// Connect EALREADY
TEST_F(SSLClientServerConnectionTest, ConnectEalready) {
MockHandler ch;
SSLContext context(SSLContext::TLSv1_1);
context.SetCertificate(std::string(CLIENT_CERT));
context.SetPrivateKey(std::string(CLIENT_PKEY));
context.SetCAFile(std::string(CA_CERT));
context.SetCiphers(std::string(CIPHER_LIST));
context.SetVerifyMode(SSLContext::VERIFY_PEER);
SSLClient cl(ch, context);
MockHandler sh;
SSLContext server_context(SSLContext::TLSv1_1);
server_context.SetCertificate(std::string(SERVER_CERT));
server_context.SetPrivateKey(std::string(SERVER_PKEY));
server_context.SetCAFile(std::string(CA_CERT));
server_context.SetCiphers(std::string(CIPHER_LIST));
server_context.SetVerifyMode(SSLContext::VERIFY_PEER);
SSLServer sv(sh, server_context);
Error e = sv.Start(TEST_ADDR, TEST_PORT);
ASSERT_EQ(LNR_OK, e.Code());
SSLSocket cs = cl.CreateSocket(TEST_ADDR, TEST_PORT);
EXPECT_CALL(sh, OnConnectMock(_)).WillOnce(Assign(&srv_finished, true));
EXPECT_CALL(ch, OnConnectMock(cs)).WillOnce(Assign(&cli_finished, true));
e = cs.Connect();
ASSERT_EQ(LNR_OK, e.Code());
WAIT_TO_FINISH_CALLBACK();
e = cs.Connect();
ASSERT_EQ(LNR_EALREADY, e.Code());
}
// Connect - Disconnect delayed Socket Destruct: must not SEGV
TEST_F(SSLClientServerConnectionTest, DelayedSocketDestruct) {
DelayedMockHandler ch;
SSLContext context(SSLContext::TLSv1_1);
context.SetCertificate(std::string(CLIENT_CERT));
context.SetPrivateKey(std::string(CLIENT_PKEY));
context.SetCAFile(std::string(CA_CERT));
context.SetCiphers(std::string(CIPHER_LIST));
context.SetVerifyMode(SSLContext::VERIFY_PEER);
SSLClient cl(ch, context);
MockHandler sh;
SSLContext server_context(SSLContext::TLSv1_1);
server_context.SetCertificate(std::string(SERVER_CERT));
server_context.SetPrivateKey(std::string(SERVER_PKEY));
server_context.SetCAFile(std::string(CA_CERT));
server_context.SetCiphers(std::string(CIPHER_LIST));
server_context.SetVerifyMode(SSLContext::VERIFY_PEER);
SSLServer sv(sh, server_context);
{
InSequence dummy;
EXPECT_CALL(sh, OnConnectMock(_)).WillOnce(WithArg<0>(Disconnect()));
EXPECT_CALL(sh, OnDisconnectMock(Eq(ByRef(sh.s_)), Error(LNR_OK))).WillOnce(Assign(&srv_finished, true));
}
Error e = sv.Start(TEST_ADDR, TEST_PORT);
ASSERT_EQ(LNR_OK, e.Code());
SSLSocket cs = cl.CreateSocket(TEST_ADDR, TEST_PORT);
{
InSequence dummy;
EXPECT_CALL(ch, OnConnectMock(cs));
EXPECT_CALL(ch, OnDisconnectMock(cs, Error(LNR_EOF))).WillOnce(Assign(&cli_finished, true));
}
e = cs.Connect();
ASSERT_EQ(LNR_OK, e.Code());
WAIT_TO_FINISH_CALLBACK();
ASSERT_EQ(global::gs_, cs);
cs = cl.CreateSocket(TEST_ADDR, TEST_PORT);
EXPECT_CALL(sh, OnConnectMock(_)).WillOnce(Assign(&srv_finished, true));
EXPECT_CALL(ch, OnConnectMock(cs)).WillOnce(Assign(&cli_finished, true));
e = cs.Connect();
ASSERT_EQ(LNR_OK, e.Code());
WAIT_TO_FINISH_CALLBACK();
ASSERT_NE(global::gs_, cs);
EXPECT_CALL(sh, OnDisconnectMock(_, _)).Times(::testing::AtLeast(0));
EXPECT_CALL(ch, OnDisconnectMock(_, _)).Times(::testing::AtLeast(0));
}
// Timeout
TEST_F(SSLClientServerConnectionTest, ConnectTimeout) {
MockHandler ch;
SSLContext context(SSLContext::TLSv1_1);
context.SetCertificate(std::string(CLIENT_CERT));
context.SetPrivateKey(std::string(CLIENT_PKEY));
context.SetCAFile(std::string(CA_CERT));
context.SetCiphers(std::string(CIPHER_LIST));
context.SetVerifyMode(SSLContext::VERIFY_PEER);
SSLClient cl(ch, context);
SSLSocket cs = cl.CreateSocket(TEST_ADDR_4_TIMEOUT, TEST_PORT);
EXPECT_CALL(ch, OnConnectMock(_)).Times(0);
EXPECT_CALL(ch, OnDisconnectMock(cs, Error(LNR_ETIMEDOUT))).WillOnce(DoAll(Assign(&srv_finished, true), Assign(&cli_finished, true)));
Error e = cs.Connect(1);
ASSERT_EQ(LNR_OK, e.Code());
WAIT_TO_FINISH_CALLBACK();
}
int main()
{
#if 1
