Looping in c language
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Introduction Overview of Loop statement For loop While loop do While loop do While loop vs While loop vs for loop
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Control Flow Statements
This document discusses control flow statements in C programming. It defines control flow statements as blocks of code that control the flow of a program. There are three main types: branching/decision making statements, iterative/looping statements, and jumping statements. Branching statements include if, else if, switch case, and conditional operators. Looping statements include while, for, and do while loops. Jumping statements are break, continue, and goto. Examples are provided for each statement type to illustrate their syntax and usage.
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The document discusses different types of decision making and looping statements in C programming. It describes simple if, if-else, nested if-else, and else-if ladder statements for decision making. It also covers while, do-while, and for loops for iterative execution. Examples are provided for each statement type to illustrate their syntax and usage.
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Branching statements
BRANCHING STATEMENTS
if statement
if – else statement
if – else if ladder
Nested if
Goto
Switch case
programs
output
flowchart
Branching / Decision Making Statements
The statements in the program that helps to transfer the control from one part to other parts of the program.
Facilitates program in determining the flow of control
Involves decision making conditions
See whether the condition is satisfied or not
If statement; Execute a set of command line or one command line when the logical condition is true.
It has only one option
syntax with flowchart
If else if ladder; Number of logical statements are checked for executing various statement
If the first condition is true the compiler executes the block followed by first if condition.
If false it skips the block and checks for the next logical condition followed by else if.
Process is continued until a true condition is occurred or an else condition is satisfied.
Switch case; Multiway branch statement
It only requires one argument of any type, which is checked with number of cases.
If the value matches with the case constant, that particular case constant is executed. If not the default statement is executed.
Break statement – used to exit from current case structure
Nested if else; When a series of decisions are involved we use more than one if-else statement.
If condition is true control passes to first block i.e., if block. In this case there may be one more if block.
If condition is false control passes to else block. There we may have one more if block.
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This document provides an introduction to shell programming in Linux. It defines key terms like the kernel, processes, pipes, and filters. It explains that the kernel manages resources and I/O, while processes carry out tasks. Pipes send output between programs and filters perform operations on input. Common shells like Bash, CSH, and KSH are outlined. Shells accept commands and translate them to binary for the OS. Basic Linux commands are listed along with examples. Variables, both system and user-defined, are explained as a way to store and process data in the shell. The document provides steps for writing, naming, running and debugging shell scripts using commands like echo, cat, chmod and expressions. Local and global variables
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This document discusses control flow statements in C programming. It defines control flow statements as blocks of code that control the flow of a program. There are three main types: branching/decision making statements, iterative/looping statements, and jumping statements. Branching statements include if, else if, switch case, and conditional operators. Looping statements include while, for, and do while loops. Jumping statements are break, continue, and goto. Examples are provided for each statement type to illustrate their syntax and usage.
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Instagram: https://www.instagram.com/edureka_learning/
Facebook: https://www.facebook.com/edurekaIN/
Twitter: https://twitter.com/edurekain
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The document discusses different types of decision making and looping statements in C programming. It describes simple if, if-else, nested if-else, and else-if ladder statements for decision making. It also covers while, do-while, and for loops for iterative execution. Examples are provided for each statement type to illustrate their syntax and usage.
Compiler Construction introduction
The document discusses the basics of compiler construction. It begins by defining key terms like compilers, source and target languages. It then describes the main phases of compilation as lexical analysis, syntax analysis, semantic analysis, intermediate code generation, code optimization and machine code generation. It also discusses symbol tables, compiler tools and generations of programming languages.
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Branching statements
BRANCHING STATEMENTS
if statement
if – else statement
if – else if ladder
Nested if
Goto
Switch case
programs
output
flowchart
Branching / Decision Making Statements
The statements in the program that helps to transfer the control from one part to other parts of the program.
Facilitates program in determining the flow of control
Involves decision making conditions
See whether the condition is satisfied or not
If statement; Execute a set of command line or one command line when the logical condition is true.
It has only one option
syntax with flowchart
If else if ladder; Number of logical statements are checked for executing various statement
If the first condition is true the compiler executes the block followed by first if condition.
If false it skips the block and checks for the next logical condition followed by else if.
Process is continued until a true condition is occurred or an else condition is satisfied.
Switch case; Multiway branch statement
It only requires one argument of any type, which is checked with number of cases.
If the value matches with the case constant, that particular case constant is executed. If not the default statement is executed.
