KLUPD::CoreError KLUPD::HttpProtocol::httpRequest(
const Path &fileNameIn,
const Path &relativeUrlPathIn,
const Address &serverAddress, const std::string &userAgent,
const bool useProxy, const Address &proxyAddress,
const AuthorizationTypeList &proxyAuthorizationMethods,
const size_t regettingPosition)
{
// second get file attempt may needed in case current connection has been timed out
bool needSecondAttempt
= m_connected && (m_connectedTo == (useProxy ? proxyAddress : serverAddress));
while(true)
{
const CoreError getFileResult = httpRequestAttempt(fileNameIn, relativeUrlPathIn, serverAddress,
userAgent, useProxy, proxyAddress, proxyAuthorizationMethods, regettingPosition);
// check if not connection broken problem
if(getFileResult != CORE_REMOTE_HOST_CLOSED_CONNECTION)
return getFileResult;
closeSession();
// was not connected, thus no timeout could happen
if(!needSecondAttempt)
return getFileResult;
TRACE_MESSAGE("Second HTTP download attempt will be performed, because connection may have been timed out");
// last attempt (only 2 attempts)
needSecondAttempt = false;
// will re-use previous success authorization
m_authorizationDriver.authorized(false);
}
}
void SessionManager::closeSession(int index)
{
GameWidget *gameWidget = dynamic_cast<GameWidget*>(TabWidget::getInstance()->widget(index));
closeSession(gameWidget, index);
}
void SessionManager::closeSession(GameWidget *gameWidget)
{
int index = TabWidget::getInstance()->indexOf(gameWidget);
closeSession(gameWidget, index);
}
/**
* Associate a new session with this instance of the filter.
*
* Create the file to log to and open it.
*
* @param instance The filter instance data
* @param session The session itself
* @return Session specific data for this session
*/
static void *
newSession(FILTER *instance, SESSION *session)
{
TEE_INSTANCE *my_instance = (TEE_INSTANCE *) instance;
TEE_SESSION *my_session;
char *remote, *userName;
if (strcmp(my_instance->service->name, session->service->name) == 0)
{
MXS_ERROR("%s: Recursive use of tee filter in service.",
session->service->name);
my_session = NULL;
goto retblock;
}
HASHTABLE* ht = hashtable_alloc(100, simple_str_hash, strcmp);
bool is_loop = detect_loops(my_instance, ht, session->service);
hashtable_free(ht);
if (is_loop)
{
MXS_ERROR("%s: Recursive use of tee filter in service.",
session->service->name);
my_session = NULL;
goto retblock;
}
if ((my_session = calloc(1, sizeof(TEE_SESSION))) != NULL)
{
my_session->active = 1;
my_session->residual = 0;
my_session->tee_replybuf = NULL;
my_session->client_dcb = session->client;
my_session->instance = my_instance;
my_session->client_multistatement = false;
my_session->queue = NULL;
spinlock_init(&my_session->tee_lock);
if (my_instance->source &&
(remote = session_get_remote(session)) != NULL)
{
if (strcmp(remote, my_instance->source))
{
my_session->active = 0;
MXS_WARNING("Tee filter is not active.");
}
}
userName = session_getUser(session);
if (my_instance->userName &&
userName &&
strcmp(userName, my_instance->userName))
{
my_session->active = 0;
MXS_WARNING("Tee filter is not active.");
}
if (my_session->active)
{
DCB* dcb;
SESSION* ses;
FILTER_DEF* dummy;
UPSTREAM* dummy_upstream;
if ((dcb = dcb_clone(session->client)) == NULL)
{
freeSession(instance, (void *) my_session);
my_session = NULL;
MXS_ERROR("Creating client DCB for Tee "
"filter failed. Terminating session.");
goto retblock;
}
if ((dummy = filter_alloc("tee_dummy", "tee_dummy")) == NULL)
{
dcb_close(dcb);
freeSession(instance, (void *) my_session);
my_session = NULL;
MXS_ERROR("tee: Allocating memory for "
"dummy filter definition failed."
" Terminating session.");
goto retblock;
}
if ((ses = session_alloc(my_instance->service, dcb)) == NULL)
{
filter_free(dummy);
dcb_close(dcb);
freeSession(instance, (void *) my_session);
my_session = NULL;
MXS_ERROR("Creating client session for Tee "
"filter failed. Terminating session.");
goto retblock;
}
ss_dassert(ses->ses_is_child);
dummy->obj = GetModuleObject();
dummy->filter = NULL;
my_session->branch_session = ses;
my_session->branch_dcb = dcb;
my_session->dummy_filterdef = dummy;
if ((dummy_upstream = filterUpstream(
dummy, my_session, &ses->tail)) == NULL)
{
filter_free(dummy);
closeSession(instance, (void*) my_session);
dcb_close(dcb);
free(my_session);
MXS_ERROR("tee: Allocating memory for"
"dummy upstream failed."
