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 # Data Structures and Algorithm
 Data structure and Algorithm (DSA)
 ## Explanations
 - [English](./docs/en)
 - [Español](./docs/es)
 - [Português](./docs/pt)
 - [Turkish](./docs/tr)
 - [繁體中文](./docs/zh-tw)
 - [日本語](./docs/ja)
 ## Contribution Guidelines
 ### 1. Contribution Specifications
 The problem being contributed must either be a simple **file** (**Eg.** [`kruskal-algorithm.cpp`](./algorithms/CPlusPlus/Graphs/kruskal-algorithm.cpp), [`linear-search.java`](./algorithms/Java/searching/linear-search.java)) or a more complex **directory** ([`palindrome/`](./algorithms/Rust/strings/palindrome)). This is a unit `problem`.
 The directory tree has the following convention of `algorithms/{language}/{category}/{problem}`, where `{language}` represents the language code of the problem (**Eg.** `CPlusPlus` for C++, `CSharp` for C# etc.), `{category}` is the topic or category of the problem being contributed (**Eg.** `strings`, `sorting`, `linked-lists` etc.), and `{problem}` is a conforming name to the problem (**Eg.** `linear-search.cpp`, `palindrome`, `queue-linked-list.cpp` etc.)
 A unit `problem` must conform to the following specifications:
 - The name should be in lowercase. (**Eg.** `palindrome/`, `binary-search.cpp` etc.).
 - Each word must be separated by a **dash** or a **hyphen** (`-`).
 **If you have a problem that belongs to a new _topic_ or _category_ than one which are present:**
 1. Create a new folder and an index for it inside (a readme, `README.md` file).
 2. To each new index file, write the readme with your `problem` in it ([Markdown Documentation](https://guides.github.com/features/mastering-markdown/)).
 3. The folder name can also only contain **lowercase characters** and **dashes** or **hyphens** (`-`) (Eg. `strings` `sorting` etc.)
 #### Simple (File) Contributions
 The file should conform to the `problem` specification, and the extension (**Eg.** `linear-search.java`, `kruskal-algorithm.cpp`, `count-inversions.js` etc.)
 #### Project/Folder-based Contributions
 The project and folder-based contributions have a bit more stricter contribution contribution specifications.
 The folder should conform to the `problem` specification, along with the following specifications
 **Folder Structure**
 ```bash
 problem-name\
 | - .gitignore
 | - README.md
 | - Makefile       # or the specific specification/requirements/configuration file
 | - src\
    | - main.ext
 ```
 #### `README.md` Specification / Template
 ````markdown
 # <Title of the Problem>
 < description of the problem >
 ## Prerequisites
 - prerequisite library or package
 - [prerequisite library](https://www.example.com/link-to-official-library)
 ## Instructions
 - instructions to run the project
 - < Simple and reproducible commands to execute the project >
  ```bash
   make # or 'cargo run', or 'dotnet run' or 'mvn exec:java' etc.
  ```
 ## Test Cases & Output < if exists>
 < If you can provide test cases, describe it here, else remove this section >
 ````
 #### `.gitignore` File
 ```gitignore
 # add all output files and build files to be excluded from git tracking
 main     # executable file also must have the project name
 target/  # the build file, for example for rust
 ```
 #### Build File / Specification File / Configuration File
 It can be any of the following ones
 - **C/C++**: `Makefile`
 - **Python**: `requirements.txt`
 - **JavaScript**: `package.json` and `package-lock.json`
 - **Rust**: `Cargo.toml` and `Cargo.lock`
 - **Go**: `go.mod`
 #### Source Code File
 The source code files, should either be in `src/` folder (**Eg.** `src/main.cpp` or `src/main.js`) or the root folder (**Eg.** `palindrome.go` or `App.java`) where `ext` is the file extension for the specific programming language.
 Again, the source codes must conform to a valid file structure convention that the programming language enforces.
 ### 2. Naming Convention
 The programming should keep the naming convention rule of each programming language.
