diff --git a/README.md b/README.md index ab6b693d..0a014632 100644 --- a/README.md +++ b/README.md @@ -20,7 +20,7 @@ Numbers **Prime Factorization** - Have the user enter a number and find all Prime Factors (if there are any) and display them. [[geekpradd (C++)]](https://github.com/geekpradd/Prime-Factorise/blob/master/primefactorize.cpp) [[geekpradd (Python)]](https://github.com/geekpradd/Prime-Factorise/blob/master/primefactorize.py) -[[MrBlaise (Python)]](https://github.com/MrBlaise/learnpython/blob/master/Numbers/prime.py) [[whoshuu (Python)]](https://github.com/whoshuu/Projects/blob/master/Numbers/prime.py) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Numbers/prime_factorization.rb) [[aterkik (Haskell)]](https://github.com/aterkik/Projects/blob/master/Numbers/primeFactors.hs) [[bolcselo(c)]](https://github.com/bolcselo/Projects/blob/master/Numbers/prime.c) [[quitrk (JavaScript)]](https://github.com/quitrk/LearningJS/blob/master/Numbers/02.%20Prime%20Factorization.js)[[MikroMan (Java)]](https://github.com/MikroMan/Contributions/blob/master/Factors.java) [[checkcheckzz (C++)]](https://github.com/checkcheckzz/coding-problem/blob/master/problem/Primefactors.cpp) [[kdamball (Javascript)]](https://github.com/kdamball/Numbers/blob/master/primeFactors.js) [[Tartuffe1 (Python)]](https://github.com/Tartuffe1/Projects/blob/master/Numbers/prime_factorization.py) [[Hedgehog01 (Java)]](https://github.com/hedgehog01/src/blob/master/numbers/PrimeFactorization.java) [[desertwebdesigns (Python)]](https://bitbucket.org/desertwebdesigns/learn_python/src/master/Numbers/prime_factorization.py) [[aysark (Java)]](https://github.com/aysark/Review/blob/master/Projects/src/PrimeFactorization.java) [[chasmani (Ruby)]](https://github.com/chasmani/RubyFunProjects/blob/master/Problems/prime_factors.rb) [[chibby0ne (C)]](https://github.com/chibby0ne/Projects/blob/master/Solutions/Numbers/prime_factorization/prime_factorization.c) [[mchwalek (Clojure)]](https://github.com/mchwalek/Projects/blob/clojure-solutions/Numbers/prime-factorization.clj) [[kvsingh (Python)]](https://github.com/kvsingh/python-practice/blob/master/primeFactors.py) [[hkuchampudi (Java)]](https://github.com/hkuchampudi/MegaProject_Solutions/blob/master/Numbers/prime_Factorization.java) [[viktorahlstrom (Bash)]](https://github.com/viktorahlstrom/all/blob/master/coding-problems-solved/projects-solutions/pf.sh) +[[MrBlaise (Python)]](https://github.com/MrBlaise/learnpython/blob/master/Numbers/prime.py) [[whoshuu (Python)]](https://github.com/whoshuu/Projects/blob/master/Numbers/prime.py) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Numbers/prime_factorization.rb) [[aterkik (Haskell)]](https://github.com/aterkik/Projects/blob/master/Numbers/primeFactors.hs) [[bolcselo(c)]](https://github.com/bolcselo/Projects/blob/master/Numbers/prime.c) [[quitrk (JavaScript)]](https://github.com/quitrk/LearningJS/blob/master/Numbers/02.%20Prime%20Factorization.js)[[MikroMan (Java)]](https://github.com/MikroMan/Contributions/blob/master/Factors.java) [[checkcheckzz (C++)]](https://github.com/checkcheckzz/coding-problem/blob/master/problem/Primefactors.cpp) [[kdamball (Javascript)]](https://github.com/kdamball/Numbers/blob/master/primeFactors.js) [[Tartuffe1 (Python)]](https://github.com/Tartuffe1/Projects/blob/master/Numbers/prime_factorization.py) [[Hedgehog01 (Java)]](https://github.com/hedgehog01/src/blob/master/numbers/PrimeFactorization.java) [[desertwebdesigns (Python)]](https://bitbucket.org/desertwebdesigns/learn_python/src/master/Numbers/prime_factorization.py) [[aysark (Java)]](https://github.com/aysark/Review/blob/master/Projects/src/PrimeFactorization.java) [[chasmani (Ruby)]](https://github.com/chasmani/RubyFunProjects/blob/master/Problems/prime_factors.rb) [[chibby0ne (C)]](https://github.com/chibby0ne/Projects/blob/master/Solutions/Numbers/prime_factorization/prime_factorization.c) [[mchwalek (Clojure)]](https://github.com/mchwalek/Projects/blob/clojure-solutions/Numbers/prime-factorization.clj) [[kvsingh (Python)]](https://github.com/kvsingh/python-practice/blob/master/primeFactors.py) [[hkuchampudi (Java)]](https://github.com/hkuchampudi/MegaProject_Solutions/blob/master/Numbers/prime_Factorization.java) [[viktorahlstrom (Bash)]](https://github.com/viktorahlstrom/all/blob/master/coding-problems-solved/projects-solutions/pf.sh)[[gocrazygh (C++)]](https://github.com/gocrazygh/cpp-projects/blob/main/prime/prime.cpp) **Next Prime Number** - Have the program find prime numbers until the user chooses to stop asking for the next one. [[MrBlaise (Python)]](https://github.com/MrBlaise/learnpython/blob/master/Numbers/next_prime.py) [[tel (Haskell)]](https://github.com/tel/Projects/blob/master/Numbers/NextPrime.hs) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Numbers/next_prime_number.rb) [[bolcselo (C)]](https://github.com/bolcselo/Projects/blob/master/Numbers/next_prime.c) [[quitrk (JavaScript)]](https://github.com/quitrk/LearningJS/blob/master/Numbers/03.%20Next%20Prime%20Number.js) [[MikroMan (Java)]](https://github.com/MikroMan/Contributions/blob/master/NextPrime.java) [[ScottKolo (Go)]](https://github.com/ScottKolo/GoProjects/blob/master/Numbers/nextprime.go)[[Silverneo (Python)]](https://github.com/Silverneo/pylearn/blob/master/prime.py) [[desertwebdesigns (Python)]](https://bitbucket.org/desertwebdesigns/learn_python/src/master/Numbers/next_prime.py) [[aysark (Java)]](https://github.com/aysark/Review/blob/master/Projects/src/NextPrimeNum.java) [[Bhavika (C)]](https://github.com/Bhavikaso/Project1/blob/master/newPrime.c) [[turlapatykaushik (Python)]](https://github.com/turlapatykaushik/Programs-and-codes/blob/master/problems/prime_number_generator.py) [[nokafor (C)]](https://github.com/nokafor/personal-development/blob/master/primes.c) [[psk11 (html,javascript)]](https://gist.githubusercontent.com/psk11/76e00e2aa8f5c00bf8c7/raw/d5bfe67022e25a78f02691d702c16b124c969053/NextPrime.html) [[chibby0ne (C)]](https://github.com/chibby0ne/Projects/blob/master/Solutions/Numbers/next_prime_number/next_prime_number.c) [[hkuchampudi (Java)]](https://github.com/hkuchampudi/MegaProject_Solutions/blob/master/Numbers/next_Prime.java) @@ -39,7 +39,7 @@ Numbers **Unit Converter (temp, currency, volume, mass and more)** - Converts various units between one another. The user enters the type of unit being entered, the type of unit they want to convert to and then the value. The program will then make the conversion. [[Drhealsgood (Python)]](https://github.com/Drhealsgood/miniprojects/blob/master/number_projects/conversion/conversions.py) [[desertwebdesigns (Python)]](https://bitbucket.org/desertwebdesigns/learn_python/src/master/Numbers/unit_convert.py) [[kurokuriboh (Java)]](https://github.com/kurokuriboh/Mega_Project_Solutions/tree/master/Numbers/Unit%20Converter) **Alarm Clock** - A simple clock where it plays a sound after X number of minutes/seconds or at a particular time. [[smthc (Python)]](https://github.com/smthc/mini_projects/blob/master/alarm.py) [[averageprogrammer (Java)]](https://github.com/averageprogrammer/Rooster) [[kingballer29 (Python)]](https://github.com/kingballer29/Programming/blob/master/alarmClock.py) -[[rlingineni (C#)]](https://github.com/rlingineni/CsharpProblems/blob/master/alarmClock/alarmClock/Program.cs) +[[rlingineni (C#)]](https://github.com/rlingineni/CsharpProblems/blob/master/alarmClock/alarmClock/Program.cs) [[gocrazygh (Go)]](https://github.com/gocrazygh/fun-projects/blob/main/alarm-clock/main.go) **Distance Between Two Cities** - Calculates the distance between two cities and allows the user to specify a unit of distance. This program may require finding coordinates for the cities like latitude and longitude. [[tel (Haskell)]](https://github.com/tel/Projects/blob/master/Numbers/CityDistance.hs) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Numbers/two_city_distance.rb) [[dabillox (Python)]](https://github.com/dabillox/pyprojects/blob/master/citydistance.py) [[kingballer29 (C)]](https://github.com/kingballer29/Programming/blob/master/distanceBetweenTwoCities.c) @@ -59,7 +59,7 @@ Numbers **Number Names** - Show how to spell out a number in English. You can use a preexisting implementation or roll your own, but you should support inputs up to at least one million (or the maximum value of your language's default bounded integer type, if that's less). *Optional: Support for inputs other than positive integers (like zero, negative integers, and floating-point numbers).* [[tel (Haskell)]](https://github.com/tel/Projects/blob/master/Numbers/WordNumbers.hs) [[scottdchris (Python)]](https://github.com/scottdchris/NumToWords) [[ScottKolo (Go)]](https://github.com/ScottKolo/GoProjects/blob/master/Numbers/names.go) [[checkcheckzz (C++)]](https://github.com/checkcheckzz/coding-problem/blob/master/problem/Namenumbers.cpp) -**Coin Flip Simulation** - Write some code that simulates flipping a single coin however many times the user decides. The code should record the outcomes and count the number of tails and heads. [[scottdchris (Python)]](https://github.com/scottdchris/CoinFlip) [[aysark (Java)]](https://github.com/aysark/Review/blob/master/Projects/src/CoinFlip.java) [[JaredCubilla (Javascript)]](https://github.com/JaredCubilla/Projects/blob/master/Javascript/numbers/coinFlip.js) [[dsub15 (Python)]](https://github.com/dsub15/Projects/blob/master/Coin_flip.py)[[mandeepbhutani (Python)]](https://github.com/mandeepbhutani/Sample-Projects/blob/master/CoinFlip.py) [[viktorahlstrom (Bash)]](https://github.com/viktorahlstrom/all/blob/master/coding-problems-solved/projects-solutions/coinflip.sh)[[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/all/blob/master/python/coin.py)[[viktorahlstrom (Java)]](https://github.com/viktorahlstrom/all/blob/master/java/coinflip.java) [[mandliya(C++)]](https://github.com/mandliya/short-fun-projects/blob/master/coin-flip-simulation/coinFlip.cpp) +**Coin Flip Simulation** - Write some code that simulates flipping a single coin however many times the user decides. The code should record the outcomes and count the number of tails and heads. [[scottdchris (Python)]](https://github.com/scottdchris/CoinFlip) [[aysark (Java)]](https://github.com/aysark/Review/blob/master/Projects/src/CoinFlip.java) [[JaredCubilla (Javascript)]](https://github.com/JaredCubilla/Projects/blob/master/Javascript/numbers/coinFlip.js) [[dsub15 (Python)]](https://github.com/dsub15/Projects/blob/master/Coin_flip.py)[[mandeepbhutani (Python)]](https://github.com/mandeepbhutani/Sample-Projects/blob/master/CoinFlip.py) [[viktorahlstrom (Bash)]](https://github.com/viktorahlstrom/all/blob/master/coding-problems-solved/projects-solutions/coinflip.sh)[[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/all/blob/master/python/coin.py)[[viktorahlstrom (Java)]](https://github.com/viktorahlstrom/all/blob/master/java/coinflip.java) [[mandliya(C++)]](https://github.com/mandliya/short-fun-projects/blob/master/coin-flip-simulation/coinFlip.cpp) [[gocrazygh(C#)]](https://github.com/gocrazygh/small-projects/blob/main/coin-flip/Program.cs) **Limit Calculator** - Ask the user to enter f(x) and the limit value, then return the value of the limit statement *Optional: Make the calculator capable of supporting infinite limits.*[[ChrisBlair (Java)]](https://github.com/ChrisBlair2019/SummerProjectsJAVA/tree/master/Limits) @@ -68,7 +68,7 @@ Numbers Classic Algorithms ----------------- -**Collatz Conjecture** - Start with a number *n > 1*. Find the number of steps it takes to reach one using the following process: If *n* is even, divide it by 2. If *n* is odd, multiply it by 3 and add 1. [[EpicDavi (Python)]](https://github.com/EpicDavi/RandomProjects/blob/master/Language%20Challenge%20Stuff/CollatzRecursive.py)[[rramchand (Java)]](https://github.com/rramchand/Projects-Solutions/blob/master/Collatz.java) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Classic%20Algorithms/collatz.rb) [[quitrk (JavaScript)]](https://github.com/quitrk/LearningJS/blob/master/Classic%20Algorithms/00.%20Collatz%20Conjecture.js) [[taycaldwell (Java)]](https://github.com/taycaldwell/Projects/blob/master/Classic%20Algorithms/collatz.java) [[anggiaj (Go)]](https://github.com/anggiaj/Projects/blob/master/Classic%20Algorithms/collatz.go) [[edeng (Java)]](https://github.com/edeng/Problems/blob/master/Collatz.java)[[luisccastillo (C#)]](https://github.com/luisccastillo/Projects/blob/master/Classic%20Algorithms/collatz_cojecture.cs) [[vdrey (Python)]](https://github.com/vdrey/Project-Programs/blob/master/Python/Collatz.py) [[francis36012 (Python)]](https://github.com/francis36012/karan-projects/blob/master/src/classic_algorithms/collatz.py) [[kingballer29 (C++)]](https://github.com/kingballer29/Programming/blob/master/collatzConjecture.cpp)[[manateemilitia (Java)]](https://github.com/manateemilitia/CollatzJava/blob/master/CollatzJava/src/collatzjava/CollatzJava.java) [[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/pythonscripts/blob/master/collatz_conjecture.py) +**Collatz Conjecture** - Start with a number *n > 1*. Find the number of steps it takes to reach one using the following process: If *n* is even, divide it by 2. If *n* is odd, multiply it by 3 and add 1. [[EpicDavi (Python)]](https://github.com/EpicDavi/RandomProjects/blob/master/Language%20Challenge%20Stuff/CollatzRecursive.py)[[rramchand (Java)]](https://github.com/rramchand/Projects-Solutions/blob/master/Collatz.java) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Classic%20Algorithms/collatz.rb) [[quitrk (JavaScript)]](https://github.com/quitrk/LearningJS/blob/master/Classic%20Algorithms/00.