/**
* Closes the #fb_mqtt connection.
*
* @param mqtt The #fb_mqtt.
**/
void fb_mqtt_close(fb_mqtt_t *mqtt)
{
g_return_if_fail(mqtt != NULL);
if (mqtt->wev > 0) {
b_event_remove(mqtt->wev);
mqtt->wev = 0;
}
if (mqtt->rev > 0) {
b_event_remove(mqtt->rev);
mqtt->rev = 0;
}
if (mqtt->tev > 0) {
b_event_remove(mqtt->tev);
mqtt->tev = 0;
}
if (mqtt->ssl != NULL) {
ssl_disconnect(mqtt->ssl);
mqtt->ssl = NULL;
}
#ifdef DEBUG_FACEBOOK
if (mqtt->wbuf->len > 0)
FB_UTIL_DEBUGLN("Closing with unwritten data");
#endif /* DEBUG_FACEBOOK */
mqtt->connected = FALSE;
g_clear_error(&mqtt->err);
g_byte_array_set_size(mqtt->rbuf, 0);
g_byte_array_set_size(mqtt->wbuf, 0);
}
/* This one is actually pretty simple... Might get more calls if we can't write
the whole request at once. */
static gboolean http_connected( gpointer data, int source, b_input_condition cond )
{
struct http_request *req = data;
int st;
if( source < 0 )
goto error;
if( req->inpa > 0 )
b_event_remove( req->inpa );
sock_make_nonblocking( req->fd );
if( req->ssl )
{
st = ssl_write( req->ssl, req->request + req->bytes_written,
req->request_length - req->bytes_written );
if( st < 0 )
{
if( ssl_errno != SSL_AGAIN )
{
ssl_disconnect( req->ssl );
goto error;
}
}
}
else
{
st = write( source, req->request + req->bytes_written,
req->request_length - req->bytes_written );
if( st < 0 )
{
if( !sockerr_again() )
{
closesocket( req->fd );
goto error;
}
}
}
if( st > 0 )
req->bytes_written += st;
if( req->bytes_written < req->request_length )
req->inpa = b_input_add( source,
req->ssl ? ssl_getdirection( req->ssl ) : B_EV_IO_WRITE,
http_connected, req );
else
req->inpa = b_input_add( source, B_EV_IO_READ, http_incoming_data, req );
return FALSE;
error:
if( req->status_string == NULL )
req->status_string = g_strdup( "Error while writing HTTP request" );
req->func( req );
http_free( req );
return FALSE;
}
static void jabber_logout( struct im_connection *ic )
{
struct jabber_data *jd = ic->proto_data;
while( jd->filetransfers )
imcb_file_canceled( ic, ( ( struct jabber_transfer *) jd->filetransfers->data )->ft, "Logging out" );
while( jd->streamhosts )
{
jabber_streamhost_t *sh = jd->streamhosts->data;
jd->streamhosts = g_slist_remove( jd->streamhosts, sh );
g_free( sh->jid );
g_free( sh->host );
g_free( sh );
}
if( jd->fd >= 0 )
jabber_end_stream( ic );
while( ic->groupchats )
jabber_chat_free( ic->groupchats->data );
if( jd->r_inpa >= 0 )
b_event_remove( jd->r_inpa );
if( jd->w_inpa >= 0 )
b_event_remove( jd->w_inpa );
if( jd->ssl )
ssl_disconnect( jd->ssl );
if( jd->fd >= 0 )
closesocket( jd->fd );
if( jd->tx_len )
g_free( jd->txq );
if( jd->node_cache )
g_hash_table_destroy( jd->node_cache );
jabber_buddy_remove_all( ic );
xt_free( jd->xt );
g_free( jd->oauth2_access_token );
g_free( jd->away_message );
g_free( jd->username );
g_free( jd->me );
g_free( jd );
jabber_connections = g_slist_remove( jabber_connections, ic );
}
static gboolean ssl_connected(gpointer data, gint source, b_input_condition cond)
{
struct scd *conn = data;
if (conn->verify) {
/* Right now we don't have any verification functionality for OpenSSL. */
conn->func(conn->data, 1, NULL, cond);
if (source >= 0) {
closesocket(source);
}
ssl_conn_free(conn);
return FALSE;
}
if (source == -1) {
goto ssl_connected_failure;
}
if (!initialized) {
ssl_init();
}
if (ssl_ctx == NULL) {
goto ssl_connected_failure;
}
conn->ssl = SSL_new(ssl_ctx);
if (conn->ssl == NULL) {
goto ssl_connected_failure;