" Terminating session.");
return NULL;
}
ses->tail = *dummy_upstream;
MySQLProtocol* protocol = (MySQLProtocol*) session->client->protocol;
my_session->use_ok = protocol->client_capabilities & (1 << 6);
free(dummy_upstream);
}
}
retblock:
return my_session;
}
SNMPSession::~SNMPSession() {
SNMPManager::getManager()->unregisterSession(this);
closeSession();
}
int main(int argc, char *argv[]) {
int defaultParams = argc < 8;
//start parameters
if(defaultParams) {
printf("1st parameter: number of nodes to read \n");
printf("2nd parameter: number of read-tries \n");
printf("3rd parameter: name of the file to save measurement data \n");
printf("4th parameter: 1 = read same node, 0 = read different nodes \n");
printf("5th parameter: ip adress \n");
printf("6th parameter: port \n");
printf("7th parameter: 0=stateful, 1=stateless\n");
printf("8th parameter: 0=tcp, 1=udp (only with stateless calls)\n");
printf("\nUsing default parameters. \n");
}
UA_UInt32 nodesToReadSize;
UA_UInt32 tries;
UA_Boolean alwaysSameNode;
UA_ByteString reply;
UA_ByteString_newMembers(&reply, 65536);
UA_Boolean stateless;
UA_Boolean udp;
if(defaultParams)
nodesToReadSize = 1;
else
nodesToReadSize = atoi(argv[1]);
if(defaultParams)
tries= 2;
else
tries = (UA_UInt32) atoi(argv[2]);
if(defaultParams){
alwaysSameNode = UA_TRUE;
}else{
if(atoi(argv[4]) != 0)
alwaysSameNode = UA_TRUE;
else
alwaysSameNode = UA_FALSE;
}
if(defaultParams){
stateless = UA_FALSE;
}else{
if(atoi(argv[7]) != 0)
stateless = UA_TRUE;
else
stateless = UA_FALSE;
}
if(defaultParams){
udp = UA_FALSE;
}else{
if(atoi(argv[8]) != 0)
udp = UA_TRUE;
else
udp = UA_FALSE;
}
//Connect to remote server
UA_String endpoint;
UA_String_copycstring("none",&endpoint);
ConnectionInfo connectionInfo;
/* REQUEST START*/
UA_NodeId *nodesToRead;
nodesToRead = UA_Array_new(&UA_TYPES[UA_TYPES_NODEID], 1);
for(UA_UInt32 i = 0; i<1; i++) {
if(alwaysSameNode)
nodesToRead[i].identifier.numeric = 2253; //ask always the same node
else
nodesToRead[i].identifier.numeric = 19000 +i;
nodesToRead[i].identifierType = UA_NODEIDTYPE_NUMERIC;
nodesToRead[i].namespaceIndex = 0;
}
UA_DateTime tic, toc;
UA_Double *timeDiffs;
UA_Int32 received;
timeDiffs = UA_Array_new(&UA_TYPES[UA_TYPES_DOUBLE], tries);
UA_Double sum = 0;
tic = UA_DateTime_now();
/**
UA_Double duration;
UA_UInt32 count = 0;
UA_Double start = 0, stop = 0;
UA_UInt32 timeToRun = 30;
UA_UInt32 timeToStart = 8;
UA_UInt32 timeToStop = 22;
do{
toc = UA_DateTime_now();
duration = ((UA_Double)toc-(UA_Double)tic)/(UA_Double)1e4;
if(duration>=timeToStart*1000 && duration <= timeToStop*1000){
if(start==0.0){
start=UA_DateTime_now();
}
}
//if(stateless || (!stateless && i==0)){
if(defaultParams){
if(ua_client_connectUA("127.0.0.1",atoi("16664"),&endpoint,&connectionInfo,stateless,udp) != 0){
return 0;
}
}else{
if(ua_client_connectUA(argv[5],atoi(argv[6]),&endpoint,&connectionInfo,stateless,udp) != 0){
return 0;
}
}
//}
sendReadRequest(&connectionInfo,1,nodesToRead);
received = recv(connectionInfo.socket, reply.data, 2000, 0);
if(duration>=timeToStart*1000 && duration <= timeToStop*1000){
count++;
}
if(!stateless){
closeSession(&connectionInfo);
recv(connectionInfo.socket, reply.data, 2000, 0);
closeSecureChannel(&connectionInfo);
}
//if(stateless || (!stateless && i==tries-1)){
close(connectionInfo.socket);
//}
if(duration >= timeToStop*1000 && stop==0){
stop=UA_DateTime_now();
printf("%i messages in %f secs, rate %f m/s\n", count, (stop-start)/(UA_Double)1e7, (UA_Double)count/((stop-start)/(UA_Double)1e7));
}
}while(duration<timeToRun*1000);
exit(0);
**/
for(UA_UInt32 i = 0; i < tries; i++) {
//if(stateless || (!stateless && i==0)){
tic = UA_DateTime_now();
if(defaultParams){
if(ua_client_connectUA("127.0.0.1",atoi("16664"),&endpoint,&connectionInfo,stateless,udp) != 0){
return 0;
}
}else{
if(ua_client_connectUA(argv[5],atoi(argv[6]),&endpoint,&connectionInfo,stateless,udp) != 0){
return 0;
}
}
//}
for(UA_UInt32 i = 0; i < nodesToReadSize; i++) {
sendReadRequest(&connectionInfo,1,nodesToRead);
received = recv(connectionInfo.socket, reply.data, 2000, 0);
}
if(!stateless){
closeSession(&connectionInfo);
recv(connectionInfo.socket, reply.data, 2000, 0);
closeSecureChannel(&connectionInfo);
}
//if(stateless || (!stateless && i==tries-1)){
close(connectionInfo.socket);
//}
toc = UA_DateTime_now() - tic;
timeDiffs[i] = (UA_Double)toc/(UA_Double)1e4;
