car2

Car 2 using the .equals method. OOP. From pages 272 and 273 from Introduction to Programming with Java A Problem Solving Approach, Second Edition by John Dean and Raymond Dean

cardealership

Car dealership UML using composition and aggregation

certification-prerequisites

TDF Certification Pre-Requisites

ch10testscoreswithsubscriptnotation

creates an array that holds a series of 6 test scores which are input by the user. Display the values in the array and calculate the average test score and letter grade

ch18listnode

illustrates these techniques by reading a file of numbers, arranging the numbers in a linked list, and then traversing the list to print the numbers on the screen

ch18listnode3

What will this code snippet display? Assume that ListNode has been defined with a constructor

ch18listnode4

What will this code snippet display? Assume that ListNode has been defined with a constructor

ch5app

testing github features

chatforumdatabase

chat forum database

checkdigitstestsuite

SDEV 1060 Project. In this project, you will create the methods for calculation, and the test methods, using runners for each test method. You can use the same data for all tests; all the tests can go in the same test file. The project uses 4 input numbers, which are doubles between the ranges of -100 and 100, not inclusive (so -100 and 100 are not part of the valid numbers). The methods that perform calculations will determine the total of the 4 numbers, the average of the 4 numbers, the largest number, and the smallest number. To help visualize the project, here is an example of what the project's output might look like. Note that you do not have to write the code that creates this output. You will write the methods that have to be tested, and the test methods. There are 4 methods to be tested -- calculating the total of 4 numbers, calculating the average of 4 numbers, finding the largest of 4 numbers, and finding the smallest of 4 numbers.

choco

Opensource Chocolate

cioppino.twothumbs

Plone product base on like and dislike thumbs

classicscalemodelsdatabase

Joining a series of database tables. Database of company selling scale models of vehicles, planes, motorcycles, ships, trains, etc.

cms-code

the silverstripe cms and used modules

cms-themes

the theme files used on libreoffice.org

codewars

codewars-1

https://www.codewars.com/

codewars-2

🥋🥋🥋

codewars-3project

codewars-3solution

codewars-javaproject

Codewars is a collective effort by its users. They are creators - authoring kata to teach various techniques, solving kata with solutions that enlighten others, and commenting with constructive feedback. The leaders among them moderate the content and community.

codewars-solutions-of-8th-level

codewars-steps-in-prime

credit to #g964!!!

codewars-style-ranking-system

Codewars style ranking system. 4 kyu. Write a class called User that is used to calculate the amount that a user will progress through a ranking system similar to the one Codewars uses. Business Rules: A user starts at rank -8 and can progress all the way to 8. There is no 0 (zero) rank. The next rank after -1 is 1. Users will complete activities. These activities also have ranks. Each time the user completes a ranked activity the users rank progress is updated based off of the activity's rank The progress earned from the completed activity is relative to what the user's current rank is compared to the rank of the activity A user's rank progress starts off at zero, each time the progress reaches 100 the user's rank is upgraded to the next level Any remaining progress earned while in the previous rank will be applied towards the next rank's progress (we don't throw any progress away). The exception is if there is no other rank left to progress towards (Once you reach rank 8 there is no more progression). A user cannot progress beyond rank 8. The only acceptable range of rank values is -8,-7,-6,-5,-4,-3,-2,-1,1,2,3,4,5,6,7,8. Any other value should raise an error. The progress is scored like so: Completing an activity that is ranked the same as that of the user's will be worth 3 points Completing an activity that is ranked one ranking lower than the user's will be worth 1 point Any activities completed that are ranking 2 levels or more lower than the user's ranking will be ignored Completing an activity ranked higher than the current user's rank will accelerate the rank progression. The greater the difference between rankings the more the progression will be increased. The formula is 10 * d * d where d equals the difference in ranking between the activity and the user. Logic Examples: If a user ranked -8 completes an activity ranked -7 they will receive 10 progress If a user ranked -8 completes an activity ranked -6 they will receive 40 progress If a user ranked -8 completes an activity ranked -5 they will receive 90 progress If a user ranked -8 completes an activity ranked -4 they will receive 160 progress, resulting in the user being upgraded to rank -7 and having earned 60 progress towards their next rank If a user ranked -1 completes an activity ranked 1 they will receive 10 progress (remember, zero rank is ignored)

codewars_javascriptproject

codewarsproject

code solutions to katas from codewars.com

collective.psc.blobstorage

common-cartridge-viewer

View Common Cartridges in the browser

consonant-value

Given a lowercase string that has alphabetic characters only and no spaces, return the highest value of consonant substrings. Consonants are any letters of the alphabet except "aeiou". We shall assign the following values: a = 1, b = 2, c = 3, .... z = 26. For example, for the word "zodiacs", let's cross out the vowels. We get: "z o d ia cs" -- The consonant substrings are: "z", "d" and "cs" and the values are z = 26, d = 4 and cs = 3 + 19 = 22. The highest is 26. solve("zodiacs") = 26 For the word "strength", solve("strength") = 57 -- The consonant substrings are: "str" and "ngth" with values "str" = 19 + 20 + 18 = 57 and "ngth" = 14 + 7 + 20 + 8 = 49. The highest is 57. For C: do not mutate input.

constructorconstantexample

Initializing Instance Constants with a Constructor Example. OOP. From pages 288 and 289 from Introduction to Programming with Java A Problem Solving Approach, Second Edition by John Dean and Raymond Dean