Deepak Kumar Pandey is a senior software engineer with over 5 years of experience in automation testing using Selenium WebDriver and RC. He has expertise in test case design, test script creation and execution based on functional requirements. He is proficient in Java programming, Agile methodology, and bug tracking tools like JIRA. Currently he works as a senior software engineer at HCL Technologies and has experience testing web and mobile applications for clients such as Molex, Google, Intel, Verizon, Sony, and NTT Docomo.
Machine Assisted Verification Tools for CryptographyPaulo Silva
This document discusses machine assisted verification tools for cryptography. It describes the Computer Aided Cryptography Engineering project which aims to develop tools for cryptographic software engineering. The author's group is responsible for the formal verification and validation work package. This involves adapting techniques like formal verification to cryptographic software using languages like CAO and CALF. CAO is a domain specific language for cryptography while CALF provides more powerful abstraction. The document outlines the deductive verification approach used on CAO programs as well as work on a compiler from CALF to CAO.
This document discusses the fundamentals of programming and the program development life cycle. It defines key terms like program, programming, and programmer. It then outlines the six steps in the typical program development life cycle: 1) analyze the problem, 2) design the program, 3) code the program, 4) debug the program, 5) formalize the solution, and 6) maintain the program. Each step is described in one to three sentences.
This document outlines the requirements for a semester project on object-oriented programming concepts. Students must design a Java project using UML class diagrams, implement and test it, document it, and present it. The project must incorporate classes and objects, inheritance and method overriding, arrays, and a graphical user interface. It will be evaluated based on functionality, design quality, coding style, and presentation. Milestones include initial project briefing, design, implementation, documentation, and final presentation. Students must submit both a hardcopy report and softcopy code and report, with penalties for plagiarism.
Gollapelly Mahesh has 2 years of experience as a Software Test Engineer specializing in Selenium WebDriver. He has expertise in test automation, test script development, bug tracking, compatibility and regression testing. Some of his skills include Selenium, Java, SQL, Agile methodologies and test frameworks like TestNG. He is currently working as a Test Engineer at Intense Technologies and has experience working on projects for clients like Reliance Communications and Vodafone UK.
This document outlines several criteria for evaluating programming languages:
Readability is affected by a language's simplicity, structure, and syntax and determines how easily programs can be understood. Writability, which influences how easily programs can be created, is impacted by simplicity, structure, and abstraction. Reliability, the ability of a program to perform as specified, depends on type checking, exception handling, aliasing, and readability and writability. Cost is determined by factors like training, development, compilation, and maintenance, and is most dependent on a language's readability and writability.
The document discusses the system development life cycle and the program development life cycle. It describes the key steps in developing software programs, including problem identification, design, coding, debugging, and finishing the project. It also covers topics like algorithms, flowcharts, pseudocode, programming languages, compilers, interpreters, and debugging.
Continuous Testing refers to the automated process of testing software changes frequently and early in the development process. It aims to provide fast feedback on code quality and reduce risks before code is deployed. Continuous Testing relies on test automation and is part of continuous delivery. It uses tools like Git, Java, Gradle, Jenkins, Docker, Terraform, and testing frameworks to automate building, deploying to temporary infrastructure, running tests, and destroying infrastructure on each code change. This allows testing at every stage and fast identification of issues prior to production deployment.
Deepak Kumar Pandey is a senior software engineer with over 5 years of experience in automation testing using Selenium WebDriver and RC. He has expertise in test case design, test script creation and execution based on functional requirements. He is proficient in Java programming, Agile methodology, and bug tracking tools like JIRA. Currently he works as a senior software engineer at HCL Technologies and has experience testing web and mobile applications for clients such as Molex, Google, Intel, Verizon, Sony, and NTT Docomo.
Machine Assisted Verification Tools for CryptographyPaulo Silva
This document discusses machine assisted verification tools for cryptography. It describes the Computer Aided Cryptography Engineering project which aims to develop tools for cryptographic software engineering. The author's group is responsible for the formal verification and validation work package. This involves adapting techniques like formal verification to cryptographic software using languages like CAO and CALF. CAO is a domain specific language for cryptography while CALF provides more powerful abstraction. The document outlines the deductive verification approach used on CAO programs as well as work on a compiler from CALF to CAO.