sum = sum + timeDiffs[i];
}
/* REQUEST END*/
UA_Double mean = sum / tries;
printf("mean time for handling request: %16.10f ms \n",mean);
if(received>0)
printf("received: %i\n",received); // dummy
//save to file
char data[100];
const char flag = 'a';
FILE* fHandle = UA_NULL;
if (defaultParams) {
fHandle = fopen("client.log", &flag);
}else{
fHandle = fopen(argv[3], &flag);
}
//header
UA_Int32 bytesToWrite = sprintf(data, "measurement %s in ms, nodesToRead %d \n", argv[3], 1);
fwrite(data,1,bytesToWrite,fHandle);
for(UA_UInt32 i=0;i<tries;i++) {
bytesToWrite = sprintf(data,"%16.10f \n",timeDiffs[i]);
fwrite(data,1,bytesToWrite,fHandle);
}
fclose(fHandle);
UA_String_deleteMembers(&reply);
UA_Array_delete(nodesToRead,&UA_TYPES[UA_TYPES_NODEID], 1);
UA_free(timeDiffs);
return 0;
}
void
lsb_closejobinfo()
{
closeSession(mbdSock);
}
struct jobInfoEnt *
lsb_readjobinfo(int *more)
{
XDR xdrs;
int num, i, aa;
struct LSFHeader hdr;
char *buffer = NULL;
static struct jobInfoReply jobInfoReply;
static struct jobInfoEnt jobInfo;
static struct submitReq submitReq;
static int first = TRUE;
static int npids = 0;
static struct pidInfo *pidInfo = NULL;
static int npgids = 0;
static int *pgid = NULL;
TIMEIT(0, (num = readNextPacket(&buffer, _lsb_recvtimeout, &hdr,
mbdSock)), "readNextPacket");
if (num < 0) {
closeSession(mbdSock);
lsberrno = LSBE_EOF;
return NULL;
}
if (first) {
if ( (submitReq.fromHost = malloc(MAXHOSTNAMELEN)) == NULL
|| (submitReq.jobFile = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.inFile = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.outFile = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.errFile = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.inFileSpool = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.commandSpool = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.hostSpec = malloc(MAXHOSTNAMELEN)) == NULL
|| (submitReq.chkpntDir = malloc(MAXFILENAMELEN)) == NULL
|| (submitReq.subHomeDir = malloc(MAXFILENAMELEN)) == NULL
|| (jobInfoReply.userName = malloc(MAXLSFNAMELEN)) == NULL
|| (submitReq.cwd = malloc(MAXFILENAMELEN)) == NULL) {
lsberrno = LSBE_NO_MEM;
FREEUP(submitReq.fromHost);
FREEUP(submitReq.jobFile);
FREEUP(submitReq.inFile);
FREEUP(submitReq.outFile);
FREEUP(submitReq.errFile);
FREEUP(submitReq.inFileSpool);
FREEUP(submitReq.commandSpool);
FREEUP(submitReq.hostSpec);
FREEUP(submitReq.chkpntDir);
FREEUP(submitReq.subHomeDir);
FREEUP(jobInfoReply.userName);
FREEUP(submitReq.cwd);
free(buffer);
return NULL;
}
submitReq.xf = NULL;
submitReq.nxf = 0;
jobInfoReply.numToHosts = 0;
submitReq.numAskedHosts = 0;
first = FALSE;
}
jobInfoReply.jobBill = &submitReq;
if (jobInfoReply.numToHosts > 0) {
for (i=0; i<jobInfoReply.numToHosts; i++)
FREEUP(jobInfoReply.toHosts[i]);
FREEUP(jobInfoReply.toHosts);
jobInfoReply.numToHosts = 0;
jobInfoReply.toHosts = NULL;
}
if (submitReq.xf) {
free(submitReq.xf);
submitReq.xf = NULL;
}
FREEUP( jobInfoReply.execHome );
FREEUP( jobInfoReply.execCwd );
FREEUP( jobInfoReply.execUsername );
FREEUP( jobInfoReply.parentGroup );
FREEUP( jobInfoReply.jName );
TIMEIT(1, xdrmem_create(&xdrs, buffer, XDR_DECODE_SIZE_(hdr.length), XDR_DECODE), "xdrmem_create");
TIMEIT(1, (aa = xdr_jobInfoReply(&xdrs, &jobInfoReply, &hdr)), "xdr_jobInfoReply");
if (aa == FALSE) {
lsberrno = LSBE_XDR;
xdr_destroy(&xdrs);
free(buffer);
jobInfoReply.toHosts = NULL;
jobInfoReply.numToHosts = 0;
return NULL;
}
TIMEIT(1, xdr_destroy(&xdrs), "xdr_destroy");
free(buffer);
jobInfo.jobId = jobInfoReply.jobId;
jobInfo.status = jobInfoReply.status;
jobInfo.numReasons = jobInfoReply.numReasons;
jobInfo.reasonTb = jobInfoReply.reasonTb;
jobInfo.reasons = jobInfoReply.reasons;
jobInfo.subreasons = jobInfoReply.subreasons;
jobInfo.startTime = jobInfoReply.startTime;
jobInfo.predictedStartTime = jobInfoReply.predictedStartTime;
jobInfo.endTime = jobInfoReply.endTime;
jobInfo.cpuTime = jobInfoReply.cpuTime;
jobInfo.numExHosts = jobInfoReply.numToHosts;
jobInfo.exHosts = jobInfoReply.toHosts;
jobInfo.nIdx = jobInfoReply.nIdx;
jobInfo.loadSched = jobInfoReply.loadSched;
jobInfo.loadStop = jobInfoReply.loadStop;
jobInfo.exitStatus = jobInfoReply.exitStatus;
jobInfo.reserveTime = jobInfoReply.reserveTime;
jobInfo.jobPid = jobInfoReply.jobPid;
jobInfo.port = jobInfoReply.port;
jobInfo.jobPriority = jobInfoReply.jobPriority;
