A Comparative Analysis of Static and Dynamic  Code Analysis Techniques

Described above has the potential to make a significant contribution to the conservation of endangered wildlife and the responsible management of domestic animals.

This study investigates the relationship between software maintenance practices and software quality as well as the impact of maintenance budgets and schedules on software development. Corrective, adaptive, perfective, and preventive software maintenance are the four basic categories identified in the article, which also emphasizes the significance of efficient maintenance in raising software quality. The report also highlights the importance of good project management, ongoing testing, and documentation to guarantee that maintenance processes are conducted properly and quickly. According to the study’s conclusions, initiative-taking maintenance can save maintenance expenditures over time while also enhancing software quality. Reduced downtime, better software performance, and higher customer satisfaction are all benefits of effective maintenance, which may assist in finding and addressing problems before they grow into larger ones. The report also emphasizes the necessity for continual cooperation between development and maintenance teams as well as the difficulties in juggling maintenance expenses and schedules with software development time limits. In the end, the study emphasizes the significance of maintenance in guaranteeing software quality and the demand for continued investment in maintenance procedures to enhance software performance and reduce costs over time.

Class-level complexity is a significant component of software complexity, and measuring software complexity is essential for software development and maintenance. Although the Weighted Class Complexity (WCC) metric has a long history of use, it has some drawbacks, including the equal weighting of complexity components and the exclusion of some complexity elements,. In this paper, we present a novel metric, the Enhanced Weighted Class Complexity (EWCC) metric, which extends the WCC metric by adding more complexity variables and weighting them according to their relative relevance. Data access patterns, method call chains, and control structure complexity are among the other variables. In order to compare the EWCC metric’s output to the WCC metric’s output, we apply it to a number of software systems. We assess the EWCC metric’s performance in locating potential error and bug sources. The findings indicate that, compared to the WCC metric, the EWCC metric offers a more thorough and precise evaluation of class-level complexity. According to the results, software developers and maintainers may find the EWCC measure to be a useful tool for controlling software complexity.

Software testing is an essential process in software development that aims to identify defects and ensure that software is functioning as intended. Various testing techniques are employed to achieve this goal, but the effectiveness of these techniques varies. In this research paper, analyzes the effectiveness of different testing techniques in ensuring software quality. The paper explores different testing techniques, including manual and automated testing, and evaluate their effectiveness in terms of identifying defects, reducing the number of defects in software, and ensuring that software meets its functional and non-functional requirements. Moreover, the paper will also investigate the impact of factors such as testing time, test coverage, and testing environment on the effectiveness of these techniques. This research aims to provide valuable insights into the effectiveness of different testing techniques, enabling software development teams to make informed decisions about the testing approach that is best suited to their needs. By improving testing techniques, the number of defects in software can be reduced, enhancing the quality of software and ultimately providing better software for users.

The relationship between team size and software quality has been a long-standing topic of debate in the software development industry. While larger teams were traditionally believed to be more productive and produce higher-quality software, recent research has shown that this relationship is more complex than originally thought. The paper examines several studies that have found conflicting results, highlighting the need for further research to explore the moderating factors that influence this relationship. The research suggests that team communication and coordination, developer experience, and project complexity are key factors that may interact with team size to influence software quality. Future studies should consider these moderating factors and use a range of quality metrics to provide a comprehensive assessment of software quality. These findings have important implications for project managers and software development teams who need to make informed decisions about team size and project planning. By optimizing team size and considering the factors that influence software quality, they can improve the overall quality of their software products. Effective communication and coordination among team members are critical to ensure that development efforts are aligned and productive, particularly when dealing with larger teams. Additionally, developers’ experience and the complexity of the project can affect the software quality outcome. Therefore, project managers must evaluate these factors and tailor team size and project planning accordingly to meet the desired quality objectives. Overall, the research provides insights into the complex relationship between team size and software quality, which can help project managers and software development teams make informed decisions to optimize their development efforts. By leveraging the moderating factors that influence software quality, teams can better understand how to improve their software products’ overall quality, leading to better outcomes for their organizations and end-users.

The primary objective of this digital platform is to provide an opportunity for abused children to present their problems online. Basically, you can present your problem under 4 types of grants: Physical Abuse, Mental Abuse, Sexual Abuse, and Other. Users can choose which of these four types of violence users have suffered and contact the relevant parties. After submitting the user problem, an expert can be contacted for it. For example, legal action can be taken if the user has faced physical abuse. If further assistance is required, it can be done by system administrators.

