/*
* Processes the map message response. Returns 0 in case of success, an
* error code in case of error.
* It feeds the given source with the server side modifications
*
* @param source the source
* @param msg the response from the server
*/
int SyncMLProcessor::processMapResponse(SyncSource& source, SyncBody* syncBody) {
int ret = -1;
//
// for now it is always ok
//
//
// First of all check the status for the SyncHead
//
// TBD
ret = getStatusCode(syncBody, &source, SYNC_HDR);
// Fire Sync Status Event: map status from server (TBD)
//fireSyncStatusEvent(MAP, ret, source.getConfig().getURI(), NULL, SERVER_STATUS);
if ((ret < 200) || (ret >299)) {
goto finally;
}
ret = 0;
finally:
return ret;
}
QString Status::toString(){
OC_METHODGATE();
if(isOK()){
return "STATUS{OK}";
}
return "STATUS{ERROR MSG=" +getStatusMessage()+", CODE=" +QString::number(getStatusCode())+"}";
}
long
getPostsOnDelicious(
const char *url,
const char *userName,
const char *password,
long *numOfPosts,
DELICIOUS_POSTS *posts
)
{
long num = 0;
long blocks = *numOfPosts / 64;
char *response;
size_t sz;
if ( blocks <= 16 )
blocks = 16;
sz = MAX_CONTENT_SIZE * blocks;
response = (char *)malloc( sz );
if ( !response )
return ( num );
setUpReceiveBuffer( response, sz );
http_getBASIC( url, userName, password, response );
num = getAllPostsFromDeliciousXML( response, numOfPosts, posts );
free( response );
if ( (num == 0) || (getStatusCode() == 503) )
if ( !strncmp( url, "https://api.del.icio.us/", 24 ) )
num = getAllPostsFromDeliciousHTML( userName, password,
numOfPosts, posts );
return ( num );
}
EJ_BIND_GET(EJBindingHttpRequest, statusText, ctx) {
// FIXME: should be "200 OK" instead of just "200"
NSString *code = new NSString();
code->autorelease();
code->initWithFormat("%d", getStatusCode());
return NSStringToJSValue(ctx, code);
}
int SyncMLProcessor::processSyncHdrStatus(SyncML* syncml) {
int ret = getStatusCode(syncml->getSyncBody(), NULL, SYNC_HDR);
// Fire Sync Status Event: syncHdr status from server
fireSyncStatusEvent(SYNC_HDR, ret, NULL, NULL, NULL , SERVER_STATUS);
return ret;
}
void WinHttpStream::sendRequest()
{
if (!exceptionDisabled) {
curState = stReadResponse;
natural status = getStatusCode();
if (status >= 300)
throw HttpStatusException(THISLOCATION,url,status,String());
}
}
// Unpause a plugin
void CPluginMngr::CPlugin::unpausePlugin()
{
if (isValid() && (getStatusCode() != ps_stopped))
{
// set status first so the function will be marked executable
setStatus(ps_running);
// call plugin_unpause if provided
if (m_UnpauseFwd != -1)
{
executeForwards(m_UnpauseFwd);
}
}
}
int sendHTTPErrorMessage(int i_status)
{
char* cp_body = NULL;
int i_success = 0;
if(i_status > STATUS_OK && i_status <= STATUS_HTTP_VERSION_NOT_SUPPORTED)
{
strAppend(&cp_body, "<html><body>");
strAppend(&cp_body, getStatusCode(i_status));
strAppend(&cp_body, "</body></html>");
i_success = sendHTTPResponse(i_status, TEXT_HTML, cp_body);
return i_success;
}
return EXIT_FAILURE;
}
bool
CJaiku::CheckOAuthResult( const char *response )
{