%20Collatz%20Conjecture.js) [[taycaldwell (Java)]](https://github.com/taycaldwell/Projects/blob/master/Classic%20Algorithms/collatz.java) [[anggiaj (Go)]](https://github.com/anggiaj/Projects/blob/master/Classic%20Algorithms/collatz.go) [[edeng (Java)]](https://github.com/edeng/Problems/blob/master/Collatz.java)[[luisccastillo (C#)]](https://github.com/luisccastillo/Projects/blob/master/Classic%20Algorithms/collatz_cojecture.cs) [[vdrey (Python)]](https://github.com/vdrey/Project-Programs/blob/master/Python/Collatz.py) [[francis36012 (Python)]](https://github.com/francis36012/karan-projects/blob/master/src/classic_algorithms/collatz.py) [[kingballer29 (C++)]](https://github.com/kingballer29/Programming/blob/master/collatzConjecture.cpp)[[manateemilitia (Java)]](https://github.com/manateemilitia/CollatzJava/blob/master/CollatzJava/src/collatzjava/CollatzJava.java) [[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/pythonscripts/blob/master/collatz_conjecture.py) [[gocrazygh (C++)]](https://github.com/gocrazygh/collatz-conjecture/blob/main/collatz.cpp) **Sorting** - Implement two types of sorting algorithms: Merge sort and bubble sort [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Classic%20Algorithms/sorting.rb) [[sananth12 (C)]](https://github.com/sananth12/Projects/blob/master/Classic%20Algorithms/Sorting.c) [[liuyang1 (Python)]](https://github.com/liuyang1/Projects/blob/master/Classic%20Algorithms/mergesort.py) [[ScottKolo (Go)]](https://github.com/ScottKolo/GoProjects/blob/master/Classic%20Algorithms/sorting.go) [[checkcheckzz (C++)]](https://github.com/checkcheckzz/coding-problem/blob/master/problem/Sorting.cpp) [[yasaswyk (C++)]](https://github.com/yasaswyk/Projects-Solutions/blob/mysolutions/Sorting/sort.cc) [[turlapatykaushik (C)]](https://github.com/turlapatykaushik/DataStructures-and-Algorithms-Implementation/tree/master/sorting)[[smac89 (haskell)]](https://gist.github.com/smac89/656240fea116f8230351) [[sijunhe (java)]](https://github.com/sijunhe/Project-Programs/blob/master/java/sort.java) @@ -102,14 +102,14 @@ Text --------- **Fizz Buzz** - Write a program that prints the numbers from 1 to 100. But for multiples of three print “Fizz” instead of the number and for the multiples of five print “Buzz”. For numbers which are multiples of both three and five print “FizzBuzz”. -[[eush77(Befunge)]](https://github.com/eush77/Projects-Solutions/blob/solutions/Befunge/fizzbuzz.bf) [[sethlugibihl (Python)]](https://github.com/sethlugibihl/Python-Solutions/blob/master/FizzBuzz.py)[[viktorahlstrom (Java)]](https://github.com/viktorahlstrom/all/blob/master/java/fizzbuzz.java) [[baarb (JavaScript)]](https://github.com/baarb/FizzBuzzSolution/blob/master/FizzBuzzSolution.js)[[korabum (Python)]](https://github.com/korabum/Projects/blob/master/Text/fizzbuzz.py)[[danman1979(JavaScript)]](https://github.com/danman1979/FizzBuzz/blob/master/fizzBuzz.js) +[[eush77(Befunge)]](https://github.com/eush77/Projects-Solutions/blob/solutions/Befunge/fizzbuzz.bf) [[sethlugibihl (Python)]](https://github.com/sethlugibihl/Python-Solutions/blob/master/FizzBuzz.py)[[viktorahlstrom (Java)]](https://github.com/viktorahlstrom/all/blob/master/java/fizzbuzz.java) [[baarb (JavaScript)]](https://github.com/baarb/FizzBuzzSolution/blob/master/FizzBuzzSolution.js)[[korabum (Python)]](https://github.com/korabum/Projects/blob/master/Text/fizzbuzz.py)[[danman1979(JavaScript)]](https://github.com/danman1979/FizzBuzz/blob/master/fizzBuzz.js) [[gocrazygh (Go)]](https://gist.github.com/gocrazygh/e16ed5395c0b791300665ed80a5f6078) **Reverse a String** - Enter a string and the program will reverse it and print it out. [[Drhealsgood (Python)]](https://github.com/Drhealsgood/miniprojects/blob/master/text_projects/string_editing.py) [[JLukeC (Python)]](https://github.com/jLukeC/mega-project-list/blob/master/python/reverse_string.py) [[JLukeC (Java)]](https://github.com/jLukeC/mega-project-list/blob/master/java/src/projects/ReverseString.java) [[tel (Haskell)]](https://github.com/tel/Projects/blob/master/Text/Reverse.hs)[[ross-t (Python)]](https://github.com/ross-t/stringgnirts/blob/master/reverser.py) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Text/reverse_a_string.rb) [[jotaki (C)]](https://github.com/jotaki/mini-projects/blob/master/strings/reverse.c) [[taycaldwell (Java)]](https://github.com/taycaldwell/Projects/blob/master/Text/reverse_string.java) [[anggiaj (Go)]](https://github.com/anggiaj/Projects/blob/master/Text/reverse.go) [[quitrk (JavaScript)]](https://github.com/quitrk/LearningJS/blob/master/Text/00.%20Reverse%20a%20String.js) [[edeng (Java)]](https://github.com/edeng/Problems/blob/master/ReverseString.java) [[hx1997 (C)]](https://github.com/hx1997/Projects/blob/master/Text/reverse.c) [[Tartuffe1(Python)]](https://github.com/Tartuffe1/Projects/blob/master/Text/reverse_word.py) [[dawitelias (Javascript)]](https://github.com/dawitelias/Projects/blob/master/Text/reverseString.js) [[bhaskar4n(Android)]](https://github.com/bhaskar4n/ReverseString-Android) [[rasppie (Python)]](https://github.com/rasppie/pyprojects/blob/master/string_reverse.py) [[xanderlewis(Python)]](https://github.com/xanderlewis/Python-Projects-Solutions/blob/master/ReverseString.py) [[sespino1 (Java)]](https://github.com/Sespino1/Java-Projects/blob/master/ReverseString.java) [[JaredCubilla (Javascript)]](https://github.com/JaredCubilla/Projects/blob/master/Javascript/text/reverseAString.js) [[Bhavika(C)]](https://github.com/Bhavikaso/Project1/blob/master/reverseString.c) [[turlapatykaushik (Python)]](https://github.com/turlapatykaushik/Programs-and-codes/blob/master/problems/Reverse_String.py) [[neivin (Python)]](https://github.com/neivin/projects/blob/master/text/reverse.py) [[nokafor(C)]](https://github.com/nokafor/personal-development/blob/master/reverseString.c)[[mandeepbhutani (Python)]](https://github.com/mandeepbhutani/Sample-Projects/blob/master/ReverseString.py) [[elifoster (Perl)]](https://github.com/elifoster/General-Perl/blob/master/src/reverse.pl) [[eush77(Befunge)]](https://github.com/eush77/Projects-Solutions/blob/solutions/Befunge/string-reverse.bf) [[sethlugibihl (Python)]](https://github.com/sethlugibihl/Python-Solutions/blob/master/StringReverse.py)[[chrislyc1991(C++)]](https://github.com/chrislyc1991/project-1/blob/master/reversestring.cpp) [[kingballer29 (Scala)]](https://github.com/kingballer29/Programming/blob/master/stringReverse.scala)[[rnikhil275 (Python)]](https://github.com/rnikhil275/scripts/blob/master/string.py) -[Mohammadhassan (Python)]](https://github.com/mohammadhassanj/project/blob/master/reverse-string.py) +[Mohammadhassan (Python)]](https://github.com/mohammadhassanj/project/blob/master/reverse-string.py) [[gorazygh (Go)]](https://gist.github.com/gocrazygh/e7f2af66df72c0b80db0c03972cc12d5) **Pig Latin** - Pig Latin is a game of alterations played on the English language game. To create the Pig Latin form of an English word the initial consonant sound is transposed to the end of the word and an ay is affixed (Ex.: "banana" would yield anana-bay). Read Wikipedia for more information on rules. [[Drhealsgood (Python)]](https://github.com/Drhealsgood/miniprojects/blob/master/text_projects/string_editing.py) [[JLukeC (Python)]](https://github.com/jLukeC/mega-project-list/blob/master/python/pig_latin.py) [[JLukeC (Java)]](https://github.com/jLukeC/mega-project-list/blob/master/java/src/projects/PigLatin.java) [[petehuang (Ruby)]](https://github.com/petehuang/Projects/blob/master/Text/pig_latin.rb) [[jotaki (C)]](https://github.com/jotaki/mini-projects/blob/master/strings/piglatin.c) [[taycaldwell (Java)]](https://github.com/taycaldwell/Projects/blob/master/Text/PigLatin.java) [[anggiaj (Go)]](https://github.com/anggiaj/Projects/blob/master/Text/piglatin.go) [[edeng (Java)]](https://github.com/edeng/Problems/blob/master/PigLatin.java) [[dawitelias (Python)]](https://github.com/dawitelias/Projects/blob/master/Text/convertToPyg.py) [[sespino1 (Java)]](https://github.com/Sespino1/Java-Projects/blob/master/PigLatin.java) [[JaredCubilla (Javascript)]](https://github.com/JaredCubilla/Projects/blob/master/Javascript/text/pigLatin.js)[[mandeepbhutani (Python)]](https://github.com/mandeepbhutani/Sample-Projects/blob/master/PigLatin.py) [[elifoster (Perl)]](https://github.com/elifoster/General-Perl/blob/master/src/pig_latin.pl)[[smac89 (MIPS)]](https://gist.github.com/smac89/9982a0a62609a32c05e5#file-piglatin-asm)[[snitz70(Python)]](https://github.com/snitz70/Projects-Solutions/blob/master/pig_latin.py) [[viktorahlstrom (Bash)]](https://github.com/viktorahlstrom/all/blob/master/coding-problems-solved/projects-solutions/atinlay.sh) [[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/all/blob/master/python/atinlay.py)[[viktorahlstrom (Java)]](https://github.com/viktorahlstrom/all/blob/master/java/piglatin.java)[[eush77(Befunge)]](https://github.com/eush77/Projects-Solutions/blob/solutions/Befunge/piglatin.bf) [[pinkninjajess (Ruby)]](https://github.com/pinkninjajess/Projects/blob/master/JV_Solutions/pigLatin.rb) @@ -159,7 +159,7 @@ Networking **Mail Checker (POP3 / IMAP)** - The user enters various account information include web server and IP, protocol type (POP3 or IMAP) and the application will check for email at a given interval. [[averageprogrammer (Java)]](https://github.com/averageprogrammer/Mail_Checker) -**Country from IP Lookup** - Enter an IP address and find the country that IP is registered in. *Optional: Find the Ip automatically.* [[Hash-Collision (Python)]](https://github.com/Hash-Collision/Projects/blob/master/Networking/country_from_ip.py) [[tapasweni-pathak (Python)]](https://github.com/tapasweni-pathak/Scripts/blob/master/Locate-Me.py) [[dotslash (Python)]](https://github.com/dotslash/Projects/blob/master/solutions/ip_lookup.py) [[smd519 (c)]](https://github.com/smd519/Networking_Basics/tree/master/Country_from_IP_Lookup) [[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/pythonscripts/blob/master/iplocator.py) +**Country from IP Lookup** - Enter an IP address and find the country that IP is registered in. *Optional: Find the Ip automatically.* [[Hash-Collision (Python)]](https://github.com/Hash-Collision/Projects/blob/master/Networking/country_from_ip.py) [[tapasweni-pathak (Python)]](https://github.com/tapasweni-pathak/Scripts/blob/master/Locate-Me.py) [[dotslash (Python)]](https://github.com/dotslash/Projects/blob/master/solutions/ip_lookup.py) [[smd519 (c)]](https://github.com/smd519/Networking_Basics/tree/master/Country_from_IP_Lookup) [[viktorahlstrom (Python)]](https://github.com/viktorahlstrom/pythonscripts/blob/master/iplocator.py) [[gocrazygt (Go)]](https://github.com/gocrazygt/mini-projects/blob/main/ip-lookup/main.go) **Whois Search Tool** - Enter an IP or host address and have it look it up through whois and return the results to you. [[rramchand (Python)]](https://github.com/rramchand/Projects-Solutions/blob/master/whois.py) [[tapasweni-pathak (Python)]](https://github.com/tapasweni-pathak/Scripts/blob/master/WhoIs%3F.py)