Lab – Homework C++

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I need someone that can do this lab for me. I am attaching the different text files needed in order to complete this lab. I t must be done by 9:10 pm central time.

(Language = C++)

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Lab #11
For this lab, you will write three functions, then convert them to template functions so they may work
with any data type.
Template functions work by allowing any data type by just adding a line to the beginning of the function:
template
T some Function(T parameter 1) {
T becomes the template type, and so anywhere this function there is a T, it is replaced by the type that
is passed in. So you can call this function in several ways:
some Function(0)
returns an integer
someFunction(1.23)
returns a double
some Function(“String”) returns a string
Since it can identify the parameter’s type of T (which is an int, double, or string), it knows that the
function will return the same type T (an int, double, or string).
Input
You are provided three files. The first file, integers.txt, contains 100 integers. The other two files are
doubles.txt and strings.txt also contain a list of 100 of doubles and strings (single words).
Part 1
.
Start a Visual Studio Project, and create a file called Lab8Main.cpp. In your main() function, load in the
100 integers into an array. Then, write these functions:
A void function called mySwap() that takes in an array parameter, and two integer
positions, and will swap the items at those positions in that array
A function called my Min() that takes in an array parameter, and returns an integer that is
the lowest number out of that array
A function called myMax() that takes in an array parameter, and returns an integer that
is the highest number out of that array
A function called mySearch() that takes in an array and an integer to find, and will return
which array position that integer is located at
.
Make sure these functions work before continuing to part 2. You may wish to debug them by printing
some information to a file or on screen to verify that they do.
Part 2
Load in the doubles and strings files, and store those in arrays. Then, modify those functions to work
with any data type by making them template functions. Pay attention to what parameters and return
types need to be changed to templates and what do not. (Ex: you can’t have a double or string as a
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position for an array, for example: myArray[“string”) is not valid. Test the same functions to see if they
work with the new types
. (For example, mySearch() should work on ints, doubles, and strings.)
* Output
The output will be a text file named output.txt. In it, you will print out some data that proves the
functions work. First, print out the type you are working with. Second, print out elements 10 and 20 of
the array, swap them, then print them out again. Third, print out the minimum and maximum of the set,
then print out if these items are in the list:
Integers: 1 and 5
Doubles: 4.62557 and 1.23456
Strings: Shoes and Pumpkin
Integers:
Swapped items at positions 10 and 20
Before: [10] 78 [20] 81
After: [10] 81 [20] 78
Minimum: 2
Maximum: 99
The number 1 is at position – 1
The number 5 is at position 38
Doubles:
Swapped items at positions 10 and 20
Before: [10] 7.69861 [20] 7.21923
After: [10] 7.21923 [20] 7.69861
Minimum: 0.00569
Maximum: 9.9935
The number 4.62557 is at position 19
The number 1.23456 is at position – 1
Strings:
Swapped items at positions 10 and 20
Before: [10] Album [20] Vacuum
After: (10) Vacuum [20] Album
Minimum: Airport
Maximum: X-ray
The word Shoes is at position 69
The number Pumpkin is at position – 1
Grading and Turning In
Turn in Lab11.cpp on Blackboard by the end of class. You will be grading using the items listed in the
syllabus (algorithm, functional/structural composition, proper input/output, documentation,
programming style, and compilation). If you are not complete, turn it in anyway and get partial credit.
LICENSEO I MODS