int main(int argc, char * argv[])
{
SLPError err;
SLPError callbackerr;
SLPHandle hslp;
if (argc != 2)
{
printf("SLPFindSrvTypes\n Finds a SLP service.\n "
"Usage:\n SLPFindSrvTypes\n <naming authority>\n");
return 0;
} /* End If. */
err = SLPOpen("en", SLP_FALSE, &hslp);
check_error_state(err, "Error opening slp handle.");
err = SLPFindSrvTypes(hslp, argv[1], 0,
MySLPSrvTypeCallback, &callbackerr);
check_error_state(err, "Error getting service type with slp.");
/* Now that we're done using slp, close the slp handle */
SLPClose(hslp);
return 0;
}
/*=========================================================================*/
void FindSrvTypes(SLPToolCommandLine* cmdline)
/*=========================================================================*/
{
SLPError result;
SLPHandle hslp;
if(SLPOpen(cmdline->lang,SLP_FALSE,&hslp) == SLP_OK)
{
if(cmdline->cmdparam1)
{
result = SLPFindSrvTypes(hslp,
cmdline->cmdparam1,
cmdline->scopes,
mySrvTypeCallback,
0);
}
else
{
result = SLPFindSrvTypes(hslp,
"*",
cmdline->scopes,
mySrvTypeCallback,
0);
}
if(result != SLP_OK)
{
printf("errorcode: %i\n",result);
}
SLPClose(hslp);
}
}
void* CSLPNodeLookupThread::Run( void )
{
DBGLOG( "CSLPNodeLookupThread::Run\n" );
while ( !mCanceled )
{
SLPInternalError status = SLPOpen( "en", SLP_FALSE, &mSLPRef );
if ( status )
{
DBGLOG( "CSLPNodeLookupThread::CSLPNodeLookupThread, SLPOpen returned (%d) %s\n", status, slperror(status) );
}
else if ( mSLPRef )
{
SLPInternalError error = SLPFindScopesAsync( mSLPRef, SLPScopeLookupNotifier, this );
if ( error )
DBGLOG( "CSLPNodeLookupThread::CSLPNodeLookupThread, SLPFindScopesAsync returned (%d) %s\n", error, slperror(error) );
}
if( mSLPRef )
SLPClose( mSLPRef );
mSLPRef = NULL;
if ( mDoItAgain )
mDoItAgain = false;
else
break;
}
return NULL;
}
void FindSrvs(SLPToolCommandLine * cmdline)
{
SLPError result;
SLPHandle hslp;
if (SLPOpen(cmdline->lang, SLP_FALSE, &hslp) == SLP_OK)
{
#ifndef UNICAST_NOT_SUPPORTED
if (cmdline->unicastifc && (result = SLPAssociateIP(hslp,
cmdline->unicastifc)) != SLP_OK)
{
printf("errorcode: %i\n", result);
SLPClose(hslp);
return;
}
#endif
#ifndef MI_NOT_SUPPORTED
if (cmdline->interfaces && (result = SLPAssociateIFList(hslp,
cmdline->interfaces)) != SLP_OK)
{
printf("errorcode: %i\n", result);
SLPClose(hslp);
return;
}
#endif
result = SLPFindSrvs(hslp, cmdline->cmdparam1, cmdline->scopes,
cmdline->cmdparam2, mySrvUrlCallback, 0);
if (result != SLP_OK)
printf("errorcode: %i\n", result);
SLPClose(hslp);
}
}
/*****************************************************************************
* sout_SLDePReg: Unregisters the program from SLP
*****************************************************************************/
int sout_SLPDereg( sout_instance_t *p_sout, char * psz_url,
char * psz_name)
{
#ifdef HAVE_SLP_H
SLPHandle slp_handle;
SLPError slp_res;
char *psz_service= sout_SLPBuildName(psz_url,psz_name);
if( SLPOpen( NULL, SLP_FALSE, &slp_handle ) != SLP_OK)
{
msg_Warn(p_sout,"Unable to initialize SLP");
return -1;
}
msg_Info(p_sout , "Unregistering %s from SLP",
psz_service);
slp_res = SLPDereg ( slp_handle,
psz_service,
sout_SLPReport,
NULL );
if( slp_res != SLP_OK )
{
