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Repository: codingforinterviews/practice-problems
Branch: master
Commit: f9ab8b3204cf
Files: 127
Total size: 545.8 KB
Directory structure:
gitextract_s71i4brv/
├── .gitignore
├── LICENSE.md
├── README.md
├── array_rotate/
│ ├── README.md
│ └── solutions/
│ ├── README.md
│ ├── keppy.rb
│ ├── keppy_test.rb
│ └── rotate-solution.rb
├── balanced_delimiter/
│ ├── HINTS.md
│ ├── README.md
│ ├── SOLUTION.md
│ ├── generator/
│ │ └── gen_testcase.rb
│ ├── solutions/
│ │ ├── balanced_delimiter.c
│ │ └── balanced_delimiter.js
│ └── tests/
│ ├── input00.txt
│ ├── input01.txt
│ ├── input02.txt
│ ├── input03.txt
│ ├── input04.txt
│ ├── input05.txt
│ ├── input06.txt
│ ├── input07.txt
│ ├── input08.txt
│ ├── input09.txt
│ ├── input10.txt
│ ├── input11.txt
│ ├── output00.txt
│ ├── output01.txt
│ ├── output02.txt
│ ├── output03.txt
│ ├── output04.txt
│ ├── output05.txt
│ ├── output06.txt
│ ├── output07.txt
│ ├── output08.txt
│ ├── output09.txt
│ ├── output10.txt
│ └── output11.txt
├── bst_count/
│ ├── README.md
│ └── solutions/
│ └── solution.js
├── bst_height/
│ ├── README.md
│ └── solutions/
│ └── .gitkeep
├── coin_change/
│ ├── README.md
│ └── solutions/
│ ├── CoinChangeSolution.java
│ ├── CoinChangeSolution.scala
│ ├── CoinChangeSolutionTest.java
│ ├── coin_change_solution.js
│ └── coin_change_solution.py
├── factorial/
│ ├── README.md
│ └── solutions/
│ ├── FactorialSolution.java
│ └── FactorialSolution.scala
├── fibonacci_dynamic/
│ ├── HINTS.md
│ ├── README.md
│ ├── SOLUTION.md
│ ├── SOLUTION.md.bak
│ ├── generator/
│ │ └── generate_cases.rb
│ ├── solutions/
│ │ └── fibonacci_dynamic.rb
│ └── tests/
│ ├── input00.txt
│ ├── input01.txt
│ ├── input02.txt
│ ├── input03.txt
│ ├── input04.txt
│ ├── input05.txt
│ ├── input06.txt
│ ├── output00.txt
│ ├── output01.txt
│ ├── output02.txt
│ ├── output03.txt
│ ├── output04.txt
│ ├── output05.txt
│ └── output06.txt
├── fibonacci_lite/
│ ├── HINTS.md
│ ├── README.md
│ ├── SOLUTION.md
│ ├── generator/
│ │ └── gen_testcase.rb
│ ├── solutions/
│ │ └── fibonacci.rb
│ └── tests/
│ ├── input00.txt
│ ├── input01.txt
│ ├── input02.txt
│ ├── input03.txt
│ ├── input04.txt
│ ├── input05.txt
│ ├── input06.txt
│ ├── input07.txt
│ ├── input08.txt
│ ├── input09.txt
│ ├── output00.txt
│ ├── output01.txt
│ ├── output02.txt
│ ├── output03.txt
│ ├── output04.txt
│ ├── output05.txt
│ ├── output06.txt
│ ├── output07.txt
│ ├── output08.txt
│ └── output09.txt
├── find_uncoupled_int/
│ ├── README.md
│ └── solutions/
│ ├── FindUncoupledIntSolution.java
│ └── Solution.java
├── linked_list_cycle/
│ ├── README.md
│ └── solutions/
│ ├── .gitkeep
│ └── LinkedListCycle.java
├── linked_list_reverse/
│ ├── README.md
│ └── solutions/
│ └── .gitkeep
├── minimum_stack/
│ ├── README.md
│ └── solutions/
│ └── solution.js
├── queue_two_stacks/
│ ├── README.md
│ └── solutions/
│ └── solution.js
├── ransom/
│ ├── Ransom.java
│ └── RansomTest.java
├── target_sum/
│ ├── README.md
│ └── solutions/
│ ├── .gitkeep
│ └── solution.js
└── tree_zig_zag/
├── .gitignore
├── HINTS.md
├── README.md
├── SOLUTION.md
├── generator/
│ └── generate_tree.py
├── solutions/
│ ├── TreeZigZag.java
│ ├── tree_zig_zag.py
│ └── tree_zig_zag.rb
└── tests/
├── input1.txt
├── input2.txt
├── input3.txt
├── output1.txt
├── output2.txt
└── output3.txt
================================================
FILE CONTENTS
================================================
================================================
FILE: .gitignore
================================================
# ----------------------------------------------------------------------
# Java - default GitHub .gitignore
# ----------------------------------------------------------------------
*.class
# Mobile Tools for Java (J2ME)
.mtj.tmp/
# Package Files #
*.jar
*.war
*.ear
# ----------------------------------------------------------------------
# Python - default GitHub .gitignore
# ----------------------------------------------------------------------
# Byte-compiled / optimized / DLL files
__pycache__/
*.py[cod]
# C extensions
*.so
# Distribution / packaging
bin/
build/
develop-eggs/
dist/
eggs/
lib/
lib64/
parts/
sdist/
var/
*.egg-info/
.installed.cfg
*.egg
# Installer logs
pip-log.txt
pip-delete-this-directory.txt
# Unit test / coverage reports
.tox/
.coverage
.cache
nosetests.xml
coverage.xml
# Translations
*.mo
# Mr Developer
.mr.developer.cfg
.project
.pydevproject
# Rope
.ropeproject
# Django stuff:
*.log
*.pot
# Sphinx documentation
docs/_build/
# vi swap files
*.swp
================================================
FILE: LICENSE.md
================================================
<a rel="license" href="http://creativecommons.org/licenses/by/4.0/deed.en_US"><img alt="Creative Commons License" style="border-width:0" src="http://i.creativecommons.org/l/by/4.0/88x31.png" /></a><br /><span xmlns:dct="http://purl.org/dc/terms/" property="dct:title">Programming Interview Practice Problems</span> by <a xmlns:cc="http://creativecommons.org/ns#" href="https://github.com/codingforinterviews/practice-problems" property="cc:attributionName" rel="cc:attributionURL">Coding for Interviews contributors</a> is licensed under a <a rel="license" href="http://creativecommons.org/licenses/by/4.0/deed.en_US">Creative Commons Attribution 4.0 International License</a>.<br />Based on a work at <a xmlns:dct="http://purl.org/dc/terms/" href="https://github.com/codingforinterviews/practice-problems" rel="dct:source">https://github.com/codingforinterviews/practice-problems</a>.
================================================
FILE: README.md
================================================
# The Practice Problem Compendium
Tired of Googling around for programming interview practice problems? This is a project to build high-quality practice problems suggested for preparing for programming interviews.
## Suggested Practice Questions
1. [Array Rotation](array_rotate): take a given array and rotate it `n` slots *(10-20 minutes)*
2. [Coin Change](coin_change): how many different ways can you make change given an amount and list of coins?
3. [Tree Zig Zag](tree_zig_zag): alternate between the left-most and right-most nodes in a BST.
## How should you approach these problems?
1. **Code in a realistic fashion**. If you're doing a whiteboard interview, practice with a whiteboard. If you don't have a whiteboard, writing your solution on paper can be a good substitute. Phone interview? Try using the online code pad they will have you use.
2. Always compile your code after writing it. You'll often find bugs in your solution. Think—how might you catch this problem in the future?
## What makes a good practice problem?
1. Representative of many problems
2. Has shown up (or could reasonably show up) in real interviews
3. Takes *less than an hour*
4. Not language-specific
5. Two kinds of problems:
more involved complex ones (company challenges)—good for overall practice
more specific targeted problems—better for checking understanding
6. Not breaking any confidentiality agreements
*Interested in getting even more involved?* Feel free to submit problems and solutions as pull requests. Email brian@codingforinterviews.com to get more involved with the group and join our planning Trello board.
================================================
FILE: array_rotate/README.md
================================================
# Array Rotation
This problem is to rotate a given array to the right by `n` steps.
For example:
Given `[1, 2, 3]` and `n = 1`, you should return `[3, 1, 2]`
Each step, the last element in the array is moved to the front of the array, and the rest are shifted right.
Another example:
Given `[1, 2, 3, 4, 5]` and `n = 3`, you should return `[3, 4, 5, 1, 2]`
## Questions for further understanding
1. What is the time complexity of your solution? How about space?
2. Can you do this in-place?
*Challenge:* There is an O(n) time / O(1) extra space solution.
================================================
FILE: array_rotate/solutions/README.md
================================================
# Further Resources
* [LeetCode](http://leetcode.com/2010/04/rotating-array-in-place.html) explanations
* [GeeksForGeeks](http://www.geeksforgeeks.org/array-rotation/) solution approach explanations
================================================
FILE: array_rotate/solutions/keppy.rb
================================================
class StringAutoma
def self.solve(set, n)
# set is an array, n is an integer.
n.times do
set.unshift(set.pop())
end
return set
end
end
================================================
FILE: array_rotate/solutions/keppy_test.rb
================================================
require 'minitest/autorun'
require_relative './keppy.rb'
class StringAutomaTest < MiniTest::Unit::TestCase
def test_one_step
set = [1, 2, 3, 4, 5, 6]
expected = [6, 1, 2, 3, 4, 5]
n = 1
assert_equal(expected, StringAutoma.solve(set,n))
end
def test_odd_split
set = [1, 2, 3, 4, 5, 6, 1, 2, 3]
expected = [1, 2, 3, 1, 2, 3, 4, 5, 6]
n = 3
assert_equal(expected, StringAutoma.solve(set,n))
end
def test_over_step
set = [1, 2, 3]
expected = [3, 1, 2]
n = 4
assert_equal(expected, StringAutoma.solve(set,n))
end
end
================================================
FILE: array_rotate/solutions/rotate-solution.rb
================================================
def rotate_jump(array, n)
return array if n == 0 || array.length == 0
result = []
(0...array.length).each do |i|
result[(i + n % array.length) % array.length] = array[i]
end
result
end
def rotate_step(array, n)
return array if n == 0 || array.length == 0
n.times do
array = array[0...array.length - 1].unshift(array[-1])
end
array
end
require 'test/unit'
class RotateTest < Test::Unit::TestCase
def test_step()
rotate_check_helper(method(:rotate_step))
end
def test_jump()
rotate_check_helper(method(:rotate_jump))
end
def rotate_check_helper(m)
assert_equal([], m.call([],1))
assert_equal([1], m.call([1],1))
assert_equal([2, 1], m.call([1, 2],1))
assert_equal([1,2,3], m.call([1, 2, 3],3))
assert_equal([3, 4, 5, 6, 7, 8, 9, 10, 1, 2], m.call([1,2,3,4,5,6,7,8,9,10],8))
assert_equal([9,10,1,2,3,4,5,6,7,8], m.call([1,2,3,4,5,6,7,8,9,10],2))
end
end
================================================
FILE: balanced_delimiter/HINTS.md
================================================
## Things to think about
- How will you keep track of previous delimiters?
