Delete CST116-Ch6-Lopez-Bonilla.cpp

starting over

1 files changed, 0 insertions, 60 deletions

diff --git a/CST116-Ch6-Debugging/CST116-Ch6-Lopez-Bonilla.cpp b/CST116-Ch6-Debugging/CST116-Ch6-Lopez-Bonilla.cpp
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--- a/CST116-Ch6-Debugging/CST116-Ch6-Lopez-Bonilla.cpp
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-/********************************************************************
-* File: CST116-Ch6-Lopez-Bonilla.cpp
-*
-* General Instructions: Complete each step before proceeding to the
-* next.
-*
-* Debugging Exercise 1
-*
-* 1) On the lines indicated in the code below, insert a breakpoint.
-* 2) Run to the breakpoint.
-* 3) Put watches on both Fahrenheit and Celsius.
-* 4) When asked for a temperature, enter 212.
-* 5) Verify that the value you entered is stored correctly.
-* 6) Step over the conversion calculation. What is the value
-*    in Celsius? Is that the correct value? No.
-* 7) Remember your order of precedence. Put parentheses around
-*    Fahrenheit - 32. This needs to be done before the multiplication.
-* 8) Stop debugging and recompile.
-*
-* Debugging Exercise 2
-*
-* 1) Run to Breakpoint 1.
-* 2) When asked for a temperature, enter 212.
-* 3) Verify that the value you entered is stored correctly.
-* 4) Step over the conversion calculation. What is the value
-*    in Celsius? Is that the correct value? No.
-* 5) Look at the division. This is integer division. Therefore,
-*    5 / 9 = 0. This is not the result we are looking for.
-* 6) Modify the calculation so that it does floating point division.
-*    There are three different ways we have discussed:
-*           a) use the F suffix on the literals
-*           b) type cast the literals
-*           c) replace the 5 with 5.0 and the 9 with 9.0
-* 7) Stop debugging, recompile and run to verify that it now works
-*    correctly.
-********************************************************************/
-
-#include <iostream>
-#include <iomanip>
-using std::cout;
-using std::cin;
-using std::endl;
-
-int main()
-{
-    float fahrenheit = 0;
-    float celcius = 0;
-
-    cout << "Enter temperature in Fahrenheit: ";
-    cin >> fahrenheit;
-
-    // Breakpoint 1
-    // Put a breakpoint on the following line
-    celcius = 5.0 / 9.0 * (fahrenheit - 32);
-
-    cout << fahrenheit << " degrees F = "
-        << celcius << " degrees C" << endl;
-
-    return 0;
-}