This document discusses the fundamentals of programming and the program development life cycle. It defines key terms like program, programming, and programmer. It then outlines the six steps in the typical program development life cycle: 1) analyze the problem, 2) design the program, 3) code the program, 4) debug the program, 5) formalize the solution, and 6) maintain the program. Each step is described in one to three sentences.
This document outlines the requirements for a semester project on object-oriented programming concepts. Students must design a Java project using UML class diagrams, implement and test it, document it, and present it. The project must incorporate classes and objects, inheritance and method overriding, arrays, and a graphical user interface. It will be evaluated based on functionality, design quality, coding style, and presentation. Milestones include initial project briefing, design, implementation, documentation, and final presentation. Students must submit both a hardcopy report and softcopy code and report, with penalties for plagiarism.
Gollapelly Mahesh has 2 years of experience as a Software Test Engineer specializing in Selenium WebDriver. He has expertise in test automation, test script development, bug tracking, compatibility and regression testing. Some of his skills include Selenium, Java, SQL, Agile methodologies and test frameworks like TestNG. He is currently working as a Test Engineer at Intense Technologies and has experience working on projects for clients like Reliance Communications and Vodafone UK.
This document outlines several criteria for evaluating programming languages:
Readability is affected by a language's simplicity, structure, and syntax and determines how easily programs can be understood. Writability, which influences how easily programs can be created, is impacted by simplicity, structure, and abstraction. Reliability, the ability of a program to perform as specified, depends on type checking, exception handling, aliasing, and readability and writability. Cost is determined by factors like training, development, compilation, and maintenance, and is most dependent on a language's readability and writability.
The document discusses the system development life cycle and the program development life cycle. It describes the key steps in developing software programs, including problem identification, design, coding, debugging, and finishing the project. It also covers topics like algorithms, flowcharts, pseudocode, programming languages, compilers, interpreters, and debugging.
Continuous Testing refers to the automated process of testing software changes frequently and early in the development process. It aims to provide fast feedback on code quality and reduce risks before code is deployed. Continuous Testing relies on test automation and is part of continuous delivery. It uses tools like Git, Java, Gradle, Jenkins, Docker, Terraform, and testing frameworks to automate building, deploying to temporary infrastructure, running tests, and destroying infrastructure on each code change. This allows testing at every stage and fast identification of issues prior to production deployment.
Testing begins early in the software development process using prototypes to identify errors. Testing involves using normal, extreme, and exceptional test data sets to ensure the software is fit for purpose, efficient, and maintainable. A test plan is created to select appropriate test data and define expected results. Comprehensive testing involves testing across different data types and edge cases rather than just running the program a few times. Testing is conducted in phases from module testing to acceptance testing and alpha/beta testing with users. While testing reduces bugs, it cannot prove a program is completely correct as some errors may remain undetected.
The document outlines 5 phases of an information development process: 1) Problem analysis where the programmer interviews the client to understand requirements and chooses a programming language. 2) Program design using tools like top-down design, pseudocode, and flowcharts. 3) Coding by translating pseudocode into a programming language. 4) Testing and debugging to find and fix errors. 5) Documentation of the program purpose, usage guidelines, inputs, and outputs.
This document outlines the software quality assurance and testing process, including requirements testing, test planning and case development, test execution and results reporting, defect tracking and retesting. It describes the types of testing conducted at different stages like integration, functional, performance, and user acceptance testing. Requirements are gathered from sources like documents and meetings. Test cases are organized into test suites and address features like webpage login. Defects are reported, validated as bugs, prioritized, and fixes are tracked through meetings between teams.
Rajeswara Rao has over 3 years of experience in software testing, including 1.2 years of manual testing and 2.4 years of automation testing using Selenium. He has experience testing web applications and developing automated test scripts in Java using frameworks like Selenium WebDriver, JUnit, and TestNG. He has worked as a Software Test Engineer at Corpus Software private Ltd since 2011 where he has tested digital signage, middleware, and STB projects.