- How will you determine if the next character is valid?
- When you reach the end of the string, how do you know if it is balanced?
================================================
FILE: balanced_delimiter/README.md
================================================
For this question, you will parse a string to determine if it contains only
"balanced delimiters."
A balanced delimiter starts with an opening character (`(`, `[`, `{`), ends
with a matching closing character (`)`, `]`, `}` respectively), and has only
other matching delimiters in between. A balanced delimiter may contain any
number of balanced delimiters.
## Examples
The following are examples of balanced delimiter strings:
```
()[]{}
([{}])
([]{})
```
The following are examples of invalid strings:
```
([)]
([]
[])
([})
```
Input is provided as a single string. Your output should be `True` or `False`
according to whether the string is balanced. For example:
Input:
```
([{}])
```
Output:
```
True
```
## Input Format and Restrictions
Each test case will consist of a string only containing the characters
`()[]{}`. The length of the string will not exceed 2KB.
================================================
FILE: balanced_delimiter/SOLUTION.md
================================================
# Balanced Delimiters
## Explanation
This exercise is designed as a use case for a stack structure. The idea is that
characters are processed individually; opening characters go on the stack, and
closing characters check the stack for a match. If we encounter a closing
character that does not match the top of our stack, encounter a closing
character with an empty stack, or have a non-empty stack at the end of the
string, the string is unbalanced.
Here it is in pseudo-code:
for each character in string:
if opener:
push on stack
else:
previous = pop stack OR False
if not (character closes previous):
False
if stack empty:
True
else:
False
Stacks are ideal for this problem, as their FILO (First In, Last Out) behavior
corresponds to the fact that we must match the innermost delimiter first *but*
we must also remember each layer of delimiters in order. In addition, checking
whether the stack is empty allows us to easily handle cases where we have too
many opening or closing delimiters.
================================================
FILE: balanced_delimiter/generator/gen_testcase.rb
================================================
@delims = { '[' => ']', '{' => '}', '(' => ')' }
# Convenience function for picking a random value out of a hash.
def hashrand(h)
h[h.keys.shuffle[0]]
end
# This generates a valid delimiter string using a Markov chain-like process.
def generate_pairs(max_pairs)
pairs = 0
opens = Array.new
result = String.new
while pairs < max_pairs
if rand() < 0.7 || opens.empty?
opens.push(hashrand(@delims.invert))
result += opens.last
pairs += 1
else
result += @delims[opens.pop]
end
end
# Close any open delimiters
while closer = @delims[opens.pop]
result += closer
end
return result
end
# This randomly invalidates a delimiter string by introducing one of the
# following errors at a random position:
# - Delete a delimiter
# - Add a delimiter
# - Change a delimiter to a different character
#
# Alternatively, it will delete the last delimiter, so that the otherwise
# unlikely failure state of an unclosed delimiter at the end of the string will
# occur with reasonable frequency.
def make_invalid(str)
err = rand()
index = rand(str.length - 2)
if err < 0.25
# "Delete"
return str[0..index] + str[(index + 2)..(str.length - 1)]
elsif err < 0.50
# "Add"
newchar = (@delims.flatten - [str[index]]).shuffle[0]
return str[0..index] + newchar + str[(index + 1)..(str.length - 1)]
elsif err < 0.75
# "Unclosed"
return str[0..(str.length - 2)]
else
# "Change"
newchar = (@delims.flatten - [str[index]]).shuffle[0]
return str[0..index] + newchar + str[(index + 2)..(str.length - 1)]
end
end
# These are my selected inputs for the problem; they are ordered by increasing
# difficulty of n. For each of these, one valid and one invalid string will be
# created for that number of pairs.
selected = [3, 5, 10, 100, 1000, 10000]
@fcount = -1
selected.each_index { |i|
fmode = File::WRONLY | File::CREAT
path = "../tests/"
@fcount += 1
input = File.new("#{path}input#{sprintf("%02d", @fcount)}.txt", fmode)
output = File.new("#{path}output#{sprintf("%02d", @fcount)}.txt", fmode)
input_str = generate_pairs(selected[i])
input.write(input_str)
output.write("True")
@fcount += 1
input = File.new("#{path}input#{sprintf("%02d", @fcount)}.txt", fmode)
output = File.new("#{path}output#{sprintf("%02d", @fcount)}.txt", fmode)
input.write(make_invalid(input_str))
output.write("False")
}
================================================
FILE: balanced_delimiter/solutions/balanced_delimiter.c
================================================
#include <stdio.h>
#include <stdlib.h>
/* Stack definitions. We'll use char for all our values as it's convenient for
the question. */
struct Stack {
struct StackFrame *top;
unsigned int size;
};
typedef struct Stack Stack_t;
struct StackFrame {
struct StackFrame *prev;
char val;
};
typedef struct StackFrame Frame_t;
/* Stack methods. */
void push(Stack_t *s, char v) {
Frame_t *prev_top;
prev_top = s->top;
s->top = (Frame_t*) malloc(sizeof(Frame_t));
s->top->prev = prev_top;
s->top->val = v;
s->size++;
}
char pop(Stack_t *s) {
char v;
Frame_t *p;
v = s->top->val;
p = s->top->prev;
free(s->top);
s->top = p;
s->size--;
return v;
}
/* Some convenience functions for checking that delimiters are of the correct
type for eachother. */
int matches(char opener, char closer) {
switch(opener) {
case '(':
if (closer == ')') return 1;
case '[':
if (closer == ']') return 1;
case '{':
if (closer == '}') return 1;
default:
return 0;
}
}
int opener(char c) {
switch(c) {
case '(':
case '[':
case '{':
return 1;
default:
return 0;
}
}
int main() {
Stack_t *s = (Stack_t*) malloc(sizeof(Stack_t));
char delim;
/* Scan characters until we get to the end of the input. */
while(scanf("%c", &delim) > 0) {
if(opener(delim)) {
push(s, delim);
} else {
if(!matches(pop(s), delim)) {
/* There was an overlapping/wrong delimiter. */
printf("False");
return 0;
}
}
}
if(s->size) {
/* If our stack isn't empty, there were unclosed delimiters. */
printf("False");
} else {
printf("True");
}
return 0;
}
================================================
FILE: balanced_delimiter/solutions/balanced_delimiter.js
================================================
var closersToOpeners = {
']': '[',
')': '(',
'}': '{'
};
function isCloser(character) {
return closersToOpeners.hasOwnProperty(character);
}
function isOpener(character) {
for (var key in closersToOpeners) {
if (closersToOpeners.hasOwnProperty(key) && closersToOpeners[key] === character) {
return true;
}
}
return false;
}
function isBalanced(delimiterString) {
var openerStack = [];
for (var i = 0; i < delimiterString.length; i++) {
var currentChar = delimiterString[i];
if (isOpener(currentChar)) {
openerStack.push(currentChar);
} else if (isCloser(currentChar)) {
var expectedOpener = openerStack.pop();
if (closersToOpeners[currentChar] !== expectedOpener) {
return false;
}
} else {
throw "Non-delimiter character in input";
}
}
return openerStack.length === 0;
}
console.log(isBalanced("{}()[]"));
console.log(isBalanced("([)]"));
console.log(isBalanced("([omg)]")); // exception
================================================
FILE: balanced_delimiter/tests/input00.txt
================================================
([()])
================================================
FILE: balanced_delimiter/tests/input01.txt
================================================
([()]
================================================
FILE: balanced_delimiter/tests/input02.txt
================================================
{[{{[]}}]}
================================================
FILE: balanced_delimiter/tests/input03.txt
================================================
{[{{[](}}]}
================================================
FILE: balanced_delimiter/tests/input04.txt
================================================
{(({{[{{{}[]}}]}}))}
================================================
FILE: balanced_delimiter/tests/input05.txt
================================================
{(({{[{{{}]}}]}}))}
================================================
FILE: balanced_delimiter/tests/input06.txt
================================================
({{({}{{{[([[]]{})]}()}({[{([()])}()]({{[([]){{}([]{{}}{}([[]]){{{}[{}[{([][][[]([()(()({([([]{}(())())(({()(((([()[]]())()([[{(({{(){[[[{(([{[()[[]]]}]))}]]]}}}))}]]))))}))])}))])])}]]}})}]}})})})}})
================================================
FILE: balanced_delimiter/tests/input07.txt
================================================
({{({}{{{[([[]]{})]}()}({[{([()])}()]({{[([]){{}([]{{}}{}([[]]){{{}[{}[{([][][[]([()(()({([([]{}(())())(({()((([()[]]())()([[{(({{(){[[[{(([{[()[[]]]}]))}]]]}}}))}]]))))}))])}))])])}]]}})}]}})})})}})
================================================
FILE: balanced_delimiter/tests/input08.txt
================================================
([{[[]()[{(){}}{{[{(([][[]{{({}({}[[{[[][]{}]({}[[{[]{{}{}[([])[((([((([([()(){({}((){})[[][(([[([][[[([[{{()}}[()[]](()){}]]{[[]{(({{(()()[()(){([{}])()[[((([](())({[]{[{}(())[{[{{()[[{{}}]]()[((){()}[]{{(){{}([([{{{}}({([])})}])[{([])}{}{}[[]]{[{}{}()(([]({(({}{{{{({})}[]}({{{()(){[({[][([{[(((({[{}(([][[[()[]]({{{{[{[(([[{({[{{}[][{({()[{}[]][{}[]{}({()})][{[{{()[[(([[[{{[]{([{(())[{{()}[](({(((({{}}[{{()[{({{}({[(([[{}{}]()][{}[[{[]}([[]{([([({})(({{[{([{}(){}{({}{{{{[]}[{({()})(([]{[{[](())([([[(){([{}(([]{[][{[[([[{()[({[{{}}[{([([[[[]{{()}({[{{({{}{[()][[({()()})([[]]{{{[[{[[][(()([[]{}{{}{[]}{}()}]{{[{[(()[])(([])[[]{{}}[(){[{{[[][{[][([{[][((){{}[]}[[{{}()()[{{{}[]((){()}(()[{(((([([[()()]([[({{}}([[][](((([]()[])))[[{{{{[[](({((({([]{{(([({{}((({[][]{(({[[([{}[{}]{{[()((){}([[([{{({})}{[][]}({}()[[]()[([(([]([{}[[]][]{{{([{}{([][[]])(([({}[()[[[{}{[[{}]]()}{{}({})[[]]([][]{[{()([{{}({({(()({}){{([([[[][(){[[{[{{}([()](){}([[{([()]()[[[{{[]({(([](([]))))[]{([{}{[[{[[({((([{{[][][]}[{}[([]){()}[{}()({{({}[[[[[]((){{([{}([[({}){}(({{()}[](){{()(()([]{{((()([([]){{[]}}{[{{[({[]}{{{{[{([][]{}[()]){[{}({{}})]{{{}{{((){{}{(()()[(({{{}[[]{}([([()]{}{(){}({{{(([(){{}{}[([([][([]({{(({[]}))([][[((())[[]{[{{{([(({{(())}}()))[[[]{{[[()[]{}[[()((((()[[][()({([([])[{[](({[][(({[[]{([(){{(({}{(){([{[([{}([{}{({([[[({{{{}()}}[[[{{{[({{{{}{{[[()][{{[{[[][[][]{({{()({}[[([[[[(([]))]]]])]])}})}]]}]}}]]}}}}})]}}}]]]})]]])})}])])]}])}}))}}])}]}))]}))}]])})]]))))]]]]}}]]])}}}]}])]])}}))])])]}]))}}})})])]}}))])}})}}}}}}]}}}})]}}]}])))}}))}}}))]])])}})]]]])}})]]]}])))})]]}]]}])}})}}]]])}]]))}]}]]}]]])])}})})})}])}]})}]]]])]))}])}}}])))])]])}])]]))]}}])]]}))}})))})]))}})})))}))]}}}}]])]))]])])]))))}]))}}]}]])]}])]}]]}}]}]])]}]}}))]]}]]}}})]]}})}}]})}]]])])}]]})]}]])]]}]}))])}]])])}]}))}]}}})}])}]}}))])])}])]]]))]})})}]}}]))))}))}]}])}}}]]]))]]}}]}]})}]}]})}]]))]}]}}}})]]))]}))))]}])]})]}}}})}}))})))]}]])}}})]}}]}]]}}))))]]}])}}))}]})]]])]]))]])}])])))])))]]}}]])}]]))}}]))}]}}]]}])
