static void
EmulatedDomainEnumerationCallBack(
DNSServiceDomainEnumerationReplyResultType inResult,
const char * inDomain,
DNSServiceDiscoveryReplyFlags inFlags,
void * inContext )
{
DNS_UNUSED( inFlags );
DNS_UNUSED( inContext );
if( inResult == DNSServiceDomainEnumerationReplyAddDomain )
{
fprintf( stdout, "\"%s\" domain added emulated\n", inDomain );
}
else if( inResult == DNSServiceDomainEnumerationReplyAddDomainDefault )
{
fprintf( stdout, "\"%s\" default domain added emulated\n", inDomain );
}
else if( inResult == DNSServiceDomainEnumerationReplyRemoveDomain )
{
fprintf( stdout, "\"%s\" domain removed emulated\n", inDomain );
}
else
{
fprintf( stdout, "### unknown emulated domain enumeration callback result (%d)\n", inResult );
}
}
static void
RegistrationCallBack(
void * inContext,
DNSRegistrationRef inRef,
DNSStatus inStatusCode,
const DNSRegistrationEvent * inEvent )
{
DNS_UNUSED( inContext );
DNS_UNUSED( inRef );
DNS_UNUSED( inStatusCode );
switch( inEvent->type )
{
case kDNSRegistrationEventTypeRelease:
break;
case kDNSRegistrationEventTypeRegistered:
fprintf( stdout, "name registered and active\n" );
break;
case kDNSRegistrationEventTypeNameCollision:
fprintf( stdout, "name in use, please choose another name\n" );
break;
default:
break;
}
}
static void
EmulatedBrowserCallBack(
DNSServiceBrowserReplyResultType inResult,
const char * inName,
const char * inType,
const char * inDomain,
DNSServiceDiscoveryReplyFlags inFlags,
void * inContext )
{
DNS_UNUSED( inFlags );
DNS_UNUSED( inContext );
if( inResult == DNSServiceBrowserReplyAddInstance )
{
fprintf( stdout, "\"%s.%s%s\" service added emulated\n", inName, inType, inDomain );
}
else if( inResult == DNSServiceBrowserReplyRemoveInstance )
{
fprintf( stdout, "\"%s.%s%s\" service removed emulated\n", inName, inType, inDomain );
}
else
{
fprintf( stdout, "### unknown emulated browser callback result (%d)\n", inResult );
}
}
static void
EmulatedResolverCallBack(
struct sockaddr * inInterfaceAddr,
struct sockaddr * inAddr,
const char * inTextRecord,
DNSServiceDiscoveryReplyFlags inFlags,
void * inContext )
{
struct sockaddr_in * ifSin4;
struct sockaddr_in * sin4;
char ifIP[ 64 ];
char ip[ 64 ];
DNS_UNUSED( inFlags );
DNS_UNUSED( inContext );
ifSin4 = (struct sockaddr_in *) inInterfaceAddr;
sin4 = (struct sockaddr_in *) inAddr;
fprintf( stdout, "service resolved to %s:%d on interface %s with text \"%s\"\n",
IPv4ToString( *( (DNSOpaque32 *) &sin4->sin_addr.s_addr ), ip ),
ntohs( sin4->sin_port ),
IPv4ToString( *( (DNSOpaque32 *) &ifSin4->sin_addr.s_addr ), ifIP ),
inTextRecord ? inTextRecord : "" );
}
DNS_LOCAL void
DNSServiceBrowserPrivateCallBack(
void * inContext,
DNSBrowserRef inRef,
DNSStatus inStatusCode,
const DNSBrowserEvent * inEvent )
{
dns_service_discovery_ref obj;
DNSServiceBrowserReply callback;
DNS_UNUSED( inRef );
DNS_UNUSED( inStatusCode );
check( inContext );
obj = (dns_service_discovery_ref) inContext;
check( obj->callback );
callback = (DNSServiceBrowserReply) obj->callback;
switch( inEvent->type )
{
case kDNSBrowserEventTypeAddService:
debugf( DEBUG_NAME "add service \"%s.%s%s\"\n",
inEvent->data.addService.name,
inEvent->data.addService.type,
inEvent->data.addService.domain );
if( callback )
{
callback( DNSServiceBrowserReplyAddInstance,
inEvent->data.addService.name,
inEvent->data.addService.type,
inEvent->data.addService.domain,
DNSServiceDiscoverReplyFlagsFinished,
obj->context );
}
break;
case kDNSBrowserEventTypeRemoveService:
debugf( DEBUG_NAME "remove service \"%s.%s%s\"\n",
inEvent->data.removeService.name,
inEvent->data.removeService.type,
inEvent->data.removeService.domain );
if( callback )
{
callback( DNSServiceBrowserReplyRemoveInstance,
inEvent->data.removeService.name,
inEvent->data.removeService.type,