This document discusses test automation and continuous integration in agile development. It notes that early automation, continuously integrated and testable software, and fast feedback help ensure faster delivery and optimize business value. The main challenges are short testing time frames per story and multiple deployments per sprint. Building a test suite with unit, service, and UI tests provides faster feedback and easier refactoring. Collaboration between testers and developers and striking a balance between test levels is important. Continuous integration runs automated tests on every code check-in to test feature integration within sprints. Best practices include early QA involvement, defining test scenarios during backlog refinement, estimating automation effort, and creating automation tests in parallel with development. Benefits include faster test cycles within
KVL Sameeraja is seeking an intellectual and challenging career as an IT professional. She has 5.8 years of experience developing applications using technologies like Visual Basic, C#, SQL Server, and MySQL. She has worked on projects for clients like GE and Agilent Technologies, developing modules, performing testing, and generating reports. Her roles have included requirements analysis, design, coding, testing, and implementation.
Software coding & testing, software engineeringRupesh Vaishnav
Coding Standard and coding Guidelines, Code Review, Software Documentation, Testing Strategies, Testing Techniques and Test Case, Test Suites Design, Testing Conventional
Applications, Testing Object Oriented Applications, Testing Web and Mobile Applications, Testing Tools (Win runner, Load runner).
This document discusses software coding standards and testing. It includes four lessons:
Lesson One discusses coding standards, which define programming style through rules for formatting source code. Coding standards help make code more readable, maintainable, and reduce costs. Common aspects of coding standards include naming conventions and formatting.
Lesson Two discusses software testing strategies and principles. Testing strategies provide a plan for defining the testing approach. Common strategies include analytic, model-based, and methodical testing. Key principles of testing include showing presence of defects, early testing, and that exhaustive testing is impossible.
Lesson Three discusses software testing approaches and types but does not provide details.
Lesson Four discusses alpha and beta testing as
Hemraj Patil is a senior software engineer with over 3.7 years of experience developing software using Microsoft technologies like .NET, C#, ASP.NET, and SQL Server. He has expertise in the insurance and cloud computing domains. Currently he works for Mindtree developing applications on the Microsoft Azure Service Fabric platform for globalization testing. His responsibilities include coding, testing, code reviews, and monitoring automated test runs.
This document contains the resume of Ramya Pentela. She has over 5 years of experience as a Test Analyst and has worked on several projects for clients like Bank of America, Wells Fargo, Vodafone, British Telecom, and Metavante. Some of her key responsibilities have included creating test plans, cases and scripts; performing both manual and automation testing; defect tracking; and working with agile and waterfall methodologies. She has expertise in technologies like Selenium, Oracle, and databases.
Shivam Chhatwal is seeking a position where he can contribute to an organization's progress and success. He has over 1 year of experience as a Software Quality Assurance Tester at Elcom Innovations Ltd. His skills include testing software through all phases of the SDLC, testing protocols like SIP and SNMP, and tools like MySQL, Wireshark, and Redmine. He is proficient in Windows, Linux, and databases. His projects have involved testing embedded systems kernels, VoIP field telephones, and network management systems. He creates test cases, plans and executes tests, and manages defects. Shivam holds a B.Tech in Computer Science and has completed training in software testing, methodologies,
The document discusses the license terms for using software accompanying the textbook "Compiler Design in C". Key points include:
1) The software is licensed for single-user use only and cannot be installed on a network. Copies can be made for backup.
2) The software cannot be used for weapons research or by weapons manufacturers.
3) The source code cannot be distributed but executable programs incorporating the code can be, with attribution to the original author.
4) To use the provided tools like Lex and Yacc, the accompanying libraries must be compiled from source files included on the distribution.
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
Venkatesh Penta is a senior developer with over 6 years of experience in software development using technologies like Thunderhead, Informix 4GL, HP Exstream, and Informatica. He has extensive experience in all phases of the software development life cycle including requirements gathering, design, development, testing, and production support. Currently he works as a senior developer at Aegon NL where he designs and develops templates, business objects, and other digital assets using Thunderhead.
Agicent Technologies is the most trusted offshore development company. Our skilled team, which specializes in app development, offers innovative and scalable solutions, ensuring superior quality. Because of its commitment to achieving customer success, Agicent Technologies is a trusted partner for turning the ideas of offshore developers into relevant digital realities.