msg_Warn(p_sout,"Error while registering service: %i", slp_res );
return -1;
}
return 0;
#else /* This function should never be called if this is false */
return -1;
#endif
}
void find_srv::FindSrvs_URL(char* Asrvtype)
{
SLPError result;
SLPHandle hslp;
SLPError callbackerr;
if(SLPOpen("en",SLP_FALSE,&hslp) == SLP_OK)
{ //printf("\ntest\n");
result = SLPFindSrvs(hslp,
Asrvtype,
0,
0,
mySrvUrlCallback,
&callbackerr);
//printf("\ntest2\n");
if(result != SLP_OK)
{
printf("errorcode: %i\n",result);
}
SLPClose(hslp);
}
}
static ERL_NIF_TERM
ex_slp_open(ErlNifEnv* env, int argc, const ERL_NIF_TERM argv[]) {
char *lang;
char *ret_code;
int isasync;
unsigned int term_len;
SLPHandle *hslp;
SLPEXP SLPError SLPAPI error;
if (enif_get_atom_length(env, argv[0], &term_len, ERL_NIF_LATIN1) < 0) {
return enif_make_badarg(env);
}
if (enif_get_atom(env, argv[0], lang, term_len, ERL_NIF_LATIN1) < 0) {
return enif_make_badarg(env);
}
if ( ! enif_get_int(env, argv[1], &isasync)) return enif_make_badarg(env);
hslp = enif_alloc_resource(NIF_SLP_HANDLE, sizeof(SLPHandle));
if (hslp == NULL) return enif_make_badarg(env);
//error = SLPOpen(lang, isasync > 0 ? SLP_TRUE : SLP_FALSE, hslp);
error = SLPOpen(lang, isasync > 0 ? SLP_TRUE : SLP_FALSE, hslp);
ERL_NIF_TERM term = enif_make_resource(env, hslp);
enif_release_resource(hslp);
return enif_make_tuple2(env, enif_make_int(env, error), term);
}
ScopedSLPHandle::ScopedSLPHandle(
const bool is_async,
const String pc_lang)
{
m_error = SLPOpen(
pc_lang.c_str(),
is_async ? SLP_TRUE : SLP_FALSE,
&m_handle);
}
void Deregister(SLPToolCommandLine * cmdline)
{
SLPError result;
SLPHandle hslp;
if (SLPOpen(cmdline->lang, SLP_FALSE, &hslp) == SLP_OK)
{
result = SLPDereg(hslp, cmdline->cmdparam1, mySLPRegReport, 0);
if (result != SLP_OK)
printf("errorcode: %i\n", result);
SLPClose(hslp);
}
}
unsigned short SLPGetRefreshInterval() {
slp_handle_impl_t *hp; /* SLP handle for this request */
SLPError err; /* any SLPError */
char *reply = NULL; /* reply from slpd */
void *collator = NULL; /* attr collation handle */
int mr = 0; /* max results placeholder */
unsigned short max = 0; /* max interval result cookie */
char *msg = NULL; /* attrrqst msg */
char hostname[MAXHOSTNAMELEN]; /* name of this host */
if ((err = SLPOpen("en", SLP_FALSE, (void **)&hp)) != SLP_OK) {
slp_err(LOG_INFO, 0, "SLPGetRefreshInterval",
"Could not get SLPHandle: %s", slp_strerror(err));
return (0);
}
/* tag this as an internal call */
hp->internal_call = SLP_TRUE;
/* scope is name of this host */
(void) gethostname(hostname, MAXHOSTNAMELEN);
if (slp_packAttrRqst_single(SLP_SUN_DA_TYPE,
hostname,
"min-refresh-interval",
&msg, "en") != SLP_OK) {
goto done;
}
if (slp_send2slpd(msg, &reply) != SLP_OK) {
goto done;
}
(void) slp_UnpackAttrReply(hp, reply, refresh_interval_cb,
&max, &collator, &mr);
/* clean up by invoking last call */
(void) slp_UnpackAttrReply(hp, NULL, refresh_interval_cb,
&max, &collator, &mr);
done:
if (msg) free(msg);
if (reply) free(reply);
SLPClose(hp);
return (max);
}
int
main(int argc, char **argv)
{
SLPError slprv;
SLPHandle slph;
struct SRV_URL_CB_INFO cbinfo;
slprv = SLPOpen(NULL, SLP_FALSE, &slph);
if(slprv != SLP_OK) {