Break statement – used to exit from current case structure
Nested if else; When a series of decisions are involved we use more than one if-else statement.
If condition is true control passes to first block i.e., if block. In this case there may be one more if block.
If condition is false control passes to else block. There we may have one more if block.
SHELL PROGRAMMING
This document provides an introduction to shell programming in Linux. It defines key terms like the kernel, processes, pipes, and filters. It explains that the kernel manages resources and I/O, while processes carry out tasks. Pipes send output between programs and filters perform operations on input. Common shells like Bash, CSH, and KSH are outlined. Shells accept commands and translate them to binary for the OS. Basic Linux commands are listed along with examples. Variables, both system and user-defined, are explained as a way to store and process data in the shell. The document provides steps for writing, naming, running and debugging shell scripts using commands like echo, cat, chmod and expressions. Local and global variables
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This page contains examples and source code on decision making in C programming (to choose a particular statement among many statements) and loops ( to perform repeated task ). To understand all the examples on this page, you should have knowledge of following topics:
if...else Statement
for Loop
while Loop
break and Continue Statement
switch...case
Control Statements in Java
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Using if and if...else
Nested if Statements
Using switch Statements
Conditional Operator
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Unit ii chapter 2 Decision making and Branching in C
Unit ii chapter 2 Decision making and Branching in C
MRS.SOWMYA JYOTHI
REFERENCE: PROGRAMMING IN C BY BALAGURUSWAMY
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- Java code is compiled to bytecode that can run on any Java Virtual Machine (JVM). Only depending on the JVM allows Java code to run on any hardware or operating system with a JVM.
- Java supports object-oriented programming concepts like inheritance, polymorphism, and encapsulation. Classes can contain methods and instance variables to define objects.
Control statements in java
I hope this presentation will be help for engineering students are studying computer science or information technology.
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Unix Shell Scripts supports conditional statements like if-else and case statements to perform different actions based on conditions. The document discusses the syntax and examples of if-else statements with if-fi, if-else-fi, and if-elif-else-fi blocks. It also covers the case-esac statement for multi-way branching based on a variable. Finally, it explains while, for, and until loops for repetitive execution of statements until a condition is met.
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This document provides information on C programming concepts including data types, operators, functions, and basic program structure.
It defines key concepts like variables, data types (integer, float, character), operators (arithmetic, relational, logical), functions (printf, scanf), and basic program anatomy with main(), I/O statements, and comments. Examples are given to illustrate variable declaration and usage, arithmetic operations, type casting, and basic programs to read/write and perform calculations.
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The document discusses the flow of control in programs and control statements. There are two major categories of control statements: loops and decisions. Loops cause a section of code to repeat, while decisions cause jumps in the program flow depending on calculations or conditions. Common loop statements are for, while, and do-while loops. Common decision statements include if-else and switch statements. Nested statements and loops can also be used to further control program flow.
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Loops repeat a block of code until a certain condition is met. The three types of loops in C++ are:
1. For loops use an initialization statement, test expression, and update statement to control the loop.
2. While loops continuously execute the code block as long as the test expression is true.
3. Do-while loops always execute the code block at least once before checking the test expression, and continue looping as long as the test is true.
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This document provides an overview of C++ programming concepts including:
- Procedure-oriented programming focuses on tasks like reading, calculating and printing using functions, while object-oriented programming emphasizes data through objects and classes.
- Some problems with C include lack of consideration for data elements and lack of security for networks.
- C++ classes contain variables and functions to characterize objects. Data and functions are tied together and data is hidden.
- Key concepts explained include objects, member functions, constructors, destructors, inheritance and polymorphism.
- Examples demonstrate basic C++ programs, classes, objects, arrays of objects, function overloading and the this pointer.
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The document discusses different types of decision making or control statements in programming including if, if-else, nested if-else, else-if ladder, and switch statements. It provides syntax and examples for each type of statement. The if statement executes code if a condition is true, if-else adds an else block for when the condition is false, nested if-else allows multiple levels of conditions, else-if ladder provides multiple else if conditions in a chain, and switch allows executing different code for different cases.
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C decision making and looping.
