iotjava/iotrmi/C++/basics/TestClass_Stub.cpp

   1 #include <iostream>
   2 #include <string>
   3 #include "TestClassComplete_Stub.hpp"
   4 #include "CallBack.hpp"
   5
   6 using namespace std;
   7
   8 int main(int argc, char *argv[])
   9 {
  10
  11         int port = 5010;
  12         const char* address = "localhost";
  13         //const char* address = "128.195.136.170";      // dc-9.calit2.uci.edu
  14         int rev = 0;
  15         bool bResult = false;
  16         vector<int> ports;
  17         ports.push_back(12345);
  18
  19         TestClassComplete *tcStub = new TestClassComplete_Stub(port, address, rev, &bResult, ports);
  20         cout << "==== SINGLE ====" << endl;
  21         cout << "Return value: " << tcStub->getByte(68) << endl;
  22         cout << "Return value: " << tcStub->getShort(1234) << endl;
  23         cout << "Return value: " << tcStub->getLong(12345678) << endl;
  24         cout << "Return value: " << tcStub->getFloat(12.345) << endl;
  25         cout << "Return value: " << tcStub->getDouble(12345.678) << endl;
  26         cout << "Return value: " << tcStub->getBoolean(true) << endl;
  27         cout << "Return value: " << tcStub->getChar('c') << endl;
  28 /*      cout << "==== ARRAY ====" << endl;
  29         vector<char> in1;
  30         in1.push_back(68);
  31         in1.push_back(69);
  32         cout << "Return value: " << tcStub->getByteArray(in1)[0] << ", " << tcStub->getByteArray(in1)[1] << endl;
  33         vector<short> in2;
  34         in2.push_back(1234);
  35         in2.push_back(1235);
  36         cout << "Return value: " << tcStub->getShortArray(in2)[0] << ", "  << tcStub->getShortArray(in2)[1] << endl;
  37         vector<int64_t> in3;
  38         in3.push_back(12345678);
  39         in3.push_back(12356782);
  40         cout << "Return value: " << tcStub->getLongArray(in3)[0] << ", "  << tcStub->getLongArray(in3)[1] << endl;
  41         vector<float> in4;
  42         in4.push_back(12.345);
  43         in4.push_back(12.346);
  44         cout << "Return value: " << tcStub->getFloatArray(in4)[0] << ", "  << tcStub->getFloatArray(in4)[1] << endl;
  45         vector<double> in5;
  46         in5.push_back(12345.678);
  47         in5.push_back(12345.543);
  48         cout << "Return value: " << tcStub->getDoubleArray(in5)[0] << ", "  << tcStub->getDoubleArray(in5)[1] << endl;
  49         vector<bool> in6;
  50         in6.push_back(true);
  51         in6.push_back(false);
  52         cout << "Return value: " << tcStub->getBooleanArray(in6)[0] << ", "  << tcStub->getBooleanArray(in6)[1] << endl;
  53         vector<char> in7;
  54         in7.push_back('c');
  55         in7.push_back('e');
  56         cout << "Return value: " << tcStub->getCharArray(in7)[0] << ", "  << tcStub->getCharArray(in7)[1] << endl;
  57         cout << "==== VECTOR/LIST ====" << endl;
  58         vector<char> inl1;
  59         inl1.push_back(68);
  60         inl1.push_back(69);
  61         cout << "Return value: " << tcStub->getByteList(inl1)[0] << ", " << tcStub->getByteList(inl1)[1] << endl;
  62         vector<short> inl2;
  63         inl2.push_back(1234);
  64         inl2.push_back(1235);
  65         cout << "Return value: " << tcStub->getShortList(inl2)[0] << ", "  << tcStub->getShortList(inl2)[1] << endl;
  66         vector<int64_t> inl3;
  67         inl3.push_back(12345678);
  68         inl3.push_back(12356782);
  69         cout << "Return value: " << tcStub->getLongList(inl3)[0] << ", "  << tcStub->getLongList(inl3)[1] << endl;
  70         vector<float> inl4;
  71         inl4.push_back(12.345);
  72         inl4.push_back(12.346);
  73         cout << "Return value: " << tcStub->getFloatList(inl4)[0] << ", "  << tcStub->getFloatList(inl4)[1] << endl;
  74         vector<double> inl5;
  75         inl5.push_back(12345.678);
  76         inl5.push_back(12345.543);
  77         cout << "Return value: " << tcStub->getDoubleList(inl5)[0] << ", "  << tcStub->getDoubleList(inl5)[1] << endl;
  78         vector<bool> inl6;