jobInfo.user = jobInfoReply.userName;
jobInfo.execUid = jobInfoReply.execUid;
jobInfo.execHome = jobInfoReply.execHome;
jobInfo.execCwd = jobInfoReply.execCwd;
jobInfo.execUsername = jobInfoReply.execUsername;
jobInfo.jType = jobInfoReply.jType;
jobInfo.parentGroup = jobInfoReply.parentGroup;
jobInfo.jName = jobInfoReply.jName;
for (i=0; i<NUM_JGRP_COUNTERS; i++)
jobInfo.counter[i] = jobInfoReply.counter[i];
jobInfo.submitTime = jobInfoReply.jobBill->submitTime;
jobInfo.umask = jobInfoReply.jobBill->umask;
jobInfo.cwd = jobInfoReply.jobBill->cwd;
jobInfo.subHomeDir = jobInfoReply.jobBill->subHomeDir;
jobInfo.submit.options = jobInfoReply.jobBill->options;
jobInfo.submit.options2 = jobInfoReply.jobBill->options2;
jobInfo.submit.numProcessors = jobInfoReply.jobBill->numProcessors;
jobInfo.submit.maxNumProcessors = jobInfoReply.jobBill->maxNumProcessors;
jobInfo.submit.jobName = jobInfoReply.jobBill->jobName;
jobInfo.submit.command = jobInfoReply.jobBill->command;
jobInfo.submit.resReq = jobInfoReply.jobBill->resReq;
jobInfo.submit.queue = jobInfoReply.jobBill->queue;
jobInfo.fromHost = jobInfoReply.jobBill->fromHost;
jobInfo.submit.inFile = jobInfoReply.jobBill->inFile;
jobInfo.submit.outFile = jobInfoReply.jobBill->outFile;
jobInfo.submit.errFile = jobInfoReply.jobBill->errFile;
jobInfo.submit.beginTime = jobInfoReply.jobBill->beginTime;
jobInfo.submit.termTime = jobInfoReply.jobBill->termTime;
jobInfo.submit.userPriority = jobInfoReply.jobBill->userPriority;
for (i=0; i<LSF_RLIM_NLIMITS; i++) {
jobInfo.submit.rLimits[i] = jobInfoReply.jobBill->rLimits[i];
}
jobInfo.submit.hostSpec = jobInfoReply.jobBill->hostSpec;
jobInfo.submit.sigValue = jobInfoReply.jobBill->sigValue;
jobInfo.submit.chkpntDir = jobInfoReply.jobBill->chkpntDir;
jobInfo.submit.dependCond = jobInfoReply.jobBill->dependCond;
jobInfo.submit.preExecCmd = jobInfoReply.jobBill->preExecCmd;
jobInfo.submit.chkpntPeriod = jobInfoReply.jobBill->chkpntPeriod;
jobInfo.submit.numAskedHosts = jobInfoReply.jobBill->numAskedHosts;
jobInfo.submit.askedHosts = jobInfoReply.jobBill->askedHosts;
jobInfo.submit.projectName = jobInfoReply.jobBill->projectName;
jobInfo.submit.mailUser = jobInfoReply.jobBill->mailUser;
jobInfo.submit.loginShell = jobInfoReply.jobBill->loginShell;
jobInfo.submit.nxf = jobInfoReply.jobBill->nxf;
jobInfo.submit.xf = jobInfoReply.jobBill->xf;
jobInfo.jRusageUpdateTime = jobInfoReply.jRusageUpdateTime;
jobInfo.runRusage.npids = npids;
jobInfo.runRusage.pidInfo = pidInfo;
jobInfo.runRusage.npgids = npgids;
jobInfo.runRusage.pgid = pgid;
copyJUsage(&(jobInfo.runRusage), &jobInfoReply.runRusage);
npids = jobInfo.runRusage.npids;
pidInfo = jobInfo.runRusage.pidInfo;
npgids = jobInfo.runRusage.npgids;
pgid = jobInfo.runRusage.pgid;
if (jobInfoReply.runRusage.npids > 0) {
FREEUP(jobInfoReply.runRusage.pidInfo);
jobInfoReply.runRusage.npids = 0;
}
if (jobInfoReply.runRusage.npgids > 0) {
FREEUP(jobInfoReply.runRusage.pgid);
jobInfoReply.runRusage.npgids = 0;
}
if (more)
*more = hdr.reserved;
return &jobInfo;
}
int
main (int argc, char **argv)
{
CompIOCtx ctx;
char *displayName = 0;
char *plugin[256];
int i, nPlugin = 0;
Bool disableSm = FALSE;
char *clientId = NULL;
char *refreshRateArg = NULL;
programName = argv[0];
programArgc = argc;
programArgv = argv;
signal (SIGHUP, signalHandler);
signal (SIGCHLD, signalHandler);
signal (SIGINT, signalHandler);
signal (SIGTERM, signalHandler);
signal (SIGSEGV, signalHandler);
emptyRegion.rects = &emptyRegion.extents;
emptyRegion.numRects = 0;
emptyRegion.extents.x1 = 0;
emptyRegion.extents.y1 = 0;
emptyRegion.extents.x2 = 0;
emptyRegion.extents.y2 = 0;
emptyRegion.size = 0;
infiniteRegion.rects = &infiniteRegion.extents;
infiniteRegion.numRects = 1;
infiniteRegion.extents.x1 = MINSHORT;
infiniteRegion.extents.y1 = MINSHORT;
infiniteRegion.extents.x2 = MAXSHORT;
infiniteRegion.extents.y2 = MAXSHORT;
memset (&ctx, 0, sizeof (ctx));
for (i = 1; i < argc; i++)
{
if (!strcmp (argv[i], "--help"))
{
usage ();
return 0;
}
else if (!strcmp (argv[i], "--version"))
{
printf (PACKAGE_STRING "\n");
return 0;
}
else if (!strcmp (argv[i], "--debug"))
{
debugOutput = TRUE;
}
else if (!strcmp (argv[i], "--display"))
{
if (i + 1 < argc)
displayName = argv[++i];
}
else if (!strcmp (argv[i], "--refresh-rate"))
{
if (i + 1 < argc)
{
refreshRateArg = programArgv[++i];
defaultRefreshRate = atoi (refreshRateArg);
