This document provides an overview of a bug tracking system final year project. It discusses what a bug is, types of bugs, why bug tracking systems are necessary, components of an effective system, and examples of bugs that had extreme effects. It also outlines the proposed software's functionalities, development environment, hardware requirements, timeline, and ER diagram. The document aims to plan and design a bug tracking software application.
Bug Tracking System is a web-based application that is designed to help quality assurance and programmers keep track of reported software bugs in their work. Bugs will be assigned to a person with a bug id, flag, description, project name.
Operating System : Windows XP or above
User Interface : HTML, CSS
Client-side Scripting : PHP
Back End : MySQL
Web Server : Apache Tomcat 7.0.22
IDE : NetBeans 7.1
Bug Tracking System is a web-based application that is designed to help quality assurance and programmers keep track of reported software bugs in their work. Bugs will be assigned to a person with a bug id, flag, description, project name.
Technology Used
Operating System : Windows XP or above
User Interface : HTML, CSS
Client-side Scripting : PHP
Back End : MySQL
Web Server : Apache Tomcat 7.0.22
IDE : NetBeans 7.1
Bug Tracking System is a web-based application that is designed to help quality assurance and programmers keep track of reported software bugs in their work. Bugs will be assigned to a person with a bug id, flag, description, project name.
Operating System : Windows XP or above
User Interface : HTML, CSS
Client-side Scripting : PHP
Back End : MySQL
Web Server : Apache Tomcat 7.0.22
IDE : NetBeans 7.1
Bug Tracking System is a web-based application that is designed to help quality assurance and programmers keep track of reported software bugs in their work. Bugs will be assigned to a person with a bug id, flag, description, project name.
Technology Used
Operating System : Windows XP or above
User Interface : HTML, CSS
Client-side Scripting : PHP
Back End : MySQL
Web Server : Apache Tomcat 7.0.22
IDE : NetBeans 7.1
Bug tracking system plays major role in identifying bug in various software system. Present paper underlined the importance of bug tracking system in the field of software development and had also identified the various drawbacks of the current bug tracking system by exploring the various literatures and research papers published up to year 2014. Various recommendations and suggestions have also been provided after analyzing the obstacles faced by developers and users due to functioning of current bug tracking system. An extensive survey is presented in this regards and the provided analysis is truly based on what have been analyzed s in context with bug tracking system.
How to track the problems that arises during testing phase of software development life cycle (SDLC). This includes creating a problem tracking system to track bugs and make them fixed.
Learn more about what bug tracking is and how this essential tool can help your software and app development. Find and track bugs early on to be more effective.
Security Automation by integrating SAST(Static Application Security Testing),DAST(Dynamic Application Secuirty Testing) and SIEM (Security Information and Event Management) tools with Jenkins.
By automating Security(SAST,DAST,SIEM) developers can them selves perform VA and monitor on application without going to IT and Security team
Below Tools are used to Automate everything:
SAST - Fortify,CheckMarx
DAST - IBM App Scan,OWASP ZAP,HP Web Inspect
SIEM - Alien Vault
Understanding & Addressing OWASP’s Newest Top Ten Threat: Using Components wi...Sonatype
In 2013, the Open Web Application Security Project (OWASP) was updated to include “A9: using components with known vulnerabilities.” This paper explains this new threat with practical ideas for reducing risk from open source components which now comprise 80% of an average application.
Software testing is a vital process without which no software release can occur, it makes the software usable. Software testing offers opportunities constantly to be exposed with new development methods, new platform technologies, new product innovations.
Hidden Speed Bumps on the Road to "Continuous"Sonatype
As a companion piece for our '2015 State of the Software Supply Chain Report' this ebook explores the hidden complexities in modern software development by drawing analogies to a traditional supply chain. This is a real eye-opener for anyone who cares about development speed, efficiency and quality.
Snippets, Scans and Snap Decisions: How Component Identification Methods Impa...Sonatype
For the most part, modern software is assembled, not written. More than 90 percent of a typical software application is comprised of third party components, most of which are open source. Custom business logic comprises the remaining 10 percent. This massive reliance on open source components has created new challenges for managing software security, quality and intellectual property. Organizations who rely on custom software are increasingly seeking visibility and control to manage risk and maximize benefit. But to properly manage open source components, you must know as much as possible about them—starting with precisely identifying them. Security, quality and licensing information is of little use if you haven't precisely identified the component you are using. And, without both accurate and actionable component information, developers are not able to make the right component selection from the start. This paper addresses the pros and cons of various methods used in open source risk management/governance/logistics solutions and how they impact your efficiency and accuracy.
