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代做C语言:code Help代写题目 :Simple Assignment CS2201 Spring 2018 - C语言代做
发布时间:2021-07-25 14:35:56浏览次数:
Implementation details: Here are a few notes that might be helpful:1.You are to download a zip file which is provided with this specification – be sure to download the correct one for your platform. The zip file contains a CLion project that includes starter code for this project. You mustunzip/extract the files before you work on them. Once you unzip the file, you can open the project by starting CLion, then specify that you want to “Open Project”, and then navigate to the folder you just extracted. When you open the project, let CLion do its initialization work and load symbols (there are more details later in this document). The code as provided compiles cleanly (no errors or warnings) and executes successfully – though it only performs minimal testing in its distributed form. Again, you mustunzip/extract the files before you work on them.2.The test code that you write should be fully automated, as demonstrated in the small segment of provided test code. That means your test code should not depend upon reading any input from a user nor should it require the user to visually inspect any output. Relying on the user to enter all special cases to be tested is prone to omissions. Plus anyone else who uses such test code would not know what data to enter so that the class is fully tested.3.You will likely be performing some operations with C++ strings. C++ string operations are described here. You will only need a few of the available operations in this assignment, such as length, at(or use [ ]), assignment, equality operator or comparemethod, substr, and maybe others.4.The length() method of the string class returns a value of type size_t (an unsigned integer type). We also use variables and parameters of type size_t whenever we expect the value to be non-negative (e.g., parameters that represent an array index are declared to be size_t variables). The compiler may give you conversion warning messages if you attempt to assign/compare these values to a value of type int. Your homework submissions are expected to have clean compiles (no errors or warnings). To eliminate this particular warning, you can cast the size_t values to an int, or cast the int values to type size_t if you know the integer values are not negative. Note: all grading will be done with CLion and the clang compiler, which may produce different warning error messages than other compilers – if you are developing with something other than CLion/clang, it is your responsibility to ensure you code compiles cleanly with CLion/clang.5.The Calendar.h specifies that some methods throw an exception if someone attempts to perform an operation that is not allowed (e.g., adding a reminder to a full calendar). When an exception is thrown it will cause your program to stop executing if the exception is not handled. You will want to test the class to make sure exceptions are thrown appropriately, so you need to know how to handle the exceptions. To handle exceptions you use what is known as try-catchblocks, which can catch the thrown exceptions. The distributed CalTest.cpp file contains a try-catch block that you can duplicate to test the exception throwing capabilities of the Calendar class. Your test program must use try-catch blocks whenever it expects an exception to be thrown – this will allow your program to continue executing. You should write a new try-catch block for each exception you are testing. More information on C++ exceptions can be found on pages 228-237 in our text.6.Note that if you do not understand how a method of the class is supposed to act from its description/specification, then you can simply try it out – you were supplied a working class as a part of the assignment.7.To be perfectly clear, your job in this assignment is to fully testthe Calendar class to the best of your ability. Your job is not to write the Calendar class – that code has been provided to you in the form of a compiled object file. Background: A calendar is simply a collection of reminders. A reminder is simply a dated string (i.e., the text of thereminder and an associated date). Reminders are created/supported through two classes: the Date class and the Reminder class. Again, you may assume the Date Reminder classes are bug-free. The purpose of this assignment is to only test the Calendar class.In this program, a date is recognized in the MM/DD/YYYY format (Note: We have a four -digit year, which indicates that “18” would indicate the year 18, and not 2018, and so on. Also, it is assumed that the year cannot be more than four digits long). A reminder is a string message associated with a date. Since the reminder is essentially a date with an added feature (the associated message), the Reminder class is derived from the Date class by using inheritance.The properties of the Date and Reminder classes (which are already provided to you) are given below (note: a Date object contains a month, day, and year, and is a very simplified class and so it does not handle leap year issues):Date class

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