defaultRefreshRate = RESTRICT_VALUE (defaultRefreshRate,
1, 1000);
}
}
else if (!strcmp (argv[i], "--fast-filter"))
{
ctx.textureFilterData = "<default>Fast</default>";
defaultTextureFilter = "Fast";
}
else if (!strcmp (argv[i], "--indirect-rendering"))
{
/* force Mesa libGL into indirect rendering mode, because
glXQueryExtensionsString is context-independant */
setenv ("LIBGL_ALWAYS_INDIRECT", "1", True);
indirectRendering = TRUE;
}
else if (!strcmp (argv[i], "--loose-binding"))
{
strictBinding = FALSE;
}
else if (!strcmp (argv[i], "--ignore-desktop-hints"))
{
/* keep command line parameter for backward compatibility */
useDesktopHints = FALSE;
}
else if (!strcmp (argv[i], "--keep-desktop-hints"))
{
useDesktopHints = TRUE;
}
else if (!strcmp (argv[i], "--only-current-screen"))
{
onlyCurrentScreen = TRUE;
}
else if (!strcmp (argv[i], "--no-fbo"))
{
noFBO = TRUE;
}
#ifdef USE_COW
else if (!strcmp (argv[i], "--use-root-window"))
{
useCow = FALSE;
}
#endif
else if (!strcmp (argv[i], "--replace"))
{
replaceCurrentWm = TRUE;
}
else if (!strcmp (argv[i], "--sm-disable"))
{
disableSm = TRUE;
}
else if (!strcmp (argv[i], "--sm-client-id"))
{
if (i + 1 < argc)
clientId = argv[++i];
}
else if (!strcmp (argv[i], "--no-detection"))
{
noDetection = TRUE;
}
else if (!strcmp (argv[i], "--bg-image"))
{
if (i + 1 < argc)
backgroundImage = argv[++i];
}
else if (*argv[i] == '-')
{
compLogMessage ("core", CompLogLevelWarn,
"Unknown option '%s'\n", argv[i]);
}
else
{
if (nPlugin < 256)
plugin[nPlugin++] = argv[i];
}
}
/* add in default plugins if none are given */
if (nPlugin == 0)
{
plugin[nPlugin++] = "ccp";
plugin[nPlugin++] = "move";
plugin[nPlugin++] = "resize";
plugin[nPlugin++] = "place";
plugin[nPlugin++] = "decoration";
}
if (refreshRateArg)
{
ctx.refreshRateData = malloc (strlen (refreshRateArg) + 256);
if (ctx.refreshRateData)
sprintf (ctx.refreshRateData,
"<min>1</min><default>%s</default>",
refreshRateArg);
}
if (nPlugin)
{
int size = 256;
for (i = 0; i < nPlugin; i++)
size += strlen (plugin[i]) + 16;
ctx.pluginData = malloc (size);
if (ctx.pluginData)
{
char *ptr = ctx.pluginData;
ptr += sprintf (ptr, "<type>string</type><default>");
for (i = 0; i < nPlugin; i++)
ptr += sprintf (ptr, "<value>%s</value>", plugin[i]);
ptr += sprintf (ptr, "</default>");
}
initialPlugins = malloc (nPlugin * sizeof (char *));
if (initialPlugins)
{
memcpy (initialPlugins, plugin, nPlugin * sizeof (char *));
nInitialPlugins = nPlugin;
}
else
{
nInitialPlugins = 0;
}
}
xmlInitParser ();
LIBXML_TEST_VERSION;
if (!compInitMetadata (&coreMetadata))
{
compLogMessage ("core", CompLogLevelFatal,
"Couldn't initialize core metadata");
return 1;
}
if (!compAddMetadataFromIO (&coreMetadata,
readCoreXmlCallback, NULL,
&ctx))
return 1;
if (ctx.refreshRateData)
free (ctx.refreshRateData);
if (ctx.pluginData)
free (ctx.pluginData);
compAddMetadataFromFile (&coreMetadata, "core");
if (!initCore ())
return 1;
coreInitialized = TRUE;
if (!disableSm)
{
if (clientId == NULL)
{
char *desktop_autostart_id = getenv ("DESKTOP_AUTOSTART_ID");
if (desktop_autostart_id != NULL)
clientId = strdup (desktop_autostart_id);
unsetenv ("DESKTOP_AUTOSTART_ID");
}
initSession (clientId);
}
if (!addDisplay (displayName))
return 1;
eventLoop ();
if (!disableSm)
closeSession ();
coreInitialized = FALSE;
finiCore ();
compFiniMetadata (&coreMetadata);
xmlCleanupParser ();
if (initialPlugins)
free (initialPlugins);
if (restartSignal)
{
execvp (programName, programArgv);
return 1;
}
return 0;
}
int
testCaseSignAndVerifyRecover()
{
CK_RV rv;
CK_ULONG ulTokenCount = 0;
CK_SLOT_ID_PTR pTokenList = NULL_PTR;
CK_SLOT_ID slotID;
CK_BYTE application = 42;
CK_NOTIFY myNotify = NULL;
CK_SESSION_HANDLE hSession;
CK_MECHANISM keyMechanism = {
0, NULL_PTR, 0
};
CK_MECHANISM mechanism = {
0, NULL_PTR, 0
};
CK_OBJECT_HANDLE hKey = 0, hPublicKey = 0;
CK_BYTE_PTR data = NULL_PTR;
CK_BYTE_PTR dataSigned = NULL_PTR;
CK_ULONG dataRecoveredLen = 0;
CK_ULONG dataSignedLen = 0;
struct timeval start, end, diff;
int i,k,j, temp;
printf("Testing case: SignAndVerifyRecover ...\n");
printf(" Check dependencies ...\n");
if(checkDependecies(testCaseSignAndVerifyRecoverDependencies) != 1) return CKR_FUNCTION_NOT_SUPPORTED;
printf(" Dependencies are fine\n");
//initialize
printf(" call Initialize ...");
rv = pFunctionList->C_Initialize(NULL_PTR);
