/** Searches for a config file in the command-line arguments,
* environment, and finally in a default location. WARNING:
* if no valid config file is found, the value of the result
* parameter is unspecified! Always make sure to check the return
* value!
* @param argc Argument count
* @param argv Argument list
* @param result std::string reference to store the path, if any
* @return true if a config file is found, false otherwise.
*/
bool findConfigFile(int argc, char** argv, string& result)
{
if ( checkArgs(argc, argv, result) ) return true;
else if ( checkEnv(result) ) return true;
else if ( checkDefault(result) ) return true;
else return false;
}
SOM_Scope void SOMLINK deleteEventChannel(ApptBookEventService *somSelf,
Environment *ev)
{
ApptBookEventServiceData *somThis = ApptBookEventServiceGetData(somSelf);
ApptBookEventServiceMethodDebug("ApptBookEventService","deleteEventChannel");
CosNaming_NamingContext *nameContext=NULL;
CosNaming_Name Name;
nameContext = somThis->ECNameContext;
Name = somThis->ECName;
if (nameContext != NULL)
{
nameContext->unbind(ev, &Name);
checkEnv(ev);
}
}
void getEnvPackage (link_datatype *buf)
{
struct getEnvMsg pack;
memcpy (&pack, buf->text, 20);
int sto_no = pack.sto_no;
pthread_mutex_lock (&mutex_global);
struct storage_info current = all_info_RT.storage_no[sto_no];
pthread_mutex_unlock (&mutex_global);
current.storage_status = 1;
current.x = pack.x;
current.y = pack.y;
current.z = pack.z;
current.temperature = pack.tem[0] + dota_atof (pack.tem[1]);
current.humidity = pack.hum[0] + dota_atof (pack.hum[1]);
current.illumination = pack.ill;
current.battery = dota_adc (pack.battery);
current.adc = dota_adc (pack.adc);
printf ("no = %d tem = %0.2f hum = %0.2f ill = %0.2f battery = %0.2f adc = %0.2f x = %d y = %d z = %d\n", sto_no,
current.temperature, current.humidity, current.illumination, current.battery, current.adc, current.x, current.y, current.z);
checkEnv (sto_no, ¤t);
pthread_mutex_lock (&mutex_global);
all_info_RT.storage_no[sto_no] = current;
pthread_mutex_lock (&mutex_slinklist);
sqlite_InsertLinknode (COLLECT_INSERTER, all_info_RT, sto_no, 0);//0,0分别是仓库号和货物种类号
pthread_mutex_unlock (&mutex_slinklist);
pthread_mutex_unlock (&mutex_global);
pthread_cond_signal (&cond_refresh);
pthread_cond_signal (&cond_sqlite);
return ;
}
SOM_Scope void SOMLINK initEventService(ApptBookEventService *somSelf,
Environment *ev)
{
ApptBookEventServiceMethodDebug("ApptBookEventService","initEventService");
ApptBookEventServiceData *somThis = ApptBookEventServiceGetData(somSelf);
CosNaming_NamingContext *rootContext;
LName *eventContextName;
LNameComponent *lnc; // Library Name Component
CosNaming_Name Name;
CosNaming_NamingContext *nameContext=NULL;
SomEventService_EventChannel *eventChannel = NULL;
char *exId;
AppointmentEventHandler *myAppointmentEventHandler;
// Check to see if the event channel exists. If not, create it and
//Register it in the name service
eventChannel = (SomEventService_EventChannel *) somSelf->getEventChannelRef(ev);
if(ev->_major != NO_EXCEPTION)
{
somExceptionFree(ev);
rootContext = (CosNaming_NamingContext *)SOMD_ORBObject->
resolve_initial_references(ev, "NameService");
if (ev->_major != NO_EXCEPTION) {
somPrintf("Failed to get the root Naming Context");
} else { // Root Context OK
// Set up the context name for the Event Service
lnc = create_lname_component();
lnc->set_id(ev, "EventService");
lnc->set_kind(ev, "");
eventContextName = create_lname();
eventContextName->insert_component(ev, 0, lnc);
Name = eventContextName->to_idl_form(ev);
nameContext = rootContext->bind_new_context(ev, &Name);
exId = somExceptionId(ev);
if (exId != NULL &&