//string ip = "service.evchong.com";
string ip = "123.59.53.85";
string buf;
string url;
string param;
HttpsPost httpspost;
do
{
//int ret = httpspost.Connect(ip, 443, HOSTNAME_TYPE);
int ret = httpspost.Connect(ip, 443, IP_TYPE);
if( HTTPS_CONNECTED == ret)
{
break;
}
else if( HTTPS_CONNECT_FALSE == ret)
{
break;
}
// 防止死循环，设置超时或者尝试次数，close break
}while(1);
#if 1
int ok_couter = 0;
int false_couter = 0;
int connectCouter = 1;
/*
while(1)
{
httpspost.State();
ok_couter++;
cout<< ok_couter<< endl;
sleep(1);
}
*/
while(1)
{
// heartbeat
url = "https://service.evchong.com:443/evchong_API/evchong/v1/heartbeat";
param = "{\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"1012090561\"},\"chargePointSerialNumber\":{\"chargePointSerialNumber\":\"CSN00001\"}}";
httpspost.State();
//if(httpspost.State() == HTTPS_FREE)
{
do
{
//int ret = httpspost.Connect(ip, 443, HOSTNAME_TYPE);
int ret = httpspost.Connect(ip, 443, IP_TYPE);
if( HTTPS_CONNECTED == ret)
{
connectCouter++;
break;
}
else if( HTTPS_CONNECT_FALSE == ret)
{
break;
}
// 防止死循环，设置超时或者尝试次数，close break
}while(1);
}
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> send heartbeat" << endl;
while(1)
{
int ret = httpspost.Recv(buf);
if(HTTPS_RECVED == ret)
{
ok_couter++;
//cout<< ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> revc heartbeat " << endl;
//cout<< "response: " << endl << buf << endl;
break;
}
else if(HTTPS_RECV_FALSE == ret)
{
false_couter++;
httpspost.Close();
//cout<< ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> recv heartbeat false and close" << endl;
break;
}
}
}
cout<<"connectCouter = "<< connectCouter << ", false_couter = " << false_couter << ", ok_couter = " << ok_couter << endl;
sleep(65);
}
#endif
#endif
#if 0
string ip = "183.131.144.74";
string buf;
string url;
string param;
HttpsPost httpspost;
do
{
int ret = httpspost.Connect(ip, 8443, IP_TYPE);
if( HTTPS_CONNECTED == ret)
{
break;
}
else if( HTTPS_CONNECT_FALSE == ret)
{
break;
}
// 防止死循环，设置超时或者尝试次数，close break
}while(1);
#if 1
{
/*
* 例子4
* HttpsPost类测试，HTTP，SSL_ENABLE需要置为0
*/
// deviceBoot
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/deviceBoot";
param = "{\"iccid\":{\"iccid\":\"112233\"},\"chargePointModel\":{\"chargePointModel\":\"11\"},\"chargePointVendor\":{\"chargePointVendor\":\"3456\"},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"chargePointSerialNumber\":{\"chargePointSerialNumber\":\"45678\"},\"imsi\":{\"imsi\":\"xxxxx\"},\"meterType\":{\"meterType\":\"xxxxx\"},\"firmwareVersion\":{\"firmwareVersion\":\"xxxxx\"},\"meterSerialNumber\":{\"meterSerialNumber\":\"xxxxx\"}}";
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send deviceBoot ----------------------- " << endl;
while(1)
{
int ret = httpspost.Recv(buf);
if(HTTPS_RECVED == ret)
{
cout<< "recv deviceBoot" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
else if(HTTPS_RECV_FALSE == ret)
{
httpspost.Close();
cout<< "recv deviceBoot false and close" << endl;
break;
}
}
}
sleep(2);
}
#endif
#if 1
{
// heartbeat
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/heartbeat";
param = "{\"chargePointSerialNumber\":{\"chargePointSerialNumber\":\"112233\"},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"33qw34\"}}";
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send heartbeat ----------------------- " << endl;
while(1)
{
int ret = httpspost.Recv(buf);
if(HTTPS_RECVED == ret)
{
cout<< "recv heartbeat" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
else if(HTTPS_RECV_FALSE == ret)
{
httpspost.Close();
cout<< "recv heartbeat false and close" << endl;
break;
}
}
}
sleep(2);
}
#endif
#if 1
{
// authorize
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/authorize";