================================================
FILE: balanced_delimiter/tests/input09.txt
================================================
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FILE: balanced_delimiter/tests/input10.txt
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
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FILE: balanced_delimiter/tests/input11.txt
================================================
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FILE: balanced_delimiter/tests/output00.txt
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True
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FILE: balanced_delimiter/tests/output01.txt
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False
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FILE: balanced_delimiter/tests/output02.txt
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True
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FILE: balanced_delimiter/tests/output03.txt
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False
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FILE: balanced_delimiter/tests/output04.txt
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True
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FILE: balanced_delimiter/tests/output05.txt
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False
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FILE: balanced_delimiter/tests/output06.txt
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True
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FILE: balanced_delimiter/tests/output07.txt
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False
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FILE: balanced_delimiter/tests/output08.txt
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True
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FILE: balanced_delimiter/tests/output09.txt
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False
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FILE: balanced_delimiter/tests/output10.txt
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True
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FILE: balanced_delimiter/tests/output11.txt
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False
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FILE: bst_count/README.md
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Given a binary search tree root, count the total number of nodes in the tree.
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FILE: bst_count/solutions/solution.js
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function BSTNode(value) {
this.value = value;
this.left = null;
this.right = null;
}
function countNodes(root) {
if (!root) {
return 0;
}
return countNodes(root.left) + 1 + countNodes(root.right);
}
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FILE: bst_height/README.md
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Given a binary search tree, return its height—that is, the maximum depth reached by the tree.
Example: given a BST with a single node, your function would return `0`.
Given a linear BST with only right side nodes `0 -> 1 -> 2 -> (null)`, where `2` is the tail, your function would return a max height of `2`.
Hint: BSTs are a recursively defined data structure.
Hint #2: which tree traversal method covered in the traversal lecture might come in handy here?
================================================
FILE: bst_height/solutions/.gitkeep
================================================
================================================
FILE: coin_change/README.md
================================================
How many different ways can you make change for an amount, given a list of coins?
In this problem, *your code* will need to efficiently compute the answer.
# Problem Statement
Write a program that, given two arguments to STDIN
* a list of coins `c1, c2, c3, ..`
* and an amount `n`
Prints out how many different ways you can make change from the coins to STDOUT.
**The problem can be formally stated:**
Given a value `N`, if we want to make change for `N` cents, and we have infinite supply of each of `C = { C1, C2, .. , Cm}` valued coins, how many ways can we make the change? The order of coins doesn’t matter.
**Example 1:**
For `N = 4` and `C = {1,2,3}` there are four solutions: `{1,1,1,1},{1,1,2},{2,2},{1,3}`
So given the input
```
1, 2, 3
4
```
your program should output:
```
4
```
**Example 2:**
For `N = 10` and `C = {2, 5, 3, 6}` there are five solutions: `{2,2,2,2,2}, {2,2,3,3}, {2,2,6}, {2,3,5} and {5,5}`
So given the input
```
2, 5, 3, 6
10
```
your program should output:
```
5
```
# Solving the overlapping subproblems using dynamic programming
You can solve this problem recursively, but all the test will not passs unless
you optimise your solution to eliminate the [overlapping subproblems](http://en.wikipedia.org/wiki/Overlapping_subproblem) using a [dynamic programming solution](http://en.wikipedia.org/wiki/Dynamic_programming)
Or more specifically;
* If you can think of a way to store the checked solutions, then this store can be used to avoid checking the same solution again and again.
# Hints
* Think about the degenerate cases:
- How many ways can you give change for 0 cents?
- How many ways can you give change for >0 cents, if you have no coins?
* If you are having trouble defining your solutions store, then think about it in terms of the base case `(n = 0)`
* For help on reading from STDIN, see the [HackerRank environment help page](https://www.hackerrank.com/environment) under the "Sample Problem Statement" section.
================================================
FILE: coin_change/solutions/CoinChangeSolution.java
================================================
package solutions;
import java.io.BufferedReader;
import java.io.InputStreamReader;
public class CoinChangeSolution {
public static void main(String[] args) throws Exception {
// read STDIN
BufferedReader br = new BufferedReader(new InputStreamReader(System.in));
int[] coins = getCoins(br.readLine());
int amt = Integer.valueOf(br.readLine());
// write STDOUT
System.out.println(countOptimal(coins, amt));
}
/*
* Calculates the number of many ways can we make the change from a list of
* coins.
*
* @param coins[] array of change in coins
* @param amt amt to make change from
*
* @return number of solutions
*/
public static int countOptimal(int[] coins, int amt) {
// solutions[i] contains the no. of solutions for value i.
// We build from bottom up using the base case (n = 0)
int solutions[] = new int[amt + 1];
solutions[0] = 1;
for (Integer i : coins)
for (int j = i; j <= amt; j++)
solutions[j] += solutions[j - i];
return solutions[amt];
}
public static int countRecursive(int coins[], int c, int sum) {
if (sum == 0)
return 1;
if (sum < 0)
return 0;
if (c <= 0 && sum >= 1)
return 0;
return countRecursive(coins, c - 1, sum)
+ countRecursive(coins, c, sum - coins[c - 1]);
}
public static void print() {
// TODO:
}
private static int[] getCoins(String line) {
String[] nums = line.split(", ");
int[] coins = new int[nums.length];
for (int i = 0; i < nums.length; i++)
coins[i] = Integer.valueOf(nums[i]);
return coins;
}
}
================================================
FILE: coin_change/solutions/CoinChangeSolution.scala
================================================
object CoinChangeSolution {
def main(args: Array[String]) = {
val input = io.Source.stdin.bufferedReader
val coins = input.readLine().split(",").map(_.toInt).toList
val amt = input.readLine().toInt
println(count(coins, amt))
}
def count(coins: List[Int], amt: Int) = {
val solutions = Array.fill(amt + 1)(0)
solutions(0) = 1
coins.foreach(coin => for (c <- coin to amt)
solutions(c) = solutions(c) + solutions(c - coin))
solutions(amt)
}
}
================================================
FILE: coin_change/solutions/CoinChangeSolutionTest.java
================================================
package solutions;
import static org.junit.Assert.*;
import org.junit.Test;
public class CoinChangeSolutionTest {
@Test
public void testCoinChangeSolutionRecursive() {
int coins[] = { 1, 2, 3 };
assertEquals(4, CoinChangeSolution.countRecursive(coins, coins.length, 4));
coins = new int[] { 1, 2, 3 };
assertEquals(5, CoinChangeSolution.countRecursive(coins, coins.length, 5));
coins = new int[] { 2, 5, 3, 6 };
assertEquals(5, CoinChangeSolution.countRecursive(coins, coins.length, 10));
}
@Test
public void testCoinChangeSolutionOptimal() {
int coins[] = { 1, 2, 3 };
assertEquals(4, CoinChangeSolution.countOptimal(coins, 4));
coins = new int[] { 1, 2, 3 };
assertEquals(5, CoinChangeSolution.countOptimal(coins, 5));
coins = new int[] { 2, 5, 3, 6 };
assertEquals(5, CoinChangeSolution.countOptimal(coins, 10));
}
@Test
public void testCoinChangeSolutionRecursiveSpeed() {
int coins[] = { 2, 5, 3, 6, 10, 7, 8, 12, 17, 19, 20 };
assertEquals(227491942,
CoinChangeSolution.countRecursive(coins, coins.length, 250));
}
@Test
public void testCoinChangeSolutionOptimalSpeed() {
int coins[] = { 2, 5, 3, 6, 10, 7, 8, 12, 17, 19, 20 };
assertEquals(227491942, CoinChangeSolution.countOptimal(coins, 250));
}
}
================================================
FILE: coin_change/solutions/coin_change_solution.js
================================================
#!/usr/bin/env node
// Solve the "Coin Change" problem using a bottom-up dynamic programming
// approach. The time complexity is O(n * coins.length) since we have a nested
// loop. The storage complexity is the same, as we store a matrix.