}
/* We can do at least the handshake with non-blocking I/O */
sock_make_nonblocking(conn->fd);
SSL_set_fd(conn->ssl, conn->fd);
if (conn->hostname && !g_ascii_isdigit(conn->hostname[0])) {
SSL_set_tlsext_host_name(conn->ssl, conn->hostname);
}
return ssl_handshake(data, source, cond);
ssl_connected_failure:
conn->func(conn->data, 0, NULL, cond);
ssl_disconnect(conn);
return FALSE;
}
static gboolean ssl_handshake(gpointer data, gint source, b_input_condition cond)
{
struct scd *conn = data;
int st;
if ((st = SSL_connect(conn->ssl)) < 0) {
conn->lasterr = SSL_get_error(conn->ssl, st);
if (conn->lasterr != SSL_ERROR_WANT_READ && conn->lasterr != SSL_ERROR_WANT_WRITE) {
conn->func(conn->data, 0, NULL, cond);
ssl_disconnect(conn);
return FALSE;
}
conn->inpa = b_input_add(conn->fd, ssl_getdirection(conn), ssl_handshake, data);
return FALSE;
}
conn->established = TRUE;
sock_make_blocking(conn->fd); /* For now... */
conn->func(conn->data, 0, conn, cond);
return FALSE;
}
int send_payload(const char *deviceTokenHex, const char *payloadBuff, size_t payloadLength)
{
int rtn = 0;
printf("ssl_connect\n");
SSL_Connection *sslcon = ssl_connect(APPLE_HOST, APPLE_PORT, RSA_CLIENT_CERT, RSA_CLIENT_KEY, CA_CERT_PATH);
if(sslcon == NULL)
{
printf("Could not allocate memory for SSL Connection");
exit(1);
}
printf("ssl_connect successful, sending message...\n");
if (sslcon && deviceTokenHex && payloadBuff && payloadLength)
{
uint8_t command = 0; /* command number */
char binaryMessageBuff[sizeof(uint8_t) + sizeof(uint16_t) + DEVICE_BINARY_SIZE + sizeof(uint16_t) + MAXPAYLOAD_SIZE];
/* message format is, |COMMAND|TOKENLEN|TOKEN|PAYLOADLEN|PAYLOAD| */
char *binaryMessagePt = binaryMessageBuff;
uint16_t networkOrderTokenLength = htons(DEVICE_BINARY_SIZE);
uint16_t networkOrderPayloadLength = htons(payloadLength);
/* command */
*binaryMessagePt++ = command;
/* token length network order */
memcpy(binaryMessagePt, &networkOrderTokenLength, sizeof(uint16_t));
binaryMessagePt += sizeof(uint16_t);
/* Convert the Device Token */
size_t i = 0;
int j = 0;
int tmpi;
char tmp[3];
char deviceTokenBinary[DEVICE_BINARY_SIZE];
while(i < strlen(deviceTokenHex))
{
if(deviceTokenHex[i] == ' ')
{
i++;
}
else
{
tmp[0] = deviceTokenHex[i];
tmp[1] = deviceTokenHex[i + 1];
tmp[2] = '\0';
sscanf(tmp, "%x", &tmpi);
deviceTokenBinary[j] = tmpi;
i += 2;
j++;
}
}
/* device token */
memcpy(binaryMessagePt, deviceTokenBinary, DEVICE_BINARY_SIZE);
binaryMessagePt += DEVICE_BINARY_SIZE;
/* payload length network order */
memcpy(binaryMessagePt, &networkOrderPayloadLength, sizeof(uint16_t));
binaryMessagePt += sizeof(uint16_t);
/* payload */
memcpy(binaryMessagePt, payloadBuff, payloadLength);
binaryMessagePt += payloadLength;
if (SSL_write(sslcon->ssl, binaryMessageBuff, (binaryMessagePt - binaryMessageBuff)) > 0)
rtn = 1;
}
printf("message sent %ssuccessfully\n", rtn ? "un" : "");
ssl_disconnect(sslcon);
return rtn;
}
static gboolean http_incoming_data( gpointer data, int source, b_input_condition cond )
{
struct http_request *req = data;
int evil_server = 0;
char buffer[2048];
char *end1, *end2;
int st;
if( req->inpa > 0 )
b_event_remove( req->inpa );
if( req->ssl )
{
st = ssl_read( req->ssl, buffer, sizeof( buffer ) );
if( st < 0 )
{
if( ssl_errno != SSL_AGAIN )
{
/* goto cleanup; */
/* YAY! We have to deal with crappy Microsoft
servers that LOVE to send invalid TLS
packets that abort connections! \o/ */
goto got_reply;
}
}
else if( st == 0 )
