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Introduction to the compiler

Compiler - Basically a compiler is a computer program that changes the resource code written in a computer programming language, which is known as 'target language' or 'output'. The name is in the first place used for the 'compiler' program, which changes computer program source code from a programming language or high level programming language to a lower level language. A computer program that moves from low level to high level is a disruptive computer A program that translates between high-level languages, is usually called a language translator. A compiler is likely to have the following functions: language analysis, syntax analysis, semantic analysis, preprocessing, parsing, code generation, and code optimization.

Latexical analysis: Lexical analysis is also known as "tokenization", which is the process of breaking a character stream in a personal unit section called 'token'. The software used to use "Lexer" or "Scanner" by the compiler to hook the computer program code. Tokening is done through pattern matching

Trends in compiler construction semantics analysis: Now is the time to go ahead for semantic analysis, where we make a sensible set of instructions in the computer programming language, to check that we also lose profoundly in the compiler. For semantics, a computer program, all constants, identifiers, functions, keywords, variables, classes etc. should be properly defined, expressions and variables should be used in those ways, that type of system, access control

Code generator: Code generation is the last and important point in our compiler model. This source takes the mediation of the program as an input and produces the equivalent program of production as the program code. Traditional mandatory requirements on a code generator are serious. The output code should be executed accurately and accurately, this means that the resources of the target machine should be effectively used. In addition, code generators should run fast