inEvent->data.removeService.domain,
DNSServiceDiscoverReplyFlagsFinished,
obj->context );
}
break;
default:
break;
}
}
DNSServiceRegistrationReplyErrorType
DNSServiceRegistrationRemoveRecord(
dns_service_discovery_ref inRef,
DNSRecordReference inRecordRef )
{
DNS_UNUSED( inRef );
DNS_UNUSED( inRecordRef );
debugf( DEBUG_NAME "DNSServiceRegistrationRemoveRecord is currently not supported\n" );
return( kDNSServiceDiscoveryUnsupportedErr );
}
DNS_LOCAL void
DNSServiceDomainEnumerationPrivateCallBack(
void * inContext,
DNSBrowserRef inRef,
DNSStatus inStatusCode,
const DNSBrowserEvent * inEvent )
{
dns_service_discovery_ref obj;
DNSServiceDomainEnumerationReply callback;
DNS_UNUSED( inRef );
DNS_UNUSED( inStatusCode );
check( inContext );
obj = (dns_service_discovery_ref) inContext;
check( obj->callback );
callback = (DNSServiceDomainEnumerationReply) obj->callback;
switch( inEvent->type )
{
case kDNSBrowserEventTypeAddDomain:
debugf( DEBUG_NAME "add domain \"%s\"\n", inEvent->data.addDomain.domain );
if( callback )
{
callback( DNSServiceDomainEnumerationReplyAddDomain, inEvent->data.addDomain.domain,
DNSServiceDiscoverReplyFlagsFinished, obj->context );
}
break;
case kDNSBrowserEventTypeAddDefaultDomain:
debugf( DEBUG_NAME "add default domain \"%s\"\n", inEvent->data.addDefaultDomain.domain );
if( callback )
{
callback( DNSServiceDomainEnumerationReplyAddDomainDefault, inEvent->data.addDefaultDomain.domain,
DNSServiceDiscoverReplyFlagsFinished, obj->context );
}
break;
case kDNSBrowserEventTypeRemoveDomain:
debugf( DEBUG_NAME "add default domain \"%s\"\n", inEvent->data.removeDomain.domain );
if( callback )
{
callback( DNSServiceDomainEnumerationReplyRemoveDomain, inEvent->data.removeDomain.domain,
DNSServiceDiscoverReplyFlagsFinished, obj->context );
}
break;
default:
break;
}
}
DNS_LOCAL void
DNSServiceResolverPrivateCallBack(
void * inContext,
DNSResolverRef inRef,
DNSStatus inStatusCode,
const DNSResolverEvent * inEvent )
{
dns_service_discovery_ref obj;
DNSServiceResolverReply callback;
struct sockaddr_in interfaceAddr;
struct sockaddr_in addr;
DNS_UNUSED( inRef );
DNS_UNUSED( inStatusCode );
check( inContext );
obj = (dns_service_discovery_ref) inContext;
check( obj->callback );
callback = (DNSServiceResolverReply) obj->callback;
switch( inEvent->type )
{
case kDNSResolverEventTypeResolved:
debugf( DEBUG_NAME "resolved \"%s.%s%s\"\n",
inEvent->data.resolved.name,
inEvent->data.resolved.type,
inEvent->data.resolved.domain );
memset( &interfaceAddr, 0, sizeof( interfaceAddr ) );
interfaceAddr.sin_family = AF_INET;
interfaceAddr.sin_port = 0;
interfaceAddr.sin_addr.s_addr = inEvent->data.resolved.interfaceIP.u.ipv4.addr.v32;
memset( &addr, 0, sizeof( addr ) );
addr.sin_family = AF_INET;
addr.sin_port = inEvent->data.resolved.address.u.ipv4.port.v16;
addr.sin_addr.s_addr = inEvent->data.resolved.address.u.ipv4.addr.v32;
if( callback )
{
callback( (struct sockaddr *) &interfaceAddr, (struct sockaddr *) &addr, inEvent->data.resolved.textRecord,
DNSServiceDiscoverReplyFlagsFinished, obj->context );
}
break;
default:
break;
}
}
mach_port_t DNSServiceDiscoveryMachPort( dns_service_discovery_ref inRef )
{
DNS_UNUSED( inRef );
debugf( DEBUG_NAME "DNSServiceDiscoveryMachPort is not supported\n" );
return( 0 );
}
static void SigIntHandler( int inSignalNumber )
{
DNS_UNUSED( inSignalNumber );
signal( SIGINT, SIG_DFL );
CFRunLoopStop( CFRunLoopGetCurrent() );
}
DNSServiceRegistrationReplyErrorType
DNSServiceRegistrationUpdateRecord(
dns_service_discovery_ref inRef,
DNSRecordReference inRecordRef,
uint16_t inRDLength,
const char * inRData,
uint32_t inTTL )
{
DNS_UNUSED( inRef );
DNS_UNUSED( inRecordRef );
DNS_UNUSED( inRDLength );
DNS_UNUSED( inRData );
DNS_UNUSED( inTTL );