if(rv != CKR_OK) returnTestCase(rv, 0);
else printf(" success\n");
//GetSlotList -> Tokenlist
findActiveTokens(&pTokenList, &ulTokenCount);
for(i=0;i<ulTokenCount;i++)
{
slotID = pTokenList[i];
for(j=0;j<pMechaInfoListLen;j++)//each mechanism
{
if(!(pMechaInfoList[j].info.flags & (CKF_SIGN_RECOVER | CKF_VERIFY_RECOVER))) continue;
mechanism.mechanism = pMechaInfoList[j].type;
k = searchEleName(mechanism.mechanism, MECHANISM_LIST, (sizeof(MECHANISM_LIST)/sizeof(*MECHANISM_LIST)));
if(k != -1) printf(" Signing and Verify Recover(%s) ...\n", MECHANISM_LIST[k].eleName);
else printf(" Signing and Verify Recover(mecha = %lu) ...\n", mechanism.mechanism);
rv = findGenerateMechanismForMechanism(&keyMechanism, mechanism.mechanism);
if(rv == 0)
{
//OpenSession with CKF_SERIAL_SESSION
printf(" call C_OpenSession on slot %lu with CKF_SERIAL_SESSION | CKF_RW_SESSION...", slotID);
rv = pFunctionList->C_OpenSession(slotID, CKF_SERIAL_SESSION | CKF_RW_SESSION, (CK_VOID_PTR) &application, myNotify, &hSession);
if(rv != CKR_OK) returnTestCase(rv, 0);
else printf(" success\n");
loginUser(hSession);
hKey = 0;
hPublicKey = 0;
if((generateKey(&keyMechanism, &hKey, &hSession) == 0) | (generateKeyPair(&keyMechanism, &hKey, &hPublicKey, hSession) == 0))//gen key
{
generateSampleData(16, &data);
gettimeofday(&start, NULL);
rv = signRecover(data, &dataSigned, &dataSignedLen, &hKey, &hSession, &mechanism);
gettimeofday(&end, NULL);
if(rv == 0)
{
timeval_subtract(&diff, &end, &start);
printf(" Could sign %zu CK_BYTEs in %ld.%06ld sec.\n", strlen((char *) data), diff.tv_sec, diff.tv_usec);
temp = dataSignedLen;
free(data); //because it's reused in verifyRecover
gettimeofday(&start, NULL);
if(hPublicKey != 0) rv = verifyRecover(data, &dataRecoveredLen, dataSigned, dataSignedLen, &hPublicKey, &hSession, &mechanism);//asymetric
if(hPublicKey == 0) rv = verifyRecover(data, &dataRecoveredLen, dataSigned, dataSignedLen, &hKey, &hSession, &mechanism);//symetric
gettimeofday(&end, NULL);
timeval_subtract(&diff, &end, &start);
if(rv == 0)
{
printf(" Could recover from %d CK_BYTEs in %ld.%06ld sec.\n", temp, diff.tv_sec, diff.tv_usec);
free(dataSigned);
}
else printf(" failed\n");
free(data);
//try different data length
generateSampleData(256, &data);
gettimeofday(&start, NULL);
rv = signRecover(data, &dataSigned, &dataSignedLen, &hKey, &hSession, &mechanism);
gettimeofday(&end, NULL);
if(rv == 0)
{
timeval_subtract(&diff, &end, &start);
printf(" Could sign %zu CK_BYTEs in %ld.%06ld sec.\n", strlen((char *) data), diff.tv_sec, diff.tv_usec);
temp = dataSignedLen;
free(data); //because it's reused in verifyRecover
gettimeofday(&start, NULL);
if(hPublicKey != 0) rv = verifyRecover(data, &dataRecoveredLen, dataSigned, dataSignedLen, &hPublicKey, &hSession, &mechanism);//asymetric
if(hPublicKey == 0) rv = verifyRecover(data, &dataRecoveredLen, dataSigned, dataSignedLen, &hKey, &hSession, &mechanism);//symetric
gettimeofday(&end, NULL);
timeval_subtract(&diff, &end, &start);
if(rv == 0)
{
printf(" Could verify %d CK_BYTEs in %ld.%06ld sec.\n", temp, diff.tv_sec, diff.tv_usec);
free(dataSigned);
}
else printf(" failed\n");
}
else printf(" failed\n");
free(data);
if(dataSigned!=NULL_PTR) free(dataSigned);
}
else printf(" failed\n");
if(checkFunctionImplemented("C_DestroyObject")!=-1)
{
pFunctionList->C_DestroyObject(hSession, hPublicKey);
pFunctionList->C_DestroyObject(hSession, hKey);
}
}
else
{
if(k != -1) printf(" skip %s because mecha is not yet implemented ...\n", MECHANISM_LIST[k].eleName);
else printf(" skip mecha = %lu because mecha is not yet implemented ...\n", mechanism.mechanism);
}
logoutUser(hSession);
closeSession(hSession);
}
else
{
if(k != -1) printf(" skip %s because the related key generation mechanism was not found...\n", MECHANISM_LIST[k].eleName);
else printf(" skip mecha = %lu because the related key generation mechanism was not found...\n", mechanism.mechanism);
}
}
}
//finalize
printf(" call Finalize ...");
rv = pFunctionList->C_Finalize(NULL_PTR);
if(rv != CKR_OK) returnTestCase(rv, 0);
else printf(" success\n");
free(pTokenList);
printf(" ... case successful\n");
return CKR_OK;
}
KLUPD::CoreError KLUPD::HttpProtocol::httpRequestAttempt(
const Path &fileNameIn,
const Path &relativeUrlPathIn,
const Address &serverAddressIn, const std::string &userAgent,
const bool useProxy, const Address &proxyAddressIn,
