Implementation of modified version of the Interpreter code which continue its execution even after finding an error. Program plan: Define a class named “IdNode1()” for declaring identifiers and it values. Define a friend class named “Statement1()” with functions to process the expressions. Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message. Define a function named “processNode1()” to handle the node with an expression. Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier. Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages. Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages. Define a function named “expression1()” to get the expression and provides an appropriate error messages.. Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

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Answer 1

Question

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

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Answer 2

Question

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

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Answer 3

Question

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

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Answer 4

Question

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

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Answer 5

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

Answer 6

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

Answer 7

Chapter 5, Problem 28E

Program Plan Intro

Implementation of modified version of the Interpreter code which continue its execution even after finding an error.

Program plan:

Define a class named “IdNode1()” for declaring identifiers and it values.

Define a friend class named “Statement1()” with functions to process the expressions.

Define a function named “findValue1()” to check the expression has a identifier or not. If not throws an error message.

Define a function named “processNode1()” to handle the node with an expression.

Define a function named “readId1()” to read the input identifier and provides an error if the user enters no identifier.

Define a function named “factor1()” to get each and every factor in the term and provides an appropriate error messages.

Define a function named “term1()” to get each and every term in the expression and provides an appropriate error messages.

Define a function named “expression1()” to get the expression and provides an appropriate error messages..

Define a function named “getStatement1()” to handle the input expressions and provides an appropriate error messages.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 5 - Prob. 1E Ch. 5 - Prob. 2E Ch. 5 - Prob. 3E Ch. 5 - Prob. 4E Ch. 5 - Prob. 5E Ch. 5 - Prob. 6E Ch. 5 - Prob. 7E Ch. 5 - Prob. 8E Ch. 5 - Prob. 9E Ch. 5 - Prob. 10E

Solution Summary: The author defines the constructor, theIdNode1, and the friend class Statement1.

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Chapter 5 Solutions