printf("Error opening slp handle %i\n", slprv);
exit(1);
}
cbinfo.num_url = 0;
slprv = SLPFindSrvs( slph,
"service:wbem",
0, /* use configured scopes */
0, /* no attr filter */
MySLPSrvURLCallback,
&cbinfo );
if((slprv != SLP_OK) || (cbinfo.callbackerr != SLP_OK)) {
printf("SLPFindSrvs Error: %i\n", slprv);
exit(1);
}
else {
int i;
printf("SLPFindSrvs discovered %d servers:\n", cbinfo.num_url);
for(i = 0; i < cbinfo.num_url; i++) {
printf("\t%s\n", cbinfo.srv_urls[i]);
slprv = SLPFindAttrs(slph,
cbinfo.srv_urls[i],
"", /* attributes */
"", /* use configured scopes */
myAttrCallback,
NULL);
if(slprv != SLP_OK) {
printf("errorcode: %i\n", slprv);
}
}
}
SLPClose(slph);
}
void FindScopes(SLPToolCommandLine * cmdline)
{
SLPError result;
SLPHandle hslp;
char * scopes;
if (SLPOpen(cmdline->lang, SLP_FALSE, &hslp) == SLP_OK)
{
result = SLPFindScopes(hslp, &scopes);
if (result == SLP_OK)
{
printf("%s\n", scopes);
SLPFree(scopes);
}
SLPClose(hslp);
}
}
void Register(SLPToolCommandLine * cmdline)
{
SLPError result;
SLPHandle hslp;
char srvtype[80] = "", * s;
size_t len = 0;
unsigned int lt = 0;
if (cmdline->time) {
lt = atoi(cmdline->time);
}
if (strncasecmp(cmdline->cmdparam1, "service:", 8) == 0)
len = 8;
s = strchr(cmdline->cmdparam1 + len, ':');
if (!s)
{
printf("Invalid URL: %s\n", cmdline->cmdparam1);
return;
}
len = s - cmdline->cmdparam1;
strncpy(srvtype, cmdline->cmdparam1, len);
srvtype[len] = 0;
/* Clear property (if set), otherwise the register function is quite useless */
SLPSetProperty("net.slp.watchRegistrationPID", 0);
if ((cmdline->scopes != 0) && (*cmdline->scopes != 0))
SLPSetProperty("net.slp.useScopes", cmdline->scopes);
if (SLPOpen(cmdline->lang, SLP_FALSE, &hslp) == SLP_OK)
{
if (!lt || lt > SLP_LIFETIME_MAXIMUM)
result = SLPReg(hslp, cmdline->cmdparam1, SLP_LIFETIME_MAXIMUM, srvtype,
cmdline->cmdparam2, SLP_TRUE, mySLPRegReport, 0);
else
result = SLPReg(hslp, cmdline->cmdparam1, (unsigned short)lt, srvtype,
cmdline->cmdparam2, SLP_TRUE, mySLPRegReport, 0);
if (result != SLP_OK)
printf("errorcode: %i\n", result);
SLPClose(hslp);
}
}
/*=========================================================================*/
void Register(SLPToolCommandLine* cmdline)
/*=========================================================================*/
{
SLPError result;
SLPHandle hslp;
char srvtype[80] = "", *s;
int len = 0;
if (strncasecmp(cmdline->cmdparam1, "service:", 8) == 0)
len = 8;
s = strchr(cmdline->cmdparam1 + len, ':');
if (!s)
{
printf("Invalid URL: %s\n", cmdline->cmdparam1);
return;
}
len = s - cmdline->cmdparam1;
strncpy(srvtype, cmdline->cmdparam1, len);
srvtype[len] = 0;
if(SLPOpen(cmdline->lang,SLP_FALSE,&hslp) == SLP_OK)
{
result = SLPReg(hslp,
cmdline->cmdparam1,
SLP_LIFETIME_MAXIMUM,
srvtype,
cmdline->cmdparam2,
SLP_TRUE,
mySLPRegReport,
0);
if(result != SLP_OK)
{
printf("errorcode: %i\n",result);
}
SLPClose(hslp);
}
}
void slapd_slp_init( const char* urls ) {
int i;
slapd_srvurls = ldap_str2charray( urls, " " );
if( slapd_srvurls == NULL ) return;
/* find and expand INADDR_ANY URLs */
for( i=0; slapd_srvurls[i] != NULL; i++ ) {
if( strcmp( slapd_srvurls[i], "ldap:///" ) == 0) {