param = "{\"idToken\":{\"idToken\":\"12345\"},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"0004455\"}}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send authorize ----------------------- " << endl;
while(1)
{
if(HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "recv authorize" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
}
}
sleep(2);
}
#endif
#if 0
{
// startTrans
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/startTrans";
param = "{\"idTag\":{\"idToken\":\"223344\"},\"connectorId\":1,\"meterStart\":1,\"reservationId\":1,\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"timestamp\":1425289031076}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send startTrans ----------------------- " << endl;
while(1)
{
if(HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "recv startTrans" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
}
}
sleep(2);
}
#endif
#if 0
{
// meterValues
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/meterValues";
param = "{\"connectorId\":1,\"transactionId\":1,\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"values\":[{\"measurand\":\"Energy_Active_Import_Register\",\"unit\":\"Wh\",\"value\":\"xxxxx\",\"location\":\"Outlet\",\"context\":\"Sample_Periodic\",\"format\":\"Raw\",\"timestamp\":1425289652130}]}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send meterValues ----------------------- " << endl;
while(1)
{
if(HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "recv meterValues" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
}
}
sleep(2);
}
#endif
#if 0
{
// stopTrans
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/stopTrans";
param = "{\"idTag\":{\"idToken\":\"123456\"},\"transactionId\":1,\"transactionData\":{\"values\":{\"measurand\":\"Energy_Active_Import_Register\",\"unit\":\"Wh\",\"value\":\"xxxxxx\",\"location\":\"Outlet\",\"context\":\"Sample_Periodic\",\"format\":\"Raw\",\"timestamp\":1425886218825}},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"445566\"},\"meterStop\":1,\"timestamp\":1425886218829}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send stopTrans ----------------------- " << endl;
while(1)
{
if(HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "recv stopTrans" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
}
}
sleep(2);
}
#endif
#if 0
{
// statusNotify
url = "https://183.131.144.74:8443/evchong_API/evchong/v1/statusNotify";
param = "{\"connectorId\":1,\"vendorErrorCode\":\"1122\",\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"errorCode\":\"GroundFailure\",\"vendorId\":\"4455\",\"info\":\"xxxxx\",\"timestamp\":1425290540330,\"status\":\"Available\"}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
cout<< "send statusNotify ----------------------- " << endl;
while(1)
{
if(HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "recv statusNotify" << endl;
cout<< "response: " << endl << buf << endl;
break;
}
}
}
sleep(2);
}
#endif
httpspost.Close();
#endif
////////////////////////////////////////////////////////////////////////////////////////
#if 0
{
/*
* 例子1
* sslSocket类测试
*/
SSLSocket ssocket;
string ip1 = "127.0.0.1";
string buf1 = "hello, I am sslSocket";
ssocket.Connect(ip1, 7838, IP_TYPE);
ssocket.Send(buf1);
ssocket.Recv(buf1);
ssocket.Close();
}
#endif
#if 0
{
/*
* 例子2
* HttpsPost类测试，HTTPS, 需要开server
*/
string ip = "127.0.0.1";
string buf;
HttpsPost httpspost;
if( HTTPS_CONNECTED == httpspost.Connect(ip, 7838, IP_TYPE) )
{
string url = "127.0.0.1";
string param = "hehe";
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "response: " << buf << endl;
}
}
httpspost.Close();
}
}
#endif
#if 0
{
/*
* 例子3
* HttpsPost类测试，HTTPS，发送给微信，SSL_ENABLE需要置为1
*/
string ip = "api.weixin.qq.com";
string buf;
HttpsPost httpspost;