The SANA Project aimed to democratize access to healthcare through open source technologies. The Impulse team worked on extending the SANA module application over 5 sprints. They focused on implementing media playback functionality to allow clinicians to play audio and video files within the mobile app without external players. The team successfully delivered the Impulse Media Player to render .mp3, .mp4 and .flv files by the final sprint deadline of November 23rd, 2015.
Abdul Rahman J has over 6 years of experience developing on the T24 banking software. He has expertise in areas like T24 core modules, API development, template programming, and testing. Some of his projects include componentization of T24, adding US date format support, and module upgrades. He is proficient in languages like Java and C/C++ and tools like Eclipse IDE. He aims to provide quality deliverables through adherence to SDLC processes and testing best practices.
This document is the preface to the second version of the "Practical Software Testing - E-Book" by http://www.SoftwareTestingHelp.com. It thanks readers for their positive feedback on the first edition and the author's family for their support. It notes there have been significant changes in software testing and hopes readers will find this updated version useful.
This design document outlines the details and requirements for a security management prototype project called FaciliteEZ. The project aims to reduce the cost of security systems from $7,000 per door to $700 per door. The prototype will use a Raspberry Pi module and RFID scanner to track the location of personnel and status of doors based on RFID card access. The document describes the system modules, architectural diagram, functional requirements, implementation timeline, and testing plan to ensure the prototype meets the needs of the intended users.
TechOut Solutions, LLC - A Short Introduction to Our Services and ProcessesKabeed Mansur
TechOut Solutions – founded in 2012 as a US-Bangladesh joint venture – assists US based clients with the design, development, and deployment of enterprise level IT solutions with a keen focus on quality assurance. By using our innovative offsite/offshore development model TechOut Solutions is able to deliver unparalleled value to our customers by reducing the risks traditionally associated with offshore development.
Our Mission: To become a trusted partner for our clients by providing them with low cost, high quality, and faster time-to-market software solutions.
Core Services:
Our offshore development team works in three core areas: Software Development, Web Development, and, Internet Marketing.
Software Development Services: Custom Software Development, .NET Application Development, Software Development in C/C++, and Mobile Application Development for Apple and Android.
Web Development Services: ASP.NET Development, PHP/MySQL (LAMP) Development, Java Web Application Development, and Mobile Web.
Internet Marketing Services: Search Engine Optimization, Social Media Marketing, and Pay Per Click Management.
Technologies:
ASP.NET, C#.NET, C/C++, VB.NET, JavaScript, Ajax, Ruby on Rails, JQuery, Objective C, Java - J2SE, JSP-Servlet, J2EE, EJB3, J2ME, PHP, .NET Framework, XNA, Spring MVC, .Net MVC Struts, iPhone, Android and Windows phone, MS SQL Server, Oracle, MySQL
Kick starter project secure computing infrastructure for real-time embedded ...W Fred Seigneur
This document describes different pledge levels for supporting a project to develop a secure computing infrastructure for real-time embedded applications. Higher pledge levels provide increased benefits like acknowledgement in reports, project updates, merchandise, access to the development team, and at the highest levels, participation in project meetings and testing. The highest pledge level of $15,000 provides the opportunity for a computer vendor to supply development systems and participate in all platform development phases.
The document outlines Moqod's quality assurance guidelines and processes. It defines a bug, sets the goal of delivering bug-free software, and establishes their quality standard as software functioning as expected by the customer. It details code review, automated testing, manual testing, and the responsibilities of QA engineers in accepting or rejecting work. Testing includes unit tests, regression tests at interim milestones, and final acceptance testing against all use cases.
Testing begins early in the software development process using prototypes to identify errors. Testing involves using normal, extreme, and exceptional test data sets to ensure the software is fit for purpose, efficient, and maintainable. A test plan is created to select appropriate test data and define expected results. Comprehensive testing involves testing across different data types and edge cases rather than just running the program a few times. Testing is conducted in phases from module testing to acceptance testing and alpha/beta testing with users. While testing reduces bugs, it cannot prove a program is completely correct as some errors may remain undetected.
