Write a function findMyCampsites . Given a campgrounds array, a type of view as a string, and the party size as a number, return an array with campsite numbers for the matching campsites. Currently available campsites ( isReserved === false ) • with the view that matches the input string (e.g. ocean or forest ) • that can host the party size of the input number, or greater • If no sites are available, return the string 'Sorry, no campsites with that view are available to host your party'

Write a function findMyCampsites . Given a campgrounds array, a type of view as a string, and the party size as a number, return an array with campsite numbers for the matching campsites. Currently available campsites ( isReserved === false ) • with the view that matches the input string (e.g. ocean or forest ) • that can host the party size of the input number, or greater • If no sites are available, return the string 'Sorry, no campsites with that view are available to host your party'

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Here is my entire code(average is not working yet). The response I got from the professor is that I have to create a DRY solution replacing the five display_functions with a single get_array function you call five times like common_array = get_array(plant_xml, "COMMON") etc. from urllib.request import urlopenfrom xml.etree.ElementTree import parse def read_data(data_file): plant_url = urlopen(data_file) plant_xml = parse(plant_url) return plant_xml def display_common_items(plant_xml): plant_root = plant_xml.getroot() common_array = [] for item in plant_root.findall("PLANT"): common_array.append(item.find("COMMON").text) return common_array def display_botanical_items(plant_xml): plant_root = plant_xml.getroot() botanical_array = [] for item in plant_root.findall("PLANT"): botanical_array.append(item.find("BOTANICAL").text) return botanical_array def display_zone_items(plant_xml): plant_root = plant_xml.getroot() zone_array = []…
Write a php function (in the space below or attach a file) that returns an array of total sales values for each cookie type in each store.....notice this is a query from a previous section. You can call that query $sqlTotalSales . The function will take three parameters: $numUnits and $priceUnit are strings representing the attributes/columns in the table and $tableName is the name of the table....we could use "Units_Sold" and "Price/unit" for a particular table but what if you want to reuse this function for another dataset? Hence the variables.
javascript 7. Create a function that filters out negative numbers In this challenge, you'll have a function that takes an array as an input and returns an array. But if all goes according to plan, it'll remove the negative numbers. This is another example of a task that'll be useful when combing through data and looking for clever ways to eliminate "bad data."
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get_total_cases() takes the a 2D-list (similar to database) and an integer x from this set {0, 1, 2} as input parameters. Here, 0 represents Case_Reported_Date, 1 represents Age_Group and 2 represents Client_Gender (these are the fields on the header row, the integer value represents the index of each of these fields on that row). This function computes the total number of reported cases for each instance of x in the text file, and it stores this information in a dictionary in this form {an_instance_of_x : total_case}. Finally, it returns the dictionary and the total number of all reported cases saved in this dictionary.
ANSWER THIS QUESTION Why should the **head in insert_atFront function has two asterisk (*)? Why should the searchNode return a pointer?
I need you to show the process and command using Math Lab. Matrix generationEntering a vectorEntering a matrixMatrix indexingColon operatorLinear spacingColon operator in a matrixCreating a sub-matrixDimensionContinuationTransposing a matrixConcatenating matricesMatrix generatorsSpecial matricesArray operationsArray arithmetic operationsSolving linear equationsMatrix inverseMatrix functions
In cell C18 type a VLOOKUP function to find the corresponding letter grade (from column D) for the name in A18. The table array parameter is the same as in B18. Type FALSE for the range lookup parameter. Copy the formula in C18 to C19:C22Notice this formula works correctly for all cells. Range lookup of FALSE means do an exact match on the lookup value whether or not the table array is sorted by its first column. In cell E11, type an IF function that compares the score in B11 with the minimum score to pass in A5. If the comparison value is true, display Pass. Otherwise, display Fail. Copy the formula in E11 to E12:E15. Did you use appropriate absolute and relative references so the formula copied properly? In cell F11, type an IF function that compares the grade in D11 with the letter F (type F). If these two are not equal, display Pass. Otherwise, display Fail. Copy the formula in F11 to F12:F15
In LineArrayBag, add a function named addBefore. This function accepts two Line objects as input: target and element. After that, the function adds element before target into the array. If target is not found in the array, element is placed as the array's last element. Assume there are no duplicates in the array, which means that target may appear only once. To put this approach to the test, write code in the driver.
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Right now we have a CourseListType that will hold a static 50 courses. Now we need to make that a little more flexible. To do that we want to change the static array to a dynamic array. So, what do we need to do? Modify CourseListType so that it contains a pointer to a CourseType rather than an array of CourseType. Modify the CourseListType constructor to create a dynamic array allocating space for a specific number of CourseType elements rather than always using 50. (Note: This is still not totally flexible, but is much better than a static limit.) Finally, we need to create a destructor to for CourseListType to deallocate space whenever a declared object goes out of scope.) //courseListType.h file #ifndef COURSELISTTYPE_H_INCLUDED#define COURSELISTTYPE_H_INCLUDED #include <string>#include "courseType.h" class courseTypeList { public:void print() const;void addCourse(std::string);courseTypeList(); private:static const int NUM_COURSES = 50;int courseCount;courseType…