d provide a solution using Raptor Flowcharting tool? I understand the bugs. I wish to see the solution in Raptor. Either in Raptor for Windows or Raptor Avalonia. I'm having some difficulty using the Ra

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
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Can you please debug this and provide a solution using Raptor Flowcharting tool?

I understand the bugs. I wish to see the solution in Raptor. Either in Raptor for Windows or Raptor Avalonia.

I'm having some difficulty using the Raptor Application and need the solution in raptor.

### Flowchart for a Product Ordering Program

This flowchart illustrates the logic of a program that prompts users for names and quantities for a $2.00 product, displaying the total cost for each user until "XXX" is entered.

#### Main Components:
1. **Start**: The process begins here.

2. **Declarations**: 
   - `string name`
   - `num quantity`
   - `num PRICE_EACH = 2.00`
   - `num total`
   - `string PROMPT1 = "Enter name"`
   - `string PROMPT2 = "Enter quantity"`
   - `string QUIT = "XXX"`
   - `string END_MSG = "END of job"`

3. **Housekeeping Function**:
   - **Outputs**: PROMPT1 ("Enter name")
   - **Inputs**: name
   - Then, returns control to the main flow.

4. **Decision Node** "name = QUIT?":
   - **Yes**: Proceeds to `endOfJob()` function.
   - **No**: Continues to the `detailLoop()` function.

5. **Detail Loop Function**:
   - **Outputs**: PROMPT2 ("Enter quantity")
   - **Inputs**: quantity
   - **Calculates**: `total = quantity * PRICE_EACH`
   - **Displays**: Outputs name and total
   - **Outputs**: PROMPT1 again, prompting the next entry.
   - Returns to the main flow.

6. **End of Job Function**:
   - **Outputs**: END_MSG ("END of job")
   - Stops the process.

This structured approach ensures that the program efficiently captures user input, calculates totals, and terminates when instructed by the user's input of "XXX".
Transcribed Image Text:### Flowchart for a Product Ordering Program This flowchart illustrates the logic of a program that prompts users for names and quantities for a $2.00 product, displaying the total cost for each user until "XXX" is entered. #### Main Components: 1. **Start**: The process begins here. 2. **Declarations**: - `string name` - `num quantity` - `num PRICE_EACH = 2.00` - `num total` - `string PROMPT1 = "Enter name"` - `string PROMPT2 = "Enter quantity"` - `string QUIT = "XXX"` - `string END_MSG = "END of job"` 3. **Housekeeping Function**: - **Outputs**: PROMPT1 ("Enter name") - **Inputs**: name - Then, returns control to the main flow. 4. **Decision Node** "name = QUIT?": - **Yes**: Proceeds to `endOfJob()` function. - **No**: Continues to the `detailLoop()` function. 5. **Detail Loop Function**: - **Outputs**: PROMPT2 ("Enter quantity") - **Inputs**: quantity - **Calculates**: `total = quantity * PRICE_EACH` - **Displays**: Outputs name and total - **Outputs**: PROMPT1 again, prompting the next entry. - Returns to the main flow. 6. **End of Job Function**: - **Outputs**: END_MSG ("END of job") - Stops the process. This structured approach ensures that the program efficiently captures user input, calculates totals, and terminates when instructed by the user's input of "XXX".
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