how would i be able to print the identifier and the integer like the others ones in the picture below. Could you help with this? The image displays a snippet of pseudocode, resembling a conditional loop structure, commonly used in computer programming. Here's a transcription of the code:```read KEY_READIDENTwhile KEY_WHILEIDENT<= LEQUAL_OPINT_LITdo KEY_DO{ LEFT_CBRACEwrite KEY_WRITEIDENTIDENT== ASSIGN_OPIDENT+ ADD_OPINT_LIT} RIGHT_CBRACE}```### Explanation for an Educational Context:1. **Keywords and Symbols**: - **KEY_READ**: Represents an operation to read input. - **IDENT**: Indicates an identifier, which could be a variable name. - **KEY_WHILE**: Signifies the start of a while loop. - **LEQUAL_OP**: Represents the less than or equal to comparison operator (`<=`). - **INT_LIT**: Denotes an integer literal, a hard-coded integer value. - **KEY_DO**: Used to introduce the block of code executed by the loop. - **LEFT_CBRACE and RIGHT_CBRACE**: Symbols `{` and `}` are used to group statements.2. **Operations**: - **Assignment (ASSIGN_OP)**: Represents the `==` operator, which should be the assignment operator `=` in standard code. - **Addition (ADD_OP)**: Symbolizes the addition operation (`+`).3. **Program Structure**: - **Read Operation**: The program starts by reading a value into an identifier. - **While Loop**: Continues execution as long as a condition is met. - **Loop Block**: Contains actions to execute during each iteration, including writing output and performing arithmetic operations.This pseudocode illustrates basic control structures and operations found in many programming languages. It's a useful tool for understanding logic flow and algorithm development.

Algorithm:Read tokens from an input file.For each token:a. Check if it's an identifier (IDENT) by…

Answered: how would i be able to print the…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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how would i be able to print the identifier and the integer like the others ones in the picture below. Could you help with this?

The image displays a snippet of pseudocode, resembling a conditional loop structure, commonly used in computer programming. Here's a transcription of the code:

```
read KEY_READ
IDENT
while KEY_WHILE
IDENT
<= LEQUAL_OP
INT_LIT
do KEY_DO
{ LEFT_CBRACE
write KEY_WRITE
IDENT
IDENT
== ASSIGN_OP
IDENT
+ ADD_OP
INT_LIT
} RIGHT_CBRACE
}
```

### Explanation for an Educational Context:

1. **Keywords and Symbols**:
- **KEY_READ**: Represents an operation to read input.
- **IDENT**: Indicates an identifier, which could be a variable name.
- **KEY_WHILE**: Signifies the start of a while loop.
- **LEQUAL_OP**: Represents the less than or equal to comparison operator (`<=`).
- **INT_LIT**: Denotes an integer literal, a hard-coded integer value.
- **KEY_DO**: Used to introduce the block of code executed by the loop.
- **LEFT_CBRACE and RIGHT_CBRACE**: Symbols `{` and `}` are used to group statements.

2. **Operations**:
- **Assignment (ASSIGN_OP)**: Represents the `==` operator, which should be the assignment operator `=` in standard code.
- **Addition (ADD_OP)**: Symbolizes the addition operation (`+`).

3. **Program Structure**:
- **Read Operation**: The program starts by reading a value into an identifier.
- **While Loop**: Continues execution as long as a condition is met.
- **Loop Block**: Contains actions to execute during each iteration, including writing output and performing arithmetic operations.

This pseudocode illustrates basic control structures and operations found in many programming languages. It's a useful tool for understanding logic flow and algorithm development.

Expert Solution

Step 1: Algorithm of the program:

Algorithm:

Read tokens from an input file.
For each token:
a. Check if it's an identifier (IDENT) by testing if it contains only alphabetic characters.
b. If it's an identifier, classify it as "IDENT."
c. Check if it's an integer (INT) by attempting to convert it to an integer.
d. If it's an integer, classify it as "INT."
e. Print the type and lexeme of the token.

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