The document outlines 5 phases of an information development process: 1) Problem analysis where the programmer interviews the client to understand requirements and chooses a programming language. 2) Program design using tools like top-down design, pseudocode, and flowcharts. 3) Coding by translating pseudocode into a programming language. 4) Testing and debugging to find and fix errors. 5) Documentation of the program purpose, usage guidelines, inputs, and outputs.
This document outlines the software quality assurance and testing process, including requirements testing, test planning and case development, test execution and results reporting, defect tracking and retesting. It describes the types of testing conducted at different stages like integration, functional, performance, and user acceptance testing. Requirements are gathered from sources like documents and meetings. Test cases are organized into test suites and address features like webpage login. Defects are reported, validated as bugs, prioritized, and fixes are tracked through meetings between teams.
Rajeswara Rao has over 3 years of experience in software testing, including 1.2 years of manual testing and 2.4 years of automation testing using Selenium. He has experience testing web applications and developing automated test scripts in Java using frameworks like Selenium WebDriver, JUnit, and TestNG. He has worked as a Software Test Engineer at Corpus Software private Ltd since 2011 where he has tested digital signage, middleware, and STB projects.
This document discusses test automation and continuous integration in agile development. It notes that early automation, continuously integrated and testable software, and fast feedback help ensure faster delivery and optimize business value. The main challenges are short testing time frames per story and multiple deployments per sprint. Building a test suite with unit, service, and UI tests provides faster feedback and easier refactoring. Collaboration between testers and developers and striking a balance between test levels is important. Continuous integration runs automated tests on every code check-in to test feature integration within sprints. Best practices include early QA involvement, defining test scenarios during backlog refinement, estimating automation effort, and creating automation tests in parallel with development. Benefits include faster test cycles within
KVL Sameeraja is seeking an intellectual and challenging career as an IT professional. She has 5.8 years of experience developing applications using technologies like Visual Basic, C#, SQL Server, and MySQL. She has worked on projects for clients like GE and Agilent Technologies, developing modules, performing testing, and generating reports. Her roles have included requirements analysis, design, coding, testing, and implementation.
Software coding & testing, software engineeringRupesh Vaishnav
Coding Standard and coding Guidelines, Code Review, Software Documentation, Testing Strategies, Testing Techniques and Test Case, Test Suites Design, Testing Conventional
Applications, Testing Object Oriented Applications, Testing Web and Mobile Applications, Testing Tools (Win runner, Load runner).
This document discusses software coding standards and testing. It includes four lessons:
Lesson One discusses coding standards, which define programming style through rules for formatting source code. Coding standards help make code more readable, maintainable, and reduce costs. Common aspects of coding standards include naming conventions and formatting.
Lesson Two discusses software testing strategies and principles. Testing strategies provide a plan for defining the testing approach. Common strategies include analytic, model-based, and methodical testing. Key principles of testing include showing presence of defects, early testing, and that exhaustive testing is impossible.
Lesson Three discusses software testing approaches and types but does not provide details.
Lesson Four discusses alpha and beta testing as
Hemraj Patil is a senior software engineer with over 3.7 years of experience developing software using Microsoft technologies like .NET, C#, ASP.NET, and SQL Server. He has expertise in the insurance and cloud computing domains. Currently he works for Mindtree developing applications on the Microsoft Azure Service Fabric platform for globalization testing. His responsibilities include coding, testing, code reviews, and monitoring automated test runs.
This document contains the resume of Ramya Pentela. She has over 5 years of experience as a Test Analyst and has worked on several projects for clients like Bank of America, Wells Fargo, Vodafone, British Telecom, and Metavante. Some of her key responsibilities have included creating test plans, cases and scripts; performing both manual and automation testing; defect tracking; and working with agile and waterfall methodologies. She has expertise in technologies like Selenium, Oracle, and databases.