const AuthorizationTypeList &proxyAuthorizationMethods,
const size_t regettingPosition)
{
size_t infiniteRedirectLoop = 0;
Path fileName = fileNameIn;
Path relativeUrlPath = relativeUrlPathIn;
Address serverAddress = serverAddressIn;
Address proxyAddress = proxyAddressIn;
m_regettingPosition = regettingPosition;
// cache for next iteration generate request
// at first attempt the target is not known, but proxy server target is used,
// because of possible protection from client for authorization on server
DownloadProgress::AuthorizationTarget authorizationTarget = DownloadProgress::proxyServer;
////////////////////
// the State flags agains proxies that close connection after authorization switch.
// There are proxies (e.g. Squid/2.4.STABLE7) which deals in next way:
// *** Client -> Server: GET file
// *** Server -> Client: HTTP 407 / Proxy-Connection: keep-alive
// *** Server closes connection
// *** Client -> Server GET 407
//
// Here are 3 flags to track such situations, that previous response is received,
// BUT then server closes connection
bool previousResponseReceived = false;
bool authorizationTypeSwitched = false;
bool requestHasAlreadyBeenRepeated = false;
////////////////////
////////////////////
// in case proxy server requires authorization, but sends incorrect (from HTTP)
// code for authorization failure in next way
// *** Client -> Server: GET file
// *** Server -> Client: HTTP 407 / Proxy-Authorization: NTLM
// *** Client -> Server GET / Proxy-Authorization: NTLM
// *** Server -> Client: HTTP 502 (or 403 or other code)
// *** here is authorization state is forgotten, because 502 request does NOT contain "Proxy-Authorization: NTLM"
// *** Client ask from product new credentials
// *** Client -> Server GET / Proxy-Authorization: NTLM (with new credentials)
bool authorizationWasNeededOnProxy = false;
// it makes no sence to try Ntlm without credentials authorization type,
// because this authorization type does not depend on provided credentials
bool ntlmAuthorizationTriedAlready = false;
int lastHttpCode = 0;
for(size_t protectionAgainstCyclingCounter = 100; protectionAgainstCyclingCounter; --protectionAgainstCyclingCounter)
{
const CoreError connectionResult = setupLowLevelConnectionIfNeed(useProxy, useProxy ? proxyAddress : serverAddress, proxyAuthorizationMethods);
if(connectionResult != CORE_NO_ERROR)
{
TRACE_MESSAGE2("Failed to setup connection to HTTP Server, result '%S'",
toString(connectionResult).toWideChar());
return connectionResult;
}
// make proxy authorization header
std::string proxyAuthorizationHeader;
if(!m_authorizationDriver.makeProxyAuthorizationHeader(proxyAuthorizationHeader)
// we know authorization methods supported by proxy server
|| ((m_authorizationDriver.currentAuthorizationType() == noAuthorization) && !m_authorizationDriver.supportedAuthorizationTypesByServer().empty()))
{
if(!switchAuthorization(fileName, relativeUrlPath, authorizationTarget, proxyAddress,
authorizationTypeSwitched, ntlmAuthorizationTriedAlready))
{
if(lastHttpCode)
return HttpHeader::convertHttpCodeToUpdaterCode(lastHttpCode);
return useProxy ? CORE_PROXY_AUTH_ERROR : CORE_SERVER_AUTH_ERROR;
}
// try other authorization type
continue;
}
HTTPRequestBuilder requestBuilder(m_method);
const std::vector<unsigned char> requestBuffer = requestBuilder.generateRequest(
fileName,
relativeUrlPath,
useProxy,
serverAddress,
userAgent,
proxyAuthorizationHeader,
m_regettingPosition,
m_postData);
TRACE_MESSAGE2("Sending HTTP request\n%s", requestBuilder.toString().c_str());
if(requestBuffer.empty())
{
TRACE_MESSAGE("Failed to send empty HTTP request");
return CORE_DOWNLOAD_ERROR;
}
const CoreError sendRequestResult = m_socket.send(reinterpret_cast<const char *>(&requestBuffer[0]), requestBuffer.size());
if(sendRequestResult != CORE_NO_ERROR)
{
TRACE_MESSAGE2("Failed to send HTTP request, error %S", toString(sendRequestResult).toWideChar());
if((sendRequestResult == CORE_REMOTE_HOST_CLOSED_CONNECTION)
&& previousResponseReceived && authorizationTypeSwitched && !requestHasAlreadyBeenRepeated)
{
TRACE_MESSAGE("Repeating the same request (without authorization switch), because server was reachable, but unexpectedly closed connection");
requestHasAlreadyBeenRepeated = true;
continue;
}
return sendRequestResult;
}
HttpHeader httpHeader;