{
goto got_reply;
}
}
else
{
st = read( req->fd, buffer, sizeof( buffer ) );
if( st < 0 )
{
if( !sockerr_again() )
{
req->status_string = g_strdup( strerror( errno ) );
goto cleanup;
}
}
else if( st == 0 )
{
goto got_reply;
}
}
if( st > 0 )
{
req->reply_headers = g_realloc( req->reply_headers, req->bytes_read + st + 1 );
memcpy( req->reply_headers + req->bytes_read, buffer, st );
req->bytes_read += st;
}
/* There will be more! */
req->inpa = b_input_add( req->fd,
req->ssl ? ssl_getdirection( req->ssl ) : B_EV_IO_READ,
http_incoming_data, req );
if( ssl_pending( req->ssl ) )
return http_incoming_data( data, source, cond );
else
return FALSE;
got_reply:
/* Maybe if the webserver is overloaded, or when there's bad SSL
support... */
if( req->bytes_read == 0 )
{
req->status_string = g_strdup( "Empty HTTP reply" );
goto cleanup;
}
/* Zero termination is very convenient. */
req->reply_headers[req->bytes_read] = 0;
/* Find the separation between headers and body, and keep stupid
webservers in mind. */
end1 = strstr( req->reply_headers, "\r\n\r\n" );
end2 = strstr( req->reply_headers, "\n\n" );
if( end2 && end2 < end1 )
{
end1 = end2 + 1;
evil_server = 1;
}
else if( end1 )
{
end1 += 2;
}
else
{
req->status_string = g_strdup( "Malformed HTTP reply" );
goto cleanup;
}
*end1 = 0;
if( getenv( "BITLBEE_DEBUG" ) )
printf( "HTTP response headers:\n%s\n", req->reply_headers );
if( evil_server )
req->reply_body = end1 + 1;
else
req->reply_body = end1 + 2;
req->body_size = req->reply_headers + req->bytes_read - req->reply_body;
if( ( end1 = strchr( req->reply_headers, ' ' ) ) != NULL )
{
if( sscanf( end1 + 1, "%d", &req->status_code ) != 1 )
{
req->status_string = g_strdup( "Can't parse status code" );
req->status_code = -1;
}
else
{
char *eol;
if( evil_server )
eol = strchr( end1, '\n' );
else
eol = strchr( end1, '\r' );
req->status_string = g_strndup( end1 + 1, eol - end1 - 1 );
/* Just to be sure... */
if( ( eol = strchr( req->status_string, '\r' ) ) )
*eol = 0;
if( ( eol = strchr( req->status_string, '\n' ) ) )
*eol = 0;
}
}
else
{
req->status_string = g_strdup( "Can't locate status code" );
req->status_code = -1;
}
if( ( ( req->status_code >= 301 && req->status_code <= 303 ) ||
req->status_code == 307 ) && req->redir_ttl-- > 0 )
{
char *loc, *new_request, *new_host;
int error = 0, new_port, new_proto;
/* We might fill it again, so let's not leak any memory. */
g_free( req->status_string );
req->status_string = NULL;
loc = strstr( req->reply_headers, "\nLocation: " );
if( loc == NULL ) /* We can't handle this redirect... */
{
req->status_string = g_strdup( "Can't locate Location: header" );
goto cleanup;
}
loc += 11;
while( *loc == ' ' )
loc ++;
/* TODO/FIXME: Possibly have to handle relative redirections,
and rewrite Host: headers. Not necessary for now, it's
enough for passport authentication like this. */
if( *loc == '/' )
{
/* Just a different pathname... */
/* Since we don't cache the servername, and since we
don't need this yet anyway, I won't implement it. */
req->status_string = g_strdup( "Can't handle recursive redirects" );
goto cleanup;
}
else
{
/* A whole URL */
url_t *url;
char *s;
const char *new_method;
s = strstr( loc, "\r\n" );
if( s == NULL )
goto cleanup;
url = g_new0( url_t, 1 );
*s = 0;
if( !url_set( url, loc ) )
{
req->status_string = g_strdup( "Malformed redirect URL" );
g_free( url );
goto cleanup;
}
/* Find all headers and, if necessary, the POST request contents.