Shivam Chhatwal is seeking a position where he can contribute to an organization's progress and success. He has over 1 year of experience as a Software Quality Assurance Tester at Elcom Innovations Ltd. His skills include testing software through all phases of the SDLC, testing protocols like SIP and SNMP, and tools like MySQL, Wireshark, and Redmine. He is proficient in Windows, Linux, and databases. His projects have involved testing embedded systems kernels, VoIP field telephones, and network management systems. He creates test cases, plans and executes tests, and manages defects. Shivam holds a B.Tech in Computer Science and has completed training in software testing, methodologies,
The document discusses the license terms for using software accompanying the textbook "Compiler Design in C". Key points include:
1) The software is licensed for single-user use only and cannot be installed on a network. Copies can be made for backup.
2) The software cannot be used for weapons research or by weapons manufacturers.
3) The source code cannot be distributed but executable programs incorporating the code can be, with attribution to the original author.
4) To use the provided tools like Lex and Yacc, the accompanying libraries must be compiled from source files included on the distribution.
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
Venkatesh Penta is a senior developer with over 6 years of experience in software development using technologies like Thunderhead, Informix 4GL, HP Exstream, and Informatica. He has extensive experience in all phases of the software development life cycle including requirements gathering, design, development, testing, and production support. Currently he works as a senior developer at Aegon NL where he designs and develops templates, business objects, and other digital assets using Thunderhead.
Agicent Technologies is the most trusted offshore development company. Our skilled team, which specializes in app development, offers innovative and scalable solutions, ensuring superior quality. Because of its commitment to achieving customer success, Agicent Technologies is a trusted partner for turning the ideas of offshore developers into relevant digital realities.
The SANA Project aimed to democratize access to healthcare through open source technologies. The Impulse team worked on extending the SANA module application over 5 sprints. They focused on implementing media playback functionality to allow clinicians to play audio and video files within the mobile app without external players. The team successfully delivered the Impulse Media Player to render .mp3, .mp4 and .flv files by the final sprint deadline of November 23rd, 2015.
Abdul Rahman J has over 6 years of experience developing on the T24 banking software. He has expertise in areas like T24 core modules, API development, template programming, and testing. Some of his projects include componentization of T24, adding US date format support, and module upgrades. He is proficient in languages like Java and C/C++ and tools like Eclipse IDE. He aims to provide quality deliverables through adherence to SDLC processes and testing best practices.
This document is the preface to the second version of the "Practical Software Testing - E-Book" by http://www.SoftwareTestingHelp.com. It thanks readers for their positive feedback on the first edition and the author's family for their support. It notes there have been significant changes in software testing and hopes readers will find this updated version useful.
This design document outlines the details and requirements for a security management prototype project called FaciliteEZ. The project aims to reduce the cost of security systems from $7,000 per door to $700 per door. The prototype will use a Raspberry Pi module and RFID scanner to track the location of personnel and status of doors based on RFID card access. The document describes the system modules, architectural diagram, functional requirements, implementation timeline, and testing plan to ensure the prototype meets the needs of the intended users.
TechOut Solutions, LLC - A Short Introduction to Our Services and ProcessesKabeed Mansur
TechOut Solutions – founded in 2012 as a US-Bangladesh joint venture – assists US based clients with the design, development, and deployment of enterprise level IT solutions with a keen focus on quality assurance. By using our innovative offsite/offshore development model TechOut Solutions is able to deliver unparalleled value to our customers by reducing the risks traditionally associated with offshore development.
Our Mission: To become a trusted partner for our clients by providing them with low cost, high quality, and faster time-to-market software solutions.
Core Services:
Our offshore development team works in three core areas: Software Development, Web Development, and, Internet Marketing.
Software Development Services: Custom Software Development, .NET Application Development, Software Development in C/C++, and Mobile Application Development for Apple and Android.
Web Development Services: ASP.NET Development, PHP/MySQL (LAMP) Development, Java Web Application Development, and Mobile Web.
Internet Marketing Services: Search Engine Optimization, Social Media Marketing, and Pay Per Click Management.
Technologies:
ASP.NET, C#.NET, C/C++, VB.NET, JavaScript, Ajax, Ruby on Rails, JQuery, Objective C, Java - J2SE, JSP-Servlet, J2EE, EJB3, J2ME, PHP, .NET Framework, XNA, Spring MVC, .Net MVC Struts, iPhone, Android and Windows phone, MS SQL Server, Oracle, MySQL
Kick starter project secure computing infrastructure for real-time embedded ...W Fred Seigneur
This document describes different pledge levels for supporting a project to develop a secure computing infrastructure for real-time embedded applications. Higher pledge levels provide increased benefits like acknowledgement in reports, project updates, merchandise, access to the development team, and at the highest levels, participation in project meetings and testing. The highest pledge level of $15,000 provides the opportunity for a computer vendor to supply development systems and participate in all platform development phases.
