000			01820 a2200229 4500
999			_c982 _d982
005			20200928112817.0
008			200928b ||||| |||| 00| 0 eng d
020			_a0070651612
040			_bDDC
082			_a005.453 _bPAL
100			_aTremblay, Jean-Paul,
245			_a The theory and practice of compiler writing _cJean-Paul Tremblay, Paul G. Sorenson.
260			_aDelhi _b1985 _cMcGraw Hill
300			_b illustrations _a796P
505			_tCHAPTER 1 : INTRODUCTION; _tCHAPTER 2 : NOTATION AND CONCEPTS FOR LANGUAGES AND GRAMMARS; _tCHAPTER 3 : PROGRAMMING-LANGUAGE DESIGN; _tCHAPTER 4 : SCANNERS; _tCHAPTER 5 : COMPILE-TIME ERROR HANDLING; _tCHAPTER 6 : TOP-DOWN PARSING; _t CHAPTER 7 : BOTIOM-UP PARSING; _tCHAPTER 8 : SYMBOL-TABLE-HANDLING TECHNIQUES; _t CHAPTER 9 : RUN-TIME STORAGE ORGANIZATION AND MANAGEMENT; _tCHAPTER 10 : INTERMEDIATE FORMS OF SOURCE PROGRAMS; _t CHAPTER 11 : SEMANTIC ANALYSIS AND CODE GENERATION; _t CHAPTER 12 : CODE OPTIMIZATION; _tCHAPTER 13 : MACHINE-DEPENDENT OPTIMIZATION; _t CHAPTER 14 : COMPILER-COMPILERS
520			_aThis book provides a practical approach to compiler implementation and shows how the different language features are handled and translated in the compilation process. Unlike most books in this area, The Theory and Practice of Compiler Writing thoroughly covers programming language design and error detection, and recovery techniques in compilation, enabling readers to get a firm grasp on compiler planning and programming. Traditional topics such as lexical analysis, syntactic analysis, symbol table handling, semantic analysis, code generation and code optimization are given balanced coverage.
650			_aCompilers (Computer programs)
650			_aCOMPUTERS -- Compilers.
700			_a Sorenson, P. G.
942			_cG _2ddc