//
// * `coins` is an array of the coin values, eg. [ 1, 2, 3 ]. We assume it
// to be non-empty.
// * `n` is the amount, eg. 4 cents.
//
// The top-down solution is also possible (memoization), but can causes
// stack-overflows for large inputs.
//
function findPermutations(coins, n) {
// The 2-dimension buffer will contain answers to this question:
// "how much permutations is there for an amount of `i` cents, and `j`
// remaining coins?" eg. `buffer[10][2]` will tell us how many permutations
// there are when giving back 10 cents using only the first two coin types
// [ 1, 2 ].
var buffer = new Array(n + 1);
for (var i = 0; i <= n; ++i)
buffer[i] = new Array(coins.length + 1);
// For all the cases where we need to give back 0 cents, there's exactly
// 1 permutation: the empty set. Note that buffer[0][0] won't ever be
// needed.
for (var j = 1; j <= coins.length; ++j)
buffer[0][j] = 1;
// We process each case: 1 cent, 2 cent, etc. up to `n` cents, included.
for (i = 1; i <= n; ++i) {
// No more coins? No permutation is possible to attain `i` cents.
buffer[i][0] = 0;
// Now we consider the cases when we have J coin types available.
for (j = 1; j <= coins.length; ++j) {
// First, we take into account all the known permutations possible
// _without_ using the J-th coin (actually computed at the previous
// loop step).
var value = buffer[i][j - 1];
// Then, we add all the permutations possible by consuming the J-th
// coin itself, if we can.
if (coins[j - 1] <= i)
value += buffer[i - coins[j - 1]][j];
// We now know the answer for this specific case.
buffer[i][j] = value;
}
}
// Return the bottom-right answer, the one we were looking for in the
// first place.
return buffer[n][coins.length];
}
// The boring stuff: parsing and printing.
//
function processData(input) {
var lines = input.split('\n');
var coins = lines[0].split(',').map(function (s) {return +s;});
var n = +lines[1];
var res = findPermutations(coins, n);
console.log(res);
}
process.stdin.resume();
process.stdin.setEncoding("ascii");
_input = "";
process.stdin.on("data", function (input) {
_input += input;
});
process.stdin.on("end", function () {
processData(_input);
});
================================================
FILE: coin_change/solutions/coin_change_solution.py
================================================
import cPickle as pickle
import sys
def memoize(func):
cache = {}
def wrapper(*args, **kwargs):
key = pickle.dumps(args) + pickle.dumps(kwargs)
if key not in cache:
cache[key] = func(*args, **kwargs)
return cache[key]
return wrapper
@memoize
def solve(coins, amount):
if len(coins) == 0:
return 0
if len(coins) == 1:
return 1 if amount % coins[0] == 0 else 0
ways = 0
current_coin, rest_of_coins = coins[0], coins[1:]
i = 0
while amount - i * current_coin >= 0:
ways += solve(rest_of_coins, amount - i * current_coin)
i += 1
return ways
def main():
coins = sorted(map(int, sys.stdin.readline().strip().split(",")),
reverse=True)
amount = int(sys.stdin.readline().strip())
ways = solve(coins, amount)
print(ways)
if __name__ == "__main__":
main()
================================================
FILE: factorial/README.md
================================================
**n factorial** (written as **n!**) is the number we get when we multiply every positive number from 1 up to n together. In this problem, *your code* will do the grunt work of computing the factorial.
# Problem Statement
Write a program that, given a number `n` from STDIN, prints out the factorial of `n` to STDOUT:
* If `n` is `0`, `n` factorial is `1`
* `n!` is not defined for negative numbers.
Example 1:
```
3! = 3 × 2 × 1 = 6
```
So given the input **`3`**, your program should output:
```
6
```
Example 2:
```
7! = 7 × 6 × 5 × 4 × 3 × 2 × 1 = 5040
```
So given the input **`7`**, your program should output:
```
5040
```
# What are factorials good for?
Factorials can be used to calculate the number of permutations of a given set. Think—if there are 3 letters—**A, B, and C**, they can be arranged as: **ABC, ACB, BAC, BCA, CAB, or CBA**. That's *6* options because A can be put in 3 different slots, B has 2 choices left after A is placed, and C has only one option left after A and B have been placed. That is 3×2×1 = 6 choices.
More generally, if there are three objects, and we want to find out how many different ways there are to arrange (or select them), for the first object, there are 3 choices, for the second object, there are only two choices left as the first object has already been chosen, and finally, for the third object, there is only one position left.
So using what we know about factorials, we know that there are 6 options for arranging 3 items. **`3!`** is equivalent to 3×2×1, or 6.
To dig a bit deeper in to factorials and their role in permutations and combinations (which occasionally come up in interviews), check out [this article and its practice problems](http://www.wyzant.com/resources/lessons/math/precalculus/factorials_permutations_and_combinations).
# Hints
* The factorial function grows very fast. There are **3,628,800** ways to arrange **10** items.
* This problem can be solved in an [imperative style](http://en.wikipedia.org/wiki/Functional_programming#Comparison_to_imperative_programming) using loops—or in a functional style, using recursion. If you write a recursive solution, its worth reading up on [tail-call optimization](http://en.wikipedia.org/wiki/Tail_call) or watching the Coding for Interviews course lecture on recursion before if your solution's stack level goes too deep
* For help on reading from STDIN, see the [HackerRank environment help page](https://www.hackerrank.com/environment) under the "Sample Problem Statement" section.
================================================
FILE: factorial/solutions/FactorialSolution.java
================================================
package solutions
import java.io.BufferedReader;
import java.io.InputStreamReader;
import java.math.BigInteger;
public class FactorialSolution {
public static void main(String[] args) throws Exception {
// read STDIN
BufferedReader br = new BufferedReader(new InputStreamReader(System.in));
BigInteger n = BigInteger.valueOf(Integer.parseInt(br.readLine()));
// write STDOUT
System.out.println(factorial(n, BigInteger.ONE));
}
/*
* Factorial of n
* @param n input
* @param acc accumulator (tail call optimization)
* @return n!
*/
public static BigInteger factorial(BigInteger n, BigInteger acc) {
if (n.equals(BigInteger.ZERO))
return acc;
else
return factorial(n.subtract(BigInteger.ONE), n.multiply(acc));
}
}
================================================
FILE: factorial/solutions/FactorialSolution.scala
================================================
package solutions
object FactorialSolution {
def main(args: Array[String]) = {
val input = io.Source.stdin.bufferedReader.readLine()
println(factorial(input.toInt))
}
def factorial(n: Int): BigInt = {
def calc(acc: BigInt, n: Int): BigInt =
if (n == 0) acc
else calc(acc * n, n - 1)
calc(1, n)
}
}
================================================
FILE: fibonacci_dynamic/HINTS.md
================================================
## General Approach
1. Find the base case(s),
2. Have your function recognize the base case(s) and provide a solution,
3. *Recognize if you have already solved this input,*
4. Recursively define a solution to the sub-problem for other inputs,
5. Call your function on the input and print the result to STDOUT.
## Things to think about
* If your language doesn't support tail call elimination, you might want to use an iterative approach this time.
* How will you recognize if you already have a solution for a given sub-problem?
* How do you plan to store your previous solutions? Are there major trade-offs for using different data structures in this case?
================================================
FILE: fibonacci_dynamic/README.md
================================================
This question expands on our earlier Fibonacci Lite challenge. While the goal
of Fibonacci Lite was to understand recursion, this challenge is about solving
problems efficiently with dynamic programming.
The difference in this challenge is that each test case will consist of many
inputs instead of just one. Furthermore, we're allowing larger values of *n*.
You'll need to use dynamic programming to solve all the inputs without running
out of time.
So, given many numbers *n*, print the *n*th value of the Fibonacci
sequence for each of them, in order, on their own line.
Here are the definitions of the sequence again:
> *F<sub>n</sub> = F<sub>n - 1</sub> + F<sub>n - 2</sub>*
Using the following seed values:
> *F<sub>0</sub> = 0, F<sub>1</sub> = 1*
## Examples
Input:
```
1
2
3
4
5
6
7
8
9
10
```
Output:
```
1
1
2
3
5
8
13
21
34
55
```
Input:
```
41
8
22
```
Output:
```
165580141
21
17711
```
## Input Format and Restrictions
Each test case will consist of several positive integers *n*, each on their own line.
The inputs will always satisfy the following restrictions:
* *F<sub>n</sub>* < 2^**64** - 1,
* 0 <= *n* < **100**
================================================
FILE: fibonacci_dynamic/SOLUTION.md
================================================
# Fibonacci Sequence with Dynamic Programming
## A.K.A. "Fibonacci Returns"
There are two major differences between this version of the Fibonacci exercise
and our previous "Lite" version. Both differences are to accommodate larger
inputs, as well as computing multiple values of *n* in one test case.
In pseudo-code, the solution works as follows:
memoize the seed values
for each value of n:
if n is memoized:
return memoized value of n
else:
result = largest memoized value of n
n_minus_1 = memoized value of (largest memoized n - 1)
i = largest memoized n
while i < n
n_minus_2 = n_minus_1
n_minus_1 = result
result = n_minus_2 + n_minus_1
i++
memoize(i, result)
return result
### Iterative Computation of the Sequence
Our previous reference implementation used a naive recursive implementation, as
it closely reflects the mathematical definition of the Fibonacci sequence and
serves as a good introduction to recursion. However, recursive functions with
this many levels are inefficient in some languages (including Ruby), so we have
opted for an iterative solution this time around.
This will give much better performance in Ruby (and some other languages), as
we avoid the overhead of a number of function call equal to *n*.
### Memoization
This is where the dynamic programming part of the solution comes in. Memoizing
is a dynamic programming technique where the results of a computation for some
input are re-used when the program recognizes that it has already been
computed. This can result in huge performance gains if sub-problems reappear
frequently. But how does this apply to the Fibonacci sequence?
The key observation is that to compute Fib(n), one must also compute every
value of the sequence from 1 to n. If we save all of the results from these
computations, it means that we can retrieve any value of n that is less than or
equal to the largest we have seen thus far in O(1) time instead of O(n) time!
Furthermore, if we need to compute a value of n larger than we have seen
before, we still use our largest value of n and can start computing from there
instead of from Fib(1).
