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// returns true if the API exports were good, otherwise, passed in data is returned
#define CHECKAPI_NONE 0
#define CHECKAPI_DB 1
#define CHECKAPI_CLIST 2
// block these plugins
#define DEFMOD_REMOVED_UIPLUGINOPTS 21
#define DEFMOD_REMOVED_PROTOCOLNETLIB 22
// basic export prototypes
typedef int (__cdecl * Miranda_Plugin_Load) (void);
typedef int (__cdecl * Miranda_Plugin_Unload) (void);
// version control
typedef PLUGININFOEX * (__cdecl * Miranda_Plugin_InfoEx) (DWORD mirandaVersion);
// prototype for databases
typedef DATABASELINK * (__cdecl * Database_Plugin_Info) (void * reserved);
// prototype for clists
typedef int (__cdecl * CList_Initialise) (void);
// Interface support
typedef MUUID * (__cdecl * Miranda_Plugin_Interfaces) (void);
// can all be NULL
struct BASIC_PLUGIN_INFO
{
HINSTANCE hInst;
Miranda_Plugin_Load Load;
Miranda_Plugin_Unload Unload;
Miranda_Plugin_InfoEx InfoEx;
Miranda_Plugin_Interfaces Interfaces;
Database_Plugin_Info DbInfo;
CList_Initialise clistlink;
PLUGININFOEX * pluginInfo; // must be freed if hInst = = NULL then its a copy
DATABASELINK * dblink; // only valid during module being in memory
};
#define PCLASS_FAILED 0x1 // not a valid plugin, or API is invalid, pluginname is valid
#define PCLASS_BASICAPI 0x2 // has Load, Unload, MirandaPluginInfo() -> PLUGININFO seems valid, this dll is in memory.
#define PCLASS_DB 0x4 // has DatabasePluginInfo() and is valid as can be, and PCLASS_BASICAPI has to be set too
#define PCLASS_LAST 0x8 // this plugin should be unloaded after everything else
#define PCLASS_OK 0x10 // plugin should be loaded, if DB means nothing
#define PCLASS_LOADED 0x20 // Load(void) has been called, Unload() should be called.
#define PCLASS_STOPPED 0x40 // wasn't loaded cos plugin name not on white list
#define PCLASS_CLIST 0x80 // a CList implementation
#define PCLASS_SERVICE 0x100 // has Service Mode implementation
#define PCLASS_CORE 0x200 // a plugin from the /Core directory
struct pluginEntry
{
TCHAR pluginname[64];
unsigned int pclass; // PCLASS_*
int hLangpack;
BASIC_PLUGIN_INFO bpi;
pluginEntry* nextclass;
};
extern LIST<pluginEntry> pluginList;
extern MUUID miid_last;
int PluginOptionsInit(WPARAM, LPARAM);
void LoadPluginOptions();
void UnloadPluginOptions();
int isPluginOnWhiteList(const TCHAR* pluginname);
void SetPluginOnWhiteList(const TCHAR* pluginname, int allow);
int getDefaultPluginIdx(const MUUID& muuid);
bool hasMuuid(const BASIC_PLUGIN_INFO&, const MUUID&);
int equalUUID(const MUUID& u1, const MUUID& u2);
int checkAPI(TCHAR* plugin, BASIC_PLUGIN_INFO* bpi, DWORD mirandaVersion, int checkTypeAPI);
pluginEntry* OpenPlugin(TCHAR *tszFileName, TCHAR *dir, TCHAR *path);
bool TryLoadPlugin(pluginEntry *p, bool bDynamic);
void Plugin_Uninit(pluginEntry* p);
int Plugin_UnloadDyn(pluginEntry* p);
typedef BOOL (*SCAN_PLUGINS_CALLBACK) (WIN32_FIND_DATA * fd, TCHAR *path, WPARAM wParam, LPARAM lParam);
void enumPlugins(SCAN_PLUGINS_CALLBACK cb, WPARAM wParam, LPARAM lParam);
struct MuuidReplacement
{
MUUID uuid; // default interface plugin
TCHAR* stdplugname;
pluginEntry* pImpl; // replacement plugin
};
extern MuuidReplacement pluginDefault[];
bool LoadCorePlugin( MuuidReplacement& );
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