char *host = ldap_pvt_get_fqdn( NULL );
if ( host != NULL ) {
slapd_srvurls[i] = (char *) ch_realloc( slapd_srvurls[i],
strlen( host ) +
sizeof( LDAP_SRVTYPE_PREFIX ) );
strcpy( lutil_strcopy(slapd_srvurls[i],
LDAP_SRVTYPE_PREFIX ), host );
ch_free( host );
}
} else if ( strcmp( slapd_srvurls[i], "ldaps:///" ) == 0) {
char *host = ldap_pvt_get_fqdn( NULL );
if ( host != NULL ) {
slapd_srvurls[i] = (char *) ch_realloc( slapd_srvurls[i],
strlen( host ) +
sizeof( LDAPS_SRVTYPE_PREFIX ) );
strcpy( lutil_strcopy(slapd_srvurls[i],
LDAPS_SRVTYPE_PREFIX ), host );
ch_free( host );
}
}
}
/* open the SLP handle */
SLPOpen( "en", 0, &slapd_hslp );
}
void FindAttrs(char *srv_url)
{
SLPError result;
SLPHandle hslp;
if(SLPOpen("en",SLP_FALSE,&hslp) == SLP_OK)
{
//printf("xxx\n");
result = SLPFindAttrs(hslp,
srv_url,
0,
0,
myAttrCallback,
0);
//printf("xxx2\n");
if(result != SLP_OK)
{
printf("errorcode: %i\n",result);
}
SLPClose(hslp);
}
}
int
main (int argc, char *argv[])
{
SLPError err;
SLPError callbackerr;
SLPHandle hslp;
err = SLPOpen ("en", SLP_FALSE, &hslp);
check_error_state(err,"Error opening slp handle.");
err = SLPFindSrvs (
hslp,
argv[1],
0, /* use configured scopes */
0, /* no attr filter */
MySLPSrvURLCallback,
&callbackerr);
check_error_state(err, "Error registering service with slp.");
/* Now that we're done using slp, close the slp handle */
SLPClose (hslp);
return(0);
}
/*=========================================================================*/
int main(int argc, char* argv[])
/*=========================================================================*/
{
SLPError result = SLP_OK;
SLPHandle hslp;
SLPResultCookie resultCookie;
if (SLPOpen("en", SLP_FALSE, &hslp) == SLP_OK) {
//Do a basic check to see if findslpsrvs is working at all
setupResultCookie(&resultCookie,
NUM_BASIC_FIND_STRS,
basic_find_string,
SLP_OK);
result = doTest(hslp,
"*",
"",
"basic find pass one (default)", // <-- Test id string
&resultCookie);
//Do a basic check to see if findslpsrvs is working at all
setupResultCookie(&resultCookie,
NUM_SCOPE_STRS,
scope_string,
SLP_OK);
result = doTest(hslp,
"*",
"",
"basic find pass two (testscope)", // <-- Test id string
&resultCookie);
//Do a basic check to see if findslpsrvs is working at all
setupResultCookie(&resultCookie,
NUM_NA_STRS,
na_string,
SLP_OK);
result = doTest(hslp,
"*",
"",
"basic find pass three (naming authorities)", // <-- Test id string
&resultCookie);
//Do a basic check to see if findslpsrvs is working at all
setupResultCookie(&resultCookie,
NUM_SP_STRS,
sp_string,
SLP_OK);
result = doTest(hslp,
"*",
"",
"basic find pass four (spanish scope)", // <-- Test id string
&resultCookie);
//Now see if you can find services in a particular scope
// memset(&resultCookie, 0, sizeof(resultCookie));
setupResultCookie(&resultCookie, NUM_SCOPE_STRS, scope_string, SLP_OK);
result = doTest(hslp,
"*",
"testscope",
"find in scope", // <-- Test id string
&resultCookie);
//Now see if you can find services by a particular Naming Authority
setupResultCookie(&resultCookie, NUM_NA_STRS, na_string, SLP_OK);
result = doTest(hslp,
"TESTNA",
"testscope",
"find by NA (testscope scope)", // <-- Test id string
&resultCookie);