Skip the old Host: header though. This crappy code here means
anything using this http_client MUST put the Host: header at
the top. */
if( !( ( s = strstr( req->request, "\r\nHost: " ) ) &&
( s = strstr( s + strlen( "\r\nHost: " ), "\r\n" ) ) ) )
{
req->status_string = g_strdup( "Error while rebuilding request string" );
g_free( url );
goto cleanup;
}
/* More or less HTTP/1.0 compliant, from my reading of RFC 2616.
Always perform a GET request unless we received a 301. 303 was
meant for this but it's HTTP/1.1-only and we're specifically
speaking HTTP/1.0. ...
Well except someone at identi.ca's didn't bother reading any
RFCs and just return HTTP/1.1-specific status codes to HTTP/1.0
requests. Fuckers. So here we are, handle 301..303,307. */
if( strncmp( req->request, "GET", 3 ) == 0 )
/* GETs never become POSTs. */
new_method = "GET";
else if( req->status_code == 302 || req->status_code == 303 )
/* 302 de-facto becomes GET, 303 as specified by RFC 2616#10.3.3 */
new_method = "GET";
else
/* 301 de-facto should stay POST, 307 specifally RFC 2616#10.3.8 */
new_method = "POST";
/* Okay, this isn't fun! We have to rebuild the request... :-( */
new_request = g_strdup_printf( "%s %s HTTP/1.0\r\nHost: %s%s",
new_method, url->file, url->host, s );
new_host = g_strdup( url->host );
new_port = url->port;
new_proto = url->proto;
/* If we went from POST to GET, truncate the request content. */
if( new_request[0] != req->request[0] && new_request[0] == 'G' &&
( s = strstr( new_request, "\r\n\r\n" ) ) )
s[4] = '\0';
g_free( url );
}
if( req->ssl )
ssl_disconnect( req->ssl );
else
closesocket( req->fd );
req->fd = -1;
req->ssl = NULL;
if( getenv( "BITLBEE_DEBUG" ) )
printf( "New headers for redirected HTTP request:\n%s\n", new_request );
if( new_proto == PROTO_HTTPS )
{
req->ssl = ssl_connect( new_host, new_port, TRUE, http_ssl_connected, req );
if( req->ssl == NULL )
error = 1;
}
else
{
req->fd = proxy_connect( new_host, new_port, http_connected, req );
if( req->fd < 0 )
error = 1;
}
g_free( new_host );
if( error )
{
req->status_string = g_strdup( "Connection problem during redirect" );
g_free( new_request );
goto cleanup;
}
g_free( req->request );
g_free( req->reply_headers );
req->request = new_request;
req->request_length = strlen( new_request );
req->bytes_read = req->bytes_written = req->inpa = 0;
req->reply_headers = req->reply_body = NULL;
return FALSE;
}
/* Assume that a closed connection means we're finished, this indeed
breaks with keep-alive connections and faulty connections. */
req->finished = 1;
cleanup:
if( req->ssl )
ssl_disconnect( req->ssl );
else
closesocket( req->fd );
if( getenv( "BITLBEE_DEBUG" ) && req )
printf( "Finishing HTTP request with status: %s\n",
req->status_string ? req->status_string : "NULL" );
req->func( req );
http_free( req );
return FALSE;
}
void APN_closeConnect()
{
ssl_disconnect(sslcon);
}
static void jabber_logout(struct im_connection *ic)
{
struct jabber_data *jd = ic->proto_data;
while (jd->filetransfers) {
imcb_file_canceled(ic, (( struct jabber_transfer *) jd->filetransfers->data)->ft, "Logging out");
}
while (jd->streamhosts) {
jabber_streamhost_t *sh = jd->streamhosts->data;
jd->streamhosts = g_slist_remove(jd->streamhosts, sh);
g_free(sh->jid);
g_free(sh->host);
g_free(sh);
}
if (jd->fd >= 0) {
jabber_end_stream(ic);
}
while (ic->groupchats) {
jabber_chat_free(ic->groupchats->data);
}
if (jd->r_inpa >= 0) {
b_event_remove(jd->r_inpa);
}
if (jd->w_inpa >= 0) {
b_event_remove(jd->w_inpa);
}
if (jd->ssl) {
ssl_disconnect(jd->ssl);
}
if (jd->fd >= 0) {