SOURCE CODE ANALYSIS TO REMOVE SECURITY VULNERABILITIES IN JAVA SOCKET PROGR...IJNSA Journal
This paper presents the source code analysis of a file reader server socket program (connection-oriented
sockets) developed in Java, to illustrate the identification, impact analysis and solutions to remove five
important software security vulnerabilities, which if left unattended could severely impact the server
running the software and also the network hosting the server. The five vulnerabilities we study in this
paper are: (1) Resource Injection, (2) Path Manipulation, (3) System Information Leak, (4) Denial of
Service and (5) Unreleased Resource vulnerabilities. We analyze the reason why each of these
vulnerabilities occur in the file reader server socket program, discuss the impact of leaving them
unattended in the program, and propose solutions to remove each of these vulnerabilities from the
program. We also analyze any potential performance tradeoffs (such as increase in code size and loss of
features) that could arise while incorporating the proposed solutions on the server program. The
proposed solutions are very generic in nature, and can be suitably modified to correct any such
vulnerabilities in software developed in any other programming language. We use the Fortify Source
Code Analyzer to conduct the source code analysis of the file reader server program, implemented on a
Windows XP virtual machine with the standard J2SE v.7 development kit
Lawyers and Licenses in Open Source-based Development: How to Protect Your So...Sonatype
You can build better software faster with Open Source Software (OSS) components, but you must ensure that your organization meets component-licensing terms. Violating the terms of an open source license is copyright or intellectual property infringement and can lead to legal and financial penalties. This white paper explains why certain types of open source licenses create legal risk and describes win-win methods for avoiding risk that give lawyers the confidence they need while giving developers the speed they need.
Bug triage means to transfer a new bug to expertise developer. The manual bug triage is opulent in time
and poor in accuracy, there is a need to automatize the bug triage process. In order to automate the bug triage
process, text classification techniques are applied using stopword removal and stemming. In our proposed work
we have used NB-Classifiers to predict the developers. The data reduction techniques like instance selection
and keyword selection are used to obtain bug report and words. This will help the system to predict only those
developers who are expertise in solving the assigned bug. We will also provide the change of status of bug
report i.e. if the bug is solved then the bug report will be updated. If a particular developer fails to solve the bug
then the bug will go back to another developer.
Bug tracking system plays major role in identifying bug in various software system. Present paper underlined the importance of bug tracking system in the field of software development and had also identified the various drawbacks of the current bug tracking system by exploring the various literatures and research papers published up to year 2014. Various recommendations and suggestions have also been provided after analyzing the obstacles faced by developers and users due to functioning of current bug tracking system. An extensive survey is presented in this regards and the provided analysis is truly based on what have been analyzed s in context with bug tracking system.
How to track the problems that arises during testing phase of software development life cycle (SDLC). This includes creating a problem tracking system to track bugs and make them fixed.
Learn more about what bug tracking is and how this essential tool can help your software and app development. Find and track bugs early on to be more effective.
Security Automation by integrating SAST(Static Application Security Testing),DAST(Dynamic Application Secuirty Testing) and SIEM (Security Information and Event Management) tools with Jenkins.
By automating Security(SAST,DAST,SIEM) developers can them selves perform VA and monitor on application without going to IT and Security team
Below Tools are used to Automate everything:
SAST - Fortify,CheckMarx
DAST - IBM App Scan,OWASP ZAP,HP Web Inspect
SIEM - Alien Vault
Understanding & Addressing OWASP’s Newest Top Ten Threat: Using Components wi...Sonatype
In 2013, the Open Web Application Security Project (OWASP) was updated to include “A9: using components with known vulnerabilities.” This paper explains this new threat with practical ideas for reducing risk from open source components which now comprise 80% of an average application.
Software testing is a vital process without which no software release can occur, it makes the software usable. Software testing offers opportunities constantly to be exposed with new development methods, new platform technologies, new product innovations.
Hidden Speed Bumps on the Road to "Continuous"Sonatype
As a companion piece for our '2015 State of the Software Supply Chain Report' this ebook explores the hidden complexities in modern software development by drawing analogies to a traditional supply chain. This is a real eye-opener for anyone who cares about development speed, efficiency and quality.