This page contains examples and source code on decision making in C programming (to choose a particular statement among many statements) and loops ( to perform repeated task ). To understand all the examples on this page, you should have knowledge of following topics:
if...else Statement
for Loop
while Loop
break and Continue Statement
switch...case
Control Statements in Java
Selection Statements
Using if and if...else
Nested if Statements
Using switch Statements
Conditional Operator
Repetition Statements
Looping: while, do, and for
Nested loops
Using break and continue
Syntax Analysis in Compiler Design
Syntax analysis is the second phase of compiler design after lexical analysis. The parser checks if the input string follows the rules and structure of the formal grammar. It builds a parse tree to represent the syntactic structure. If the input string can be derived from the parse tree using the grammar, it is syntactically correct. Otherwise, an error is reported. Parsers use various techniques like panic-mode, phrase-level, and global correction to handle syntax errors and attempt to continue parsing. Context-free grammars are commonly used with productions defining the syntax rules. Derivations show the step-by-step application of productions to generate the input string from the start symbol.
Assembler
This document discusses assemblers and assembly language. It defines an assembler as a program that accepts assembly language as input and translates it into machine language. It describes the main components of assembly language statements, including labels, mnemonics, operands, and different statement types. It also explains the different data structures used by assemblers, including symbol tables, mnemonic tables, and location counters. Finally, it discusses the two-pass structure of assemblers, how they generate intermediate code on the first pass and then use that to resolve forward references and completely synthesize instructions on the second pass.
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The document discusses different types of loops in C programming: for loops, while loops, and do-while loops. For loops allow initialization of a variable, specify a condition, and how to increment the variable. While loops repeatedly execute code as long as a condition is true. Do-while loops are similar but check the condition at the bottom of the loop, so the code executes at least once. Examples of each loop type are provided.
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- Java is a platform independent programming language that is similar to C++ in syntax but similar to Smalltalk in its object-oriented approach. It provides features like automatic memory management, security, and multi-threading capabilities.
- Java code is compiled to bytecode that can run on any Java Virtual Machine (JVM). Only depending on the JVM allows Java code to run on any hardware or operating system with a JVM.
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I hope this presentation will be help for engineering students are studying computer science or information technology.
This presentation is about control statements
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Unix Shell Scripts supports conditional statements like if-else and case statements to perform different actions based on conditions. The document discusses the syntax and examples of if-else statements with if-fi, if-else-fi, and if-elif-else-fi blocks. It also covers the case-esac statement for multi-way branching based on a variable. Finally, it explains while, for, and until loops for repetitive execution of statements until a condition is met.
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This document provides information on C programming concepts including data types, operators, functions, and basic program structure.
It defines key concepts like variables, data types (integer, float, character), operators (arithmetic, relational, logical), functions (printf, scanf), and basic program anatomy with main(), I/O statements, and comments. Examples are given to illustrate variable declaration and usage, arithmetic operations, type casting, and basic programs to read/write and perform calculations.
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The document discusses the flow of control in programs and control statements. There are two major categories of control statements: loops and decisions. Loops cause a section of code to repeat, while decisions cause jumps in the program flow depending on calculations or conditions. Common loop statements are for, while, and do-while loops. Common decision statements include if-else and switch statements. Nested statements and loops can also be used to further control program flow.
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The document discusses JavaScript error and exception handling using try, catch, and finally blocks. It provides examples of using try and catch to handle exceptions, catch to retrieve error details, and finally to execute code regardless of exceptions. It also shows how to use window.onerror to handle uncaught exceptions and access error details.
types of loops and what is loop
Loops repeat a block of code until a certain condition is met. The three types of loops in C++ are:
1. For loops use an initialization statement, test expression, and update statement to control the loop.
2. While loops continuously execute the code block as long as the test expression is true.
3. Do-while loops always execute the code block at least once before checking the test expression, and continue looping as long as the test is true.
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This document provides an overview of C++ programming concepts including:
- Procedure-oriented programming focuses on tasks like reading, calculating and printing using functions, while object-oriented programming emphasizes data through objects and classes.
- Some problems with C include lack of consideration for data elements and lack of security for networks.
- C++ classes contain variables and functions to characterize objects. Data and functions are tied together and data is hidden.
- Key concepts explained include objects, member functions, constructors, destructors, inheritance and polymorphism.
- Examples demonstrate basic C++ programs, classes, objects, arrays of objects, function overloading and the this pointer.
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JavaTpoint share a presentation of C Programming language for beginners and professionals. now in this slideshare you will be learned basics of c programming language, what is c programming language, history of c programming, installing turbo c, features of c programming language, datatypes of c language, operaters in c, control statement of c language, c language functions, c array, pointer in c programming, and structure and union.