The document outlines Moqod's quality assurance guidelines and processes. It defines a bug, sets the goal of delivering bug-free software, and establishes their quality standard as software functioning as expected by the customer. It details code review, automated testing, manual testing, and the responsibilities of QA engineers in accepting or rejecting work. Testing includes unit tests, regression tests at interim milestones, and final acceptance testing against all use cases.
Quality Assurance Guidelines for Mobile App DevelopmentMoqod
The document outlines Moqod's quality assurance guidelines and processes. It defines a bug, sets the standard that software should function as expected by customers, and details code review, automated testing, manual testing, and acceptance testing processes. QA engineers are responsible for accepting or rejecting deliveries and ensuring all stakeholders follow the defined QA rules and processes.
The document provides a project charter and plan for upgrading Middlesex School's Sage Millennium fundraising software from version 7.7 to 7.9 Service Pack 2. The project has 7 phases: 1) planning, 2) analyzing the current system, 3) implementing and testing a new system, 4) reviewing new functionality, 5) training users, 6) going live with the new system, and 7) optimizing post go-live. The project aims to have the new system online by the end of the fiscal year on July 15, 2012.
Manhad Khan is seeking a career-oriented position as an embedded software engineer. He has over 3 years of experience in software development and testing for embedded systems. His skills include manual and automation testing, defect tracking, communication protocols like Zigbee and Bluetooth, and programming languages like C and VBScript. He has worked on projects involving home automation controllers, RF-based vehicle systems, and GPS vehicle tracking. Manhad holds a Bachelor's degree in Electronics and Communication Engineering and is ISTQB foundation level certified in software testing.
This document provides information about manual testing and the software development lifecycle. It discusses various testing concepts like types of testing (unit, integration, system), testing methodologies (black box, white box, gray box testing), testing levels, and software development process models like waterfall, prototype, evolutionary, and spiral models. It also defines key terms used in software testing and development such as requirements documents, design documents, defects, test cases, environments, and more.
Bhavani H.S. has over 9 years of experience as an embedded software engineer working on automotive projects. She is currently a senior software engineer at Robert Bosch Engineering working on engine control software for VW and Audi. Her responsibilities include software integration, testing, requirements management, and quality assurance. Previously she worked as an embedded engineer developing relay protection software. Bhavani has expertise in C/Assembly programming, real-time operating systems, requirements management, testing, and standards like MISRA, ASPICE, and ISO 26262. She is skilled at software design, integration, requirements analysis, and project management.
Continuous Integration and development environment approachAleksandr Tsertkov
Continuous integration provides quick feedback on recent code changes through automated builds run regularly from a CI server. Each build has a status of success or failure and publishes artifacts like binaries, test results, and metrics. Peer code review helps improve code quality by having developers systematically review each other's code in small teams using tools like Reviewboard, Crucible, and CodeCollaborator. The engineering environment approach presented utilizes dedicated servers for remote development, with components like Subversion for version control, CruiseControl for continuous integration, and Crucible for peer review to facilitate collaboration.
Ads n url development process document (1)Saumya Sharma
This document outlines AdsnUrl Ltd.'s agile development process for web and mobile app projects. It includes 8 phases: 1) Requirement gathering, 2) Technical specification and proposal finalization, 3) Project kick-off and team meeting, 4) Wireframing, UX and UI design, 5) App development coding, 6) Testing and quality assurance, 7) Deployment, and 8) Maintenance. It also provides details on AdsnUrl's team structure and roles, as well as the technologies and tools used in their development stack.
This document describes a proposed online code compiler system called Code Compiler Shell. The system would allow college students to code, compile, debug and run programs online through a web browser without needing to download compilers or manage multiple compilers on their local machines. It consists of three tiers - a user interface tier to submit and view code, a controller tier to manage compilation and output, and a compilation tier with multiple compiler servers. The system aims to provide an integrated development environment for students to practice coding and submit practical assignments online, reducing paper usage and manual submission processes.