================================================
FILE: fibonacci_dynamic/SOLUTION.md.bak
================================================
# Fibonacci Sequence with Dynamic Programming
## A.K.A. "Fibonaccai Returns"
There are two major differences between this version of the Fibonacci exercise
and our previous "Lite" version. Both differences are to accomodate larger
inputs, as well as computing multiple values of *n* in one test case.
In pseudo-code, the solution works as follows:
memoize the seed values
for each value of n:
if n is memoized:
return memoized value of n
else:
result = largest memoized value of n
n_minus_1 = memoized value of (largest memoized n - 1)
i = largest memoized n
while i < n
n_minus_2 = n_minus_1
n_minus_1 = result
result = n_minus_2 + n_minus_1
i++
memoize(i, result)
return result
### Iterative Computation of the Sequence
Our previous reference implementation used a naive reursive implementation, as
it closely reflects the mathematical definition of the Fibonacci sequence and
serves as a good introduction to recursion. However, recursive functions with
this many levels are inefficient in some languages (including Ruby), so we have
opted for an iterative solution this time around.
This will give much better performance in Ruby (and some other languages), as
we avoid the overhead of a number of function call equal to *n*.
### Memoization
This is where the dynamic programming part of the solution comes in. Memoizing
is a dynamic programming technique where the results of a computation for some
input are re-used when the program recognizes that it has already been
computed. This can result in huge performance gains if sub-problems reappear
frequently. But how does this apply to the Fibonacci sequence?
The key observation is that to compute Fib(n), one must also compute every
value of the sequence from 1 to n. If we save all of the results from these
computations, it means that we can retrieve any value of n that is less than or
equal to the largest we have seen thus far in O(1) time instead of O(n) time!
Furthermore, if we need to compute a value of n larger than we have seen
before, we still use our largest value of n and can start computing from there
instead of from Fib(1).
================================================
FILE: fibonacci_dynamic/generator/generate_cases.rb
================================================
@memos = Hash.new
def fib(n)
if @memos[n]
return @memos[n]
else
i = 0
k = 0
last_1 = 1
last_2 = 0
while i < n
last_2 = last_1
last_1 = k
k = last_1 + last_2
i += 1
end
@memos[n] = k
return k
end
end
# These are my selected inputs for the problem; they are ordered by increasing
# difficulty of n, and includes the "edge case" of n = 47, the largest value in
# the Fibonacci sequence that will fit in a 32-bit integer.
selected = [
[1, 2, 3, 4, 5, 6, 7, 8, 9, 10],
[40, 2],
Array.new(1000) {|i| i = rand(1..99)},
Array.new(2000) {|i| i = rand(1..99)},
Array.new(3000) {|i| i = rand(1..99)},
Array.new(4000) {|i| i = rand(1..99)},
Array.new(5000) {|i| i = rand(1..99)}
]
selected.each_index { |i|
fmode = File::WRONLY | File::CREAT
path = "fib-cases/"
input = File.new("#{path}input/input#{sprintf("%02d", i)}.txt", fmode)
output = File.new("#{path}output/output#{sprintf("%02d", i)}.txt", fmode)
input.write(selected[i].join("\n"))
selected[i].each {|n| output.write(fib(n).to_s + "\n")}
puts "#{i + 1}/#{selected.length}"
}
================================================
FILE: fibonacci_dynamic/solutions/fibonacci_dynamic.rb
================================================
# Initialize an empty hash to memoize values into
@memos = { 0 => 0, 1 => 1 }
def fib(n)
# Check if we already have a result for this value of n
if @memos[n]
return @memos[n]
else
# Otherwise, compute the result iteratively
i = @memos.keys.max || 0
k = @memos[@memos.keys.max] || 0
last_1 = n < 2 ? 1 : @memos[i - 1]
while i < n
last_2 = last_1
last_1 = k
k = last_1 + last_2
# Memoize the result for later
i += 1
@memos[i] = k
end
return k
end
end
ARGF.each_line {|n|
puts fib(n.to_i)
}
================================================
FILE: fibonacci_dynamic/tests/input00.txt
================================================
1
2
3
4
5
6
7
8
9
10
================================================
FILE: fibonacci_dynamic/tests/input01.txt
================================================
40
2
================================================
FILE: fibonacci_dynamic/tests/input02.txt
================================================
91
67
5
57
7
5
80
98
99
68
27
33
61
82
18
1
38
44
75
62
5
90
46
17
48
36
61
64
38
84
11
14
89
36
16
47
73
61
55
84
40
59
51
78
56
62
28
31
31
29
17
2
59
80
3
79
12
58
72
12
23
5
14
95
12
73
70
1
82
48
8
4
40
61
35
40
1
53
84
92
45
74
60
80
94
85
88
96
32
44
1
50
90
54
33
1
63
70
42
48
18
74
39
61
40
91
58
64
36
1
43
50
60
3
66
93
46
91
26
77
7
19
59
82
16
69
98
99
21
68
4
42
15
61
53
90
44
65
97
45
7
25
93
19
54
66
41
42
91
89
22
11
98
34
85
59
62
23
72
19
86
23
37
81
32
39
97
35
67
77
51
14
61
75
31
31
83
26
59
51
34
89
54
34
47
86
34
55
6
30
67
82
86
78
4
6
2
88
5
57
77
55
8
91
12
88
95
27
42
46
41
53
93
7
10
95
89
89
89
42
92
98
92
58
43
59
11
36
27
17
53
30
14
16
48
94
38
79
30
31
60
22
37
37
8
14
92
11
90
65
84
31
6
87
63
39
27
97
96
46
34
8
79
25
64
11
20
44
36
41
97
11
93
93
4
22
20
66
6
1
3
82
89
65
58
40
9
92
12
37
42
35
92
67
44
59
78
5
31
87
15
49
95
28
91
50
50
38
46
4
60
26
25
74
24
43
57
50
68
69
19
99
86
33
22
89
40
25
85
63
87
54
13
16
73
20
57
19
72
81
1
90
35
44
52
80
13
18
81
72
33
29
33
91
6
91
80
52
41
1
48
36
50
9
22
4
98
39
16
74
20
31
10
11
83
16
8
44
23
16
54
41
29
16
67
84
75
28
99
61
19
21
9
76
48
33
92
1
22
70
27
65
8
23
78
20
70
85
41
74
34
80
63
28
15
98
12
7
91
47
46
18
22
5
25
46
92
95
15
11
39
77
68
15
5
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================================================
FILE: fibonacci_dynamic/tests/input03.txt
================================================
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================================================
FILE: fibonacci_dynamic/tests/input04.txt
================================================
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33
52
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65
15
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================================================
FILE: fibonacci_dynamic/tests/input05.txt
================================================
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================================================
FILE: fibonacci_dynamic/tests/input06.txt
================================================
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69
58
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13
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2
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2
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37
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70
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33
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12
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28
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27
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71
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53
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21
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52
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7
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72
27
25
26
49
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72
67
48
92
86
68
19
23
26
11
19
65
54
66
26
47
20
80
90
10
40
22
25
1
29
45
21
56
36
19
76
86
14
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73
42
11
51
22
73
55
16
66
2
16
96
42
30
90
54
96
66
28
81
23
79
48
21
30
19
45
13
63
53
83
25
68
8
10
10
58
31
46
13
67
13
69
95
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33
97
7
33
47
49
41
79
39
42
98
63
9
19
24
53
53
47
57
28
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58
96
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5
66
66
27
87
53
8
90
45
17
61
32
37
18
66
93
91
75
64
38
53
64
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80
89
33
90
68
77
6
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38
11
40
75
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6
66
42
7
51
8
52
14
49
39
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63
70
42
32
38
62
32
91
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57
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57
39
35
75
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76
78
72
19
16
50
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66
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38
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64
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58
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60
68
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36
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11
32
74
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22
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38
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87
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60
25
26
60
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43
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54
65
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4
66
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3
12
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56
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49
33
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72
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69
15
67
28
61
2
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50
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99
2
2
82
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3
59
98
92
41
73
34
31
52
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91
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26
67
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42
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29
41
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37
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86
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36
60
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2
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72
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68
36
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22
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39
83
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64
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6
16
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12
19
41
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61
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24
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2
76
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43
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33
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38
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25
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56
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3
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35
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45
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70
20
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75
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22
52
55
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31
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42
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8
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29
29
34
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59
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31
69
3
32
29
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25
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14
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32
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38
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60
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31
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28