debugf( DEBUG_NAME "DNSServiceRegistrationUpdateRecord is currently not supported\n" );
return( kDNSServiceDiscoveryUnsupportedErr );
}
DNSRecordReference
DNSServiceRegistrationAddRecord(
dns_service_discovery_ref inRef,
uint16_t inRRType,
uint16_t inRDLength,
const char * inRData,
uint32_t inTTL )
{
DNS_UNUSED( inRef );
DNS_UNUSED( inRRType );
DNS_UNUSED( inRDLength );
DNS_UNUSED( inRData );
DNS_UNUSED( inTTL );
debugf( DEBUG_NAME "DNSServiceRegistrationAddRecord is currently not supported\n" );
return( 0 );
}
DNS_LOCAL void
DNSServiceRegistrationPrivateCallBack(
void * inContext,
DNSRegistrationRef inRef,
DNSStatus inStatusCode,
const DNSRegistrationEvent * inEvent )
{
dns_service_discovery_ref obj;
DNSServiceRegistrationReply callback;
DNS_UNUSED( inRef );
DNS_UNUSED( inStatusCode );
check( inContext );
obj = (dns_service_discovery_ref) inContext;
check( obj->callback );
callback = (DNSServiceRegistrationReply) obj->callback;
switch( inEvent->type )
{
case kDNSRegistrationEventTypeRegistered:
debugf( DEBUG_NAME "name registered and active\n" );
if( callback )
{
callback( kDNSServiceDiscoveryNoError, obj->context );
}
break;
case kDNSRegistrationEventTypeNameCollision:
debugf( DEBUG_NAME "name in use, please choose another name\n" );
if( callback )
{
callback( kDNSServiceDiscoveryNameConflict, obj->context );
}
break;
default:
break;
}
}
static void EmulatedRegistrationCallBack( DNSServiceRegistrationReplyErrorType inResult, void *inContext )
{
DNS_UNUSED( inContext );
if( inResult == kDNSServiceDiscoveryNoError )
{
fprintf( stdout, "service name registered successfully\n" );
}
else
{
fprintf( stdout, "service registration failed( %d)\n", inResult );
}
}
static void
HostRegistrationCallBack(
void * inContext,
DNSHostRegistrationRef inRef,
DNSStatus inStatusCode,
void * inData )
{
DNS_UNUSED( inContext );
DNS_UNUSED( inRef );
DNS_UNUSED( inData );
if( inStatusCode == kDNSNoErr )
{
fprintf( stdout, "host name registered and active\n" );
}
else if( inStatusCode == kDNSNameConflictErr )
{
fprintf( stdout, "host name in use, please choose another name\n" );
}
else
{
fprintf( stdout, "unknown host registration status (%ld)\n", inStatusCode );
}
}
void DNSServiceDiscovery_handleReply( void *inReplyMessage )
{
DNS_UNUSED( inReplyMessage );
debugf( DEBUG_NAME "DNSServiceDiscovery_handleReply is not supported\n" );
}
static void ResolverCallBack( void *inContext, DNSResolverRef inRef, DNSStatus inStatusCode, const DNSResolverEvent *inEvent )
{
char ifIP[ 32 ];
char ip[ 32 ];
DNS_UNUSED( inContext );
DNS_UNUSED( inRef );
DNS_UNUSED( inStatusCode );
switch( inEvent->type )
{
case kDNSResolverEventTypeResolved:
{
const uint8_t * p;
const uint8_t * end;
int i;
fprintf( stdout, "resolved \"%s.%s%s\" to \"%s\" (%s:%u) on interface 0x%p (%s)%s\n",
inEvent->data.resolved.name,
inEvent->data.resolved.type,
inEvent->data.resolved.domain,
inEvent->data.resolved.hostName,
IPv4ToString( inEvent->data.resolved.address.u.ipv4.addr, ip ),
( inEvent->data.resolved.address.u.ipv4.port.v8[ 0 ] << 8 ) |
inEvent->data.resolved.address.u.ipv4.port.v8[ 1 ],
(int) inEvent->data.resolved.interfaceID,
IPv4ToString( inEvent->data.resolved.interfaceIP.u.ipv4.addr, ifIP ),
( inEvent->data.resolved.textRecordRawSize > 0 ) ? " with text:" : "" );
p = (const uint8_t *) inEvent->data.resolved.textRecordRaw;
end = p + inEvent->data.resolved.textRecordRawSize;
i = 0;
if( gPrintTXTRecords )
{
while( p < end )
{
uint8_t size;
size = *p++;
if( ( p + size ) > end )
{
fprintf( stdout, "\n### MALFORMED TXT RECORD (length byte too big for record)\n\n" );
break;
}
fprintf( stdout, "%5d (%3d bytes): \"%.*s\"\n", i, size, size, p );
p += size;
++i;
}
fprintf( stdout, "\n" );
}
break;
}
case kDNSResolverEventTypeRelease:
break;
default:
break;
}
}