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-# BT-Programming-Assignment
+# B.Sc. Thesis Binary Translation Programming Assignment
 
-## General instructions
+## Installation
 
-Languages: C/C++
-Initiate a github repository for each task
-Provide the code accompanied with a Makefile to compile it as well as instructions on how to run your applications
+You can compile both programs by executing:
+```bash
+$ make
+```
+You will get two binaries: *server* and *client*.
 
-## Server/client application
+## Usage
+
+### Server
+
+1. Execute the server:
+```bash
+$ ./server <number-of-buckets>
+```
+
+### Client
+
+2. Execute the client:
+```bash
+$ ./client
+```
+You interact with this program through text-based prompts.
+
+At first, you will be asked if you want to do an (i)nsert, a (g)et, a (r)emove or a (p)rint on the hashtable.
+
+Depending on the operation, you can be asked to give a key and/or a value. 
+
+The hashtable is implemented with <int, int>, invalid arguments will be catched.
+
+## Assignment
+
+### General instructions
+
+- Languages: C/C++
+- Initiate a github repository for each task
+- Provide the code accompanied with a Makefile to compile it as well as instructions on how to run your applications
+
+### Server/client application
 
 Task description: Implement the following two programs:
 
-Server:
-        Initializes a hash table of given size (provided via the command line)
-        Supports the insertion of items in the hash table
-        Hash table collisions are resolved by maintaining a linked list for each bucket/entry in the hash table
-        Supports concurrent operations (multithreading) to perform insert, get and delete operations on the hash table
-        Use readers-writer lock to ensure safety of concurrent operations; try to optimize the granularity
-        Communicates with the client program using shared memory buffer (POSIX shm)
+#### Server:
+
+- Initializes a hash table of given size (provided via the command line)
+- Supports the insertion of items in the hash table
+- Hash table collisions are resolved by maintaining a linked list for each bucket/entry in the hash table
+- Supports concurrent operations (multithreading) to perform insert, get and delete operations on the hash table
+- Use readers-writer lock to ensure safety of concurrent operations; try to optimize the granularity
+- Communicates with the client program using shared memory buffer (POSIX shm)
+
+#### Client:
 
-Client:
-        Enqueues requests/operations (insert, read, delete) to the server (that will operate on the the hash table) via a shared memory buffer (POSIX shm)
+- Enqueues requests/operations (insert, read, delete) to the server (that will operate on the the hash table) via a shared memory buffer (POSIX shm)