proxy_disconnect(jd->fd);
}
if (jd->tx_len) {
g_free(jd->txq);
}
if (jd->node_cache) {
g_hash_table_destroy(jd->node_cache);
}
if (jd->buddies) {
jabber_buddy_remove_all(ic);
}
xt_free(jd->xt);
md5_free(&jd->cached_id_prefix);
g_free(jd->oauth2_access_token);
g_free(jd->away_message);
g_free(jd->internal_jid);
g_free(jd->gmail_tid);
g_free(jd->muc_host);
g_free(jd->username);
g_free(jd->me);
g_free(jd);
jabber_connections = g_slist_remove(jabber_connections, ic);
}
/* Splits headers and body. Checks result code, in case of 300s it'll handle
redirects. If this returns FALSE, don't call any callbacks! */
static gboolean http_handle_headers( struct http_request *req )
{
char *end1, *end2, *s;
int evil_server = 0;
/* Zero termination is very convenient. */
req->reply_headers[req->bytes_read] = '\0';
/* Find the separation between headers and body, and keep stupid
webservers in mind. */
end1 = strstr( req->reply_headers, "\r\n\r\n" );
end2 = strstr( req->reply_headers, "\n\n" );
if( end2 && end2 < end1 )
{
end1 = end2 + 1;
evil_server = 1;
}
else if( end1 )
{
end1 += 2;
}
else
{
req->status_string = g_strdup( "Malformed HTTP reply" );
return TRUE;
}
*end1 = '\0';
if( getenv( "BITLBEE_DEBUG" ) )
printf( "HTTP response headers:\n%s\n", req->reply_headers );
if( evil_server )
req->reply_body = end1 + 1;
else
req->reply_body = end1 + 2;
/* Separately allocated space for headers and body. */
req->sblen = req->body_size = req->reply_headers + req->bytes_read - req->reply_body;
req->sbuf = req->reply_body = g_memdup( req->reply_body, req->body_size + 1 );
req->reply_headers = g_realloc( req->reply_headers, end1 - req->reply_headers + 1 );
if( ( end1 = strchr( req->reply_headers, ' ' ) ) != NULL )
{
if( sscanf( end1 + 1, "%hd", &req->status_code ) != 1 )
{
req->status_string = g_strdup( "Can't parse status code" );
req->status_code = -1;
}
else
{
char *eol;
if( evil_server )
eol = strchr( end1, '\n' );
else
eol = strchr( end1, '\r' );
req->status_string = g_strndup( end1 + 1, eol - end1 - 1 );
/* Just to be sure... */
if( ( eol = strchr( req->status_string, '\r' ) ) )
*eol = 0;
if( ( eol = strchr( req->status_string, '\n' ) ) )
*eol = 0;
}
}
else
{
req->status_string = g_strdup( "Can't locate status code" );
req->status_code = -1;
}
if( ( ( req->status_code >= 301 && req->status_code <= 303 ) ||
req->status_code == 307 ) && req->redir_ttl-- > 0 )
{
char *loc, *new_request, *new_host;
int error = 0, new_port, new_proto;
/* We might fill it again, so let's not leak any memory. */
g_free( req->status_string );
req->status_string = NULL;
loc = strstr( req->reply_headers, "\nLocation: " );
if( loc == NULL ) /* We can't handle this redirect... */
{
req->status_string = g_strdup( "Can't locate Location: header" );
return TRUE;
}
loc += 11;
while( *loc == ' ' )
loc ++;
/* TODO/FIXME: Possibly have to handle relative redirections,
and rewrite Host: headers. Not necessary for now, it's
enough for passport authentication like this. */
if( *loc == '/' )
{
/* Just a different pathname... */
/* Since we don't cache the servername, and since we
don't need this yet anyway, I won't implement it. */
req->status_string = g_strdup( "Can't handle relative redirects" );
return TRUE;
}
else
{
/* A whole URL */
url_t *url;
char *s, *version, *headers;
const char *new_method;
s = strstr( loc, "\r\n" );
if( s == NULL )
return TRUE;
url = g_new0( url_t, 1 );
*s = 0;
if( !url_set( url, loc ) )
{
req->status_string = g_strdup( "Malformed redirect URL" );
g_free( url );
return TRUE;
}
/* Find all headers and, if necessary, the POST request contents.