Snippets, Scans and Snap Decisions: How Component Identification Methods Impa...Sonatype
For the most part, modern software is assembled, not written. More than 90 percent of a typical software application is comprised of third party components, most of which are open source. Custom business logic comprises the remaining 10 percent. This massive reliance on open source components has created new challenges for managing software security, quality and intellectual property. Organizations who rely on custom software are increasingly seeking visibility and control to manage risk and maximize benefit. But to properly manage open source components, you must know as much as possible about them—starting with precisely identifying them. Security, quality and licensing information is of little use if you haven't precisely identified the component you are using. And, without both accurate and actionable component information, developers are not able to make the right component selection from the start. This paper addresses the pros and cons of various methods used in open source risk management/governance/logistics solutions and how they impact your efficiency and accuracy.
SOURCE CODE ANALYSIS TO REMOVE SECURITY VULNERABILITIES IN JAVA SOCKET PROGR...IJNSA Journal
This paper presents the source code analysis of a file reader server socket program (connection-oriented
sockets) developed in Java, to illustrate the identification, impact analysis and solutions to remove five
important software security vulnerabilities, which if left unattended could severely impact the server
running the software and also the network hosting the server. The five vulnerabilities we study in this
paper are: (1) Resource Injection, (2) Path Manipulation, (3) System Information Leak, (4) Denial of
Service and (5) Unreleased Resource vulnerabilities. We analyze the reason why each of these
vulnerabilities occur in the file reader server socket program, discuss the impact of leaving them
unattended in the program, and propose solutions to remove each of these vulnerabilities from the
program. We also analyze any potential performance tradeoffs (such as increase in code size and loss of
features) that could arise while incorporating the proposed solutions on the server program. The
proposed solutions are very generic in nature, and can be suitably modified to correct any such
vulnerabilities in software developed in any other programming language. We use the Fortify Source
Code Analyzer to conduct the source code analysis of the file reader server program, implemented on a
Windows XP virtual machine with the standard J2SE v.7 development kit
Lawyers and Licenses in Open Source-based Development: How to Protect Your So...Sonatype
You can build better software faster with Open Source Software (OSS) components, but you must ensure that your organization meets component-licensing terms. Violating the terms of an open source license is copyright or intellectual property infringement and can lead to legal and financial penalties. This white paper explains why certain types of open source licenses create legal risk and describes win-win methods for avoiding risk that give lawyers the confidence they need while giving developers the speed they need.
Bug triage means to transfer a new bug to expertise developer. The manual bug triage is opulent in time
and poor in accuracy, there is a need to automatize the bug triage process. In order to automate the bug triage
process, text classification techniques are applied using stopword removal and stemming. In our proposed work
we have used NB-Classifiers to predict the developers. The data reduction techniques like instance selection
and keyword selection are used to obtain bug report and words. This will help the system to predict only those
developers who are expertise in solving the assigned bug. We will also provide the change of status of bug
report i.e. if the bug is solved then the bug report will be updated. If a particular developer fails to solve the bug
then the bug will go back to another developer.
An analysis of software aging in cloud environment IJECEIAES
Cloud computing is the environment in which several virtual machines (VM) run concurrently on physical machines. The cloud computing infrastructure hosts multiple cloud services that communicate with each other using the interfaces. During operation, the software systems accumulate errors or garbage that leads to system failure and other hazardous consequences. This status is called software aging. Software aging happens because of memory fragmentation, resource consumption in large scale and accumulation of numerical error. Software aging degrads the performance that may result in system failure. This happens because of premature resource exhaustion. The errors that cause software agings are of special types and target the response time and its environment. This issue is to be resolved only during run time as it occurs because of the dynamic nature of the problem. To alleviate the impact of software aging, software rejuvenation technique is being used. Rejuvenation process reboots the system or reinitiates the softwares. Software rejuvenation removes accumulated error conditions, frees up deadlocks and defragments operating system resources like memory. Software aging and rejuvenation has generated a lot of research interest recently. This work reviews some of the research works related to detection of software aging and identifies research gaps.
Association Rule Mining Scheme for Software Failure AnalysisEditor IJMTER
The software execution process is tracked with event logs. The event logs are used to maintain the
execution process flow in a textual log file. The log file also manages the error values and their source of classes.