The process of software development is complex and requires thorough quality control measures to ensure that software products adhere to the required standards. The primary goal of this study was to investigate the correlation between the complexity of a software code-base and the efficiency of software code reviews and inspections. The study used a hybrid approach, utilizing automated static code analysis tools and manual code reviews to detect potential code quality concerns. Additionally, we used cyclomatic complexity and other metrics to measure code complexity. Criteria were decided on to select technical personnel from industries for the purpose of conducting a code review and a feedback survey. Afterward, the responses obtained from the survey were used to determine the impact caused by the complexity of the code base on the efficiency of software code reviews and inspections.

In this project “Life below water,” going to develop a web application to track endangered species living around the Sri Lankan Ocean. Hope to collect information on endangered marine species with the help of fishermen fishing in the deep sea. After collecting the details, we hope to create a web application to track these kinds of species after successfully developing our web application, hope to give it to the required authorities like the Sri Lanka tourism board/fishing cooperation and finally to the other countries who are interested in this.

In this research, we investigate social media Web applications to find a solution for life-on-land sustainability development objectives. This research focuses mainly on the advantages of having a web application to inform What is Land ?, Why do we need to protect it? Human-wildlife conflicts, help to understand the impact of human activities and sell Eco-friendly products to users, all around the globe as a method to help protect life on land. According to research, combining social media with a web application makes it more helpful for users and simplifies the buying and selling processes for both buyers and sellers. These days, we struggle with environmental issues like deforestation, wildlife killing, and droughts. So, we anticipate that our web application will be more helpful in providing solutions to those issues. The system was created using the MERN stack and underwent practical and browser compatibility testing, both of which yielded favorable outcomes. Our system can answer questions about land pollution and offer users a detailed explanation in the form of a blog. Users can post their ideas as posts and certain users can join established environmental projects. Anyone has access to create projects. Through our web application, users can market their eco friendly products and users can purchase eco-friendly products.

Despite recent improvements, gender equality remains a global concern. Technology has helped women and girls gain equal access to education, economic empowerment, political representation, and social and cultural standards. Technology has promoted gender equality by providing girls with superior education. Girls can now learn and connect with teachers anywhere via internet platforms, e-learning, and digital libraries. This has improved school quality and access, giving women more job prospects. Technology has empowered women economically by providing equal employment options. The gig economy allows women to work from home, determine their hours, and have more work-life balance. Women are starting their own enterprises, especially in e-commerce, where they may reach global clientele. Social internet allows women to speak out on political matters. This has increased women’s political representation, particularly in historically silent countries. Finally, technology has challenged societal and cultural standards like gender stereotypes that have prevented women from reaching their full potential. Technology empowers women to question gender conventions and expectations, changing society’s view of women. Technology offers opportunity but also challenges. For example, the gender digital divide limits women’s technology use. Cyberbullying and harassment affect women more than males online. In conclusion, technology can promote gender equality by giving women equal access to education, economic possibilities, political representation, and questioning social conventions. To make technology accessible to all women and girls, there are hurdles.

In order to solve the difficulties in recognizing and assisting those who are living in poverty, this research study explores the problem of poverty and suggests the creation of a web application. Despite the efforts of governments, non- governmental organizations, and humanitarian groups, poverty still affects millions of people globally and is a widespread issue. Therefore, it is essential to look into fresh approaches to solving this problem and to use technology to make life easier for NGOs and other organizations whose mission it is to reduce poverty. The suggested online application intends to link individuals in need with possible sponsors and contributors, deliver fun- damental healthcare and education to kids from disadvantaged homes, and make project registration for NGOs and other groups easier. Additionally, it aims to help farmers and self- employed people promote their goods in order to improve their standard of living. The presentation emphasizes the significance of combating poverty and the possible advantages of using tech- nology to improve the lives of the less fortunate. The study also examines contemporary technical advancements and poverty- fighting measures. The use of new technology can significantly increase the efficacy and efficiency of efforts to reduce poverty. The document underlines the necessity of an all-encompassing strategy for ending poverty and promotes cooperation across stakeholders including governments, NGOs, and the corporate sector. To make a long-lasting difference in the complicated problem of poverty, all parties must work together. The suggested online application can be crucial in solving some of the difficulties in identifying and assisting those in poverty. In order to reach the shared objective of ending poverty, the research advises greater investigation of technology-driven solutions for the problem as well as the encouragement of collaborations across stakeholders.