bool ret = true;
unsigned short responseCode = getStatusCode();
if ( (responseCode == 401) ||
strstr(response, "maintenance") ||
strstr(response, "{\"status\":\"error\"") ) {
MessageBox(
NULL,
"OAuth 認証に失敗、もしくは何らかのエラーが発生しました。\r\n"
"このエラーが続く場合は「従来の認証」の方をお使いください。 ",
"OAuth 認証エラー",
MB_OK|MB_ICONERROR );
ret = false;
}
return ( ret );
}
bool HTTPPacket::encodeStartLine(DataBuffer *output) {
if (PT_REQUEST == getPacketType()) {
const char *methodStr = getMethodString();
const char *uri = getURI();
if( NULL == methodStr || NULL == uri) {
return false;
}
output->writeBytes(methodStr, strlen(methodStr));
output->writeBytes(" ", 1);
output->writeBytes(uri, strlen(uri));
output->writeBytes(" ", 1);
if (HTTP_1_0 == getVersion()) {
output->writeBytes("HTTP/1.0", 8);
} else {
output->writeBytes("HTTP/1.1", 8);
}
output->writeBytes("\r\n ", 2);
} else {
int statusCode = getStatusCode();
if (0 == statusCode) {
return false;
}
if (HTTP_1_0 == getVersion()) {
output->writeBytes("HTTP/1.0", 8);
} else {
output->writeBytes("HTTP/1.1", 8);
}
output->writeBytes(" ", 1);
char codeStr[32];
snprintf(codeStr, 32, "%d", statusCode);
output->writeBytes(codeStr, 3);
output->writeBytes(" ", 1);
const char *reasonPhrase = getReasonPhrase();
if (NULL != reasonPhrase) {
output->writeBytes(reasonPhrase, strlen(reasonPhrase));
}
output->writeBytes("\r\n", 2);
}
return true;
}
int sendHTTPResponseHeader(int i_status, int i_content_type, int i_content_length)
{
int i_success = 0;
char* cp_http_response_header = NULL;
cp_http_response_header = secPrint2String("HTTP/1.1 %s\n", getStatusCode(i_status));
strAppend(&cp_http_response_header, "Server: tiniweb/1.0\n");
strAppend(&cp_http_response_header, "Connection: close\n");
strAppendFormatString(&cp_http_response_header, "Content-Type: %s\n", getContentType(i_content_type));
if(i_content_length >= 0)
{
strAppendFormatString(&cp_http_response_header, "Content-Length: %i\n", i_content_length);
}
strAppend(&cp_http_response_header, "\n");
i_success = writeStringToFile(STDOUT_FILENO, cp_http_response_header);
return i_success;
}
int sendHTTPAuthorizationResponse(const char* ccp_realm, const char* ccp_nonce)
{
int i_success = 0;
char* cp_http_auth_response = NULL;
char* cp_body = "<html><body>Access Denied!</body></html>";
if(ccp_realm == NULL || ccp_nonce == NULL)
return EXIT_FAILURE;
cp_http_auth_response = secPrint2String("HTTP/1.1 %s\n", getStatusCode(STATUS_UNAUTHORIZED));
strAppend(&cp_http_auth_response, "Server: tiniweb/1.0\n");
strAppend(&cp_http_auth_response, "Connection: close\n");
strAppendFormatString(&cp_http_auth_response,
"WWW-Authenticate: Digest realm=\"%s\", nonce=\"%s\"\n", ccp_realm, ccp_nonce);
strAppendFormatString(&cp_http_auth_response, "Content-Type: %s\n", getContentType(TEXT_HTML));
strAppendFormatString(&cp_http_auth_response, "Content-Length: %d\n\n", strlen(cp_body));
strAppendFormatString(&cp_http_auth_response, "%s", cp_body);
i_success = writeStringToFile(STDOUT_FILENO, cp_http_auth_response);
return i_success;
}