strcmp(exId,ex_CosNaming_NamingContext_AlreadyBound) == 0) {
somExceptionFree(ev);
nameContext = (CosNaming_NamingContext *) rootContext->resolve(ev, &Name);
}
if (ev->_major != NO_EXCEPTION) {
somPrintf("Failed to get the Event Service Naming Context");
} else { // Event Service Name Context OK
// Set up the context name for the Event Channel
lnc = create_lname_component();
lnc->set_id(ev, "EventChannel");
lnc->set_kind(ev, "");
eventContextName = create_lname();
eventContextName->insert_component(ev, 0, lnc);
Name = eventContextName->to_idl_form(ev);
if (ev->_major != NO_EXCEPTION)
{ // Error resolving Event Channel
somPrintf("Failed to get the existing Event Channel.\n");
}
else
{ // Event channel does not exist - Create it
// Create an Event Channel and bind a name to it
somPrintf("Creating Event channel\n");
eventChannel =
(SomEventService_EventChannel *) (void *)
somdCreate(ev, "SomEventService::EventChannel", TRUE);
checkEnv(ev);
//register the event channel with the name service
nameContext->unbind(ev, &Name);
somExceptionFree(ev);
nameContext->bind(ev, &Name, (SOMObject *)(void *) eventChannel);
if (ev->_major != NO_EXCEPTION)
{ // Unable to bind the name to an Event Channel
somPrintf("Unable to bind Event Channel to name.\n");
}
} // End - Event channel Name does not exist - Create it
} // End - Event Service Name Context OK
} // End - Root context OK
}
// Create the event handler object and connect to event channel
myAppointmentEventHandler = new AppointmentEventHandler;
myAppointmentEventHandler->eventChannelConnect(ev);
//Save the name of the event channel
somThis->ECNameContext = nameContext;
somThis->ECName = Name;
return;
}
SOM_Scope unsigned long SOMLINK getEventChannelRef(ApptBookEventService *somSelf,
Environment *ev)
{
/* ApptBookEventServiceData *somThis = ApptBookEventServiceGetData(somSelf); */
ApptBookEventServiceMethodDebug("ApptBookEventService","getEventChannelRef");
SomEventService_EventChannel *eventChannel = NULL;
char *ECStringRef; //Stringified name of event channel
CosNaming_NamingContext *rootContext;
LName *eventContextName;
LNameComponent *lnc; // Library Name Component
CosNaming_Name Name;
CosNaming_NamingContext *nameContext = NULL;
long error = 0;
EventError *eventError;
rootContext = (CosNaming_NamingContext *)SOMD_ORBObject->
resolve_initial_references(ev, "NameService");
if (!(checkEnv(ev) || !rootContext))
{
// Set up the context name for the Event Service
lnc = create_lname_component();
lnc->set_id(ev, "EventService");
lnc->set_kind(ev, "");
eventContextName = create_lname();
eventContextName->insert_component(ev, 0, lnc);
Name = eventContextName->to_idl_form(ev);
nameContext = (CosNaming_NamingContext *) rootContext->resolve(ev, &Name);
if (ev->_major == NO_EXCEPTION)
{
// Set up the context name for the Event Channel
lnc = create_lname_component();
lnc->set_id(ev, "EventChannel");
lnc->set_kind(ev, "");
eventContextName = create_lname();
eventContextName->insert_component(ev, 0, lnc);
Name = eventContextName->to_idl_form(ev);
// check to see if the event channel already registered in name server
eventChannel =
(SomEventService_EventChannel*)(void *) nameContext->resolve(ev, &Name);
if(ev->_major == NO_EXCEPTION)
{
//Test for a valid reference
CosEventChannelAdmin_ConsumerAdmin *consumerAdmin =
eventChannel->for_consumers(ev);
if(ev->_major != NO_EXCEPTION)
{
// Failed to get Event channel reference
somExceptionFree(ev);
error = ApptBookEventService_EventChannelReferenceFailure;
}
}
else
{
// Failed to get Event channel reference
somExceptionFree(ev);
error = ApptBookEventService_EventChannelReferenceFailure;
}
}
else
{
