TECNIA INSTITUTE OF ADVANCED STUDIES

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1 Assignment1(UNIT1) Paper Code:MCA301 Paper: Linux Programming (a) Command to select from a file : a) lines 5 to 10 b) last 2 lines. (b) Useradd command. (c) CP command. (d) Command to display lines common to two files. (e) Shell. (i) Relationship between unix and linux. (ii) Architecture of Linux Operating System. (iii) Features of ext3 file system of linux. (iv) Sequence of steps in Linux bootup procedure. (v) Role of security in linux system & layers of security. (a) Explain the role of startup files or init files in Linux Shells (TCSH or Bash).

2 Assignment2(UNIT2) Paper Code:MCA301 Paper: Linux Programming (a) Inode. (b) File system of Linux. (c) SIGNAL. (d) PIPE. (e) FIFO. (i) Process & different types of processes. (ii) Memory management & corresponding system calls. (iii) Differences between cmp and uniq command with example. (iv) System calls v/s library functions. (v) Shareable and unshareable files in Linux file system. (a) Explain named pipe with example.

3 Assignment3(UNIT3) Paper Code:MCA301 Paper: Linux Programming (a) Tr command. (b) Chmod command. (c) Shell script to display 100 even numbers. (d) Grep v/s sed script. (e) System variables. (i) Working of awk filter using loop and conditional statements. (ii) sed command script to replace the word by new in a file Report.txt. (iii) Type of editors used in linux systems. (iv) Shell variables and environment variables. (v) Differences between C/C++ programming language and Shell programming. (a) What is shell? Explain the various shell features. Name some shells.

4 Assignment4(UNIT4) Paper Code:MCA301 Paper: Linux Programming (a) Port. (b) FDP. (c) Client. (d) Server. (e) Sockets functions. (i) Socket programming of TCP/IP and UDP applications. (ii) Connect Function (iii) Lack of flow control in UDP sockets. (iv) Structure of socket address. (v) Working of fork and join in TCP/IP sockets. (a) Write a program to illustrate the working of TCP client and TCP server applications.

5 Assignment1(UNIT1) Paper Code:MCA303 Paper: Software Testing (a) Incident. (b) Bug. (c) Error. (d) Fault. (e) Failure. (i) (ii) Test Cases. V Shaped Software Life Cycle Model. (iii) Testing Process. (iv) Limitations of Testing. (v) No absolute proof of correctness. (a) What is the difference between Verification & Validation? Explain Software Design Document Verification.

6 Assignment2(UNIT2) Paper Code:MCA303 Paper: Software Testing (a) Functional Testing. (b) Boundary Value Analysis. (c) Structural Testing. (d) Data Flow Testing. (e) Mutation Testing. (i) Equivalence Class Testing. (ii) Cause Effect Graphing Technique. (iii) Decision Table Based Testing. (iv) Cyclomatic Complexity. (v) Slice Based Testing. (a) Consider a program for the determination of Previous date. Its input is a triple of day, month and year with the values in the range 1 month 12 day year 2025 The possible outputs are Previous date and Invalid date. Identify the equivalence class test cases for output & input domains.

7 Assignment3(UNIT3) Paper Code:MCA303 Paper: Software Testing (a) Actors. (b) Use Case. (c) Data. (d) Validity. (e) Information. (i) Regression Testing. (ii) Regression Test Case Selection. (iii) Prioritization guidelines. (iv) Priority category Scheme. (v) Database Testing. (a) Explain the Risk Analysis.

8 Assignment4(UNIT4) Paper Code:MCA303 Paper: Software Testing (a) Stub. (b) Debugging. (c) System Testing. (d) Unit Testing. (e) Integration Testing. (i) State based Testing. (ii) Class Testing. (iii) Path Testing. (iv) Object Oriented Testing. (v) Software Metrics. (a) Explain the Software Quality Attributes.

9 Assignment1(UNIT1) Paper Code:MCA305 Paper: Enterprise Computing with Java (a) J2EE. (b) Servlets and Session. (c) Servlet Container. (d) Cookie. (e) Servlet life cycle methods. (i) Techniques of session management. (ii) Methods used by Servlet Container to maintain session information. (iii) Servlet life cycle with the help of an example. (iv) Techniques of inter - servlet communication (v) CGI-Pearl Interface. (a) Explain the MVC Architecture in detail.

