Description
VectorADT
In this assignment you will be writing an ADT for an array of size 10.
Project has following folder tree
.
├── CMakeLists.txt
├── CMakeLists.txt.in
├── README.md
├── app
│ └── main.cpp
├── build
├── code
│ ├── Vector10.cpp
│ └── Vector10.h
└── tests
└── test_Vector10.cpp
CMakeLists.txt : Ignore this file
CMakeLists.txt.in : Ignore this file
README.md : Readme file
app\ : Application folder
main.cpp : Application main file for your personal tests. you can use this executable to debug your own classes.
build\ : Build folder to build the project. your executables are gonna be here eventually.
code\ : all your code should be in this folder.
Vector10.cpp : Vector10 class source file
Vector10.h : Vector10 class header file
tests\ : Tests folder
test_Vector10.cpp : Tests implemented for you / your personal tests
For your final submission you submit Vector10.cpp and Vector10.h files. Any other changes in other folders will be ignored in grading process but feel free to change them if you want to test/debug something.
## Where to Start
Open a terminal window in Jupytherhub(recommended) or your personal linux/mac machine (no windows platforms). First pull the this repository by
“`console
jovyan@jupyter-yourcuid:~$ git clone https://github.com/Colorado-CompSci-Ugrad/Vector10.git
“`
### If you want to use vscode environment
Then open the VScode app through JupyterHub and open Vector10 folder from vscode.
Now your environment is set up, change Vector10.cpp and Vector10.h files and eventually press CTRL+SHIFT+B to compile your code.
Open a terminal window in vscode and go into ”build” folder and run tests by
“`console
jovyan@jupyter-yourcuid:~$ ./run_tests
“`
debugger is also set up for you, go to debug tab on the left column and select ”Run Tests” in drop-down menu and press the green play button to run the debugger. if you have any implementation in ”app/main.cpp” you can also debug that code by first choosing ”Run App” in drop-down menu and pressing green play button.
### If you want to use linux terminal for compilation
Make sure you have the dependecies installed (ckeck dependencies in this document)
go into your project folder, then build folder
“`console
jovyan@jupyter-yourcuid:~$ cd Vector10
jovyan@jupyter-yourcuid:~$ cd build
“`
run cmake to create make file for your project
“`console
jovyan@jupyter-yourcuid:~$ cmake ..
“`
run make to compile your code
“`console
jovyan@jupyter-yourcuid:~$ make
“`
once done, you can run tests by
“`console
jovyan@jupyter-yourcuid:~$ ./run_tests
“`
app executable is also in this folder, you can run it by
“`console
jovyan@jupyter-yourcuid:~$ ./run_app
“`
you can debug in terminal using gdb
## Dependencies
you need ”gcc” and ”cmake” installed to be able to compile this code.
if you are using vscode environment in JupyterHub, you just need to make sure you have C/C++ extension installed.
About This homework
In this homework you need to write a class named Vector10 which handles some functionalities for an array of size 10. Member functions of this class are given to you in the ”Vector10.h” and ”Vector10.cpp” files. There are comments above each function which explain the expectation from each function.
the unit test file ”test_Vector10.cpp” has all the tests for this class.
You must check every TEST_F function in order to figure what is expected from each test function. Make sure to check the orientation video of the homework in moodle before you start with this homework.
You must first implement the ”ValueAt” and ”PushBack” member functions since those are required in all the tests.