//Failed to get the Event Service Naming Context
somExceptionFree(ev);
error = ApptBookEventService_EventContextFailure;
}
}
else
{
//Failed to get the root Naming Context
error = ApptBookEventService_RootContextFailure;
}
// Build an exception if needed
if (error != 0)
{
eventError = (EventError *)SOMMalloc(sizeof(EventError));
eventError->errorCode = error;
strcpy(eventError->reason, "Event Channel Reference Error");
somSetException(ev,
USER_EXCEPTION,
ex_ApptBookEventService_EventError,
(void *) eventError);
eventChannel = NULL;
}
return (long) eventChannel;
}
void NameMgr::DumpContext
(Environment* ev, ExtendedNaming_ExtendedNamingContext* nc, int indent)
{
BindingList bl;
Binding bind;
CosNaming_BindingIterator *biter;
int i,k,l;
LName* anLName;
LNameComponent* lnc;
unsigned long numComps;
char buf500[500];
PropertyBindingList pbl;
PropertyBinding propBind;
ExtendedNaming_PropertyBindingIterator *pbIterator;
ExtendedNaming_ExtendedNamingContext* passNC;
CosNaming_Name anyName;
ExtendedNaming_Property prop;
// get a binding list of the current (passed) naming context
nc->list(ev, 100000, &bl, &biter);
if (this->checkEnv(ev)) return ;
// create an Lname
anLName = create_lname();
// for the number of objects/contexts in our context...
for (i = 0; i < bl._length; ++i)
{
// for however many level we are down in the naming tree
for (l=0;l<=indent;++l)
// print a space so the indetation is correct
{cout<<" ";}
// fill in the LName from the binding list buffer
anLName->from_idl_form (ev, &(bl._buffer[i].binding_name));
// print the first text for the object
cout<<"Name<";
// for as many components as ther are in the object
for (k=1,numComps=anLName->num_components(ev);k<=numComps;k++)
{
// get the component
lnc=anLName->get_component(ev,k);
// print the id and kind of the objects
cout<<"["<<lnc->get_id(ev)<<"/"<<lnc->get_kind(ev)<<"]";
// if there are more components, separate with a blank
if(k<numComps) cout<<" ";
}
// print the end of name symbol
cout<<">";
// print the type of the object
if (bl._buffer[i].binding_type==CosNaming_nobject)
cout<<"type<object>";
else
cout<<"type<context>";
// Set the property binding list length, maximun, and buffer
pbl._maximum = pbl._length = 0;
pbl._buffer = NULL;
// convert the LName to idl form
anyName = anLName->to_idl_form(ev);
checkEnv(ev);
// get a list of the properties associated with the object/context
nc->list_properties (ev,&anyName,100000,&pbl,&pbIterator);
// if there are no properties, do nothing else, print 'em
if (this->checkEnv(ev))
{}
else
{
// property names leading string
cout<<"PropertyNames<";
// for as many properties as there are
for (k=0;k<pbl._length;k++)
{
// print the name of the property
cout<<"["<<pbl._buffer[k].property_name<<"]";
// from the name, get the property itself
nc->get_property(ev, &anyName, pbl._buffer[k].property_name, &prop);
// print the value of the property. in this sample I know
// that the _value pointer points to a long, so I can readily cast and
// stream out the result. If I did not know what type the value was I
// would have to use a large case structure on prop.value._type.
cout<<"/";
cout<<*(long*)prop.value._value<<" ";
// cout<<"/"anyPrint(prop.value, ev)<<" "<<endl;
}
}
// end of properties character
cout<<">"<<endl;
// if the object we are looking at is a context,
// we need to see if there are other objects bound in
if (bl._buffer[i].binding_type==CosNaming_ncontext)
{
// resolve the context into our temp variable
passNC = (ExtendedNaming_ExtendedNamingContext*)nc->resolve(ev, &anyName);
// recursively call dumpacontext on the child context
this->DumpContext(ev, passNC, ++indent);
--indent;
}
else
{}
}
}