Software Project Proposal- Result Analysis ToolMinhas Kamal
Software Project Proposal document over project- Result Analysis Tool.
Documented in 3rd year of Bachelor of Science in Software Engineering (BSSE) course at Institute of Information Technology, University of Dhaka (IIT, DU).
Manual testing is the process of manually testing software for defects. It requires a tester to play the role of an end user whereby they use most of the application's features to ensure correct behavior.
Chat application through client server management system project.pdfKamal Acharya
This project focused on creating a chatting application with communication environment. The objective of our project is to build a chatting system to facilitate the communication between two or more clients to obtain an effective channel among the clients themselves. For the application itself, this system can serve as a link to reach out for all clients. The design of the system depends on socket concept where is a software endpoint that establishes bidirectional communication between a server program and one or more client programs. Languages that will be used for the development of this system: Java Development Kit (JDK): is a development environment for building applications and components using the Java programming language.
The document discusses the system development life cycle and the program development life cycle. It describes the key steps in developing software programs, including problem identification, design, coding, debugging, and finishing the project. It also covers topics like algorithms, flowcharts, pseudocode, programming languages, compilers, interpreters, and debugging.
Similar to Development process Model of Bhadani Technologies (20)
Graspan: A Big Data System for Big Code AnalysisAftab Hussain
We built a disk-based parallel graph system, Graspan, that uses a novel edge-pair centric computation model to compute dynamic transitive closures on very large program graphs.
We implement context-sensitive pointer/alias and dataflow analyses on Graspan. An evaluation of these analyses on large codebases such as Linux shows that their Graspan implementations scale to millions of lines of code and are much simpler than their original implementations.
These analyses were used to augment the existing checkers; these augmented checkers found 132 new NULL pointer bugs and 1308 unnecessary NULL tests in Linux 4.4.0-rc5, PostgreSQL 8.3.9, and Apache httpd 2.2.18.
- Accepted in ASPLOS ‘17, Xi’an, China.
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Development process Model of Bhadani Technologies
1. 1 | P a g e
DEVELOPMENT PROCESS
Source Code:
Client will share all existing code either via FTP or can share the code through his
own source code management system. We will provide FTP details to Client for
uploading the code of existing application
First option, to share the work done by us we can create new project in BitBucket
(Source code repository) and share the link with client for downloading the latest
code on regular basis.
Second option, the Client can create user in their source code management system
and we will use to upload the source code on regular basis.
Development Environment (in case client has their development environment) :
We can replicate the client’s environment at our end in order to achieve better
development speed and fast resolution to any admin problems.
Second option, client can provide access to their server and our resource can work
on them remotely using RDP
Specification
Client should provide the Requirement Documents and probably design document, if
it is required.
Our technical team will review the specification and get back to the client with its
understanding/queries.
Reporting:
We will be sending Daily Status Report to the client covering the following points:
What we have achieved today?
What will we be doing tomorrow?
What all problems/issues (if any) we are facing?
We can also follow the reporting format suggested by the client
If required we will be sending weekly or monthly report.
2. 2 | P a g e
Testing:
Developer will do the Unit testing for their work
Bug Reporting:
We propose to use trello for issue tracking. We will share the link of the hosted
version of trello with the client to track and report the bugs. We can pick the bug
from the client side and update the status after resolving the bugs on daily basis.
Second option, client can provide his preferred tool for bug tracking
Documentation:
We will provide the developer level documentation.
Communication
For daily communication we will be sharing all the contact details (email, IM, skype
etc) of the developer and Project Manager.
Conference call will be scheduled with the entire team every fortnight to give the
updates and discuss the feedback.
Support team structure:
As per the understanding of the technical team we would like to propose the
following team structure:
Full time developer:
He will understand the existing application
Responsible for doing the coding
Will be involved in Bug fixing
Responsible for preparing the developer level User Guide
Team Lead and Project Manager: Part time engagement of the team lead and project
Manager to guide the resource in understanding the existing application and help
him from time to time on any technical issues