10 Assignment2(UNIT2) Paper Code:MCA305 (1S) Paper:Enterprise Computing with Java (a) JSP and Struts (b) Scriptlet. (c) Jsp:include and jsp:forward. (d) Generic and Http Servlet. (e) Directive. (i) JSP Implicit Objects. (ii) Types of comments allowed in a JSP page. (iii) Struts Framework (iv) Advantages of Struts. (v) JSP Standard actions (a) Discuss the various JSP Design Strategies.

11 Assignment3(UNIT3) Paper Code:MCA305 (1S) Paper: Enterprise Computing with Java (a) EJB fundamentals (b) EJB Echo system (c) Message Bean (d) Deployment descriptor (e) Bean class (i) Advantages and disadvantages of J2EE technologies in java bean. (ii) Types of enterprise beans. (iii) Distributed objects and middleware. (iv) Entity bean with example. (v) Developing EJB component. (a) Differentiate between remote local and home interface in java bean.

12 Assignment4(UNIT4) Paper Code:MCA305 (1S) Paper: Enterprise Computing with Java (a) Session beans. (b) Scalability. (c) Stateful session bean (d) Stateless session bean (e) Session Beans Life time (i) Life cycle of Session Beans. (ii) Concept of Persistence Entity beans. (iii) Features of entity beans. (iv) Entity context. (v) JMS. (a) Where are JMS and Message driven beans used? Explain.

13 Assignment1(UNIT1) Paper Code:MCA313 Paper: Multimedia Technologies (a) Multimedia. (b) CD-ROM. (c) Memory. (d) Storage Device. (e) Multimedia Hardware. (i) Uses of Multimedia. (ii) The Stages of project. (iii) The requirements to make good multimedia. (iv) Authoring tools. (v) Multimedia skills and training. (a) Discuss multimedia hardware and software in detail.

14 Assignment2(UNIT2) Paper Code:MCA313 Paper: Multimedia Technologies (a) Text. (b) Sound. (c) Image. (d) Animation. (e) Video. (i) Sound editing tools. (ii) Video editing tools. (iii) Types of animation. (iv) Data compression. (v) Advantages of MIDI. (a) Exlpain all basic sound editing operations.

15 Assignment3(UNIT3) Paper Code:MCA313 Paper: Multimedia Technologies (a) WWW. (b) Internet. (c) Intranet. (d) Internet services. (e) Media communication. (i) VRML. (ii) Web servers. (iii) Web browsers. (iv) Web page makers. (v) Editors. (a) Expliandesigning for Multimedia Applications and Media Communication.

16 Assignment4(UNIT4) Paper Code:MCA313 Paper: Multimedia Technologies (a) Digital Communication. (b) Digital Radio. (c) DVD-ROM. (d) Multimedia project. (e) Advantage of digital communication. (i) CD-ROM technology. (ii) Multimedia Conferencing. (iii) Interactive Television. (iv) Digital Broadcasting. (v) Future of Multimedia. (a) Explain project-planning & costing. What do you understand by designing and producing?

17 Assignment1(UNIT1) Paper Code:MCA333 Paper: Software Quality Management (a) Quality attributes (b) Zero defect software (c) Meaning of Quality (d) SQA techniques (e) Issues in Software quality management (i) Evolution of SQA (ii) Non-runtime system quality attributes (iii) Elements of software quality system (iv) Process & Product quality (v) Quality management processes (a) Illustrate the major differences between SQA and SQC

18 Assignment2(UNIT2) Paper Code:MCA333 Paper: Software Quality Management (a) Configuration audit (b) Test planning (c) Design of evaluation (d) Unit test (e) System testing (i) Maturity levels of CMM (ii) Integration & testing (iii) Role of CMM (iv) Types of evaluations (v) Software walkthrough v/s software inspection (a) Explain the various quality assurance programs.

19 Assignment3(UNIT3) Paper Code:MCA333 Paper: Software Quality Management (a) Version Control (b) Defect detection efficiency (c) Correction of implementation (d) Requirement of defect prevention (e) Development phases (i) Regression testing (ii) Cyclomatic complexity (iii) Major test plan elements (iv) Categorization of software defects (v) Diagram for process of change management (a) What are the different components of Configuration Management? Elaborate in detail.

20 Assignment4(UNIT4) Paper Code:MCA333 Paper: Software Quality Management (a) Traceability metrics (b) Software Documentation (c) Complexity of Program unit (d) Metric selection (e) Means of defect repair (i) Different steps for software defect prevention (ii) Clean room software engineering (iii) Quality tools (iv) Requirement for corrective Action (v) Software Quality Program Planning (a) Explain in detail about the Rayleigh model. Elucidate about Software Quality assurance for a software.