C Program to Recognize Strings Under ‘a’, ‘ab+’, ‘abb’
- September 30, 2024
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Instructions and instruction sequencing in Computer organization
- September 30, 2024
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Convert from NFA to DFA using Thompson’s rule for (a+b)*abb
- October 1, 2024
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C program to simulate lexical analyzer for validating operators
- October 7, 2024
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Lex program replaces the substring abc by ABC from the given input string
- October 7, 2024
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COMPUTER ORGANIZATION
Computer Organization
Instructions and instruction sequencing in Computer organization
Instructions are the fundamental commands executed by a computer’s Central Processing Unit (CPU). These commands tell the CPU what actions to perform on the data, which can include tasks like
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C Program
C Program to Test Whether a Given Identifier is Valid or Not
Rules for Valid Identifiers in C: The identifier must begin with a letter or an underscore (_). It cannot start with a number or any other symbol. Subsequent characters may
Compiler Design
C Program to Recognize Strings Under ‘a’, ‘ab+’, ‘abb’
This C program is designed to recognize and classify strings according to three specific rules or patterns: a*: A string consisting of zero or more ‘a’ characters. a*b+: A string
Compiler Design
Convert from NFA to DFA using Thompson’s rule for (a+b)*abb
To convert the regular expression (a + b)*abb from an NFA to a DFA using Thompson’s construction, we will follow these steps: Create an NFA for (a + b)*abb using
Compiler Design
C program to Design a lexical analyzer for given language and the lexical analyzer should ignore redundant spaces, tabs and
This program reads a C source code file, tokenizes it into keywords, identifiers, and special characters, and counts the lines. It also ignores redundant spaces, tabs, and new lines while
Compiler Design
Lex program replaces the substring abc by ABC from the given input string
Lex program contains three sections: definitions, rules, and user subroutines. Each section must be separated from the others by a line containing only the delimiter, %%. The format is as