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Lovely Professional University, Punjab

Course Code Course Title Course Planner Lectures Tutorials Practicals Credits

CSE318 SYSTEM SOFTWARE 15860::Anjlee Verma 4.0 0.0 0.0 4.0

Course Category Courses with conceptual focus

TextBooks

Sr No Title Author Edition Year Publisher NameT-1 system software an introduction to

systems programmingLeland L. Beck 3rd 2009 Pearson Education

T-2 System Programming John J Donnovan 1st 2011 Tata McGraw Hill

Reference Books

Sr No Title Author Edition Year Publisher Name

R-1 System Programming D M Dhamdhere 1st 2012 Mc graw Hill

Relevant Websites

Sr No (Web address) (only if relevant to the course) Salient FeaturesRW-1 http://www.scribd.com/doc/51358176/Turbo-C-Debugger-case-study Case study of Turbo C debugger

RW-2 http://www.gnu.org/software/gdb/ Working of debuggers

RW-3 www.kwintessential.co.uk/translation/articles.html Text editors

RW-4 http://ptucse.loremate.com/sp/ Relevant site for system programming topics

WeekNumber

LectureNumber

Broad Topic(Sub Topic) Chapters/Sectionsof Text/referencebooks

Other Readings,RelevantWebsites, AudioVisual Aids,

software andVirtual Labs

Lecture Description Learning Outcomes Pedagogical ToolDemonstration/ CaseStudy / Images /animation / ppt etc.

Planned

Detailed Plan For Lectures

LTP week distribution: (LTP Weeks)

Weeks before MTE 7

Weeks After MTE 6

Spill Over 2


2/10

Week 1 Lecture 1 Introduction to system software(Introduction to different systemsoftwares)

T-1:1.1 Classification ofsoftware Introduction tosystem software

Students will getfamiliar with differentsystem software

Slide Show by Teacher

Lecture 2 Introduction to system software(Text editors)

T-1:7.2 Text editor process ofediting user interfaceinput devices Interactionlanguage

Students will learnabout the process oftext editing


Lecture 3 Introduction to system software(Text editors)

T-1:7.2 Text editor process ofediting user interfaceinput devices Interactionlanguage

Students will learnabout the process oftext editing


Lecture 4 System software and machinearchitecture(System software andmachine architecture SICsimplified instructional Computer)

T-1:1.3.1 Memory Registers Dataformats InstructionFormats Instruction SetInput Output in SIC

students will learnabout the 2 versions ofSIC standard and XEversion


Week 2 Lecture 5 System software and machinearchitecture(SIC/XE MachineArchitecture)

T-1:1.3.2 Memory Registers Dataformats InstructionFormats Instruction SetInput Output in SIC XE

students will learnabout the 2 versions ofSIC standard and XEversion


Lecture 6 System software and machine

architecture(SIC/XE MachineArchitecture)

T-1:1.3.2 Memory Registers Data

formats InstructionFormats Instruction SetInput Output in SIC XE

students will learn

about the 2 versions ofSIC standard and XEversion


Lecture 7 Assemblers(Basic Assemblerfunctions)

T-1:2.1.1 A simple SIC assemblerand its fuctions

This gives the studentsa starting point fromwhich to begin thedesign of assembler fora new or unfamiliarmachine


Lecture 8 Assemblers(Assembler datastructures)

T-1:2.1.2 Assembler algorithm anddata structures

After this lecturestudents will be able to

tell the basic assemblerfunctions characteristicsand data structureswhich remainessentially the sameregardless of whatmachine is being used


Week 3 Lecture 10 Assemblers(Pass 2 Assembler) T-2:3.2.2 Flow chart of Pass 2 withdetailed description

Students will get awareabout the availableassebler design optionsin order to makeintelligent decisions

between them



3/10

Week 3 Lecture 11 Assembler features(Machinedependent assembler features)