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71
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21
================================================
FILE: fibonacci_dynamic/tests/output00.txt
================================================
1
1
2
3
5
8
13
21
34
55
================================================
FILE: fibonacci_dynamic/tests/output01.txt
================================================
102334155
1
================================================
FILE: fibonacci_dynamic/tests/output02.txt
================================================
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================================================
FILE: fibonacci_dynamic/tests/output03.txt
================================================
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================================================
FILE: fibonacci_dynamic/tests/output04.txt
================================================
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gitextract_s71i4brv/
├── .gitignore
├── LICENSE.md
├── README.md
├── array_rotate/
│ ├── README.md
│ └── solutions/
│ ├── README.md
│ ├── keppy.rb
│ ├── keppy_test.rb
│ └── rotate-solution.rb
├── balanced_delimiter/
│ ├── HINTS.md
│ ├── README.md
│ ├── SOLUTION.md
│ ├── generator/
│ │ └── gen_testcase.rb
│ ├── solutions/
│ │ ├── balanced_delimiter.c
│ │ └── balanced_delimiter.js
│ └── tests/
│ ├── input00.txt
│ ├── input01.txt
│ ├── input02.txt
│ ├── input03.txt
│ ├── input04.txt
│ ├── input05.txt
│ ├── input06.txt
│ ├── input07.txt
│ ├── input08.txt
│ ├── input09.txt
│ ├── input10.txt
│ ├── input11.txt
│ ├── output00.txt
│ ├── output01.txt
│ ├── output02.txt
│ ├── output03.txt
│ ├── output04.txt
│ ├── output05.txt
│ ├── output06.txt
│ ├── output07.txt
│ ├── output08.txt
│ ├── output09.txt
│ ├── output10.txt
│ └── output11.txt
├── bst_count/
│ ├── README.md
│ └── solutions/
│ └── solution.js
├── bst_height/
│ ├── README.md
│ └── solutions/
│ └── .gitkeep
├── coin_change/
│ ├── README.md
│ └── solutions/
│ ├── CoinChangeSolution.java
│ ├── CoinChangeSolution.scala
│ ├── CoinChangeSolutionTest.java
│ ├── coin_change_solution.js
│ └── coin_change_solution.py
├── factorial/
│ ├── README.md
│ └── solutions/
│ ├── FactorialSolution.java
│ └── FactorialSolution.scala
├── fibonacci_dynamic/
│ ├── HINTS.md
│ ├── README.md
│ ├── SOLUTION.md
│ ├── SOLUTION.md.bak
│ ├── generator/
│ │ └── generate_cases.rb
│ ├── solutions/
│ │ └── fibonacci_dynamic.rb
│ └── tests/
│ ├── input00.txt
│ ├── input01.txt
│ ├── input02.txt
│ ├── input03.txt
│ ├── input04.txt
│ ├── input05.txt
│ ├── input06.txt
│ ├── output00.txt
│ ├── output01.txt
│ ├── output02.txt
│ ├── output03.txt
│ ├── output04.txt
│ ├── output05.txt
│ └── output06.txt
├── fibonacci_lite/
│ ├── HINTS.md
│ ├── README.md
│ ├── SOLUTION.md
│ ├── generator/
│ │ └── gen_testcase.rb
│ ├── solutions/
│ │ └── fibonacci.rb
│ └── tests/
│ ├── input00.txt
│ ├── input01.txt
│ ├── input02.txt
│ ├── input03.txt
│ ├── input04.txt
│ ├── input05.txt
│ ├── input06.txt
│ ├── input07.txt
│ ├── input08.txt
│ ├── input09.txt
│ ├── output00.txt
│ ├── output01.txt
│ ├── output02.txt
│ ├── output03.txt
│ ├── output04.txt
│ ├── output05.txt
│ ├── output06.txt
│ ├── output07.txt
│ ├── output08.txt
│ └── output09.txt
├── find_uncoupled_int/
│ ├── README.md
│ └── solutions/
│ ├── FindUncoupledIntSolution.java
│ └── Solution.java
├── linked_list_cycle/
│ ├── README.md
│ └── solutions/
│ ├── .gitkeep
│ └── LinkedListCycle.java
├── linked_list_reverse/
│ ├── README.md
│ └── solutions/
│ └── .gitkeep
├── minimum_stack/
│ ├── README.md
│ └── solutions/
│ └── solution.js
├── queue_two_stacks/
│ ├── README.md
│ └── solutions/
│ └── solution.js
├── ransom/
│ ├── Ransom.java
│ └── RansomTest.java
├── target_sum/
│ ├── README.md
│ └── solutions/
│ ├── .gitkeep
│ └── solution.js
└── tree_zig_zag/
├── .gitignore
├── HINTS.md
├── README.md
├── SOLUTION.md
├── generator/
│ └── generate_tree.py
├── solutions/
│ ├── TreeZigZag.java
│ ├── tree_zig_zag.py
│ └── tree_zig_zag.rb
└── tests/
├── input1.txt
├── input2.txt
├── input3.txt
├── output1.txt
├── output2.txt
└── output3.txt
SYMBOL INDEX (113 symbols across 28 files)
FILE: array_rotate/solutions/keppy.rb
class StringAutoma (line 1) | class StringAutoma
method solve (line 3) | def self.solve(set, n)
FILE: array_rotate/solutions/keppy_test.rb
class StringAutomaTest (line 5) | class StringAutomaTest < MiniTest::Unit::TestCase
method test_one_step (line 6) | def test_one_step
method test_odd_split (line 13) | def test_odd_split
method test_over_step (line 20) | def test_over_step
FILE: array_rotate/solutions/rotate-solution.rb
function rotate_jump (line 1) | def rotate_jump(array, n)
function rotate_step (line 13) | def rotate_step(array, n)
class RotateTest (line 24) | class RotateTest < Test::Unit::TestCase
method test_step (line 26) | def test_step()
method test_jump (line 30) | def test_jump()
method rotate_check_helper (line 34) | def rotate_check_helper(m)
FILE: balanced_delimiter/generator/gen_testcase.rb
function hashrand (line 4) | def hashrand(h)
function generate_pairs (line 9) | def generate_pairs(max_pairs)
function make_invalid (line 41) | def make_invalid(str)
FILE: balanced_delimiter/solutions/balanced_delimiter.c
type Stack (line 6) | struct Stack {
type Stack_t (line 10) | typedef struct Stack Stack_t;
type StackFrame (line 12) | struct StackFrame {
type Frame_t (line 16) | typedef struct StackFrame Frame_t;
function push (line 19) | void push(Stack_t *s, char v) {
function pop (line 29) | char pop(Stack_t *s) {
function matches (line 43) | int matches(char opener, char closer) {
function opener (line 56) | int opener(char c) {
function main (line 67) | int main() {
FILE: balanced_delimiter/solutions/balanced_delimiter.js
function isCloser (line 7) | function isCloser(character) {
function isOpener (line 11) | function isOpener(character) {
function isBalanced (line 21) | function isBalanced(delimiterString) {
FILE: bst_count/solutions/solution.js
function BSTNode (line 1) | function BSTNode(value) {
function countNodes (line 7) | function countNodes(root) {
FILE: coin_change/solutions/CoinChangeSolution.java
class CoinChangeSolution (line 6) | public class CoinChangeSolution {
method main (line 8) | public static void main(String[] args) throws Exception {
method countOptimal (line 27) | public static int countOptimal(int[] coins, int amt) {
method countRecursive (line 41) | public static int countRecursive(int coins[], int c, int sum) {
method print (line 54) | public static void print() {
method getCoins (line 58) | private static int[] getCoins(String line) {
FILE: coin_change/solutions/CoinChangeSolutionTest.java
class CoinChangeSolutionTest (line 7) | public class CoinChangeSolutionTest {
method testCoinChangeSolutionRecursive (line 9) | @Test
method testCoinChangeSolutionOptimal (line 22) | @Test
method testCoinChangeSolutionRecursiveSpeed (line 35) | @Test
method testCoinChangeSolutionOptimalSpeed (line 43) | @Test
FILE: coin_change/solutions/coin_change_solution.js
function findPermutations (line 14) | function findPermutations(coins, n) {
function processData (line 62) | function processData(input) {
FILE: coin_change/solutions/coin_change_solution.py
function memoize (line 5) | def memoize(func):
function solve (line 17) | def solve(coins, amount):
function main (line 31) | def main():
FILE: factorial/solutions/FactorialSolution.java
class FactorialSolution (line 8) | public class FactorialSolution {
method main (line 10) | public static void main(String[] args) throws Exception {
method factorial (line 24) | public static BigInteger factorial(BigInteger n, BigInteger acc) {
FILE: fibonacci_dynamic/generator/generate_cases.rb
function fib (line 2) | def fib(n)
FILE: fibonacci_dynamic/solutions/fibonacci_dynamic.rb
function fib (line 4) | def fib(n)
FILE: fibonacci_lite/generator/gen_testcase.rb
function fib (line 2) | def fib(n)
FILE: fibonacci_lite/solutions/fibonacci.rb
function fib (line 2) | def fib(n)
FILE: find_uncoupled_int/solutions/FindUncoupledIntSolution.java
class FindUncoupledIntSolution (line 8) | public class FindUncoupledIntSolution {
method main (line 10) | public static void main(String[] args) throws Exception {
method find (line 28) | public static int find(int[] nums) {
method findAll (line 43) | public static Integer[] findAll(int[] nums) {
method toIntArray (line 52) | private static int[] toIntArray(String line) {
FILE: find_uncoupled_int/solutions/Solution.java
class Solution (line 1) | class Solution {
method findUncoupled (line 2) | public static int findUncoupled(int[] integers) {
method findUncoupledSet (line 10) | public static int findUncoupledSet(int[] integers) {
method main (line 29) | public static void main(String[] args) {
FILE: linked_list_cycle/solutions/LinkedListCycle.java
class Node (line 4) | class Node<T> {
method containsCycle (line 8) | public boolean containsCycle() {
class Solution (line 25) | class Solution {
method main (line 26) | public static void main(String[] args) {
FILE: minimum_stack/solutions/solution.js
function Stack (line 1) | function Stack() {
FILE: queue_two_stacks/solutions/solution.js
function Staqueue (line 1) | function Staqueue() {
FILE: ransom/Ransom.java
class Ransom (line 4) | public class Ransom {
method canRansom (line 5) | public static boolean canRansom(String magazine, String ransom) {
FILE: ransom/RansomTest.java
class RansomTest (line 4) | public class RansomTest {
method testCanRansom (line 6) | @Test
FILE: target_sum/solutions/solution.js
function canMakeSum (line 1) | function canMakeSum(array, targetSum) {
FILE: tree_zig_zag/generator/generate_tree.py
class Node (line 16) | class Node(object):
method __init__ (line 19) | def __init__(self, value):
method __str__ (line 24) | def __str__(self):
method __repr__ (line 27) | def __repr__(self):
method children (line 31) | def children(self):
method as_hackerrank_lines (line 34) | def as_hackerrank_lines(self):
function generate_bst (line 45) | def generate_bst(size, min_value=1, max_value=2 ** 31 - 1):
function is_bst (line 69) | def is_bst(node, min_value=1, max_value=2 ** 31 - 1):
function main (line 77) | def main():
FILE: tree_zig_zag/solutions/TreeZigZag.java
class Node (line 12) | class Node<T> {
method Node (line 22) | Node() {
method Node (line 25) | Node(T value) {
method setLeft (line 29) | public void setLeft(Node<T> left) { this.left = left; }
method getLeft (line 30) | public Node<T> getLeft() { return this.left; }
method setRight (line 31) | public void setRight(Node<T> right) { this.right = right; }
method getRight (line 32) | public Node<T> getRight() { return this.right; }
method getValue (line 33) | public T getValue() { return this.value; }
method toString (line 35) | @Override
method equals (line 40) | @Override
method hashCode (line 48) | @Override
class ZigZagTreeLevelSearch (line 57) | class ZigZagTreeLevelSearch<T> {
method search (line 60) | public void search(Node<T> root) {
method processLevel (line 85) | public void processLevel(List<Node<T>> level) {
class TreeReader (line 92) | class TreeReader {
method getOrCreate (line 93) | public Node<Integer> getOrCreate(Integer value, Map<Node<Integer>, Nod...
method readTree (line 107) | public Node<Integer> readTree(InputStream in) {
class TreeZigZag (line 128) | class TreeZigZag {
method main (line 129) | public static void main(String args[]) {
FILE: tree_zig_zag/solutions/tree_zig_zag.py
class Node (line 7) | class Node(object):
method __init__ (line 10) | def __init__(self, value):
method __hash__ (line 15) | def __hash__(self):
method __eq__ (line 18) | def __eq__(self, other):
method __str__ (line 23) | def __str__(self):
method __repr__ (line 26) | def __repr__(self):
class TreeReader (line 30) | class TreeReader(object):
method get_vertex (line 32) | def get_vertex(cls, value, vertices):
method read_tree (line 41) | def read_tree(cls, stream):
function zig_zag_traverse (line 54) | def zig_zag_traverse(root):
function main (line 73) | def main():
FILE: tree_zig_zag/solutions/tree_zig_zag.rb
function find_val (line 14) | def find_val(side, depth)
function find_val_r (line 18) | def find_val_r(side, depth, node, level)
Condensed preview — 127 files, each showing path, character count, and a content snippet. Download the .json file or copy for the full structured content (609K chars).
