Correcciones al ingles y espanol, cambie detalles del sort.cpp de acuerdo al libro.

README-en.md

 ![main2.png](images/main2.png)
 ![main3.png](images/main3.png)
 
-[Verano 2016 - Ive - Tatiana - Rafa]
+
 
 When working with arrays, two common tasks are searching for data and sorting the data using a certain order, ascending or descending, alphabetically or numerically. To efficiently carry out these tasks, searching and sorting algorithms are used. One simple searching algorithm is linear search. Two well known sorting algorithms are Selection Sort and Bubble Sort. In this laboratory experience, you will complete an application to monitor network flow to practice the implementation of algorithms for searching and sorting.
 
 
 Port numbers are stored on 2 bytes (16 bits). Therefore, port numbers range from 0 to 65535. Some port numbers assigned to known service applications are: 22 for `ssh`, 23 for `telnet`, 25 `smtp`, 80 for `http`. 
 
-The application that you will see today can be used to monitor what is known as NetFlows. One NetFlow is composed of the aggregation of the packets of an unidirectional communication between the the applications of two computers. For instance, a NetFlow can be composed of the packets used to send the information from your browser to the `http` application of the web server running Moodle. 
+The application that you will see today can be used to monitor what is known as NetFlows. One NetFlow is composed of the aggregation of the packets of an unidirectional communication between the applications of two computers. For instance, a NetFlow can be composed of the packets used to send the information from your browser to the `http` application of the web server running Moodle. 
 
 
 Figure 1 shows the interface for the *Network Analyzer* application.
 
 ---
 
-Each row in the table in Figure 1 is a NetFlow composed of the source and destination address, the source and destination port, the number of packets and the number of octets (8 bits) in one unidirectional communication between the source and destination computer, from the source port to the destination port.
+Each row in the table in Figure 1 is a NetFlow composed of the source and destination address, the source and destination port, the number of packets, and the number of octets (8 bits) in one unidirectional communication between the source and destination computer, from the source port to the destination port.
 
 The application that you will complete gives the user the ability to analyze the status of the network.  Among others it allows to:
 

Sort.cpp

 /// the packets in the netflow file using the Bubble sort algorithm.
 /// \param netdata  Packet vector that will be sorted.
 /// \~Spanish
-/// \brief Function que ordena por direccion fuente
+/// \brief Funcion que ordena por direccion fuente
 /// los paquetes en el archivo de netflows usando el algoritmo de Bubble sort (Burbuja).
 /// \param netdata Vector de paquetes a ser ordenado.
 void SortBySrcAddr(vector<Packet> &netdata){
 /// the packets in the netflow file using the Selection sort algorithm.
 /// \param netdata  Packet vector that will be sorted.
 /// \~Spanish
-/// \brief Function que ordena por direccion destino
+/// \brief Funcion que ordena por direccion destino
 /// los paquetes en el archivo de netflows usando el algoritmo de Selection sort (Seleccion).
 /// \param netdata Vector de paquetes a ser ordenado.
 void SortByDstAddr(vector<Packet> &netdata){
 /// the packets in the netflow file using the Bubble sort algorithm.
 /// \param netdata  Packet vector that will be sorted.
 /// \~Spanish
-/// \brief Function que ordena por puerto fuente
-/// los paquetes en el archivo de netflows usando el algoritmo de Selection sort (Burbuja).
+/// \brief Funcion que ordena por puerto fuente
+/// los paquetes en el archivo de netflows usando el algoritmo de Bubble sort (Burbuja).
 /// \param netdata Vector de paquetes a ser ordenado.
 void SortBySrcPort(vector<Packet> &netdata){
 
-    // Space to implement the Selection Sort algorithm
+    // Space to implement the Bubble Sort algorithm
     
     
     // YOUR CODE HERE
 /// \fn void SortByDstPort(vector<Packet> &netdata)
 /// \~English
 /// \brief Function that sorts by destination port
-/// the packets in the netflow file using the Bubble sort algorithm.
+/// the packets in the netflow file using the Selection sort algorithm.
 /// \param netdata  Packet vector that will be sorted.
 /// \~Spanish
-/// \brief Function que ordena por puerto destino
-/// los paquetes en el archivo de netflows usando el algoritmo de Bubble sort (Burbuja).
+/// \brief Funcion que ordena por puerto destino
+/// los paquetes en el archivo de netflows usando el algoritmo de Selection sort (Seleccion).
 /// \param netdata Vector de paquetes a ser ordenado.
 void SortByDstPort(vector<Packet> &netdata){
 
-    // Space to implement the bubble sort algorithm
+    // Space to implement the Selection sort algorithm
     
     
      // YOUR CODE HERE

packet.cpp

 /// * packets: set to 0.
 /// * enabled: set to false.
 /// \~Spanish
-/// \brief Constructor por defecto.  Las propiedades de el paquete se ajustan como sigue:
+/// \brief Constructor por defecto.  Las propiedades del paquete se ajustan como sigue:
 /// * src_addr: a una cadena vacia.
 /// * dst_addr: a una cadena vacia.
 /// * src_port: a 0.
 /// \brief Getter for the destination port
 /// \return dst port
 /// \~Spanish
-/// \brief Devuelve la puerto destino
+/// \brief Devuelve el puerto destino
 /// \return puerto destino
 int Packet::getDstPort(){
     return dst_port ;