T-1:2.2 Instruction formats andaddressing modesProgram relocation

This provides anillustration of bothmachine dependent andindependent variationsthat reinforces thepoints made In previouslectures


Lecture 12 Assembler features(Machinedependent assembler features)

T-1:2.2 Instruction formats andaddressing modesProgram relocation

This provides anillustration of bothmachine dependent and

independent variationsthat reinforces thepoints made In previouslectures


Lecture 9 Assemblers(Assembler Designoptions: Pass 1)

T-2:3.2.2 Flow chart of Pass 1 withdetailed description

This gives the studentsa starting point fromwhich to begin thedesign of assembler fora new or unfamiliarmachineStudents willget aware about the

available asseblerdesign options in orderto make intelligentdecisions between them


Week 4 Lecture 13 Assembler features(Machineindependent assembler features.)

T-1:2.3 Literals Symbol definingstatements ExpressionsProgram blocks Controlsections and programlinking

This provides anillustration of bothmachine dependent andindependent variationsthat reinforces thepoints made In previous

lectures


Lecture 14 Assembler features(Machineindependent assembler features.)

T-1:2.3 Literals Symbol definingstatements ExpressionsProgram blocks Controlsections and programlinking



Lecture 15 Language Translators(LanguageTranslators)

R-1:2.1 introduction to languagetranslators their

examples and functions

Students will learnabout the tasks of

language translators andtheir significance assystem software



4/10

Week 4 Lecture 15 Language Translators(Interpreters) R-1:8.1 8.2 introduction tointerpreters theirexamples and functions

Students will learnabout the tasks ofinterpreters and theirsignificance as systemsoftware


Lecture 16 Compilers(Overview of compilers) T-2:8.1 Overview of compilerand its function

After this lecturestudents will be able totell the basic compilerfunctions andcharacteristics whichremain essentially the

same regardless of whatmachine is being used


Week 5 Lecture 17 Compilers(Compiler designoptions)

T-1:5.4 Division into passesPcode compilerscompilercompilers

Students will get awareabout the availablecompiler design optionsin order to makeintelligent decisionsbetween them


Lecture 18 Compiler features(Machinedependent compiler features.)

T-1:5.2 Intermediate form of theprogram

This provides anillustration of both

machine dependent andindependent variationsthat reinforces thepoints made In previouslectures


Lecture 19 Compiler features(Machineindependent compiler features.)

T-1:5.3 Structured variablesMachie Independentcode optimizationStorage allocation Blockstructured language

This provides anillustration of bothmachine dependent andindependent variationsthat reinforces thepoints made In previous

lectures


Lecture 20 Compiler features(Machineindependent compiler features.)

T-1:5.3 Structured variablesMachie Independentcode optimizationStorage allocation Blockstructured language



Week 6 Lecture 21 Phases of compiler(Phases ofcompiler: Lexical, syntax analysis)

T-2:8.1.1 and 8.1.2 tokens syntax andsemantics Phases of

compiler Lexical syntaxanalysis

This teaches studentsabout the step by step

compilation processwith examples



5/10

Week 6 Lecture 22 Phases of compiler(Phases ofcompiler: Lexical, syntax analysis)

T-2:8.1.1 and 8.1.2 tokens syntax andsemantics Phases ofcompiler Lexical syntaxanalysis

This teaches studentsabout the step by stepcompilation processwith examples


Lecture 23 Phases of compiler(Intermediatecode generation)

T-2:8.1.3 Intermediate codegeneration matrix andparse tree

This teaches studentsabout the step by stepcompilation processstudents will be able tocreate parse tree andmatrices for arithmeticand non arithmetic

statements


Lecture 24 Phases of compiler(Codeoptimization)

T-2:8.1.4 and 8.1.5 Machine dependent andIndependentoptimization

This teaches studentsabout the step by stepcompilation process


Week 7 Lecture 25 Phases of compiler(Codeoptimization)