const CoreError receiveResponseAndDataResult = receiveResponseAndData(httpHeader);
const bool needCloseConnection = httpHeader.needCloseConnection(useProxy)
|| (receiveResponseAndDataResult != CORE_NO_ERROR);
if(needCloseConnection)
{
TRACE_MESSAGE2("Closing connection to HTTP server, get file result %S",
toString(receiveResponseAndDataResult).toWideChar());
closeSession();
}
if(receiveResponseAndDataResult != CORE_NO_ERROR)
{
TRACE_MESSAGE2("Failed to receive HTTP response, error %S",
toString(receiveResponseAndDataResult).toWideChar());
if((receiveResponseAndDataResult == CORE_REMOTE_HOST_CLOSED_CONNECTION)
&& previousResponseReceived && authorizationTypeSwitched && !requestHasAlreadyBeenRepeated)
{
TRACE_MESSAGE("Repeating the same request (without authorization switch), because server was reachable, but unexpectedly closed connection");
requestHasAlreadyBeenRepeated = true;
continue;
}
return receiveResponseAndDataResult;
}
previousResponseReceived = true;
requestHasAlreadyBeenRepeated = false;
m_authorizationDriver.authorized(
// authorization information is reset in case connection is to be closed
!needCloseConnection
// authorization success in case file received or successful redirect
&& (httpHeader.isFile()
|| httpHeader.redirectRequired()
|| httpHeader.fileNotFound()));
if(httpHeader.isFile())
{
// in case proxy server by some ocassion desided to close
// connection after successful file receive event
if(needCloseConnection)
m_authorizationDriver.resetNtlmState();
return CORE_NO_ERROR;
}
authorizationTarget = httpHeader.authorizationTarget();
authorizationWasNeededOnProxy = !proxyAuthorizationHeader.empty();
lastHttpCode = httpHeader.httpCode();
// authorization error
if(httpHeader.authorizationNeeded())
{
authorizationWasNeededOnProxy = (authorizationTarget == DownloadProgress::proxyServer);
if(!switchAuthorization(fileName, relativeUrlPath, httpHeader.authorizationTarget(), proxyAddress,
authorizationTypeSwitched, ntlmAuthorizationTriedAlready))
{
return httpHeader.convertHttpCodeToUpdaterCode();
}
}
// redirect needed
else if(httpHeader.redirectRequired())
{
// protection against infinite loop (according to RFC 2616)
if(++infiniteRedirectLoop > 2)
{
TRACE_MESSAGE2("Infinite redirection loop detected for location '%S'",
httpHeader.m_location.toWideChar());
return CORE_NO_SOURCE_FILE;
}
if(httpHeader.m_location.isAbsoluteUri())
serverAddress.parse(httpHeader.m_location);
else
{
serverAddress.parse(toProtocolPrefix(serverAddress.m_protocol) + serverAddress.m_hostname
+ serverAddress.m_path + httpHeader.m_location);
serverAddress.m_path.correctPathDelimiters();
}
fileName = serverAddress.m_fileName;
relativeUrlPath.erase();
TRACE_MESSAGE3("HTTP Redirect to file '%S' on server %S",
fileName.toWideChar(), serverAddress.toString().toWideChar());
}
// known HTTP results
else if(httpHeader.resourceUnavailable()
|| httpHeader.fileNotFound())
{
return httpHeader.convertHttpCodeToUpdaterCode();
}
// retry authorization with other credentials in case Forbidden
// code received after successful authorization has happened
else if(httpHeader.retryAuthorization(authorizationWasNeededOnProxy)
&& treat_403_502_httpCodesAs407())
{
if(!switchAuthorization(fileName, relativeUrlPath, DownloadProgress::proxyServer,
proxyAddress, authorizationTypeSwitched, ntlmAuthorizationTriedAlready))
{
TRACE_MESSAGE2("Authorization was needed, but error HTTP code '%d' received and switch to next authorization type failed",
httpHeader.httpCode());
return httpHeader.convertHttpCodeToUpdaterCode();
}
TRACE_MESSAGE3("Authorization was needed, but error HTTP code '%d' received, try next authorization type '%S'",
httpHeader.httpCode(),
toString(m_authorizationDriver.currentAuthorizationType()).toWideChar());
}
else
{
// processing HTTP code is not implemented
m_authorizationDriver.resetAuthorizatoinState(proxyAuthorizationMethods);
return httpHeader.convertHttpCodeToUpdaterCode();
}
}
// Authorization state machine is complex and may contain bug,
// that is why protection against infinite loop is implemented
TRACE_MESSAGE3("Error in HTTP authorization state implementation: credentials '%S', current authorization type '%S'",
m_authorizationDriver.credentials().toString().toWideChar(),
toString(m_authorizationDriver.currentAuthorizationType()).toWideChar());
return CORE_DOWNLOAD_ERROR;
}
KLUPD::HttpProtocol::~HttpProtocol()
{
closeSession();
}