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Chapter 4: Top-Down Parsing
Table 4.1: Production Selections for Parsing Derivations
Table 4.2: Production Selections for Parsing Derivations
Table 4.3: Steps Involved in Parsing the String
acdb
Table 4.4: Production Selections for String
ab
Parsing Derivations
Table 4.5: Production Selections for Parsing Derivations for the String
adb
Table 4.6: Production Selections for Example 4.3 Parsing Derivations
Table 4.7: Production Selections for Example 4.5 Parsing Derivations
Table 4.8: Production Selections for Example 4.6 Parsing Derivations
Table 4.9: Production Selections for Example 4.7 Parsing Derivations
Table 4.10: Production Selections for Example 4.8 Parsing Derivations
Chapter 5: Bottom-up Parsing
Table 5.1: Sentential Form Handles
Table 5.2: Sentential Form Handles
Table 5.3: Steps in Parsing the String id + id * id
Table 5.4: ActionGOTO SLR Parsing Table
Table 5.5: SLR Parsing Table
Table 5.6: Action GOTO SLR Parsing Table
Table 5.7: CLR/LR Parsing Action GOTO Table
Table 5.8: LALR Parsing Table for a DFA Using a Reduced Collection
Table 5.9: SLR Parsing Table for Augmented Grammar
Table 5.10: SLR Parsing Table Reflects Higher Precedence and Left-Associativity
Table 5.11: SLR(1) Parsing Table
Table 5.12: SLR Parsing Table for Example 5.4
Table 5.13: Parsing Table for Example 5.5
Table 5.14: LALR(1) Parsing Table for Example 5.5
Table 5.15: LALR(1) Parsing Table for Example 5.6
Chapter 6: Syntax-Directed Definitions and Translations
Table 6.1: Quadruple Representation of
x
= (
a
+
b
) *
ˆ
c/d
Table 6.2: Triple Representation of
x
= (
a
+
b
) *
ˆ
c/d
Table 6.3: Indirect Triple Representation of
x
= (
a
+
b
) *
ˆ
c/d
Chapter 7: Symbol Table Management
Table 7.1: Symbol Table Contents Using a Nesting Depth Approach
Chapter 9: Error Handling
Table 9.1: Parsing Table for
E
E
+
E
E
*
E
id
Table 9.2: Higher Precedent * and Left-Associativity
Table 9.3: Parsing Table with Error Routines
Table 9.4: LR Parsing Table
Table 9.5: Phrase Level Error-Recovery Implementation
Chapter 10: Code Optimization
Table 10.1: GEN and KILL sets for Figure 10.4 Flow Graph
Table 10.2: IN and OUT Computation for Figure 10.5
Table 10.3: First Iteration for the IN and OUT Values
Table 10.4: Second Iteration for the IN and OUT Values
Table 10.5: Third Iteration for the IN and OUT Values
Table 10.6: Fourth Iteration for the IN and OUT Values
Chapter 11: Code Generation
Table 11.1: Six-Bit Registers for the Instruction MOV R0, R1
Table 11.2: Six-Bit Registers for the Instruction MOV R0, R2
Table 11.3: Six-Bit Registers for the Instruction MOV M1, M2
Table 11.4: Computation for the Expression
x
= (
a
+
b
)
ˆ
((
c
+
d
)
ˆ
e
)
Table 11.5: Generated Code with Only Two Available Registers, R0 and R1
Table 11.6: Generated Code with Rearranged Computations
Table 11.7: Recursive Gencode Calls
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Algorithms for Compiler Design (Electrical and Computer Engineering Series)
ISBN: 1584501006
EAN: 2147483647
Year: 2005
Pages: 108
Authors:
O G Kakde
BUY ON AMAZON
Database Modeling with MicrosoftВ® Visio for Enterprise Architects (The Morgan Kaufmann Series in Data Management Systems)
Introduction
Object Types, Predicates, and Basic Constraints
Mapping ORM Models to Logical Database Models
Reverse Engineering and Importing to ORM
Editing Logical Models”Intermediate Aspects
Absolute Beginner[ap]s Guide to Project Management
The Project Manager
Best Practices
The Goal of the Schedule Development Process
Principles of an Effective Budget
Seven Tips for Sellers
Metrics and Models in Software Quality Engineering (2nd Edition)
The Spiral Model
The PTR Arrival and Backlog Projection Model
Cyclomatic Complexity
Quality and Quality Management Metrics
A Project Assessment Questionnaire
Microsoft Windows Server 2003(c) TCP/IP Protocols and Services (c) Technical Reference
Local Area Network (LAN) Technologies
Internet Protocol (IP) Basics
Internet Protocol (IP) Routing
Internet Protocol Security (IPSec)
Virtual Private Networks (VPNs)
An Introduction to Design Patterns in C++ with Qt 4
Getting Help Online
Derivation with Polymorphism
Serializer Pattern Revisited
Iteration
MP3 Jukebox Assignments
Digital Character Animation 3 (No. 3)
Design Styles
Posing the Body Naturally
Chapter Six. Walking and Locomotion
Insects and Spiders
Conclusion
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