  79         inl6.push_back(true);
  80         inl6.push_back(false);
  81         cout << "Return value: " << tcStub->getBooleanList(inl6)[0] << ", "  << tcStub->getBooleanList(inl6)[1] << endl;
  82         vector<char> inl7;
  83         inl7.push_back('c');
  84         inl7.push_back('e');
  85         cout << "Return value: " << tcStub->getCharList(inl7)[0] << ", "  << tcStub->getCharList(inl7)[1] << endl;
  86         cout << "==== ENUM ====" << endl;
  87         Enum en;
  88         en = APPLE;
  89         Enum res = tcStub->handleEnum(en);
  90         cout << "Return value: " << res << endl;
  91         vector<Enum> vecEn;
  92         vecEn.push_back(APPLE);
  93         vecEn.push_back(ORANGE);
  94         vecEn.push_back(APPLE);
  95         vecEn.push_back(GRAPE);
  96         vector<Enum> vecRes = tcStub->handleEnumArray(vecEn);
  97         for (Enum en : vecRes) {
  98                 cout << "Enum value: " << en << endl;
  99         }
 100         vector<Enum> vecRes2 = tcStub->handleEnumList(vecEn);
 101         for (Enum en : vecRes2) {
 102                 cout << "Enum value: " << en << endl;
 103         }
 104         cout << "==== STRUCT ====" << endl;
 105         Struct str;
 106         str.name = "Rahmadi";
 107         str.value = 0.123;
 108         str.year = 2016;
 109         Struct resStr = tcStub->handleStruct(str);
 110         cout << "Name: " << resStr.name << endl;
 111         cout << "Value:" << resStr.value << endl;
 112         cout << "Year" << resStr.year << endl;
 113         Struct str2;
 114         str2.name = "Trimananda";
 115         str2.value = 0.124;
 116         str2.year = 2017;
 117         vector<Struct> vecStr;
 118         vecStr.push_back(str);
 119         vecStr.push_back(str2);
 120         vector<Struct> vecRetStr = tcStub->handleStructArray(vecStr);
 121         for (Struct st : vecRetStr) {
 122                 cout << "Name: " << st.name << endl;
 123                 cout << "Value:" << st.value << endl;
 124                 cout << "Year" << st.year << endl;
 125         }
 126         vector<Struct> vecRetStr2 = tcStub->handleStructList(vecStr);
 127         for (Struct st : vecRetStr2) {
 128                 cout << "Name: " << st.name << endl;
 129                 cout << "Value:" << st.value << endl;
 130                 cout << "Year" << st.year << endl;
 131         }*/
 132         cout << "==== CALLBACK ====" << endl;
 133         CallBackInterface *cbSingle = new CallBack(2354);
 134         tcStub->registerCallback(cbSingle);
 135         cout << "Return value from callback: " << tcStub->callBack() << endl;
 136         CallBackInterface *cb1 = new CallBack(23);
 137         CallBackInterface *cb2 = new CallBack(33);
 138         CallBackInterface *cb3 = new CallBack(43);
 139         vector<CallBackInterface*> cb;
 140         cb.push_back(cb1);
 141         cb.push_back(cb2);
 142         cb.push_back(cb3);
 143         tcStub->registerCallbackArray(cb);
 144         cout << "Return value from callback: " << tcStub->callBack() << endl;
 145         CallBackInterface *cb4 = new CallBack(53);
 146         CallBackInterface *cb5 = new CallBack(63);
 147         CallBackInterface *cb6 = new CallBack(73);
 148         vector<CallBackInterface*> cblist;
 149         cblist.push_back(cb4);
 150         cblist.push_back(cb5);
 151         cblist.push_back(cb6);
 152         tcStub->registerCallbackList(cblist);
 153         cout << "Return value from callback: " << tcStub->callBack() << endl;
 154
 155         cout << "==== OTHERS ====" << endl;
 156         cout << "Return value: " << tcStub->getA() << endl;
 157         cout << "Return value: " << tcStub->setAndGetA(123) << endl;
 158         cout << "Return value: " << tcStub->setACAndGetA("string", 123) << endl;
 159         vector<string> input;
 160         input.push_back("123");
 161         input.push_back("456");
 162         input.push_back("987");
 163
 164         cout << "Return value: " << tcStub->sumArray(input) << endl;
 165
 166         return 0;
 167 }