T-2:8.1.4 and 8.1.5 Machine dependent andIndependentoptimization

This teaches studentsabout the step by stepcompilation process


Lecture 26 Phases of compiler(Codegeneration)

T-2:8.1.5 Code generation phase ofcompiler

This teaches studentsabout the step by step

compilation process


Lecture 27 case studies(Case study of LEX) T-1:5.5 Case study of LEX This topic familiarizeswidely used examplesof actual compilers fora variety of realcomputers


Lecture 28 case studies(Case study of YACC) T-1:5.5.3 Case study of YACC This topic familiarizeswidely used examplesof actual compilers fora variety of realcomputers


MID-TERMWeek 8 Lecture 29 Macros(Introduction to Macros and

their basic functions)T-1:4.1 Introduction to Macros

and their basic functionsAfter this lecturestudents will be able totell the basic macrofunctions andcharacteristics whichremain essentially thesame regardless of whatmachine is being used



6/10

Week 8 Lecture 30 Macros(Macro parameters) T-1:4.1 Macro parameters Students will learn howparameters aresubsituted on macroinvocation


Macros(macro expansion) T-1:4.1 macro expansion Students will learn howparameters aresubsituted on macroinvocation


Lecture 31 Macros(Conditional macroexpansion)

T-1:4.2.3 Conditional macroexpansion

Students will be able touse conditionalconstructs in macrosand make their programmore reliable andapplicable


Lecture 32 Macros(keyword macroparameters)

T-1:4.2.4 keyword macroparameters

Students will be able toexpand macros usingthe different datastructures


Week 9 Lecture 33 Macro Processors(Macropreocessor design options)

T-1:4.3 Macro preocessor designoptions

Students will get awareabout the availablemacro design options inorder to makeintelligent decisionsbetween them


Lecture 34 Macro Processors(Macropreocessor design options)

T-1:4.3 Macro preocessor designoptions

Students will get awareabout the availablemacro design options inorder to makeintelligent decisionsbetween them


Lecture 35 Macro Processors(Recursive macroexpansions)

T-1:4.3.1 Recursive macroexpansions

Students will learn howto expand macros


Lecture 36 Macro Processors(Features ofmacro facility)

T-1:4.3 Interactive debuggingsystems and techniques

students will learn thevarious features ofmacros


Week 10 Lecture 37 Macro Processors(Implementationexamples)

T-1:4.4 MASM macro assemblerThe ELENA macroprocessor

This topic familiarizesexamples of actualmacros for a variety of

real computers



7/10

Week 10 Lecture 38 Macro Processors(Implementationexamples)

T-1:4.4 MASM macro assemblerThe ELENA macroprocessor

This topic familiarizesexamples of actualmacros for a variety ofreal computers


Lecture 39 Debuggers(Interactive debuggingsystems and techniques)

T-1:7.3 Interactive debuggingsystems and techniques

To teach students aboutthe process ofdebugging ourprograms


Lecture 40 Debuggers(Case study ofdebugging in turbo C++ IDE)

RW-1 Case study of debuggingin turbo C IDE

To teach students aboutthe process ofdebugging inturbo CIDE


Week 11 Lecture 41 introduction to linkers and loaders(Introduction to linkers andloaders)

T-1:3.1 Introduction to linkersand loaders

After this lecturestudents will be able totell the basiclinkerloader functionsand characteristicswhich remainessentially the sameregardless of what

machine is being used


Lecture 42 introduction to linkers and loaders(Loaders and linkage editors)

T-2:5.1 Loaders and linkageeditors

After this lecturestudents will be able totell the basiclinkerloader functionsand characteristicswhich remainessentially the sameregardless of whatmachine is being used


Lecture 43 introduction to linkers and loaders(Linking and relocation)

T-1:3.2.1 Linking and relocation After this lecturestudents will be able totell the basiclinkerloader functionsand characteristicswhich remainessentially the sameregardless of whatmachine is being used


introduction to linkers and loaders(Static linking, dynamic linking)