 ### Other topic
 - [First-time contribution](CONTRIBUTING.md)
 ## Reviewers
 | Programming Language | Users                                                       |
 | -------------------- | ----------------------------------------------------------- |
 | C or C++             | @Arsenic-ATG, @UG-SEP, @aayushjain7, @Ashborn-SM, @Ashad001 |
 | Java                 | @TawfikYasser, @aayushjain7, @mohitchakraverty              |
 | C#                   | @ming-tsai, @Waqar-107                                      |
 | Go                   | @ayo-ajayi                                                  |
 | Python               | @Arsenic-ATG, @sridhar-5                                    |
 | JavaScript           | @ming-tsai                                                  |
 ## Contributors
 <a href="https://github.com/MakeContributions/DSA/graphs/contributors">
  <img src="https://contrib.rocks/image?repo=MakeContributions/DSA" />
 </a>
 ## Open Graph
 <img src="https://opengraph.github.com/3b128f0e88464a82a37f2daefd7d594c6f41a3c22b3bf94c0c030135039b5dd7/MakeContributions/DSA" />
 ## License
 [MIT](./LICENSE)
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 # Algorithm Name
 Write a short description of the algorithm like:
 1. Time Complexity 
 2. Space Complexity
 3. Applications
 4. Founder's Name
 5. etc...
 ## Steps
 Describe the algorithm in clear, simple, and understandable steps.
 ## Example
 Trace the algorithm with sample input data.
 ## Implementation
 Links to their implementation in programming languages.
 NOTE: The link should be within the algorithms folder only.
 ## Video URL
 Attach a URL of a video that explains the algorithm. 
 ## Others
 Any other information is always welcome and should be included in this section.
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 # Algorithms
 ## Lists
 - [Singly linked list](./Lists/singly-linked-list.md)
 - [Doubly linked list](./Lists/doubly-linked-list.md)
 ## Sorting
 - [Bubble Sort](./Sorting/Bubble-Sort.md)
 - [Merge Sort](./Sorting/Merge-Sort.md)
 - [Selection Sort](./Sorting/Selection-Sort.md)
 - [Insertion Sort](./Sorting/Insertion-Sort.md)
 - [Heap Sort](./Sorting/Heap-Sort.md)
 - [Quick Sort](./Sorting/Quick-Sort.md)
 - [Cycle Sort](./Sorting/Cycle-Sort.md)
 ## Strings
 - [Palindrome](./Strings/Palindrome.md)
 ## Searching
 - [Binary Search](./Searching/Binary-Search.MD)
 - [Linear Search](./Searching/Linear-Search.md)
 ## Others
 [How to add new algorithm documentation?](./CONTRIBUTING.md)
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 # প্যালিন্ড্রোম
 প্যালিন্ড্রোম হল একটি শব্দ, শব্দগুচ্ছ, সংখ্যা বা শব্দের ক্রম যা সামনের মতো পিছনের দিকে পড়ে। শব্দ বা অক্ষরের মধ্যে বিরাম চিহ্ন এবং স্পেস অনুমোদিত।
 ## ধাপ
 ১) সমস্ত বিরাম চিহ্ন এবং হোয়াইটস্পেস মুছে এবং সমস্ত অক্ষরকে ছোট হাতের অক্ষরে রূপান্তর করে স্ট্রিংটি পরিষ্কার করুন।
 ২) পরিষ্কার স্ট্রিং বিপরীত.
 ৩) যদি পরিষ্কার স্ট্রিং বিপরীত স্ট্রিং এর মত হয় তাহলে আমাদের একটি প্যালিনড্রোম আছে।
 ## উদাহরণ
 ### একক শব্দ প্যালিনড্রোম
 - নাগরিক
 - স্তর
 - ম্যাডাম
 - রাডার
 ### একাধিক শব্দ প্যালিনড্রোম
 - মাথা নাড়বেন না।
 - আমি করেছি, তাই না?
 - আমার জিম
 - একজন মানুষ, একটি পরিকল্পনা, একটি খাল - পানামা
 ## Implementation
 - [C](../../../algorithms/C/strings/palindrome.c)
 - [C++](../../../algorithms/CPlusPlus/Maths/palindrome.cpp)
 - [C#](../../../algorithms/CSharp/src/Strings/palindrome.cs)
 - [Haskell](../../../algorithms/Haskell/strings/palindrome.hs)
 - [Java](../../../algorithms/Java/strings/palindrome.java)
 - [JavaScript](../../../algorithms/JavaScript/src/strings/palindrome.js)
 - [Python](../../../algorithms/Python/strings/palindrome.py)
 - [Rust](../../../algorithms/Rust/strings/palindrome/src/main.rs)
 ## Video URL
 [A coursera video explaining the palindrome Algorithm](https://www.coursera.org/lecture/program-code/palindrome-algorithm-1-zzQqs) 
 ## Others
 [Wikipedia](https://en.wikipedia.org/wiki/Palindrome)