//Now find a service with odd characters in the name
setupResultCookie(&resultCookie, NUM_SP_STRS, sp_string, SLP_OK);
result = doTest(hslp,
"*",
"spanish",
"find service with spanish chars in spanish scope", // <-- Test id string
&resultCookie);
//Now see if you can find services by a particular Naming Authority
setupResultCookie(&resultCookie, NUM_NA_STRS, na_string, SLP_OK);
result = doTest(hslp,
"TESTNA",
"spanish",
"find by NA(spanish scope)", // <-- Test id string
&resultCookie);
//Now see if you can find services by a particular Naming Authority
setupResultCookie(&resultCookie, NUM_NA_STRS, na_string, SLP_OK);
result = doTest(hslp,
"TESTNA",
"",
"find by NA(configured scopes)", // <-- Test id string
&resultCookie);
SLPClose(hslp);
}
else {
printf("CRITICAL ERROR: SLPOpen failed!\n");
}
return result;
}
void doSlpRegister(const ProviderEnvironmentIFCRef& env)
{
SLPError err;
SLPHandle slpHandle;
if ((err = SLPOpen("en", SLP_FALSE, &slpHandle)) != SLP_OK)
{
OW_LOG_ERROR(env->getLogger(COMPONENT_NAME), Format("SLPProvider::doSlpRegister - SLPOpenFailed: %1",
err).c_str());
return;
}
slpHandleCloser closer(slpHandle);
/*
String attributes(
"(namespace=root),(implementation=OpenWbem),(version="OW_VERSION"),"
"(query-language=WBEMSQL2),(host-os="OW_STRPLATFORM")");
if (!m_allowAnonymous)
{
attributes += ",(authentication=";
if (m_useDigest)
{
attributes += "Digest)";
}
else
{
attributes += "Basic)";
}
}
*/
StringBuffer attributes;
// service-hi-name - Optional
// service-hi-description - Optional
// service-id
attributes += "(service-id=";
attributes += m_serviceId;
attributes += ')';
// CommunicationMechanism
attributes += ",(CommunicationMechanism=cim-xml)";
// OtherCommunicationMechanismDescription
// InteropSchemaNamespace
attributes += ",(InteropSchemaNamespace=";
attributes += m_interopSchemaNamespace;
attributes += ')';
// ProtocolVersion
attributes += ",(ProtocolVersion=1.1)";
// FunctionalProfilesSupported
attributes += ",(FunctionalProfilesSupported=";
attributes +=
"Basic Read"
#ifndef OW_DISABLE_SCHEMA_MANIPULATION
",Schema Manipulation"
#endif
#ifndef OW_DISABLE_INSTANCE_MANIPULATION
",Basic Write"
",Instance Manipulation"
#endif
#ifndef OW_DISABLE_ASSOCIATION_TRAVERSAL
",Association Traversal"
#endif
#ifndef OW_DISABLE_QUALIFIER_DECLARATION
",Qualifier Declaration"
#endif
;
if (m_queryEnabled)
{
attributes += ",Query Execution";
}
if (m_indicationEnabled)
{
attributes += ",Indications";
}
attributes += ")";
// FunctionalProfileDescriptions - Only use if we put "Other" in FunctionalProfilesSupported
// MultipleOperationsSupported
attributes += ",(MultipleOperationsSupported=true)";
// AuthenticationMechanismsSupported
attributes += ",(AuthenticationMechanismsSupported=";
if (m_allowAnonymous) // this takes precedence over the other schemes
{
attributes += "None)";
}
else if (m_useDigest)
{
attributes += "Digest)";
}
else
{
attributes += "Basic)";
}
// AuthenticationMechansimDescriptions - Only use if we put "Other" in AuthenticationMechanismsSupported
// Namespace - Optional, and it may be more information that we want to advertise. Evaluate whether we want this when we've got more experience with it.