T-1:3.2.2 Static linking dynamiclinking

Students will learnabout the process of

static and synamiclinkung process andtheir difference



8/10

Week 11 Lecture 44 Homework,TermPaper,Test 3

Week 12 Lecture 45 introduction to linkers and loaders(Bootstrap loader)

T-1:3.4.3 Bootstrap loader Students will learn howbootstrap loader works


introduction to linkers and loaders(Loading schemes)

T-2:5.1 Loading schemes This provides anillustration of variousloading schemes


Lecture 46 Loader features(Machine

dependent loader featues)

T-1:3.2 Relocation Program

linking

This provides an

illustration of bothmachine dependent andindependent variationsthat reinforces thepoints made In previouslectures


Lecture 47 Loader features(Machinedependent loader featues)

T-1:3.2 Relocation Programlinking



Lecture 48 Loader features(Machineindependent loader features)

T-1:3.3 Automatic library searchLoader options



Week 13 Lecture 49 Loader features(Machine

independent loader features)

T-1:3.3 Automatic library search

Loader options

This provides an

illustration of bothmachine dependent andindependent variationsthat reinforces thepoints made In previouslectures


Lecture 50 Loader examples(Loader designoptions)

T-1:3.4 Linkage editor Dynamiclinking Bootstrap loader




9/10

Week 13 Lecture 51 Loader examples(Loader designoptions)

T-1:3.4 Linkage editor Dynamiclinking Bootstrap loader



Lecture 52 Loader examples(Implementationexamples)

T-1:3.5 MSDOS linker Sun OSlinker

This topic familiarizesexamples of actualloaders for a variety ofreal computers


SPILL OVERWeek 14 Lecture 53 T-1:8.1 8.2 Introduction to Software

engineering conceptsSystem specifications

Students will get awareabout the softwaredevelopment processand softwaremaintenance andevolution


Lecture 54 T-1:8.3 8.4 8.5 procedural and objectoriented system designsystem testing strategies

Students will learnabout the generalprinciples of designing

system software andlevels of testing


Scheme for CA:

Component Frequency Out Of Each Marks Total Marks

Homework,Term Paper,Test 2 3 10 20

Total :- 10 20

Details of Academic Task(s)

AT No. Objective Topic of the Academic Task Nature of Academic Task(group/individuals/field

work

Evaluation Mode Allottment /submission Week

Homework 1 To enrich learningand problem solvingpower of students

Introduction to system software, System software and machinearchitecture, Assemblers, Language Translators, Introduction toCompilers

Individual Based upon queryhandling andwriting skills

4 / 6

Term Paper 1 To test and enhancestudents knowledgeand ability

Lex-A Lexical Analyzer Generator, Just-In time Complier,Complier Generator, Flex-Fast Lexical analyzergenerator,Dynamic linker, Yacc : Yet another Complier-

Complier, Stage Complier, Decomplier, Source-to-sourcecomplier, Hardware compiler, Disassembler,Microassembler,Text complier,Language translators, Command Line interpreters,

Group Based uponunderstanding andproblem solving

techniques,individual work, presentaionand viva.

3 / 12


10/10

Test 1 To test studentsknowledge andability

Phases of compilers, Macros, Debuggers, Introduction to linkersand loaders

Individual Based upon clarityand correctness ofsolutions

10 / 11

List of suggested topics for term paper[at least 15] (Student to spend about 15 hrs on any one specified term paper)

Sr. No. Topic

1 Lex-A Lexical Analyzer Generator

2 Just-In time Complier3 Complier Generator

4 Flex-Fast Lexical analyzer generator

5 Yacc : Yet another Complier-Complier

6 Stage Complier

7 Hardware compiler

8 Source-to-source complier

9 Decomplier

10 Disassembler

11 Text complier

12 Language translators

13 Command Line interpreters

14 Microassembler

15 Dynamic linker

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