readme.md Workshop 8: Smart Pointers In this workshop, you combine two lists and use a smart pointer to ensure that memory is deallocated in the possible presence of an exception. Learning Outcomes Upon successful completion of this workshop, you will have demonstrated the abilities to: . create a program component of quadratic complexity use a smart pointer to move an object Submission Policy The workshop is divided into two coding parts and one non-coding part: Part 1: worth 0% of the workshop's total mark, is optional and designed to assist you in completing the second part. . Part 2: worth 100% of the workshop's total mark, is due on Sunday at 23:59:59 of the week of your scheduled lab. Submissions of Part 2 that do not contain the reflection are not considered valid submissions and are ignored. reflection: non-coding part, to be submitted together with Part 2. The reflection does not have marks associated to it, but can incur a penalty of max 40% of the whole workshop's mark if your professor deems it insufficient (you make your marks from the code, but you can lose some on the reflection). The workshop should contain only work done by you this term or provided by your professor. Work done in another term (by you or somebody else), or work done by somebody else and not clearly identified/cited is considered plagiarism, in violation of the Academic Integrity Policy. Every file that you submit must contain (as a comment) at the top your name, your Seneca email, Seneca Student ID and the date when you completed the work. . If the file contains only your work, or work provided to you by your professor, add the following message as a comment at the top of the file: I have done all the coding by myself and only copied the code that my professor provided to complete my workshops and assignments. . If the file contains work that is not yours (you found it online or somebody provided it to you), write exactly which parts of the assignment are given to you as help, who gave it to you, or which source you received it from. By doing this you will only lose the mark for the parts you got help for, and the person helping you will be clear of any wrong doing. Compiling and Testing Your Program All your code should be compiled using this command on matrix : /usr/local/gcc/10.2.0/bin/g++ -Wall -std=c++17 -g -o ws filel.cpp file2.cpp ... -Wall : compiler will report all warnings -std=c++17 : the code will be compiled using the C++17 standard -g : the executable file will contain debugging symbols, allowing valgrind to create better reports -o ws : the compiled application will be named ws After compiling and testing your code, run your program as following to check for possible memory leaks (assuming your executable name is ws ): valgrind ws To check the output, use a program that can compare text files. Search online for such a program for your platform, or use diff available on matrix . Part 1 (0%) The first portion of this workshop consists of modules: wB (supplied) EmpProfile (incomplete) GeneratingList (incomplete) WritingRecord (supplied header, incomplete implementation) Your tasks for this part of the workshop are: . Add a rangeValidator() function to the EmpProfile module . Add an operator += overload to the GeneratingList module using raw pointer syntax . Add an implementation of Luhn Algorithm to the GeneratingList module to validate the SIN Complete the (writeRaw() function in the WritingRecord module using raw pointer syntax EmpProfile Module The EmpProfile module holds employee, salary and correct wages information. . The Employee structure holds employee SIN and employee name. . The Salary structure holds employee SIN and current salary. . The Employeewage structure holds employee name and employee salary. Your Task: Add a rangeValidator() function to the EmploseWage type. Your function reports an exception if the object's salary is more than 99,999 or less than 0. Your function receives nothing and returns nothing GeneratingList Module The GeneratingList module defines a class that retrieves a list of records stored in a text file, holds the elements in an STL vector, provides access to them by index and displays them to an output stream. Your Task: . Add an operator += overload to the GeneratingList template. Your function receives the address of an object to be stored in the GeneratingList container and moves the object into that container. Your overload returns nothing. Add an implementation of Luhn's Algorithm to check the validity of the SIN. Your function receives a reference of a const std: :string type representing the SIN to check and return true if the SIN is valid, false otherwise. WritingRecord Module Your Task: Implement the (writeRaw() function. This function creates a list of active employees; an employee is considered active if both lists received as parameters contain an employee with the same SIN. For each active employee found in both lists, dynamically create a new object of type Employeewage and add it to the collection activeEmp only if it passes both validations below: . validate the salary before adding it using the function you defined above . validate the SIN using Luhn's algorithm you implemented above; if the SIN doesn't pass validation, generate an exception of type std: :string w8 Module (supplied) The tester module has been supplied. Do not modify the existing code! When doing the workshop, you are encouraged to write your own tests, focusing on a single implemented feature at the time, until you get all functionality in place. Sample Output When the program is started with the command (the input files are provided): ws NamesSIN. dat CorrectSalary . dat WrongSalary . datSample Output When the program is started with the command (the input files are provided): ws NamesSIN. dat CorrectSalary . dat WrongSalary . dat the output should look like the one from the sample_output. txt file. Test Your Code To test the execution of your program, use the same data as shown in the output example above. Upload your source code to your matrix account. Compile and run your code using the latest version of the g++ compiler (available at /usr/local/gcc/10.2.@/bin/g++ ) and make sure that everything works properly. Then, run the following command from your account (replace profname. proflastname] with your professor's Seneca userid): ~profname. proflastname/submit 345_w8_p1 and follow the instructions. This part represents a milestone in completing the workshop and is not marked! Part 2 (100%) The second part of this workshop upgrades your solution to use smart pointers. Your tasks for this part of the workshop are: . Add an operator += overload to the GeneratingList module using smart pointer syntax . Complete the WriteSmart() function in the WritingRecord module using smart pointer syntax These two functions should do the same thing as the raw pointer version, but using unique smart pointers instead. w8 Module (supplied) The tester module has been supplied. Do not modify the existing code! When doing the workshop, you are encouraged to write your own tests, focusing on a single implemented feature at the time, until you get all functionality in place. Sample Output When the program is started with the command (the input files are provided): ws NamesSIN. dat CorrectSalary . dat WrongSalary . dat the output should look like the one from the sample_output. txt file. Reflection