I’m student of 4 course in computer science and I’m doing my diploma project on theme: “Development of a web application for tracking new products in the entertainment industry”. For developing my web application, I’m using Node.js, Mongoose, EJS, Express, API of ImDb and Mongodb for database, I need it because API has rate only 100 requests per day, so I created 3 collections in Mongodb for films: “inTheater”, “Top250”, “ComingSoon”. Despie of my theme I’m wrote site only for films, not tv shows or whatever, only films. More about site: I’m wrote site with totally actual database which updates every 24 hours. I’m using only one API from only one source it’s ImDb. And I need help for writing my diploma. I already have annotation: "Lytovchenko D.O. Development of a web application for tracking new products in the entertainment industry. Qualification work for obtaining a bachelor's degree in specialty 122 "Computer Science". - University of Customs and Finance, Dnipro, 2023.
The object of research in this qualification work is the process of developing web applications using Node.js, along with frameworks such as EJS and Express, to create a user-friendly and efficient platform for tracking new products in the entertainment industry.
The subject of the research encompasses the technical and functional aspects of web application development, including the integration of the IMDb API, Mongoose, and MongoDB for data storage and retrieval. The study also investigates the creation of three collections in MongoDB for films: "inTheater", "Top250", and "ComingSoon", to optimize data management and enhance the user experience.
The goal of this qualification work is to design and develop a web application that efficiently tracks new products in the entertainment industry, specifically focusing on movies. The application aims to provide users with up-to-date information on movies in theaters, top-rated films, and upcoming releases, overcoming the limitations of the IMDb API's request rate.
Keywords: web application development, Node.js, EJS, Express, IMDb API, Mongoose, MongoDB, entertainment industry, movie tracking, inTheater, Top250, ComingSoon.
" and introduction: "The entertainment industry is a rapidly evolving and expanding sector, with new films, TV shows, and other forms of media being released continually. Keeping track of these new releases and staying up-to-date with the latest trends can be a daunting task for consumers. This challenge has led to the development of various web applications and platforms that aim to simplify the process of tracking new products in the entertainment industry. However, many of these existing solutions focus on specific niches or lack comprehensive coverage of the entire industry. This diploma project aims to address this gap by developing a web application that provides users with a comprehensive and up-to-date overview of new film releases in the entertainment industry.
The primary objective of this work is to design and develop a web application that enables users to seamlessly track new film releases in the entertainment industry with efficiency and effectiveness. In the context of the rapidly evolving entertainment landscape, consumers are perpetually on the lookout for fresh and captivating content to satiate their entertainment needs. As a result, there is a growing demand for platforms that can provide comprehensive and up-to-date information on the latest releases in the film industry.
This diploma project holds significant relevance in addressing this demand by offering a solution that caters to the needs of movie enthusiasts and casual viewers alike. By creating a user-friendly and reliable web application, users will have access to a wealth of information on new film releases, allowing them to stay informed and make well-informed decisions about the movies they choose to watch.
The successful development and implementation of this web application will not only cater to the needs of the end-users but also contribute to the broader subject area of computer science. Specifically, this project will showcase the practical application of various web development and data management techniques, demonstrating their importance and effectiveness in solving real-world problems.
Furthermore, the project will serve as a valuable case study for future research and development in the field of web development, particularly in the context of the entertainment industry. By exploring the challenges and opportunities associated with creating a comprehensive and up-to-date platform for tracking new film releases, this project will provide insights and lessons that can be applied to other similar endeavors in the future.
In summary, the purpose of this work is to create a web application that addresses the growing need for a reliable and efficient platform to track new film releases in the entertainment industry. By successfully developing and implementing this solution, the project will contribute to the subject area of computer science, specifically in the fields of web development and data management, while also providing valuable insights for future research and development efforts in this domain.
The current level of solving this problem varies across different platforms and applications. Some existing solutions offer limited coverage of new releases, while others may focus on specific genres or regions. Additionally, many of these platforms rely on multiple data sources, which can lead to inconsistencies and inaccuracies in the information provided. This diploma project aims to address these limitations by developing a web application that utilizes a single, reliable data source and offers comprehensive coverage of new film releases.
The web application will be developed using Node.js, Mongoose, EJS, Express, and the IMDb API, with MongoDB serving as the database. The choice of IMDb as the sole data source ensures that the information provided by the application is accurate and up-to-date, as IMDb is a widely recognized and reputable source of information in the entertainment industry. To overcome the API rate limitation of 100 requests per day, the application will utilize three MongoDB collections for films: "inTheater," "Top250," and "ComingSoon." This approach will allow the application to maintain an up-to-date database of films while adhering to the API rate restrictions.
The web application will focus exclusively on films, providing users with a comprehensive and current database that updates every 24 hours. This decision to concentrate on films ensures that the application remains focused and manageable while still offering valuable information to users. By using a single API from IMDb, the application will maintain consistency and accuracy in the data provided, ensuring that users receive reliable information about new film releases.
The main technical characteristics of the developed web application include its user-friendly interface, efficient data management, and comprehensive coverage of new film releases. The application will be designed with a clean and intuitive layout, making it easy for users to navigate and find the information they are seeking. The efficient data management system, utilizing MongoDB and the IMDb API, will ensure that the application remains up-to-date and accurate, providing users with a reliable source of information on new film releases.
The expected technical and economic effects of implementing this web application include increased user engagement, improved access to information on new film releases, and potential monetization opportunities. By providing users with a comprehensive and up-to-date database of new film releases, the application will encourage user engagement and foster a community of film enthusiasts. Improved access to information on new releases will enable users to make informed decisions about the films they choose to watch, enhancing their overall entertainment experience. Additionally, the web application may present monetization opportunities through advertising or premium features, generating revenue for the developers and contributing to the economic growth of the entertainment industry.
In conclusion, this diploma project aims to develop a web application that provides users with a comprehensive and up-to-date database of new film releases in the entertainment industry. By utilizing a single, reliable data source and focusing exclusively on films, the application will offer users accurate and consistent information, improving their access to new releases and enhancing their overall entertainment experience. The successful development and implementation of this web application will contribute to the field of computer science and the broader entertainment industry, demonstrating the importance of effective web development and data management in the modern digital era.
" And now I want to write main part of diploma there are requirements for it: "In terms of its content, the explanatory note should correspond to the task for
qualification assessment work. The main part of the qualification work should
contain the following sections:

- Analysis of the subject area with a justification of the relevance, necessity or other causal determination of the implementation of the CRB and the task statement;
- Review of existing solutions to the above problem, their analysis and selection of methods
of solution;
- Solution of the task set in the qualification work (a statement of all necessary aspects.

In addition, the explanatory note at the end of each section should contain conclusions to it. It is allowed to introduce new sections at the direction of the supervisor. The distribution of the material into sections is determined by the nature of the subject matter and the specifics of the issues being developed.

The main part of the qualification work should contain the following sections:

- SECTION 1. Analysis of the subject area with justification of the relevance, necessity or other causal determination of the implementation of the CRB and statement of the problem;
- SECTION 2. Review of existing solutions to the above problem, their analysis and selection of solution methods;
- SECTION 3. Solution of the task set in the qualification work (description of all
all necessary aspects.
The sections of the main part of the qualification work should address
the following questions:
1. Description of the task;
2. Description of the subject area and areas of research;
3. Analysis and characterisation of the design object;
4. Substantiation of the optimal variant of realisation of the purpose of qualification work;
5. Description of the algorithm and software;
6. Selection and justification of the design structure of the system and/or its components;
7. The main decisions on the implementation of the system as a whole and its components;
8. Description of the system software used;
9. Development of a mathematical model and analysis of its solution methods;
10. User's manual for working with the system.

Regardless of the subject of the qualification work, the following items are mandatory: 1,
2, 3, 5, 6, 7, 8, 10. Others may be included in the text of the explanatory note with
taking into account the subject matter of the work and, necessarily, with the consent or recommendation of the of the supervisor. So, for example, if the qualification work is
problem solving using complex mathematical methods and models, then point 9 acquires the main semantic load and the description of the relevant mathematical apparatus takes the main place in the description of the development, even to the detriment of the to the detriment of the description of software development. The main part should contain all the necessary developments and justifications decisions made, accompanied by relevant calculations, including with the help of appropriate software products, illustrations, references to literature sources, and the results of your own research. All calculations should be made clearly and logically using modern methods and
computer programmes. It is not allowed to rewrite the process of deriving formulas from textbooks, but you should provide a detailed derivation if it was obtained by the author personally. If a complex calculation is performed by software, then the text of the programme developed by the bachelor should be submitted (large programmes should be given in the appendices). It is recommended to present experimental, digital data in tables. As a result of the theoretical study of the design object, a model of the object or process is developed, its characteristics are determined. The model should describe the processes occurring in the object with sufficient completeness and
at the same time not be difficult to understand. It is presented in the form of tables, graphs, and analytical relationships. When developing software, the following issues should be considered: justification for choosing a programming language and software requirements for functional characteristics; reliability requirements; development of the scheme requirements to the composition and parameters of technical means; requirements to the storage and operation of the software product. It is desirable that the developed software product be more advanced in technical and/or economic terms. That is, the implementation of the developed algorithms or data structures should ensure a real improvement in the product's parameters compared to the existing ones, reduce its cost, increase its efficiency, etc. At the beginning of the development of a structural and/or functional diagram of a software product (workflow), you product (operation scheme), based on the analysis of technical requirements, capabilities of modern software tools, method of information display, etc. algorithms for the functioning of the relevant systems (subsystems), algorithms for processing of the relevant data. If the qualification work, in accordance with the tasks, includes software development, the software product created must be qualified in one or more of the following categories:

1. Automation system for design and control;
2. Information retrieval system;
3. Data analysis and processing system;
4. Knowledge-based system;
5. Modelling system;
6. Forecasting system;
7. Optimisation system;
8. Remote communication system;
9. System of geometric transformations;
10. Visualisation system.