Skip the old Host: header though. This crappy code here means
anything using this http_client MUST put the Host: header at
the top. */
if( !( ( s = strstr( req->request, "\r\nHost: " ) ) &&
( s = strstr( s + strlen( "\r\nHost: " ), "\r\n" ) ) ) )
{
req->status_string = g_strdup( "Error while rebuilding request string" );
g_free( url );
return TRUE;
}
headers = s;
/* More or less HTTP/1.0 compliant, from my reading of RFC 2616.
Always perform a GET request unless we received a 301. 303 was
meant for this but it's HTTP/1.1-only and we're specifically
speaking HTTP/1.0. ...
Well except someone at identi.ca's didn't bother reading any
RFCs and just return HTTP/1.1-specific status codes to HTTP/1.0
requests. Fuckers. So here we are, handle 301..303,307. */
if( strncmp( req->request, "GET", 3 ) == 0 )
/* GETs never become POSTs. */
new_method = "GET";
else if( req->status_code == 302 || req->status_code == 303 )
/* 302 de-facto becomes GET, 303 as specified by RFC 2616#10.3.3 */
new_method = "GET";
else
/* 301 de-facto should stay POST, 307 specifally RFC 2616#10.3.8 */
new_method = "POST";
if( ( version = strstr( req->request, " HTTP/" ) ) &&
( s = strstr( version, "\r\n" ) ) )
{
version ++;
version = g_strndup( version, s - version );
}
else
version = g_strdup( "HTTP/1.0" );
/* Okay, this isn't fun! We have to rebuild the request... :-( */
new_request = g_strdup_printf( "%s %s %s\r\nHost: %s%s",
new_method, url->file, version,
url->host, headers );
new_host = g_strdup( url->host );
new_port = url->port;
new_proto = url->proto;
/* If we went from POST to GET, truncate the request content. */
if( new_request[0] != req->request[0] && new_request[0] == 'G' &&
( s = strstr( new_request, "\r\n\r\n" ) ) )
s[4] = '\0';
g_free( url );
g_free( version );
}
if( req->ssl )
ssl_disconnect( req->ssl );
else
closesocket( req->fd );
req->fd = -1;
req->ssl = NULL;
if( getenv( "BITLBEE_DEBUG" ) )
printf( "New headers for redirected HTTP request:\n%s\n", new_request );
if( new_proto == PROTO_HTTPS )
{
req->ssl = ssl_connect( new_host, new_port, TRUE, http_ssl_connected, req );
if( req->ssl == NULL )
error = 1;
}
else
{
req->fd = proxy_connect( new_host, new_port, http_connected, req );
if( req->fd < 0 )
error = 1;
}
g_free( new_host );
if( error )
{
req->status_string = g_strdup( "Connection problem during redirect" );
g_free( new_request );
return TRUE;
}
g_free( req->request );
g_free( req->reply_headers );
g_free( req->sbuf );
req->request = new_request;
req->request_length = strlen( new_request );
req->bytes_read = req->bytes_written = req->inpa = 0;
req->reply_headers = req->reply_body = NULL;
req->sbuf = req->cbuf = NULL;
req->sblen = req->cblen = 0;
return FALSE;
}
if( ( s = get_rfc822_header( req->reply_headers, "Content-Length", 0 ) ) &&
sscanf( s, "%d", &req->content_length ) != 1 )
req->content_length = -1;
g_free( s );
if( ( s = get_rfc822_header( req->reply_headers, "Transfer-Encoding", 0 ) ) )
{
if( strcasestr( s, "chunked" ) )
{
req->flags |= HTTPC_CHUNKED;
req->cbuf = req->sbuf;
req->cblen = req->sblen;
req->reply_body = req->sbuf = g_strdup( "" );
req->body_size = req->sblen = 0;
}
g_free( s );
}
return TRUE;
}
static gboolean http_incoming_data( gpointer data, int source, b_input_condition cond )
{
struct http_request *req = data;
char buffer[4096];
int st;
if( req->inpa > 0 )
{
b_event_remove( req->inpa );
req->inpa = 0;
}
if( req->ssl )
{
st = ssl_read( req->ssl, buffer, sizeof( buffer ) );
if( st < 0 )
{
if( ssl_errno != SSL_AGAIN )
{
