Vectors chars and strings with Morse Code

[xCaldazar]

I didn't want to ask for help on this, but I am really lost on how to fix this error I am getting when trying to compile my code. I have already created a program that takes Morse Code and turns it into English. Now I have to do the opposite. Much of the first program was already in a skeleton form and we filled in a few parts. Is it because I am using a vector<char> does that not work with push_back somehow? Or maybe it has to do with how I have to take a vector<char> and need it to output a vector<string>?

I am really not sure if this is my only problem but the compiler is only complaining about part of my int main() at line 97.
92 vector<char> codemessage
93 string temp;
94 cin>>temp;
95 while(cin.good())
96 {
97 codemessage.push_back(temp);
98 cin>>temp;
99 }
The error is this:

Code2Morse.cpp: In function ‘int main()’:
Code2Morse.cpp:97: error: no matching function for call to ‘std::vector<char, std::allocator<char> >::push_back(std::string&)’
/usr/include/c++/4.4/bits/stl_vector.h:733: note: candidates are: void std::vector<_Tp, _Alloc>::push_back(const _Tp&) [with _Tp = char, _Alloc = std::allocator<char>]

My full code is this so it makes a little more sense. Some of the comments could be labeled a little off since most of it was copied over from my Morse to English program.

#include <string>
#include <vector>
#include <iostream>
using namespace std;
class Code
{
public:
  Code();                                         // Default constructor - loads and uses morse code
  string decode(vector<char> message);          // decodes a message 
  
private:
  vector<string> codewords;             // this is a codeword vector parallel to A-Z
  vector<char> alpha;                   // this is the vector for A-Z
  vector<char>  alphacode();            // function returns vector - A B C etc
  vector<string>  morsecode();          // function returns vector containing morse code
  string decode(char c);              //returns the character for the codeword c
};

Code::Code()
{
     alpha=alphacode();
     codewords=morsecode();
}

string Code::decode(vector<char> message)
{
    string temp;
    for (int i=0; i<message.size(); i++)
    {
         temp+=decode(message[i]); 	//where the magic happens
    }
    return temp;     				//finished encoding and returns
}

string Code::decode(char c)			//where the magic happens	//char c= message[i]
{ 
     for (int i=0;i<codewords.size();i++)		//codewords.size() does that refer to the longest a single codeword can be, or the 28 characters?
     {
         if (c==alpha[i]) 					//checks if char c is equal to alpha[i] OR alphacode[i] since alpha=alphacode()
         {										
             return codewords[i];					//it then takes what is equal to alphacode[i] and sends i to codewords OR morsecode() to find corresponding symbols
         }
    }
}

vector<char> Code::alphacode()
{                                          // This returns a vector containing the alphabet A-Z and " " and "."
     vector<char> temp;
     for (char c='A'; c<='Z'; c++)		//returns the letters
     temp.push_back(c);
     temp.push_back(' ');				//returns the space space
     temp.push_back('.');				//returns the period.
     return temp;						//this would be the same as typing something like temp[0]='A';temp[1]='B'; ... temp[25]='Z';temp[26]=' ';temp[27]='.'
}

vector<string> Code::morsecode()
{                                         // This function returns a vector containing the morse code
     vector<string> temp(28);				//compares c
         temp[0] =" .-";
         temp[1] =" -...";
         temp[2] =" -.-.";
         temp[3] =" -..";
         temp[4] =" . ";
         temp[5] =" ..-.";
         temp[6] =" --.";
         temp[7] =" ....";
         temp[8] =" ..";
         temp[9] =" .---";
         temp[10] =" -.-";
         temp[11] =" .-..";
         temp[12] =" --";
         temp[13] =" -.";
         temp[14] =" ---";
         temp[15] =" .--.";
         temp[16] =" --.--";
         temp[17] =" .-.";
         temp[18] =" ...";
         temp[19] =" -";
         temp[20] =" ..-";
         temp[21] =" ...-";
         temp[22] =" .--";
         temp[23] =" -..-";
         temp[24] =" -.--";
         temp[25] =" --..";
         temp[26] =" .......";
         temp[27] =" x";
     return temp;					
}

int main()
{    
     vector<char> codemessage;			    //the message vector
     string temp;							//temp string for storing each code letter
     cin>>temp;								//get input of morsecode
     while(cin.good())						//while file still has a message left
     {
         codemessage.push_back(temp);		//take each piece of char and put into vector for message. //pieces being a letter
         cin>>temp;							//reloads the rest of temp to continue taking piece by piece and putting into vector
     }
    Code C;
    cout << C.decode(codemessage) << endl;
}

[Athar]

The problem is that you're trying to add a string to a vector that holds chars, not strings.
So you need to add each character of temp individually, for example:
codemessage.insert(codemessage.end(),temp.begin(),temp.end());

[xCaldazar]

Oh shoot, all I needed was to changed the string temp to a char temp. Looks like it works fine now. I'll double check that its decoding properly later, already missed a class from sleeping in. lol
Thanks for the help.

[xCaldazar]

So I can't seem to figure out why it doesn't want to produce the morse code part ' .......' when there is a space ' ' in the text file. Everything else works just fine. The parts of code my teacher gave us didn't work with turning the '.......' into a space and I corrected that, but I can't seem to do the latter. Is the space contained as a char when I have it grab a string of chars?

[xCaldazar]

I think the problem was that cin>>temp was not grabbing the spaces in my text file. Instead I used a getline() to make sure everything was grabbed and from there put each char in the vector.

I fixed it using this

int main()
{
vector<char> codemessage; //the message vector
string temp1; //temp for storing each code letter
getline( cin, temp1); //get input of morsecode
for (int i=0; i <temp1.length(); i++)
{
codemessage.push_back(temp1[i]);
}
Code C;
cout << C.decode(codemessage) << endl;
}