[
{
"path": ".gitignore",
"chars": 1000,
"preview": "# ----------------------------------------------------------------------\n# Java - default GitHub .gitignore\n# --------"
},
{
"path": "LICENSE.md",
"chars": 886,
"preview": "<a rel=\"license\" href=\"http://creativecommons.org/licenses/by/4.0/deed.en_US\"><img alt=\"Creative Commons License\" style="
},
{
"path": "README.md",
"chars": 1631,
"preview": "# The Practice Problem Compendium\n\nTired of Googling around for programming interview practice problems? This is a proje"
},
{
"path": "array_rotate/README.md",
"chars": 564,
"preview": "# Array Rotation\n\nThis problem is to rotate a given array to the right by `n` steps.\n\nFor example:\n\nGiven `[1, 2, 3]` an"
},
{
"path": "array_rotate/solutions/README.md",
"chars": 199,
"preview": "# Further Resources\n\n* [LeetCode](http://leetcode.com/2010/04/rotating-array-in-place.html) explanations\n* [GeeksForGeek"
},
{
"path": "array_rotate/solutions/keppy.rb",
"chars": 163,
"preview": "class StringAutoma\n\n def self.solve(set, n)\n # set is an array, n is an integer.\n n.times do\n set.unshift(se"
},
{
"path": "array_rotate/solutions/keppy_test.rb",
"chars": 576,
"preview": "require 'minitest/autorun'\n\nrequire_relative './keppy.rb'\n\nclass StringAutomaTest < MiniTest::Unit::TestCase\n def test_"
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{
"path": "array_rotate/solutions/rotate-solution.rb",
"chars": 931,
"preview": "def rotate_jump(array, n)\n return array if n == 0 || array.length == 0\n\n result = []\n\n (0...array.length).each do |i|"
},
{
"path": "balanced_delimiter/HINTS.md",
"chars": 207,
"preview": "## Things to think about\n- How will you keep track of previous delimiters?\n- How will you determine if the next characte"
},
{
"path": "balanced_delimiter/README.md",
"chars": 877,
"preview": "For this question, you will parse a string to determine if it contains only\n\"balanced delimiters.\"\n\nA balanced delimiter"
},
{
"path": "balanced_delimiter/SOLUTION.md",
"chars": 1060,
"preview": "# Balanced Delimiters\n\n## Explanation\n\nThis exercise is designed as a use case for a stack structure. The idea is that\nc"
},
{
"path": "balanced_delimiter/generator/gen_testcase.rb",
"chars": 2348,
"preview": "@delims = { '[' => ']', '{' => '}', '(' => ')' }\n\n# Convenience function for picking a random value out of a hash.\ndef h"
},
{
"path": "balanced_delimiter/solutions/balanced_delimiter.c",
"chars": 1605,
"preview": "#include <stdio.h>\n#include <stdlib.h>\n\n/* Stack definitions. We'll use char for all our values as it's convenient for\n "
},
{
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"chars": 991,
"preview": "var closersToOpeners = {\n ']': '[',\n ')': '(',\n '}': '{'\n};\n\nfunction isCloser(character) {\n return closersToOpeners"
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},
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"preview": "function BSTNode(value) {\n this.value = value;\n this.left = null;\n this.right = null;\n}\n\nfunction countNodes(root) {\n"
},
{
"path": "bst_height/README.md",
"chars": 462,
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},
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"preview": ""
},
{
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"chars": 2041,
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"chars": 494,
"preview": "\nobject CoinChangeSolution {\n\n def main(args: Array[String]) = {\n\n val input = io.Source.stdin.bufferedReader\n va"
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"chars": 1324,
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},
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"path": "coin_change/solutions/coin_change_solution.py",
"chars": 901,
"preview": "import cPickle as pickle\nimport sys\n\n\ndef memoize(func):\n cache = {}\n\n def wrapper(*args, **kwargs):\n key ="
},
{
"path": "factorial/README.md",
"chars": 2563,
"preview": "**n factorial** (written as **n!**) is the number we get when we multiply every positive number from 1 up to n together."
},
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"chars": 811,
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"chars": 344,
"preview": "package solutions\n\nobject FactorialSolution {\n\n def main(args: Array[String]) = {\n val input = io.Source.stdin.buffe"
},
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"chars": 661,
"preview": "## General Approach\n\n1. Find the base case(s),\n2. Have your function recognize the base case(s) and provide a solution,\n"
},
{
"path": "fibonacci_dynamic/README.md",
"chars": 1150,
"preview": "This question expands on our earlier Fibonacci Lite challenge. While the goal\nof Fibonacci Lite was to understand recurs"
},
{
"path": "fibonacci_dynamic/SOLUTION.md",
"chars": 2196,
"preview": "# Fibonacci Sequence with Dynamic Programming\n## A.K.A. \"Fibonacci Returns\"\n\nThere are two major differences between thi"
},
{
"path": "fibonacci_dynamic/SOLUTION.md.bak",
"chars": 2195,
"preview": "# Fibonacci Sequence with Dynamic Programming\n## A.K.A. \"Fibonaccai Returns\"\n\nThere are two major differences between th"
},
{
"path": "fibonacci_dynamic/generator/generate_cases.rb",
"chars": 1077,
"preview": "@memos = Hash.new\ndef fib(n)\n\tif @memos[n]\n\t\treturn @memos[n]\n\telse\n\t\ti = 0\n\t\tk = 0\n\t\tlast_1 = 1\n\t\tlast_2 = 0\n\t\twhile i "
},
{
"path": "fibonacci_dynamic/solutions/fibonacci_dynamic.rb",
"chars": 656,
"preview": "# Initialize an empty hash to memoize values into\n@memos = { 0 => 0, 1 => 1 }\n\ndef fib(n)\n # Check if we already have"
},
{
"path": "fibonacci_dynamic/tests/input00.txt",
"chars": 20,
"preview": "1\n2\n3\n4\n5\n6\n7\n8\n9\n10"
},
{
"path": "fibonacci_dynamic/tests/input01.txt",
"chars": 4,
"preview": "40\n2"
},
{
"path": "fibonacci_dynamic/tests/input02.txt",
"chars": 2898,
"preview": "91\n67\n5\n57\n7\n5\n80\n98\n99\n68\n27\n33\n61\n82\n18\n1\n38\n44\n75\n62\n5\n90\n46\n17\n48\n36\n61\n64\n38\n84\n11\n14\n89\n36\n16\n47\n73\n61\n55\n84\n40\n59"
},
{
"path": "fibonacci_dynamic/tests/input03.txt",
"chars": 5814,
"preview": "74\n75\n26\n47\n82\n11\n12\n87\n75\n80\n51\n59\n89\n11\n96\n44\n60\n60\n61\n13\n58\n6\n85\n95\n11\n26\n82\n25\n89\n91\n19\n99\n2\n17\n49\n19\n76\n91\n61\n53\n68"
},
{
"path": "fibonacci_dynamic/tests/input04.txt",
"chars": 8727,
"preview": "71\n43\n53\n13\n19\n39\n34\n16\n5\n21\n62\n89\n73\n59\n16\n49\n38\n72\n49\n19\n57\n84\n45\n81\n76\n61\n64\n4\n53\n11\n18\n98\n90\n64\n47\n18\n62\n28\n65\n25\n29"
},
{
"path": "fibonacci_dynamic/tests/input05.txt",
"chars": 11657,
"preview": "14\n55\n43\n58\n91\n4\n73\n65\n94\n87\n21\n73\n61\n35\n55\n22\n2\n40\n92\n15\n19\n81\n93\n70\n8\n63\n59\n13\n86\n3\n89\n40\n66\n59\n17\n54\n13\n37\n53\n20\n6\n13"
},
{
"path": "fibonacci_dynamic/tests/input06.txt",
"chars": 14532,
"preview": "87\n50\n46\n43\n20\n30\n16\n12\n14\n69\n86\n8\n60\n77\n64\n66\n7\n96\n61\n34\n79\n47\n86\n79\n54\n69\n86\n72\n75\n1\n10\n64\n40\n66\n39\n82\n44\n99\n14\n13\n9\n4"
},
{
"path": "fibonacci_dynamic/tests/output00.txt",
"chars": 24,
"preview": "1\n1\n2\n3\n5\n8\n13\n21\n34\n55\n"
},
{
"path": "fibonacci_dynamic/tests/output01.txt",
"chars": 12,
"preview": "102334155\n1\n"
},
{
"path": "fibonacci_dynamic/tests/output02.txt",
"chars": 11342,
"preview": "4660046610375530309\n44945570212853\n5\n365435296162\n13\n5\n23416728348467685\n135301852344706746049\n218922995834555169026\n727"
},
{
"path": "fibonacci_dynamic/tests/output03.txt",
"chars": 22809,
"preview": "1304969544928657\n2111485077978050\n121393\n2971215073\n61305790721611591\n89\n144\n679891637638612258\n2111485077978050\n2341672"
},
{
"path": "fibonacci_dynamic/tests/output04.txt",
"chars": 34989,
"preview": "308061521170129\n433494437\n53316291173\n233\n4181\n63245986\n5702887\n987\n5\n10946\n4052739537881\n1779979416004714189\n8065155330"
},
{
"path": "fibonacci_dynamic/tests/output05.txt",
"chars": 46508,
"preview": "377\n139583862445\n433494437\n591286729879\n4660046610375530309\n3\n806515533049393\n17167680177565\n19740274219868223167\n679891"
},
{
"path": "fibonacci_dynamic/tests/output06.txt",
"chars": 58548,
"preview": "679891637638612258\n12586269025\n1836311903\n433494437\n6765\n832040\n987\n144\n377\n117669030460994\n420196140727489673\n21\n154800"
},
{
"path": "fibonacci_lite/HINTS.md",
"chars": 454,
"preview": "## General Approach\n\n1. Find the base case(s),\n2. Have your function recognize the base case(s) and provide a solution,\n"