/* goto cleanup; */
/* YAY! We have to deal with crappy Microsoft
servers that LOVE to send invalid TLS
packets that abort connections! \o/ */
goto eof;
}
}
else if( st == 0 )
{
goto eof;
}
}
else
{
st = read( req->fd, buffer, sizeof( buffer ) );
if( st < 0 )
{
if( !sockerr_again() )
{
req->status_string = g_strdup( strerror( errno ) );
goto cleanup;
}
}
else if( st == 0 )
{
goto eof;
}
}
if( st > 0 )
{
http_ret_t c;
if( req->flags & HTTPC_CHUNKED )
c = http_process_chunked_data( req, buffer, st );
else
c = http_process_data( req, buffer, st );
if( c == CR_EOF )
goto eof;
else if( c == CR_ERROR || c == CR_ABORT )
return FALSE;
}
if( req->content_length != -1 &&
req->body_size >= req->content_length )
goto eof;
if( ssl_pending( req->ssl ) )
return http_incoming_data( data, source, cond );
/* There will be more! */
req->inpa = b_input_add( req->fd,
req->ssl ? ssl_getdirection( req->ssl ) : B_EV_IO_READ,
http_incoming_data, req );
return FALSE;
eof:
req->flags |= HTTPC_EOF;
/* Maybe if the webserver is overloaded, or when there's bad SSL
support... */
if( req->bytes_read == 0 )
{
req->status_string = g_strdup( "Empty HTTP reply" );
goto cleanup;
}
cleanup:
/* Avoid g_source_remove warnings */
req->inpa = 0;
if( req->ssl )
ssl_disconnect( req->ssl );
else
closesocket( req->fd );
if( req->body_size < req->content_length )
{
req->status_code = -1;
g_free( req->status_string );
req->status_string = g_strdup( "Response truncated" );
}
if( getenv( "BITLBEE_DEBUG" ) && req )
printf( "Finishing HTTP request with status: %s\n",
req->status_string ? req->status_string : "NULL" );
req->func( req );
http_free( req );
return FALSE;
}
int send_payload(const char *deviceTokenHex, const char *payloadBuff, size_t payloadLength)
{
int rtn = 0;
SSL_Connection *sslcon = ssl_connect(globalApns->host, globalApns->port, globalApns->rsa_cert, globalApns->rsa_key, NULL);
if(sslcon == NULL)
{
syslog (LOG_CRIT, "[APNS Process] APNS SSL Connection failed, check connexion and configuration" );
return -1;
}
if (sslcon && deviceTokenHex && payloadBuff && payloadLength)
{
uint8_t command = 0; /* command number */
char binaryMessageBuff[sizeof(uint8_t) + sizeof(uint16_t) + DEVICE_BINARY_SIZE + sizeof(uint16_t) + MAXPAYLOAD_SIZE];
/* message format is, |COMMAND|TOKENLEN|TOKEN|PAYLOADLEN|PAYLOAD| */
char *binaryMessagePt = binaryMessageBuff;
uint16_t networkOrderTokenLength = htons(DEVICE_BINARY_SIZE);
uint16_t networkOrderPayloadLength = htons(payloadLength);
/* command */
*binaryMessagePt++ = command;
/* token length network order */
memcpy(binaryMessagePt, &networkOrderTokenLength, sizeof(uint16_t));
binaryMessagePt += sizeof(uint16_t);
/* Convert the Device Token */
int i = 0;
int j = 0;
int tmpi;
char tmp[3];
char deviceTokenBinary[DEVICE_BINARY_SIZE];
while(i < strlen(deviceTokenHex))
{
if(deviceTokenHex[i] == ' ')
{
i++;
}
else
{
tmp[0] = deviceTokenHex[i];
tmp[1] = deviceTokenHex[i + 1];
tmp[2] = '\0';
sscanf(tmp, "%x", &tmpi);
deviceTokenBinary[j] = tmpi;
i += 2;
j++;
}
}
/* device token */
memcpy(binaryMessagePt, deviceTokenBinary, DEVICE_BINARY_SIZE);
binaryMessagePt += DEVICE_BINARY_SIZE;
/* payload length network order */
memcpy(binaryMessagePt, &networkOrderPayloadLength, sizeof(uint16_t));
binaryMessagePt += sizeof(uint16_t);
/* payload */
memcpy(binaryMessagePt, payloadBuff, payloadLength);
binaryMessagePt += payloadLength;
if (SSL_write(sslcon->ssl, binaryMessageBuff, (binaryMessagePt - binaryMessageBuff)) > 0)
rtn = 1;
}
ssl_disconnect(sslcon);
return rtn;
}