if( HTTPS_CONNECTED == httpspost.Connect(ip, 443, HOSTNAME_TYPE) )
{
string url = "https://api.weixin.qq.com/cgi-bin/menu/create?access_token=ACCESS_TOKEN";
string param = "'button':[{'type':'click','name':'helloworld','key':'HELLO_WORLD'}]";
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
cout<< "response: " << buf << endl;
}
}
httpspost.Close();
}
}
#endif
#if 0
{
/*
* 例子4
* HttpsPost类测试，HTTP，SSL_ENABLE需要置为0
*/
string ip = "183.131.144.74";
string buf;
HttpsPost httpspost;
if( HTTPS_CONNECTED == httpspost.Connect(ip, 8080, IP_TYPE) )
{
string url;
string param;
// deviceBoot
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/deviceBoot";
param = "{\"iccid\":{\"iccid\":\"112233\"},\"chargePointModel\":{\"chargePointModel\":\"11\"},\"chargePointVendor\":{\"chargePointVendor\":\"3456\"},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"chargePointSerialNumber\":{\"chargePointSerialNumber\":\"45678\"},\"imsi\":{\"imsi\":\"xxxxx\"},\"meterType\":{\"meterType\":\"xxxxx\"},\"firmwareVersion\":{\"firmwareVersion\":\"xxxxx\"},\"meterSerialNumber\":{\"meterSerialNumber\":\"xxxxx\"}}";
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
//cout<< "response: " << buf << endl;
}
}
// heartbeat
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/heartbeat";
param = "{\"chargePointSerialNumber\":{\"chargePointSerialNumber\":\"112233\"},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"33qw34\"}}";
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
//cout<< "response: " << buf << endl;
}
}
// authorize
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/authorize";
param = "{\"idToken\":{\"idToken\":\"12345\"},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"0004455\"}}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
// cout<< "response: " << buf << endl;
}
}
// startTrans
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/startTrans";
param = "{\"idTag\":{\"idToken\":\"223344\"},\"connectorId\":1,\"meterStart\":1,\"reservationId\":1,\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"timestamp\":1425289031076}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
// cout<< "response: " << buf << endl;
}
}
// meterValues
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/meterValues";
param = "{\"connectorId\":1,\"transactionId\":1,\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"values\":[{\"measurand\":\"Energy_Active_Import_Register\",\"unit\":\"Wh\",\"value\":\"xxxxx\",\"location\":\"Outlet\",\"context\":\"Sample_Periodic\",\"format\":\"Raw\",\"timestamp\":1425289652130}]}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
// cout<< "response: " << buf << endl;
}
}
// stopTrans
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/stopTrans";
param = "{\"idTag\":{\"idToken\":\"123456\"},\"transactionId\":1,\"transactionData\":{\"values\":{\"measurand\":\"Energy_Active_Import_Register\",\"unit\":\"Wh\",\"value\":\"xxxxxx\",\"location\":\"Outlet\",\"context\":\"Sample_Periodic\",\"format\":\"Raw\",\"timestamp\":1425886218825}},\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"445566\"},\"meterStop\":1,\"timestamp\":1425886218829}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
// cout<< "response: " << buf << endl;
}
}
// statusNotify
url = "http://183.131.144.74:8080/evchong_API/evchong/v1/statusNotify";
param = "{\"connectorId\":1,\"vendorErrorCode\":\"1122\",\"chargeBoxSerialNumber\":{\"chargeBoxSerialNumber\":\"123456\"},\"errorCode\":\"GroundFailure\",\"vendorId\":\"4455\",\"info\":\"xxxxx\",\"timestamp\":1425290540330,\"status\":\"Available\"}";
buf.erase();
if( HTTPS_SENTED == httpspost.Send(url, param) )
{
if( HTTPS_RECVED == httpspost.Recv(buf))
{
// cout<< "response: " << buf << endl;
}
}
httpspost.Close();
}
}
#endif
}
