Fundamentals of computers and computing; editors, spreadsheets, file manager; machine organization and computer hardware; Internet; software applications. Software Tools for Information Management. Preparation: some familiarity with computers. Not open for credit to students with credit for course 1; may not be taken concurrently with course 1. May be taken by students with credit for more advanced courses. Introduction to spreadsheets and databases in laboratory setting. Introduction to Computing for Social Sciences and Humanities. No prior programming knowledge required.
Not open for credit to students pursuing specializations in Computing or to students with credit for course 20A. Basic principles of object-oriented programming and concepts, with applications from social sciences and humanities. Overview of Java programming language, programming with objects, control structures and functions, classes and object-oriented design, event-driven programming, application to multiagent models.
Introduction to Programming. No prior programming experience assumed. Intermediate Programming. Requisite: course 10A or Computer Science Advanced Programming. Enforced requisite: course 10B.
Introduction to Lisp and Symbolic Computation. Enforced requisite: course 10A. Introduction to symbolic computation using Lisp programming language.
Basics: list structures, recursion, function abstraction. Advanced topics: knowledge representation, higher-order functions, problem-solving algorithms and heuristics.
[No longer available] A Beginners C++ An introduction to computer programming using C# language used by the Department of Computer Science in the . How To Design Programs: An Introduction To Programming and Computing. C. Course Information - Goals. “A general introduction to computer science foundations of information and computation, and of practical techniques for.
Python with Applications. Python programming and programming with Python packages. General Python programming constructs; standard data structures, flow control, exception handling, and input and output. Object-oriented programming with Python. Fiat Lux Freshman Seminars.
Discussion of and critical thinking about topics of current intellectual importance, taught by faculty members in their areas of expertise and illuminating many paths of discovery at UCLA. Principles of Java Language with Applications. Not open for credit to students with credit for course 3.
Introduction to Java computer language. Class and interface hierarchies; graphics components and graphical user interfaces; streams; multithreading; event and exception handling. Issues in class design and design of interactive web pages. Advanced Aspects of Java Language with Applications.
Enforced requisite: course 20A. Further aspects of use of classes, graphics components, exception handling, multithreading, and multimedia. Additional topics may include networking, servlets, database connectivity, and JavaBeans. Seminar: Enterprise Computing with Java. Enforced requisite: course 20B. It is said that 'C' is a god's programming language.
One can say, C is a base for the programming. If you know 'C,' you can easily grasp the knowledge of the other programming languages that uses the concept of 'C' It is essential to have a background in computer memory mechanisms because it is an important aspect when dealing with the C programming language.
This was the era of programming languages. Just after three years, in a new programming language called 'B' was introduced by Ken Thompson that contained multiple features of 'BCPL. In , a great computer scientist Dennis Ritchie created a new programming language called 'C' at the Bell Laboratories. Initially 'C' programming was limited to the UNIX operating system, but as it started spreading around the world, it became commercial, and many compilers were released for cross-platform systems.
Today 'C' runs under a variety of operating systems and hardware platforms. As it started evolving many different versions of the language were released. At times it became difficult for the developers to keep up with the latest version as the systems were running under the older versions. These languages are widely used in various technologies. Thus, 'C' forms a base for many other languages that are currently in use.
Where is C used? Key Applications 'C' language is widely used in embedded systems. It is used for developing system applications. It is widely used for developing desktop applications. Most of the applications by Adobe are developed using 'C' programming language. It is used for developing browsers and their extensions. Google's Chromium is built using 'C' programming language. It is used to develop databases. MySQL is the most popular database software which is built using 'C'.
It is used in developing an operating system. It is used for developing desktop as well as mobile phone's operating system. It is used for compiler production. It is widely used in IOT applications. Why learn 'C'?
As we studied earlier, 'C' is a base language for many programming languages. So, learning 'C' as the main language will play an important role while studying other programming languages. It shares the same concepts such as data types, operators, control statements and many more. It is a simple language and provides faster execution. There are many jobs available for a 'C' developer in the current market.
Each module can be written separately and together it forms a single 'C' program. This structure makes it easy for testing, maintaining and debugging processes. Another feature of 'C' programming is that it can extend itself.
A 'C' program contains various functions which are part of a library.