Each of these categories determines the high level of professionalism of the developer and programmer. When performing qualification work, you must clearly understand that software is a means, not an end. However, when the creation of a software product is actually a qualification work, the development (design) stage of the software occupies an important place in the explanatory note. Taking into account the rapid development of computer technologies, the latest achievements in which should be well known to a bachelor's student as a future specialist in the field of computer science, this stage comes down to choosing the best software development tools from the existing ones. These can be programming languages, even CAD, development tools, WEB technologies, etc. The student must creatively analyse the functions and capabilities provided by these tools and justify the choice of one of them. The use of standard design tools must be mentioned. Having chosen some software, the student can consider it in more detail, in the form of a structure. The description process can be presented in various forms. It is imperative to describe the process of user interaction with the developed software system. Thus, practical work in software development is reduced to the creation of a software product that realises the purpose of the qualification work. The explanatory note includes the main provisions and the final result, without all the steps of critical evaluation, analysis, synthesis, but supplemented by a description of the methodology of user interaction with the system. The text of the programme code is included in the appendix, also without unnecessary programme modules, but with detailed comments. The student - the author of the work - is responsible for the content of the bachelor's thesis, the reliability and objectivity of of all the data is the responsibility of the student - the author of the work." And I have two variants of topics and subtopics first: "Section 1: Analysis of the Subject Area and Problem Statement

Description of the Task

Overview of the goal and objectives of the web application
Explanation of the need for a platform to track new film releases in the entertainment industry
Scope and limitations of the project
Description of the Subject Area and Areas of Research

Overview of the entertainment industry and its constant evolution
Identification of the challenges faced by consumers in tracking new film releases
Discussion of the relevance and importance of a comprehensive web application
Analysis and Characterization of the Design Object

Overview of existing solutions in the market
Evaluation of their strengths and weaknesses
Identification of the gaps and limitations addressed by your web application
Substantiation of the Optimal Variant of Realization

Justification for using Node.js, EJS, Express, MongoDB, and IMDb API for web application development
Explanation of the decision to focus exclusively on films and utilize IMDb as the primary data source
Description of the three MongoDB collections for films: "inTheater," "Top250," and "ComingSoon"
Section 2: Review of Existing Solutions and Selection of Solution Methods

Overview of Existing Solutions

Analysis of various platforms and applications for tracking new film releases
Evaluation of their coverage, accuracy, and user experience
Identification of strengths and weaknesses in existing solutions
Analysis and Selection of Solution Methods

Evaluation of the IMDb API as the primary data source
Explanation of the decision to update the database every 24 hours
Discussion of the data management strategy using MongoDB and Mongoose
Overview of the design and development techniques used to create the web application
Section 3: Solution of the Task

Description of the Algorithm and Software

Overview of the algorithm used to fetch, process, and store film data from the IMDb API
Description of the software components and their functionalities
Explanation of the web application's architecture and workflow
Selection and Justification of the Design Structure

Explanation of the chosen design structure for the web application
Justification for the user-friendly interface and intuitive layout
Discussion of the information hierarchy and navigation system
Main Decisions on the Implementation of the System

Description of the key implementation decisions and their impact on the functionality and performance of the web application
Discussion of technical challenges encountered during development and their solutions
Overview of the implemented features and functionalities
Description of the System Software Used

Overview of the software tools, frameworks, and libraries used in the development process
Explanation of the role of Node.js, EJS, Express, MongoDB, and other relevant technologies
Justification for the chosen software stack based on their suitability for the project's requirements
User's Manual for Working with the System

Detailed instructions on how users can access and utilize the web application
Step-by-step guide on navigating the interface, searching for films, and accessing information on new releases
Explanation of any additional features or functionalities available to users" and second: "SECTION 1: Analysis of the subject area with justification of the relevance, necessity or other causal determination the implementation of the CRB and statement of the problem
Introduction to the entertainment industry and the need for a web application to track new film releases
Justification for the use of Node.js, Mongoose, EJS, Express, and the IMDb API in the development of the web application
Overview of the three MongoDB collections for films: "inTheater," "Top250," and "ComingSoon"
Statement of the problem and objectives of the web application
SECTION 2: Review of existing solutions to the above problem, their analysis and selection of solution methods
Overview of existing web applications for tracking new film releases
Analysis of the strengths and weaknesses of existing solutions
Selection of methods for improving upon existing solutions, including the use of a single, reliable data source and the creation of three MongoDB collections for films
Comparison of the proposed solution to existing solutions
SECTION 3: Solution of the task set in the qualification work (description of all necessary aspects)
Description of the web application's architecture and design
Overview of the algorithm and software used in the development of the web application
Selection and justification of the design structure of the system and/or its components
Description of the main decisions on the implementation of the system as a whole and its components
Description of the system software used, including Node.js, Mongoose, EJS, Express, and the IMDb API
Development of a mathematical model and analysis of its solution methods
User's manual for working with the system" what's answer suits for my recruitments and for volume, for every section I need from 3000 words to 4500 words, like section 1 - 3500 words, section 2 - 4000 and section 3 - 3000 words. Please take more matching answer and if it's will be better you can merge them.