* loaded modules in a readable simple way, e.g.:
* 'FOREACH_MOD(I_OnConnect,OnConnect(user));'
*/
-#define FOREACH_MOD(y,x) if (!ServerInstance->Modules->EventHandlers[y].empty()) \
+#define FOREACH_MOD(y,x) \
+for (EventHandlerIter _i = ServerInstance->Modules->EventHandlers[y].begin(); _i != ServerInstance->Modules->EventHandlers[y].end(); ++_i) \
{ \
- for (EventHandlerIter _i = ServerInstance->Modules->EventHandlers[y].begin(); _i != ServerInstance->Modules->EventHandlers[y].end(); ++_i) \
+ try \
{ \
- try \
- { \
- (*_i)->x ; \
- } \
- catch (CoreException& modexcept) \
- { \
- ServerInstance->Log(DEFAULT,"Exception caught: %s",modexcept.GetReason()); \
- } \
+ (*_i)->x ; \
+ } \
+ catch (CoreException& modexcept) \
+ { \
+ ServerInstance->Log(DEFAULT,"Exception caught: %s",modexcept.GetReason()); \
} \
}
* an instance pointer to the macro. e.g.:
* 'FOREACH_MOD_I(Instance, OnConnect, OnConnect(user));'
*/
-#define FOREACH_MOD_I(z,y,x) if (!z->Modules->EventHandlers[y].empty()) \
+#define FOREACH_MOD_I(z,y,x) \
+for (EventHandlerIter _i = z->Modules->EventHandlers[y].begin(); _i != z->Modules->EventHandlers[y].end(); ++_i) \
{ \
- for (EventHandlerIter _i = z->Modules->EventHandlers[y].begin(); _i != z->Modules->EventHandlers[y].end(); ++_i) \
+ try \
{ \
- try \
- { \
- (*_i)->x ; \
- } \
- catch (CoreException& modexcept) \
- { \
- z->Log(DEFAULT,"Exception caught: %s",modexcept.GetReason()); \
- } \
+ (*_i)->x ; \
+ } \
+ catch (CoreException& modexcept) \
+ { \
+ z->Log(DEFAULT,"Exception caught: %s",modexcept.GetReason()); \
} \
}
* The first module to return a nonzero result is the value to be accepted,
* and any modules after are ignored.
*/
-#define FOREACH_RESULT(y,x) if (!ServerInstance->Modules->EventHandlers[y].empty()) \
-{ \
+#define FOREACH_RESULT(y,x) \
+do { \
MOD_RESULT = 0; \
for (EventHandlerIter _i = ServerInstance->Modules->EventHandlers[y].begin(); _i != ServerInstance->Modules->EventHandlers[y].end(); ++_i) \
{ \
ServerInstance->Log(DEFAULT,"Exception caught: %s",modexcept.GetReason()); \
} \
} \
-}
+} while(0);
/**
* The first module to return a nonzero result is the value to be accepted,
* and any modules after are ignored.
*/
-#define FOREACH_RESULT_I(z,y,x) if (!z->Modules->EventHandlers[y].empty()) \
-{ \
+#define FOREACH_RESULT_I(z,y,x) \
+do { \
MOD_RESULT = 0; \
for (EventHandlerIter _i = z->Modules->EventHandlers[y].begin(); _i != z->Modules->EventHandlers[y].end(); ++_i) \
{ \
z->Log(DEBUG,"Exception caught: %s",modexcept.GetReason()); \
} \
} \
-}
+} while (0);
/** Represents a non-local user.
* (in fact, any FD less than -1 does)
*/
typedef DLLFactory<Module> ircd_module;
-/** A list of loaded module handles (ircd_module)
- */
-typedef std::vector<ircd_module*> ModuleHandleList;
-
/** A list of modules
*/
typedef std::vector<Module*> IntModuleList;
-/** A list of event handlers
- */
-typedef std::vector<IntModuleList> EventHandlerList;
-
/** An event handler iterator
*/
typedef IntModuleList::iterator EventHandlerIter;
private:
/** Holds a string describing the last module error to occur
*/
- char MODERR[MAXBUF];
+ std::string LastModuleError;
/** The feature names published by various modules
*/
*/
interfacelist Interfaces;
- /** Total number of modules loaded into the ircd, minus one
+ /** Total number of modules loaded into the ircd
*/
int ModCount;
/** Event handler hooks.
* This needs to be public to be used by FOREACH_MOD and friends.
*/
- EventHandlerList EventHandlers;
+ IntModuleList EventHandlers[I_END];
/** Simple, bog-standard, boring constructor.
*/
/** Returns text describing the last module error
* @return The last error message to occur
*/
- const char* LastError();
+ std::string& LastError();
/** Load a given module file
* @param filename The file to load