prediction algorithm using python Programming Assignment Help

1. Please review this article and let me know your thoughts: 100-150 words. This article is attached

Please cite all quotations, facts, and ideas that are not your own original work and please don’t paraphrasing

Reference:

Varkey, Prathibha, MD,M.P.H., M.H.P.E., & Bennet, K. E. (2010). Practical techniques for strategic planning in health care organizations. Physician Executive, 36(2), 46-8. Retrieved from https://search-proquest-com.contentproxy.phoenix.e…

2. Please review this article and let me know your thoughts: 100-150 words.Please click the link to open the article.

https://smallbusiness.chron.com/strategic-planning…

Please cite all quotations, facts, and ideas that are not your own original work and please don’t paraphrasing

The purpose of this assignment is to maintain a list of 10 highest scores for some game. The assignment requires building and using two libraries and reading and writing a binary file. The program will make use of an input file containing game scores.

The Date Library

The Date library should contain a Date class. The Date class should contain a time_t data member to store the date.
The Date class should contain

• 4 constructors:
  • Date();
  • Date(const Date&) = default;
  • Date(time_t); // Date in time_t format
  • Date(const char*);
• The default constructor should create a Date object containing the current date.
• Date(const char*) constructor should accept arguments with date formats of “mm/dd/yy”, or “mm-dd-yy” or “ddmonyy”
• The Date library should also contain an overloaded insertion operator to display Dates.
• You may add any other member function necessary for the Date class.

The Score library

The Score library should contain a Score class and an overloaded insertion operator to display Score objects.
The Score class shold contain

• 3 data members:
  • char name[16];
  • int score;
  • Date date;
• One or more constructors
• Accessor functions
• An overloaded < operator function. You’ll need this to sort the Scores.

The binary file

The Scores data must be stored in a binary file in sorted order.
A maximum of 10 highest scores will be stored in the binary file.
The binary file should be read in before each record in the input file is processed.

The binary file should be written each time a new score is inserted into the list of highest scores.

Sample input, output, and main are attached

Your program should adhere to the following specifications:

1. You are to use the Word and Dictionary classes defined below and write all member functions and any necessary supporting functions to achieve the specified result.
2. The Word class should dynamically allocate memory for each word to be stored in the dictionary.
3. The Dictionary class should contain an array of pointers to Word. Memory for this array must be dynamically allocated. You will have to read the words in from the file. Since you do not know the “word” file size, you do not know how large to allocate the array of pointers. You are to let this grow dynamically as you read the file in. Start with an array size of 8, When that array is filled, double the array size, copy the original 8 words to the new array and continue. You can see the expected behavior in the sample program output listed below.
4. You can assume the “word” file is sorted, so your Dictionary::find() function must contain a binary search algorithm. You might want to save this requirement for later – until you get the rest of your program running.
5. Make sure you store words in the dictionary as lower case and that you convert the input text to the same case – that way your Dictionary::find() function will successfully find “Four” even though it is stored as “four” in your Dictionary.
6. Make sure you remove leading or trailing punctuation from a word, such as “nation,”.
7. Do not use the string class for this assignment. All text data should be stored and managed as C-strings.

Warning: If you are using a Mac or Linux compiler, you may want to remove the r at the end of each line in both input files. You can do that like this:

strtok(line,”r”);

<strong><u>Word class</u></strong>
 class Word 
 { 
 char* word_; 
 public: 
 Word(const char* text = 0); 
 ~Word(); 
 const char* word() const; 
 };
 
 <strong><u>Dictionary class</u></strong>
 class Dictionary 
 { 
 Word** words_; 
 unsigned int capacity_; // max number of words Dictionary can hold 
 unsigned int numberOfWordsInDictionary_; 
 void resize(); 
 void addWordToDictionary(char* word); 
 public: 
 Dictionary(const char* filename); 
 ~Dictionary(); 
 bool find(const char* word);
 };
 
 <strong><u>main()</u></strong>
 
 int main()
 {
 char buffer[MaxWordSize];
 Dictionary Websters(wordfile);
 ifstream fin(document);
 cout << "nSpell checking " << document << "nn";
 while (fin >> buffer) {
 // remove leading/trailing punctuation, change to lowercase
 if (cleanupWord(buffer)) { 
 if (!Websters.find(buffer)) {
 cout << buffer << " not found in the Dictionaryn";
 }
 }
 }
 }
 
 <strong><u>Program output</u></strong>
 
 Dictionary resized to capacity: 16 <strong><--- This illustrates Dictionary resizing</strong>
 Dictionary resized to capacity: 32
 Dictionary resized to capacity: 64
 Dictionary resized to capacity: 128
 Dictionary resized to capacity: 256
 Dictionary resized to capacity: 512
 Dictionary resized to capacity: 1024
 Dictionary resized to capacity: 2048
 Dictionary resized to capacity: 4096
 Dictionary resized to capacity: 8192
 Dictionary resized to capacity: 16384
 Dictionary resized to capacity: 32768
 
 Spell checking /deanza/data/gettysburg.txt <strong><--- spell checking begins</strong>
 
 created not found in the Dictionary <strong><--- words not found in the Dictionary</strong>
 struggled not found in the Dictionary
 consecrated not found in the Dictionary
 por not found in the Dictionary
 remember not found in the Dictionary
 unfinished not found in the Dictionary
 nobly not found in the Dictionary
 advanced not found in the Dictionary
 ...

Coding Test

Open Table has a public API available at https://platform.opentable.com/documentation/#auth…that you can use to get restaurant information, including restaurant details and delivery information.

As an example, http://opentable.herokuapp.com/api/restaurants?cit… returns a list of restaurants that deliver to Toronto, including some basic restaurant information.

The task is to create an application that accepts an City as a parameter. The application should then display the following information about each restaurant that delivers to that City:

• Name

• Address

• Price

Platform Choice

You can create the application as a web application in any of the following platforms

• JavaScript Native

• ReactJS

• Polymer

• Angular

• VueJS

Task requirements

Feel free to spend as much or as little time on the exercise as you like as long as the following requirements have been met.

• Please complete the user story below.

• Your code should compile and run in one step.

• Feel free to use whatever frameworks / libraries / packages you like.

• You must include tests

• Please avoid including artifacts from your local build (such as NuGet packages or the bin folder(s)) in your final ZIP file

User Story

As a user running the application
I can view a list of restaurants in a user submitted City (e.g. Toronto)
So that I know which restaurants are currently available

Acceptance criteria

• For the known City, results are returned

• The Name, Cuisine Types and Rating of the restaurant are displayed

Technical questions

Please answer the following questions in a markdown file called Answers to technical questions.md.

1. How long did you spend on the coding test? What would you add to your solution if you had more time? If you didn’t spend much time on the coding test then use this as an opportunity to explain what you would add.

2. What was the most useful feature that was added to the latest version of your chosen language? Please include a snippet of code that shows how you’ve used it.

3. How would you track down a performance issue in production? Have you ever had to do this?

4. How would you improve the API that you just used?

5. Please describe yourself using JSON.