Sync* SyncMLProcessor::processSyncResponse(SyncSource& source, SyncML* syncml) {
int iterator = 0, ret = 0;
AbstractCommand* a = NULL;
Sync* sync = NULL;
ret = getStatusCode(syncml->getSyncBody(), &source, SYNC_HDR);
if ((ret < 200) || (ret > 299)) {
goto finally;
}
while((a = getCommand(syncml->getSyncBody(), SYNC, iterator)) != NULL){
sync = (Sync*)a;
const char *locuri = ((Target*)(sync->getTarget()))->getLocURI();
if (strcmp(locuri, _wcc(source.getName())) == 0) {
//
// To handle the NumberOfChanges. The default is -1 that means the server doesn't send
// any tag <NumberOfChanges>. Whit value >= 0 the value is correct
//
long noc = sync->getNumberOfChanges();
fireSyncSourceEvent(source.getConfig().getURI(), source.getConfig().getName(), source.getSyncMode(), noc, SYNC_SOURCE_TOTAL_SERVER_ITEMS);
break;
}
sync = NULL;
iterator++;
}
finally:
return sync;
}
/*******************************************************************************
isPrinterWorking
********************************************************************************/
static int isPrinterWorking(CNNLHANDLE h, const int retry, const unsigned long timeout){
char *buf;
char buffer[512];
unsigned long readsz = 0;
fprintf(stderr, "DEBUG: [cnijnetprn] IsPrinterWorking starts.\n");
CheckParentProcess(h);
if (CNNL_GetDeviceID(h, buffer, &readsz, sizeof(buffer), 3, 6000) != CNNL_RET_SUCCESS){
return CNNL_RET_FAILURE;
} else {
buf = buffer+2;
fprintf(stderr, "DEBUG: [cnijnetprn] DeviceID=[%s]\n", buf);
if (getStatusCode((char *)buf, "STA:", "20", 1) == CNNL_RET_SUCCESS){
return CNNL_RET_NOT_WORKING;
}
}
if (getPrinterStatus(h, buffer, sizeof(buffer)) < 0){
return CNNL_RET_FAILURE;
} else {
buf = buffer+2;
// check wether job is cancelled by cancel button
if (getStatusCode((char *)buf, "DJS:", "CC", 1) == CNNL_RET_SUCCESS){
mode |= CNNL_JOB_CANCELLED;
return CNNL_RET_SUCCESS;
}
if (getStatusCode((char *)buf, "DJS:", "SC", 1) == CNNL_RET_SUCCESS){
mode |= CNNL_JOB_CANCELLED;
return CNNL_RET_SUCCESS;
}
// check wether printer is work
if (getStatusCode((char *)buf, "DBS:", "DS", 1) == CNNL_RET_SUCCESS) return CNNL_RET_NOT_WORKING;
// check wether printer is poweroff
if (getStatusCode((char *)buf, "DBS:", "SL", 1) == CNNL_RET_SUCCESS) return CNNL_RET_POWEROFF;
if (getStatusCode((char *)buf, "DBS:", "SD", 1) == CNNL_RET_SUCCESS) return CNNL_RET_POWEROFF;
// check wether printer is work
if (getStatusCode((char *)buf, "DBS:", "NO", 1) != CNNL_RET_SUCCESS
&& getStatusCode((char *)buf, "DBS:", "UK", 1) != CNNL_RET_SUCCESS) return CNNL_RET_SUCCESS;
// check pid
if (getStatusCode((char *)buf, "PID:", "00", 2) != CNNL_RET_SUCCESS) return CNNL_RET_SUCCESS;
// check doc
if (getStatusCode((char *)buf, "DOC:", "NO", 3) != CNNL_RET_SUCCESS) return CNNL_RET_SUCCESS;
// check dsc
if (getStatusCode((char *)buf, "DSC:", "NO", 1) != CNNL_RET_SUCCESS) return CNNL_RET_SUCCESS;
return CNNL_RET_NOT_WORKING;
}
}
bool
SynchronousStatus::operator()() const
{
return getStatusCode() == OK;
}
EJ_BIND_GET(EJBindingHttpRequest, status, ctx) {
return JSValueMakeNumber(ctx, getStatusCode());
}