The error values are used to analyze the failure of the software. The data mining methods are used to evaluate the
quality and software failure rate analysis process. The text logs are processed and data values are extracted from
the data values. The data values are mined using the machine learning methods for failure analysis.
The service error, service complaints, interaction error and crash errors are maintained under the log files.
The events and their reactions are also maintained under the log files. Software termination and execution failures
are identified using the log details. The log file parsing process is applied to extract data from the logs. The
associations rule mining methods are used to analyze the log files for failure detection process. The system uses
the Weighted Association Rule Mining (WARM) scheme to fetch failure rate in the software execution flow. The
system improves the failure rate detection accuracy in WARM model.
Modern Software Testing Techniques: A Practical Guide for Developers and TestersLucky Gods
**Modern Software Testing Techniques: Level Up Your Bug-Stomping Game **
Tired of flaky apps and buggy software crashes? Ditch the frustration and master the art of modern software testing like a pro! This ain't your grandpa's testing manual - we're talking cutting-edge automation, AI-powered tools, and ninja-level debugging skills that'll leave your code sparkling clean ✨.
Get ready to:
Unleash the power of automation ✨ - say goodbye to repetitive manual testing and hello to efficient, reliable bots!
**Tap into the magic of AI ** - let artificial intelligence be your bug-hunting bestie, sniffing out issues before they even appear.
Master the art of exploratory testing ️♀️ - think like a hacker, break the system, and uncover hidden vulnerabilities.
**Get your API testing game on ** - ensure seamless communication between your software and the outside world.
**Write rock-solid test cases ** - build a fortress of tests that catch every bug in its tracks.
This ain't just for professional testers anymore! ♀️ Developers, product managers, even curious cats - anyone can learn these practical techniques and boost the quality of their software projects.
So buckle up, code warriors! Your software testing adventure starts now! ⚔️
In today's increasingly digitalised world, software defects are enormously expensive. In 2018, the Consortium for IT Software Quality reported that software defects cost the global economy $2.84 trillion dollars and affected more than 4 billion people. The average annual cost of software defects on Australian businesses is A$29 billion per year. Thus, failure to eliminate defects in safety-critical systems could result in serious injury to people, threats to life, death, and disasters. Traditionally, software quality assurance activities like testing and code review are widely adopted to discover software defects in a software product. However, ultra-large-scale systems, such as, Google, can consist of more than two billion lines of code, so exhaustively reviewing and testing every single line of code isn't feasible with limited time and resources. This project aims to create technologies that enable software engineers to produce the highest quality software systems with the lowest operational costs. To achieve this, this project will invent an end-to-end explainable AI platform to (1) understand the nature of critical defects; (2) predict and locate defects; (3) explain and visualise the characteristics of defects; (4) suggest potential patches to automatically fix defects; (5) integrate such platform as a GitHub bot plugin.
This ppt describes about the bug.. and how bugs provide clues for debugging in software? , What will be consider in debugging a software? Debugging strategies and automatic debugging. The ppt prepared based on examination point of view for software engineering subject
Software CrashLocator: Locating the Faulty Functions by Analyzing the Crash S...INFOGAIN PUBLICATION
In recent years, studies have been dedicated mainly in the analysis, of crashes in real-world related to large-scale software systems. A crash in terms of computing can be termed as a computer program such as a software application that stops functioning properly. Software crash is a serious problem in production environment. When crash happens, the crash report with the stack trace of software at time of crash is sent to the developer team. Software development team may receive hundreds of stack traces from all deployment sites and many stack traces may be due to same problem. If the developer starts analyzing each trace, it may take a longer duration of time and redundancy many happen in terms of two developers fixing the same problem. This motivates us to present the solution to analyze the stack traces and find the important functions responsible for crash and rank them, so that development resources can be optimized. In this paper we have proposed the solution to solve the problem by developing Software CrashLocator.
