UVHttp

UVHttp is an asynchronous HTTP framework written in C. The goal of uvhttp is to extend the libuv, and to support a small number of HTTP features.

UVHttp will teaching you how to create a simple http server and http client, before this I was very difficult to find a support c language, HTTPS, asynchronous framework of the HTTP server and the client's open source code, so I try to learn and develop the UVHttp, I hope to help you.

Features

Cross platform
HTTP keep-alive
Non-blocking I/O
HTTPS
Server and client

Contact

QQ:12178761
Email:12178761@qq.com
如果您感觉对您有所帮助，please press star

Sample

staticvoiduvhttp_session_request(
uvhttp_sessionsession,
structuvhttp_message*request
)
{
structuvhttp_header*list=request->headers;
structuvhttp_header*end=0;
structuvhttp_header*iter=0;
#ifdefOUTPUT_DEUBGINFOprintf( "session request url: %s\n", request->uri);
printf( "session headers:\n");
#endifiter=uvhttp_headers_begin( list);
end=uvhttp_headers_end( list);
for ( ; iter!=end ; iter=iter->next ) {
#ifdefOUTPUT_DEUBGINFOprintf( "%s: %s\n", iter->field, iter->value);
#endif
}
}
staticvoiduvhttp_session_body_read(
uvhttp_sessionsession,
structuvhttp_chunkdata
)
{
#ifdefOUTPUT_DEUBGINFOprintf( "request body: %.*s\n", data.len, data.base);
#endif
}
#defineRESPONSE \
"HTTP/1.1 200 OK\r\n" \
"Content-Type: text/plain\r\n" \
"Content-Length: 11\r\n" \
"Connection: keep-alive\r\n" \
"\r\n" \
"Hello World"
voidsession_writed(
intstatus,
uvhttp_sessionsession,
void*user_data
)
{
uvhttp_session_abort( session);
}
staticvoiduvhttp_session_request_end(
intstatus,
uvhttp_sessionsession
)
{
structuvhttp_chunkresponse;
response.base=RESPONSE;
response.len=sizeof(RESPONSE) -1;
uvhttp_session_write( session, &response, 0, session_writed);
#ifdefOUTPUT_DEUBGINFOprintf( "session request end!\n");
#endif
}
staticvoiduvhttp_session_end(
uvhttp_sessionsession
)
{
uvhttp_serverserver=0;
uvhttp_session_get_info( session, UVHTTP_SESSION_INFO_USER_DATA, &server);
#ifdefOUTPUT_DEUBGINFOprintf( "session end!\n");
#endif
}
staticvoiduvhttp_server_session_new(
uvhttp_serverserver,
uvhttp_sessionsession
)
{
uvhttp_session_set_option( session, UVHTTP_SESSION_OPT_REQUEST_CB, uvhttp_session_request);
uvhttp_session_set_option( session, UVHTTP_SESSION_OPT_REQUEST_BODY_CB, uvhttp_session_body_read);
uvhttp_session_set_option( session, UVHTTP_SESSION_OPT_REQUEST_END_CB, uvhttp_session_request_end);
uvhttp_session_set_option( session, UVHTTP_SESSION_OPT_END_CB, uvhttp_session_end);
uvhttp_session_set_option( session, UVHTTP_SESSION_OPT_USER_DATA, server);
#ifdefOUTPUT_DEUBGINFOprintf( "new session created!\n");
#endif
}
intmain(intargc, char*argv[])
{
uvhttp_looploop=uvhttp_loop_new();
if ( loop) {
uvhttp_serverserver_ssl=uvhttp_server_new( loop);
uvhttp_serverserver=uvhttp_server_new( loop);
if ( server) {
uvhttp_server_set_option( server, UVHTTP_SRV_OPT_SESSION_NEW_CB, uvhttp_server_session_new);
if ( uvhttp_server_ip4_listen( server, "0.0.0.0", 8011) ==UVHTTP_OK) {
printf("http on 8011 success\n");
}
}
if ( server_ssl) {
uvhttp_server_set_option( server_ssl, UVHTTP_SRV_OPT_SSL, 1);
uvhttp_server_set_option( server_ssl, UVHTTP_SRV_OPT_SESSION_NEW_CB, uvhttp_server_session_new);
if ( uvhttp_server_ip4_listen( server_ssl, "0.0.0.0", 8012) ==UVHTTP_OK) {
printf("https on 8012 success\n");
}
}
uvhttp_run( loop);
uvhttp_server_delete( server);
uvhttp_server_delete( server_ssl);
uvhttp_loop_delete( loop);
}
return0;
}