[SOLVED] Ecs34 project 1 p0

You will be working alone for this project. This specification is subject to change at any time for additional clarification.
Desired Outcomes
● Exposure to using C++ std::string
● Exposure to GoogleTest
● Use of git repository
● An understanding of how to develop Makefiles that build and execute unit tests
● An understanding : of how to calculate edit distance
Project Description
You will be implementingAssignment Project Exam Help a set of C++ string manipulation utilities that are like those available in python. To guide your development and to provide exposure to Test Driven Development, you will be developing GoogleTest tests to test your functions. You will also be developing a Makefile to compile and run your tests. You must use good coding practice by developing this project in a git repository. The string utility functions that you will have to develop are as
follows:
// Returns a substring of the string str, allows for negative values as in
// python end == 0QQ: 749389476 means to include end of string std::string Slice(const std::string &str, ssize_t start, ssize_t end=0);
// Returns the capitalized string as in python std::string
Capitalize(const std::string &str);

// Returns the upper- or lower-case strings as in python std::string Upper(const std::string &str); std::string Lower(const std::string &str);

// Returns the left/right/both stripped strings (white space characters are
// removed from left, right or both) std::string LStrip(const std::string &str); std::string RStrip(const std::string &str); std::string Strip(const std::string &str);

// Returns the center/left/right justified strings std::string Center(const std::string &str, int width, char fill = ‘ ‘); std::string LJust(const std::string &str, int width, char fill = ‘ ‘); std::string RJust(const std::string &str, int width, char fill = ‘ ‘);

// Returns the string str with all instances of old replaced with rep std::string Replace(const std::string &str, const std::string &old, const std::string &rep);

// Splits the string up into a vector of strings based on splt parameter, if // splt parameter 程序代写代做 CS编程辅导is empty string, then split on white space
std::vector< std::string > Split(const std::string &str, const std::string &splt = “”);

// Joins a vector of strings into a single string
std::string Join(const std::string &str, const std::vector< std::string > &vect);

// Replaces tabs with spaces aligning at the tabstops
std::string ExpandTabs(const std::string &str, int tabsize = 4);
// Calculates the Levenshtein distance (edit distance) between the two // strings. See https://en.wikipedia.org/wiki/Levenshtein_distance for // more information. int EditDistance(const std::string &left, const std::string &right, bool ignorecase=false);
:
The Makefile you develop needs to implement the following:
● Must create obj directory for object files (if doesn’t exist) ● Must create bin directory for binary files (if doesn’t exist)
● Must compileAssignment Project Exam Help string utils file and string utils tests using C++17
● Must link string utils and string utils tests object files to make teststrutils executable
● Must execute [email protected] teststrutils executable
● Must provide a clean that will remove the obj and bin directories

You can unzip the givenQQ: 749389476 zip file with utilities on your local machine, or if you upload the file to the CSIF, you can unzip it with the command: unzip proj1.zip

You must submit thehttps://tutorcs.com source file(s), your Makefile, README.md file, and.git directory in a zip archive. Do a make clean prior to zipping up your files so the size will be smaller. You can zip a directory with the command: zip -r archive-name.zip directory-name

You should avoid using existing source code as a primer that is currently available on the Internet. You MUST specify in your README.md file any sources of code that you have viewed to help you complete this project. You MUST properly document ALL uses of Generative AI following the guidelines outlined in the Generative AI Restrictions. All class projects will be submitted to MOSS to determine if students have excessively collaborated. Excessive collaboration, or failure to list external code sources will result in the matter being referred to Student Judicial Affairs.
Recommended Approach
The recommended approach is as follows:
1. Create a git repository and add the provided files.
2. Create a Makefile程序代写代做 CS编程辅导 to meet the specified requirements. Since no tests have been written,
all tests should pass.
3. Write tests for each of the functions. Each test you write should fail initially. Make sure to have sufficient coverage of the possible input parameters.
Grading
Your submission will be autograded. Make sure your code compiles on Gradescope, and passes all the test cases.
Helpful Hints :
● Read through the guides that are provided on Canvas
● See http://www.cplusplus.com/reference/, it is a good reference for C++ built in functions and classes
● Use lenth(), substr(), etc. from the string class whenever possible.
● If the build fails, there will likely be errors, scroll back up to the first error and start from there.
It will output the line string “FILE @ line: X” where FILE is the source filename and X is the line number the code is on. You can copy and paste it in multiple places and it will output thatQQ: 749389476 particular line number when it is on it.