2. Structures. a. Create a structure called applianceType with the following members. Use the proper variable TYPES for the members: name; supplierID: modelNo: cost; b. Create an array variable of type applianceType that can hold 50 components. c. Write the code segment to read from a file into the structure array. Declare an input file stream identifier for this purpose. Open the file and read until end of file. Keep a count of how many rows actually read. The data file contains the following data: RefrigeratorABC 80 4657 521.62 ToasterOven 100 3245 245.96 MicroWave 95 7878 345.67 d. Using a looping construct, output to the console (cout) the data read into the structure array. Make sure you do not go outside the bounds of the array or beyond the number of rows actually read. e. You do not need to write any #include statements, using statements and you do not have to write code to open the file. Assume the file is open. f. You do need to declare variables needed for the program segment.

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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C++ programing

2. Structures.
a. Create a structure called applianceType with the following members. Use the
proper variable TYPES for the members:
name;
supplierlD:
modelNo;
cost;
b. Create an array variable of type applianceType that can hold 50 components.
c. Write the code segment to read from a file into the structure array. Declare an
input file stream identifier for this purpose. Open the file and read until end of file.
Keep a count of how many rows actually read. The data file contains the following
data:
RefrigeratorABC 80 4657 521.62
ToasterOven 100 3245 245.96
MicroWave 95 7878 345.67
d. Using a looping construct, output to the console (çout) the data read into the
structure array. Make sure you do not go outside the bounds of the array or
beyond the number of rows actually read.
e. You do not need to write any #include statements, using statements and you do
not have to write code to open the file. Assume the file is open.
f. You do need to declare variables needed for the program segment.
Transcribed Image Text:2. Structures. a. Create a structure called applianceType with the following members. Use the proper variable TYPES for the members: name; supplierlD: modelNo; cost; b. Create an array variable of type applianceType that can hold 50 components. c. Write the code segment to read from a file into the structure array. Declare an input file stream identifier for this purpose. Open the file and read until end of file. Keep a count of how many rows actually read. The data file contains the following data: RefrigeratorABC 80 4657 521.62 ToasterOven 100 3245 245.96 MicroWave 95 7878 345.67 d. Using a looping construct, output to the console (çout) the data read into the structure array. Make sure you do not go outside the bounds of the array or beyond the number of rows actually read. e. You do not need to write any #include statements, using statements and you do not have to write code to open the file. Assume the file is open. f. You do need to declare variables needed for the program segment.
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