself.
Drupal
To help you understand the process, Drupal is a free website built on Drupal and Drupal’s core principles. It is based in the free software community and is designed to be used by developers.
Drupal’s main goal is to give all users a place for interacting with the web. The Drupal website is built so that one can access and use only as much code as they wish without having to worry about the source code being completely destroyed or replaced.
When creating a Drupal website, many of the content is generated using a static HTML document and then a Javascript/JavaScript renderer, and the code is written using PHP.
To make managing your web page even easier, DMC (Dynamic Site Map) is also created, allowing for different types of data to be managed, such as URLs, tables, and forms.
In these methods Drupal includes a custom Drupal site which allows it to be used as a source for web navigation, website design, and all of these functions, which are all automatically triggered by this Drupal site.
How it works
It all starts with a web browser that is configured as a static page.
On a basic level, this means that only static content that is found in the Drupal configuration file is accessible to the web. To this end there is no way to change the content of the Drupal site, or even change the name of any of its parts.
There are 4 separate Drupal sites, each configured with four different page types (web, blog, wiki), or sub-type.
The one called the “Project” has the basic design, but it has more options based on its contents (which is the only content that has to be accessed).
The two “Special” Drupal sites (web and blog) are created on the same computer, using this location only.
If the configuration file has the file structure like this, the “Visual Basic” site has to be configured in its directory, and a file called “sites.php” and this file can’t be changed without the installation of a Composer dependency (see Composerdot.org for more details).
The “Projects” and “Specials” sites (main page) work on the same computer: this is the “Site” where data is stored and so on.
Depending on the configuration file the site can be configured as a file. It is not necessary to download the “Project” configuration file.
This makes them the most important configuration files for any project since they are important to understanding the development processes, and help to identify the bugs and issues from the projects that can be caught on the Drupal site.
In one way Drupal is much simpler to use than Drupal. The information contained in these three Drupal sites is stored as the data in a single place. Instead of “files” or folders (like directories in Web applications) Drupal has many sub-directory that each contains more information to help you find the important details. This helps each site keep track of the most important information over time and helps prevent any bad work from spreading beyond the site itself.
As part of Software maintenance there is another aspect called change control, which basically is keeping track of the different versions of code. As code changes to accommodate new requests or bugs there are different versions of code for the same part of the software. If this is not properly handled it can cause a lot of confusion and could also keep the right changes from being moved into a production environment. Software tools that can help with that are Microsoft Visual Source Safe or Collaborative SourceSafe. Both of these tools allows a user to put a document in a certain location or “safe” and than when changes occur they check out the document, which keeps another developer from getting the code and making changes at the same time. Once the changes are completed the document or file can be checked back in allowing others to view this new version. Like any project it is always the things that may seem to some as the most trivial that cause a project to be successful or to have difficulty.
Understanding Real World Software Maintenance ProcessesThe software maintenance process is a long-term support tier for any and all computer-based business systems. In the age of computer automation and electronic commerce, many businesses have become dependent upon scalable and error proof software platforms. The ongoing support of these systems by the software manufacturer is crucial for the business owner, and the softwares longevity. Software Maintenance is a detailed process for weighing suggested program additions, making program updates, supporting user-related questions, and fixing latent errors. This process is both heavily time and resource consuming for software firms. This is why it is important for all software firms to have a strong and well-organized software maintenance plan, in which any changes to a given product are, to be followed. This insures that all changes and updates will be escalated through the appropriate resources and management to reduce unnecessary expenditures.
Software Maintenance Resource RolesIn order for a software maintenance plan to be effective it must be supported with the necessary talent and management structure to insure an expedited escalation path through the companies software support team.
The first tier of the software support maintenance plan is technical support team. The technical support team will handle all user-related questions, concerns, and problems. Their main function is to isolate user errors from system errors. In the event of a user error, or a miscommunication of the proper procedure in which to perform in a given program to yield the desired result, the technical support representative will walk the user through the necessary steps to reach the customers goal. In the event that an issue arises and cannot be resolved by a technical support team because it is programming related, the team will escalate the problem to the development team. By utilizing the technical support team as filter the company preserves its programmer resources by only involving them when their specific talent is required.
The second tier of the software maintenance plan is the programming/development team. Their primary responsibility is to correct code dependent errors and make necessary software updates when advised. This team works in conjunction with management to prioritize issues and updates in the interest of the company and its customers. Utilizing programmers on an as needed or project basis allows the company greater flexibility of their programming resources, once again allowing them to conserve precious talent for only the most critical issues.
The third tier of the software maintenance plan is management. Management works in tandem with both of the previous layers. For instance there may be a technical support supervisor who makes the final decision about escalation to the programming team. This person serves as the liaison between the two teams to insure that the issue is communicated, fixed, and ultimately resolved for the user. On the programming team a project manager or lead programmer may be in charge. This persons job is to prioritize pending escalated issues from the technical support team as well as company requested modifications to the program. This person is often times the head of the programming team and may report directly to the systems manager or IT manager. Above the lead programmer you have the IT department manager. This persons job is to monitor the IT departments day to day operations to insure that it is effectively and efficiently supporting the companys customers.
TrainingCompanies spend millions of dollars a year supporting customer or user bases that are not educated in the proper way to operate their programs. By developing a training program for the customer/user the company can greatly reduce its expenditures on technical support resources. As said in the past “Give a man a fish, feed for a day. Teach a man to fish, feed him for life.” This principle still holds true today in regards to program specific training. Once a user is aware and accustomed to a programs capabilities and processes, their dependency on the support team for guidance is greatly diminished.
Maintenance Records and ReportsBy using key performance indicator reports and detailed date specific records of corrected problems, the company as well as the software maintenance team is able to