A Review on Software Fault Detection and Prevention Mechanism in Software Dev...iosrjce
IOSR Journal of Computer Engineering (IOSR-JCE) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of computer engineering and its applications. The journal welcomes publications of high quality papers on theoretical developments and practical applications in computer technology. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
USING CATEGORICAL FEATURES IN MINING BUG TRACKING SYSTEMS TO ASSIGN BUG REPORTSijseajournal
Most bug assignment approaches utilize text classification and information retrieval techniques. These
approaches use the textual contents of bug reports to build recommendation models. The textual contents of
bug reports are usually of high dimension and noisy source of information. These approaches suffer from
low accuracy and high computational needs. In this paper, we investigate whether using categorical fields
of bug reports, such as component to which the bug belongs, are appropriate to represent bug reports
instead of textual description. We build a classification model by utilizing the categorical features, as a
representation, for the bug report. The experimental evaluation is conducted using three projects namely
NetBeans, Freedesktop, and Firefox. We compared this approach with two machine learning based bug
assignment approaches. The evaluation shows that using the textual contents of bug reports is important. In
addition, it shows that the categorical features can improve the classification accuracy
3. Bug Tracking System Guided By: K.DEEPTHI Submitted By: A.JIGNASH M. BHARADWAJ May 3, 2010
4. Bug Tracking System Agenda : Shiv Prakash Amitabh Mukherjee Akshay Saraf Deepit Chaturvedi May 3, 2010
5. Bug Tracking System What is a Bug ? May 4th ,2010 A software Bug is the common term used to describe an error, flaw, mistake, failure, or fault in a computer program or system that produces an incorrect or unexpected result, or causes it to behave in unintended ways. Most Bug arise from mistakes and errors made by people in either a program's source code or its design, and a few are caused by compilers producing incorrect code. Bug can have a wide variety of effects, with varying levels of inconvenience to the user of the program. Some defects have only a subtle effect on the program's functionality, and may thus lie undetected for a long time. More serious defects may cause the program to crash or freeze leading to a denial of service. Others qualify as security defects and might for example enable a malicious user to bypass access controls in order to obtain unauthorized privileges.
11. Comments out of date or incorrect: many programmers assume the comments accurately describe the code
12.
13. Bug Tracking System Why is it Necessary ? Software defects are expensive. Moreover, the cost of finding and correcting defects represents one of the most expensive software development activities. For the foreseeable future, it will not be possible to eliminate defects. While defects may be inevitable, we can minimize their number and impact on our projects. To do this development teams need to implement a defect management process that focuses on preventing defects, catching defects as early in the process as possible, and minimizing the impact of defects. A little investment in this process can yield significant returns May 3, 2010
15. Bug Tracking System What are the Components of a good Defect Tracking System ? A major component of a bug tracking system is a database that records facts about known defects. Facts may include the time a bug was reported, its severity, the erroneous program behavior, and details on how to reproduce the bug; as well as the identity of the person who reported it and any programmers who may be working on fixing it. Typical bug tracking systems support the concept of the life cycle for a bug which is tracked through status assigned to the bug. A bug tracking system should allow administrators to configure permissions based on status, move the bug to another status, or delete the bug. The system should also allow administrators to configure the bug statuses and to what status a bug in a particular status can be moved to. May 3, 2010
16. BugTracking System Examples of Extreme Effects of Defects Defects in the code controlling the Therac-25 radiation therapy machine were directly responsible for some patient deaths in the 1980s. In 1996, the European Space Agency's US$1 billion prototype Ariane 5 rocket was destroyed less than a minute after launch, due to a bug in the on-board guidance computer program. In June 1994, a Royal Air Force Chinook crashed into the Mull of Kintyre, killing 29. It was caused by a software bug in the aircraft's engine control computer. May 3, 2010
17. BugTracking System Financial Implications In 2002, a study commissioned by the US Department of Commerce' National Institute of Standards and Technology concluded that software defects, or errors, are so prevalent and so detrimental that they cost the US economy an estimated $59 billion annually, or about 0.6 percent of the gross domestic product. As per GARTNER estimates the global market for testing will be about $13 bn by 2010 . And Indian IT companies would take over 70 % of testing market. May 3, 2010
46. Application programming interface (API) is an interface in computer science that defines the ways by which an application program may request services from libraries and/or OS.
52. DSS queries touch large amounts of data (often terabytes in size). MS-SQL Server
53. BugTracking System May 3, 2010 Software Development Environment: Visual Studio 2008 It is a comprehensive set of tools that accelerates the process of turning the developer’s vision into reality.
72. BugTracking System THE FOLLOWING POINTS WILL COVERED UNDER DATABASE 1.CREATION OF USER For creating user we have to write query as :cerate user user_name identified by password . The various privilege assign to user are 1) grant privilege 2)revoke privilege May 3, 2010