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This document provides information about loop statements in programming. It discusses the different parts of a loop, types of loops including while, for, and do-while loops. It also covers nested loops and jump statements like break and continue. Examples are given for each loop type. The document concludes with multiple choice and program-based questions as exercises.
Decision making statements in C programming
The document discusses various decision making statements in C programming language, including if, if-else, if-else if-else, nested if, switch, ternary operator (? :) and goto statements. It provides syntax and examples of each statement type. Key decision making statements covered are if, if-else, if-else if-else for multi-way decisions, switch as a multi-way decision statement, and the ternary operator for two-way decisions. References and queries sections are also included.
1.Role lexical Analyzer
The document discusses the role and process of a lexical analyzer in compiler design. A lexical analyzer groups input characters into lexemes and produces a sequence of tokens as output for the syntactic analyzer. It strips out comments and whitespace, correlates line numbers with errors, and interacts with the symbol table. Lexical analysis improves compiler efficiency, portability, and allows for simpler parser design by separating lexical and syntactic analysis.
Decision Making and Branching in C
The document discusses different types of decision making or control statements in programming including if, if-else, nested if-else, else-if ladder, and switch statements. It provides syntax and examples for each type of statement. The if statement executes code if a condition is true, if-else adds an else block for when the condition is false, nested if-else allows multiple levels of conditions, else-if ladder provides multiple else if conditions in a chain, and switch allows executing different code for different cases.
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While, for, and do-while loops in C allow code to be repeatedly executed. The while loop repeats as long as a condition is true. The do-while loop executes the code block first and then checks the condition, repeating if it's true. The for loop allows initialization of a counter variable, a condition to test on each iteration, and an increment statement. All three loops repeat zero or more times until their condition becomes false.
While , For , Do-While Loop
While, for, and do-while loops in C allow code to be repeatedly executed. The while loop repeats as long as a condition is true. The do-while loop executes the statement block first and then checks the condition, repeating until it is false. The for loop allows initialization of a counter variable, a condition to test on each iteration, and an increment expression to modify the counter between iterations. All three loops repeat zero or more times until their condition becomes false.
Decision making and looping
The document discusses different types of loops in programming languages. It defines looping as repetitively executing a sequence of statements, which is an important concept that allows programs to repeat tasks. There are two main types of loops - entry controlled loops where the test condition is checked before the loop body executes, and exit controlled loops where the test is checked after execution. Common loops in C include the for, while, and do-while loops. The for loop is entry controlled and uses a counter variable, while the while and do-while can use counters or sentinel values and are entry and exit controlled respectively. Selecting the right loop depends on pre-test or post-test needs as well as whether the number of repetitions is known.
Loops in c language
C for Loop
Loops are used in programming to execute a block of code repeatedly until a specified condition is met. In this tutorial, you will learn to create for loop in C programming.
C programming has three types of loops:
for loop
while loop
do...while loop
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Adaptive synchronous sliding control for a robot manipulator based on neural ...
Robot manipulators have become important equipment in production lines, medical fields, and transportation. Improving the quality of trajectory tracking for
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- 2. Course Main Topic/Chapters Introduction Overview of Loop statement For loop While loop do While loop do While loop vs While loop vs for loop
- 3. Introduction A loop is used for executing a block of statements repeatedly until a particular condition is satisfied. For example, when you are displaying number from 1 to 100 you may want set the value of a variable to 1 and display it 100 times, increasing its value by 1 on each loop iteration.
- 4. Introduction A loop is used for executing a block of statements repeatedly until a particular condition is satisfied. For example, when you are displaying number from 1 to 100 you may want set the value of a variable to 1 and display it 100 times, increasing its value by 1 on each loop iteration.
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- 10. Different ways of representing for Loop 1) for (i = 1; i <= n; i++) { } 2) int i=1; for ( ; i <= n; i++) { } 3) for (i = 1; i <= n; ) { i++; } 4) int i=1; for ( ; i <= n; ) { i++; }
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- 15. do while vs while vs for Loop
- 16. while vs for Loop
- 17. Looping Youtube link channel : 1. https://www.youtube.com/watch?v=r7-DZmtglWA 2. https://www.youtube.com/watch?v=gphBb3ZGrms&t=411s 3. https://www.youtube.com/watch?v=G4eikjIGgZQ 4. https://www.youtube.com/watch?v=C9cGzAHZcJ8 5. https://www.youtube.com/watch?v=Lf6yd53tQzk 6. https://www.youtube.com/watch?v=NWXWUU7NJoo