// Classinfo - Options, won't do it for the same reason as Namespace
// RegisteredProfilesSupported - TODO
String hostname = SocketAddress::getAnyLocalHost().getName();
StringArray urls;
try
{
if (m_httpPort.toInt32() > 0)
{
String newUrl = "http://";
newUrl += hostname + ":" + m_httpPort;
urls.push_back(newUrl);
}
}
catch (const StringConversionException&)
{
}
try
{
if (m_httpsPort.toInt32() > 0)
{
String newUrl = "https://";
newUrl += hostname + ":" + m_httpsPort;
urls.push_back(newUrl);
}
}
catch (const StringConversionException&)
{
}
for (size_t i = 0; i < urls.size(); i++)
{
String urlString;
urlString = OW_CIMOM_SLP_URL_PREFIX;
urlString += urls[i];
// Register URL with SLP
LoggerRef lgr = env->getLogger(COMPONENT_NAME);
err = SLPReg(slpHandle, // SLP Handle from open
urlString.c_str(), // Service URL
POLLING_INTERVAL+60, // Length of time registration last
0, // Service type (not used)
attributes.c_str(), // Attributes string
SLP_TRUE, // Fresh registration (Always true for OpenSLP)
slpRegReport, // Call back for registration error reporting
&lgr); // Give cimom handle to callback
if (err != SLP_OK)
{
OW_LOG_ERROR(env->getLogger(COMPONENT_NAME), Format("cimom failed to register url with SLP: %1",
urlString).c_str());
}
else
{
OW_LOG_DEBUG(env->getLogger(COMPONENT_NAME), Format("cimom registered service url with SLP: %1",
urlString).c_str());
}
}
}
/*=========================================================================*/
int SlpPerfTest1(int min_services,
int max_services,
int iterations,
int delay)
/* Performance test number 1. Randomly registers up to "max_services" *
* services with no less than "min_services" *
* Test will be performed for "iterations" iterations. Calls to SLP APIs *
* are delayed by "delay" seconds. *
*=========================================================================*/
{
int i;
SLPError result;
double ave_slpreg = 0;
int count_slpreg = 0;
double ave_slpfindsrvs = 0;
int count_slpfindsrvs = 0;
double ave_slpfindattrs = 0;
int count_slpfindattrs = 0;
double ave_slpfindsrvtypes = 0;
int count_slpfindsrvtypes = 0;
double ave_slpdereg = 0;
int count_slpdereg = 0;
SLPHandle hslp = 0;
SLPList service_list = {0,0,0};
/*-----------------*/
/* Open SLP handle */
/*-----------------*/
result = SLPOpen("en",SLP_FALSE,&hslp);
if(result)
{
printf("SLPOpen() failed %i \n",result);
goto RESULTS;
}
/*--------------------------------------------------------*/
/* make sure the minimum number of services is registered */
/*--------------------------------------------------------*/
printf("slpperf: Test #1 \n");
printf("----------------------------------------------------------\n\n");
printf("Setting up for test. Registering %i minimum services)... \n",
min_services);
for (i=0;i<min_services;i++)
{
result = SlpPerfTest1_slpreg(hslp,
&service_list,
&ave_slpreg,
&count_slpreg);
if (result) goto RESULTS;
sleep(delay);
}
/*-------------------------------*/
/* now start the test iterations */
/*-------------------------------*/
printf("Performing %i test iterations...\n",iterations);
for (i=0;i<iterations;i++)
{
switch(rand() % 10)
{
/* 10% chance */
case 0:
if(service_list.count < max_services)
{
result = SlpPerfTest1_slpreg(hslp,
&service_list,
&ave_slpreg,
&count_slpreg);
}
else
{
/* call SlpPerfTest1_slpdereg() */
result = SlpPerfTest1_slpdereg(hslp,
&service_list,
&ave_slpdereg,
&count_slpdereg);
}
break;
/* 10% chance */
case 1:
if(service_list.count > min_services)
{
result = SlpPerfTest1_slpdereg(hslp,
&service_list,
&ave_slpdereg,
&count_slpdereg);
}
else
{
result = SlpPerfTest1_slpreg(hslp,
&service_list,
&ave_slpreg,
&count_slpreg); }
break;
/* 50% chance */
case 2:
case 3:
case 4:
case 5:
case 6:
/* call SlpPerfTest1_slpfindsrv() */
result = SlpPerfTest1_slpfindsrvs(hslp,
&service_list,
&ave_slpfindsrvs,
&count_slpfindsrvs);
break;
/* 20% chance*/
case 7:
case 8:
/* call SlpPerfTest1_slpfindattr() */
result = SlpPerfTest1_slpfindattrs(hslp,
&service_list,
&ave_slpfindattrs,
&count_slpfindattrs);
break;
/* 10% chance */
case 9:
result = SlpPerfTest1_slpfindsrvtypes(hslp,
&service_list,
&ave_slpfindsrvtypes,
&count_slpfindsrvtypes);
break;
}
if(result)
{
break;
}
sleep(delay);
}
printf("----------------------------------------------------------\n");
printf("Cleaning up registered services... \n");
result = SlpPerfTest1_slpderegall(hslp,
&service_list,
&ave_slpdereg,
&count_slpdereg);
/*----------------------*/
/* close the SLP handle */
/*----------------------*/
SLPClose(hslp);
RESULTS:
/*---------------------*/
/* Display the results */
/*---------------------*/
return result;
}