},
{
"path": "fibonacci_lite/README.md",
"chars": 651,
"preview": "For this question, you will write a program that generates values from the\nFibonacci sequence. The Fibonnaci sequence is"
},
{
"path": "fibonacci_lite/SOLUTION.md",
"chars": 1626,
"preview": "# Fibonacci Lite\n\n## Explanation\n\nThe example solution for this challenge deliberately uses a naive recursive\nsolution, "
},
{
"path": "fibonacci_lite/generator/gen_testcase.rb",
"chars": 773,
"preview": "# Naive implementation. We'll choose correctness over speed here.\ndef fib(n)\n\tcase n\n\twhen 0\n\t\t0\n\twhen 1\n\t\t1\n\telse\n\t\tfib"
},
{
"path": "fibonacci_lite/solutions/fibonacci.rb",
"chars": 213,
"preview": "# Enter your code here. Read input from STDIN. Print output to STDOUT\ndef fib(n)\n case n\n when 0\n 0\n whe"
},
{
"path": "fibonacci_lite/tests/input00.txt",
"chars": 2,
"preview": "47"
},
{
"path": "fibonacci_lite/tests/input01.txt",
"chars": 1,
"preview": "7"
},
{
"path": "fibonacci_lite/tests/input02.txt",
"chars": 2,
"preview": "13"
},
{
"path": "fibonacci_lite/tests/input03.txt",
"chars": 2,
"preview": "19"
},
{
"path": "fibonacci_lite/tests/input04.txt",
"chars": 2,
"preview": "23"
},
{
"path": "fibonacci_lite/tests/input05.txt",
"chars": 2,
"preview": "29"
},
{
"path": "fibonacci_lite/tests/input06.txt",
"chars": 2,
"preview": "31"
},
{
"path": "fibonacci_lite/tests/input07.txt",
"chars": 2,
"preview": "37"
},
{
"path": "fibonacci_lite/tests/input08.txt",
"chars": 2,
"preview": "41"
},
{
"path": "fibonacci_lite/tests/input09.txt",
"chars": 2,
"preview": "47"
},
{
"path": "fibonacci_lite/tests/output00.txt",
"chars": 1,
"preview": "1"
},
{
"path": "fibonacci_lite/tests/output01.txt",
"chars": 2,
"preview": "13"
},
{
"path": "fibonacci_lite/tests/output02.txt",
"chars": 3,
"preview": "233"
},
{
"path": "fibonacci_lite/tests/output03.txt",
"chars": 4,
"preview": "4181"
},
{
"path": "fibonacci_lite/tests/output04.txt",
"chars": 5,
"preview": "28657"
},
{
"path": "fibonacci_lite/tests/output05.txt",
"chars": 6,
"preview": "514229"
},
{
"path": "fibonacci_lite/tests/output06.txt",
"chars": 7,
"preview": "1346269"
},
{
"path": "fibonacci_lite/tests/output07.txt",
"chars": 8,
"preview": "24157817"
},
{
"path": "fibonacci_lite/tests/output08.txt",
"chars": 9,
"preview": "165580141"
},
{
"path": "fibonacci_lite/tests/output09.txt",
"chars": 10,
"preview": "2971215073"
},
{
"path": "find_uncoupled_int/README.md",
"chars": 662,
"preview": "Find the only uncoupled integer in an array.\n\n# Problem Statement\n\nWrite a program that, given a list of integers as an "
},
{
"path": "find_uncoupled_int/solutions/FindUncoupledIntSolution.java",
"chars": 1379,
"preview": "package solutions;\n\nimport java.io.BufferedReader;\nimport java.io.InputStreamReader;\nimport java.util.HashSet;\nimport ja"
},
{
"path": "find_uncoupled_int/solutions/Solution.java",
"chars": 773,
"preview": "class Solution {\n public static int findUncoupled(int[] integers) {\n int allXored = 0;\n for (int i : integers) {\n"
},
{
"path": "linked_list_cycle/README.md",
"chars": 338,
"preview": "Write a function which, given a linked list, returns whether that linked list contains a cycle.\n\nE.g., given the followi"
},
{
"path": "linked_list_cycle/solutions/.gitkeep",
"chars": 0,
"preview": ""
},
{
"path": "linked_list_cycle/solutions/LinkedListCycle.java",
"chars": 1184,
"preview": "import java.io.*;\nimport java.util.*;\n\nclass Node<T> {\n public Node<T> next;\n public T data;\n\n public boolean contain"
},
{
"path": "linked_list_reverse/README.md",
"chars": 207,
"preview": "Write a function which, given a linked list, returns that same linked list reversed.\n\n## Examples\n\nGiven: `A -> B -> C -"
},
{
"path": "linked_list_reverse/solutions/.gitkeep",
"chars": 0,
"preview": ""
},
{
"path": "minimum_stack/README.md",
"chars": 221,
"preview": "Implement a stack which keeps track of its minimum value.\n\nChallenge: can you keep the operation time complexity to `O(1"
},
{
"path": "minimum_stack/solutions/solution.js",
"chars": 823,
"preview": "function Stack() {\n this.valueStack = [];\n this.minimumStack = [];\n}\n\nStack.prototype.getMinimum = function () {\n ret"
},
{
"path": "queue_two_stacks/README.md",
"chars": 146,
"preview": "Write a queue using two stacks.\n\nChallenge: can you write it in a way that causes, average-case, `O(1)` stack operations"
},
{
"path": "queue_two_stacks/solutions/solution.js",
"chars": 1457,
"preview": "function Staqueue() {\n this.stackIn = [];\n this.stackOut = [];\n}\n\nStaqueue.prototype.fastEnqueue = function (item) {\n "
},
{
"path": "ransom/Ransom.java",
"chars": 861,
"preview": "import java.util.HashMap;\nimport java.util.Map;\n\npublic class Ransom {\n public static boolean canRansom(String magazi"
},
{
"path": "ransom/RansomTest.java",
"chars": 654,
"preview": "import org.testng.Assert;\nimport org.testng.annotations.Test;\n\npublic class RansomTest {\n\n @Test\n public void test"
},
{
"path": "target_sum/README.md",
"chars": 237,
"preview": "Given an array of integers and a target integer `sum`, return whether there exist a pair of integers in the array which "
},
{
"path": "target_sum/solutions/.gitkeep",
"chars": 0,
"preview": ""
},
{
"path": "target_sum/solutions/solution.js",
"chars": 467,
"preview": "function canMakeSum(array, targetSum) {\n array.sort();\n\n var left = 0;\n var right = array.length - 1;\n\n while (left "
},
{
"path": "tree_zig_zag/.gitignore",
"chars": 4,
"preview": "_doc"
},
{
"path": "tree_zig_zag/HINTS.md",
"chars": 241,
"preview": "# Tree Zig Zag\n\n## Hints\n\n- How do you traverse a tree such that you visit all of a vertex's\n neighbors before visi"
},
{
"path": "tree_zig_zag/README.md",
"chars": 2455,
"preview": "# Tree Zig Zag\n\nGiven a tree with distinct elements, starting at the root, alternate\nbetween printing the left-most and "
},
{
"path": "tree_zig_zag/SOLUTION.md",
"chars": 2287,
"preview": "# Tree Zig Zag\n\n## Human-readable solution\n\nFirst you must read in the lines from standard input line-by-line and\nconstr"
},
{
"path": "tree_zig_zag/generator/generate_tree.py",
"chars": 2512,
"preview": "#!/usr/bin/env python\n\n\"\"\"Create a random binary search tree (BST) with distinct elements.\n\nThe resulting BST is not nec"
},
{
"path": "tree_zig_zag/solutions/TreeZigZag.java",
"chars": 4006,
"preview": "import java.io.InputStream;\nimport java.util.ArrayDeque;\nimport java.util.ArrayList;\nimport java.util.Arrays;\nimport jav"
},
{
"path": "tree_zig_zag/solutions/tree_zig_zag.py",
"chars": 2044,
"preview": "#!/usr/bin/env python\n\nimport collections\nimport sys\n\n\nclass Node(object):\n __slots__ = ('value', 'left', 'right')\n\n "
},
{
"path": "tree_zig_zag/solutions/tree_zig_zag.rb",
"chars": 651,
"preview": "# Parse tree into lame adjacency hash thing\n@tree = Hash.new\n@root = 0\nARGF.each_line {|line|\n\tvalues = line.split(/\\s+/"
},
{
"path": "tree_zig_zag/tests/input1.txt",
"chars": 50,
"preview": "100 50 150\n50 40 60\n60 -1 80\n150 -1 170\n170 -1 190"
},
{
"path": "tree_zig_zag/tests/input2.txt",
"chars": 29,
"preview": "200 100 -1\n100 50 -1\n50 60 75"
},
{
"path": "tree_zig_zag/tests/input3.txt",
"chars": 234125,
"preview": "1373158593 306503744 1482080420\n306503744 -1 1258151406\n1258151406 334860199 1362214919\n334860199 309342042 359360627\n30"
},
{
"path": "tree_zig_zag/tests/output1.txt",
"chars": 14,
"preview": "100\n150\n40\n190"
},
{
"path": "tree_zig_zag/tests/output2.txt",
"chars": 13,
"preview": "200\n100\n50\n75"
},
{
"path": "tree_zig_zag/tests/output3.txt",
"chars": 263,
"preview": "1373158593\n1482080420\n1258151406\n2132506379\n309342042\n2136322283\n307037840\n2137781232\n307855305\n2137795571\n307181796\n213"
}
]
About this extraction
This page contains the full source code of the codingforinterviews/practice-problems GitHub repository, extracted and formatted as plain text for AI agents and large language models (LLMs). The extraction includes 127 files (545.8 KB), approximately 250.3k tokens, and a symbol index with 113 extracted functions, classes, methods, constants, and types. Use this with OpenClaw, Claude, ChatGPT, Cursor, Windsurf, or any other AI tool that accepts text input. You can copy the full output to your clipboard or download it as a .txt file.
Extracted by GitExtract — free GitHub repo to text converter for AI. Built by Nikandr Surkov.